Sony KWP-65HD1, DR-1 Service Manual

SERVICE MANUAL

DR-1

CHASSIS

MODEL COMMANDER DEST. CHASSIS NO.

–––––– –––––––––––– ––––– –––––––––––

KWP-65HD1 KWP-65HD1

RM-Y904 US SCC-PO8A-A

RM-Y904

Canadian

SCC-PO8A-A

The service manual for SET TOP BOX(DTR-HD1) have been issued separately (9-965-854-01)

MODEL COMMANDER DEST. CHASSIS NO.

–––––– –––––––––––– ––––– –––––––––––

POWER

SYSTEM

DVD/

DBS

MUTING

TV

OFF

VTR

CABLE

DVD/VTR

DBS/CABLE

TV

FUNCTION

OFF

FREEZE

AUDIO SWAP

POTITION

ZOOM IN

LEFT RIGHT

TV/DBS

GUIDE ACTIVE

CC PICTURE MODE

DISPLAY TV/VIDEO

ANT

3

1

2

6

4

5

9

7

8

ENTER

JUMP

0

MENU

VOL CH

RESET

TV

MICROFILM

∗ Please file according to model size........

65

HDTV Projection TV

SPECIFICATIONS

Projection system 3 picture tubes, 3 lenses,

horizontal in-line system

Picture tube 7-inch high-brightness

monochrome tubes (6.3 raster size), with optical coupling and liquid cooling system

Projection lenses High performance, large

diameter hybrid lens F1.05

Television system American TV standard Channel coverage DTV:2-69

VHF: 2–13/UHF: 14 –69

CATV: 1 – 125

Antenna 75 ohm external

terminal for VHF/UHF

Screen size (measured diagonally)

65 inches

Inputs/outputs on the upper panel

VIDEO 1/3 IN VIDEO 2 INPUT S VIDEO IN (4-pin mini DIN):

Y: 1 Vp-p, 75-ohms

unbalanced, sync negative

C: 0.286 Vp-p (Burst signal),

75 ohms

VIDEO (phono jack): 1 Vp-p,75-ohms unbalanced, sync negative

AUDIO (phono jacks): 500 mVrms (100% modulation),

Impedance: 47 kilohms

VIDEO 4 IN

S VIDEO IN (4-pin mini DIN): Y: 1 Vp-p, 75-ohms

unbalanced, sync negative

C: 0.286 Vp-p (Burst signal),

75 ohms

VIDEO (phono jack): 1 Vp-p, 75-ohms unbalanced, sync negative

AUDIO (phono jacks): 500 mVrms (100% modulation),

Impedance: 47 kilohms Y: 1 Vp-p, 75 ohms, sync negative PB: 0.7 Vp-p, 75 ohms PR: 0.7 Vp-p, 75 ohms VIDEO 5 (HD) IN : Maximum scaning

rate 1080i

Y: 1 Vp-p, 75-ohms, negative or

tri-level sync

PB: 0.7 Vp-p, 75 ohms PR: 0.7 Vp-p, 75 ohms

or

G: 0.7 Vp-p B: 0.7 Vp-p

R: 0.7 Vp-p HD:0.5-5 Vp-p , 2.2kilohms VD:0.6-5 Vp-p , 2.2kilohms Note:The VIDEO 5 (HD) IN jack are not compatible with a computers 5BNC (R/G/B/HD/VD) video output connectors. AUDIO (phono jacks): 500 mVrms (100% modulation),

Impedance: 47 kilohms

VIDEO(phono jack): 1 Vp-p,

SELECT OUT

75 ohms unbalanced, sync negative

AUDIO(phono jacks): 470mVrms (100% modulation), Impedance:47 kilohms

AUDIO (VAR) OUT (phono jacks):

950 mVrms (100% modulation)

AUDIO (FIX) OUT (phono jacks):

500 mVrms (100% modulation)

Inputs/outputs on the lower panel

VIDEO 1/2 IN

S VIDEO OUT(4-pin mini DIN): Y: 1 Vp-p, 75-ohms

unbalanced, sync negative

C: 0.286 Vp-p (Burst signal),

75 ohms

VIDEO (phono jack): 1 Vp-p, 75-ohms unbalanced, sync negative

AUDIO (phono jacks): 470 mVrms (100% modulation),

Impedance: 47 kilohms

VIDEO 3/4 IN Analog RGB/Component (phono jack) Y: 1 Vp-p, 75 ohms, sync negative

PB: 0.7 Vp-p, 75 ohms

PR: 0.7 Vp-p, 75 ohms R/G/B: 0.7 Vp-p, 75 ohms HD SYNC: 3 Vp-p, positive VD SYNC: 3 Vp-p, positive DOLBY DIGITAL OUT (OPTICAL)

(optical output connector):

-18 dBm, wave length: 660 nm S-LINK minijacks

CONTROL S IN/OUT :minijacks Speaker

Front (Tweeter): 70mm (2 )

Front(Super Tweeter): 30mm(11/4 )X2

Front (Woofer): 130mm (5 ) x 2 Front (Center): 100mm (4 ) x 2 Rear:70mm(23/4 )x4 Speaker output Front: 20 W x 2

Center: 20 W x 1

Rear: 10 W x 2

Power requirement 120 V AC, 60 Hz Power consumption In use (Max.): 300 W

In standby: 1 W Dimensions (W/H/D) 1,767 x 1,570 x 738 mm

(52 1/8 x 56 3/4 x 24 1/2 inches)

Mass 217 kg (428 lbs 6 oz) Supplied accessories Remote control RM-Y904(1)

Batteries (2) size AA (R6)

Rear speakers (2)

Speaker cords (2) Optional accessories Connecting cables

PK-G34, RK-74A, RKG-69HG, VMC-

10HG, VMC-720M, VMC-810S/820S,

YC-15V/30V, Optical digital canle

U/V mixer EAC-66

Design and specifications are subject to change without notice.

– 2 –

SAFETY CHECK-OUT

Troouble Light

AC Outlet Box

Ohmmeter

Cold-water Pipe

Fig. B. Checking for earth ground.

( US model only )

KWP-65HD1

RM-Y904

After correcting the original service problem, perfom the follow-

ing safety checks before releasing the set to the customer:

l. Check the area of your repair for unsoldered or poorly-sol-

dered connections. Check the entire board surface for solder splashes and bridges.

2. Check the interboard wiring to ensure that no wires are “pinched” or contact high-wattage resistors.

3. Check that all control knobs, shields, covers, ground straps, and mounting hardware have been replaced. Be absolutely certain that you have replaced all the insulators.

4. Look for unauthorized replacement parts, particularly transistors, that were installed during a previous repair. Point them out to the customer and recommend their replacement.

5. Look for parts which, through functioning, show obvious signs of deterioration. Point them out to the customer and recom mend their replacement.

6. Check the line cords for cracks and abrasion. Recommend the replacement of any such line cord to the customer.

7. Check the condition of the monopole antenna (if any). Make sure the end is not broken off, and has the plastic cap on it. Point out the danger of impalement on a broken antenna to the customer, and recommend the antenna’s replacement.

8. Check the B+ and HV to see they are at the values specified. Make sure your instruments are accurate;be suspicious of your HV meter if sets always have low HV.

9. Check the antenna temminals, metal trim, “metallized” knobs, screws, and all other exposed metal parts for AC leakage. Check leakage as described below.

LEAKAGE TEST

The AC leakage from any exposed metal part to earth ground and from all exposed metal parts to any exposed metal part having a return to chassis, must not exceed 0.5mA (500 microampers) . Leakage current can be measured by any one of three methods.

1. A commercial leakage tester, such as the Simpson 229 or RCA WT-540A. Follow the manufacturers’ instructions to usc these instruments.

2. A battery-operated AC milliammeter . The Data Precision 245 digital multimeter is suitable for this job.

3. Measuring the voltage drop across a resistor by means of a VOM or battery-operated AC voltmeter. The “limit” indication is 0.75V, so analog meters must have an accurate lowvoltage scale. The Simpson 250 and Sanwa SH-63Trd are examples of a passive VOM that is suitable. NearIy all battery operated digital multimeters that have a 2V AC range are suitable. (See Fig. A)

HOW TO FIND A GOOD EARTH GROUND

A cold-water pipe is guaranteed earth ground;the cover-plate retaining screw on most AC outlet boxes is also at earth ground. If the retaining screw is to be used as your earth-ground, verify that it is at ground by measuring the resistance between it and a coldwater pipe with an ohmmeter. The reading should be zero ohms. If a cold-water pipe is not accessible, connect a 60-l00 watts trouble light (not a neon lamp) between the hot side of the receptacle and the retaining screw. Try both slots, if necessary, to locate the hot side of the line, the lamp should light at normal brilliance if the screw is at ground potential. (See Fig. B)

Fig. A. Using an AC voltmeter to check AC ieakage.

µ

F 1.5k

0.15

To Exposed Metal Parts on Set

Ω

Earth Ground

AC voltmeter

– 3 –

KWP-65HD1

Lamp OFF :

3.0 seconds

Lamp ON : 0.3 seconds

Lamp OFF : 0.3 seconds

RM-Y904

SELF DIAGNOSIS FUNCTION

1. Summary of Self-Diagnosis Function

• This device includes a self-diagnosis function.

• In case of abnormalities, the Standby/Sleep lamp automatically blinks. It is possible to predict the abnormality location by the number of blinks. The Instruction Manual describes blinking of the Standby/Sleep lamp.

• If the symptom is not reproduced sometimes in case of a malfunction, there is recording of whether a malfunction was generated or not. Operate the remote command to confirm the matter on the screen and to predict the location of the abnormality.

2. Diagnosis Items and Prediction of Malfunction Location

• When a malfunction occurs the Standby/Sleep lamp only blinks for one of the following diagnosis items. In case of two or more malfunctions, the item which first occurred blinks. If the malfunctions occurred simultaneously, the item with the lower blink count blinks first.

• The screen display displays the results regarding all the diagnosis items listed below. The display “ 0 ” means that no malfunctions occurred.

Diagnosis item Standby/ Self-diagnosis

sleep lamp, screen display, Number of blinks Diagnosis item: Results

• Power not ON Not lit +B OCP detection LED blinks 2 times 2 : +B OCP XX +B OVP detection LED blinks 3 times 3 : +B OVP XX V horizontal detection LED blinks 4 times 4 : V STOP XX AKB detection LED blinks 5 times 5 : AKB XX H vertical detection LED blinks 6 times 6 : H STOP XX HV abnormality detection LED blinks 7 times 7 : HV XX Audio abnormality detection LED blinks 8 times 8 : AUDIO XX

: XX the range of values for number of operations is 00-99. For 99 or higher there is no count up

*

and the number remains at 99.

3. Blinking count display of Standby/Sleep lamp

One blink is not used for self-diagnosis.

<

SCREEN FRAME

TIMER/STANDBY

indicator

Release of Standby/Sleep lamp blinking.

>

*

•EXAMPLE

• +B overcurrent 2 times

• +B overvoltage 3 times

• Vertical deflection stop 4 times

• The Standby/Sleep lamp blinking display is released by turning OFF the power switch on the TV main unit or removing the plug from the power.

– 4 –

KWP-65HD1

4. Self-diagnosis screen displays

• In cases of malfunctions where it is not possible to determine the symptom such as when the power goes off occasionally or when the screen disappears occasionally, there is a screen display on whether the malfunction occurred or not in the past (and whether the detection circuit operated or not) in order to allow confirmation.

• Quickly press the remote command button in the following order from the standby state.

RM-Y904

Display b Channel

b Volume – b Power ON

5

˘

Be aware that this differs from the method of

).

+

Self-diagnosis screen display

SELF CHECK

2 : +B OCP XX 3 : +B OVP XX 4 : V STOP XX 5 : AKB XX 6 : H STOP XX 7 : HV XX 8 : AUDIO XX 9 : WDT XX

entering the service mode (volume

÷

2 : +B OCP XX

Diagnosis

Results

XX the range of values for number of operations is 00-99. For 99 or higher there is no count up and the numberremainsat 99.

5. Self-Diagnosis Screen Display

• The results display is not automatically cleared. In case of repairs and after repairs, check the self-diagnosis screen and be sure to return the results display to “ 0 ”.

• If the results display is not returned to “ 0 ” it will not be possible to judge a new malfunction after completing repairs.

• When returning the results display to “ 0 ” (clear), press the remote command buttons in the following order when the diagnosis screen is displayed.

• Be aware that, when carrying this out in the speed mode, all the other electrical adjustment data will be rewritten.

Channel 8 b ENTER

• When ending the self-diagnosis screen completely, turn the power switch OFF on the remote commander or the main unit.

– 5 –

KWP-65HD1

RM-Y904

SAFETY-RELATED COMPONENT WARNING!! COMPONENTS IDENTIFIED BY SHADING AND MARK ! ON THE SCHEMATIC DIAGRAMS, EXPLODED VIEWS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESECOMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY. CIRCUIT ADJUSTMENTS THAT ARE CRITICAL TO SAFEOPERATION ARE IDENTIFIED IN THIS MANUAL. FOLLOW THESE PROCEDURES WHENEVER CRITICAL COMPONENTS ARE REPLACED OR IMPROPER OPERATION

IS SUSPECTED.

APRES AV OIR DECONNECTE LE CAP DE L’ANODE, COURTCIRCUITER

(ATTENTION)

L’ANODE DU TUBE CATHODIQUE ET CELUI DE L’ANODE DU CAP AU CHASSIS METALLIQUE DE L’APPAREIL, OU AU COUCHE DE CARBONE PEINTE SUR LE TUBE CATHODIQUE OU AU BLINDAGE DU TUBE CATHODIQUE.

ATTENTION!! AFIN D’EVITER TOUT RISQUE DELECTROCUTION PROVENANT D’UN CHÁSSIS SOUS TENSION, UN TRANSFORMATEUR D’ISOLEMENT DOIT ETRE UTILISÉ LORS DE TOUT DEPANNAGE. LE CHÁSSIS DE CE RECEPTEUR EST DIRECTEMENT RACCORDÉ Á L’ALIMENTATION SECTEUR.

ATTENTION AUX COMPOSANTS RELATIFS ÁLA

SÉCURITÉ!! LES COMPOSANTS IDENTIFIÉS P AR UNE TRAME ET PAR UNE MAPQUE ! SUR LES SCHÉMAS DE PRINCIPE, LES VUES EXPLOSÉES ET LES LISTES DE PIECES CONT D’UNEIMPORT ANCE CRITIQUE POUR LA SÉCURITÉ DU FONCTIONNEMENT . NE LES REMPLA CER QUE PAR DES COMPOSANTS SONY DONT LE NUMÉRO DE PIÉCE EST INDIQUÉ DANS LE PRÉSENT MANUEL OU DANS DES SUPPLÉMENTS PUBLIÉS PAR SONY. LES RÉGLAGES DE CIRCUIT DONT L’IMPORTANCE EST CRITIQUE POUR LA SÉCURITÉ DU FONCTIONNEMENT SONT IDENTIFIES DANS LE PRÉSENT MANUEL. SUIVRE CES PROCÉDURES LORS DE CHAQUE REMPLACEMENT DE COMPOSANTS CRITIQUES, OU LORSQU’UN MAU-

VAIS FONCTIONNEMENT EST SUSPECTÉ.

– 6 –

Remote Control

20°

min. 2.4m (approx. 8ft.)

20°

SECTION 1

GENERAL

The operating instructions mentioned here are partial abstracts from the Operating Instructions Manual. The page numbers of the Operating Instruction Manual remain as in the manual. (Par t no : 3-864-093-11)

In the instructions that follow, we will refer to the buttons on your remote control. Keep this flap unfolded and use this page for reference.

MTS

(page 38)

VTR1/2/3/DVD/

MDP switch

(page 72)

PIP/P&P/

CHANNEL INDEX

(pages 40-44)

VCR/DVD/MDP

operation

buttons

(page 73)

CODE SET

(pages 72,74)

MUTING

SLEEP

VTR123DVD/MDP

AUDIO SWAP

TV/VIDEO DTV ANT

1 4 7

DVD/

VTR

DVD/VTRDBS/CABLE

(pages 29,37)

PIP/P&P/CHANNEL

INDEX

WIDE MODE

(pages 30,39)

CC

(pages 29,38)

PICTURE MODE

JUMP

POWER

DBS/

TV

CABLE

FUNCTION

TV

MTS

FREEZEPOSITION

DVD MENU

REC

TITLECODE SET

TV ANT

3

2

6

5

9

8

POWER

(pages

TV

28,36,73)

FUNCTION

(pages 28,36,72,74)

ALTERNATE (VIDEO/ AUDIO)

GUIDE

(page 31)

DISPLAY

(pages 29,37)

TV ANT

(page 36)

DTV ANT

(pages 25,28)

0–9 buttons

(pages 28,36)

ENTER

28,36,70)

CH +/–

(pages 28,36)

Joystick

(page 23)

MUTING

POWER

DVD/

MUTING

(pages 40–44)

TV/DBS/

(page 47)

FUNCTION

OFF

WIDE MODE

TV/DBS

PICTURE

MODE

(pages 28,37)

TV/VIDEO

(pages

29,38)

• (dot)

button

(page 28)

MENU

(pages

32,46)

VOL +/–

(pages

28,36)

RESET

(page 47)

*Note:

• The ALTERNATE (VIDEO/AUDIO) buttons do not function with this projection TV. When digital TV programs which are compatible with these buttons begin broadcasting in the near future, consult your nearest Sony dealer or Sony Direct Response Center.

DBS/

SLEEP

VTR

CABLE

DVD/VTR

DBS/CABLE

CC

DISPLAY

ALTERNATE

VIDEO AUDIO

JUMP GUIDE

TV/VIDEO DTV ANT

TV ANT

1

2

4

5

7

8

ENTER

0

MENU

VOL CH

RESET

HDTV

3 6 9

Getting to know the buttons on the remote control

Names of the buttons on the remote control are presented in different colors to represent the available functions.

Button color

*

Transparent .... Press to select the component

Green ............... Buttons relevant to power

Label color

(pages

White ............... TV/VTR (VCR)/MDP/DVD

Yellow .............. PIP, P&P, and CHANNEL

Blue .................. DBS operation buttons

Pink .................. DVD Player operation buttons

For a detailed explanation of most buttons, see “Watching Digital TV” on page 28, or “Watching Conventional TV” on page 36.

you want to control; e.g. VTR (VCR)/MDP/DVD Player, DBS (Direct Broadcast Satellite)/CABLE, or projection TV.

operations, like turning the projection TV, DBS/CABLE, or VTR (VCR)/MDP/DVD Player on or off

Player/DBS (Direct Broadcast Satellite)/CABLE operation buttons

INDEX operation buttons

Carrying Your Projection TV

Carrying the projection TV requires four or more people.

The projection TV has been equipped with casters for easy movement on a hard surface. Please move your projection TV using the casters.

Installing and Connecting the Projection TV

Installing the Projection TV

Recommended viewing area (Horizontal)

min. 2.4m (approx. 8 ft.)

60°

Recommended viewing area (Vertical)

5

– 7 –

Installing and Connecting the Projection TV (continued)

Mounting the Supplied Rear Speakers

For enhanced surround effect, connect the supplied rear speakers to your projection TV.

Connecting the rear speakers

Using the supplied speaker cords, connect REAR SPEAKER OUT L on your projection TV to the speaker terminal on one rear speaker, and connect REAR SPEAKER OUT R to the terminal on the other one.

Speaker (supplied)

6

(Rear of projection TV)

REAR SPEAKER OUT(MIN 16

Speaker cord (supplied)

)

L

R

Speaker (supplied)

Installation

For optimum surround effect, mount the rear speakers in the following places (as shown in the illustration):

• on a wall, a little higher or lower than the listener’s ears.

• on a table, a little lower than the listener’s ears.

• at the corner where the wall and ceiling meet.

Projection TV

(Rear of projection TV)

Left rear speaker

Note:

• Match the colors of the speaker cords and the terminals. If the colors are reversed, sound will be distorted.

Rear speaker

Right rear speaker

Connector Types

You may find it necessary to use some of the following connector types during set up.

Coaxial cable

Standard TV cable and antenna cable

Plug Type

Push into connection.

Screw-on Type

Screw into connection.

S Video cable

High quality video cable for enhanced picture quality

Audio/Video cable

Video - Yellow Audio (Left) - White Audio (Right) - Red

Some DVD Players are equipped with the following three video connectors.

Y - Green P

B (CB, Cb or B–Y) - Blue

P

R (CR, Cr or R–Y) - Red

Align guides and push into connection.

Push into connection.

Installing and Connecting the Projection TV (continued)

Connecting a cable box

Some pay cable TV systems use scrambled or encoded signals that require a cable box* to view all channels.

(Rear of projection TV)

Cable

IN

*Cable box

OUT

Note:

• If you will be controlling all channel selection through your cable box, you should consider using the CHANNEL FIX feature. (see “CHANNEL FIX” on page 56)

8

VHF/UHF

Cable box and cable

Some pay cable TV systems use scrambled or encoded signals requiring a cable box* only for certain channels (e.g. HBO, SHOWTIME, etc.)

*Cable box

CATV cable

(unscrambled channels)

For this set up, you can switch between scrambled channels (through your cable box), and normal (CATV) channels by pressing TV ANT on your remote control.

Notes:

• You may be able to program your Sony remote control to operate your cable box. (see “Operating a Cable Box or DBS Receiver” on page 74)

• During PIP, P&P, CHANNEL INDEX or FAVORITE CHANNEL viewing, the AUX input can only be viewed in the main picture.

(Rear of projection TV)

AUX

VHF/UHF

• If you are connecting a cable box through the AUX input and would like to switch between the AUX and normal (CATV) input, you should consider using CHANNEL FIX. (see “CHANNEL FIX” on page 56)

– 8 –

CONTROL SCONTROL S

DOLBY DIGITALDOLBY DIGITAL

OUT

(OPTICALL)

IN

OUT

SD/HD

S VIDEO

S-LINK/

CONTROL S

OUT

S-LINK/

CONTROL S

IN

VIDEO

AUDIO

L

R

VIDEO

L

AUDIO

VHF/UHF

AUX

(MONO)

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

VHF/UHF (DIGITAL)

Y

P

B

PR

LINE OUT

OUT

IN

AUDIO R AUDIO L VIDEO

S VIDEO

VHF/UHF

LINE

IN

Connecting an antenna/cable TV system to a VCR

1 Attach the coaxial cable from the roof

antenna to VHF/UHF (DIGITAL) on the TV’s lower panel.

2 Attach the coaxial cable from the

incoming cable connection or antenna to IN on the VCR.

3 Using a coaxial cable, connect OUT on the

VCR to VHF/UHF on the TV’s upper panel.

4 Using AUDIO and S VIDEO* cables,

connect AUDIO and S VIDEO OUT on the VCR to AUDIO and S VIDEO IN on the TV’s upper panel (White-AUDIO Left, Red-AUDIO Right).

* If your VCR is not equipped with S VIDEO, use a

VIDEO cable (yellow) instead of the S VIDEO cable.

Note:

• If you are connecting a monaural VCR, connect only the single audio output to the left (MONO) input on the projection TV.

S VIDEO

Roof

antenna

(Rear of projection TV)

1

Disconnect all power sources before making any connections.

3

Coaxial cable

VIDEO

AUDIO-L

AUDIO-R

VCR

2

Cable/ Antenna

RK-74A (not supplied)

4

YC-15V/30V (not supplied)

9

Installing and Connecting the Projection TV (continued)

Connecting a VCR and projection TV to a cable box

1 Attach the coaxial cable from the roof

antenna to VHF/UHF (DIGITAL) on the TV’s lower panel.

2 Connect the single (input) jack of the

splitter to the incoming cable connection, and connect the other two (output) jacks (using the coaxial cable) to IN on the cable box and VHF/UHF on the TV’s upper panel.

3 Using a coaxial cable, connect OUT on the

cable box to IN on the VCR.

4 Using AUDIO and S VIDEO* cables,

connect AUDIO and S VIDEO OUT on the VCR to AUDIO and S VIDEO IN on the TV’s upper panel (White-AUDIO Left, Red-AUDIO Right).

* If your VCR is not equipped with S VIDEO, use a

VIDEO cable (yellow) instead of the S VIDEO cable.

Note:

• To view scrambled channels through the cable box, select the video input which the cable box is connected to by pressing TV/ VIDEO.

10

S VIDEO

VHF/UHF (DIGITAL)

CONTROL SCONTROL S

1

Roof

antenna

(Rear of projection TV)

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

S-LINK/

CONTROL S

OUT

S VIDEO

VIDEO

L

(MONO)

AUDIO

R

DOLBY DIGITAL

OUT

IN

(OPTICALL)

SD/HD

OUT

Disconnect all power sources before making any connections.

IN OUT

VIDEO

AUDIO-L

AUDIO-R

RK-74A (not supplied)

AUX

S-LINK/

CONTROL S

IN

VHF/UHF

Y

VIDEO

P

B

L

P

R

AUDIO

Coaxial cable

VCR

AUDIO R AUDIO L VIDEO

LINE

IN

LINE OUT

S VIDEO

VHF/UHF

OUT

IN

4

Cable box

3

OUT

IN

2

YC-15V/30V (not supplied)

2

Splitter (not supplied)

Cable/ Antenna

– 9 –

S VIDEO

S-LINK/

CONTROL S

OUT

S-LINK/

CONTROL S

IN

VIDEO

AUDIO

L

R

VIDEO

(MONO)

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

Y

P

B

P

R

L

AUDIO

VHF/UHF

AUX

VHF/UHF

S VIDEO

OUT

IN

LINE OUT

SATELLITE IN

AUDIO R AUDIO L VIDEO

(DIGITAL)

VHF/UHF

Connecting a DBS (Direct

CONTROL S

DOLBY DIGITAL

OUT

(OPTICALL)

IN

OUT

SD/HD

S VIDEO

S-LINK/

CONTROL S

OUT

S-LINK/

CONTROL S

IN

VIDEO

AUDIO

L

R

VIDEO

(MONO)

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

Y

P

B

P

R

LINE

OUT

IN

AUDIO R AUDIO L VIDEO

S VIDEO

VHF/UHF

LINE

IN

LINE OUT

OUT

IN

VHF/UHF

SATELLITE IN

R

L

AUDIO

VHF/UHF

AUX

VHF/UHF (DIGITAL)

Broadcast Satellite) receiver

1 Attach the coaxial cable from the roof

antenna to VHF/UHF (DIGITAL) on the TV’s lower panel.

2 Connect the cable from the satellite

antenna to the DBS receiver.

3 Attach the coaxial cable from the incoming

cable connection or antenna to VHF/UHF on the TV’s upper panel.

4 Using AUDIO and S VIDEO cables,

connect AUDIO and S VIDEO OUT on the DBS receiver to AUDIO and S VIDEO IN on the TV’s upper panel (White-AUDIO Left, Red-AUDIO Right).

Note:

• To view input from the DBS, select the video input which the DBS receiver is connected to by pressing TV/VIDEO on the remote control.

(Rear of projection TV)

Roof antenna

1

Disconnect all power sources before making any connections.

S VIDEO AUDIO-L AUDIO-R

RK-74A (not supplied)

Cable/ Antenna

Satellite antenna cable

2

3

DBS

4

YC-15V/30V (not supplied)

11

Installing and Connecting the Projection TV (continued)

Connecting a DBS (Direct Broadcast Satellite) receiver and a VCR

1-2 Perform as described on page 11. 3 Attach the coaxial cable from the

incoming cable connection or antenna to IN on the VCR.

4 Using a coaxial cable, connect OUT on the

VCR to VHF/UHF on the TV’s upper panel.

5 Using AUDIO and S VIDEO cables,

connect AUDIO and S VIDEO OUT on the DBS receiver to AUDIO and S VIDEO IN on the VCR.

6 Using AUDIO and S VIDEO* cables,

connect AUDIO and S VIDEO OUT on the VCR to AUDIO and S VIDEO IN on the TV’s upper panel (White-AUDIO Left, Red-AUDIO Right).

* If your VCR is not equipped with S VIDEO, use a

VIDEO cable (yellow) instead of the S VIDEO cable.

Note:

• To view input from the DBS or VCR, select the video input which your DBS receiver or VCR is connected to by pressing TV/VIDEO on the remote control.

12

S VIDEO

1

Roof antenna

(Rear of projection TV)

6

YC-15V/30V (not supplied)

– 10 –

Disconnect all power sources before making any connections.

Coaxial cable

4

DBS

2

Satellite antenna cable

AUDIO-L

AUDIO-R

RK-74A (not supplied)

VMC-810S/820S (not supplied)

5

VCR

3

Cable/ Antenna

Connecting a camcorder

Use this connection to view a picture directly from your camcorder.

1 Using an AUDIO/VIDEO cable, connect

AUDIO and VIDEO OUT on the camcorder to AUDIO and VIDEO IN on the lower left side on the front of the projection TV (Yellow-VIDEO, WhiteAUDIO Left, Red-AUDIO Right).

2 Press VIDEO 2 to select the video inputs

from a camcorder.

Notes:

• If you are connecting a monaural camcorder, connect only the single audio output to the left (MONO) input on the projection TV.

• If you have an S Video equipped camcorder, you can use an S Video connection.

Disconnect all power sources before making any connections.

(Front of projection TV)

PUSH

2

VIDEO 2

S VIDEO

L(MONO)

VIDEO

AUDIO-L

R

AUDIO

AUDIO-R

VMC-810S/820S (not supplied)

Audio/video outputs

1

Camcorder

13

Installing and Connecting the Projection TV (continued)

Connecting two VCRs for tape editing

SELECT OUT gives you the ability to use a second VCR to record a program being played by the primary VCR or to perform tape editing and dubbing.

1 Connect the VCR intended for playback

using the connection instructions on page 9 of this manual.

2 Using an AUDIO/VIDEO cable, connect

AUDIO and VIDEO IN on the VCR intended for recording to AUDIO and VIDEO OUT of SELECT OUT on the TV’s upper panel.

Notes:

• Do not change the input signal while editing through SELECT OUT.

• When connecting a single VCR to the projection TV: if VCR LINE OUT is connected to VIDEO IN on the TV’s upper panel, do not connect the SELECT OUT on the TV’s upper panel to the VCR LINE INPUT (see right). Doing so will cause program interference and other viewing problems.

• You can select the output signal from SELECT OUT from the SET UP menu. (see “SELECT OUT” on page 60)

14

VCR (for playback)

1

VMC-810S/820S (not supplied)

AUDIO R AUDIO L VIDEO

Disconnect all power sources before making any connections.

(Rear of projection TV)

AUX

S-LINK/

CONTROL S

IN

VHF/UHF

VIDEO

B

L

R

AUDIO

VCR (for recording)

AUDIO R AUDIO L VIDEO

OUT

LINE

IN

LINE

OUT

S-LINK/

CONTROL S

OUT

VIDEO

S VIDEO

VIDEO

AUDIO

AUDIO-L

AUDIO-R

OUT

IN

(MONO)

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

Y

L

R

P

VIDEO

AUDIO-L

AUDIO-R

2

(Rear of projectionTV)

VIDEO IN

SELECT OUT

VCR

IN

LINE

VMC-810S/820S (not supplied)

Indicates direction of signal

OUT

– 11 –

LINE OUT

S VIDEO OUT

S-LINK

DIGITAL OUT

R–AUDIO 1–L VIDEO

OPTICAL COAXIAL

S VIDEO

S-LINK/

CONTROL S

OUT

S-LINK/

CONTROL S

IN

VIDEO

AUDIO

L

R

VIDEO

(MONO)

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

Y

P

B

PR

R

L

AUDIO

VHF/UHF

AUX

Connecting a DVD Player without component video output connectors

Using an AUDIO/VIDEO cable, connect AUDIO and VIDEO IN on the TV’s upper panel to LINE OUT on the DVD Player (White-AUDIO Left, Red-AUDIO Right).

Disconnect all power sources before making any connections.

(Rear of projection TV)

VIDEO

Note:

• Since the high quality pictures on a DVD disc contain a lot of information, picture noise may appear. In this case, adjust NR in the VIDEO menu. (see “NR” on page

48)

Installing and Connecting the Projection TV (continued)

Connecting a DVD Player with component video output connectors

1 Using an AUDIO cable, connect AUDIO R

and L of LINE OUT on the DVD Player to AUDIO R and L of VIDEO 4 IN on the TV’s upper panel (White-AUDIO Left, Red AUDIO Right).

2 Using three yellow VIDEO cables,

connect Y, P COMPONENT VIDEO OUT on the DVD Player to Y, P the TV’s upper panel.

Notes:

• Some DVD Player terminals may be labeled differently. If so, connect as follows:

Connect To

Y (green) Y PB (blue) CB, Cb or B-Y PR (red) CR, Cr or R-Y

• Since the high quality pictures on a DVD disc contain a lot of information, picture noise may appear. In this case, adjust NR in the VIDEO menu. (see “NR” on page

48)

16

B, and PR of the

B, and PR of VIDEO 4 IN on

AUDIO-L

AUDIO-R

(Rear of projection TV)

S-LINK/

CONTROL S

OUT

S VIDEO

VIDEO

L

(MONO)

AUDIO

R

DVD

Audio/video outputs

VMC-810S/820S (not supplied)

Connect the DVD Player directly to the projection TV. Connecting the DVD Player through other video equipment will cause unwanted picture noise.

Disconnect all power sources before making any connections.

VMC-10HG (not supplied)

Y

P

B

P

R

S-LINK/

CONTROL S

VIDEO

L

R

AUDIO

AUDIO-L AUDIO-R

AUX

IN

VHF/UHF

LINE OUT

R–AUDIO 1–L VIDEO

2

S VIDEO OUT

COMPONENT VIDEO OUT

R-YY B-Y

S-LINK

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

1

Connect the DVD Player directly

RK-74A (not supplied)

to the projection TV. Connecting the DVD Player through other video equipment will cause unwanted picture noise.

DVD

DIGITAL OUT

OPTICAL COAXIAL

15

– 12 –

S VIDEO

S-LINK/

CONTROL S

OUT

S-LINK/

CONTROL S

IN

VIDEO

AUDIO

L

R

VIDEO

L

(MONO)

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

Y

P

B

PR

LINE OUT

OUT

IN

LINE

IN

VHF/UHF

AUDIO

VHF/UHF

AUX

VHF/UHF (DIGITAL)

Connecting an AV receiver

For greater control of all audio and video equipment, connect an AV receiver.

1-3 Perform as described on page 9. 4 Using a VIDEO cable, connect VIDEO 1 IN

on the TV’s upper panel to MONITOR OUT on the AV receiver.

5 Using an AUDIO/VIDEO cable, connect

SELECT OUT on the TV’s upper panel to VIDEO 2 IN on the AV receiver.

6 Using an AUDIO/VIDEO cable, connect

the video equipment to the AV receiver.

7 Use the SET UP menu to set SELECT OUT to

TV OUT. (see “SELECT OUT” on page 60)

Note:

• You may want to use CHANNEL FIX to fix your TV’s input to the AV receiver (VIDEO 1). (see “CHANNEL FIX” on page 56)

Roof Antenna

1

(Rear of projection TV)

VIDEO

Disconnect all power sources before making any connections.

Coaxial cable

3

VMC-810S/820S (not supplied)

6

VCR

5

VMC-10HG

4

VIDEO

AUDIO-L

AUDIO-R

VMC-810S/ 820S (not supplied)

MONITOR OUT

AUDIO/ VIDEO 2 IN

VMC-810S/ 820S (not supplied)

6

2

Cable/ Antenna

AUDIO/ VIDEO 1 IN

Installing and Connecting the Projection TV (continued)

Connecting an audio system

For more dynamic sound, connect an audio system to the projection TV.

1 Using an AUDIO cable, connect AUDIO

(VAR) OUT on the TV’s upper panel to one of the unused Line inputs (e.g. Tape2, AUX1, etc.) on the stereo (WhiteAUDIO Left, Red-AUDIO Right).

2 Set the stereo to the chosen Line input

and use the AUDIO menu to switch the TV’s speakers off. (see “SPEAKER” on page 49)

Note:

• You can adjust VOLUME, BASS, TREBLE and BALANCE through the projection TV on AUDIO (VAR) OUT only.

AV receiver

AUDIO/ VIDEO 1 OUT

17

Disconnect all power sources before making any connections.

(Rear of projection TV)

L

R

AUDIO OUT

VAR FIX

AUDIO (VAR) OUT-L

L

R

AUDIO (VAR) OUT-R

1

RK-74A (not supplied)

Line input

2

HRD

Stereo amplifier

18

– 13 –

Connecting an amplifier that supports Dolby Pro Logic/Dolby Digital decoder

If you use an amplifier with a Dolby Pro Logic/Dolby Digital decoder instead of the projection TV’s audio system, you can still use the projection TV’s center speaker.

1 Using the speaker cords (supplied with

the amplifier), connect the speaker terminals on the amplifier to CENTER SPEAKER IN +/– on the TV’s upper panel.

2 Using an AUDIO cable, connect AUDIO

(FIX) OUT on the TV’s upper panel to one of the unused Line inputs (e.g. Tape-2, AUX1, etc.) on the amplifier (WhiteAUDIO Left, red-AUDIO Right).

3 If the amplifier is equipped with a digital

audio input, connect DOLBY DIGITAL OUT (OPTICAL) on the TV’s lower panel to the digital audio input on the amplifier using the optical digital cable.

4 Set the amplifier to the chosen Line input

and use the AUDIO menu to set “SPEAKER” to “CENTER IN” on the projection TV. (see “SPEAKER” on page

49)

Note:

• The Dolby Pro Logic/Dolby Digital decoder’s digital audio input jacks are sometimes labeled AC-3 or DCN.

VIDEO

DOLBY DIGITAL

OUT

(OPTICALL)

Disconnect all power sources before making any connections.

(Rear of projection TV)

L

R

CENTER IN ’

AUDIO OUT

FIX

VAR

L

R

AUDIO (FIX) OUT-R

RK-74A (not supplied)

Digital

3

audio input

Rear

speaker (L)

S VIDEO

OUT

VIDEO

1 2

L

(MONO)

R

1

AUDIO OUT

VIDEO OUT

4

3

R

Y

GBHD

P

B

2

VD

PR

Optical digital cable

CENTER IN ‘

AUDIO (FIX) OUT-L

2

Line input

Amplifier with Dolby

Pro Logic/Dolby Digital

decoder

Front

speaker (L)

Woofer

4

speaker (R)

Front

speaker (R)

1

Rear

19

Installing and Connecting the Projection TV (continued)

Using the S-Link/CONTROL S Function

S-Link is a Sony innovation designed to make the Sony components work together. It allows you to automatically switch the projection TV’s input mode to video when you press the play button on the Sony S-Link VCR.

Using the S-Link function without a Sony AV receiver

1 Connect the Sony VCR (DVD). (see

“Connecting an antenna/cable TV system to a VCR” on page 9 or “Connecting a DVD Player with component video output connectors” on page 16)

2 Using an S-LINK cable, connect the

S-LINK jacks on the VCR (DVD) and the TV’s upper panel. Ensure that both ends are seated firmly and that the projection TV’s S-LINK jack is in the same row as the AUDIO/VIDEO cable extending from the Sony VCR (DVD).

20

Refer also to the Operating Instructions supplied with the VCR, DBS tuner, DVD player, LD player and other Sony video equipment for details.

(Rear of projection TV)

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

S-LINK/

CONTROL S

OUT

S VIDEO

VIDEO

L

(MONO)

AUDIO

R

Y

P

PR

VIDEO AUDIO-L AUDIO-R

S-LINK

Disconnect all power sources before making any connections.

RK-G34, etc. (not supplied)

Sony DVD

LINE OUT

S VIDEO OUT

R–AUDIO 1–L VIDEO

S-LINK VIDEO5

AUX

S-LINK/

CONTROL S

IN

RK-74A (not supplied)

VHF/UHF

VIDEO

B

L

R

AUDIO

Audio/video/S-LINK cable

COMPONENT VIDEO OUT

Audio outputs

Audio/video outputs

AUDIO R AUDIO L VIDEO

LINE

OUT

S-LINK

PRYPB

Component video outputs

Sony VCR

S-LINK

DIGITAL OUT

OPTICAL COAXIAL

VMC-10HG (not supplied)

S-LINK

– 14 –

Using the S-Link function with a

S VIDEO

S-LINK/

CONTROL S

OUT

S-LINK/

CONTROL S

IN

VIDEO

AUDIO

L

R

VIDEO

(MONO)

IN

SYNC AUDIO

OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD)

VIDEO 5 (HD) IN

SELECT

Y

P

B

P

R

YPBP

RYPBPR

RGB

BGR

VD

HD

R

L

AUDIO

VHF/UHF

AUX

Sony AV receiver

1 Using a VIDEO cable, connect VIDEO 1

IN on the TV’s upper panel to MONITOR OUT on the Sony AV receiver.

2 Using an AUDIO/VIDEO cable, connect

SELECT OUT on the TV’s upper panel to TV AUDIO and VIDEO IN on the AV receiver.

3 Using an S-LINK cable, connect S-LINK

on the VIDEO 1 IN panel on the TV’s upper panel and S-LINK on MONITOR OUT on the AV receiver.

4 Using an S-LINK cable, connect S-LINK

on the SELECT OUT panel on the TV’s upper panel to S-LINK on TV IN on the AV receiver.

5 Using AUDIO/VIDEO and S-LINK

cables, connect the Sony video equipment to the AV receiver.

6 Use the AUDIO menu to set SPEAKER to

ALL OFF or CENTER IN. (see “SPEAKER” on page 49)

7 Use the SET UP menu to set SELECT

OUT to TV OUT. (see “SELECT OUT” on page 60)

8 Press CH (CHANNEL) +/– to activate

the S-Link function.

VCR 1

Audio/ video outputs

(Rear of projection TV)

S-LINK/

CONTROL S

OUT

S VIDEO

VIDEO

L

(MONO)

AUDIO

R

VIDEO 1 IN VIDEO

AUDIO R AUDIO L VIDEO

LINE OUT

VCR 2

AUDIO R AUDIO L VIDEO S-LINK

LINE OUT

Disconnect all power sources before making any connections.

IN OUT

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

Y

P

B

PR

Video cable (not supplied)

S-LINK

S-LINK VIDEO 1

Audio/video/ S-Link cable (not supplied)

S-LINK

AUX

S-LINK/

CONTROL S

IN

VHF/UHF

VIDEO

L

R

AUDIO

S-LINK SELECT OUT

SELECT OUT

RK-G34, etc. (not supplied)

3

MONITOR OUT

1

(video output)

VIDEO 1 IN (S-LINK and video/audio inputs)

5

Refer also to the Operating Instructions supplied with the VCR, DBS tuner, DVD player, LD player and other Sony video equipment for details.

2, 4

MONITOR OUT S-LINK

VIDEO 2 IN (S-LINK and video/audio inputs)

Audio/video/ S-Link cable (not supplied)

TV IN (S-LINK and video/audio inputs)

Sony AV receiver

21

Installing and Connecting the Projection TV (continued)

Using the CONTROL S feature

CONTROL S allows you to control the projection TV and other Sony equipment with one remote control.

To control other Sony equipment with the projection TV's remote control, connect the CONTROL S IN jack of the equipment to the CONTROL S OUT jack on the TV’s upper panel with the CONTROL S cable.

To control the projection TV with a remote control for another Sony product, connect the CONTROL S OUT jack of the equipment to the CONTROL S IN jack on the TV’s upper panel with the CONTROL S cable.

About the VIDEO 5 (HD) IN jacks

The VIDEO 5 (HD) IN jacks on the TV’s upper panel are designed to connect to the HDTV output jacks of the equipment which will accept the various HDTV formats (up to 1080i) scheduled to broadcast in the near future. The projection TV will be capable of connecting to a digital cable box TV decoder, HDTV digital satellite system (DSS) decoder, etc. Before operating, set the YP switch to YP

BPR or RGB depending on the

22

BPR/RGB select

Disconnect all power sources before making any connections.

(Rear of projection TV)

VIDEO 1 VIDEO 3 VIDEO 4 (DVD) SELECT

S-LINK/

CONTROL S

OUT

S VIDEO

VIDEO

L

(MONO)

AUDIO

R

IN OUT

Y

P

PR

AUX

S-LINK/

CONTROL S

IN

VHF/UHF

VIDEO

B

L

R

AUDIO

HDTV equipment which is to be connected. For details on using the YPBPR/RGB select switch and the SYNC jacks, refer to the instruction manual supplied with the HDTV equipment.

Note:

• The VIDEO 5 (HD) IN jacks are not compatible with a computer’s 5BNC (R/ G/B/HD/VD) video output connectors. Do not connect a computer to the VIDEO 5 (HD) IN jacks.

– 15 –

IN

VIDEO 1 VIDEO 3

S-LINK/

CONTROL S

OUT

Do not use the CONTROL S IN/ OUT jacks on the TV’s lower side panel. It may cause a malfunction.

VIDEO 4 (DVD) SELECT

(Rear of projection TV)

OUT

S-LINK/

CONTROL S

IN

Basic Set Up

TV/VIDEO

SET

UP

TVANT/

DVD ANT

POWER

CHANNEL

VOLUME

+ – + –

POWER

Using the Remote Control

Inserting the batteries

Insert two size AA (R6) batteries (supplied) by matching the + and – on the batteries to the diagram inside the remote control’s battery compartment.

Notes:

• Remove the batteries to avoid damage from possible battery leakage whenever you anticipate that the remote control will not be used for an extended period.

• Handle the remote control with care. Avoid dropping it, getting it wet, or placing it in direct sunlight, near a heater or where the humidity is high.

• Your remote control can be programmed to operate most video equipment. (see “Operating Video Equipment” on page 72)

Selecting a digital TV or conventional TV program

The remote control functions both for digital TV and conventional TV features. You will need to switch the function of the remote control according to your choice for viewing either a digital TV or conventional TV program.

POWER

DVD/

DBS/

DTV ANT

When you use the remote

control for ......

The Digital TV The

Conventional TV

MUTING

OFF

WIDE MODE

TV/DBS

PICTURE

MODE

FUNCTION

TV/VIDEO DTV ANT

SLEEP

VTR

CABLE

DVD/VTR

DBS/CABLE

CC

DISPLAY

ALTERNATE

VIDEO AUDIO

JUMP GUIDE

TV ANT

213

Press ....

DTV ANT TV ANT

TV

so that the TV FUNCTION indicator lights

up in .........

green red

TV FUNCTION indicator

TV ANT

Using the remote control joystick

0

The supplied remote control has a joystick which moves the on-screen selector in eight directions. In most cases, moving the joystick up, down, left or right will cause the selector to move in the selected direction.

In some cases, the selector may move in eight directions according to the function. Pressing down on the center of the joystick

) will activate the selected item.

( You may also move the joystick right to

activate a selected item. (There are some exceptions to this option.)

Move

.

Select

Adjusting Sliders

When menu items present a slider ( or

), move the joystick up, down, left or

right to adjust the setting.

On Line Help/Instructions

Several menu windows will provide prompts and instructions to assist you in navigating through the different functions.

23

Basic Set Up (continued)

Setting Up the Projection TV Automatically

The AUTO SET UP feature will allow you to set all receivable channels.

First, perform AUTO SET UP for conventional TV programs. You can also set the on-screen language.

After AUTO SET UP is completed for conventional TV programs, Auto Program will automatically run for digital TV programs. Later, verify the Language and Time Zone settings in your DTV Setup Menu. (for details, see pages 34 and 35)

The AUTO SET UP feature does not apply for installations that use a cable box for all channel selection.

You can also set up the projection TV manually. (see “Channel Setup” on page 33 for digital TV channels, or “Using the CHANNEL SET UP Menu” on page 54 for conventional TV channels)

24

Notes:

• Perform this function during the day, with the antenna and/or cable properly connected, to ensure that all available channels will be broadcasting and receivable.

• Before you perform AUTO SET UP for conventional TV programs, make sure that the input from ANT (not AUX) is selected by pressing TV ANT until “AUX” does not appear next to the channel number.

• When you perform AUTO SET UP for conventional TV programs, your CHANNEL FIX and ON/OFF TIMER settings will be erased.

• When you perform AUTO SET UP for conventional TV programs, the settings in the VIDEO menu except for “NR,” “COLOR CORRECTION” and “DC TRANSMISSION” and all the settings in the AUDIO menu are reset to the factory settings.

– 16 –

First, perform AUTO SET UP for conventional TV programs by using the buttons on the upper right side panel on the front of the projection TV.

1 Press POWER to turn on the projection

TV.

2 Press SET UP to display the AUTO SET

DTV ANT

TVFUNCTION

OK

CANCEL

Welcome to DTV!

Before you can view DTV programs, you

must run Auto Program.

Press to continue.

Please check the

Time Zone setting later.

UP screen for conventional TV programs.

SET

ENGLISH : ESPAÑOL :

UP

AUTO SET UP : DTV SET UP :

First please connect the antenna.

Press [ SET UP ] to exit.

[ CH + ] [ CH – ]

[ VOL – ]

[ TV / VIDEO ]

3 Press CHANNEL + to select English,

CHANNEL – to select Spanish. The screen will change to reflect your

choice.

+

CHANNEL

–

ENGLISH : ESPAÑOL : AUTO SET UP : DTV SET UP :

First please connect the antenna.

Press [ SET UP ] to exit.

[ CH + ] [ CH – ]

[ VOL – ]

[ TV / VIDEO ]

4 Press VOLUME – to select “AUTO SET

UP.”

+

VOLUME

CONTINUE TO

AUTO PROGRAM ?

[ CH + ]

YES :

[ CH – ]

NO :

–

5 Press CHANNEL + to preset

conventional TV channels automatically.

+

CHANNEL

AUTO PROGRAM

–

“AUTO PROGRAM” appears and the projection TV starts scanning and presetting conventional TV channels automatically. While scanning, the received conventional TV channel will be displayed on the sub screen. When all the receivable channels are stored, the lowest conventional TV channel number will be displayed. If the projection TV receives cable TV channels, CABLE is set to ON automatically.

After AUTO SET UP for conventional TV programs has been completed, the Initial Setup screen for digital TV programs will appear.

Second, perform Auto Program for digital TV programs by using the buttons on the remote control.

6 Press DTV ANT on the remote control so

that the TV FUNCTION indicator lights up in green momentarily.

The remote control functions for digital TV programs.

Auto Program for digital TV begins.

Lights up in green.

(continued)

25

Basic Set Up (continued)

7 Press (press down on the center of the

joystick) to start Auto Program for digital TV.

“Auto Program in Progress...” is displayed as the projection TV scans and presets available digital TV programs. When all the receivable channels are stored, the lowest digital channel number will be displayed.

Auto Program in Progress...

26

To perform AUTO SET UP again

Press SET UP. Perform as described in steps 3–7 on pages 25 and 26. Press SET UP again to exit.

– 17 –

Adjusting the Convergence

TVFUNCTION

Automatically (AUTO FOCUS)

The projection tube image appears on the screen in three layers (red, green and blue). If they do not converge, the color is poor and the picture blurs.

Before you use your projection TV, be sure to adjust the convergence.

The AUTO FOCUS feature allows you to adjust the convergence automatically.

Tip

z

• It is recommended to perform AUTO FOCUS about 30 minutes after the projection TV is first turned on.

AUTO

FOCUS

Press AUTO FOCUS.

AUTO

FOCUS

The cross pattern appears and AUTO FOCUS begins to work. The adjustment is completed when the cross pattern becomes white.

Note:

• You cannot perform any other functions until AUTO FOCUS has completed its cycle.

27

Using Digital TV Features

Watching Digital TV

Many digital TV features can be accessed directly through the remote control. The following chart will explain the function of some buttons found on your remote control.

To use the remote control for digital TV programs

First, press DTV ANT on the remote control so that the TV FUNCTION indicator on the remote control lights up in green momentarily.

The remote control functions for digital TV programs.

At the same time the DTV indicator on the front of the projection TV lights up in green.

DTV ANT

Make sure that the TV FUNCTION indicator lights up in green each time you press the buttons listed in the tables.

28

Lights up in green.

REMOTE CONTROL ON THE

INSIDE FRONT COVER OF

Using the White Labeled Buttons for Projection TV Operations

TV (FUNCTION) TV POWER

-

0 9

and ENTER

,

GUIDE

CH +/– VOL +/– JUMP

Activates the remote control for use with the projection TV. Turns the projection TV on and off. If a video input indication (e.g. VIDEO 1,

VIDEO 2) appears on the screen, press TV/VIDEO until a channel number appears.

Use for direct digital channel selection. Digital channels are indicated by the use of a dot in the channel number. For example, to select subchannel 3 in main channel 10 (channel number 10.3), press 1, 0, • (dot), 3 and ENTER.

Press to display the Program Guide. (see “Using Program Guide to Select Subchannels” on page 31)

Press to scan through the channels (+ up or – down). Press to adjust the volume (+ up or – down). Press to alternate or

projection TV will jump between the current channel and the last channel selected using the 0–9 and • (dot) buttons, CH+/– buttons or Program Guide.

jump

back and forth between two digital channels. The

REFER TO THE

ILLUSTRATION OF THE

THIS MANUAL AS YOU

REVIEW THIS CHART

(continued)

– 18 –

Using the White Labeled Buttons for Projection TV Operations

WIDE MODE

MUTING

SLEEP

DISPLAY or CC

TV/VIDEO

Tip

z

You can adjust the picture and sound qualities using the VIDEO (page 47) and AUDIO (page 49) menus even when you are watching a digital TV program. Before operating the menu, press TV (FUNCTION) so that the TV FUNCTION indicator lights up in red. After finishing the menu operation, press TV (FUNCTION) again to make the TV FUNCTION indicator light up in green.

Press to watch 4:3 normal broadcasts in wide screen mode (16:9 aspect ratio). (see “Using the Wide Screen Mode” on page 30)

Press to mute the sound. “MUTING” will appear on the screen and will dim three seconds later. To restore sound, press again or press VOL +.

Press repeatedly until the projection TV displays the approximate time in minutes (30, 60 or 90) that you want the projection TV to remain on before shutting off automatically. Cancel by pressing until “SLEEP OFF” appears.

Each press scrolls through the following indications:

n

Channel number, name and logo (if set) and current time

n

Closed caption

n

Display off Press repeatedly to scroll through available video inputs:

TV, VIDEO 1, VIDEO 2, VIDEO 3, VIDEO 4 and VIDEO 5.

REFER TO THE

ILLUSTRATION OF THE

REMOTE CONTROL ON THE

INSIDE FRONT COVER OF

THIS MANUAL AS YOU

REVIEW THIS CHART

29

Using Digital TV Features (continued)

Using the Wide Screen Mode

The wide screen mode feature lets you watch 4:3 normal broadcasts in wide screen mode (16:9 aspect ratio).

Press WIDE MODE on the remote control.

Each press scrolls through the following modes:

NORMALnWIDE ZOOMnZOOMnFULL

n

Notes:

• The AUTO WIDE feature lets you select the most suitable mode automatically for a picture containing an aspect ratio signal. (see “AUTO WIDE” on page 53)

• For ZOOM and WIDE ZOOM modes you can adjust the vertical position of the picture. (see “V CENTER” on page 53)

30

To watch the original broadcasting screen sizes shown below

DTV 4:3 aspect ratio picture

Letter box movie of a video tape or a DVD disc

DTV 16:9 aspect ratio picture

Press WIDE MODE to select the altered screen sizes shown below

NORMAL

Select to return the 4:3 picture to normal mode.

WIDE ZOOM

Select to enlarge the 4:3 picture, while the upper and lower parts of the picture are condensed to fit the 16:9 screen.

ZOOM

Select to enlarge the 4:3 picture horizontally and vertically to an equal aspect ratio that fills the 16:9 screen.

FULL

No change (DTV 16:9 aspect ratio picture is always displayed in FULL mode.)

– 19 –

Using the Program Guide to

MENU

Channel Setup Caption Vision

Language

Auto Program DTV Auto Add Name and Logo Skip/Add Time Zone

Channel Setup Caption Vision

Language

English Spanish

Select Subchannels

The Program Guide lets you select subchannels from an on-screen list. Subchannels are additional channels of programming that are broadcast simultaneously by a single network. For example, channel 2, a main channel, might include four subchannels (2.1, 2.2, 2.3 and

2.4) that are showing programs at the same time.

1 Press GUIDE.

If the projection TV is tuned to a DTV channel, the program guide appears. The currently selected subchannel is highlighted.

CH 2.2

30 PBS

GUIDE

Channels that include subchannels include a dot, followed by the number of the subchannel, such as “2.1,” etc.

To check the channel number, press DISPLAY.

2 ABC 3 CBS 5 FOX

16 UPN

20 WB

25 NBC

.1 Drew Carey .2 ABC movie .3 News @ 8:00 .4 Ellen

Program information in the program guide is

provided by the broadcasters. As a result, the program guide may sometimes include only the channel number without a program title, station logo or description.

2 Move the joystick left to select the main

channel list.

CH 2.2

.1 Drew Carey

30 PBS

.2 ABC movie

2 ABC

.3 News @ 8:00

3 CBS

.4 Ellen

5 FOX

16 UPN

20 WB

25 NBC

3 Move the joystick up or down to select the

desired main channel number. The tuning indicator appears. When the selected main channel is tuned in, all of the subchannels are listed. The first subchannel is highlighted and its program information appears at the top of the screen.

CH 5.1

3 CBS 5 FOX

16 UPN

20 WB

25 NBC

30 PBS

2 ABC

.1 The X-files .2 Party of five .3 Ally Mc Beal .4 Simpsons

4 Move the joystick up or down to select

the desired subchannel, and press The program guide will disappear.

To clear the program guide without changing channels

Press GUIDE.

.

31

Using Digital TV Features (continued)

Learning Setup Menu Selection

Use the MENU button to access the setup menu and use the joystick to alter settings. Use the following example to learn how to modify settings.

1 Press the MENU button.

The setup menu appears.

MENU

2 Move the joystick up or down to select the

desired setup item.

Information about the selected item is displayed here.

Pop-up menu

Options for your selection (pop-up menu on the right) will be displayed.

32

3 Press (press down on the center of the

joystick) to activate the selected item.

The currently selected option is highlighted and marked with a check

).

mark (

Channel Setup

English

Caption Vision

Spanish

Language

You may also move the joystick right to activate a selection.

4 Move the joystick up or down to select

the desired option, and press . The selected option is highlighted and marked with a check mark. The current selection is displayed at the top of the onscreen menu.

Prog. de canales

English

Caption Vision

Spanish

Idioma

– 20 –

Some options may require further operations.

For details, see each menu option.

5 Once you have completed all menu

settings, press MENU to exit the menu screens.

You may also move the joystick left to return to the previous screen.

To exit from the menus at any time

Press MENU.

Using the Setup Menu

Name and Logo

Press CH+/– to change channels.

Press

“ ”

to toggle Name/Logo.

OK

Cancel

Channel 30 FOX

FOX

Channel Setup

Auto Program

Caption Vision

DTV Auto Add

Language

Name and Logo Skip/Add Time Zone

For detailed information on using the remote control to modify menu settings, refer to “Learning Setup Menu Selection” on page 32.

Channel Setup

Basic channel and display options

Auto Program: Select to scan and preset digital channels automatically. Before “Auto Program” process, a dialog box pops up with the message “Are you sure you want to clear your existing channel list?” Move the joystick left or right to select OK, and press to activate “Auto Program.” A tuning indicator appears and the projection TV starts scanning and presetting digital channels automatically. When all the receivable channels are stored, the lowest channel is displayed and the tuning indicator disappears.

Note:

• If you currently have a list of programmed channels, or “Name and Logo” or “Skip/Add” setting, they will be erased when you perform “Auto Program.”

DTV Auto Add: Select to preset additional digital channels as they become available without erasing original channels (after you use Auto Program). During the “DTV Auto Add” process, a tuning indicator appears and the projection TV starts scanning and adding new digital channels. When scanning is complete, the indicator disappears and the current channel re-appears.

Name and Logo: Select to add or change the station

Dialog box

name and logo. When selected, a dialog box pops up.

1 Press CH +/– to select the desired channel. 2 Move the joystick left or right to select the station

name and the corresponding logo.

3 Move the joystick up or down—and then left or right—

to select OK, and press .

To clear the dialog box without changing the name and logo for the current channel, move the joystick up or down—and then left or right—to select “Cancel,” and press .

(continued)

33

Using Digital TV Features (continued)

Channel Setup

Basic channel and display options

Skip/Add: Select to erase or add channels from/to your channel list. When selected, a dialog box pops up.

1 Press CH +/– to select the desired channel. 2 Move the joystick left or right to select Skip to erase

a channel, or select Add to add a channel.

3 Move the joystick up or down—and then left or

right—to select OK, and press . To clear the dialog box without erasing/adding a channel, move the joystick up or down—and then left or right—to select “Cancel” and press .

Time Zone: Digital channels include time signals based on the time zone. Select to choose a time zone for your area. When selected, the time zone dialog box pops up. 1 Move the joystick up, down, left or right to choose

your time zone.

A check mark will be given to your selection. 2 Move the joystick left or right to select OK, and press

.

34

Dialog box

– 21 –

Skip / Add

Skip CH30 FOX

Press CH+/– to change channels.

Press

“ ”

to toggle Skip/Add.

OK

Please select your appropriate

Time Zone

ARIZONA(mountain)

EASTERN

PACIFIC

INDIANA(eastern)

ALASKA

CENTRAL

HAWAI

MOUNTAIN

OK

(continued)

FOX

Cancel

Caption Vision

Television closed caption display

Some programs are broadcast with Caption Vision (closed caption). To display closed caption 1 Select your language (English or Spanish) and then

press on the remote control.

2 Press DISPLAY or CC until the Caption Vision

appears.

Channel Setup Caption Vision

Language

English Spanish

Language

User’s preferred language

Select from available languages (English or Spanish) to display the DTV Setup menus in your language of choice.

Using Conventional TV Features

Watching Conventional TV

Many Conventional TV features can be accessed directly through the remote control. The following chart will explain the function of some buttons found on your remote control.

To use the remote control for conventional TV programs (VHF/ UHF and AUX inputs)

First, press TV ANT on the remote control so that the TV FUNCTION indicator on the remote control lights up in red momentarily.

The remote control functions for conventional TV programs.

TV ANT

Make sure that the TV FUNCTION indicator lights up in red each time you press the buttons listed in the tables.

TVFUNCTION

Lights up in red.

REMOTE CONTROL ON THE

INSIDE FRONT COVER OF

THIS MANUAL AS YOU

Using the White Labeled Buttons for Projection TV Operations

TV ANT

(AUX input)

TV (FUNCTION) TV POWER

-

0 9

and ENTER

CH +/– VOL +/–

Press to change between the VHF/UHF input and the AUX input. (for detailed connection information, see “Cable and antenna” on page 7 or “Cable box and cable” on page 8)

Activates the remote control for use with the projection TV. Turns the projection TV on and off. If a video input indication (e.g., VIDEO 1,

VIDEO 2) appears on the screen, press TV/VIDEO until a channel number appears.

Use for direct conventional TV channel selection. Press 0-9 to select a channel (for example, to select channel 10, press 1 and 0). The channel will change after 2 seconds, or you can press ENTER for immediate selection.

Press to scan through the channels (+ up or – down). Press to adjust the volume (+ up or – down).

35

REFER TO THE

ILLUSTRATION OF THE

REVIEW THIS CHART

(continued)

36

– 22 –

Using the White Labeled Buttons for Projection TV Operations

JUMP

WIDE MODE

(Wide screen mode)

MUTING

FREEZE

(yellow labeled button)

SLEEP

DISPLAY

Press to alternate or channels. The projection TV will jump between the current channel and the last channel selected using the 0-9 buttons.

Press to watch 4:3 normal broadcasts in wide screen mode (16:9 aspect ratio). (see “Using the Wide Screen Mode” on page 39)

Press to mute the sound. “MUTING” will appear on the screen and will dim three seconds later. To restore sound, press again or press VOL +.

This is useful when you need to copy down information that appears on the TV’s screen. Press to

freeze

Press again or press (OFF) to cancel. If you select TWIN as a FREEZE MODE in the SET UP menu, you can freeze the desired scene and display it on the left while viewing the normal picture on the right. (see “FREEZE MODE” on page 63) Note: If the frozen picture mode is not canceled for more than an hour, the normal picture is resumed automatically.

Press repeatedly until the projection TV displays the approximate time in minutes (30, 60, or 90) that you want the projection TV to remain on before shutting off automatically. Cancel by pressing until “SLEEP OFF” appears.

Press to display the channel number, current time, channel caption (if set), and MTS mode (if SAP is selected). The SAP indication disappears and the other indications dim three seconds later. To turn the display off, press DISPLAY again.

jump

back and forth between two conventional TV

the picture.

(continued)

PICTURE MODE

Press PICTURE MODE repeatedly to directly choose one of five different video modes that best suits the program you are watching. You can also adjust the picture quality (such as BRIGHTNESS, COLOR, etc.) for each mode to suit your taste. First select each MODE individually before adjusting the picture quality. VIVID: Select for enhanced picture contrast and

sharpness.

STANDARD: Select to display a standard

picture for normal viewing environments.

MOVIE: Select to display a finely detailed

picture for low light environments.

GAME: Select to display graphics such as a

video game.

PRO (Professional): Select to display a picture

with minimum enhancements.

For details, see “MODE” on page 47.

37

Using Conventional TV Features (continued)

Using the White Labeled Buttons for Projection TV Operations

CC

TV/VIDEO

MTS

38

Press repeatedly to scroll through available displays:

XDS (Extended Data Service)

Displays a network name, program name, program type, program length, program description, call letters and time of the show if the broadcaster offers this service.

Caption Vision

Displayed on the screen if the broadcaster offers this service. (see “CAPTION VISION” on page 59)

No display

“OFF” appears and the display is canceled.

Press repeatedly to scroll through available video inputs:

TV, VIDEO 1, VIDEO 2, VIDEO 3, VIDEO 4 and VIDEO 5

If you select SKIP as a VIDEO LABEL in the SET UP menu, your projection TV will skip the video input you selected. (see “VIDEO LABEL” on page 61)

Press to scroll through the Multi-channel TV Sound (MTS) options. (see “MTS” on page 49)

REFER TO THE

ILLUSTRATION OF THE

REMOTE CONTROL ON THE

INSIDE FRONT COVER OF

THIS MANUAL AS YOU

REVIEW THIS CHART

– 23 –

Using the Wide Screen Mode

WIDE MODE

The wide screen mode feature lets you watch 4:3 normal broadcasts in wide screen mode (16:9 aspect ratio).

Press WIDE MODE on the remote control.

To watch the original broadcasting screen sizes shown below

Normal 4:3 aspect ratio picture

Press WIDE MODE to select the altered screen sizes shown below

NORMAL

Select to return the 4:3 picture to normal mode.

Normal 4:3

Each press scrolls through the following modes:

aspect ratio picture

NORMAL n WIDE ZOOM n ZOOM n FULL

n

Notes:

• The AUTO WIDE feature lets you select the most suitable mode automatically for a

Letter box movie of a video tape or a DVD disc

picture containing an aspect ratio signal. (see “Using AUTO WIDE” on page 53)

• For ZOOM and WIDE ZOOM modes you can adjust the vertical position of the picture. (see “V CENTER” on page 53)

4:3 squeezed video camera or DVD picture

Using Conventional TV Features (continued)

Watching Two Programs at One Time — PIP

The Picture-in-Picture (PIP) feature allows you to view two channels simultaneously, one in the full size “main” picture and one in a smaller “window” picture.

You can move the window picture to any location on the screen.

Note:

• The PIP feature is not available for the inputs from VIDEO 5 IN and for digital TV programs.

The symbol “b” or “B” indicates which picture's TV channel or input source can be changed.

Main picture

Tip

z

If you press RESET in PIP mode, the window picture will move to the bottom right (factory-preset location).

The symbol “≥” indicates which picture's sound is being received.

TV channel or inputsource mode for the

6

main picture (It will dim in about 3 seconds.)

10

TV channel or input-

Window picture

source mode for the window picture (It will dim in about 3 seconds.)

40

POSITION

ACTIVE

(white labeled

button)

TV/VIDEO

(white labeled button)

WIDE ZOOM

Select to enlarge the 4:3 picture, while the upper and lower parts of the picture are condensed to fit the 16:9 screen.

ZOOM

Select to enlarge the 4:3 picture horizontally and vertically to an equal aspect ratio that fills the 16:9 screen.

FULL

Select to enlarge the 4:3 picture horizontally only, to fill the 16:9 screen.

39

Using the Yellow Labeled Buttons for PIP Operations

Press to display a window picture. Each time you press this button, the picture size will change (1/4 n1/9 n1/16).

Press (OFF) to close the window picture. Press to change the location of the window picture (counterclockwise)

around the main picture. Press to select either the main or window picture in order to change the

TV channel or video source using the white labeled buttons below. The symbol “b” (or “B”) will appear to indicate which picture’s channel or input mode can be changed.

To change the location of the window picture, move the joystick in any direction and release it when the picture is in the desired location.

Press repeatedly to scroll through the available video inputs for the picture on which the symbol “b” (or “B”) is displayed. (see “TV/VIDEO” on page

38)

(continued)

– 24 –

Using the Yellow Labeled Buttons for PIP Operations

AUDIO

CH

or or

-

0 9

and ENTER

(white labeled button)

TV ANT

(white labeled button)

FREEZE

SWAP

OFF

Press to select the TV channel on which the symbol “b” (or “B”) is

JUMP

Press to change between the VHF/UHF input and the AUX input for the picture on which the symbol “b” (or “B”) is displayed.

Press to alternate sound between the main picture and the window picture. The symbol " " will appear for a few seconds to indicate which picture’s sound is being received.

This is useful when you need to copy down information that appears on the TV’s screen. Press to freeze the main and window pictures. The symbols “b” and " ," and the channel number disappear. Press again to resume PIP viewing. Press (OFF) to cancel and resume normal TV viewing.

Press to switch the audio and video of the main picture and the window picture. Each time you press SWAP, the picture and sound of the two will be exchanged.

Press to access CHANNEL INDEX for direct channel selection. (see “Using CHANNEL INDEX” on page 44)

Press to cancel the PIP function and return to normal viewing.

displayed. (for details, see “Watching Conventional TV” on page

36)

REFER TO THE

ILLUSTRATION OF THE

REMOTE CONTROL ON THE

INSIDE FRONT COVER OF

THIS MANUAL AS YOU

REVIEW THIS CHART

Notes:

• If one of the pictures received through PIP is snowy, the entire screen may become unstable. In this case, erase the snowy channel. (see “CHANNEL SKIP/ ADD” on page 54)

• You can change the wide screen mode of the main picture only. The mode is not available for the window picture.

• The 16:9 aspect ratio picture with ID-1 or S1 is always displayed in FULL mode, even when it is shown as the window picture.

41

Using Conventional TV Features (continued)

Watching Two Programs at One Time — P&P (Twin ViewTM)

The Picture-and-Picture (P&P) feature allows you to view two channels simultaneously, both in a reduced size screen. The main picture will appear on the right.

You can change the size of both pictures to suit your personal preference.

Note:

• The P&P feature is not available for the inputs from VIDEO 5 IN and for digital TV programs.

The symbol “b” or “B”

TV channel or input-source mode for the sub picture (It will dim in about 3 seconds.)

Sub picture

Tip

z

If you press RESET in P&P mode, the right and left pictures will be reset to the same size (factory-preset size.)

indicates which picture's TV channel or input source can be changed.

The symbol “≥” indicates which picture's sound is being received.

TV channel or input-

67

source mode for the main picture (It will dim in about 3 seconds.)

Main picture

42

Using the Yellow Labeled Buttons for P&P Operations

Press to display right (main) and left pictures. Press (OFF) to close the window picture.

Move the joystick right to zoom in on the right picture, and left to zoom in on the left picture. Release at the desired size. The other picture will be zoomed out simultaneously.

ACTIVE

TV/VIDEO

(white labeled button)

Press to select either the right or left picture in order to change the TV channel or video source using the white labeled buttons below. The symbol “b” (or “B”) will appear to indicate which picture’s channel or input mode can be changed.

Press repeatedly to scroll through the available video inputs for the picture on which the symbol “b” (or “B”) is displayed. (see “TV/VIDEO” on page

38)

(continued)

– 25 –

Using the Yellow Labeled Buttons for P&P Operations

CH

or or

-

0 9

and ENTER

(white labeled button)

TV ANT

(white labeled button)

AUDIO

FREEZE

SWAP

OFF

Press to select the TV channel on which the symbol “b” (or “B”) is

JUMP

Press to change between the VHF/UHF input and the AUX input for the picture on which the symbol “b” (or “B”) is displayed.

Press to alternate sound between the right and left pictures. The symbol " " will appear for a few seconds to indicate which picture’s sound is being received.

This is useful when you need to copy down information that appears on the TV’s screen. Press to freeze both the right and left pictures. Press again to resume P&P viewing or press (OFF) to cancel and resume normal TV viewing.

Press to switch the audio and video of the right and left pictures. Each time you press SWAP, the picture and sound of the two will be exchanged.

Press to cancel the P&P function and return to normal viewing.

displayed. (for details, see “Watching Conventional TV” on page

36)

REFER TO THE

ILLUSTRATION OF THE

REMOTE CONTROL ON THE

INSIDE FRONT COVER OF

THIS MANUAL AS YOU

Notes:

REVIEW THIS CHART

• If one of the pictures received through P&P is snowy, the entire screen may become unstable. In this case, erase the snowy channel. (see “CHANNEL SKIP/ADD” on page

54)

• The right and left pictures (except for the 16:9 aspect ratio signals with ID-1 or S1) are always displayed in an aspect ratio of 4:3. The WIDE MODE button on the remote control does not function with the P&P mode.

• The 16:9 signals with ID-1 or S1 are always displayed in an aspect ratio of 16:9.

43

Using Conventional TV Features (continued)

Using CHANNEL INDEX

You can use the CHANNEL INDEX feature to display multiple channels and select one directly. Channels used for CHANNEL INDEX will come directly from the TV’s list of receivable channels (those set during AUTO PROGRAM or through the CHANNEL SET UP menu).

Note:

• The CHANNEL INDEX feature is not available for the inputs from VIDEO 5 IN and for digital TV programs.

1 Press .

The current channel will be reduced in size and displayed in the center of the screen in normal motion picture format in FULL wide screen mode. The first twelve receivable channels, displayed in FULL wide screen mode, will appear one after another, clockwise, around the center picture. These small pictures are updated in intervals of one second. The channel number and channel caption (if set) on the second and later appearances will dim.

44

10

A cyan-colored frame will appear to indicate current channel selection.

2 Move the joystick in any direction to

move the cyan frame to the picture that you wish to view, and press .

Reciipe flour - - - - 2 sugar - - - 1/2 salt - - - - - 1/2 butter - - - 1

The selected channel will zoom in and move to the center, and the sound of that channel will be heard.

Reciipe flour - - - - 2 sugar - - - 1/2 salt - - - - - 1/2 butter - - - 1

3 If you wish to view another channel,

repeat step 2. To view the normal picture of the

selected channel, proceed to step 4.

4 Press .

The center picture will be enlarged for normal viewing.

Notes:

• You cannot move the cyan frame until all of the surrounding pictures appear.

• The projection TV will continually update each of the surrounding pictures while the CHANNEL INDEX screen is displayed.

• Sound will only be heard from the center picture.

• If one of the pictures received through CHANNEL INDEX is snowy, the entire screen may become unstable. In this case, erase the snowy channel. (see “CHANNEL SKIP/ADD” on page 54)

• If you leave the CHANNEL INDEX screen displayed for an hour without any additional operation, CHANNEL INDEX is canceled and the normal picture reappears.

– 26 –

Using the Yellow Labeled Buttons for CHANNEL INDEX Operations

TV ANT

Move Select Exit

MENU

SET UP

PARENTAL CONTROL CAPTION VISION:

SELECT OUT: VIDEO1 LANGUAGE: ENGLISH VIDEO LABEL DIRECT PLAY FREEZE MODE: NORMAL

CC1

Press to display the next twelve receivable channels.

OFF

Press to cancel the current operation and return to normal TV viewing.

REFER TO THE

ILLUSTRATION OF THE

REMOTE CONTROL ON THE

INSIDE FRONT COVER OF

THIS MANUAL AS YOU

REVIEW THIS CHART

FREEZE

Press to freeze the center picture. Press again to cancel the frozen picture and resume normal center picture viewing.

Using the White Labeled Buttons for Center Picture Operations

TV/VIDEO

CH

Press to scroll the center picture through the video inputs. The surrounding channels will not change.

Press to switch the center picture between the VHF/UHF input and the AUX input.

-

0 9

or or

and ENTER

Using Conventional TV Features (continued)

Learning Menu Selection

Use the MENU button to access a menu and use the joystick to alter the settings. Use the following example to learn how to modify settings.

1 Press the MENU button.

The main menu appears.

VIDEO

MODE : VIVID PICTURE

MENU

2 Move the joystick up or down to highlight

the desired menu and press down on the center of the joystick) to activate it.

You may also move the joystick right to activate your selection.

46

BRIGHTNESS COLOR HUE SHARPNESS TRINITONE : HIGH DRC MODE : ADVANCED VIDEO

Move Select Exit

SET UP

PARENTAL CONTROL CAPTION VISION: SELECT OUT: MONITOR LANGUAGE: ENGLISH VIDEO LABEL DIRECT PLAY FREEZE MODE: NORMAL

Move Select Exit

HIGH

Press to select a channel for the center picture.

JUMP

(for details, see "Watching Conventional TV" on page

36)

45

3 Move the joystick up or down to

highlight the desired option.

SET UP

PARENTAL CONTROL CAPTION VISION: SELECT OUT: MONITOR LANGUAGE: ENGLISH VIDEO LABEL DIRECT PLAY FREEZE MODE: NORMAL

Move Select Exit

CC1

MENU

5 Move the joystick up or down to make

your selection and press to activate it. The previous screen will reappear.

4 Press (press down on the center of the

joystick).

Options for your selection (Pop-up menu or Adjusting menu) will be displayed.

MENU

(press

CC1

MENU

Pop-up menu

SET UP

PARENTAL CONTROL CAPTION VISION: SELECT OUT: LANGUAGE: VIDEO LABEL DIRECT PLAY FREEZE MODE:

Move Select Exit

Adjusting menu

VIDEO LABEL VIDEO1:

VIDEO2: VIDEO3: VIDEO4:

Move Select Exit

MONITOR

VIDEO1 VIDEO2 VIDEO3 VIDEO4

TV OUT

CC1

MENU

Some adjustment menus may require further operations. For details, see each menu option.

To return to the previous screen (except for the slider adjustment menus), choose

at the bottom of the menu and press

or move the joystick left.

6 Once you have completed all menu

corrections, press MENU to exit the menu screens.

To exit from the menus at any time

Press MENU.

MENU

– 27 –

Using the VIDEO Menu

VIDEO

MODE : VIVID PICTURE BRIGHTNESS COLOR HUE SHARPNESS TRINITONE : HIGH DRC MODE : ADVANCED VIDEO

Move Select Exit

For detailed information on using the remote control to modify menu settings, refer to “Learning Menu Selection” on page 46.

To select the VIDEO menu:

Display / Highlight / Select

MENU

While in the VIDEO menu, move the joystick down to scroll down to ADVANCED VIDEO to adjust additional items, “DYNAMIC PICTURE,” “NR,” “COLOR CORRECTION” and “DC TRANSMISSION.” (see page

48)

To restore the factory settings

Press RESET on the remote control while the VIDEO menu is selected. To restore each MODE to the factory setting, press RESET after selecting the mode to be reset.

HIGH

MENU

}

Sliders

MODE

Customized picture viewing

PICTURE

Picture Adjustment

BRIGHTNESS

Picture Adjustment

COLOR

Picture Adjustment

HUE

Picture Adjustment

SHARPNESS

Picture Adjustment

TRINITONE

White Intensity Adjustment

You can choose one of five different video modes that best suits the program you are watching. You can also adjust the picture quality (such as BRIGHTNESS, COLOR, etc.) for each mode to suit your taste. First select each MODE individually before adjusting the picture quality.

VIVID: Select for enhanced picture contrast and sharpness. STANDARD: Select to display a standard picture for normal viewing

environments.

MOVIE: Select to display a finely detailed picture for low light environments. GAME: Select to display graphics such as a video game. PRO (Professional): Select to display a picture with minimum enhancements.

Press PICTURE MODE on the remote control for direct selection of a MODE setting.

Adjust slider right (up) to increase picture contrast. Adjust slider left (down) to decrease picture contrast.

Adjust slider right (up) to brighten the picture. Adjust slider left (down) to darken the picture.

Adjust slider right (up) to increase color intensity. Adjust slider left (down) to decrease color intensity.

Adjust slider right (up) to increase the green tones. Adjust slider left (down) to increase the red tones.

Adjust slider right (up) to sharpen the picture. Adjust slider left (down) to soften the picture.

HIGH: Select to give the white colors a blueish tint. MEDIUM: Select to give the white colors a neutral tint. NTSC STD: Select to give the white colors a reddish tint.

Note:

• The items, “NR,” “COLOR CORRECTION” and “DC TRANSMISSION” are not reset to the factory settings even if you press RESET.

(continued)

47

DRC MODE

Digital Reality Creation

DYNAMIC PICTURE

Black Intensity Adjustment

NR

Noise Reduction

COLOR CORRECTION

Color Ratio Adjustment

DC TRANSMISSION

Black Level Adjustment

48

Using Conventional TV Features (continued)

The DRC feature doubles both the vertical and horizontal information of the conventional NTSC signal, allowing you to obtain a fine-detailed, realistic picture with four-times higher density than the conventional NTSC picture.

HIGH: Use when viewing DVD, Hi8, Laser Disc, or DBS source. LOW: Use when viewing VCR, CATV or ANT source. GAME: Use when viewing graphics such as a video game.

Select ON to emphasize the black level and to produce a bolder dynamic picture. Select OFF to cancel the feature.

Select ON to reduce picture noise. Select OFF to cancel the feature.

Select ON to emphasize reds and blues. Select OFF to reproduce skin tones.

Select ON to automatically improve the contrast ratio. Select OFF to reproduce the black level with no compensation.

Tip

z

Since the fine-detailed DRC activated pictures contain information four times larger than conventional pictures, picture noise may appear. In this case, set NR to ON in the ADVANCED VIDEO menu.

Notes:

• The following items can be adjusted for each MODE setting (VIVID, STANDARD, etc.) Once the adjustments are made, the data is stored in the projection TV’s memory and recalled whenever the corresponding MODE setting is selected.

- PICTURE

- BRIGHTNESS

- COLOR

- HUE

- SHARPNESS

- TRINITONE

- DRC MODE

- DYNAMIC PICTURE The “NR,” “COLOR CORRECTION,” and “DC TRANSMISSION” settings, however, are set independently of the MODE setting, and remain in the ON or OFF position even if the MODE setting is changed.

• Some shooting games which involve pointing a light beam at the TV screen with an electronic gun or rifle cannot be used with this projection TV. For details, see the instruction manual supplied with the video game software.

– 28 –

Using the AUDIO Menu

AUDIO

TREBLE BASS BALANCE MTS : STEREO SPEAKER : ALL ON SURROUND : OFF SURROUND LEVEL

Move Select Exit

For detailed information on using the remote control to modify menu settings, refer to “Learning Menu Selection” on page 46.

To select the AUDIO menu:

Display / Highlight / Select

MENU

To restore the factory settings

Press RESET on the remote control while the AUDIO menu is selected.

MENU

Sliders

}

TREBLE

Sound Adjustment

BASS

Sound Adjustment

BALANCE

Sound Adjustment

MTS

Enjoy stereo, bilingual and mono programs

SPEAKER

Custom selection of audio output source

Adjust slider right (up) to increase high pitched sounds. Adjust slider left (down) to decrease high pitched sounds.

Adjust slider right (up) to increase low pitched sounds. Adjust slider left (down) to decrease low pitched sounds.

Adjust slider right (up) to emphasize right speaker volume. Adjust slider left (down) to emphasize left speaker volume.

STEREO: Select for stereo reception when viewing a program broadcast in

stereo.

SAP: Select to listen to a bilingual broadcast. (non-SAP programs will be muted

when this feature is selected)

MONO: Select for mono reception. (use to reduce noise during stereo

broadcasts)

Quick MTS access: Press MTS on your remote control to cycle through the

MTS options as follows: (STEREO b SAP b MONO b STEREO)

ALL ON: Select to listen to the sound from the projection TV speakers alone. L/R OFF: Select to turn off the projection TV left and right speakers and listen to

the left and right channel sounds through a separate audio system’s speakers.

ALL OFF: Select to turn off the projection TV speakers and listen to the

projection TV’s sound only through an external audio system’s speakers.

CENTER IN: Select to use the projection TV center speaker as center speaker

when you connect an amplifier with a Dolby Pro Logic/Dolby Digital decoder. (see “Connecting an amplifier that supports Dolby Pro Logic/Dolby Digital decoder” on page 19)

(continued)

49

SURROUND

Customizes surround sound effects based on the program’s audio type

SURROUND LEVEL

Speaker volume adjustment for surround modes

50

Using Conventional TV Features (continued)

SURROUND can only be set when SPEAKER is set to ALL ON or L/R OFF.

aa

a PRO LOGIC: Produces superb theater-like surround effects. Most effective

aa

for programs encoded in Dolby surround.

aa

a 3 STEREO: Produces a dynamic three dimensional sound without using the

aa

rear speakers. The sound of the rear channel is output from the front speakers.

SIMULATED: Adds a surround-like effect to mono programs. LIVE: Produces surround effects with the atmosphere of a concert hall. GAME: Produces maximum audio impact. Most effective for video games. OFF: Normal stereo or mono reception.

After selecting one of the surround modes, adjust the volume of each speaker so that the sound will be even and natural. (see “Adjusting the Speaker Volume for Customized Surround Mode” on page 51)

– 29 –

Adjusting the Speaker Volume for Customized Surround Mode

After you set SURROUND to one of the modes, adjust the volume of the front, center and rear speakers to the same level so that the projection TV’s sound will be even and natural. For aPRO LOGIC and a3 STEREO, adjust the speaker volume using the test tone feature.

Adjusting the speaker volume

1 Select SURROUND LEVEL from the

AUDIO menu. (see pages 49 and 50)

aPRO-LOGIC

CENTER REAR BALANCE TEST TONE : OFF

Move Select Exit

MENU

2 Move the joystick up or down to select

the speaker for volume adjustment and press .

aPRO-LOGIC

CENTER REAR BALANCE TEST TONE : OFF

Move Select Exit

MENU

CENTER: Select to adjust the level of the

center speaker. (not available for SIMULATED)

REAR: Select to adjust the level of the rear

speakers. (not available for a3 STEREO)

BALANCE: Select to adjust the balance

between the right and left speakers.

3 Move the joystick up, down, left or right

to adjust the volume level and press .

4 Use the joystick to select other speakers

and to adjust the volume levels.

Adjusting the speaker volume using the test tone

The TEST TONE feature makes it easier to adjust the volume level. You can use this feature for aPRO LOGIC and a3 STEREO modes only.

1 With the SURROUND LEVEL window

open, move the joystick up or down to select TEST TONE and press

aPRO-LOGIC

CENTER REAR BALANCE TEST TONE : ON

Move Select Exit

.

OFF

MENU

2 Move the joystick up or down to select

ON. A test tone will be output from each speaker in sequence: Front left nCenter nFront right nRear

n

To turn off the test tone, select OFF.

3 Follow steps 2 through 4 in “Adjusting

the speaker volume.”

51

Using the TIMER Menu

TIMER

DAYLIGHT SAVING : NO CURRENT TIME ON / OFF TIMER

– – : – AM–

– – –

Move Select Exit

After setting the clock you can use the timer to turn the projection TV on and off.

For detailed information on using the remote control to modify menu settings, refer to “Learning Menu Selection” on page 46.

To select the TIMER menu:

Display / Highlight / Select

MENU

Tip

z

Set daylight saving time before setting the clock. Any loss of power will cause these settings to be erased.

52

MENU

DAYLIGHT SAVING

Automatically adjusts the time.

CURRENT TIME

Necessary for the TIMER.

ON/OFF TIMER

Wake up or scheduled viewing.

Spring: Select YES to compensate for Daylight Saving Time.

The current time automatically moves ahead one hour.

Fall: Select NO at the end of Daylight Saving Time.

The current time moves back one hour.

1 Press , then move the joystick up or down until

the current day (MON-SUN) is displayed, and press

.

CURRENT TIME

––: –AM–

–––

2 Move the joystick up or down until the current hour

(01-12) and AM/PM is displayed, and press .

3 Move the joystick up or down until the current minute

Move Select

Exit

(00-59) is displayed, and press .

The Clock has now started. Press MENU to exit.

1 Select the desired timer (1 or 2). 2 Move the joystick up or down until the desired day

(MON-SUN) or range of days (EVERY SUN-SAT or EVERY MON-FRI) is displayed, and press .

3 Move the joystick up or down until the time (hours

and minutes) that you want the projection TV to

ON / OFF TIMER

1.

–––––– ––: ––AM–Hch

2.

–––– ––: ––AM–Hch

SUN

12: 0AM0

Move Select

Exit

remain on is displayed, and then press .

4 Move the joystick up or down to set the time duration (maximum of 6 hours)

and press . 5 Move the joystick up or down to select the desired channel and press . The timer is now set. The TIMER/STAND BY indicator on your projection TV will be lit. Press MENU to exit. RESET while in the ON/OFF TIMER window.

To cancel your timer setting, select timer 1 or 2 and press

Performing AUTO PROGRAM will

erase all TIMER settings.

MENU

––– –––

MENU

– 30 –

Using the WIDE SCREEN

CHANNEL SKIP/ADD

Select a channel

2 : 3 : 4 : 5 : 6 : 7 : 8 :

NO

1 :

Move Select Exit

MENU

NO NO NO NO NO NO NO

MODE Menu

WIDE SCREEN MODE

AUTO WIDE : ON WIDE MODE : NORMAL V CENTER : 0

Move Select Exit

For detailed information on using the remote control to modify menu settings, refer to “Learning Menu Selection” on page 46.

To select the WIDE SCREEN MODE

Menu:

Display / Highlight / Select

MENU

To restore the factory settings

Press RESET on the remote control while the WIDE SCREEN MODE menu is selected.

MENU

AUTO WIDE

Automatically selects the wide screen mode

WIDE MODE

Manually selects the wide screen mode

V CENTER

Adjusts the position of the picture

Select ON to automatically display the picture with an ID-1 or S1 (aspect ratio recorded) signal in an optimum wide screen mode; normal 4:3 picture in NORMAL, letterbox picture in ZOOM, and 4:3 squeezed picture in FULL. Select OFF if you want to choose the wide screen mode manually by pressing the WIDE MODE button.

You can select NORMAL, WIDE ZOOM, ZOOM or FULL for the 4:3 or letterbox picture to fill the 16:9 screen manually by pressing the WIDE MODE button. (for details on each mode, see “Using the Wide Screen Mode” on page

39) Allows you to move the picture vertically within the screen (available only in

ZOOM and WIDE ZOOM modes). Move the joystick up or down to move the picture, and press .

53

Using Conventional TV Features (continued)

Using the CHANNEL SET

UP Menu

CHANNEL SET UP

CABLE : ON AUTO PROGRAM CHANNEL SKIP/ADD CHANNEL CAPTION FAVORITE CHANNEL : AUTO CHANNEL FIX : OFF

Move Select Exit

For detailed information on using the remote control to modify menu settings, refer to “Learning Menu Selection” on page 46.

To select the CHANNEL SET UP menu:

Display / Highlight / Select

MENU

54

MENU

CABLE

Cable system setting

AUTO PROGRAM

Automatic channel presetting

CHANNEL SKIP/ADD

Skips unnecessary channels

Select ON if your projection TV is connected to a cable system. Select OFF if your projection TV is connected to an antenna. AUTO SET UP will set CABLE to OFF automatically if a cable channel is not available.

Select YES to signal the projection TV to automatically program all receivable conventional TV channels. When all the receivable channels are stored, the lowest numbered channel is displayed. Select NO to cancel AUTO PROGRAM.

After AUTO SET UP, you can erase unnecessary conventional TV channels from the channel preset memory. With the CHANNEL SKIP/ADD window open: 1 Move the joystick up or down to select the desired

channel. You can view the channel that is selected with the CHANNEL SKIP/ADD menu in the center sub screen. You can also use CH +/– or 0–9 and ENTER buttons.

2 Press . 3 Move the joystick up or down to select YES, and press .

The selected channel will be erased. If you want to re-enter the skipped channel, follow the steps above and select NO.

(continued)

– 31 –

CHANNEL CAPTION

Easy recognition of the channel you are watching

FAVORITE CHANNEL

User’s favorite channels

You can add a caption for up to 32 channels of both VHF/UHF and AUX inputs. With the CHANNEL CAPTION window open:

CHANNEL CAPTION CHANNEL : – – –

CAPTION : – –––

1 Press and then move the joystick up or down to

select the desired channel. You can view the channel that is selected with the CHANNEL CAPTION menu

Move Select

MENU

Exit

in the center sub screen.

2 Press . 3 Move the joystick up or down to display the first letter

or number of the caption and press to select it. Repeat until up to four digits are selected.

4 Press .

To erase a caption, press RESET.

The FAVORITE CHANNEL feature enables easy access to the eight channels that you preset (or the last channel that you were watching). (for details on how to set up this feature, see "Setting and Selecting FAVORITE CHANNEL" on page 57)

(continued)

55

CHANNEL FIX

Locks selection of your projection TV’s input when used in conjunction with external equipment such as a cable box, AV receiver, etc.

56

Using Conventional TV Features (continued)

2-6: When the cable box is connected to the VHF/UHF input, you can fix the TV’s

input to one of the channels between 2 and 6. Press DBS/CABLE (FUNCTION) and then CH +/– to change the cable box channels.

AUX 2-6: Use this when a cable box is connected to AUX, and a cable or antenna

is connected to VHF/UHF.

VIDEO 1: Use this when you have connected external video equipment (e.g. AV

receiver) and you want the projection TV’s input fixed to it. OFF: When you want to switch CHANNEL FIX off. If the projection TV is in the AUX mode when you turn CHANNEL FIX off, press ANT to return to UHF input mode.

TIMER settings are erased when CHANNEL FIX is set. (If ANT2-6 or AUX2-6 is selected, timer settings for those channels are not erased)

Note:

• You cannot change channels with the TV’s tuner when you set CHANNEL FIX. If you want to use the TV’s tuner while fixing the TV’s input to VIDEO 1, use the SET UP menu to set SELECT OUT to TV OUT. (see “SELECT OUT” on page 60)

– 32 –

Setting and Selecting FAVORITE CHANNEL

FAVORITE CHANNEL

Select a position

2 . 3 . 4 . 5 . 6 . 7 . 8 .

1 .

2 10 22 30 40 52

125

1

SPTN

CNN

Move Select Exit

MENU

FAVORITE CHANNEL

Select a channel

2 . 3 . 4 . 5 . 6 . 7 . 8 .

1 .

2

10 22 30 40 52

125

SPTN

1 CNN

Move Select Exit

MENU

FAVORITE CHANNEL

Select a channel

2 . 3 . 4 . 5 . 6 . 7 . 8 .

Move Select Exit

MENU

1 .

125

10 22 30 40 52

125

SPTN

1 CNN

The FAVORITE CHANNEL feature of your projection TV enables easy access to the eight channels that you preset (or the last channel that you were watching).

Your FAVORITE CHANNEL options can be set automatically or manually.

The factory setting for FAVORITE CHANNEL is AUTO.

When FAVORITE CHANNEL is set to AUTO, the last eight channels selected with the 0–9 buttons will be set as FAVORITE CHANNEL options. If you want to input your own selections as FAVORITE CHANNEL settings, set to MANUAL.

Setting FAVORITE CHANNEL manually

1 Select FAVORITE CHANNEL from the

CHANNEL SET UP menu. (see pages 54 and 55)

CHANNEL SET UP

CABLE : ON AUTO PROGRAM CHANNEL SKIP/ADD CHANNEL CAPTION FAVORITE CHANNEL : AUTO CHANNEL FIX :

Move Select Exit

MANUAL

MENU

2 Move the joystick up or down to select

MANUAL and press .

The FAVORITE CHANNEL menu will appear. If you set CHANNEL CAPTION names (e.g. CNN, HBO), they will also be displayed. (see “CHANNEL CAPTION” on page 55)

3 Move the joystick up or down to select a

position (1–8), and press .

4 Move the joystick up or down to select a

channel. You have now selected a favorite channel.

5 Press and use the joystick to program

other favorite channels. (Follow steps 3 and 4.)

6 Press MENU when you have finished.

Your favorite channels are now ready for use.

(continued)

57

Using Conventional TV Features (continued)

Resetting FAVORITE CHANNEL choices

You have the option of returning to the FAVORITE CHANNEL screen to adjust any of your favorite channel choices.

Simply proceed as described in “Setting FAVORITE CHANNEL manually” (skip step 2 if MANUAL is already selected).

When you reach step 3, select the position you want to change and press RESET to clear the channel for that position.

FAVORITE CHANNEL

___

1 . 2 .

2

SPTN

3 .

10

4 .

22

5 .

30

6 .

40

7 .

52

8 .

125

Select a channel

Move Select Exit

Move the joystick up or down to select a new channel. Press MENU when you are done.

Note:

• The FAVORITE CHANNEL feature is not available for the picture input from AUX or VIDEO 5 IN, and for digital TV programs.

58

. Press

MENU

Using FAVORITE CHANNEL

You can use the FAVORITE CHANNEL feature to directly select the channel you want to watch.

1 Press once.

The favorite channel menu and a window picture will be superimposed over the current channel. The window picture displays the channel selected from the menu.

FAVORITES 12 CNN 36 ESPN 50 60 70 80 90 120 MTV

EXIT

2 Move the joystick up or down to select the

channel that you wish to view from the menu.

The picture of the selected channel will be displayed in the window picture.

FAVORITES 12 CNN 36 ESPN 50 60 70 80 90 120 MTV

EXIT

– 33 –

3 Press to select the channel.

The selected channel will be displayed for normal viewing.

To cancel the favorite channel menu before selecting a channel, move the joystick up or down to select EXIT at the bottom of the menu and press

.

Using the SET UP Menu

FREEZE MODE:

Move Select Exit

MENU

SET UP

PARENTAL CONTROL CAPTION VISION:

LANGUAGE:

SELECT OUT: VIDEO LABEL

DIRECT PLAY

CC1

VIDEO1

MONITOR

VIDEO2 VIDEO3 VIDEO4

TV OUT Set up using YES only VIDEO1 input? NO

SET UP

PARENTAL CONTROL CAPTION VISION: SELECT OUT: MONITOR LANGUAGE: ENGLISH VIDEO LABEL DIRECT PLAY FREEZE MODE: NORMAL

Move Select Exit

CC1

MENU

For detailed information on using the remote control to modify menu settings, refer to “Learning Menu Selection” on page 46.

To select the SET UP menu:

Display / Highlight / Select

MENU

Notes:

• When you set SELECT OUT to TV OUT, you cannot swap the main/right and window/left pictures.

• The SELECT OUT signal is only available when the projection TV is on.

PARENTAL CONTROL

Blocks programs unsuitable for children

CAPTION VISION

Television closed caption display

Allows you to block TV programs that you feel are unsuitable for your children. (see “Using the PARENTAL CONTROL Feature” on page 64 for details) PARENTAL LOCK: Select ON to activate PARENTAL CONTROL. Programs

that match the selected ratings will be blocked. Select OFF to turn off PARENTAL CONTROL. You can view all programs.

RATING: Select to choose from three Sony’s predetermined modes and one

custom rating mode (CHILD/YOUTH/YOUNG ADULT and CUSTOM)

PASSWORD: Select to change the password. Some programs are broadcast with Caption Vision.

To display Caption Vision, select CC 1, CC 2, CC 3, CC 4, TEXT1, TEXT2, TEXT3 or TEXT4 from the menu. Then press the CC button until Caption Vision is displayed. CC 1, CC 2, CC 3 or CC 4 displays a printed

SET UP

PARENTAL CONTROL CAPTION VISION SELECT OUT:MONITOR LANGUAGE:ENGLISH VIDEO LABEL DIRECT PLAY FREEZE MODE:NORNAL

Move Select Exit

TEXT1 TEXT2 TEXT3 TEXT4

CC1 CC2 CC3 CC4

MENU

version of the dialogue or sound effects of a program. (The mode should be set to CC 1 for most programs.) TEXT1, TEXT2, TEXT3, or TEXT4 displays network/station information presented using either half or the whole screen.

Notes:

• Poor reception of conventional TV programs can cause errors in Caption Vision and XDS. Captions may appear with a white box or other errors instead of the intended text.

• XDS, Caption Vision, and the status display cannot be used at the same time.

(continued)

59

60

SELECT OUT

Output signal selection from SELECT OUT

Using Conventional TV Features (continued)

– 34 –

SET UP

PARENTAL CONTROL CAPTION VISION: SELECT OUT: LANGUAGE: VIDEO LABEL DIRECT PLAY FREEZE MODE:

Move Select

You can select the desired output signal from the SELECT OUT jacks on the upper panel at the rear. MONITOR: Select to edit tapes while monitoring.

SELECTOUT outputs the picture displayed on the screen.

Note:

• With this setting, the picture input from VIDEO 5 IN or digital TV programs is not output from SELECT OUT.

VIDEO1–VIDEO4: Select to edit tapes while viewing an input image different

from that being recorded. SELECT OUT outputs the signal input to the projection TV regardless of the displayed picture on the screen.

TV OUT: Select if you connect an AV receiver to VIDEO 1 IN. SELECT OUT

outputs the signal that the TV is tuned to, regardless of the displayed picture. (see “Connecting an AV receiver” on page 17 for connection) If you select TV OUT, the following pop-up menu appears.

Note:

• With this setting, digital TV signal is not output from SELECT OUT.

Select YES only if you have connected an AV receiver, with no other equipment, to your projection TV. You can always select the signal from the receiver by pressing TV/VIDEO once.

Note:

• If you select YES, you cannot view a digital TV program as SELECT OUT does not output a digital TV signal to the receiver.

Select NO if you have connected multiple components to your projection TV. You can select an input (VIDEO1 – VIDEO4) with the TV/VIDEO button.

MONITOR

VIDEO1 VIDEO2 VIDEO3 VIDEO4 TV OUT

Exit

CC1

MENU

LANGUAGE

User’s preferred language

VIDEO LABEL

Easy recognition of connected equipment (e.g. DBS, VHS, etc.).

Select from available languages (English or Spanish) to display all menus in your language of choice.

This feature allows you to label each input mode so that you can easily identify the connected equipment (e.g. you can label VIDEO 1 IN as VHS).

VIDEO LABEL VIDEO1:

VIDEO2: VIDEO3: VIDEO4:

VIDEO1 VIDEO2 VIDEO3 VIDEO4

With the VIDEO LABEL window open: 1 Move the joystick up or down to select the input

mode you want to label and press .

VIDEO LABEL VIDEO1:

VIDEO2: VIDEO3: VIDEO4:

Move Select Exit

VIDEO1

BETA

AV RECEIVER

VHS 8mm

DBS DVD

SKIP

LD

MENU

Move Select Exit

MENU

2 Move the joystick up or down to select the label and

press .

VIDEO LABEL Options: VIDEO 1: VIDEO 1, VHS, 8mm, BETA, LD, DBS, DVD, AV RECEIVER,

SKIP

VIDEO 2–4: VIDEO 2–4, VHS, 8mm, BETA, LD, DBS, DVD, SKIP

If you select SKIP, your projection TV will skip this connection when you scan through video sources using the TV/VIDEO button.

(continued)

61

DIRECT PLAY

Easy operation of a connected VCR

62

Using Conventional TV Features (continued)

This feature allows you to switch the input mode from the TV to a Sony VCR (MDP or DVD) and start playing by only pressing the ( (playback) button on the remote control. You have to set the VTR 1/2/3/ DVD/MDP switch on the remote control (e.g., you connect your VCR to the VIDEO 3 IN jacks and set the VTR 1/2/3/DVD/MDP switch to VTR 1). With the DIRECT PLAY window open:

1 Move the joystick up or down to select the input to which your video

equipment is connected, and press .

DIRECT PLAY VIDEO1:

VIDEO2: VIDEO3: VIDEO4:

1 2 3 DVD/MDP

Move Select Exit

VTR1 VTR2 VTR3

DVD/MDP

OFF

MENU

2 Move the joystick up or down to select the position of the VTR 1/2/3/DVD/

MDP switch, and press .

DIRECT PLAY

VIDEO1: VIDEO2: VIDEO3: VIDEO4:

1 2 3 DVD/MDP

Move Select Exit

(continued)

OFF OFF OFF OFF

MENU

– 35 –

FREEZE MODE

Freeze picture mode

Useful when you need to copy down information that appears on the TV’s screen.

Note: The FREEZE MODE feature is not available for the inputs from VIDEO

5 IN and for digital TV programs.

NORMAL: Select to freeze the whole picture on the screen by pressing

FREEZE.

Recipe flour - - - - 2 sugar - - - 1/2 salt - - - - - 1/2 butter - - - 1

The current picture freezes.

TWIN: Select to freeze the desired scene and display it on the left of the

screen while viewing the normal picture of the current channel on the right by pressing FREEZE.

This mode is not available for PIP, P&P or CH INDEX screens.

Frozen picture

Recipe flour - - - - 2 sugar - - - 1/2 salt - - - - - 1/2 butter - - - 1

Normal motion picture

66

Press FREEZE again or press (OFF) to display the normal picture.

63

Using Conventional TV Features (continued)

Using the PARENTAL CONTROL Feature

TV programs and movies shown on TV are given a rating signal based on one of two rating systems. One is the Television Parental Guidelines to rate television programs (TV ratings), and the other is the Motion Picture Association of America (MPAA) Guidelines to rate movies including those shown on TV (movie ratings).

To block programs you feel are unsuitable for your children, you need to set the TV for both rating systems. Sony’s predetermined ratings are also available.

See pages 70 and 71 for a description of the ratings.

Activating the PARENTAL CONTROL Feature

First, set a password, then select your desired rating from Sony’s predetermined ratings.

1 Select PARENTAL CONTROL from the

SET UP menu. (see page 59)

SET UP

PARENTAL CONTROL CAPTION VISION:

SET NEW

SELECT OUT:

PASSWORD

LANGUAGE:ENGLISH

___

_ VIDEO LABEL DIRECT PLAY FREEZE MODE:NORMAL

Use [0-9] to enter

64

password

Move Exit

MENU

2 Enter a four digit password using the 0–9

buttons.

SET UP

PARENTAL CONTROL CAPTION VISION:

CONFIRM

SELECT OUT:

PASSWORD

LANGUAGE:ENGLISH

___

_ VIDEO LABEL DIRECT PLAY FREEZE MODE:NORMAL

Comfirm password Move Exit

MENU

3 To confirm the password, re-enter the

same password with the 0–9 buttons. Your password is stored and the

PARENTAL CONTROL menu automatically appears.

If you want to change the password, see page 69.

PARENTAL CONTROL

PARENTAL LOCK: RATING: CHILD CHANGE PASSWORD

Move Select Exit

OFF

MENU

4 Make sure that PARENTAL LOCK is

highlighted, and press .

PARENTAL CONTROL PARENTAL LOCK:

RATING: CHILD CHANGE PASSWORD

Move Select Exit

ON OFF

MENU

5 Move the joystick up or down to select

ON, and press .

PARENTAL CONTROL

PARENTAL LOCK: RATING: CHILD CHANGE PASSWORD

Move Select Exit

ON

MENU

6 Move the joystick up or down to select

RATING, and press .

PARENTAL CONTROL

RATING: CHANGE PASSWORD

Age up to 6 Move

CHILD

YOUTH

YOUNG ADULT

CUSTOM

Select Exit

ONPARENTAL LOCK:

MENU

7 Move the joystick up or down to select a

desired rating (CHILD, YOUTH and YOUNG ADULT), and press

If you want to select the ratings from CUSTOM, go to step 4 of “Selecting a Custom Rating” on page 66.

.

8 Press MENU to exit the menu.

– 36 –

To deactivate the PARENTAL CONTROL

Move Exit

MENU

SET UP

CAPTION VISION:

Use [0-9] to enter password

SELECT OUT: LANGUAGE:ENGLISH VIDEO LABEL DIRECT PLAY

PASSWORD

_

FREEZE MODE:NORMAL

PARENTAL CONTROL

___

Move Exit

MENU

SET UP

CAPTION VISION:

Use [0-9] to enter password

SELECT OUT: LANGUAGE:ENGLISH VIDEO LABEL DIRECT PLAY

PASSWORD

_

FREEZE MODE:NORMAL

PARENTAL CONTROL

___

TV RATING

Move

Select rating

Select Exit

MENU

TV–Y TV–Y7 TV–G TV–PG TV–14 TV–MA

_ _ :FV _ _ _ :D _ L _ S _ V _ _ :D _ L _ S _ V _ _ : L _ S _ V _

TV RATING

Move

Allow rating

Select Exit

MENU

TV–Y TV–Y7 TV–G TV–PG TV–14 TV–MA

_ _ :FV _ _ :D _ L _ S _ V _ _ :D _ L _ S _ V _ : L _ S _ V _

_

feature

If you set PARENTAL LOCK in the PARENTAL CONTROL menu to OFF, the PARENTAL CONTROL feature will be canceled and you can view all TV programs and movies shown on TV.

1 Select PARENTAL CONTROL from the

SET UP menu. (see page 59)

3 Move the joystick up or down to select

PARENTAL LOCK, and press

PARENTAL CONTROL

PARENTAL LOCK: RATING: CHILD CHANGE PASSWORD

Move Select Exit

ON

OFF

MENU

.

4 Move the joystick up or down to select

OFF, and press .

PARENTAL CONTROL

PARENTAL LOCK: RATING: CHILD CHANGE PASSWORD

OFF

To deactivate the PARENTAL CONTROL feature for the current program

When you select a PARENTAL CONTROL program, no sound or picture except for a channel number will appear. The

indicator is displayed. To view the program, follow the steps below.

1 Press ENTER to display the “Password”

screen.

2 Enter your password using the 0–9

buttons. Parental control will be canceled (PARENTAL LOCK set to OFF) until you turn your projection TV off.

2 Enter your four digit password using the

0–9 buttons.

PARENTAL CONTROL

PARENTAL LOCK: RATING: CHILD CHANGE PASSWORD

Move Select Exit

ON

MENU

Using Conventional TV Features (continued)

Selecting a Custom Rating

If you want to select the ratings to be blocked from CUSTOM once you have activated the PARENTAL CONTROL feature (page 64), follow the procedure below.

For a detailed description of each rating, see “What the Ratings Mean” on pages 70 and

71.

1 Select PARENTAL CONTROL from the

SET UP menu. (see page 59)

Move Select Exit

MENU

5 Press MENU to exit the menu.

3 Move the joystick up or down to select

RATING, and press

.

PARENTAL CONTROL

RATING:

YOUTH

CHANGE PASSWORD

YOUNG ADULT

CUSTOM

Age up to 6 Move

Select Exit

CHILD

ONPARENTAL LOCK:

MENU

4 Move the joystick up or down to select

CUSTOM, and press .

CUSTOM RATING TV RATING

MOVIE RATING UNRATED: VIEW ALL

(continued)

65

First, select a TV rating.

5 Move the joystick up or down to select

TV RATING, and press .

6 Move the joystick up or down to select

the TV rating to be blocked, and press

.

2 Enter your four digit password using the

0–9 buttons.

The PARENTAL CONTROL menu appears.

PARENTAL CONTROL

PARENTAL LOCK: RATING: CHILD CHANGE PASSWORD

Move Select Exit

66

ON

MENU

Select category Move

– 37 –

Select Exit

MENU

7 Move the joystick up or down to select

CUSTOM RATING

Move

Select category

Select Exit

MENU

TV RATING MOVIE RATING UNRATED: VIEW ALL

MOVIE RATING

Move

Select rating

Select Exit

MENU

G PG PG–13 R NC–17 X

– – – – – –

CUSTOM RATING

Move Select Exit

MENU

TV RATING MOVIE RATING UNRATED: BOTH

Block all unrated programming

, and press . The indicator automatically appears beside the selected rating and all “higher” ratings, indicating that the programs that match the ratings will be blocked.

TV RATING

_

TV–Y

_ :FV _

TV–Y7

_

TV–G

– :D – L – S – V –

TV–PG

– :D – L – S – V –

TV–14

– : L – S – V

TV–MA

Select category Move

Some ratings have additional content ratings called “extenders.” The extenders are defined as follows: D (sexually suggestive Dialog), FV (Fantasy Violence), L (coarse Language), S (Sexual situations) and V (Violence). By setting the extenders, you can define additional viewing limits. For more details of extenders, see page 71.

All of the extenders included in the selected ratings will be blocked. If you wish to allow any of them to be viewed, go to step 8.

Select Exit

MENU

8 Move the joystick left or right to select

the extender to be viewed, and press

TV RATING

_

TV–Y

_ :FV _

TV–Y7

_

TV–G

– :D – L – S – V –

TV–PG

– :D – L – S – V –

TV–14

– : L – S – V

TV–MA

Block content Move

Select Exit

MENU

9 Move the joystick up or down to select

“–,” and press .

“–” appears beside the selected extender, indicating that the programs that match the extender can be viewed.

If you select that the programs that match the extender will be blocked again.

, is displayed to show

TV RATING

_

TV–Y

_ :FV _

TV–Y7

_

TV–G

– :D – L – S – V _

TV–PG

– :D – L – S – V –

TV–14

– : L – S – V

TV–MA

Select category Move

Select Exit

MENU

10

Repeat steps 8 and 9 for other extenders.

.

All programs that match the ratings you select and higher, except for the extenders that were canceled, will be blocked.

11

After setting of the TV rating is complete, move the joystick up or down to select

, and press .

Second, select a movie rating.

12

Move the joystick up or down to select MOVIE RATING, and press

.

(continued)

67

13

14

15

68

Using Conventional TV Features (continued)

Move the joystick up or down to select the movie rating to be blocked, and press

.

MOVIE RATING

–

G

–

PG

–

PG–13

–

R

–

NC–17

–

X

Block rating Move

Move the joystick up or down to select

, and press .

The

indicator automatically appears beside the selected rating and all “higher” ratings, indicating that the programs that match the ratings will be blocked.

MOVIE RATING G

PG PG–13 R NC–17 X

Select rating Move

Press MENU to exit the menu.

Select Exit

– – – – – –

Select Exit

MENU

To block TV programs and/or movies for which a rating signal is not given (NR and N/A)

For a description of the NR and N/A ratings, see pages 70 and 71.

1 Perform steps 1–4 of “Selecting a Custom

Rating” on page 66.

2 Move the joystick up or down to select

Select Exit

.

MENU

UNRATED, and press

CUSTOM RATING TV RATING

MOVIE RATING UNRATED: VIEW ALL TV MOVIE BOTH

No block Move

– 38 –

3 Move the joystick up or down to select

the type of programs to be blocked, and press

.

If you select VIEW ALL, you can view any TV program and movie that are unrated. If you select BOTH, all of the TV programs and movies unrated will be blocked.

4 Press MENU to exit the menu.

Changing the Password

Move Exit

MENU

SET UP

CAPTION VISION:

Use [0-9] to enter password

SELECT OUT: LANGUAGE:ENGLISH VIDEO LABEL DIRECT PLAY

PASSWORD

_

FREEZE MODE:NORMAL

PARENTAL CONTROL

___

1 Select PARENTAL CONTROL from the

SET UP menu. (see page 59)

2 Enter your four digit password using the

0–9 buttons. The PARENTAL CONTROL menu appears.

PARENTAL CONTROL

PARENTAL LOCK: RATING: CHILD CHANGE PASSWORD

ON

4 Enter a new four digit password using

the 0–9 buttons.

PARENTAL CONTROL

PARENTAL LOCK: ON RATING: CHANGE PASSWORD

Confirm password

Move Exit

CHILD

COMFIRM

____

MENU

5 Enter the password set in step 4 again to

confirm. If you entered it incorrectly, “Password

incorrect” appears.

Re-enter the correct password.

6 Press MENU to exit the menu.

If you have forgotten your password

In step 2 of “Changing the Password” above, enter the master password “4353” (corresponding to “HELP” on a phone number pad). You can then store a new password.

(continued)

Move Select Exit

MENU

3 Move the joystick up or down to select

CHANGE PASSWORD, and press

PARENTAL CONTROL PARENTAL LOCK: ON

RATING: CHANGE PASSWORD

Use [0-9] to enter new four digit password

Move Exit

NEW

CHILD

____

MENU

.

Using Conventional TV Features (continued)

What the Ratings Mean

Sony’s predetermined ratings

These are original ratings that Sony predetermined according to the viewer’s age. Each rating allows you to view the certain programs, as follows.

See pages 70 and 71 for a description of TV and movie ratings.

CHILD: Suitable for children under the age of 6.

Viewable movie ratings: G, NR, and N/A Viewable TV ratings: TV-Y, TV-G, and TV-NR

YOUTH: Suitable for children aged 7 and older. Viewable movie ratings: G, PG, NR, and N/A Viewable TV ratings: TV-Y, TV-Y7, TV-G, TVPG, and TV-NR

YOUNG ADULT: Suitable for children aged 14 and older. Viewable movie ratings: G, PG, PG-13, NR, and N/A Viewable TV ratings: TV-Y, TV-Y7, TV-G, TVPG, TV-14, and TV-NR

Movie ratings

Movie ratings are for movies (including those shown on TV) rated according to the Motion Picture Association of America (MPAA) Guidelines.

G (General Audiences—All Ages Admitted): In G-rated films no strong words

are used, the violence is at a minimum, nudity and sex scenes are not present, nor is there any drug use.

PG (Parental Guidance Suggested. Some Material May Not Be Suitable For Children): This is a film which may need to

be monitored first by parents.

PG-13 (Parents Strongly Cautioned. Some Material May Be Inappropriate For Children Under 13): Parents are alerted to be very

careful about the attendance of their underteenage children when viewing.

R (Restricted, Under 17 Require Accompanying Parent Or Adult Guardian):

This film includes hard language, tough violence, nudity, drug abuse or other elements of concern.

69

NC-17 or X (No One 17 Or Under Admitted.): This is a film that most parents

would consider not suitable for children aged 17 and under. There may be violence, sex, abberrational behavior, drug abuse or other elements of concern.

NR (Not Rated): This is a film that a producer has not rated, intending to have his film widely released.

N/A (Not Applicable): This is a film that a producer considers outside the scope of the MPAA ratings.

Note:

• NR and N/A ratings are shown together as UNRATED in the menu.

70

– 39 –

TV ratings

TV ratings are for TV programs rated according to the Television Parental Guidelines.

TV-Y (All Children): This program is designed for young children aged 2–6 and is appropriate for all children.

TV-Y7 (Directed to Older Children): This program is designed for children aged 7 and above. Themes and elements in this program may include mild fantasy violence or slapstick violence, or may frighten children under the age of 7.

TV-G (General Audience): Most parents would find this program suitable for all ages. It contains little or no violence, no strong language and little or no sexual dialog or situations.

TV-PG (Parental Guidance Suggested):

This program contains some material that parents may find unsuitable for younger children.

TV-14 (Parents Strongly Cautioned): This program contains some material that many parents would find unsuitable for children under the age of 14.

TV-MA (Mature Audience Only): This program is specifically designed to be viewed by adults and therefore may be unsuitable for children under the age of 17.

TV-NR (Not Rated/Unrated): This is a program broadcast without any rating, such as news, news flashes or sports.

This setting is shown as UNRATED in the menu.

Note:

TV-Y7, TV-PG, TV-14 and TV-MA ratings have additional content ratings called “extenders” to define additional viewing limits. The extenders are defined as follows:

D (sexually suggestive Dialog): Programs containing suggestive dialog, or sexual innuendo

FV (Fantasy Violence): Programs containing cartoon violence occurring in TV-Y7 programs only

L (coarse Language): Programs containing coarse language

S (Sexual situations): Programs containing sexual content

V (Violence): Programs containing violence

There may be some profanity, violence or brief nudity in these programs.

71

Operating Video Equipment

Setting the Manufacturer's Code

You can use the supplied remote control to operate Sony or non-Sony video equipment that has an infrared sensor.

1 Set the VTR 1/2/3/DVD/MDP switch to

the input through which you would like to access your video equipment.

The following Sony equipment is preset to each input as shown below:

VTR1 (303) Beta, ED Beta VCRs VTR2 (302) 8 mm VCR VTR3 (301) VHS VCR DVD/MDP (751) DVD Player

2 Press CODE SET, DVD/VTR (FUNCTION),

and the 0-9 buttons to enter the manufacturer’s code number (see the following chart), then press ENTER.

For example, to operate a Sony 8mm VCR:

FUNCTION

CODE SET

DVD/VTR

3

0

If the remote control doesn’t work

• See the note on page 73.

72

ENTER

2

VCR manufacturer code numbers

Manufacturer Code

Sony 301, 302, 303 Aiwa 338 Admiral (M. Ward) 327 Audio Dynamic 314, 337 Bell & Howell (M. Ward) 330, 343 Broksonic 319, 317 Canon 309, 308 Citizen 332 Craig 315, 302, 332 Criterion 315 Curtis Mathis 304, 338, 309 Daewoo 341, 312, 309 DBX 314, 336, 337 Dimensia 304 Emerson 319, 320, 316, 317, 318, 341 Fisher 330, 334, 335, 333 Funai 338 General Electric 329, 304, 309 Go Video 340, 339, 322 Goldstar 332 Hitachi 306, 304, 305, 338 Instant Replay 309, 308 JC Penney 309, 305, 304, 330, 314, 336, 337 JVC 314, 336, 337 Kenwood 314, 336, 332, 337 LXI (Sears) 332, 305, 333, 334, 330, 335, 338 Magnavox 308, 309, 310 Marantz 314, 336, 337 Marta 332 Memorex 309, 335 Minolta 305, 304 Mitsubishi/MGA 323, 324, 325, 326 Multitech 325, 338, 321

NEC 314, 336, 337 Olympic 309, 308 Optimus 327 Panasonic 308, 309, 306, 307 Pentax 305, 304 Philco 308, 309 Philips 308, 309, 310 Pioneer 308 Quasar 308, 309, 306 RCA/PROSCAN 304, 305, 308, 309, 311,

Realistic 309, 330, 328, 335, 324, 338 Sansui 314 Singer 315 Samsung 322, 313, 321 Sanyo 330, 335 Scott 312, 313, 321, 335, 323, 324, 325, 326 Sharp 327, 328 Shintom 315 Signature 2000 (M. Ward) 338, 327 Sylvania 308, 309, 338, 310 Symphonic 338 SV2000 338 Tashiro 332 Tatung 314, 336, 337 Teac 314, 336, 338, 337 Technics 309, 308 Teknica 342, 338 Toshiba 312, 311 Wards 327, 328, 335, 331, 332 XR-1000 315 Yamaha 330, 314, 336, 337 Zenith 331

329, 312, 313, 310

– 40 –

MDP manufacturer code numbers

Manufacturer Code

Sony 701 Panasonic 704 Pioneer 702

DVD Player manufacturer code numbers

Manufacturer Code

Sony 751 Panasonic 753 Pioneer 752 RCA 755 Toshiba 754

Tips

z

• In some rare cases, you may not be able to operate your non-Sony video equipment with the supplied remote control. In this case, please use the equipment's own remote control.

• When you remove the batteries, the code number may revert to the factory setting.

To operate video equipment

1 Set the VTR1/2/3/DVD/MDP switch to

the input through which you would like to access your video equipment.

2 Use the VCR/DVD/MDP buttons

indicated in the following tables.

Operating a VCR using the remote control

To turn On/Off

To select a channel To change channels To record

To play To stop To fast forward To rewind the tape To pause

To search the picture forward or backward

To change input mode

Press DVD/VTR (POWER). [Green Button]

Press the 0 – 9 buttons. Press CH +/–. Press (REC) while

pressing (lower). Press (. Press p. Press ). Press 0. Press P. Press again to

resume normal playback. Press ) or 0 during

playback. Release to resume normal playback.

Press TV/VTR.

Operating an MDP using the remote control

To turn On/Off

To play To stop To pause

Press DVD/VTR (POWER). [Green Button]

Press (. Press p. Press P. Press again to

resume normal playback.

To search the picture forward or backward

T o search a chapter forward or backward

Press ) or 0 during playback. Release to resume normal playback.

Press CH +/–.

Operating a DVD Player using the remote control

To turn On/Off

To play To stop To pause

To step through different tracks of an audio disc

To step through different chapters of a video disc

To display the Title menu

To display the DVD menu

To select tracks directly

To display the menu (Set up)

Press DVD/VTR (POWER). [Green Button]

Press (. Press p. Press P. Press again to

resume normal playback. Press ) to step forward or

0 to step backward.

Press CH+ to step forward or CH– to step backward.

Press TITLE.

Press DVD MENU.

Press 0-9 buttons.

Press MENU.

73

Operating a Cable Box or DBS Receiver

Setting the Manufacturer's Code

You can program the supplied remote control to operate a cable box or DBS receiver.

Press CODE SET, DBS/CABLE (FUNCTION), and the 0-9 buttons to enter the manufacturer’s code number (see the following chart), then press ENTER.

For example, to operate a Sony DBS receiver:

FUNCTION

CODE SET

DBS/CABLE

8

0

Manufacturer code numbers (cable box)

Manufacturer

Gemini Hamlin/Regal Jerrold/G. I.

Macom Magnavox Oak Panasonic Philips Pioneer Samsung Scientific Atlanta Tocom Zenith

74

222, 223, 224, 225, 226

201, 202, 203, 204, 205,

222, 206, 207, 208, 218

236, 237, 238, 239, 240, 241

ENTER

1

Code

233

230, 231, 232 227, 228, 229

219, 220, 221

209, 210, 211

234

214, 215

235

216, 217 212, 213

Manufacturer code numbers (DBS receiver)

Manufacturer

Sony

General Electric RCA/PROSCAN

Code number

801 (preset code for

remote control)

802 802

To operate the projection TV

Press TV (FUNCTION). Then use the projection TV control buttons to control the projection TV.

For more details on operating the cable box or DBS receiver

Refer to the operating instructions that come with the equipment.

If the remote control doesn’t work

• Try repeating the set up procedures using the other codes listed for your equipment.

Tips z

• If more than one code number is listed, try entering them one by one until you come to the correct code for your equipment.

• If you enter a new code number, the code number you previously entered at that setting is erased.

• In some rare cases, you may not be able to operate your equipment with the supplied remote control. In this case, use the equipment’s own remote control unit.

• Whenever you remove the batteries — to replace them, for example — if too much time is taken, the code numbers may revert to the factory setting and must be reset.

– 41 –

Troubleshooting

If, after reading the following instructions, you have additional questions related to the use of your Sony projection TV, please call one of the following numbers (English only).

Customers in the continental United States

contact the Direct Response Center at:

1-800-222-SONY (7669)

Customers in Canada contact the

Customer Relations Center at:

(416) 499-SONY (7669)

The picture turns off and the TIMER/STAND BY indicator on the front panel flashes (selfdiagnosis function)

• The projection TV is equipped with a selfdiagnosis function. If there is a problem with your projection TV, the TIMER/STAND BY indicator on the front panel will flash repeatedly. Counting the number of flashes helps you inform qualified Sony personnel of the projection TV’s condition.

TIMER/

STAND BY

1 Count how many times the TIMER/STAND

BY indicator flashes in total. It flashes twice at 3 seconds’ intervals. If, for example, the indicator flashes twice, stops flashing for 3 seconds, and flashes twice again, that counts as twice.

2 Press POWER on the projection TV to turn it

off, then inform qualified Sony personnel or the above Direct Response Center of the number of flashes.

No picture (screen not lit), no sound

• Make sure the power cord is plugged in.

• Operate with the buttons on both the projection TV and the remote control.

• Check to see if the TV/VIDEO setting is correct: when watching TV, set to TV, and when watching video tapes, set to VIDEO 1, 2, 3, 4 or 5.

• Try another channel.

It could be station

trouble.

• Perform AUTO SET UP again using “Auto Program” for digital channels, or using the SET UP button for conventional TV channels to return to the factory preset condition. (see “To perform AUTO SET UP again” on page

26)

• The PARENTAL CONTROL feature is activated. (see “To deactivate the PARENTAL CONTROL feature for the current program” on page 65)

Remote control does not operate

• Batteries could be weak. Replace the batteries.

• Press TV (FUNCTION) when operating your projection TV.

• Make sure the projection TV’s power cord is connected securely to the wall outlet.

• Locate the projection TV at least 3-4 feet away from fluorescent lights.

• Check the S-Link connection. (see “Using the S-Link/CONTROL S Function” on page

20)

• Check the polarity of the batteries.

Dark, poor or no picture (screen lit), good sound

• Adjust PICTURE in the VIDEO menu. (see “PICTURE” on page 47)

• Adjust BRIGHTNESS in the VIDEO menu. (see “BRIGHTNESS” on page 47)

• Check antenna/cable connections.

• Perform AUTO SET UP again using “Auto Program” for digital channels, or using the SET UP button for conventional TV channels to return to the factory preset condition. (see “To perform AUTO SET UP again” on page

26)

• Adjust the convergence again using the AUTO FOCUS button. (see “Adjusting the Convergence Automatically (AUTO FOCUS) on page 27”)

(continued)

75

T roubleshooting (continued)

Good picture, no sound

• Press MUTING so that “MUTING” disappears from the screen. (see “MUTING” on pages 29, 37)

• Check the MTS setting in the AUDIO menu. (see “MTS” on page 49)

• Make sure SPEAKER is set to ALL ON or L/R OFF in the AUDIO menu. (see “SPEAKER” on page 49)

• Perform AUTO SET UP again using “Auto Program” for digital channels, or using the SET UP button for conventional TV channels to return to the factory preset condition. (see “To perform AUTO SET UP again” on page

26)

No picture on a digital channel

• Switch to a different digital channel.

Cannot receive digital channels

• Press DTV ANT on the remote control so that the TV (FUNCTION) indicator lights up in green momentarily.

•

Make sure that VHF/UHF antenna is connected to both VHF/UHF IN and VHF/ UHF (DIGITAL) IN on the projection TV. You cannot receive digital channels unless you connect an analog terrestrial antenna. This is true even if you normally receive your programming through cable or satellite.

76

•

Use “DTV Auto Add” in the Channel Setup menu to add receivable DTV channels that are not presently in DTV memory.

• Make sure that the DTV I/O cable is connected to both the lower and upper panels at the rear of the projection TV.

•

Check your local listings to find out if you can receive digital broadcasts in your area.

Unable to select a digital channel

•

Use “DTV Auto Add” in the CHANNEL SETUP Menu to add receivable DTV channels that are not presently in DTV memory.

Cannot receive conventional TV channels

• Press TV ANT on the remote control so that the TV (FUNCTION) indicator lights up in red momentarily.

Cannot receive upper channels (UHF) when using an antenna

• Make sure CABLE is OFF in the CHANNEL SET UP menu. (see “CABLE” on page 54)

• Use AUTO PROGRAM to add receivable channels that are not presently in the TV’s memory. (see “AUTO PROGRAM” on page

54)

No color

• Adjust the COLOR in the VIDEO menu. (see “COLOR” on page 47)

• Black and white programs cannot be seen in color.

• Perform AUTO SET UP again using “Auto Program” for digital channels, or using the SET UP button for conventional TV channels to return to the factory preset condition. (see “To perform AUTO SET UP again” on page

26)

Only snow and noise appear on the screen

• Check the CABLE setting in the CHANNEL SET UP menu. (see “CABLE” on page 54)

• Check the antenna/cable connections.

• Make sure the channel is broadcasting programs.

• Press TV ANT to change the input mode. (see “TV ANT” on page 36)

Dotted lines or stripes

• Adjust the antenna.

• Keep the projection TV away from noise sources such as cars, neon signs or hairdryers.

– 42 –

KP-53XBR200/61XBR200

RM-Y902RM-Y902

Noisy picture (when DRC is set to HIGH in the VIDEO menu)

•

Soften the sharpness using SHARPNESS in the VIDEO menu.

TV is fixed to one channel

• Use AUTO PROGRAM to add receivable channels that are not presently in conventional TV’s memory. (see “CHANNEL SETUP” on page 54)

• Try turning CHANNEL FIX off. (see “CHANNEL FIX” on page 56)

Double images or ghosts

• Use a highly directional outdoor antenna or a cable (when the problem is caused by reflections from nearby mountains or tall buildings).

Cannot operate the menu

• If the item you want to choose appears in gray, you cannot select it.

•

Press the projection TV’s power and on again.

Cannot receive any channels when using cable TV

• Make sure CABLE is ON in the CHANNEL SET UP menu. (see “CABLE” on page 54)

• Use AUTO PROGRAM to add receivable channels that are not presently in the TV’s memory. (see “AUTO PROGRAM” on page

54)

button off

Cannot gain enough volume when using a cable box

• Increase the volume at the cable box. Then press TV (FUNCTION) and adjust the projection TV’s volume.

Projection TV malfunctions when using the SLink function

• Make sure the projection TV’s power cord is connected securely to the wall outlet.

• Check the S-Link connection. (see “Using the S-Link/CONTROL S Function” on page 20)

CHANNEL INDEX does not display all available channels

• Make sure CABLE is ON in the CHANNEL SET UP menu. (see “CABLE” on page 54)

• Use AUTO PROGRAM to add receivable channels that are not presently in the TV’s memory. (see “AUTO PROGRAM” on page

54)

FAVORITE CHANNEL does not display your choices

• Verify that FAVORITE CHANNEL is set to MANUAL in the CHANNEL SET UP menu. (see “Setting FAVORITE CHANNEL manually” on page 57)

Some video sources do not appear when you press TV/VIDEO

• Ensure that VIDEO LABEL is not set to SKIP. (see “VIDEO LABEL” on page 61)

Recording through SELECT OUT does not function properly when recording in PIP or P&P mode

• SELECT OUT will not record both images in PIP or P&P. Only the main picture will be recorded.

• If you are recording the main picture and you switch to the sound of the sub picture using the AUDIO button, the main picture will be recorded with sound from the other program.

Cannot play shooting games

•

Some shooting games which involve pointing a light beam at the TV screen with an electronic gun or rifle cannot be used with this projection TV. For details, see the instruction manual supplied with the video game software.

77

– 43 –

KWP-65HD1

RM-Y904

SECTION 2

DISASSEMBLY

2-1. FRONT PANEL REMOVAL 2-3. SCREEN FRAME ASSY AND HC BOARD

REMOVAL

3

Two screws (+BVTP 3X12)

4

HC board

Side speakergril(L)

1

6

Three screws

(screw (1/4-20))

*

7

Front panel

5

2

Woofer speakergril

4

Woofer speakergril

Three screws (screw (1/4-20))

Side speakergril(R)

3

1

Eighteen screws (hexagon head 4X20 with SW)

Cabinet assy

2

Screen frame

* Use caution not to pull on the when removing the connector after the panel has been removed.

2-2. HB BOARD REMOVAL

4

Two screws (+K 3X10)

5

HB cover

HB bracket

3

2

HB board

6

1

HB holder

Two screws (+BVTP 4X12)

2-4. HA BOARD AND CONTROL PANEL REMOVAL

3

Two screws(+BVTP 3X12)

2

Screen frame

Control panel

HA board

1

Two screws (+BVTP 3X12)

Front panel

– 44 –

2-5. REAR BOARD REMOVAL 2-7. SERVICE POSITION

Cabinet assy

Main bracket assy

Cabinet assy

Three screws

1

(Hexagon Head 4X30)

KWP-65HD1

RM-Y904

3

Rear board

2-6. MAIN BRACKET REMOVAL

2

Nine screws

2

(Tapping screw 4X20)

Cabinet assy

Four screws

1

(Hexagon head 4X20 with SW)

2-8. UA, UB AND TERMINAL BOARD REMOVAL

Four screws (+BVTP 3X12)

6

UA board

7

UA cover

Terminal board

One screw

2

(+BVTP 4X12)

Main bracket assy

5

Five screws (+BVTP 3X12)

4

UB board

– 45 –

claw

3

Sixteen screws

1

(+BVTP 3X12)

KWP-65HD1

RM-Y904

2-9. BD, BR, BM AND AW BOARDS REMOVAL

3

BM board

4

A board

1

D board

BD board

2

BR board

AW board

2-11. K BOARD REMOVAL

1

Four claws

2

K board

K board bracket

2-10. G BOARD REMOVAL

Four claws

2

G board

3

1 Two screws

(+BVTP 3X12)

G board bracket

Power cord

– 46 –

2-12. REFLECTION MIRROR REMOVAL

Rear board

2

Reflecoion mirror

1

Fourteen screws (Tapping screws 4X20)

KWP-65HD1

RM-Y904

2-13. GA BOARD AND STB (SET TOP BOX) REMOVAL

4

STB

(SET TOPBOX)

AC cord

5

GA board

Evc cable

3

Four screws (Tapping screws 4X20)

Two screws

4

(Tapping screw 4X20)

2

STB rear board

– 47 –

1

Three screws (Tapping screw 4X20)

KWP-65HD1

RM-Y904

2-14. PICTURE TUBE REMOVAL

COUTION: Removing the arrow-marker screws is strictly prohibited. If removed, it may cause liquid spill.

Lens

Picture tube

2

Four screws

(Hexegon head

4X20)

9

Tension spring

4

Four screws (Hexagon Head 4X20 with SW)

5

Lens

0

Four screws (+BVTP 4X12)

Picture tube

!¡

Deflection yoke

8

Neck assy

7

CR board

6

3

2-15. HIGH-VOLTAGE CABLE INSTALLATION AND REMOVAL

(1)Remover (2)Installation

1

Rubber cap

2

HV cable turn 90˚

1

Hook

HV cable

Four screws

1

(Hexagon head 4X20)

CRT side board

– 48 –

Gutter

SECTION 3

A

B

Lens

Minimize both A and B.

Scanning line visible.

SET-UP ADJUSTMENTS

KWP-65HD1

RM-Y904

3-1. SCREEN VOL T A GE ADJUSTMENT

(ROUGH ALIGNMENT)

1. Receive the Monoscope signal.

2. Set 50% BRIGHTNESS and minimum PICTURE.

3. Turn the red VR on the FOCUS block all the way to the left and then gradually turn it to the right until the point where you can see the retrace line.

4. Next gradually turn it to the left to the position where the retrace line disappears.

R G B

SCREEN

R G B

FOCUS

FOCUS block

Fig. 3-1

3-2. FOCUS LENS ADJUSTMENT

1. Loose the lens screw.

2. Set in service mode.

3. Use MCP1 on the service mode menu to show only the green color.

4. Select " PJED " with the 1 and 4keys on the remote control and press 6key to display the test signal(crosshatch).

5. Rotate the green lens and align with the optimal focus point from the test signal.

6. Use MCP1 on the service mode menu to show only the red color. Select " PJED " with the 1 and 4keys on the remote control and press 6key to display the test signal(crosshatch).

7. Output the test signal and rotate the red lens to obtain the optimum focus.

8. Use MCP1 on the service mode menu to show only the blue color. Select " PJED " with the 1 and 4keys on the remote control and press 6key to display the test signal(crosshatch).

9. Output the test signal and rotate the blue lens to obtain the optimum focus.

10. Tighten the lens screw.

3-3. SCREEN (G2) ADJUSTMENT

1. Select VIDEO mode without signals.

2. Connect an oscilloscope to the TP7103(KR), TP7203(KG) and TP7303(KB) of CR board, CG board and CB board.

3. Adjust R, G and B screen voltage to 175 ± 2V with screen VR on the Focus block.

175 ± 2V

GND

Fig. 3-3

3-4. FOCUS VR ADJUSTMENT

1. Set in service mode.

2. Use MCP1 on the service mode menu to show only the green color.

3. Select " PJED " with the 1 and 4keys on the remote control and press 6key to display the test signal(crosshatch).

4. Rotate the green VR on the FOCUS block and align to obtain the optimal focus point.

5. Use MCP1 on the service mode menu to show only the red color. Select " PJED " with the 1 and 4keys on the remote control and press 6key to display the test signal(crosshatch).

6. Output the test signal and rotate the red VR to obtain the optimum focus at the point where the red and green spots overlap.

7. Use MCP1 on the service mode menu to show only the blue color. Select " PJED " with the 1 and 4keys on the remote control and press 6key to display the test signal(crosshatch).

8. Output the test signal and rotate the blue VR aligning to obtain the optimum focus at the point where the blue and green spots overlap.

Test signal

Fig. 3-2

– 49 –

Fig. 3-4

Fig. 3-5

KWP-65HD1

14–16mm

RM-Y904

3-5. DEFLECTION YOKE TIL T ADJUSTMENT

1. Receive the Monoscope signal.

2. Set in service mode.

3. Use MCP1 on the service mode menu to show only the green color.

4. Loosen the deflection yoke set screw and align the tilt of the Deflection Y oke so that the bars at the center of the monoscope pattern are horizontal.

5. After aligning the deflection yoke, fasten it securely to the funnel-shaped portion (neck) of the CRT.

6. The tilt of the deflection yoke for red is aligned by showing only the red ,and the tilt for blue is aligned by showing only the blue.

4-pole magnet

2-pole magnet

Neck Assy

Deflection yoke

Anode cap

Fig. 3-6

3-7. 4-POLE MAGNET ADJUSTMENT

1. Receive the Dot signal.

2. Place the caps on the red and blue lens so that only the green color is shown.

3. Turn the green VR on the focus block to the left and set to underfocus to enlarge the spot.

4. Now align the 4-Pole Magnet so that the enlarged spot becomes a perfect circle.

5. Perform the same alignment for red and blue.

Use the center dot

x

/

x : y = 1:1.5

Fig. 3-8

y

3-8. DEFOCUS ADJUSTMENT (Blue)

1. Receive the crosshatch signal

2. Adjust the FOCUS knob so that the crosshatch pattern vertical line width is as in the figure on the right.

3. Blue only defocus Adjustment. (1.5 X the green-just focus)

[Focus adjustment point]

3-6. 2-POLE MAGNET ADJUSTMENT

1. Receive the Dot signal.

2. Place the caps on the red and blue lens so that only the green color is shown.

3. Turn the green VR on the focus block to the right and set to overfocus to enlarge the spot.

4. Now align the 2-Pole Magnet so that the enlarged spot is in the center of the Just Focus spot.

5. Align the green focus VR and set for just (precise) focus.

6. Perform the same alignment for red and blue.

Use the center dot

Fig. 3-7

Fig. 3-9

– 50 –

KWP-65HD1

RM-Y904

3-9. ELECTRICAL ADJUSTMENT BY REMOTE

COMMANDER

By using Remote Commander (RM-Y904),all circuit adjustments can be made.

NOTE : Test Equipment Required.

1. Pattern Generator

2. Frequency counter

3. Digital multimeter

4. Audio oscillator

1. METHOD OF SETTING THE SER VICE ADJUSTMENT MODE

SERVICE MODE PROCEDURE

1. Standby mode. (Power off)

2. DISPLAY n 5 n VOL (+) n TV POWER

on the Remote Commander. (Press each button within a second.)

SERVICE MODE ADJUSTMENT

Category Adjustment item

DATA

SERVICE 3E65 5 VDSP VPOS 024 0000 11 01

2. MEMORY WRITE CONFIRMATION METHOD

1. After adjustment, remove the plug from AC outlet, and then replace the plug in AC outlet again.

2. Turn the power switch ON and set to Service Mode.

3. Call the adjusted items again and confirm they were adjusted.

3. The CRT displays the item being adjusted.

4. Press 1 or 4 on the Remote Commander to select the item.

5. Press 3 or 6 on the Remote Commander to change the data.

6. Press 2 or 5 on the Remote Commander to select the category.

7. If you want to recover the latest values press - then [ENTER] to read the memory.

8. Press [MUTING] then [ENTER] to write into memory.

SERVICE MODE ADJUSTMENT

SERVICE 3E65 5 VDSP VPOS 024 0000 11 01

MUTING WRITE

↓

ENTER

9. Press 8 then [ENTER] on the Remote Commander to initialize or turn set off and on to exit.

– 51 –

KWP-65HD1

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

ATADDRADNATSETON

DIVIVDRADNATSEIVOMORP

0SOPV36-013TFIHSV 1GNAV51-07 ELGNAV 2WOBV51-07 WOBV 3NILV51-07NILV 4ZISV36-013EZISV 5OCSV51-07 0 77 NOITCERROCS 6SOPH36-013TFIHSH 7ZISH36-052525251EZISH 8YEKH51-07 YEKH 9PMAP36-013PMAP

01NIPU51-07 NIPPU 11NIPL51-07 NIPOL

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0VRDR36-013EVIRDR 1VRDG36-013EVIRDG 2VRDB36-013EVIRDB 3TUCR36-013FFOTUCR 4TUCG36-013FFOTUCG 5TUCB36-013FFOTUCB 6NOCS51-09 TSARTNOCBUS 7TRBS36-013THGIRBBUS 8EUHS51-07 EUHBUS 9LOCS51-021ROLOCBUS

01NOP1,01NOCIP

11NOR1,01NOR 21NOG1,01NOG 31NOB1,01NOB 41LBAP51-021LEVELLBAKAEP 51LITL3-01 LEVELITL 61LITC3-01 LEVELITC 71TMIL3-01 TIMILLEVELTUPNI 811OBC51-07 1TESFFOBC 911ORC51-07 1TESFFORC 022OBC51-07 2TESFFOBC 122ORC51-07 2TESFFORC 22RTCD3-01 NARTCD 32CIPD3-02CIPD

– 52 –

3. ADJUST BUTTONS AND INDICATOR

POWER

SYSTEM

DVD/

MUTING

Adjustment item up

Adjustment item down

MUTING

OFF

FUNCTION

OFF

WIDE MODE

TV/DBS

JUMP GUIDE

PICTURE

MODE

TV/VIDEO DTV ANT

1 4 7

JUMP

VOL CH

DBS

VTR

CABLE

DVD/VTR

DBS/CABLE

CC

DISPLAY

VIDEO AUDIO

2 5 8 0

MENU

RM-Y904

ALTERNATE

TV ANT

3 6 9

ENTER

4. SERVICE MODE LIST

RM-Y904

VDSP (CXD2018Q)

TV

TV POWER ON

DISPLAY

Category up

Data up

Data down

Category down

ENTER

MCP1 (CXA2101AQ)

– 53 –

METI

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TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0PHSS3-03 )VT(SSENPRAHSBUS 1FPHS3-03 )VT(OfSSENPRAHS 2LDMV3-03 )VT(YALEDMV 3SYS3-01 )VT(METSYS 4OERP3-02 )VT(OITARREVO/ERP

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0PHSS3-03 )OEDIV(SSENPRAHSBUS 1FPHS3-03 )OEDIV(OfSSENPRAHS 2LDMV3-03 )OEDIV(YALEDMV 3SYS3-01 )OEDIV(METSYS 4OERP3-02 )OEDIV(OITARREVO/ERP

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

ATADDRADNATSETON

DIVIVDRADNATSEIVOMEMAGORP

0CIPU36-03644048383ERUTCIPRESU 1TRBU36-08213137213SSENTHGIRBRESU 2LOCU36-04313131313ROLOCRESU 3PHSU36-00563336363SSENPRAHSRESU 4IRTU3-02 1 021 ENORTINIRTRESU 5CRDU3-02 2 101 EDOMCRDRESU 6IPDU1,01 1 001 ERUTCIPCIMANYDRESU 7LMVU3-03 2 131 LEVELMVRESU 8MAGU51-00 AMMAGRESU 9NCSU7-00 TESFFOTSARTNOCBUSRESU

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0NOCS51-04 )VTP&P(TSARTNOCBUS 1EUHS51-07 )VTP&P(EUHBUS 2LOCS51-07 )VTP&P(ROLOCBUS

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0NOCS51-05 )OEDIVCRD(TSARTNOCBUS 1EUHS51-07 )OEDIVCRD(EUHBUS 2LOCS51-07 )OEDIVCRD(ROLOCBUS

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0NOCS51-05 )OEDIVP&P(TSARTNOCBUS 1EUHS51-07 )OEDIVP&P(EUHBUS 2LOCS51-07 )OEDIVP&P(ROLOCBUS

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0RDYM13-03 EVIRDY 1RD2Y13-013EVIRD2Y 2RD2U13-051EVIRD2U 3RD2V13-051EVIRD2V 4EPUM51-07DEPU 5EPVM51-07DEPV 6EP2U51-07DEP2U 7EP2V51-07DEP2V 8CIPD1,01CIPD 9RTCD7-00 NARTCD

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0NOCS51-06 )VT(TSARTNOCBUS 1EUHS51-07 )VT(EUHBUS 2LOCS51-07 )VT(ROLOCBUS

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0NOCS51-04 )VTCRD(TSARTNOCBUS 1EUHS51-07 )VTCRD(EUHBUS 2LOCS51-07 )VTCRD(ROLOCBUS

MCP2-TV(CXA2101AQ)

MCP3-VIDEO(CXA2101AQ)

MCP4 (CXA2101AQ)

MCD2(CXA2019AQ)-P&P TV

MCD3(CXA2019AQ)-DRC VIDEO

MCD4(CXA2019AQ)-P&P VIDEO

MCD5(CXA2019AQ)

MCD1(CXA2019AQ)-DRC TV

SCD1(CXA2019AQ)-TV

KWP-65HD1

RM-Y904

KWP-65HD1

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0NOCS51-07 )OEDIV(TSARTNOCBUS 1EUHS51-07 )OEDIV(EUHBUS 2LOCS51-07 )OEDIV(ROLOCBUS

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0RDYM13-03 EVIRDY 1RD2Y13-013EVIRD2Y 2RD2U13-051EVIRD2U 3RD2V13-051EVIRD2V 4EPUM51-07DEPU 5EPVM51-07DEPV 6EP2U51-07DEP2U 7EP2V51-07DEP2V 8CIPD1,01CIPD 9RTCD7-00 NARTCD

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0DMRN3-00 )EDOMSCY(DMRN 1OCYD51-02 )EDOMSCY(ROCYD 2AGYD51-011)EDOMSCY(NIAGYD 3OCCD51-01 )EDOMSCY(ROCCD 4AGCD51-021)EDOMSCY(NIAGCD 5DLES1,01 )EDOMSCY(DLES 6AG2D7-04 )EDOMSCY(NIAG2D

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0DMRN3-03 )EDOMRNCY(DMRN 1OCYD51-02 )EDOMRNCY(ROCYD 2AGYD51-011)EDOMRNCY(NIAGYD 3OCCD51-01 )EDOMRNCY(ROCCD 4AGCD51-021)EDOMRNCY(NIAGCD 5DLES1,01 )EDOMRNCY(DLES 6AG2D7-04 )EDOMRNCY(NIAG2D

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0CSW3-03 )VT(CSW 1HRTV3-01 )VT(HRTV 2RRTV3-01 )VT(RRTV 3RSDL3-03 )VT(RSDL 4TFPY3-03 )FFORN:VT(TFPY 5GFPY51-021)FFORN:VT(GFPY 6CFPY1,00 )FFORN:VT(GNIROCTFPY

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0CSW3-03 )OEDIV(CSW 1HRTV3-01 )OEDIV(HRTV 2RRTV3-01 )OEDIV(RRTV 3RSDL3-01 )OEDIV(RSDL 4TFPY3-03 )FFORN:OEDIV(TFPY 5GFPY51-021)FFORN:OEDIV(GFPY 6CFPY1,00 )FFORN:OEDIV(GNIROCTFPY

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0SSM3-00SSM 1IKNY3-02 VNIRNY&KRNY 2LRNY3-00 MILRNY 3IKNC3-02 VNIRNC&KRNC 4LRNC3-00 MILRNC 5TFPY3-03 )NORN(TFPY 6GFPY51-021)NORN(GFPY 7OCHY3-01 )NORN(ROCHY 8SP1V3-02SP1V 9SGEV3-01SGEV

01N3CC1,00N3CC

11PDH7-04PDH

21LDC7-03LDC

31LSSH51-021LSSH

41LSSV51-03LSSV

51FLPH1,01 SFLLPH

61FLPB1,01 SFLLPB

71GFCSF1,00GFCSF

81DAXE1,01NIDA

91TCSW552-0552DLOHHSERHTLSW

– 54 –

SCD2(CXA2019AQ)-VIDEO

SCD3(CXA2019AQ)

3DCM1(UPD64081)-YCS

3DCM3(UPD64081)-TV

3DCM4(UPD64081)-VIDEO

3DCM5(UPD64081)

RM-Y904

3DCM2(UPD64081)-YCNR

OSD(OSD U-COM)

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0QERF552-059QERFDSO 1SOPH552-062NOITISOPH 2SOPV552-059NOITISOPV

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0LIRC51-02 woLtnuoCIRC 1DLFC51-05 tnuoCdleiF-dexiFnoitpaC 2IDCC7-03 TNIDCC 3PIRC7-04 ytiraP&IRC 4TIRC3-00 )1=PTO,0=ksaM(tnatsnoCemiTIRC 51BSC3-03 1saiBecilScnyS 62BSC7-04 2saiBecilScnyS 7PERC552-0241noitisoPdnElangiSIRC 8DSDC13-08 yaleDtratSataD 9SDCC13-09 dlohserhTatadnoitpaC

01KMHC36-024ksamh8P 11YSHC552-0631cnysh8P 21HDCC36-072NOITISOPHDCC

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0LOVS51-00 EMULOVBUS 1LTTA51-00 hcLTTA 2RTTA51-00 hcRTTA 3SABS51-07 SSABBUS 4ERTS51-07 ELBERTBUS

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0LOVS51-00 EMULOVBUS 1CTTA51-00 hcCTTA 2STTA51-00 hcSTTA 3SABS51-07 SSABBUS 4ERTS51-07 ELBERTBUS

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0CYLD7-03 )YALEDTUPTUOY(YALED 1YDSY7-01 )YALEDSY(YDSY 2CTJV3-00 )EDOMRETTIJV(CTTIJY 3AHPH552~034)ESAHPHhcA(ASAHPH 4AHPV552~011)ESAHPHhcA(ASAHPV 5AYLD7-04 )YALEDYhcA(AYALED 6AOPH552-078)desutoN:NOITISOPHhcA(AISOPH 7AOPV552-054)desutoN:NOITISOPVhcA(AISOPV 8BHPH552-034)ESAHPHhcB(BSAHPH 9BHPV552-011)ESAHPVhcB(BSAHPV

01BYLD7-04 )YALEDYhcB(BYALED

11BOPH51-04 )YLNOPIP:NOITISOPHhcB(BISOPH

21BOPV51-06 )YLNOPIP:NOITISOPVhcB(BISOPV

31YDPB51-00 )YALEDPB(YALEDPB

41WSDA1,01 )1=TXE(TXE/TNICDAhcB/A

51HDSO36-052NOITISOPHDSO

61VDSO36-07 NOITISOPVDSO

71LOCW3-02 )ROLOCWODNIWhcB/A(BCKW/ACKW

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0ACGA552-0251LEVELTTACGA 19:611,00 desutoN:)1=NO(FFO/NO9:61 2PHCV1,00 desutoN:0=FF0,1=N0PIHCV 3DAHS1,01 0=FFO,1=N0GNIDAHS

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0SIDF1,00 )0=FFO,1=NO(NOYALPSIDTSUJDAENIF 1HDSO552-053NOITISOPHDSODEJP 2VDSO552-055NOITISOPVDSODEJP 3TSVF552-028ENILTRATSVENIF 4TS1V552-00 TRATS1V 5UC1V552-003PUTNUOC1V 6PHOC552-02 ESAHPHESRAOC 7PHIF552-0691ESAHPHENIF 8PHPT552-075ESAHPHNRETTAPTSET 9PHFD552-0052ESAHPHFD

01GHFD721-821-08NIAGHFD

11GVFD721-821-03NIAGVFD

211MWP552-001MWP

312MWP552-0432MWP

MCCD(MAIN U-COM)

MID(MID U-COM)

– 55 –

APLR(TDA7312)

APCS(TDA7312)

OP(MAIN U-COM)

PJED(PJED U-COM)-FULL/NORMAL(WD=0,0)

KWP-65HD1

RM-Y904

KWP-65HD1

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

41DLBH552-00 YALEDHTUOKLBH

51WLBH36-00 HTDIWESLUPTUOKLBH

61VGOC721-721-0 IGEROTUAFOTESFFORETNECVG

71VROC721-721-0 IGEROTUAFOTESFFORETNECVR

81VBOC721-721-0 IGEROTUAFOTESFFORETNECVB

91HGOC721-721-0 IGEROTUAFOTESFFORETNECHG

02HROC721-721-0 IGEROTUAFOTESFFORETNECHR

12HBOC721-721-0 IGEROTUAFOTESFFORETNECHB

22VROS721-721-0 IGEROTUAFOTESFFOWEKSVR

32VBOS721-721-0 IGEROTUAFOTESFFOWEKSVB

42HGOS721-721-0 IGEROTUAFOTESFFOWEKSHG

52HROS721-721-0 IGEROTUAFOTESFFOWEKSHR

62HBOS721-721-0 IGEROTUAFOTESFFOWEKSHB

72TNEC115-215-0 TSUJDARETNECHRESRAOC

115-215-0 TSUJDARETNECHGESRAOC 115-215-0 TSUJDARETNECHBESRAOC 115-215-0 TSUJDARETNECVRESRAOC 115-215-0 TSUJDARETNECVGESRAOC 115-215-0 TSUJDARETNECVBESRAOC

82WEKS115-215-0 TSUJDAWEKSHRESRAOC

115-215-0 TSUJDAWEKSHBESRAOC 115-215-0 TSUJDAWEKSHGESRAOC 115-215-0 TSUJDAWEKSVRESRAOC 115-215-0 TSUJDAWEKSVBESRAOC

92EZIS115-215-02-TSUJDAEZISHRESRAOC

115-215-0 TSUJDAEZISHGESRAOC 115-215-02-TSUJDAEZISHBESRAOC 115-215-052-TSUJDAEZISVRESRAOC 115-215-052-TSUJDAEZISVGESRAOC 115-215-052-TSUJDAEZISVBESRAOC

03NIL115-215-032TSUJDANILHRESRAOC

115-215-032-TSUJDANILHBESRAOC

13YEK115-215-001TSUJDAYEKVRESRAOC

115-215-001-TSUJDAYEKVBESRAOC

23NIP115-215-053TSUJDANIPVRESRAOC

115-215-053TSUJDANIPVGESRAOC 115-215-053TSUJDANIPVBESRAOC

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0SIDF1,00 )0=FFO,1=NO(NOYALPSIDTSUJDAENIF 1HDSO552-053NOITISOPHDSODEJP 2VDSO552-057NOITISOPVDSODEJP 3TSVF552-028ENILTRATSVENIF 4TS1V552-00 TRATS1V 5UC1V552-003PUTNUOC1V

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

6PHOC552-02 ESAHPHESRAOC 7PHIF552-0691ESAHPHENIF 8PHPT552-075ESAHPHNRETTAPTSET 9PHFD721-821-052ESAHPHFD

01GHFD721-821-08NIAGHFD

11GVFD721-821-03NIAGVFD

211MWP552-001MWP

312MWP552-0432MWP

41DLBH552-00 YALDHTUOKLBH

51WLBH36-00 HTDIWESLUPTUOKLBH

61VGOC721-721-0 IGEROTUAFOTESFFORETNECVG

71VROC721-721-0 IGEROTUAFOTESFFORETNECVR

81VBOC721-721-0 IGEROTUAFOTESFFORETNECVB

91HGOC721-721-0 IGEROTUAFOTESFFORETNECHG

02HROC721-721-0 IGEROTUAFOTESFFORETNECHR

12HBOC721-721-0 IGEROTUAFOTESFFORETNECHB

22VROS721-721-0 IGEROTUAFOTESFFOWEKSVR

32VBOS721-721-0 IGEROTUAFOTESFFOWEKSVB

42HGOS721-721-0 IGEROTUAFOTESFFOWEKSHG

52HROS721-721-0 IGEROTUAFOTESFFOWEKSHR

62HBOS721-721-0 IGEROTUAFOTESFFOWEKSHB

72TNEC115-215-0 TSUJDARETNECHRESRAOC

115-215-0 TSUJDARETNECHGESRAOC 115-215-0 TSUJDARETNECHBESRAOC 115-215-0 TSUJDARETNECVRESRAOC 115-215-0 TSUJDARETNECVGESRAOC 115-215-0 TSUJDARETNECVBESRAOC

82WEKS115-215-0 TSUJDAWEKSHRESRAOC

115-215-0 TSUJDAWEKSHBESRAOC 115-215-0 TSUJDAWEKSHGESRAOC 115-215-0 TSUJDAWEKSVRESRAOC 115-215-0 TSUJDAWEKSVBESRAOC

92EZIS115-215-02-TSUJDAEZISHRESRAOC

115-215-0 TSUJDAEZISHGESRAOC 115-215-02-TSUJDAEZISHBESRAOC 115-215-052-TSUJDAEZISVRESRAOC 115-215-052-TSUJDAEZISVGESRAOC 115-215-052-TSUJDAEZISVBESRAOC

03NIL115-215-032TSUJDANILHRESRAOC

115-215-032-TSUJDANILHBESRAOC

13YEK115-215-001TSUJDAYEKVRESRAOC

115-215-001-TSUJDAYEKVBESRAOC

23NIP115-215-004TSUJDANIPVRESRAOC

115-215-004TSUJDANIPVGESRAOC 115-215-004TSUJDANIPVBESRAOC

RM-Y904

– 56 –

PJED(PJED U-COM)-WIDEZOOM(WD=0,1)

PJED(PJED U-COM)-ZOOM(WD=1,0)

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0SIDF1,00 )0=FFO,1=NO(NOYALPSIDTSUJDAENIF 1HDSO552-053NOITISOPHDSODEJP 2VDSO552-059NOITISOPVDSODEJP 3TSVF552-028ENILTRATSVENIF 4TS1V552-00 TRATS1V 5UC1V552-003PUTNUOC1V 6PHOC552-02 ESAHPHESRAOC 7PHIF552-0691ESAHPHENIF 8PHPT552-075ESAHPHNRETTAPTSET 9PHFD552-0052ESAHPHFD

01GHFD721-821-08NIAGHFD

11GVFD721-821-03NIAGVFD

211MWP552-001MWP

312MWP552-0432MWP

41DLBH552-00 YALDHTUOKLBH

51WLBH36-00 HTDIWESLUPTUOKLBH

61VGOC721-721-0 IGEROTUAFOTESFFORETNECVG

71VROC721-721-0 IGEROTUAFOTESFFORETNECVR

81VBOC721-721-0 IGEROTUAFOTESFFORETNECVB

91HGOC721-721-0 IGEROTUAFOTESFFORETNECHG

02HROC721-721-0 IGEROTUAFOTESFFORETNECHR

12HBOC721-721-0 IGEROTUAFOTESFFORETNECHB

22VROS721-721-0 IGEROTUAFOTESFFOWEKSVR

32VBOS721-721-0 IGEROTUAFOTESFFOWEKSVB

42HGOS721-721-0 IGEROTUAFOTESFFOWEKSHG

52HROS721-721-0 IGEROTUAFOTESFFOWEKSHR

62HBOS721-721-0 IGEROTUAFOTESFFOWEKSHB

72TNEC115-215-0 TSUJDARETNECHRESRAOC

115-215-0 TSUJDARETNECHGESRAOC 115-215-0 TSUJDARETNECHBESRAOC 115-215-0 TSUJDARETNECVRESRAOC 115-215-0 TSUJDARETNECVGESRAOC 115-215-0 TSUJDARETNECVBESRAOC

82WEKS115-215-0 TSUJDAWEKSHRESRAOC

115-215-0 TSUJDAWEKSHBESRAOC 115-215-0 TSUJDAWEKSHGESRAOC 115-215-0 TSUJDAWEKSVRESRAOC 115-215-0 TSUJDAWEKSVBESRAOC

92EZIS115-215-02-TSUJDAEZISHRESRAOC

115-215-0 TSUJDAEZISHGESRAOC 115-215-02-TSUJDAEZISHBESRAOC 115-215-052-TSUJDAEZISVRESRAOC 115-215-052-TSUJDAEZISVGESRAOC 115-215-052-TSUJDAEZISVBESRAOC

03NIL115-215-032TSUJDANILHRESRAOC

115-215-032-TSUJDANILHBESRAOC

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

13YEK115-215-001TSUJDAYEKVRESRAOC

115-215-001-TSUJDAYEKVBESRAOC

23NIP115-215-054TSUJDANIPVRESRAOC

115-215-054TSUJDANIPVGESRAOC 115-215-054TSUJDANIPVBESRAOC

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

0SIDF1,00 )0=FFO,1=NO(NOYALPSIDTSUJDAENIF 1HDSO552-053NOITISOPHDSODEJP 2VDSO552-055NOITISOPVDSODEJP 3TSVF552-092ENILTRATSVENIF 4TS1V552-00 TRATS1V 5UC1V552-092PUTNUOC1V 6PHOC552-02 ESAHPHESRAOC 7PHIF552-0691ESAHPHENIF 8PHPT552-075ESAHPHNRETTAPTSET 9PHFD552-0052ESAHPHFD

01GHFD721-821-08NIAGHFD

11GVFD721-821-03NIAGVFD

211MWP552-001MWP

312MWP552-0432MWP

41DLBH552-00 YALDHTUOKLBH

51WLBH36-00 HTDIWESLUPTUOKLBH

61VGOC721-721-0 IGEROTUAFOTESFFORETNECVG

71VROC721-721-0 IGEROTUAFOTESFFORETNECVR

81VBOC721-721-0 IGEROTUAFOTESFFORETNECVB

91HGOC721-721-0 IGEROTUAFOTESFFORETNECHG

02HROC721-721-0 IGEROTUAFOTESFFORETNECHR

12HBOC721-721-0 IGEROTUAFOTESFFORETNECHB

22VROS721-721-0 IGEROTUAFOTESFFOWEKSVR

32VBOS721-721-0 IGEROTUAFOTESFFOWEKSVB

42HGOS721-721-0 IGEROTUAFOTESFFOWEKSHG

52HROS721-721-0 IGEROTUAFOTESFFOWEKSHR 62HBOS721-721-0 IGEROTUAFOTESFFOWEKSHB 72TNEC115-215-0 TSUJDARETNECHRESRAOC

115-215-0 TSUJDARETNECHGESRAOC 115-215-0 TSUJDARETNECHBESRAOC 115-215-0 TSUJDARETNECVRESRAOC 115-215-0 TSUJDARETNECVGESRAOC 115-215-0 TSUJDARETNECVBESRAOC

82WEKS115-215-0 TSUJDAWEKSHRESRAOC

115-215-0 TSUJDAWEKSHBESRAOC 115-215-0 TSUJDAWEKSHGESRAOC 115-215-0 TSUJDAWEKSVRESRAOC 115-215-0 TSUJDAWEKSVBESRAOC

– 57 –

PJED(PJED U-COM)-HD(WD=1,1)

KWP-65HD1

RM-Y904

– 58 –

METI

REBMUN

TNEMTSUJDA

METI

ATAD

EGNAR

DRADNATS

ATAD

ETON

92EZIS115-215-02-TSUJDAEZISHRESRAOC

115-215-0 TSUJDAEZISHGESRAOC 115-215-02-TSUJDAEZISHBESRAOC 115-215-052-TSUJDAEZISVRESRAOC 115-215-052-TSUJDAEZISVGESRAOC 115-215-052-TSUJDAEZISVBESRAOC

03NIL115-215-032TSUJDANILHRESRAOC

115-215-032-TSUJDANILHBESRAOC

13YEK115-215-001TSUJDAYEKVRESRAOC

115-215-001-TSUJDAYEKVBESRAOC

23NIP115-215-053TSUJDANIPVRESRAOC

115-215-053TSUJDANIPVGESRAOC 115-215-053TSUJDANIPVBESRAOC

KWP-65HD1

RM-Y904

KWP-65HD1

RM-Y902

3-10. REGISTRATION ADJUSTMENT

• ADJUST BUTTONS AND INDICATOR

MUTING

Adjustment item up

Adjustment item down

MUTING

FUNCTION

OFF

WIDE MODE

TV/DBS

PICTURE

MODE

TV/VIDEO DTV ANT

JUMP

VOL CH

POWER

SYSTEM

DVD/

OFF

JUMP GUIDE

1 4 7

DBS

VTR

CABLE

DVD/VTR

DBS/CABLE

CC

DISPLAY

ALTERNATE

VIDEO AUDIO

TV ANT

3

2

6

5

9

8

ENTER

0

MENU

RESET

TV

TV POWER ON

TV

DISPLAY

Data up (Rough adjustment)

Data down (Rough adjustment)

Category down

Mode select Rough adjustment

(

Fine adjustment

ENTER

" PJED " data up/down

[Setup for Adjustment]

• Current flow in circuit should be stable before attempting adjustment. (So wait about 5 minutes after turning on the TV power switch.

• Use caution since this adjustment affects the [Green (Red, Blue,) Registration] when performed as a rough adjustment.

1. Generate a crosshatch signal and display it on the TV screen.

2. Place a cap over the red and blue picture tube guns and set to green (color).

3. Place in test mode. 3-1. Turning on while in standby.

(with TV power switch off) Press the remote control keys in the following order : [DISPLAY] n 5 n [VOL+] n [TVPOWER]

Category Adjustment item

DATA

SERVICE 3E65 5 VPSP VPOS 024 0000 11 01

4. Shift to Sub-adjustment mode with key 5 on the remote control.

PJED 000 000 FDIS

5. Select “OSDH” “OSDV” with the 1 and 4 keys on the remote control. Use the joystick key to move “OSDH” horizontally and “OSDV” vertically, set the OSD in an easy to see position.

6. Select “GRN CEN” with the 1 and 4 keys on the remote control and check that the adjustment data is now “000” both vertically and horizontally.

(H) (V)

GRN 000 000

)

CENT

* You can now display the crosshatch pattern on

the screen by using the 6 key on the remote control.

7. Shift to Main Test mode with the 2 key on the remote control.

8. Select “VPOS” “HPOS” with the 1 and 4 keys on the remote control. Align the centers of “VPOS” and “HPOS” with the 3 and 6 keys.

9. Shift to Subtest mode with the 5 key on the remote control.

SUB DEFLECTION ADJUSTMENT ITEM

Adjustment O : Yes – : No (The 4mode : FULL, WIDE ZOOM, ZOOM and HD are the same.)

Display Adjustment item

Adjustment type

GH GV RH RV BH BV CENT CENT O O O O O O SKEW SKEW O – O O O O SIZE SIZE O O O O O O LIN LIN – – O – O – KEY KEY – – – O – O PIN PIN – O – O – O

(SCREEN DISPLAY)

– 59 –

KWP-65HD1

FIHP

RM-Y904

[GREEN REGISTRATION ADJUSTMENT]

1. Select “GRN CENT” with the 1 and 4 keys on the remote control.

2. Use the joystick key on the remote control and adjust the vertical and horizontal section not possible in Main mode.

GRN CENT

1. Select “GRN SKEW” with the 1 and 4 keys on the remote control.

2. Adjust with the joystick keys on the remote control so that there is no slope on the vertical and horizontal center line.

GRN SKEW

• Marker Movement (A vortex shape as shown below appears when the 1 key on the remote control is held down and when the vortex reaches the upper right it again returns to the center of the screen. Reverse this movement with the 4 key on the remote control.)

5. Shift to Rough Adjustment mode with the [9] key on the remote control.

6. Change the FIHP value with the joystick key so that the tip of the peak is in the center of the screen as shown below.

<H-PHASE ADJUSTMENT(COHP, FIHP, TPHP)>

1. Select “COHP” with the 1 and 4 keys on the remote control and check that the data is the same as "SER VICE MODE LIST"

2. Select “EIHP” with the 1 and 4 keys on the remote control.

3. Shift to Fine Adjustment mode with the 9 key on the remote control.

4. Move the joystick key to increase the peak vertically in the + direction to form the peak as shown below.

* The speed at which changes in the peak occurs

FIHP

is slow so increasing the data for the peak will make it easier to see.

7. Select “TPHP” with the 1 and 4 keys on the remote control. The marker will now appear so use the 1 and 4 keys on the remote control to adjust to position the center of the marker in the screen center.

8. Shift to Fine Adjustment mode with the 9 key on the remote control and return the peak section data.

TPHP

1. Shift to Rough Adjustment mode with the 9 key on the remote control.

2. Select “GRN PIN” with the 1 and 4 keys on the remote control.

3. Adjust with the joystick keys on the remote control so that the upper and lower horizontal lines changes from a crooked to nearly a straight shape. (A slope on the line is okay.)

GRN PIN

– 60 –

KWP-65HD1

RED LIN

Using the green line is recommended for a crosshatch pattern.

RM-Y902

1. Select “COHP” with the 1 and 4 keys on the remote control.

2. Adjust with the joystick keys on the remote control so that the slope of upper and lower horizontal lines is minimized (see below).

COHP

1. Shift to Fine Adjustment mode with the 9 key on the re-

mote control.

2. Use the joystick keys and straighten the vertical and hori-

zontal lines passing through the center spot of the screen. At this time also adjust the linearity especially in the horizontal direction of the middle section.

(Effective Adjustment Method)

• This method allows moving to the target position by using the joystick key on the remote control. Shift as needed by pressing once at a time on the joystick key and use the adjust toggle to change the joystick key mode. Check if the mode has changed by viewing the marker color. (Note that this cannot be checked with only 1 color on the screen.)

• The marker color changes from white to green (red) each time the joystick is pressed. Set to white (color) when shifting the marker.

3. Adjust the screen marker from the center to above the vortex with the 1 key on the remote control. At this point be careful not to change the vertical and horizontal lines that were aligned in the previous adjustment. (Use the joystick key mentioned above for the point you want to align.)

[RED REGISTRATION ADJUSTMENT]

1. Shift to Rough Adjustment mode with the 9 key on the remote control.

2. Select “GRN CENT” with the 1 key on the remote control.

3. Switch to RED by specifying that color with the key on the remote control and align with the joystick to match with the center point of the screen aligned previously in green.

RED CENT

1. Select “RED SKEW” with the 1 key on the remote control while set in Rough Adjustment mode. Adjust the slope of the vertical and horizontal lines with the joystick key.

1. In rough adjustment mode, select “RED SIZE” and “RED LIN” with the 1 and 4 keys on the remote control and adjusting while alternately tracking each.

• H-LIN

Establish points at both ends of the screen as shown below. Adjust these 2 points and the center point with the joystick key so that they match with green point. (In this case, adjust by using the horizontal line in the center.)

* Usually, the middle section deviates when both ends are

aligned but when the peripheries of both ends are aligned, an extra margin of movement is obtained making for an effective adjustment.

• V-LIN

Select “RED SIZE” and adjust using the joystick keys. * V-LIN is adjusted only with “SIZE”.

– 61 –

KWP-65HD1

RM-Y904

1. Select “RED” with the 1 and 4 keys on the remote control while in rough adjustment mode.

2. Use the joystick and adjust so that the upper and lower horizontal lines change from a crooked or bent shape to straight lines. Somewhat of a slope is allowed at this time as shown below.

GRN PIN

1. Select “RED” with the 1 and 4 keys on the remote control and adjust any slope or inclination remaining from the previous step with the joystick so it becomes horizontal.

RED KEY

3-11.

AUTO REGISTRATION OFF SET ADJUSTMENT

1. Receive the monoscope signal.

2. Enter “ PJE SERVICE MODE ” .

3. Confirm “ OSDH ” is “ 35 ” . If necessary, adjust “ OSDH ” to obtain “ 35 ” .

4. Adjust “ PWM2 ” to obtain that Center Marker is on the center line of “ MONOSCOPE ” .

5. Receive the crosshatch signal.

6. Confirm that registration level is within spec. Press “ AUTO FOCUS ” button.

7. After finishing, quit service mode and confirm registration level is back to original condition.

This number must be bigger than 33.

PJE

PWM2

13

Center Marker

34

Shift to Fine adjustment mode with the 9 key on the remote control and just as when aligning with Green, first adjust the horizontal and vertical lines passing through the center point and then align with green after setting in vortex mode.

[BLUE REGISTRATION ADJUSTMENT]

1. From here on, make the Blue adjustment just as was previously done for Red.

1. After each of the Green, Red and Blue adjustments are completed, check that all the colors are displayed on the screen.

2. If the colors are off, set Fine Adjustment mode with the 9 key on the remote control and adjust the point that is deviating.

3. Store the new adjustment (offset) value on the remote control by pressing [MUTING] and [ENTER].

4. Press the AUTO FOCUS button on the front panel. (The Offset value is now automatically stored.)

5. Now cancel the test mode and return to the normal screen. Press the AUTO FOCUS button and check that no error message appears. If an error message appears, once again select test mode and recheck.

– 62 –

3-12. AUTO REGISTRATION ERROR CODE LIST (PJED3.07)

[ERROR CODE LIST]

ERROR

CODE

00 No Error 10 Sensor Output Level Low * Check wiring, beam position, sensor. 20 Sensor Output Level High * Check OP-amp circuit. 30 Adjustment Loop Counter Overflow 0 : “ CENT V ”

40 Regi Data Overflow Same as Loop Counter Overflow 50 Regi Data Overflow Same as Loop Counter Overflow 60 Offset Overflow Same as Loop Counter Overflow

70 Offset Overdrow Same as Counter Overflow

80 Green “ V SKEW ” too tilt * Adjust Green beam righ or left sensopr, or Green DY tilt.

DISCRIPTION NOTE

1 : “ CENT H ” 2 : “ SKEW V ” 3 : “ SKEW H ”

* Check beam position. If need, adjust “ PWM2 ” for H error,

“ V CENT (main) for V error.

* “ PWM2 ” is usually 34 or 36.

* Check beam position. If need, adjust “ PWM2 ” for H error,

“ V CENT (main) for V error.

KWP-65HD1

RM-Y902

* 60, 70 or 80 appears only in Service Mode. * In case of multiple error, last error is displayed.

(EXAMPLE) 11B : Left sensor Blue level low. (Left sensor circuit may be faulty.) 61R : “ RED CENT H ” offset overflow. (“ PWM2 ” may be required adjusting.)

• ERROR CODE SCREEN DISPLAY

E 11 B

* Error code will be displayed on center of screen for 3 seconds.

[SENSOR POSITION]

0

4

1

6

SCREEN

3

5

2

7

E 11 B

0 : UPPER SENSOR 1 : LEFT SENSOR 2 : RIGHT SENSOR 3 : LOWER SENSOR 4 : UL SENSOR 5 : UR SENSOR 6 : LL SENSOR 7 : LR SENSOR

R. G. B SENSOR NUMBER ERROR CODE 10 ERROR

– 63 –

KWP-65HD1

RM-Y904

[ D BOARD]

SECTION 4

SAFETY RELATED ADJUSTMENTS

4-1. HV REGULATION CIRCUIT CHECK AND

ADJUSTMENT

When replacing the following components marked with on the schematic diagram always check HV regulation, and if necessary re-adjust.

: R8196 , R8232 : IC8002, IC8007, IC8008

Q8022 D8042 C8018,C8064,C8066,C8070,C8074,C8076,

C8082, R8093,R8095,R8096,R8105,R8108,R8112, R8113,R8114,R8126,R8128,R8136,R8138, R8139,R8154,R8157,R8168,R8173,R8174, R8177,R8178,R8195,R8196,R8232 T8002(LOT),T8003(FBT) HV BLOCK,D board

OPERATION CHECK

1. Connect a HV static voltmeter to the unconnected plug of the high-voltage block. (Fig 4-1)

2. Connect a 100k variable resistor , set to maximum value,

to CN8008.

3. Input 120.0 ± 2.0 VAC and Power on the set.

4. Receive dot signal pattern and set the PICTURE and BRIGHTNESS settings to their minimum.

5. Gradually lower the value of the variable resistor and check

that hold-down circuit operates at a static voltmeter reading of 31.0 ± 0.5kVdc when the raster disappears.

HV REGULATION ADJUSTMENT

1. Repart steps 1-5 as above.

2. Just at the point hold-down circuit begins to operate switch

off the set.

3. Remove the VR connected across CN8008, and measure its

resistance.

4. Solder resistor value, nearest to the mesured value, across

CN8008.

5. Reconfirm operation check.

Remove the cap off from the unused terminal and cpmmect a static voltmeter there.

4-2. HV HOLD DOWN CIRCUIT OPERATION

CHECK AND ADJUSTMENT

When replacing the following components marked with on the schematic diagram always check hold-down voltage and if necessary re-adjust.

: R8194,R8231 : IC8006,IC8009,IC8010

Q8021,Q8031 D8026,D8032,D8035,D8050 C8018, R8092,R8094,R8097,R8109,R8110,R8115, R8117,R8118,R8121,R8123,R8125,R8129, R8135,R8140,R8155,R8190,R8191,R8192, R8193,R8194,R8198,R8231 T8002(LOT),T8003(FBT) HV BLOCK,D board

OPERATION CHECK

1. Connect a HV static voltmeter to the unconnected plug of the high-voltage block. (Fig.4-1)

2. Input 120.0 ± 2.0 VAC and Power on the set.

3. Receive dot signal pattern and set the PICTURE and BRIGHTNESS settings to their minimum.

4. Check that the HV static voltmeter is reading 34.0 ± 0.5kVdc.

HV HOLD-DOWN ADJUSTMENT

1. Repart step 1 as above.

2. Connect a 100k variable resistor , set to maximum value,

to CN8008.

3. Power on the set.

4. Receive dot signal pattern.

5. Gradually lower the value of the variable resistor until the

static voltmeter is reading 34.0 ± 0.5kVdc.

6. switch of the set.

7. Remove the VR connected across CN8008, and measure its

value.

8. Solder a resistor value, nearest to the measured value,

across CN8008.

9. Reconfirm opreation check.

Fig. 4-1

– 64 –

[ GBOARD] 4-3. +B MAX VO;TAGE CONFIRMATION

The following adjustments should always be performed when replacing IC6101.

1. Supply 130.0 ± 2.0VAC to variable autotransformer.

2. Receive dot signal pattern and set the PICTURE and BRIGHTNESS settings to their minimum.

3. Confirm the voltage of TP +B 135V is less than 137.0Vdc.

4. If step 4 not satisfied , replace IC6101 and repead above steps.

(Fig.4-2)

4-4. +B OVP CONFIRMATION

1. Connect a voltmeter to TP. OVP and ground.

2. Input 120.0 ± 2.0 VAC and Power on the set.

3. Receive dot signal pattern and set the PICTURE and BRIGHTNESS settings to their minimum.

4. Supply 137.0 ± 0.5 Vdc and 151.0 ± 0.5 Vdc to TP. OVP.

5. Check OVP works properly when the voltage of TP. OVP is betwen 137.0 ~ 151.0V. (Fig.4-2)

KWP-65HD1

RM-Y904

– 65 –

KWP-65HD1

RM-Y904

[ MCD MODE] 5-1. TV INPUT SUB CONTRAST ADJUSTMENT

(MCD1-SCON)

1. Receive the color-bar signal.

2. Set to service mode.

3. Connect an oscilloscope between pin 2 of CN511 (A board) and ground.

4. Select “ MCD1-SCON ”, and adjust so that the wave from level is 0.525 ± 0.015Vp-p.

5. Write the data into memory. MUTING n ENTER

SECTION 5

CIRCUIT ADJUSTMENTS

5-3. P & P SUB CONTRAST ADJUSTMENT

(MCD2-SCON)

1. Receive the signal. TV terminal (main) : color-bar signal VIDEO terminal (sub) : no signal

2. Set to P & P mode, set to service mode.

3. Connect an oscilloscope between pin @º of CN513 (A board) and ground.

4. Select “ MCD2-SCON ”, and adjust so that the wave from level is 0.525 ± 0.015Vp-p.

5. Write the data into memory. MUTING n ENTER

White

±

0.05Vp-p

0.525

Black

Fig. 5-1

5-2. VIDEO INPUT SUB CONTRAST ADJUSTMENT

(MCD3-SCON)

1. VIDEO 1 input the color-bar signal.

2. Set to service mode.

3. Connect an oscilloscope between pin 2 of CN511 (A board) and ground.

4. Select “ MCD3-SCON ”, and adjust so that the wave from level is 0.525 ± 0.015Vp-p.

5. Write the data into memory. MUTING n ENTER

White

±

0.015Vp-p

0.525

Black

Fig. 5-3

5-4. P & P SUB CONTRAST ADJUSTMENT

(MCD4-SCON)

1. Receive the signal. TV terminal (sub) : no signal VIDEO terminal (main) : color-bar signal

2. Set to P & P mode, and set to service mode.

3. Connect an oscilloscope between pin @º of CN513 (A board) and ground.

4. Select “ MCD4-SCON ”, and adjust so that the wave from level is 0.525 ± 0.015Vp-p.

5. Write the data into memory. MUTING n ENTER

White

0.525

Fig. 5-2

Black

±

0.05Vp-p

– 66 –

Fig. 5-4

White

0.525

±

Black

0.015Vp-p

KWP-65HD1

RM-Y904

5-5. SUB-HUE AND SUB-COLOR ADJUSTMENT

(MCD1-SHUE, SCOL)

1. Receive the color-bar signal.

2. PICTURE : maximum COLOR : center BRIGHTNESS : center TRINITONE : medium SERVICE DATA MCP1-SBRT : 25

SERVICE DATA MCP1-SHUE : 7 SERVICE DATA MCP1-SCOL : 7

3. Set to service mode.

4. Connect an oscilloscope between pin 5 of CN503 (A board) connecter and ground.

5. Select “ MCD 1-SHUE, SCOL ”, and adjust them to have VB2 = VB3 and VB1 = VB4 in the waveform levels.

6. Write the data into memory. MUTING n ENTER

VB1 VB2 VB3 VB4

Fig. 5-5

5-7.

P & P SUB-HUE AND SUB-COLOR ADJUSTMENT (MCD2-SHUE, SCOL)

1. Receive the signal. TV terminal (main) : color-bar signal VIDEO terminal (sub) : no signal

2. PICTURE : maximum COLOR : center BRIGHTNESS : center TRINITONE : medium SERVICE DATA MCP1-SBRT : 25

SERVICE DATA MCP1-SHUE : 7 SERVICE DATA MCP1-SCOL : 7

3. Set to P & P mode, set to service mode.

4. Connect an oscilloscope between pin 5 of CN503 (A board) connecter and ground.

5. Select “ MCD 2-SHUE, SCOL ”, and adjust them to have VB2 = VB3 and VB1 = VB4 in the waveform levels.

6. Write the data into memory. MUTING n ENTER

VB1 VB2 VB3 VB4

5-6. VIDEO INPUT SUB-HUE AND SUB-COLOR

ADJUSTMENT (MCD3-SHUE, SCOL)

1. VIDEO input the color-bar signal.

2. PICTURE : maximum COLOR : center BRIGHTNESS : center TRINITONE : medium SERVICE DATA MCP1-SBRT : 25

SERVICE DATA MCP1-SHUE : 7 SERVICE DATA MCP1-SCOL : 7

3. Set to service mode.

4. Connect an oscilloscope between pin 5 of CN503 (A board) connecter and ground.

5. Select “ MCD 3-SHUE, SCOL ”, and adjust them to have VB2 = VB3 and VB1 = VB4 in the waveform levels.

6. Write the data into memory. MUTING n ENTER

VB1 VB2 VB3 VB4

Fig. 5-7

5-8.

P & P SUB-HUE AND SUB-COLOR ADJUSTMENT (MCD4-SHUE, SCOL)

1. Receive the signal. TV terminal (main) : no signal VIDEO terminal (sub) : color-bar signal

2. PICTURE : maximum COLOR : center BRIGHTNESS : center TRINITONE : medium SERVICE DATA MCP1-SBRT : 25

SERVICE DATA MCP1-SHUE : 7 SERVICE DATA MCP1-SCOL : 7

3. Set to P & P mode, set to service mode.

4. Connect an oscilloscope between pin 5 of CN503 (A board) connecter and ground.

5. Select “ MCD 4-SHUE, SCOL ”, and adjust them to have VB2 = VB3 and VB1 = VB4 in the waveform levels.

6. Write the data into memory. MUTING n ENTER

Fig. 5-6

VB1 VB2 VB3 VB4

Fig. 5-8

– 67 –

KWP-65HD1

RM-Y904

[ SCD MODE] 5-9. P & P SUB CONTRAST ADJUSTMENT

(SCD1-SCON)

1. Receive the signal. TV terminal (sub) : color-bar signal VIDEO terminal (main) : no signal

2. Set to P & P mode, and set to service mode.

3. Connect an oscilloscope between pin @º of CN513 (A board) and ground.

4. Select “ SCD1-SCON ”, and adjust so that the wave from level is 0.525 ± 0.015Vp-p.

5. Write the data into memory. MUTING n ENTER

White

± 0.015Vp-p

0.525

5-11. P&P SUB-HUE AND SUB-COLOR

ADJUSTMENT (SCD1-HUE, SCOL)

1. Receive the color-bar signal.

2. PICTURE : maximum COLOR : center BRIGHTNESS : center TRINITONE : medium SERVICE DATA MCP1-SBRT : 25

SERVICE DATA MCP1-SHUE : 7 SERVICE DATA MCP1-SCOL : 7

3. Set to service mode.

4. Connect an oscilloscope between pin 5 of CN503 (A board) connecter and ground.

5. Select “ SCD1-SHUE, SCOL ”, and adjust them to have VB2 = VB3 and VB1 = VB4 in the waveform levels.

6. Write the data into memory. MUTING n ENTER

Black

Fig. 5-9

5-10. P & P SUB CONTRAST ADJUSTMENT

(SCD2-SCON)

1. Receive the signal. TV terminal (main) : no signal VIDEO terminal (sub) : color-bar signal

2. Set to P & P mode, and set to service mode.

3. Connect an oscilloscope between pin @º of CN513 (A board) and ground.

4. Select “ SCD2-SCON ”, and adjust so that the wave from level is 0.525 ± 0.015Vp-p.

5. Write the data into memory. MUTING n ENTER

White

± 0.015Vp-p

0.525

VB1 VB2 VB3 VB4

Fig. 5-11

5-12. P&P SUB-HUE AND SUB-COLOR

ADJUSTMENT (SCD2-HUE, SCOL)

1. Receive the color-bar signal.

2. PICTURE : maximum COLOR : center BRIGHTNESS : center TRINITONE : medium SERVICE DATA MCP1-SBRT : 25

SERVICE DATA MCP1-SHUE : 7 SERVICE DATA MCP1-SCOL : 7

3. Set to service mode.

4. Connect an oscilloscope between pin 5 of CN503 (A board) connecter and ground.

5. Select “ SCD2-HUE, SCOL ”, and adjust them to have VB2 = VB3 and VB1 = VB4 in the waveform levels.

6. Write the data into memory. MUTING n ENTER

Black

Fig. 5-10

VB1 VB2 VB3 VB4

Fig. 5-12

– 68 –

[ MCP MODE] 5-13.

SUB CONTRAST ADJUSTMENT (MCP1-SCON)

1. Receive the color-bar signal.

2. PICTURE : maximum COLOR : minimum BRIGHTNESS : center TRINITONE : medium

3. Set to service mode.

4. Connect an oscilloscope between pin 3 of CN503 (A board) and ground.

5. Select “ MCP1-SCON ”, and adjust so that the wave from level is 1.85 ± 0.03Vp-p.

6. Write the data into memory. MUTING n ENTER

White

±

0.03Vp-p

1.85

KWP-65HD1

5-15. CAPTION VISION POSITION ADJUSTMENT

(MCCD-CCDH)

1. Receive signal with CAPTION VISION data.

2. Set to Service mode.

3. Display TEXT BOX.

A=B

4. Select “ MCCD-CCDH ”, and adjust data so that

5. Write the data into memory. MUTING n ENTER

.

RM-Y904

Black

Fig. 5-13

5-14. DISPLAY POSITION ADJUSTMENT

(OSD-HPOS)

1. Receive the monoscope signal.

2. Set to Service mode.

3. Select “ OSD-HPOS ”, and adjust so that the left edge of MENU is as shown to the spec.

4. Write the data into memory. MUTING n ENTER

MENU

A

A=B

Fig. 5-15

B

5-16. MID DISPLAY POSITION ADJUSTMENT

(MID-HPOS)

1. Display 1/9 size PIP.

2. Set to Service mode.

3. Select “ MID-OSDH ”, and adjust data so that

A=B

4. Write the data into memory. MUTING n ENTER

••••••

B

00

A

00

A=B

.

-7

0

Fig. 5-14

7

Fig. 5-16

– 69 –

MEMO

– 70 –

6-1. BLOCK DIAGRAM (1)

VIDEO3

INPUT

S–VIDEO

CONTROL S

IS-LINK

J3501

S-LINK OUT

IS-LINK IN1

J3502

S-LINK OUT

IS-LINK IN3

J3503

S-LINK OUT

IS-LINK IN4

SIRCS IN/

S-LINK OUT

J3504

SW

Q3501, 3503, 3505

UB

(1/2)

(SIRCUS INPUT/OUT)

CN3301

1

2

OUT

IC3301

SENSOR

HC

SIRCS

(

RECEIVER

S–VIDEO

VIDEO2 INPUT

SIRCS

+5V

D3103, 3106

)

HA

(FUNCTION KEY)

J3201

4

3

2

1

V

L

R

V

L

R

(VIDEO2 INPUT)

11 10

9

13

S3201

V1 V3 V4

TVOUT

+5V

V

L

R

IC3501

SIRCS I/O

V1-S V3-S V4-S

STATUS

SIRCS

1

D3101,3104

D3102, 3105

HB

J507

3

1

V

L

R

CN3501(1/2)

6 7 8 4 2

CN3101

CN3202

CN3201

SECTION 6

DIAGRAMS

4

2

TO CONTROL

PANZ-L

1

MBUS 1

2

MBUS 3

3

MBUS 4

6

STATUS

7

RM IN

8

RM OUT

4

KEY0

2

STLED

3

TIMER LED

H

TO K BOARD

CN2102

1

KEY0

2

FR R IN

4

FR L IN

6

FR V IN

8

FR C IN

9

F SW

11

FR Y IN

TO ANT SW

G

TO K BOARD

CN2103

VIDEO1

INPUT

S–VIDEO

VIDEO4

INPUT

S–VIDEO

DET OUT2

AFT OUT

F MONO

DET OUT

V

L

R

V

L

R

KEY2 KEY1

DTV LED

MBUS 1 MBUS 3 MBUS 4

STATUS

RM IN

RM OUT

SIRCS

STLED

TIMER LED

MSCL MSDA

ENABLE

A PROT

FR R IN

FR L IN FR V IN FR C IN

FRONT SW

FR Y IN

ANT SW1 ANT SW2

SP SW

F MUTE

C MUTE

S MUTE

FIX MUTE

A MUTE

L OUT R OUT

MUTE

ST IND

MODE

RF AGC

KEY0

CLK

DATA

SDA

SCL

TU501

TUNER

MAIN

BUFFER

Q506, 517

AGC MUTE

Q502

INVERTWR

SDA

SCL

Q507

DET OUT

IC5701

SW

1

6

BUFFER

Q512

2

7

5 3

SW

Q5708

AFT OUT

FMONO

SAP IND

ST INO

MODE

7

3 4 6

1 2 3 6 7 8

3 4 5 6

CN5507

CN526

CN514

J505

4

3

2

1

V

L

R

J508

4

3

2

1

V

L

R

Q545

6

1

MSDA MSCL

IC5702

SW

5 3

2 7

IC1010

ST5V RESET

9

CN510

1 2 5 6 3 7

CN515

2 4 6 8 9

11

CN508

1 2

CN512

1

L

3

R

5 6 7 8 9

10

Q5510

SW

MUTE

SUBTUNER

ROUT

LOUT

DET OUT2

IC1309

8–BIT ADC

DB1

V IN DYC02

4

DB8

CLK PCL

BUFFER

Q1334, 1337, 1339, 1341

21

I 5 VSET

30

I RESET

38

I VPULSE

SCL

50

5

X1002 8MHz

O

SDA

48

I V5ON

8

I V4ON

9

I V1ON

10

O MBUS

20

O OSC

28

29

I OSC

O SPKSW

11

37

I VIDEO2

+7V +5V

22

I

20

•

17

I

13

24

6

MSDA MSCL

IC1009

OSD CPU

O FNTSEL

O CMDSEL

IO SCLKOCK

O RCSOFT

O RCMILD

O SHDOFF

I HVPROT

O ANTNOR O 2ANTNO

I YUV RGB

IC503

I

5VREG

TV V

TV L TV R

TV SUB V

TV SUB L TV SUB R

Y 1 C 1 SSW 1 V 1 L 1 R 1

Y 3 C 3 SSW 3 V 3 L 3 R 3

Y 4 C 4 SSW 4 V 4 L 4 R 4

Y 5 C 5 SSW 5 V 5 L 5 R 5

SDA SCL

I 2HSYNC I HSYNC O MUTE I STEREO I AFT O MONO O SAP O AGCATT

O 2MUTE I STEREO 2 O 2MONO O 2SAP I 2AFT O HSEL I DOSC O DOSC OSC

OSC I RESET

IO SDAT IO SCLKN

I RMCN I KEY0 O TMRLED O STLEO

O SEL H

O DAT O CLKN O ENA

IC515

AV SWIITCH

MA IN MA IN

SELECT

IC1008

MAIN CPU

Y OUT

C OUT

SUB V OUT

SUB C IN SUB Y IN

V OUT

SUB Y OUT

SUB C OUT

V OUT L OUT R OUT

L OUT R OUT

SSW2

O ALLYS

O OSDBLK

I MBUSY

I BINTN

O RSTCTL

I VPULSIN

O NVMWE

O SYNCSEL

IO BDATA

IO BCLKN

O FIXMT

O FMUTE O CMUTE O RMUTE

O SG ATT

O RELAY

BUFFER

Q532, 1340, 1342

FL1301

58

42

40 38

53

Y IN

49

45

47

35 34 36

52 54

27

Y2

29

C2

30 25

V2

26

L2 R2

28

L1/2

8

R1/2

10

VIN

22

O R

32

O G

33

O B

34

46 36

IHP

7 8

IVP

29

6

45

25

SW

Q548

BUFFER

Q533

4 1

VIDEO

CM501

BUFFER

Q528

BUFFER

Q531

Y C

Q536, Q1345–1347

3

Q5701

ATT

Q1018

ATT

Q1020

ATT

Q1022

BUFFER

FL1302

+5V+5V

Q5702

H V

3

55

61

48 50

51 58 59 60

13 56

2

BUFFER

Q542

BUFFER

Q535, 537

Q543

MUTE

Q542

MUTE

J502

V

L

R

BUFFER

Q1334

RESET

Q1015

IC5701

NVM2

6

SCL

5

SDA

7

WP

IC1005 RESET

4

RST

IC1007

NVM

SCL

7 6

WP

SDA

SELECT

OUT

IC501

I

+5V +12V

12VREG

IC505

I

11V +9V

9VREG

BUFFER

Q518, 526

L1006

X1001 12MHz

4

RST

BUFFER

Q5707

63 56

62 64

60

59 61

3 5 6 1 2 4

15 17 18 13 14 16

21 23 24 19 20 22

32 31

1

2 27 57 16 17 18 52

26 63 30 31 15 38 38 39 11

12

9

47 49

64 14 53 54

3

4

5 62

O Z-WZ

O NORM

O 420P O 720P

O DTV I O164

I MBBSY O MBCS O SDATA

I +BOCP I +BOVP

I VPROT I HPROT

I APROT

O LO801

IC1306

3D COMB

74

I

DYC09

67

ALTF

75

STO

61

76

CSI

96

ACI

SDA

68

SCL

59

23 22 52 53 54 34

51

O VS

51

I HS

19 15 16 17 18 24 25 63 64 13

7

61

5 4 3 6 1 2

33

62

O

+7V +5V

FSC1

MIO0

MIO15

MOE MWE

MCAS

MRAS

RSTB

IC1307

MAIN YUV SW, COG MIX

BUFFER

Q1329

BUFFER

Q1333

BUFFER

Q1335

R, G, B, BUFFER

BUFFER

Q1336

11

DTV

SW

Q5703

3 5

1 2

13 12

BUFFER

Q1325

BUFFER

Q1326

BUFFER

Q1327

IC5602

Q5604

MSCL MSDA

CN516

CN518

M–HD

2

M–VD

4

M–R–Y

6

M–B–Y

8

M–Y

10

M–Y

1

M–B–Y

3

M–R–Y

5

M–VD

7

M–HD

8

MID BUSY

10

/B–INT

11

VP

12

S–G

14

S–V MUTE

15

S–V

17

RESET

18

MSCL

19

MSDA

20

A

TO BR BOARD

CN8501

B

TO BM BOARD

CN001

12

H V

V H

6

10

CN5701

480P

5

Z-WZ

6

NORM

ATT

Q1312

CN513

VM MUTE HS VS VD HD YS R-Y B-Y Y

CN5601

7 8 9

4 5

1 3 5 7 8

9 10 11 12 13 14 16 18 20

OSD SW 720P

SUB-WIDE MAIN-Y

S–Y S–B–Y S–R–Y S–HD S–VD VM–MUTE HS VS MID–V MID–H MID–YS MID–R–Y MID–B–Y MID–Y

C

TO BR BOARD

CN8503

W

TO AW BOARD

CN4701

D

TO BM BOARD

CN002

8

CN5602

4

SUB-H

5

SUB-Y

CN5501

P-Y

1

P-BY

3

P-RY

5

HD

CN505

CN5504

SS-609(US..)-B/D-1

7

VD

9

RELAY

3

PROTECT

4

+B OCP

5

+B OVP

6

L1/2

3

R1/2

5

DTV

7

SW2

8

SW

Y

4

CB

15

CR

14

10 119

Q5602

+5V

U

TO AW BOARD

CN4702

E

TO BR BOARD

CN8504

F

TO G BOARD

CN6101

V

TO UB(2/2) BOARD

CN3502

AMP

Q1348, 1349

BUFFER

Q1354

BUFFER

Q1355–1358

FL1304

FRAME MEMORY

2 I 5

• 7 I

10

•

39

I

36

•

34

I

31

OE

27

WE

13

UCAS

28

LCAS

29

RAS

14

16

I

19

•

26

I

22

BUFFER

Q5705,5706

FL1303

IC1304

IO1

X1303

MSDA MSCL

X1302

3.58MHz

X1301

500KHz

MSDA MSCL

X1305

RESET Q1359

32

26

1

37 36

IO15

A0

A8

32

30

1

26

37 36

IC1301

SUB CHROMA

C IN

XNTSC

CERA

SDA SCL

IC1305

MAIN CHROMA

C IN YOUT

UOUT

VOUT

CPIN

SCP

YIN

CERA

XNTSC

HSYNC

SDA SCL

VSYNC

VTIM

HTIM

14 15

MVD

YOUT

18

19

UOUT

VOUT

20

16

SCP

10

CPIN

39 22

HSYNC

38

VSYNC

34

YIN

HTIM

15

VTIM

14

30

84

AY0

83

AC0

50

28

I

13

12 11 10

98

XI

30

9

MA0

I 2

I

•

MA8

99

57

1

4

5

J501

Y

DVD

13

RELAY

SW2

IC503

O

I

5VREG

IC503

O

I

3.3VREG

+3.3V

INPUT

CB

CR

18

19

20

10 16

34

39

38

H BUFFER

V BUFFER

A

Q1311

Q1307

AMP

Q1350, 1352, 1353

BUFFER

Q1328

BUFFER

Q1332

BUFFER

Q1331

BUFFER

Q1320

BUFFER

Q1319

BUFFER

Q1313

INVETER

Q1315

(1/2)

BUFFER

Q1317, 1318

BUFFER

Q1310 Q1314 Q1316

BUFFER

Q1321

BUFFER

Q1322

BUFFER

Q1323

BUFFER

Q1306

Y BUFFER

Q1304

BUFFER

Q1366, 1367

BUFFER

Q1338, 1343

BUFFER

Q1330

BUFFER

Q1324

SUB YUV SW, OSD MIX

28

CV-Y

1

Y1IN

2

CB1IN

3

CR1IN

8

CLPP

SELY

4

YUVSEL

27

SEL2

5

DVDY

Y2IN

5

CB2IN

6

7

CR2IN

28

1

2

3

8

4 27 22

AW BOARD

IC1302

CV–Y

Y1IN

CB1IN

CR1IN

CLPP

YUVSEL SELZ SELY

Y OUT

CB OUT

CR OUT

16

Y OUT

17

CB OUT

18

CR OUT

9

R IN

10

G IN

11

B IN

20

YS

24

DMY

5

Y2 IN

6

CB2 IN

7

CR2 IN

16

17

18

R IN

9

G IN

10

B IN

11

YS

20

Q1301, 1302, 1303

BUFFER

Q1305

BUFFER

Q1308

BUFFER

Q1309

MAIN CPU, AV-SWITCH, OSD CPU, 3D COMB FILTER, CHROMA, TUNER, VIDEO INPUT

TU502

– 71 –

– 72 – – 73 –

6-2. BLOCK DIAGRAM (2)

IC1004

OSD PROCESSOR

W

TO A (1/2) BOARD

CN5601

U

TO A (1/2) BOARD

CN5602

DIVIN

1

IC1001

EXT FONT

11

RD0

13

•

15

RD7

19

1

RA0

10

•

21

27

RA15

FCS FCS

CN4701

2

SDA

3

SCL

4

SUB-WIDE

5

MAIN-Y

CN4702

4

SUB-H

5

SUB-Y

AW

J3509

Y

CB

CR

J3510

HD

VD

J3511

L

R

CN3506

A1

BOXDET

A2

TVDET

B3

R-AUDIO

B5

L-AUDIO

C5

Y-(SD)

C6

SIRCS

C7

ASPECT

A8

PB+(SD)

B8

PB-(SD)

C8

Y+(SD)

A9

HS(SD)

B9

PR+(SD)

C9

HS(HD)

A10

VS(SD)

B10

PR-(SD)

C10

VS(HD)

CX1

PR(HD)

CX2

Y(HD)

CX4

PB(HD)

UA

2

1 63 46 45 51 49 48 47

11

18

26

29

•

31

•

33

39

•

41

44

2422

SDA SCL

(AUTO WIDE)

Y AMP

Q3536-3539

3

+IN1B

+IN2B

12

OUT1

5

(2/2)

UB

+5V

(DTV AMP)

52 4

VSYNCX

R

HSYNCX

53

H BLKX

G

I-FNT SEL

54

I-COM SEL

B O BUSY SCSX

56

YS

SIN

55

SCLK

I

57

YM

RD0

RD7

RA0

EVEN

3

RA15

PB AMP

Q3532-3535

9 10

BUFFER

+IN1A

+IN2A

OUT2

Q4701

Q4702

Q4703

Q3528-3531

1

14

10

SW

Q3502

PR AMP

2

10

11

7

5

2

10

11

BUFFER

Q3503-3510

Q510, 538

1

(VIDEO INPUT)

BUFFER

Q4701

IC3505

3 2

IC3503

3 2

IC3504

3 2

Q3520-3523 Q3524-3527 Q3516-3519

IC4701

MAIN AUTO WIDE

ADIN

VPIN

DTSIN

IC4702

SUB V CHIP

VIDEO

HIN

IC4703

SUB AUTO WIDE

ADIN

VPIN

DTSIN

6

AMP AMP AMP

XTAL1

XTALO

WIDE

XTALO

XTAL1

INVERTER

Q3507

INVERTER

Q3511, 3512

Q1008

Q1010

Q1011

IC1002(1/2)

CN3504

CN3509

CN3502

NAND

YS/YM

MIX

Q1012

IC1003

INVERTER

5 6

3 4

1 2

FROM

SENSOR

FROM

SENSOR

FROM

SENSOR

CORNER UL

CORNER LL

RIGHT

CORNER UR

LOWER

CORNER LR

UPPER

Y1(SD)

PB1(SD) PR1(SD) VD1(SD) HD1(SD)

Y1(SD)

PB1(SD) PR1(SD) VD1(SD) HD1(SD)

LEFT

PB2 PR2 VD2 HD2

Q1006

IC1002(2/2)

NAND

CN3503

10 11 12

CN3505

10

CN3508

11

3

OR

9

10

TO A (1/2)

CN5504

2

Y1

4

PB1

6

PR1

8

VD1 HD1 S-SSW DTV-DET

2

Y1

4

PB1

6

PR1

8

VD1 HD1

1

L1

3

R1

5

SIRCS

BUFFER

Q1004

V

5

1 2

8

2

Y2

4

PB2

6

PR2

8

VD2

10

HD2

1

L1

3

R1

5

SIRCS

3

L1/2

5

R1/2

7

DTV/VS

8

SW2

YS

BUFFER

Q514

R

BUFFER

Q1002

G

BUFFER

Q1001

B

BUFFER

Q1003

CN524

1

3

5

CN525

1

3

5

7

CN501

1

CN5502

2

Y2

4 6 8

10

CN5506 2 4 6 8

10

CN5503 2 4 6 8

10

2

3

9

10

13

12

6

5

13

12

9

10

6

5

2

3

IC1601 BUFFER

IC1604 BUFFER

IC514(2/2)

AMP

5

6

IC514(1/2)

1 3

1

8

14

7

14

8

7

1

8

7

AMP

6

5

3

2

3

2

10

9

12

13

5

6

12

13

10

9

5

6

3

2

OR

21

X4701

14.3MHz

22

21

X4702

14.3MHz

22

12

6 12

1/2H&ODD/EVEN

8 11

12

SAW

1

XSOP

48

SOP

47

AFC

24

3

IC5801 COMP

IC1605

PEAK HOLD

IC1606

PEAK HOLD

2

PHASE1

HDRIVE

IC517

HBLK DELAY

Q1

IC508

2Q

2CLK

ICLK 2D

IC512 VDSP

7

1

IC507 JUGLE

1

H, S, IN

4

FBT IN

IC511

+5V

VIDEO PROCESSOR

EY IN

64

ECB IN

63

ECR IN

62

TCACR SW

61

28

VS OUT

29

HS OUT

31

SCP IN

V1 IN

65

H1 IN

66

VM/HSP/C OFF

60

VBLK IN

32

SEL Y IN

75

SEL CB IN

74

SEL CR IN

73

SEL Y OUT

76

SEL CB OUT

77

SEL CR OUT

78

SEL H OUT

79

SEL V OUT

80

HP IN

33

R OUT

35

G OUT

37

B OUT

39

IK IN

41

45

SY/SM IN

46

LR1 IN

47

LG1 IN

48

LB1 IN

44

ABL IN

43

ABL FIL

Y IN

69

CB1 IN

68

CR1 IN

67

IN2 H

1

IN2 V

2

IN2 CR

HD1

3

IN2 CB

4

IN2 Y

5

IN3 H

7

IN3 V

8

SD1

IN3 CR

9

IN3 CB

10

IN3 Y

11

IN4 H

13

IN4 V

14

IN4 CR

SD2

15 16

IN4 CB

IN4 Y

17

D SCL

55

D SDA

56

V MOUT

59

YS/YM2

49

LR2 IN

50

LG2 IN

51

LB2 IN

52

HS

IC516

7

IC509

SYNC SW

RC-HD RC-VD

OR

Q525

INV

Q5514

OR

Q520

BUFFER

Q519

3

7

BUFFER

Q523

5

6 1

2

OR

Q560

VD

3

HD

13

12

1

BUFFER Q5513 Q5512 Q5511

Y

B-Y

R-Y

YS

VS

2

IC1003(2/2)

INVERTER

10 11

HS

HD VD

VM MUTE

OR

Q530

1Q

53

HIN

16

VSY

22

VTM

36

PAR

11

SDA

M SDA

30

SCL

26

M SCL

INV

Q5801, 5802

BUFFER

Q511

OR

Q546

BUFFER

IC510

COMP

3

2

MID-HD

15

MID-VD

2

9

MID/XRC

INVERTER

Q5505

11

7

IC1603

SENSE SW

13

14

12

1

15

2

10 119

OSD PROCESSOR, VIDEO PROCESSOR, SENSOR ANP

Q1602

REST

Q1604

REST

Q1603

REST

Q1601

REST

Q1607

REST

Q1608

REST

Q1605

REST

Q1606

REST

BUFFER

Q1610

BUFFER

Q1612

BUFFER

Q1611

BUFFER

Q1609

BUFFER

Q1615

BUFFER

Q1616

BUFFER

Q1613

BUFFER

Q1614

A

(2/2)

(

1

8

14

7

14

8

7

1

INV

Q1617

YS

M SCL M SDA

R G B

REG

Q508, 509

)

BUFFER

Q564

BUFFER

Q563

BUFFER

Q524, 540

BUFFER

Q516, 539

BUFFER

Q510, 538

IK BUFFER

Q501, 5504

Q5515

BUFFER

Q521

(ROUT)

GR

CN503

1

CN506

CN511

CN502

CN509

CN522

CN521

CN517

CN523

CN519

3

5

8

3 1 6 8 9

10

2 4 6

8 10 13 14

2

4

6

8

9

1

2

3

4

5

6

7

8

9 10 11 12 13 14 15 16

1

2

3

6

7

9 10 11

8

6

7

8

9 10 11 12 13 14 15 16 17 18 19

1

2

4

5

7

8 10

R

G

B

IK

VDRIVE SHDOFF ABL VPROT HPROT HVPROT

RC-Y RC-B-Y RC-R-Y RC-VD RC-HD NOMV BRMI

VM

PIN (E-W) VBLK HDRIVE HBLK (HP)

SW 4/6 SENSE 3 SENSE 2 SENSE 1 SENSE 0 RE-YS RE-R RE-G RE-B RESET ODD EVEN PSCL PSDA MSCL MSDA /B INT

PSDA PSCL SIRCS G B B/INT MSDA MSCL

REGI MUTE

REGI MUTE VP VBLK HP AR RESET SENSE 4/6 SENSE 5/7 D FOCUS RH RV GH GV BH BV HS

BV BH GV GH RV RH DFOCUS

BUS

CHEACK

O

TO D BOARD

CN5009

I

TO BR BOARD

CN8502

T

TO ZR BOARD

CN4102

N

TO D BOARD

CN5004

K

TO BD BOARD

CN1702

Q

TO D BOARD

CN5011

L

TO BD BOARD

CN1701

P

TO D BOARD

CN5010

R

TO D BOARD

CN8004

Q527 MUTE

Q561 MUTE

Q562

MUTE

5

BUFFER

Q515

BUFFER

Q513

4

BUFFER

Q503, 505

10

12

9

M SDA M SCL

IC5501

ENP

CLR

1

7

LD

9

ENT

10

RCO

CLK

15

2

Q5516

13

Q5516, 5518

6

SS-609(US..)-B/D-2

H (+) H (-)

R G B

1K

IK

B G

RS

IK

B G

IK

B

RS

IK

B

RS

CN7101

1 3 5 8

CN7102

2 4 6

CN7103 1 2 9

CG

CN7201

2 4 6

CN7202

2 4

CN7204

1 2 9

CN7203

1 2 9

CB

2 4

CN7301

CN7302

1 2 9

CN7303

1 2

BUFFER

Q7101, 7102

H (+) H (-) G1

(GOUT)

BUFFER

Q7201, 7202

(BOUT)

BUFFER

Q7301, 7302

H (+) H (-)

3 8

IC7301 V-OUT

3 8

VOUT

IN

IK 5

IC7101

V-OUT

VOUT

IN

IK

5

IC7201 V-OUT

VOUT

IN

IK

5

CN7104

CN7205

V901

1

G2G2

TO FOCUS PACK

V902

1

G2G2

TO FOCUS PACK

V903

CN7314

1

RS

G1

4

BS

CN7304

1

G2 TO FOCUS PACK

G2

S

TO D BOARD

CN8005

– 75 –– 74 –

– 76 –

6-3. BLOCK DIAGRAM

TO A (1/2)

BOARD

CN516

A

M-HD M-VD

M-R-Y

M-B-Y

M-Y

2 4

6

8

10

CN8501

BUFFER

Q8515

BUFFER

Q8517

BUFFER

Q8516

SW

Q8551

SW

Q8546

+5V

FL8504

FL8506

FL8505

+5V

VCO DROP

Q8511

5

6 7

BUFFER

Q8512

BUFFER

Q8514

BUFFER

Q8513

SHIFT Q302

720P

M-HD P-HD

IC8526

SW

OUT

VCO IN

Q8509

IC8506

3CH 8BIT A/D

63

VIN (A)

VIN (B)

50

31

VIN (C)

IC8505

WRITE PLL

12

VCO IN

6

PFD OUT

14

VDD

IC8525

SHIFT

+5V

2

1

IC8507

READ PLL

PFDOUT

6

VCO IN

12

1

LOGIC

14

VDD

1

D (A) 1

D (A) 8

D (B) 1

D (B) 8

EXTCLP

XSYNC

VCO OUT

FINB FINA

4

VCO OUT

FINB

FINA

13

I

6

24

I

17

55 56

CLK

58

3

5 4

3

5

4

IC8504

TBC

DYO 2

DTO 9

DRO 2

DRO 7

FD 10

FD 17

FD 20

FD 27

WEN OBM

VCRO

FD 00

FD 07

127

I

129

I

•

132

I

136

141

I

148

63

I

70

29

I

22

67 67 67

53

I

60

1 I 4

•

11

I 14 28

I 25

•

18

I 15

1

I

4

•

11

I 14 28

I 25

•

18

I 15

FIELD MEORY

DIO 0

I

DIO 7

DO0–DO7

WE

5

WE

DO0–DO7

FIELD MEORY

DIO 0

I

DIO 7

IC8502

WRST

8

WRST

IC8503

RRST

WCK

RCK

9 20

21

9 20

21

RCK

WCK

RRST

83

EXY 0

I

90

EXY 7

23

EXC 0

I

16

EXC 7

3

CLP

207

C13W

4

ADHD

140

WPLLHD

197

IH

VCCA

126

C54R

42

HPLL

40

39

RPLLHD

193

IV

IC8514

UP CONV

198

I

196

ANT 1

•

194

ANT 8

I

190

188

I

181

202

200

199

BIN 1

BIN 8

CIK1 DIV1 CLK

OUT 1

I

OUT 2

I

OUT3

YS

DIV3

CLK3

PLLSET3

FH0

FV0 FHI3 FVI3 FVI1 FHI1

EXTOE1

BUFFER

75

Q8515

BUFFER

78

Q8517

BUFFER

80

Q8516

67

57

+5V

58 59

65 64 62 61

204

205

206

2

1

IC8516

SHIFT

6

FL8504

FL8506

FL8505

4

IC8519

SYNC SW

CH1

CHO

COM

BUFFER

Q8512

BUFFER

Q8514

BUFFER

Q8513

5

FINB

3

VCO OUT

2

SEL

IC8518

READ PLL

LEVEL SHIFT

217

IC8520

FINA

BAIS

4

13

4

IC8523

5

3

1

2

12

13

SW

15

14

10 119

SW Q8534, 8536 Q8538, 8548

BUFFER

4

Q8531

Q8552-8554

BUFFER

Q8512

BUFFER

Q8512

BUFFER

Q8526-8528, 8530

SW

Q8528, 8529, 8532

IC8529

INVERTER

IC8521

SW

12

13

14

1

3

5

10

4

7

IC8511

SYNC SW

IC8528

INVERTER

2 3 5 6

S

1

HD2

CN8502

2

RC-Y

4

RC-B-Y

6

RC-R-Y

8

RC-VD

10

RC-HD

13

NOMV

14

BRM1

I

TO A (2/2) BOARD

CN511

E

TO A (1/2) BOARD

CN5501

J

TO BM BOARD

CN003

C

TO A (1/2) BOARD

CN5701

MID-SCL MID-SDA

OSD-SW

480P Z-WZ

NORM

OSD-SW

720P

R-BY

P-RY

R-Y

108

AYO

116

194

WPLLHD

118

HD2

165

BRM1 NORM

CN8504

1

3

5

HD

7

VD

9

CN8505 1 2 4

5 6 7 8 9

CN8503

BUFFER

Q8539, 8540

BUFFER

Q8541

BUFFER

Q8542

SCL SDA

FL8513

FL8514

FL8515

SW

Q8551

SW

Q8533

SW

Q8550

BUFFER

Q8543

BUFFER

Q8544

BUFFER

Q8545

CHROMA DEC

28

A IN

37

B IN

66

C IN

IC8524

A0

A7

B0

B7

ADCLK

XAOE XBOE XCOE

13

I

20

3 I

I

10

52 53

CLP

44 45 46

XOC

184

T2

185

T5O

ARO

HX90 VX90

027M

ABO

FPD

112

165

167

123

170

BUFFER

Q8501

BUFFER

Q8502

BUFFER

Q8503

FL8501

FL8502

FL8503

BUFFER

Q8504

BUFFER

Q8505

BUFFER

Q8506

INVERTER

Q8519, 8547

IC8527

INVERTER

– 77 –

BR

(TBC, up CONVERTER, A/D CONVERTER)

SS-609(US..)-B/D-3

– 78 – – 79 –

6-4. BLOCK DIAGRAM (4)

K

TO A(2/2)BOARD

CN522

SW 4/6 SENSE 3 SENSE 2 SENSE 1 SENSE 0

RE-YS

RE-R RE-G RE-B

RESET

ODD EVEN

PSCL PSDA MSCL

MSDA

/B INT

1 2 3 4 5

6 7 8 9

10 11 12 13 14 15

16

CN1702

PSCL PSDA

R4 R5

VP

RST

56 15 16 17 18

50 48

6

14 13

44

57

O AREG SW I AREG D3 I AREG D2 I AREG D1 I AREG D0

MAIN SCL MAIN SDA

I BINT

I AREG D4 I DREG D5

I VPULES

O AREG RST

IC1703

PJED-CPU

I HP

I EXLC

I DREG OVF I DREG BSY I RREG ACK

I VP

DREG SCL

O DREG SDA

I DREG ACK

O DREGI RST

O DREGI MUTE

O NVM STOP

PROT O NVM WRITE

RESET

I OSC

O OSC

O SY

O YM

IC1723

13

12

4

1

2

4

5

BUFFER

2

1

+5V

15 HBLK IN

30

17

11 12 29 18

10

14 13

21

22

23

24 25 20

3

6

12

IC1704

WP VDD A0 A1 A2

32MHzPLL

VCO OUT

PFO OUT VCO IN

NVM

PSCL PSDA

IC1722

Q1709

ATT

Q1710

ATT

FINA

4

FINB

5

6 5

IC1718 RESET

4

RST

IC1712

OSD MIX

3

6

11

IC1716 1/2DIV

2CLK

2Q

7

39

26 27 28

8

49 47 46

61 62 59 55

9

12

11

OR

32

OG

33

OB

34

OI

35

36 37

9

2 6

12

PSCL

PSDA

BUFFER

1D 1Q 2D

Q1702

1CLK

2Q

1PR

YS R

11

3

8 4

7 8 1 2 3

RESET Q1701

G

B

IC1707

DIGITAL REGISTRATION

TEST5

PWM2

8

XOFDEF XBUSY XACKM TEST4 VBLK IN

5

SCLM

4

9 2 3

SDAM

XRESET XMUTE XSTOP XWC

SCLS SDAS

ROUT

GOUT

BOUT

YMOUT YSOUT ODD EVEN

HBLK OUT

RVOUT

RHOUT

BCLK

WCLK

GVOUT GHOUT

BVOUT BHOUT

DAOUT

CN1701

VP

RST

IC1719

RH&RV DAC

46 60 28

IC1725

INVERTER

26

Q1703

27

45 59

44 58

38

BV FOLD OVER

2

4

1

13

16

IC1724

BV DAC

LRCK

CLK

IC1701

INVERTER

2

3

LOUT

LSI

CENT REF

11

15

1

IC1711

1

RSI

14

LSI

15

CLK

16

LRCK

13

RH&RV DAC

14

RSI

16

CLK

13

LRCK

GH&GV DAC

RSI

14

LSI

15

CLK

16

LRCK

13

BH&BV DAC

RSI

14 15

LSI

16

CLK

13

LRCK

GH&GV DAC

14

RSI

15

LSI

16

CLK

16

LRCK

BH&BV DAC

15

LSI

16

CLK

13

LRCK

14

RSI

IC1715

IC1714

IC1721

IC1720

IC1713

6

ROUT

11

LOUT

ROUT

6 2

6

ROUT

11

LOUT

6

ROUT

11

LOUT

6

ROUT

11

LOUT

6

ROUT

11

LOUT

RH-FIL/AMP

2

3

RH-FIL/AMP

3

IC1706

GH-FIL/AMP

2

3

IC1710

BV-FIL/AMP

2

3

IC1708

GV-FIL/AMP

2

3

IC1709

BH-FIL/AMP

2

3

IC1702

7

IC1705

7

R4 R5 DF

REGI MUTE

6

VP

7

VBLK

8

HP

9

AR RESET

10

SENSE 4/6

11

SENSE 5/7

12

D FOCUS

13

RH

14

RV

15

GH

16

GV

17

BH

18

BV

19

L

TO A (2/2) BOARD

CN523

DF

BD

– 81 –– 80 –

(PJED-CPU, REGI CORRECTION, DAC)

B-SS609(US..)-B/D-4

– 82 –

6-5. BLOCK DIAGRAM

M-Y

M-B-Y

M-R-Y

M-VD

M-HD

MID-BUSY

/B INT

S-V-MUTE

RESET

MSCL MSDA

MID-SCL

MID-SDA

10 11 12

VP

14

S-G

15

17

S-V

18

19 20

TO A (1/2)

BOARD

CN518

J

TO BR BOARD

CN8505

B

CN001 1

3

5

7 8

CN003 1 2

RESET

Q032

X002

12MHz

BUFFER

Q001

BUFFER

Q006

BUFFER

Q009

55

O MIDBUSY

6

I BINT

44

I VPULSE

33

O G

31

O SUB VMUTE

36

O YS

22

I VIDEO

9

I RESER

50

MAIN SCL

48

MAIN SDA

12

I OSC

11

O OSC

4

RST

IC006

RESET

FL001

7.2MHz

FL002

2.6MHz

FL003

2.6MHz

IC009

MID-CPU

I HPULSE

I VPULSE

MID SDA

I MIDSDA

O NVM WPRT

MID SCL

I EXLC

O XLC

IC010

147

144

•

142

139

151

148

138

156

172

153

174

155

91

80

92

4

154

182

183

88

159

158

88

124

•

126

133

•

135

137

117

118

119

120

121

122

123

95 96 97

99

100

101

102

115

108

•

106

103

DIN6

DIN12

DIN1

DIN4

HP IN BGP1 ADCK1

CLK1

CKO1

DIV1

CLK3

CKO3

DIV3 FVI2 FVI1 FIN1 FIN2 FIN3 SCL SDA

XTLI

XTLO

MOA1

MOA12

OEA REA RXIA RRA RADEA RXADA RCLKA IEA WXIA WEA WRA WADEA WXADA WCLKA

MIA1

MIA12

MID CONTROLLER

BDMSK

MOB12

WADEB WXADB WCLKB

DOT5

DOT12

BGP2

HPOUT

CLK2

ADCK2

CKO2

DIV2

OUT3

OUT2

OUT1

EXFV EXFH

XRST

MOB1

RXIB

RADEB RXADB RCLKB

WXIB

WEB

WRB

MIB1

MIB12

DOT1

DOT4

FVI3

DEB REB

RRB

IEB

IC014

19

16

•

14

11

23

20

2

10

5

193

191

3

77

76

71

67

YS

9

90 94 93

157

3.3V

25

31

•

33

37

60 61 62 63 64 65 66 45 44 43 42 40 39 38

58

51

•

49

46

13

20

10

50 53 52

15

16

18

19

21

22

24

25

27

28

30

31

7

3

2

7

2

•

44

39

14 13 12 11 10

9

8 32 33 34 35 36 37 38

•

SUB ADC

A0

A7

B4

B7

SY CLP CLK

B CH PLL

VCOOUT

SEL

BUFFER

Q018

BUFFER

Q022

BUFFER

Q027

IC013

MEMORY

DIN0

DIN11

OE RE RXINC RR RADE/RX RXAD RCLK IE WXINC WE WR/TR WADE/RX WXAD WCLK

DO0

DO11

IC001

FINB

PFDOUT

VCOIN

FINA

AIN AIO

BIO BIN

CIN CIO

28 29

36 37

66 67

5 6

12

4

BM

FL008

18MHz

FL009 5MHz

FL011 5MHz

INVERTER

Q031

FL007

7.2MHz

FL010

2.6MHz

FL012

2.6MHz

BUFFER

Q019

BUFFER

Q023

BUFFER

Q029

HS VS

V H

LEVEL SHIFT

4

IC012

BUFFER

Q021

BUFFER

Q026

BUFFER

Q030

BUFFER

Q020

BUFFER

Q025

BUFFER

Q028

2

1

MAIN/SUB ADC, MID CPU, MID CONTROLLER, PLL

CN002

B-SS609(US..)-B/D-5

1

3

5

7 8 9

10 11

12 13

14

16 18 20

S-Y

S-B-Y

S-R-Y

S-HD S-VD VM-MUTE

HS VS

MID-V MID-H

MID-YS

MID-R-Y MID-B-Y MID-Y

D

TO A (1/2)

BOARD

CN513

IC003

MAIN ADC

BUFFER

Q002

BUFFER

Q007

BUFFER

Q010

IC1004

LEVEL SHIFT

2

1

2

1

7 8

49 47 59 30

39

38

L008

IC1007

LEVEL SHIFT

IC005

NVM

SCL

6

SDA

5

7

WR

E2

3

VDD

8

4

28 29

36 37

66 67

5 6

12

4

5 6

12

4

AIN AIO

BIO BIN

CIN CIO

A CH PLL

FINB PFDOUT VCOIN FINA

C CH PLL

FINB PFDOUT VCOIN FINA

IC002

IC008

VCOOUT

IC001

MEMORY

DIN0

DIN11

RXINC

RADE/RX

RXAD

RCLK

WXINC

WR/TR

WADE/RX

WXAD

WCLK

DO0

DO11

A0

13

A7

20

B4

7

B7

10

SY

50

CLP

53

CLK

52

3

2

SEL

3

2

SEL

X001

27MHz

7

2

•

44

39

OE

14

RE

13 12

RR

11 10

9 8

IE

32 33

WE

34 35 36 37 38

15

•

16

•

18

•

19

•

21

•

22

•

24

•

25

•

27

•

28

•

30

•

31

– 83 –

– 84 – – 85 –

6-6. BLOCK DIAGRAM (6)

CN5004

PIN(E-N)

4

V BLK

N

TO A (2/2) BOARD

CN509

H DRIVE

H BLK(HP)

V DRIVE

V PROT

H PROT

6

8

9

CN5009

3 6

ABL

8

9

O

TO A (2/2) BOARD

CN506

9

HV PROT

CN5010

BV

1

BH

2

V BLK BUFF

Q5004

V DEF PROT

Q5005, 5010

IC5004

V OUT

1

7

+5V

+16.5V

-16.5V

5

3

BUFFER

Q5036, 5037

H DEF PROT

Q5006, 5009

IC8002 (2/2)

3

2

+5V REG

IC8004

-5V REG IC8003

PWM

Q8029, 8030

IC8006 (2/2)

HV PROT

7

HV PROT

1

O

+12V

Q8021

STOP2

Q8019

HV STOP1

H SAW GEN

Q8009, 80110

+12V REG

IC5002

-12V REG IC5001

O

I

+12V

-12V

I

R+5V

R-5V

5

6

+12V

CLAMP 2

Q8018

IC5008(1/2)

PWM

3 2

+135V

H SAW Q8022

+135V

1

D8026

D8040

2 3

Q8028

IK PR0T1

H SAW

Q5034, 5035

DRIVE CONT

Q8001

HV DRIVE

Q8003, 8005

IC8010 (2/2)

HV PROT

7

IC8008 (2/2)

6

5

+LB PROT

Q8024, 8025

H SAW

+12V

IC5009 H SAW

6 5

1

6 5

T8001

HV REG OUT

Q8008

IC8009

HV CONT

6

1

5

COMP OUT BUFF

Q8015, 8016

6

7

5

IC8002 (2/2)

PWM

IC5008(2/2)

PWM

5

7

HV OUT

3

2

7

6

D8013

T8002

HEATER REG

T8003

FBT

+135V

D8014

TO

ABL

IC5006

CONVERGENCE OUT

6 7 4 5

10

9

+12V

D8007

DAMPER

+135V

HV BUFF

D8011

+135V

Q8031

PIN AMP

Q5029, 5030, 5031

H PULSE SHAPE

Q5014, 5015, 5016 5019

HV

BLOCK

FOCUS

PACK

1

12 13

IC8007 (1/3)

HV CONT

H DRIVE

Q5002, 5008

SHADING BUFF

Q8017, 8020

IC8001(3/3)

SHADING

2

1

3

2

20

22

21

T5001

2

3

1

IC8007 (3/3)

8

H OUT Q5013

IC8001(1/3)

SHADING

1

IC8008 (1/2)

HV CONT

IC8010 (1/2)

HV PROT

H SAW

+12V

DAMPER

9

10

D5013

1

3

2

SHADING AMP

2

1

3

2

7

Q8026

REG PROT

IC8005(1/2)

IC8007 (2/3)

HV CONT

+12V

Q8027

IK PROT2

V AMP Q5033

3

IC8006 (1/2)

HV PROT

6

5

9

10

IC8005(2/2)

SHADING AMP

10

11

IC8001(2/3)

SHADING

1

DELAY Q8023

L5007

+5V

+12V

-5V

5

6

3

2

D5019

D5020

IC8011(2/2)

SHADING

IC8011(1/2)

SHADING

G2 STOP CONT

7

1

DF OUT

Q8013, 8014

Q8006

D5015

RECT

9

7

3

+135V

+12V

2

+12V

CN5008

CN5007

CN5006

CN5005

CN8004

CN8005

CN8001

Q8004

G2 STOP

CN8007

CN8006

CN8008

CN5014

CN5013

1

V DEF

3

V RET

1

H OUT (R)

4

H RET(R)

1

H OUT (G)

4

H RET(G)

1

H OUT (B)

4

H RET(B)

1

H(+)

2

H(-)

7

+210V

1

RS

4

BS

G2

1

DF

2

1

∆R

2

∆R

TO T8003

3

HV REG

1

∆R

2

∆R

1

HB OUT

2

VB OUT

3

VB RET

4

HB RET

1

HG OUT

2

VG OUT

3

VG RET

4

HG RET

TO T8003

TO CB BOARD

CN7303

TO CB BOARD

CN7314

R8202

R8201

R

S

FOCUS

PACK

HV

BLOCK

CR BOARD J7101 CG BOARD J7201 CB BOARD J7301

CR BOARD CN7104 CG BOARD CN7205

CB BOARD CN7304

PICTURE TUBE (R) PICTURE TUBE (G) PICTURE TUBE (B)

T

TO A (2/2) BOARD

CN502

CN4104 1

HR OUT

2

VR OUT

3

VR RET

4

HR RET

CN4107 1

H OUT(R)

4

H RET(R)

CN4102

BUFFER

Q4101, 4103

2

HG OUT VG OUT

VG RET

HG RET

H OUT(G) H RET(G)

HB OUT VB OUT

VB RET HB RET

H OUT(B)

H RET(B)

V DEF V RET

VM

Q4106-4110

3 CN4101

CN4203 CN4205

1 2 3 4

CN4206 1 4

CN4201 3

Q4201, 4202

Q4205-4209

3 CN4202

CN4302

1 2 3 4

CN4304 1 4

CN4305 1 3

3

Q4301, 4302 Q4305-4309

CN4301

Q4104, 4105

ZR

BUFFER

Q4203, 4204

ZG

BUFFER

Q4304, 4303

ZB

DY/VM

VM AMP

(DY/VM)

DY/VM

VM AMP

(DY/VM)

DY/VM

VM AMP

(DY/VM)

CN4105

CN4204

CN4303

1

V DEF

3

V RET

1

V DEF

3

V RET

1

V DEF

3

V RET

1

V DEF

3

V RET

P

TO A (2/2) BOARD

CN519

Q

TO A (2/2) BOARD

CN517

6

G, V

4

G, H

5

R, V

7

R, H

8

D, F

10

CN5011

8REGI MUTE

Q5024, 5025, 5027

MUTE

Q5022, 5023, 5026

MUTE

7 4 5

10

9

12 13

– 87 –– 86 –

20

22

21

IC50O5

CONVERGENCE OUT

H/V DEF, SUB DEF

( )

D

HV REG, D.F, SHADING

CN5012

B-SS609(US..)-B/D-6

1

HR OUT

2

VR OUT

3

VR RET

4

HR RET

– 88 –

6-7. BLOCK DIAGRAM (7)

CN2103

L1

R

3

5

SPSW

G

TO A (1/2) BOARD

CN512

F MUTE

C MUTE

S MUTE

FIX MUTE

A MUTE

6

7

8

9

10

C MUTE BUFF

Q2105

ON POP

Q2103

+12V

OFF POP

Q2103

IC2105

PROLOGIC DECODER

72

LIN LOUT

RIN

73

16

SCK DATA

15

REQ

17

ROUT

XOUT

COUT

SOUT

FIXED L

Q2101

FIXED R

Q2102

IC2303

L, R TONE CONTROL

OUT

X2101 4MHz

L1

17

13

29 30

17

13

R1

SDA SCL

L1

R1

19

(L)

OUT

9

(R)

C, S TONE CONTROL

OUT

19

(L)

OUT

9

(R)

2

3

MSDA MSCL

21

XIN

22

5

7

IC2303

IN

18

7

18

7

27

LOUT

(L)

IN

26

ROUT

(R)

IN

LOUT

27

(L)

IN

ROUT

26

(R)

7

11

L/R MUTE 2

Q2607

L/R MUTE 1

Q2606

IC2601

L, R AMP

MUTE

6

7 5

4

8

2

10

5

3

1

IC2602

3

C AMP

IC2301

VAR OUT AMP

VAR MUTE BUFFER

FIX MUTE BUFFER

Q2806

7

6

1

2

Q2805

FIX MUTE 2

Q2804

VAR MUTE 1

Q2801

FIX MUTE 1

Q2803

VAR MUTE 2

Q2802

CN2602

CN2601

1

SP (L)

2

LE

4

RE

3

SP (R)

1

TW L

2

LE

3

TW R

4

RE

12SP (C)

SP (C)

+

-

TB2601

J2601

VAR L

EIXED L

J2602

VAR R

EIXED R

+

-

CENTER SP

IN

AUDIO OUT

(L)

(R)

(L)

(R)

SPEAKER

TWEETERS

SPEAKER

SPEAKER (C)

H

TO A (1/2) BOARD

CN510

M

TO G BOARD

CN6102

DATA

ENABLE

MSCL MSDA

A PORT

OFF MUTE

-19V

-19V +19V +19V

MSDA MSCL

CN2102

CLK

1 2 3 5

MSCL

6

MSDA

7

CN2101 1 2

-19V 3 7 8

+12VREG

I O

IC2104

+9VREG

I O

IC2103

+5VREG

I O

IC2102

+12V

+9V

+5V

29

SDA

30

SCL

C MUTE

Q2603

+9V

C SP/SW 2

Q2604

S MUTE 1

Q2601

S MUTE 2

Q2602

IC2603 S AMP

Q2608 -2610

7

11

PROT

4

8

2

10

MUTE

5

AUDIO AMP , TONE CONTROL,

K

()

PROLGIC DECODER

RY2601

C SP/SW 1

Q2605

+12V

B-SS609(US..)-B/D-8

+

L

-

REAR SP

+

-

OUT

R

– 89 –

– 90 –

6-8. BLOCK DIAGRAM (8)

CN6501 CN6502

AC

CN6503

AC

OUTLET

1

AC

2

F6501

120V

AC

D6002

CN6004

AC (W)

AC (L)

1 2

L6001 L6002

F6001

RY6001

RECT

F6002

IC6002

DRIVE

HIN

10

HD

SW

7

Q6008

T6002

2

RECT

D6116

CN6102

1 2 3 7 8

OFF MUTE

-19V

-19V +19V +19V

M

TO K BOARD

CN2101

GA

(AC LINE)

D6001, 6003

RECT

D6035

PROT

Q6012, 6013

RY6002

VCCSW

Q6011

SW

Q6002, 6003

SOFT START

Q6005

VCCSW

Q6001

PROT

Q6004

Q6006

SOFT START

4

3

IC6003

DSC

EAMP2 E1

E AMPT

IC6101

VCC SW

1

2

IC6001

PWM SW

D

C

LIN

12

VDD

9

LIN

D6015

RECT

12

HIN

10

VDD

9

T6003

2

1

4

92

E2

10

1

RT

6

5

4

VS

LO

IC6004

DRIVE

HD

VS

LO

IC6005

VCC OUT

4 1

7

D6120

RECT

5

SW

1

Q6007

SW

7

Q6010

5

SW

1

Q6009

23

IC6104

+5V REG

I O

4

T6001

1

3

IC6101

VCC CONTROLLER

2

Q6104

VCC SW

Q6106

1

REG

RECT

D6114

RECT

D6105

RECT

D6108

RECT

D6109

RECT

D6103, 6104,

D6106, D6107,

RECT

D6102

RECT

D6117

REF VOLTAGE

IC6103

CN6105

1

+21.5V

6

-21.5V

3

+16.5V

4

-16.5V

CN6104

2

+15V

4

CN6106

CN6101

5 7 9

1 3 5 6

1 3 4 5 6

+7V +7V +11V +33V

+135V

-135V +16.5V

-16.5V

RM+5V RELAY PROT +B OCP +B OVP

D617

PROT Q6101

LATCH

Q6102, 6103

IC6102 DVP, OCP

5

1

3

6

2

3

7

1

TO D BOARD

CN5003

TO A(1/2) BOARD

CN504

TO D BOARD

CN5002

F

TO A (1/2)BOARD

CN505

– 91 –

(POWER SUPPLY)

G

B-SS609(US..)-B/D-7

– 92 –

G

D

S

2

3

4

5

6

7

8

9

0

!¡

!™

!¢

–

1

G

D

S

G

S

D

G

D

Ver.1.5

Transistor (FET)

Transistor

Discrete semiconductot

(Chip semiconductors that are not actually used are included.)

Diode

Source

Anode

(NC)

Cathode

Anode

Cathode

Common

Cathode

Common

Cathode

Common

Cathode

Anode

Base

Emitter

Collector

Base

Emitter

Collector

Drain

Gate

Drain

Device Printed symbol Terminal name

Circuit

Terminal name of semiconductors in silk screen printed circuit ( * )

Anode

Anode Cathode

Anode Anode

Cathode

!£

Transistor (FET)

!∞

Source Gate

Drain

Cathode

Anode Anode

Cathode

Anode Anode

6-2. FRAME SCHEMATIC DIAGRAM

RE

LE

TW R

TW L

123

CN2601 CN2603 CN2602

4P

WHT

:S-MICRO

SP(C)+

4

1

2P

WHT

:MINI(LOCK)

K

CN6004

2P

:VH

1

AC(W)

2

AC(L)

CN6502

2P

AC (W)

POWER

AC (L)AC(W)

1

2

CN6503

AC OUTLET

GA

1

2

CN6501

2P

AC(L)

POWER

ANT SW

E

MBUS1

MBUS3

MBUS4

STBY5V

STATUS

1234567

CN3501

8P

RED-L

:S-MICRO

RM IN

RM OUT

8

UB

:MINI(LOCK)

9V

123456789

CN3502

:S-MICRO

LE

SP(R)

SP(L)

SP(C)-

123

2

4P

WHT

:MINI(LOCK)

CN2103

10P WHT

:S-MICRO

CN2102

7P

WHT

:S-MICRO

CN2101

8P

:VH

1234567

-19V

-19V E(AUDIO)

OFF MUTE 1234567

E(AUDIO)

CN6102

8P

:VH

G

CN6106

6P

12345

E

+135V

-135V

+16.5V

E

L1/2

R1/2

9P

YEL-L

7P SMP/R

RE

4

1 2 3 4 5 6 7 8 9

FIX MUTE

10

1 2 3 4 5 6 7

8

+19V

E(AUDIO)

8

CN6103

:FASTON

CN6104

WHT

:S-MICRO

CN6105

WHT

:S-MICRO

12345

6

E

-16.5V

+21.5V

ANT SW1

E

ANT SW2

E

SW2

DTV/VS

CN3504

11P

WHT-L

:S-MICRO

CN3509

7P

YEL-L

:S-MICRO

1

SP(L)

4P SMP/R

L E R E

SP SW F MUTE C MUTE S MUTE

A MUTE

CLK

DATA

ENABLE

E MSCL MSDA

A PROT

1P

9P

CN6101

7P

BLK

:S-MICRO

6P

E

+16.5V

-16.5V

1 2 3 4

PB2 5 6

PR2 7 8

VD2 9

10

HD2

11

1 2 3 4 5

SIRCS

6

STBY 5V

7

1

TW(L)

SP(C)

TW(R)

SP(R)

1

L

2

E

:S-MICRO

3

R

4

E

5

SP SW

6

F MUTE C MUTE S MUTE

FIX MUTE

A MUTE

DATA

ENABLE

MSCL MSDA

A PROT

1

ANT E

1

E

2

+15V

3

E

4

+7V

5

+7V

6

E

7

+11V

8

E

9

+33V

RM +5V

1 2

E

3

RELAY

4

PROT

+B OCP

5

+B OVP

6

EE

7

6

-21.5V

E

Y2

E

L1

R1

E

ANT E

+15V

+11V

+33V

RM +5V

RELAY

PROTECT

+B OCP +B OVP

ANT SW1

ANT SW2

CLK

E

E +7V +7V

E

+9V

:S-MICRO

7 8 9

10

1 2

:S-MICRO

3 4 5 6 7

CN507

1

:FASTON

1 2 3 4 5 6

:S-MICRO

7 8 9

1 2 3

CN505

4 5

:S-MICRO

6 7

1

CN508

2 3

:S-MICRO

4

L1

E

R1

E

SIRCS

STBY 5V

EE

UR

UL

UPPER

RIGHT LEFT

LR LOWER LL

E

UPPER

123

CN501

3P

YEL

CN512

10P WHT

CN510

7P

WHT

NC

E

LEFT CORNER UL 12345

CN524

6P

RED

:S-MICRO

E

CORNER LL

6

A

1P

CN504

9P

WHT

STBY5V

STATUS

N.C.

TVDET

T U

N E

R

:S-MICRO

8

RM IN

RM OUT

E

5V

123

CN3507

YEL-L

:S-MICRO

GND

N.C.

R-AUDIO

T U

7P

BLK

N E

R

4P

WHT

1234567

E

MSUB3

MSUB4

MSUB1

E

1 1 2 3 4 5 6 7

1

CN3511

CN3510

:FASTON

CN3508

7P

YEL-L

:S-MICRO

A1B1C1A2B2C2A3B3C3A4B4C4A5B5C5A6B6C6A7B7C7A8B8C8A9B9C9

N.C.

BOXDET

E

RIGHT

CORNER UR

1234567

:S-MICRO

CN526

8P

RED

123456789

E

9V

L1/2

E

-5V

4

Y1(SD)

123456789

4P

GND

N.C.

E

LOWER

CN525

8P

BLK

CN522

20P

:B TO B-P

1

SW 4/6

2

SENSE 3

3

SENSE 2

4

SENSE 1

5

SENSE 0

RE-YS

6

RE-R

7

RE-G

8

RE-B

9

RESET

10

ODD EVEN

11

PSCL

12

PSDA

13

MSCL

14

MSDA

15

/BINT

16 17 18

DEF 5V

19 20

DEF 5V

CN523

20P

:B TO B-P

1 2

R+5V 3 4 5

R-5V 6

REGI MUTE 7 8

VBLK

9

10

AR RESET

11

SENSE 4/6

12

SENSE 5/7

D FOCUS

13 14 15 16 17 18 19 20

CN5504

9P

YEL

:S-MICRO

E

R1/2

E

PB1(SD)

CN3505

10P

RED-L

:S-MICRO

CN3506

EVC

N.C.

Y-(SD)

L-AUDIO

E

CORNER LR

8

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

E

17

E

18 19 20

1

HS

2

3

E

4

E

5

6

7

VP

8

9

HP

10 11 12 13

RH

14

RV

15

GH

16

GV

17

BH

18

BV

19 20

E

SW2

DTV/VS

E

PR1(SD)

VD1(SD)

UA

N.C.

SIRCS

REGEB

1234567

CN503

8P

WHT

:S-MICRO

CN1702

20P

:B TO B

CN1701

20P

:B TO B

:S-MICRO

123456789

E

Y2

PB2

E

HD1(SD)

10

ASPECT

Y1(HD)

123456789

Y+(SD)

HS(SD)

PB+(SD)

PB-(SD)

PR+(SD)

E

+12V

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20

1

2

3

4

5

6

7

8

9 10 11

CN5502

11P WHT

E

PR2

E

PB1(HD)

CN3503

BLK-L

:S-MICRO

A10

VS(SD)

HS(HD)

:FASTON

IK

8

CN511

20P

:B TO B-P

E

RC-Y

E

RC-B-Y

E

RC-R-Y

E

RC-VD

E

RC-HD

N.C. N.C. NOMV BRMI

E +5V +5V

E

+3.3V +3.3V

CN516

11P

:B TO B-P

E

M-HD

E

M-VD

E

M-R-Y

E

M-B-Y

E M-Y

E

CN5505

4P

YEL

:S-MICRO

10

E

VD2

HD2

E

PR1(HD)

VD1(HD)

12P

B10

C10

CX1

CX2

Y(HD)

PR(HD)

VS(HD)

PR-(SD)

1

R

2

E

3

G

CN7101

4

E B E

+12V

IK

8P

5

WHT

:S-MICRO

6 7 8

CN7102

:S-MICRO

CN7105

#

1P

:FASTON

1

E

BUS CONN

NC

PSCL

PSDA

SIRCS

123456789

CN521

11P

:ACU

1 2 3 4 5 6 7

CN8503

9P

8

BLK

:S-MICRO

9 10 11 12

CN8502

20P

13

:B TO B

14 15 16

CN8505

17

4P

BLK

18

:S-MICRO

19 20

1

2

3

4

5

CN8501

6

11P

:B TO B

7

8

CN8504

9

10P YEL

10

:S-MICRO

11

123

11

E

S-SSW

HD1(HD)

101112

CX3

CX4

GND

PB(HD)

5V

DTV DET

GND

E

CR CG CB ZR ZG ZB

1 2 3

6P

WHT

4 5 6

#

J7101 J7201

1

E

B

G

NC

1 2 3 4 5 6 7 8 9

1 2 3 4

10

9 8 7 6 5 4 3 2 1

4

123456789

E

-5V

E

FR R INEFR L IN

123456789

1

H(+)

2

H(-) 3 4 5 6

CN7103

7

1P

1

G2

MSCL

MSDA

10

11

E

PB1(SD)

+210V 8 9

1 2 3 4

CN5701

5

:S-MICRO

6 7 8 9

10

9 8 7 6 5

:S-MICRO

4 3 2 1

CN5506

10P RED

:S-MICRO

E

PR1(SD)

9P

RED

:S-MICRO

+12V

IK

E B E G

CN7104CN7106CN7107

:MINI

1

FOCUS

E

/BINT

E N.C. N.C.

E 480P Z-WZ NORM

OSD-SW

720P

MID-SCL MID-SDA

N.C. N.C.

VD

HD

P-RY

P-BY

P-Y

Y1(SD)

SMP/R 11P

E

FR V IN

FR C IN

CN3201

11P

RED-L

:S-MICRO

1 2 3

NC

4

NC

5

E

NC

NC RS

9P

BLK

MID-SCL MID-SDA

6 7 8 9

:FASTON

E

9P

RED

:S-MICRO

+12V

IK

E B E G

1P

#

:FASTON

1

EG2E

1 2 3

CN003

4

:S-MICRO

CN5501

10P YEL

123456789

10

E

VD1(SD)

E

FRONT SW

10

HD1(SD)

FR Y IN

11

E

1

SMP/R

CN3202

RED-L

:S-MICRO

HB HC HA

– 93 – – 94–

1

CN7201 CN7202

2

5P

3

WHT

:S-MICRO

4 5 6

CN7207CN7208CN7209 CN7206

#

:FASTON

1

E

TO CRT E

CN001

20P

:B-TO-B

4P

BLK

CN002

20P

:B-TO-B

E

Y1(HD)

PB1(HD)

2P

E

NC

KEY0

123

3P

5P

WHT

:S-MICRO

#

:FASTON

1

E

1

M-Y 2 3

M-B-Y 4 5

M-R-Y 6 7

M-VD

8

M-HD

9

+5V

10

MID BUSY

11

/B INT

12

VP 13 14

S-G

15

S-V MUTE

16

+3.3V

17

S-V

18

RESET

19

MSCL

20

MSDA

1

S-Y 2 3

S-B-Y 4 5

S-R-Y 6 7

S-HD

8

S-VD

9

VM-MUTE

10

HS

11

VS

12

MID-V

13

MID-H

14

MID-YS 15 16

MID-R-Y 17 18

MID-B-Y 19 20

MID-Y

CN5503

:S-MICRO

E

PR1(HD)

VD1(HD)

CN3301

WHT-L

:S-MICRO

1 2 3 4

CN7203CN7204 CN7303

5

9P

WHT

6

:S-MICRO

7 8 9

1

+12V

2

IK

3

E

4

B

5

E

CN7205

1P

WHT

:MINI

1

FOCUS

H(+) H(-)

NC NC

E

NC

+210V

NC RS

1 2 3

CN7302

4

9P

5

WHT

:S-MICRO

6 7 8 9

+12V

1

IK

2

E

3

B

4

E

5

CN7308 CN7307

#

:FASTON1P:FASTON

1

E

FOCUS

PACK

1

E

12P BLK

E

3P

2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20

1

2

3

4

5

6

7

8

:B-TO-B

9 10 11 12 13 14 15 16 17 18 19 20

101112

S-SSW

HD1(HD)

DTV DET

1

SMP/R

3P

SIRCS

STBY+5V

123

CN518

20P

:B-TO-B

CN513

20P

E

1234567

STBY +5V

AWBMBRBD

123456789

E

FR R IN

:S-MICRO

E

CN4701

6P

:B-TO-B

CN4702

6P

:B-TO-B

CN515

11P YEL

:S-MICRO

E

FR L IN

CN514

7P

RED

KEY 0

SIRCS

ST LED

1 2 3 4

SUB-WIDE 5 6

1 2 3 4 5 6

E

FR V IN

E

TIMER LED

CN3101

5P

RED-L

:S-MICRO

1 2 3 4 5

7P

WHT

6

:S-MICRO

7

CN7314

1

4P

BLK

2

:S-MICRO

3 4

CN7301

5P

WHT

:S-MICRO

CN7305

J7301

#

:FASTON

1

E

FOCUS

VM

+12V

123

CN502

3P

WHT

:S-MICRO

CN5601

6P

:B-TO-B

1

E

2

SDA

3

SCL

4

E

CN5602

6P

:B-TO-B

E 5V 5V

SUB-H SUB-Y

E

5 6

1 2 3 4 5 6

MAIN-Y

:B TO B-P

10

11

E

FR C IN

FR Y IN

FRONT SW

CN5507

8P

YEL

:S-MICRO

1234567

E

5V

KEY 2

KEY 1

1

SMP/R BLK

5P

E

ST LED

DTV LED

TIMER LED

12345

H(+) H(-)

NC NC

E

NC

+210V

RS

E E

BS

CN7304

1P

WHT

:MINI

1

G2

E

10

CN509

10P

:B TO B-P

10

CN517

10P

:B TO B-P

10

CN506

10P

10

CN519

10P

:B TO B-P

8

E

DTV LED

STBY 5V

STBY+5V

E

9

H.BLK(HP)

8

H.DRIVE

7

E

6

V.BLK

5

E

4

PIN(E-W)

3

E

2

E

1

E

HD1080

9

NC

8

REGI.MUTE

7

E

6

R+5V

5

R-5V

4

E

3

E

2

R-12V

1

R+12V

HVPROT

9

HPPROT

8

VPPROT

7

E

6

ABL

5

DEF 5V

4

E

3

V DRIVE

2

E

1

SHD OFF

D.F.

9

E

8

R.H.

7

R.V.

6

E

5

G.H.

4

G.V.

3

E

2

B.H.

1

B.V.

1

SMP/R WHT

1

SMP/R WHT

E

123

CONTROL

PANEL

DF

123

CN8001

:MINI(LOCK)

10

9 8 7

CN5004

6

10P

:B TO B-P

5 4 3 2 1

10

9 8

CN5011

7

:B TO B-P

6 5 4 3 2 1

10

9 8

CN5009

7 6

:B TO B-P

5 4 3 2 1

10

9 8 7

CN5010

6

10P

:B TO B-P

5 4 3 2 1

4P

5V

KEY 1

KEY 2

4

NC

4P

10P

VM

E

HR OUT VR OUT VR RET HR RET

H.OUT(R)

NC NC

H.RET(R)

RS

GND

123

4

CN8005

4P

BLK

:S-MICRO

12345

E

+21.5V

1 2 3

:S-MICRO

1

CN4104

2 3

:S-MICRO

4

1 2

CN4107

3

VH.L

4

EG2E

BS

4

CN5003

6P

WHT

E

+16.5V

-16.5V

ELP/R

2P

FRONT

PANEL

CN4102

3P

WHT

:S-MICRO

4P

RED

:S-MICRO

4P

NC

NCENC

H(+)

H(-)

1234567

CN8004

7P

WHT

:S-MICRO

FBT

CN5002

6P

WHT

:MINI(LOCK)

6

12345

E

+135V

-21.5V

CH GND

CN4105

3P

BLK

CN4101

6P

WHT

E

-135V

1 2 3

1 2 3 4 5 6

+210V

HR OUT

123

:S-MICRO

6

+16.5V

-16.5V

V DEF

NC

V RET

+135V

NC

+12V

E E

VR OUT

VR RET

4P

RED

1

CN4205

2

BLK

3

:S-MICRO

1 2 3

CN4202

4

WHT

5

:S-MICRO

6

:S-MICRO

123

HG OUT

HR RET

H.OUT(R)

4

123

:VH

CN5015

:FASTON

1

E

3P

6P

4P

WHT

VG OUT

NC

4P

CN4207CN4203 CN4206

3P

YEL

:S-MICRO

123

4

NC

+135V

HG OUT

VG OUT

:S-MICRO

E

CN4204

3P

BLK

CN4201

6P

WHT

4P

:VH

123

4

NC

H.OUT(G)

H.RET(G)

1

V DEF

2

NC

3

V RET

1

+135V

2

NC VMVM

3 4

+12V

5

E

6

E

CN4303

1 2

BLK

:S-MICRO

3

1 2

CN4301

3

6P

WHT

4

:S-MICRO

5 6

3P

CN4305

3P

RED

:S-MICRO

CN4304

4P

VH.L

CN4302

4P

YEL

:S-MICRO

1 2 3

1 2 3 4

V RET+12V

NC

V DEF

H.OUT(B)

NC NC

H.RET(B)

HB OUT VD OUT VB RET HB RET

6-3. CIRCUIT BOARDS LOCATION

HG OUT

H.RET(R)

123

4

CN5013CN5012

4P

WHT

:S-MICRO

E

NC

VG OUT

+135V

HG OUT

VG OUT

123

4

CN5001 CN5008

3P

YEL

:S-MICRO

NC

H.OUT(G) 123

4P

:VH

HB OUT

H.RET(G)

123

4

CN5014

4P

YEL

:S-MICRO

VD OUT

VB RET

HB RET

4

NC

H.OUT(B) 123

CN5005CN5006CN5007

4P

:VH

V DEFNCV RET

H.RET(B)

123

4

3P

RED

:S-MICRO

CN8003

:S-MICRO

1 2 3

ABL TO +B

4

ABL TO PROC

5

ABL TO PROC

6

ABL TO FBT

6P

WHT

HD IN

HD OUT

CG

CB

ZG

ZB

G

HA

GB

GA

HC

D

BD

BR

HB

ZR

CR

K

UA UB

A

AW

BM

6-4. PRINTED WIRING BOARDS AND

SCHEMATIC DIAGRAMS

Note:

• Capacitors without voltage indication are all 50V.

• All resistors are in ohms. k =1000 , M =1000k

• Indication of resistance, which dose not have one for rating electrical power , is as follows.

Pitch : 5mm

1

/

Rating electrical power :

•

: nonflammable resistor.

: fusible resistor.

: internal component.

: panel designation and adjustment for repair.

W

4

D

+12V

1

+12V

2

HV REG

3 4

CN8006

WHT

:S-MICRO

E

4P

• All variable and adjustable resistors have characteristic curve B, unless otherwise noted.

• # : not mounted.

•

: earth-chassis.

• The components identified by

in this basic schematic diagram have been carefully factory-selected for each set in order to satisfy regulations regarding X-ray radiation.

Should replacement be required, replace only with the value originally used.

, make the necessary adjustments

CN8002

:FASTON

1

CN8010

:FASTON

1

2P

LARGE

2

CN8008CN8007

2P

LARGE

1

2

1

• When replacing components identified by indicated. If results do not meet the specified value, change the component identified by

and repeat the adjustment until the specified value is achieved.

(Refer to R514,R561 and C514 adjustment on Page xx – xx.)

• When replacing the part in below table, be sure to perform the related adjustment.

E

MAINTAIN UNTIL DIN NO.DR1-

E

TO CHASSIS GND

R

0256

R

R8201R8202

R

HV

BLOCK

B-SS609.<U/C>-KESSENZU

Part replaced ( )

Adjustment ( )

IC8002,IC8007,IC8008,Q8022,D8042,C8018,C8064,C8066, C8070,C8082,C8093,R8095,R8095,R8096,R8105, R8108,R8112R8113,R8114,R8126,R8128,R8136,R8138 R8139,R8154,R8157,R8168,R8173,R8174R8177,R8178,

HV Reagurator (R8196,R8232)

R8195,R8196,R8201,T8002 T8003, HV BLOCK,D BOARD

IC8006,IC8009,IC8010,Q8021,Q8031,C8018,D8026,D8032,D8035, D8050,R8092,R8094,R8097,R8109,R8110,R8115,R8117,R8118, R8121,R8123,R8125,R8129,R8135,R8140,R8155,R8190, R8191,R8192,R8193,R8194,R8198,R8202,T8002,T8003,

HV HOLD-DOWN

(R8194, R8231)

HV BLOCK,D BOARD

• As to the voltage volue shown by the semiconductors on the Shematic Diagram, see the another list

• Readings are taken with a color-bar signal input.

• Readings are taken with a 10M digital m ultimeter.

• Voltages are dc with respect to ground unless otherwise noted.

• Voltage variations may be noted due to normal production tolerances.

• All voltages are in V.

: Measurement impossibillity.

*

• Circled numbers are waveform references.

: B+ bus.

•

: B– bus.

•

: signal path.(RF)

– 95 – – 96 –

Reference information RESISTOR : RN METAL FILM

: RC SOLID : FPRD NONFLAMMABLE CARBON : FUSE NONFLAMMABLE FUSIBLE : RW NONFLAMMABLE WIREWOUND : RS NONFLAMMABLE METAL OXIDE : RB NONFLAMMABLE CEMENT

ADJUSTMENT RESISTOR

: COIL : LF-8L MICRO INDUCTOR CAPACITOR : TA TANTALUM

: PS STYROL

: PP POLYPROPYLENE

: PT MYLAR

: MPS METALIZED POLYESTER

: MPP METALIZED POLYPROPYLENE

: ALB BIPOLAR

: ALT HIGH TEMPERATURE

: ALR HIGH RIPPLE

Note: The symbol display is on the component slde.

The components identified by shading and mark are critical for safety. Replace only with part number specified.

The symbol

indicate fast operating fuse.

Replace only with fuse of same rating as maked.

Note: Les composants identifiés per un tramé et une marque

sont critiques pour la sécurité. Ne les remplacer

que par une piéce portant le numéro spécifié.

Le symbole indique une fusible a action rapide. Doit etre remplacee par une fusible de meme yaleur, comme maque.

1

A

B

C

D

E

F

G

H

I

K

L

M

N

O

P

J

2

12

13

11

10

98765

43

14

22

2120191817

1615

A (1/4) BOARD : IC512 CXD2018Q

0

5.0

8.6

4.5

8.0 8.0 3.9

8.7

3.3V

5V

9V

3.3V

DEF5V

R5V

R-5V

2.0 0 0

02.0

1.5

1.8

2.0

1.6

2.502.5

2.3

2.5

0.4

3.505.7

2.5

0

2.5

1.4 0

DEF5V

00

0.4

0

5.0

4.9

00.4

0.3

4.900.4

0.4

0

1.3

2.7 0

2.5

3.2

1.3

2.7

2.5

2.7

2.5

11.2

5.6

5.8

0

10.2

7.4

0

10.2

5.2

5.8 5.4

5.8

5.9

2.8

3.5

0.2

7.8

7.4

7.2

12V

DEF5V

12.0

7.0

6.4

3.7

7.0

4.2

4.8

00

0

3.7 3.5

3.7

12V

7.6

7.9

5.3

DEF5V

1.2

7V

5V

12V

2.2

2.8

2.2

2.8

2.5

1.9

3.1

3.7

3.1

3.0

3.6

3.1

2.7

0

2.9

3.3

2.9

18

19

24 25

26

2021

22

23

0

9V 9V9V

16

17

14

15

13

2.6

2.5

4.6

8.6

8.7

3.2

2.9

3.8

4.9

0

5.0

4.503.5

3.7

4.1

4.9

4.904.9

4.9

4.902.6

8.905.3

12

11

9

7

6

8

5

5.3

3.1

4.6

2.7

5.0

3.0

0.5

0.3

0.6

0.7

0.4

4.6

2.6

5.1

2.5

3.0

2.5

3.0

2.5

2.9

3.0

3.1

3.0

11.0

11.1

0

30V

STBY5V

0.4

0.7

0

0.65.54.5

0

4.5

4.6

0.5

1.1

0.4

0.6

0.2

0.4

0.6

0.4

7.2

6.5

3.5

2.8

6.5

3.7

7.2

3.1

3.0

3.7

3.8

3.7

3.0

6.5

7.2

8.9

0

6.6

2.0

9V

0.8

5.0

0.1

0

2.8

5V

2.9

0

1

0.9

4.7

3.4

5.0

5.7

2.7

9VSTBY5V

5V

9V

8.3

3.3

3.9

1.5

0.9

0.2

9.0

2

3

4

4.1

3.9

4.0

5.0

4.0

2.6

4.0

5.0

4.0

3.9

4.1

3.9

4.1

3.6

3.7 0

4.0

2.7

4.0

0

-0.8

-0.9

0

-0.6

3.3

4.0

3.9

3.3

3.9

4.5

3.9

3.4

4.0

3.3

4.0

10

3.1

3.2 5.5

5.0 6.4

12.0 14.5

5.0

5.8

9.1

11.2

5V

1.7

0

2.0

R-Y

B-Y

Y

R-YB-Y

Y

B-Y

R-Y

B-Y

Y

B

G

R

B

R

G

B

G

R

R/G/B

M-VIDEO

M-AUDIO L

M-AUDIO R

M-VIDEO/AUDIO

M-VIDEO

S-VIDEO

S-AUDIO L

S-VIDEO

S-AUDIO R

S-AUDIO L

VIDEO/AUDIO

AUDIO L

AUDIO R

AUDIO L

AUDIO R

AUDIO L

AUDIO R

AUDIO L

AUDIO R

AUDIO L

M-C

M-V

VIDEO/AUDIO

S-C S-Y

S-C

S-Y

S-C

S-Y M-V

M-C

R

GB

1

2

3

4

5

6

7

8

9

10

1

2

3

4

5

6

7

8

9

10

1

2

3

4

5

6

7

8

9

10

123

123456789

1 2 3 4 5 6 7 8 9

10

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

20

21

22

23

24

25

26

27

28

29

30

31

32

33343536373839404142434445464748495051

52 53 54 55 56 57 58 59 60 61 62 63 64

1 2 3 4 5 6 7 8 9 10 11 12

13

14

15

16

17

18

19

20

21

22

23

24

252627282930313233343536

37 38 39 40 41 42 43 44 45 46 47 48

12345678910

11 12 13 14 15 16 17 18 19 20

1 2 3 4

5678

1234

5 6 7 8

IO

G

IO

G

1 2 3 4 5 6 7 8

9 10 11

1234

5 6 7 8

V

L

R

V

L

R

1

2

3

4

5

6

7

8

9

10

12345678

9 10 11 12 13 14 15 16

123

9V

30V

5V

SCL

SDA

AS

RF AGC

VIF

9V

AFT OUT

GND

DET OUT2

DET OUT

MODE

F MONO

NC

MUTE

R OUT

L OUT

NC

SAP IND

ST IND

12345

6

9V

30V

5V

SCL

SDA

AS

RF AGC

VIF

9V

AFT OUT

GND

DET OUT2

DET OUT

MODE

F MONO

NC

MUTE

R OUT

L OUT

NC

SAP IND

ST IND

1234567

1

2

3

4

5

6

7

8

9

10

1 2 3 4 5 6 7 8 9

10

1 2 3 4 5 6 7 8 9

1

2

3

4

1234567

12345678

9 10 11 12 13 14 15 16

1234567

8

1 2 3 4

1234567

1 2 3 4 5 6 7 8

9 10 11

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

414243444546474849505152535455565758596061626364

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

1234567

8 9 10 11 12 13 14

1245 3

IO

G

IO

G

IO

G

12345678

9 10 11 12 13 14 15 16

12

34

V

L

R

S

1 2 3 4 5 6 7 8

9 10 11

12

34

V

L

R

S

12

34

V

L

R

S

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20

1

2

3

4

5

6

7

8

9 10 11 12 13 14 15 16 17 18 19 20

1234567

8

1 2 3 4 5 6 7 8

9 10 11

1 2 3 4 5 6 7 8

9 10 11 12

1 2 3 4 5 6 7 8

1234567

8

IC515

R754

R744

C666

R703

R788

IC501

R509

R530

D503

R652

R653

R655

R659

R819

R820

R821

R822

R823

R824

R826

R828

R830

R831

R832

R833

R834

R835

R836

R815

R809

R805

R800

R795

R791

R787

R784

R780

R777

R774

R631

R625

C665

C638

C615

C626

C531

C528

C513

C510

C527

C540

R575

C564

C595

C623

C667

C672

C641

C563

C562

R549

C553

C552

R537C521

C523

C543

C546

C548

R532

R550

C550

R552

R577

C558

R562

C571

R873

R872

R870

C698

R898

R886

R856

R857

R896

R892

R837

R817

C629

C642

R743

C580

C685

C717

C718

C716C707

C706

C708

C712

C713

C714

C704

C703

C702

C715

C693

C694C696

R533

R911

R912

C771

C773

C772

R710

R716

R722

R721

R678

L501

L503

L506

L507

L508

R818

R688

R701

R876

R881

R882

R883

R884

R885

R891

R895

R897

D501

C514

C664

L523

C656

R717

R619

C678

R535

R606

R544

R555

C589

C632

R705

R697

C686

C688

C687

C520

R515

C530

IC505

CN507

R551

R538

C517

C518

C519

C516

R612

R692

R709

R713

C657

C660

R756R747

R773

CM501

R906

R841

R859

R860

R868

IC503

L502

C526

C690

R679

R749

L520

R748 R735 R736

C611

C583

R527

IC506

C524

R794

R790

R799 R804

R808 R812

R783

R753

R672

L514

R673

R695

R689

R676

C644

C651

R654

R668

R662

R660

R656

C600

R638

R639

R640

R642

C599

R637

C602

C603

C604

R643

C605

C607

C606

R644

R567

R528

C627

R814

R813

R508

R887

R869

R861

R899 R901

C775

C505

R519

R516

C625

C618

C522

R586

R669

C622

C617

R700

C630

C511

C512

C542

C541

D532

D537

D543

D553

D541

D547

D555

D520

D550

D534

D539

D545

D530

D531

D518

D519

D557

IC512

R539C536

L504

C689

R510

R607

C608

R658

R657

L511

C586

C588

C587C585

C591

C628

C561

R596

R595

Q563

Q564

R903

R574

R583

R609

C661 R727

C643

C669

C668

R745

R746

C653

C654

C515

R545

R789

D502

D521

R598

D523

R501

R502

R503

R504

R505

R731

IC507

R626

R543

R507

C5502

C5503

C5501

R5501

R5508

R5509

R5513 R5514

Q5502

Q5503

R5519

R573

R5521

R5520

C5505

R578

R580

R566

R576

C639

R534

R5524

R5525

C5508

R5526

C5509

R5528

R5529

R843

R840

R768

R862

D5502

CN5502

R5538 R5539

R5540

R5541

C593

R5543

C5511

CN5504

CN5501

CN5503

R645

C624

R666

R667

IC5501

Q5515

Q5516

Q5517

Q5518

R5546

R5547

R5548

R5552

R5553

R5554

R5542

C525

R541

R546

R5503

D5503

D5504D5505

R712

C774

D5506

D5507

D5508

D5509

C5512

C5513

R801

R866

D5510

D5511

D5512

D5513

D5514

D5515 D5516

D5517

D5518

D5519

D5520

C5515

C5514

C5517

C5518

C5516

R5556

R5557

R5558

R5559

R5560

R5561

Q5510

CN515

CN512

CN508

CN526

Q545

R739 C671 R740

C670

R729

L518

R763

R760

C637L513

C614R664

R682

R582

C575

Q517

Q506

C537 C538 C539

Q518

Q526

C613

C612

L509 L510

C574R602

Q543

Q544

R867

R858

Q542

D556

D540

D559

D560

J502J501J508J507

R904

C650

R765

Q532

R751

R726

R734

C673

C676

R759

C677

R816

R741

R720

C658

C659

L517 L519

Q548Q528

Q531

R707

C631

R699

C636

IC516

IC510

Q525

R5516

R526

C584

Q540

Q539

Q524

R617

R648

Q516

R635

R636

C596

C582

Q510

R571

C506

R589

L505

C572

R523

Q508

D506

Q509

R581

C567

C566

D510

R569

R568

D507

D509

R579

C559

C568

D536

R584

R572 R616

D542

C507

Q547

C534C533

C532 C535

D558

R599

R601

Q502

R521

R529

C554

R553

D505

D504

R558

R557 C557

D511

D513

CN510CN5507CN514CN505

TU502

TU501

CN504

R517

R513R512R511

R605

Q501

Q5504

CN503CN502CN525CN524CN501

Q527

Q562Q561

Q505

Q504

Q503

R547

R593

R518 R524 R525

C545R542

R540

R548

R536

R620

C601

Q519

Q511

R646

R621

R592

C577R608

Q521

Q515

Q513

R632

R610

R597

Q546

Q530

IC509

R914

R663

C581

R661

C576

C551

R618

R590

R591

IC517

R670

IC508

R913

L515

R5549

R5550

R623

R684

CN517

CN509

CN513

C648 C649

CN5506

C5520 R5532 C5522

C5521

R5533

C647

C5519

R865

R879

C701

D552

R5527

R880

D529

D528

Q5509

Q5513Q5512Q5511

R5535

J505

D525

D524

Q5508

CN518CN511

CN516

R757 C675

R875

C697

CN523

CN522

R5544

R779C683

IC514

CN506

CN5505

CN519

CN521

R5537

R5536

C646

C652

R5551

Q514

R613

C5504

R5504

R5505

D5501

R506

IC511

C590 C598

R624

D517D516D515

C616 C619 C621

R696

R693

R690

R680 R685

R677

R5518

R563

R5517

Q5505

Q520

R520

R694

R561

R570

R514

R588

Q538

C560

R587

D508

R564 R565

Q507

R556

R559

C555

R554

R560

C569

C570

R585

Q512

R604R603 R594

R755

Q537

R766

Q535

C691 C692

R852

R855

R854R853

Q533

C655

Q523

R634

L512

C610

Q536

R772

Q560 Q5514

R531

C503C502

C504

C501

IC504

C529

1000

6.3V

100 16V

1000

6.3V

100 16V

4700

6.3V

220 16V

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

100p

CH:CHIP

0.1 25V

F:CHIP

100 16V

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.22 16V

B:CHIP

47

25V

47

25V

0.1 25V

F:CHIP

0.1 25V

B:CHIP

CXA1845Q

A.V-SWITCH

0

:CHIP

0.1 25V

B:CHIP

0.1 25V

F:CHIP

1

1/4W

:FPRD

1

470 16V

11

1

0.1 25V

B:CHIP

0.1 25V

B:CHIP

0.01

B:CHIP

1

100p

CH:CHIP

0.1

F:CHIP

0.0022 B:CHIP

1

1k

:CHIP

22k

:CHIP

2.2k

:CHIP

2.2k

:CHIP

100 :CHIP

100

:CHIP

100

:CHIP

100

:CHIP

100 :CHIP

100

:CHIP

100

:CHIP

100 :CHIP 100 :CHIP 100 :CHIP

100 :CHIP

10k

:CHIP

100 :CHIP 100 :CHIP 100 :CHIP

4.7k

:CHIP

100

:CHIP

100 :CHIP

100

:CHIP

1k

:CHIP

47k

:CHIP

470k

:CHIP

470k

:CHIP

470k

:CHIP

470k :CHIP

470k

:CHIP

470k

:CHIP

470k

:CHIP

22

0.0015

CH:CHIP

0.0015

CH:CHIP

0.0018

CH:CHIP

270p

CH:CHIP

MC7812CT

12V REG

0.0033 B:CHIP

12k

:CHIP

5.6k :CHIP

5.6k

:CHIP

5.6k :CHIP

820

:RN-CP

33k

:RN-CP

1k :RN-CP

10k

:RN-CP

22

2222

22

0.82 2W

:RS

100

:CHIP

100

:CHIP

1

22

100

:CHIP

100

:CHIP

100

:CHIP

100 :CHIP

1k

:CHIP

10µH :LAV35

10µH

:LAV35

10µH

:LAV35

10µH

:LAV35

100

:CHIP

2.2k

:CHIP

75

:RN-CP

75

:RN-CP

75

:RN-CP

75

:RN-CP

75

:RN-CP

75

:RN-CP

75

:RN-CP

75

:RN-CP

75

:RN-CP

75

:RN-CP

0.1 25V

F:CHIP

47

25V

10

1.2k

:CHIP

10µH

:LAV35

220

:CHIP

0.0022 B:CHIP

680

:CHIP

560

:CHIP

0.1 25V F:CHIP

1

10V

B:CHIP

100

:CHIP

100

:CHIP

2.2 2W

:RS

2.2 2W

:RS

22

1

10

1

1/4W

:FPRD

0.1 25V

F:CHIP

PQ09RF21

9V REG

:FASTON

100k

:CHIP 27k

:CHIP

0.1 25V

F:CHIP

100 16V

0.1 25V

F:CHIP

47

25V

2.2k

:CHIP

12k

:RN-CP

56k

:CHIP

100

:CHIP

0.001

B:CHIP

0.001

B:CHIP

680

:CHIP

33k

:CHIP

100

:CHIP

10k

:CHIP

22k

:CHIP

220 :CHIP

10µH

:LAV35

0.0047 B:CHIP

1

4.7k

:CHIP

100

:CHIP

100

:CHIP

100

:CHIP

100

:CHIP

0.1

B:CHIP

0.47 16V

B:CHIP

33k

:CHIP

PQ30RV21

3.3V REG

47 25V

5.6k :CHIP

100 :CHIP

5.6k :CHIP

5.6k :CHIP 100 :CHIP

100 :CHIP

1k

:CHIP

10µH

:LAV35

100

:CHIP

100

:CHIP

100

:CHIP

100

:CHIP

0.0022 B:CHIP

100 :CHIP

100

:CHIP

100

:CHIP

100 :CHIP

0.1 25V B:CHIP

100 :CHIP

0.1 25V B:CHIP

100 :CHIP

0.01 B:CHIP

100 :CHIP

0.01 B:CHIP

100 :CHIP

1k

:CHIP

2.7k

:CHIP

0.1 25V

F:CHIP

5.6k :CHIP

100

:CHIP

10

1/4W

:FPRD

220 :CHIP

220 :CHIP 220 :CHIP

0.1 25V B:CHIP

0.01 F:CHIP

100

:CHIP

100 :CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.0012

CH:CHIP

1k

:CHIP

22k :RN-CP

0.1 25V

B:CHIP

0.1 25V B:CHIP

560

:CHIP

0.01

B:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

UDZ-10B

CXD2018Q

VDSP

39k

:CHIP

0.0022 B:CHIP10µH

:LAV35

22

2.2k

:CHIP

2.2k :CHIP

10

39k

:CHIP

27k :CHIP

10µH

:LAV35

0.1 25V

F:CHIP

0.1 25V

F:CHIP

47

25V

100 16V

0.1 25V

F:CHIP

47

25V

47

25V

1k

:CHIP

220

:CHIP

2SB709A

22

:CHIP

2.2k

:CHIP

2.2k :CHIP

220

:CHIP

1.2k

:CHIP

220p

CH:CHIP

470 16V

0.1 25V

F:CHIP

100 :CHIP

100

:CHIP

0.1 25V

B:CHIP

47 25V

8.2k

:CHIP

0.1 25V

B:CHIP

0.1 25V

B:CHIP

10k :CHIP

UDZ-5.6B

220 :CHIP

100p

CH:CHIP

0.001

B:CHIP

4.7k

:CHIP

100 :CHIP

100

:CHIP

100

:CHIP

DTC144EKA

H SHIFT

1k :CHIP

100 16V

100p

CH:CHIP

Q5501

DTC144EVA

FH SW2

FH SW1

470p

CH:CHIP

0.47 25V

F:CHIP

0.47 25V

F:CHIP

UDZ-7.5B

BA05T

5V REG

LA7856 JUNGLE

10k

:CHIP

10k

:CHIP

4.7k

:CHIP

4.7k

:CHIP

4.7k

:CHIP

0

:CHIP

27k

:RN-CP

560

:RN-CP

5.6k

:CHIP

47k

:RN-CP

5.6k

:RN-CP

6.8k :RN-CP

2.2k

:CHIP

82k

:CHIP

82k

:CHIP

82k

:CHIP

39k

:CHIP

4.7k

:RN-CP

30k

:RN-CP

5.6k

:RN-CP

100k

:CHIP

39k

:CHIP

100k

:CHIP

100k

:CHIP

39k

:CHIP

11P WHT :S-MICRO

4.7

#

:CHIP

2.2k

:CHIP

2.2k

:CHIP

2.2k

:CHIP

470k

:CHIP

100

:FPRD

Hm601 :CHIP

MA111

100 :CHIP

47 25V

1k :CHIP

10k :CHIP

47p

CH:CHIP

10P YEL :S-MICRO

12P BLK :S-MICRO

9P YEL :S-MICRO

V PLUSE COUNTER

MC74HC163AF

DTC144EKA V BLK SW1

V BLK SW2

DTC144EKA

DTC144EKA V BLK SW4

4.3k

:RN-CP

100

:CHIP

100 :CHIP

4.7k :CHIP

4.7k

:CHIP

1k

:CHIP

680p

CH:CHIP

100

:CHIP

1

UDZ-5.6B

0.1 B:CHIP

82k

:CHIP

39k

:CHIP

MA111

MA111MA111

30k

:RN-CP

22k

:RN-CP

33k

:RN-CP

UDZ-5.6B

MA111

MA111 MA111

MA111

UDZ-5.6B

0.47 16V B:CHIP

0.47 16V

B:CHIP

0.47 16V

B:CHIP

0.47 16V B:CHIP

2.2k :CHIP

2.2k

:CHIP

2.2k

:CHIP

2SD601A

SW

11P YEL

:S-MICRO

10P WHT

:S-MICRO

4P

WHT

:S-MICRO

8P

RED

:S-MICRO

DTC144EKA

SW

10k

:CHIP4725V47:CHIP

0.1 25V

F:CHIP

0

:CHIP

Hm601 :CHIP

2.2k

:CHIP

0

:CHIP

0.1 25V

F:CHIP

0

:CHIP

0.0022 B:CHIP

560

:RN-CP

680

:RN-CP

1k

:CHIP

1

10V

B:CHIP

2SB709A

BUFFER

2SD601A

BUFFER

47

25V

10 0.1

25V

F:CHIP

2SB709A

BUFFER

2SD601A

BUFFER

0.1 25V

F:CHIP

47

25V

10µH

:LAV35

10µH

:LAV35

14.7k

:CHIP

2SD601A

MUTE

2SD601A

MUTE

4.7k

:CHIP

4.7k

:CHIP

2SB709A

BUFFER

UDZ-10B

22

:CHIP

0.01

B:CHIP

2.2k

:CHIP

2SD601A

BUFFER

2.2k

:CHIP

2.2k

:CHIP

2.2k

:CHIP

22

47 25V

0

:CHIP

0.1 25V

F:CHIP

0

:CHIP

68k

:CHIP

2.2k

:CHIP

0.1 25V

F:CHIP4725V

0

:CHIP

0

:CHIP

2SD601A

BUFFER

2SD601A

BUFFER

2SD601A

BUFFER

4.7k

:RN-CP

1

16V

F:CHIP

2.2k

:RN-CP

470p

CH:CHIP

TC7W08F(TE12R)

BUFF

LM393PS

COMP

2SD601A

OR

100 :CHIP

200

:RN-CP

0.1 25V

F:CHIP

2SB709A

BUFF

2SB709A

BUFF

2SA1226

BUFF

47

:CHIP

47

:CHIP

2SA1226

BUFF

0

:CHIP

3.3M

:CHIP

0.47 16V

B:CHIP

470p

CH:CHIP

2SA1226

BUFF

10k

:RN-CP

2.2 16V

F:CHIP

1k :CHIP

10µH

:LAV35

0.1 25V

F:CHIP

200

:RN-CP

2SD601A

INV

UDZ-7.5B REG

2SD601A

INV

10k

:CHIP

0.1 25V

B:CHIP

#

:CHIP

UDZ-7.5B

10k

:CHIP

#

:CHIP

MA111

UDZ-7.5B

#

:CHIP

10

# :CHIP

MA111

100k

:CHIP

100k

:CHIP0:CHIP

UDZ-10B

100 16V

2SB709A

OFF MUTE

0.1 25V

F:CHIP

0.1 25V

F:CHIP

100 16V

100 25V

UDZ-33B

220k

:CHIP

22k

:CHIP

2SD601A

BUFFER

1k

:CHIP

220k

:CHIP

0.047 25V

B:CHIP

2.2k

:CHIP

MA111

10k

:CHIP

4.7k :CHIP

1

MA111

7P

WHT

:S-MICRO

8P

YEL

:S-MICRO

7P

RED

:S-MICRO

7P

BLK

:S-MICRO

BTF-WA411 SUB.TUNER

BTF-WA411

MAIN TUNER

9P

WHT

:S-MICRO

150k

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP 1k

:CHIP

2SB709A IK BUFF

2SB709A

IK BUFF

8P

WHT

:S-MICRO

3P

WHT

:S-MICRO

8P

BLK

:S-MICRO

6P

RED

:S-MICRO

3P

YEL

:S-MICRO

2SD601A

R OFF

2SD601A

B OFF

2SD601A

G OFF

2SD601A

VM AMP

2SD601A

VM AMP

2SD601A

VM BUFF

10k

:CHIP

4.7k

:CHIP

0

:CHIP

22k

:CHIP

1.5k

:RN-CP

10560

:CHIP

12k

:RN-CP

680

:RN-CP

1k

:RN-CP

1k

:CHIP

0.22 16V

B:CHIP

2SB709A

BUFF

2SB709A

BUFF

100

:CHIP

100

:CHIP

100

:CHIP

0.1 25V

F:CHIP

2.2k

:CHIP

2SB709A

BUFF

2SB709A

BUFF

2SB709A

BUFF

100

:CHIP

100

:CHIP

100

:CHIP

2SD601A

OR

2SD601A

OR

MC74HC4052FEL SYNC SW

100

:CHIP

100

:CHIP

0.1 25V

F:CHIP

3.3k

:CHIP

0.0033 B:CHIP

0.1 25V

F:CHIP

2.2k :CHIP

10k

:RN-CP

10k

:RN-CP

TC74HC4538AF-TP2 H BLK DELAY

6.8k

:CHIP

MC74HC74AFEL

1/2H&ODD/EVEN

100

:CHIP

10µH

:LAV35

100

:CHIP

100

:CHIP

100

:CHIP

100

:CHIP

10P

:B TO B-P

10P

:B TO B-P

20P

:B TO B-P

0.47 16V

B:CHIP

0.47 16V

B:CHIP

10P RED

:S-MICRO

0.47 16V

B:CHIP

100

:CHIP

0.47 16V

B:CHIP

0.47 16V

B:CHIP

100

:CHIP

47

25V

0.47 16V

B:CHIP

39k

:CHIP

75

:RN-CP

22

UDZ-10B

39k

:CHIP

75

:RN-CP

UDZ-10B

2SD601A

MUTE

2SD601A

BUFFER

2SD601A

BUFFER

2SD601A

BUFFER

100

:CHIP

UDZ-10B

2SD601A

MUTE

20P

:B TO B-P

20P

:B TO B-P

11P

:B TO B-P

4.7k

:CHIP

0.33 16V

B:CHIP

75

:RN-CP

22

20P

:B TO B-P

20P

:B TO B-P

0

:CHIP

33k

:RN-CP

0.0022

CH:CHIP

LM358DR

V DRIVE BUFF

10P

:B TO B-P

4P

YEL

:S-MICRO

10P

:B TO B-P

11P

:ACU

100 :CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

4.7k :CHIP

2SD601A

BUFF

10k

:CHIP

10

10k

:CHIP

22k

:CHIP

MA111

100

:CHIP

CXA2101AQ

VIDEO PROCESSOR

0.1 25V

F:CHIP

0.1 25V

B:CHIP

2.2k :CHIP

UDZ-5.6BUDZ-5.6BUDZ-5.6B

0.1 25V B:CHIP

47k :RN-CP

100 :CHIP

100 :CHIP 100 :CHIP

100 :CHIP

1k :RN-CP

1k :CHIP

3.3k

:CHIP

2SB709A

INV

2SD601A

OR

15k

:CHIP

1.2k :CHIP

4.7k :CHIP

4.7k :RN-CP

200

:RN-CP

47

:CHIP

2SB709A

BUFF

0.1 25V

F:CHIP

0

:CHIP

MA111

100k

:CHIP

100k

:CHIP

2SB709A

INVERTER

1M

:CHIP

10k

:CHIP

220p

CH:CHIP

560

:RN-CP

680

:RN-CP

0.047 25V

B:CHIP

220p

CH:CHIP

100k

:CHIP

2SB709A

INVERTER

10k

:CHIP

10k

:CHIP1M:CHIP

0

:CHIP

2SD601A

BUFFER

56

:CHIP

2SD601A

BUFFER

10 10

470k

:CHIP

470k

:CHIP

470

:CHIP

470

:CHIP

2SB709A

BUFFER

0.1 25V

B:CHIP

2SB709A

BUFF

2.2k

:CHIP

10µH

:LAV35

0.01

B:CHIP

2SD601A

BUFFER

100

:CHIP

2SD601A

BUFF

2SD601A

BUFF

470

:RN-CP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

100 25V100

16V

PQ05RF21

5V REG

0.1 25V

F:CHIP

30V

9V

9V9V

9V

12V

DEF5V

3.3V

5V

9V

5V

3.3V

ST5V

DEF5V

5V

9V

M-HD

M-VD

M-R-Y

PROTECT

5V

9V

3.3V

DVD-Y

DVD-U DVD-V SUB-C SUB-Y

MSCL

MSDA

RESET

S-V MUTE

S-G

S-HD

S-VD

S-R-Y

S-B-Y

S-Y

R-CCD

G-CCD

B-CCD

YS-CCD

S-V

HSYNC

HSYNC2

ODDEVEN

RESET

SYNCSEL

CLK

DATA

MSDA

MSCL

TIMER LED

ST LED

KEY 0

SIRCSI

FIXMUTE

RMUTE

CMUTE

FMUTE

SP SW

APROT

ENABLE

ANTSW1

ANTSW2

MUTE2

AFT2

MUTE

MONO

SAP

STEREO

AFT

RELAY

ST5V

5V OSD-B OSD-G

OSD-R

OSD-YS

VBLK

/BINT

HV PROT

H PROT V PROT

SHD OFF

NOMV

BRMI

VP

M-V

CCD-R CCD-G

CCD-B

CCD-YS

HD VD

M-V

M-B-Y

M-Y

UPPER

RIGHT

CORNER LR

CORNER UL

LEFT

LOWER

MAIN-Y-IN

MAIN-C-IN

R-12V

R+12V

AR RESET

HBLK

CORNER LL

CORNER UR

MBUSY

STATUS

+B OVP

+B OCP

MBUS1

MBUS4

MBUS5

STEREO2

MONO2

SAP2

S-G-ATT

SW 4/6

SENSE 3

SENSE 2

SENSE 1

SENSE 0

SENSE 4/6

SENSE 5/7

HD1080

SEL H OUT HD1/2

DTV-V

DTV-U

DTV-Y

HD1/2

DTV

V SAW

DEF 5V

KEY1

DTV LED

RM OUT

VBLKZ

YUV_RGB

DTV DET

M-G-ATT

SEL V OUT

M-VS

M-HS

RGBSW

23

1

564

1

23

564

1

23

564

R

L

V

A2

A3

A4 A5 A6

A7

A8

A1 A2 A3 A4 A5 A6 A7 A8

A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20

A24 A25

A32 A33

TVMV

VBLK

HBLK

A50

A49

A48

A47

A46

A44

A43

A41

A40

A39

A38

A37

A36

A35

A34

G

B

G

B

IK

O-B O-G

O-R

O-YS

R

A34

A50

A49

A48

RC-Y

RC-B-Y

VM-MUTE MID-YS

RC-R-Y

MID-Y

HS

RC-VD

RC-R-Y

RC-B-Y

RC-Y

MID-Y

MID-R-Y

MID-B-Y

A43

A9

R

A51

RC-VD MID-V

A51

RC-HD

MID-H

RC-HD

A44

HD

VD

HD

C2 R2 Y2 L2

R5

L5

V5

SW5

C5

Y5

R4

V4

SW4

C4

Y4

R1

L1

V1

SW1

C1

Y1

DVD-Y

DVD-U

DVD-V

V1L1Y1R1C1

SW1

V4

L4

Y4

R4

C4

SW4

V

AMT

SW2

L5

Y5

R5

C5

SW5

L

R

A35

HBLK

P2P3P4

P5

MID-YS

TVSL TVSV TVSR TVML TVMV TVMR

V5

ABL

R2

Y2

A33

A32

A13

A14

A20

L2

V2

C2

SW2

VBLK

HS VS

B1

MID-B-Y

MID-R-Y

MID-H

MID-V

VM-MUTE

A15

A16

A17 A18 A19

AMT

B1

A45

A27

A28

A22

A24

A25

A21

A30 A23

A21

A30

A23 A22

A26

A29

TVMR

TVML

TVSV

TVSL

TVSR

DVD-U DVD-V

A47

P1 P2 P3 P4 P5

R-YS R-R R-G R-B

A26 A27 A28

A29

A11

A12

A10

A1

V2

A40 A41

O-R

O-G

O-B

R-R

R-G

R-B

O-YS

R-YS

VS

A36 A37 A38

A39

ABL

G1

A54

P6

P7

P6 P7

A35

A54

P1

R1/2

Y2

PB2

PR2

VD2

L1/2

R1/2

SSW3

L4

IK

A70

DVD-Y

Y1(HD)

PB1(HD)

PR1(HD)

VD1(HD)

HD1(HD)

L1/2

PR1(SD)

VD1(SD)

HD1(SD)

HD1(HD)

VD1(HD)

PR1(HD)

PB1(HD)

HD1(SD)

VD1(SD)

PR1(SD)

PB1(SD)

Y1(SD)Y2PB2

PR2

VD2

HD2

Y1(SD)

PB1(SD)

SSW3

Y1(HD)

A46

VBLKZ

DTV LED

KEY1

DTV LED

DTV DET YUV_RGB

RM OUT

YUV_RGB

KEY1

DTV DET

A71

A70 A71

HD2

E

FR V IN

E

SIRCS

ST LED

TIMER LED

L

R

SP SW F MUTE C MUTE

FIX MUTE

A MUTE

E

CLK

DATA

ENABLE

MSCL

MSDA

A PROT

E

9V

Y OUT GND C OUT

Vcc

VIDEO IN

R-5V

E

R+5V

E

M-Y

E

M-B-Y

E

M-R-Y

E

M-HD

M-VD

E

+3.3V

+5V

E

BRMI

RC-HD

E

RC-VD

E

RC-R-Y

E

RC-B-Y

E

RC-Y

E

PIN(E-W)

E

VBLK

E

HBLK(HP)

E

ABL

E

+12V

VM

GND

R

G

B

+12V

IK

E

15V

E

7V

E

11VE33V

E

RELAY

PROTECT

NC

A(P3)

A(P2)

DIGITAL

PART

ANALOG

PART

86H

90H

C6H

C0H

RC-VD

ENABLE

VEE

GND

VCC

HD

RC-HD

BM

BR

PSDA PSCL

SIRCS

NC NC

B E

MSCL

MSDA

/BINT

BV

BH

E

GV

GH

E

RV

RH

E

VIDEO1

DVD INPUT

SELECT OUT

GND

Vcc

A(P4)

RE-YS

RE-R RE-G RE-B

RESET

ODD EVEN

PSCL PSDA MSCL MSDA

E

E DEF 5V DEF 5V

R+5V

E

R-5V

VP

HP

RH

GH GV BH BV

E

D FOCUS

RV

/BINT

UPPER

E

RIGHT

E

CORNER LR

E

CORNER UL

E

LEFT

E

LOWER

E

BD

R-12V R+12V

AR RESET

NC

S MUTE

E

FR R IN

E

FR L IN

E

FR C IN

FRONT SW

E

FR Y IN

ANT SW 1

ANT SW 2

E

STBY 5V

CORNER LL

CORNER UR

E

STBY 5V

STATUS

RM IN

MID-Y

E

MID-B-Y

E

MID-R-Y

E

MID-YS

MID-H MID-V

VS HS

VM-MUTE

S-VD S-HD

E

S-R-Y

E

S-B-Y

E

S-Y

MSDA MSCL

RESET

S-V

+3.3V

S-V MUTE

S-G

E

VP

MID BUSY

M-HD M-VD

E

M-R-Y

E

M-B-Y

E

M-Y

KEY 0

+B OCP

+B OVP

+5V

/B-INT

M BUS1

NOMV

CN3201

CN5010

CN5009

CN4102 CN7101 CN2102

TO ANT SW

CN2103

CN6104

TO BD MOUNT CN1702

CN1701

G

REGI MUTE

VBLK

REGI MUTE

NC

SW 4/6 SENSE 3 SENSE 2 SENCE 1 SENCE 0

SENSE 4/6 SENSE 5/7

NC

E

Y2

E

PB2

E

PR2

E

VD2

E

HD2

E

9V

E

L1/2

E

R1/2

E

VIDEO3 VIDEO4

CN3502

CN3503

CN3504

M BUS4

M BUS3

E

VD

E

HD

P-RY

P-BY

P-Y

HD1080

BUS CONN

D FOCUS

HV PROT

HP ROT VP ROT

DEF 5V

SHD OFF

H DRIVE

E

RM +5V

CN6103

RM OUT

E

Y1(SD)

E

PR1(SD)

PB1(SD)

E

VD1(SD)

HD1(SD)

DTV DET

Y1(HD)

PB1(HD)

PR1(HD)

VD1(HD)

HD1(HD)

CN3505

E

-5V

5V

CN3507

E

VDRIVE

E

5V

KEY2

KEY1

E

DTV LED

STBY 5V

S-SSW

CN8504

CN8502

CN3501

SW2

DTV

A

(1/4)

AV SW,VIDEO PROCESSOR,VDSP,

TO HB BOARD

TO K BOARD

TO UB BOARD

AUDIO(R)

VIDEO

AUDIO(L)

CR

CB

Y

VIDEO

AUDIO(L)

AUDIO(R)

S-VIDEO

AUDIO(L)

AUDIO(R)

VIDEO

S-VIDEO

TO UB BOARD

TO UA BOARD

TO G BOARD

TO K BOARD

TO HA BOARD

CONTROL PANEL

TO HC BOARD

CN3301

TO HB BOARD

CN3202

TO HA BOARD

CN3101 2 , 3 PIN

CN3101 1 , 4 , 5 PIN

TO G BOARD

CN6101

TO G BOARDTO CR BOARDTO ZR BOARD

TO SENSORTO SENSORTO SENSOR

CN5004

CN5011

TO BM BOARD CN002

TO UA BOARDTO UB BOARD

TO BR BOARD

VIDEO

AUDIO(L)

AUDIO(R)

S-VIDEO

TO BM BOARD CN001

CN8501

TO BR(3/3) BOARD

N.C. N.C.

TO BD BOARD

N.C.

VDD3

SCL

PRS

SL1

DBL

SDA

VDD1

TS1

TS2

TCLK

VDD2

VTM

DXPA

DPA

AVS2

HIN

VOFF

PHA

VSS1

BLK

SYS

VSY

VSS3

AFC

SAW

AVD1

BIAS

AVS4

VC1

GURD

OP0

OP1

AVD4

AVD2

PAR

APA

VSS2

TSA

TPA

AVD3

AV1

AVS3

DSA

DXSA

AVS1

SOP

XSOP

CLR

P2

P3

Q0

Q1

Q2

Q3

CLK

P0

P1

ENP

GND

ENT

RCO

VCC

LD

1D

1Q

HS

B2

/Q2

Q2

1CLR

1CLK

1PR

GND

VCC

2CLF

2D

2CLK

2PR

2Q

G

GND

/Q1

HS1

Q1

G

VCC

RS2

C1/R1

RS1

A1

C2/R2

AFC

VCCV

V.OSC

V.P

GND

VCCH

H.DRIVE

HD.DUTY

H.OSC1

H.OSC2

V.DRIVE

FBP.INV.DUTY

PHASE1

PHASE2

V.S.IN

FILTER1

FILTER2

H.S.IN

MID-VD MID-HD

MID/XRC

VD

PROTECT

IN2 H

IN2 V

IN2 CR

IN2 CB

IN2 Y

VCC MAT(9V)

IN3 H

IN3 V

IN3 CR

IN3 CB

IN3 Y

GND MAT

IN4 H

IN4 V

IN4 1

IN4 2

IN4 3

V PH

IN5 H

IN5 V

IN5 1

IN5 2

IN5 3

H PH

YG OUT

YG IN

I REF SYNC

VS OUT

HS OUT

VCC OUT

SCP IN

VBLK IN

HP IN

GND OUT

R OUT

R S/H

G OUT

G S/H

B OUT

B S/H

IK IN

ABL FIL

ABL IN

YS/YM 1

LR1 IN

LG1 IN

LB1 IN

LR2 IN

LG2 IN

LB2 IN

ADDRESS

DPIC C

D-SCL

D-SDA

DPIC MUTE

CLP C

VM OUT

VM/SHP/C OFF

TCACR SW

ECR IN

ECB IN

EY IN

V1 IN

H1 IN

CR1 IN

CB1 IN

Y IN

GND SIG

I REF YC

VCC SIG(9V)

SELCR IN

SELCB IN

SELY IN

YS/YM 2

D-REGIOSD

HD1 SD1

SD2

84H

SELV OUT

SELY OUT

SELH OUT

SELB OUT

SELR OUT

C2

SSW2

SCL

SDA

ADR

L OUT

V OUT

R OUT

GND-A

SUB Y IN

VCC

SUB C IN

SUB L OUT

SUB V OUT

SUB R OUT

TRAP2

SUB Y OUT

MUTE

GAIN

Y-IN

BIAS

C-IN

FRONT

SELECT

R5

C5

SSW5

Y5

V2

L2

Y2

R2

V1L1Y1R1C1

SSW1

V3

SSW3V4L4Y4R4C4SSW4

V5

L1/2

Y-C

R1/2

S-C

L5

TV SUB V

TV SUB R

TV L MAIN

TV V MAIN

L-OUT

R-OUT

TRAP1

Y-OUT

GND-V

C-OUT

TV SUB L

V-OUT

SUB C OUT

MAIN

TV R MAIN

H JUNGLE,TUNER,VIDEO INPUT,DVD INPUT

TO D(1/2) BOARD

TO UA BOARD

TO D(1/2) BOARD

B-SS609.<U/C>-A..-P1

9

34

22

29

31

32

33

35

COMP LPF VCO

CONT DOWN PROCESSOR

ALU

ACC1

37 38 19 36 20 21 23 24 25 48

A (1/4) BOARD : IC507 LA7856

Vcc

19

20

1

H IN

Vert. Osc.

Phase

Saw Tooth

Shifter

Generator

4

3

2 10 11

H.S1

H.S2

A (1/4) BOARD : IC508 MC74HC74AFEL

• A (1/4) BOARD WAVEFORMS

2

Vcc

14

1

CLR

1 2 3 4 5 6

2D

CLR

13

12

CLR

CK

D

PR

2

3

1D

1CK 1PR

1.1Vp-p (H) 2.3Vp-p (H) 2.3Vp-p (H) 1.1Vp-p (H) 3.9Vp-p (V) 4.2Vp-p (H)

CLOCK

DIVIDER

JUMP

V IN

18

5

AFC

SAW

2CK 2PR

Q

V OSC

V RAMP

17

Vert. Ramp Generator

AFC

6

AFC

11

4

I-ADDRESS

GENERATOR

I-DECODER

V

D

E

F

V.D

16

7

AFC

H OSC

10

PR

D

CK

CLR

5

1Q

Hor. Osc.

98

H OSC

2Q

9

Q

6

1Q

7 8 9 10 11 12

13 14 15 16 17 18

19 20 21 22 23 24

25

5.3Vp-p (H) 4.7Vp-p (V) 4.1Vp-p (H) 1.9Vp-p (H) 1.9Vp-p (H) 1.9Vp-p (H)

2.9Vp-p (H) 2.9Vp-p (H) 0.2Vp-p (H) 0.2Vp-p (V) 0.4Vp-p (H) 3.5Vp-p (V)

3.4Vp-p (H) 5.5Vp-p (H) 11.0Vp-p (H) 10.1Vp-p (H) 1.1Vp-p (V) 1.9Vp-p (H)

1.9Vp-p (H)

26

1.9Vp-p (H)

TO

OTHER

TO CDP DSP

BLOCKS

IIC BUS

DECODER

DIGITAL SIGNAL

PROCESSOR

MULTIPLITER I-DECODER

R-REG

ALU

ACC1

15

14

Xray

13

PROT

12

HD

Vcc

DUTY

2Q

8

7

GND

Protector

ADC

I-ADDRESS

ACC2

V OUT

GND

– 97 –

GENERATOR

A

B

INH

I-ROMI-ROM ROMROM RAMRAM

A (1/4) BOARD : IC509 MC74HC4052EL

10

9

6

C. COM

S1

S2

S3

LOGIC LEVEL

CONVERSION

8

VSS

A (1/4) BOARD : IC517 TC74HC4538AF-TP2

B1

1

B0

2

3

C1

4

C0

5

INH

6

VEE

7

VSS

8

3941424326272830456781816

17

45

44

3

2

VDD

16

7

VEE

1

48

LPF

47

46

15

14 13

LPFDAC

12 11

10

BINARY

TO

1OF4

DECODER

WITH

INHIBIT

OPEN

11

1

0

16

15

14

13

12

11

10

X CH IN/OUT

15

5

1

Y CH IN/OUT

VDD

B. COM

A. COM

A1

A0

A

B

9

C

TG

0213

14

12

2

4

2

3

Schematic diagram A (1/4) board /

13

COMMON X OUT/IN

3

COMMON Y OUT/IN

– 98 –

– 99 –

– 100 –

1

A/D CONV.

LATCH

CLAMP

TIMING

GEN.

A/D CONV.

V

CL AVcc VRT VRB AGND

DVcc

DGND

OVER

DB1

DB2 DB3

CLK

DB4

DB5

DB6 DB7 DB8

D/A

ADD

S / H

21 2018

8

1 10

9

7

4

6

24

19 23 17 16 15 14 1322

2

43

98765

10

11

12

13

14

1615

2120191817

22

A

S-HD

MSCL

B

C

D

S-G-ATT

TO(1/4)

S-V MUTE

MID OSDSW

MSDA

S-G

RESET

R1397

1k

:CHIP

Q1301

2SD601A

R1396

B BUFF

2.2k

:CHIP

0

R1398

4.7k

:CHIP

4.7

Q1312

DTC144EKA

ATT

IC1302

CXA2119M

SUB YUV SW &

OSD MIX

R1305

1.8k

:RN-CP

C1335

B:CHIP

C1334

B:CHIP

R1313

220

0.1 25V

Q1303

2SD601A

G BUFF

3.6

CRCLP

NC

00

C1310

10p

CH:CHIP

R1306

1.8k

:RN-CP

R1314

220

:RN-CP

C1336

0.1 25V

B:CHIP

3.6

3.5

YCLP

CBCLP

CBOUT

YOUT

3.8

C1301

0.1 25V F:CHIP

0

R1303

1.8k

:RN-CP

0

C1312

10p

CH:CHIP

47 25V

C1346

C1344

C1345

RIN

GIN

BIN

3.5

0.7

CLPP

YM

YS

GND

CROUT

3.8

3.804.4

2SD601A

0

100 :CHIP

0.1 25V B:CHIP

R1341

C1337

4.0

CR2IN

SELY

15 16 17 18 19 20 21 22 23 24 25 26 27 28

R1354

100

:CHIP

100 :CHIP

R1357

100

:CHIP

R1355

R1356

3.8

R1328

100

:CHIP

8.7

3.8

Q1335

2SD601A

BUFF

3.8

R1395

1k

:CHIP

C1357

220 16V

R1330

100

:CHIP

8.6

4.4

Q1336

2SD601A

BUFF

E

C1305

0.1

F:CHIP

R1322

8.7

100

:CHIP

Q1329

2SD601A

S-Y

BUFF

R1389

1k

:CHIP

S-B-Y

F

S-R-Y

TO(1/4)

S-V

3.1

Q1333

2SD601A

BUFF

R1394

1k

:CHIP

3.8

R1326 :CHIP

3.2

R1392

1k

:CHIP

100

8.7

3.2

G

S-VD

H

I

J

K

L

M

N

O

P

SUB-WIDE

TO AW BOARD

TO(1/4)

CN5601

6P

WHT

B-TO-B

E SDA SCL

MAIN-Y

E

CN4701

CN5602

6P

WHT

B-TO-B

E

5V

5V SUB-H SUB-Y

E

CN4702

M-VS M-HS

M-VD

M-HD

RGBSW

R-CCD

G-CCD

B-CCD

YS-CCD

M-B-Y M-R-Y

M-Y

M-V

1 2 3 4 5 6

R5608

22k

:CHIP

R5607

22k

:CHIP

SWIDE

TO(1/4)

R5604

4.7k

:RN-CP

Q5606 Q5607

2SD601A 2SD601A

R5603R5605

22k

330

:CHIP

:RN-CP

5V

L5601 Hm601 :CHIP

C5603

0.1 25V

F:CHIP

C5604

CH:CHIP

R5602 :CHIP

100p

22k

Y

B-Y

R-Y

1k

:CHIP

8.7

:CHIP

C1306 R1309R1308 R1320 R1321

0.1

R1536R1521

1k

:CHIP

100

8.7

:CHIP

2SD601A

BUFF

R1537 :CHIP

100

3.8

Q1327

2SD601A

BUFF

F:CHIP

C1302

25V

Q1302

R BUFF

C1309

10p

CH:CHIP

R1307

220

:RN-CP

0.1 25V B:CHIP

C1339

C1338

4.0

4.9

Y2IN

CB2IN

VCC

DVDY

2.2

C1355

47

25V

9V

C1358

0.1 25V

F:CHIP

5V

B-Y

8.6

3.8

3.53.23.2

1k

47

C1328

4.0

CR1IN

YUVSEL

SEL1

TSYNC

YUVSEL

H L

27 22

SEL2

H L

100

:CHIP

Q1325Q1326

2SD601A

BUFF

Q1324

2SD601A

BUFF

L1301

0 :CHIP

0.1 25V B:CHIP

C1329

C1330

0.1 25V

B:CHIP

1234567891011121314

4.0

Y1IN

CB1IN

CV-Y

SEL2

2.2

4.9

2.2

C1353

0.1 25V F:CHIP

Q1317

R1368 L1308

2SD601A

1.8k

:RN-CP0:CHIP

BUFF

C1359

47

25V

5.6

4.6

R1372

4.7k

:CHIP

IC301

8 16 17 18

C1413

DM-U

DM-Y

1

DM-V

OUTPUT

NTSC

DVD

OUTPUT NTSC-Y

DVD-Y

C1406

0.01

B:CHIP

100p CH:CHIP

X1303

500K

R1446 R1449 10µH :MLF2012

L1319

R1451

10k

:CHIP

C1431

0.1 25V

B:CHIP

C1332

9V

R-Y

100

:CHIP

4.1

8.8

R1538

2.2k

:CHIP

4.4

3.8

6.3

R1371

1.5k

:RN-CP

3.3

Q1318

2SB709A

BUFF

220 :CHIP

8.2k :CHIP

C1418

47

25V

F:CHIP

C1462

0.1 25V

B:CHIP

R1528

D5602 MA111

D5601 MA111

R1364

2.2k

:CHIP

Q1313

2SB709A

BUFF

DVDS-Y

DVDS-U

DVDS-V

DM-U

DM-V

DM-Y

C1380

1

10V

B:CHIP

100 :CHIP

R1419

R1425

38

39

40

2.8

3.5

4.1

HOLD

VSYNC

HSYNC

CXA2019AQ

MAIN CHROMA

0.3

RYIN

RUIN

RVIN

100 :CHIP

R1426

36

37

SCL

SDA

3.5

IC1305

9AH

HTIM

VTIM

0.7

10

3.7

0.8

35

ADRS

SCP

C1400

0.47

B:CHIP

C1419

0.1 25V

16V

R1433

390k

:CHIP

12345678910

CERA

2.4

AFC

4.2

JVCC

1.8

IREF

JGND

RVOUT

RUOUT

RYOUT

0.1

ABLFILIN

CPIN

R1427

0

:CHIP

5

111213141516171819

100

C1471

47 25V

3.5

GIN

GND

C1472

47 25V

3.5

RIN

YS

R1503

100 :CHIP

0.8

CR2IN

CLPP

17

SELY

YM

R1464

100

:CHIP

R1470

R1473

C1466

C1465

0.1 25V B:CHIP

4.0

CB2IN

VCC

0.1 25V

B:CHIP

C1464C1463

0.1 25V

B:CHIP

3.7

CBCLP

CRCLP

15

14 16

NC

YOUT

R1463 :CHIP

C1470

47 25V

3.7

3.5

YCLP

BIN

IC1307

CXA2119M

CROUT

CBOUT

15 16 17 18 19 20 21 22 23 24 25 26 27 28

R1527

100

3.8

3.0

:CHIP

100 :CHIP

R1529

100 :CHIP

R1530

100 :CHIP

D5604 MA111

4.4

M-YY

R5601

47k

:CHIP

Q5605

DTC144EKA

SW

C1482

C1484

X1301

C1340

1

C1342

0.01

B:CHIP

R1348 :CHIP

C1352

0.1 25V

B:CHIP

9V

R1365

1.3

C1392

0.1 25V

:CHIP

C1363

0.1 25V

F:CHIP

2.2k

2SB709A

1.9 1.9

B:CHIP

M-CM-Y

C1401

4.7

R1332

100

:CHIP

31

32

33

34

CIN

YIN

4.8

6.6

4.1

SGND

APED

1.5

9

5.3

APC

X443/358

X358

2.5

XNTSC

SVCC

R-YOUT

B-YOUT

B-YIN

7

R-YIN

68

UOUT

YOUT

SGND2

21 22 23 24 25 26 27 28 29 30

VOUT

20

3.4

2.9

3.0

B-Y

R-Y

R1404

2.2k :RN-CP

47k

:RN-CP

R1472

2.2k

:RN-CP

1.5k :RN-CP R1478

1.5k

:RN-CP

B-Y

Y

R-Y

C1467

C1457

C1456

C1455

0.1 25V B:CHIP

4.0

Y2IN

DMY

2.2

47 25V

220 16V

M-Y

0.1 25V B:CHIP

4.9

4.0

CB1IN

CR1IN

YUVSEL

12

13 18

SEL2

SEL1

TSYNC

2.2

C1481

0.1 25V

F:CHIP

C1485

0.1 25V

F:CHIP

R1546 :CHIP

0.1 25V B:CHIP

4.1

1234567891011121314

Y1IN

CV-Y

4.8

4.7k

0.1 25V B:CHIP

4.2

2.2

C1483

47

25V

2SD601A

4.0

Q1367

2SB709A

BUFF

C1307

100p

CH:CHIP

500K

R1333

560 :CHIP

L1306

0 :CHIP

C1347

47

10k

25V

C1348

0.1 25V F:CHIP

R1366

2.2k

:CHIP

1.2

BUFF

R1400 R1393 :CHIP

C1385

B:CHIP

R1405 :CHIP

Q1332

2SB709A

H BUFF

Q1338

2SB709A

FSC BUFF

C1410

470p

CH:CHIP

R1450

15k

R1452

:CHIP

X1305

1.5k

3.58MHz

:CHIP

C1428

C1432

F:CHIP

Y

3.3

R-Y

11

8 16 17 18

YUVSEL

H L

27 22

SEL2

H L

9V

Q1366

R1540

BUFF

1.5k

:RN-CP

R1543

4.7

0

:CHIP

4.7

C1311

1

10V

B:CHIP

100 :CHIP

R1342

8.2k

:CHIP

C1323

0.47

B:CHIP

R1363

100

:CHIP

16V

0 :CHIP

R1310

R1325 390k

:CHIP

38

39

40

0.8

3.0

3.5

HOLD

VSYNC

HSYNC

2.4

12345678910

CERA

4.3

AFC

JVCC

1.8

IREF

JGND

RVOUT

RUOUT

RYOUT

0.1

ABLFILIN

0.7

CPIN

RYIN

RUIN

RVIN

111213141516171819

C1327

4.7

R1311

R1316

R1315

C1326

0.1 25V

B:CHIP

34

35

36

37

YIN

SCL

SDA

3.6

3.7

4.2

4.0

ADRS

IC1301

CXA2019AQ

SUB CHROMA

9EH

0.2

0.7

0.8

SCP

HTIM

VTIM

SGND2

R1369

100

:CHIP

33

3.3

APED

3.2

YOUT

R1331

100

:CHIP

31

32

CIN

SGND

3.2

4.6

X443/358

X358

2.5

XNTSC

SVCC

R-YOUT

B-YOUT

B-YIN

R-YIN

3.0

2.9

UOUT

VOUT

20

3.8

3.2

Q1320Q1319

2SB709A

BUFF

R1377 R1381 R1358

2.2k

:RN-CP

1.5k

:RN-CP

M-C

9V 5V

2.2k

4.5

180

220 16V

0.1 25V

R1374

2.2k

:CHIP

2SB709A

BUFF

2.2k

:CHIP

4.4

Q1331

2SB709A

V BUFF

3.8

C1389

100p

CH:CHIP

2.1

1.5

C1414

0.47 16V

B:CHIP

C1422

15p

CH:CHIP

4.0

M-Y

3.8

9V

R1443

4.7k

:CHIP

R1447

100

:CHIP

9V

L1320

10µH

:MLF2012

0.1 25V

F:CHIP

1.2

2SB709A

BUFF

Q1328

2SD601A

Y BUFF

3.8

R1402

3.3k

:CHIP

C1381

680p

CH:CHIP

R1407

3.3k

:CHIP

R1438

4.7k

:CHIP

4.3

R1445

4.7k

:CHIP

R1375C1364

2.2k

:CHIP

1.9

0.1 25V F:CHIP

4.4

R1401

2.2k

Q1330

:CHIP0.0047

2SD601A

3.8

Q1343

2SB709A

INV

5.0

R1383

2.2k

:CHIP

1.2

Q1323Q1322Q1321

2SB709A

BUFF

C1376

BUFF

M-Y

R1408

2.2k

:CHIP

1.9

4.4

M-Y

B-Y R-YY

OUTPUT

NTSC

DM

OUTPUT NTSC-Y

DM

M-YM-Y

L1329

10µH

:MLF2012

4.1

M-Y

APC

21 22 23 24 25 26 27 28 29 30

9V

47k

:RN-CP

R1380R1379

1.5k

:RN-CP

C1429

F:CHIP

9V

R1414

470

:RN-CP

1.5

R1428

470

:RN-CP

R1349

1.5k

:CHIP

5V

C1383

F:CHIP

0.1 25V

2.7

5V

R1334

1k

:CHIP

R1345

15k

:CHIP

X1302

3.58MHz

0.1 25V

C1445

0.1 25V

F:CHIP

C1424

0.1

F:CHIP

C1447

0.1 25V

F:CHIP

L1326

0

:CHIP

3.3V

2.7

1.0

Q1348

2SD601A

AMP

R1434 C1496

0.9

100

:RN-CP

C1331

470p

CH:CHIP

C1343

0.47 16V

B:CHIP

C1351

220 16V

C1354

0.1 25V

F:CHIP

L1314 Hm601 :CHIP

3.3V

Q1349

2SB709A

B:CHIP

C1341

CH:CHIP

C1349

CH:CHIP

L1401 Hm601 :CHIP

C1423

0.1

F:CHIP

L1402

0

:CHIP

L1403 :CHIP

AMP

0.01

470p

15p

C1382

F:CHIP

3.3V

C1417

0.1

F:CHIP

0

5V

R1301 R1302

2.2k

:CHIP

2SB709A

V BUFF

R1323

C1321

0.0047

180

:CHIP

Q1311

2SB709A

H BUFF

5V

IO15

NC

IO9

1.1

*LCAS

0.4

0.6

IO8NCNC

4.4

*OE

1.1

2.6

*UCAS

2.9

*WE

*RASNCA0A1A2A3VCC GND

L1307

0

:CHIP

R1339

4.7k

:CHIP

R1384

0

:CHIP

IO8

GND

IO16

VCC

IO1

B:CHIP

R1385

R1382

0

:CHIP

IO9

IO10

IO11

IO12

IO13

IO14

GND

1.8

1.3

2.2

2.4

2.6

0.8

IO12

IO10

IO11

IO13

IO14

1.5

IO15

1.4

IO2

IO3

1.2

IO4

IC1304

µPD424210LE FRAME MEMORY

1.7

2.0

IO5

IO6

IO7

VCC

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

IO4

IO6

0.4

MIO6

SCL

IO5

IO7

0.6

3.7

1.9

MIO7

3.5

SDA

IO6

IO8

MIO8

ST0

L1303

0

:CHIP

L1313

10µH

:MLF2012

IO7

C1316

47

25V

IO9

IO10

IO11

IO12

1.8

1.3

2.2

2.4

MIO9

MIO12

MIO11

MIO10

IC1306

µPD64081BGF

3D COMB

B8H

0.200

ST1

NSTD

DVDD

DYCO0

IO13

2.6

MIO13

DYCO1

0.1 25V

R1437

100

:CHIP

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

XO

DVDD

HO3

HO2

HO1

HO0

HWCK

HRCK

HRST

DGND

HI3

HI2

HI1

HI0

DVDD

AVDD

FSCO

AGND

1.5

FSC1

0.6

L1302 Hm601 :CHIP

XI

CPLL

1.6

DGND

0

RPLL

IO0

MIO0

AVDD

IO0

IO1

1.4

MIO1

CKMD

1.1

IO1

IO2

IO3

C1314

0.1 25V F:CHIP

IO2

IO3

IO4

IO5

1.7

2.0

MIO5

MIO4

MIO3

MIO2

3.3

DGND

CLK8

RSTB

SLA0

51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

R1485

100 :CHIP

R1490

3.3V

R1499

0

:CHIP

R1509

1k

:CHIP

0

100 :CHIP

L1404

0

:CHIP

C1425

0.1

F:CHIP

C1451

0.1 25V

F:CHIP

3.3

R1492

4.7k

:CHIP

Q1359

DTC144EKA

RESET

:MLF2012

L1328

10µH

C1439

0.1

F:CHIP

C1468

0.1 25V

F:CHIP

R1493 :CHIP

C1477

47

25V

100

L1408

0 :CHIP

R1494

100 :CHIP

R1410

100

:CHIP

CLK

VRTNCAVCC

1 2 3 4 5 6 7

5V

L1330

10µH

:MLF2012

C1486

47

25V

C1493

0.1 25V

M-Y

F:CHIP

3.8

MA4

A8

1.6

0.6

IO14

0.8

1.1

MIO14

2.1

2.0

DYCO2

8

1.8

OVER

3.3

0

:CHIP

C1487

0.1

F:CHIP

4.4

CH:CHIP

MA5

MA6

A6

A7

1.6

MA0

MA1

IO15

MOE

2.6

MIO15

1.5

DYCO3

DYCO4

123

DB1

R1544

47k

:RN-CP

Q1304

2SD601A

Y BUFF

3.8

R1312

2.2k

:CHIP

3.8

C1315

680p

C1325

100p

MA8

MA7

2122232425262728293031323334353637383940

A4

A5

1.6

MA2

MA3

MWE

2.9

1.1

1.6

MCAS

2.7

2.6

3.1

DYCO5

DYCO6

R1411

R1417

100 :CHIP

DB2

1.4

0.9

4

VIN

2.7

V

C1490

0.1

F:CHIP

MA0

DYCO7

DB3

AGND

C1303

0.1

4.4

Q1306Q1307

2SD601A

BUFF

3.8

25V

F:CHIP

4.4

R1319R1318

2.2k

:CHIP

R1350

4.7k

:CHIP

L1304 :CHIP

4.4

0

9V

3.3k

:CHIP

R1327

3.3k

:CHIP

M-C

C1370

100p

CH:CHIP

R1391

68

:CHIP

L1311

C1304

0

0.1

:CHIP

F:CHIP

C1408

47

25V

MA8

MA4

1

CSI

MA5

1.6

MA5

1.6

TEST

MA6

1.6

LINE

MA7

3

2

KIL

C1415 C1407

0.1

F:CHIP4725V

123456789101112131415161718192021222324252627282930

DGND

DVDD

100

MA8

99

MRAS

98

AGND

97

ACI

96

VRBC

95

VRTC

94

AVDD

93

AVDD

92

VRTY

91

VRBY

90

VCL

89

AYI

88

AGND

87

AGND

86

CBPY

85

AYO

84

ACO

83

CBPC

82

AVDD

81

DGND

C1438

F:CHIP

C1426

F:CHIP

1.7

0.6

0

3.2

0

2.3

1.1

1.5

1.1

0.1

MA1

1.6

0.9

DYCO8

MA2

1.6

1.3

DYCO9

MA3

1.6

1.9

MA3

ALTF

MA4

1.6

4.4

3.3V 3.3V

0.1 25V

F:CHIP

8

7

R1424 :CHIP

R1423

R1422

100 :CHIP

131415161718192021222324

DB6

DB7

DB8

2.0

1.8

VRB

AVDD

AGND

2.4

:CHIP

C1489

0.1

F:CHIP

C1495

0.1 25V F:CHIP

C1454C1460

470

6.3V

100

µPC659AGS 8-BIT ADC

0

C1409

82p

CH:CHIP

1234567

456

L1409

0

R1418

:CHIP

100 :CHIP

3.1

DGND

PCL

0.2

L1411L1410 L1412 Hm601 :CHIP

C1494

2.2

C1478

DVCC

VCL

2.6

F:CHIP

R1420

0.1 25V F:CHIP

DB4

2.7

AVCC

8

C1488

0.1

R1545

15k

:RN-CP

R1421

100 :CHIP

DB5

2.3

AGND

100 :CHIP

1.4

109 11 12

C1313

0.1 25V

F:CHIP

Q1315

2SB709A

INV

5.0

R1352

4.7k

:CHIP

DM-Y

5V 3.3V

L1316

10µH

:MLF2012

C1394

0.1 25V

F:CHIP

L1317

10µH

:MLF2012

0.1

L1405

C1427

0

0.1

:CHIP

F:CHIP

L1406

0

:CHIP

C1448

L1407 :CHIP

0.1

F:CHIP 560

0

L1325

10µH

:MLF2012

C1433

0.1 B:CHIP C1434

0.1 F:CHIP C1435

0.1 F:CHIP C1437

0.1 F:CHIP

C1443

# CH:CHIP

C1442

0.1 F:CHIP

C1492

0.1 25V

F:CHIP C1446

0.1 F:CHIP

M-Y

M-C

3.3V

5V

M-C

IC1309

V

C1491

1

IC5602

MC74HC4053FEL

12345678

U-DV

VCC

3.7

U-DT

UOUT

0

3.7

Y-DV

VOUT

0

3.7

Y-OUT

V-DV

0

Y-DT

V-DT

3.9

5.0

INH

VSEL

5.0

VEE

USEL

5.0

GND

YSEL

L1315

0

:CHIP

Q1337

2SB709A

BUFF

R1429 R1430

4.4

4.7k

:CHIP

R1442 :CHIP

Q1341

2SD601A

BUFF

5V

6.7 6.0

Q1346

2SB709A

BUFF

Q1354

2SB709A

BUFF

1.5

M-Y

V

Q1358

2SB709A

BUFF

1.7

M-Y

L5603

0

:CHIP

C5601

C5602

9 10 11 12 13 14 15 16

0.1 25V

F:CHIP4725V

D5603 MA111

DM-V

DM-U

C1384

F:CHIP

Q5602

DTA144EKA

BUFF

R5619

0

47k

:CHIP

Q5604

DTC144EKA

BUFF

5.0 0

C1388

0.1

2.2 25V

16V

F:CHIP

3.4

0

:CHIP

0

R1435 R1436 C1403

R1454

470

:RN-CP

3.2

Q1347

2SB709A

BUFF

C1475

15p

CH:CHIP

C1398

10

R1457

470

:RN-CP

R1466R1465

5.6k

:RN-CP

1 2 3

FL1303

2.2k

:CHIP

2.5

470

R1455 C1430

1k

:CHIP

1k

:CHIP

2.2

R1474

:RN-CP

46

R1486 R1487

1k

:CHIP

2.4

R1495

560

:RN-CP

C1479

CH:CHIP

15p

5.6k

:RN-CP

1 2 3

FL1304

46

4.9

R1412 R1413

1k

8.2k

:CHIP

4.9

Q1339

2SD601A

BUFF

3.7

220k

:CHIP

CH:CHIP

0.1 25V

F:CHIP

1 2 3

R1460 C1436 R1462FL1302

5.6k

:RN-CP

Q1350

2SD601A

BUFF

2.8

R1475

2.2k

:CHIP

Q1356

2SD601A

BUFF

3.0

R1504

2.2k

:CHIP

L1305

0

:CHIP

C1399

B:CHIP

470p

2.2

2.3

47

25V

DVDS-Y

2SD601A

DVDS-U

2SD601A

2.2k

:CHIP

2SD601A

DVDS-V

Q1334

2SD601A

BUFF

R1431

1

10V

:CHIP

V

CH:CHIP

46

M-Y

R1484

1.5k

:RN-CP

M-C

CH:CHIP

Q1305

BUFF

3.8

Q1308

R1359R1343

0

:CHIP

Q1309

BUFF

R1362

0

:CHIP

R1390

2.2k

:CHIP

220

R1453

2.2k

:CHIP

R1448 :CHIP

7.3 6.7

Q1344

2SB709A

BUFF

Q1345

2SD601A

BUFF

R1461

560

:RN-CP

15p

C1444

0.1 25V

F:CHIP

R1479

1.2k

:RN-CP

C1450

10p

CH:CHIP

C1452

0.1 25V

F:CHIP

R1500

680

:RN-CP

C1469

150p

M-Y

9V

5V

3.3V

C1319C1318

0.1 25V

F:CHIP

R1337

:RN-CP

R1338

:RN-CP

3.8

3.7

4.4

330

2.2k

4.4

Q1310

2SD601A

BUFF

3.8

Q1314

2SD601A

BUFF

R1360

0

:CHIP

R1347

2.2k

:CHIP

Q1316

2SD601A

BUFF

3.7

R1335

270

:RN-CP

R1329

2.2k

:RN-CP

3.7

R1367 :CHIP R1361

2.2k

:CHIP

9V

4.4

0

R1317

22k

:CHIP

R1324

22k

:CHIP

R1340

22k

:CHIP

R1346

22k

:CHIP

R1351

22k

:CHIP

R1353

22k

:CHIP

9V

M-C

C1365 C1366

47

0.1

25V

F:CHIP

9V5V

L1310 :CHIP

3.4

2.7

R1441

1k

:CHIP

0

100

:CHIP

2.5

220

R1415

1k

:RN-CP

3.1

V

C1411

0.1 25V

F:CHIP

R1416

1.5k

:RN-CP

V

3.1

R1406

100

:CHIP

Q1342

2SB709A

BUFF

2.5

R1439

5.6k

:RN-CP

1 2 3

FL1301

C1386

0.1

F:CHIP

46

Q1340

2SD601A

BUFF

R1440

560

:RN-CP

C1405

15p

CH:CHIP

9V

L1322

0

:CHIP

3.3

R1458

100

:CHIP

2.7

1k

:CHIP

9V

4.2

R1476

1k

:CHIP

6.5

R1496

1k

:CHIP

L1323

0

:CHIP

R1477

100

:CHIP

L1324

0

:CHIP

C1501

#

CH:CHIP

R1497

47

:CHIP

R1459

390

:CHIP

L1413 47µH

:LAV35

C1402

M-C

M-Y

R1518

0

:CHIP

39p CH:CHIP

C1453

2.2 16V

F:CHIP

Q1353

2SD601A

AMP

1.8

C1458

2.2 16V

F:CHIP

Q1357

2SD601A

AMP

1.8

R1467

R1468

2.2k

33k

:RN-CP

:CHIP

4.9

2.4

R1481

820

:CHIP

R1482 C1449

C1497

12k

0.01

:CHIP

F:CHIP

R1488

R1489

1.2k

33k

:RN-CP

:CHIP

7.2

2.4

R1501

820

:CHIP

C1498

12k

0.01

:CHIP

F:CHIP

Q1352

2SD601A

Y-BUFF

4.9

10

Q1355

2SD601A

C-BUFF

7.2

C1461R1502

2.2 16V

F:CHIP

(2/4)

A

CHROMA DECODER,YUV SW, 3D COMB FILTER, A/D CONVERTER

DTV-Y

DTV-U DTV-V

9V

5V

3.3V

DVD-Y

DVD-U

DVD-V

SUB-C

SUB-Y

HD1/2

DTV

L1309

10µH

:MLF2012

R1511R1432

0

V

:CHIP

TO(1/4)

M-C

R1517

0

:CHIP

B-SS609.<U/C>-A..-P2

TO(1/4)

MAIN-Y-IN

MAIN-C-IN

TO(1/4)

A (2/4) BOARD : IC1309 µPC659AGS

• A (2/4) BOARD WAVEFORMS

1 2 3 4 5 6

5.1Vp-p (H) 0.4Vp-p (H) 0.8Vp-p (H) 0.9Vp-p (H) 0.7Vp-p (H)

130mVp-p (500kHz)

7 8 9 10 11 12

1.3Vp-p (H) 1.3Vp-p (H) 1.2Vp-p (H) 2.2Vp-p (H) 0.7Vp-p (H) 0.5Vp-p (H)

13 14 15 16 17 18

0.5Vp-p (H) 1.3Vp-p (H) 1.0Vp-p (H) 1.0Vp-p (H) 2.3Vp-p (H) 2.3Vp-p (H)

– 101 – – 102 –

– 103 – – 104 –

A (4/4) BOARD : IC1603 MC14053BFEL

VDD

16

15

B. COM

A. COM

14

A1

13

A0

12

11

A

10

B

9

C

C. COM

INH

VEE

VSS

B1

1

B0

2

OPEN

3

C1

4

OPEN

C0

5

6

7

8

OPEN

A BOARD

DIODE

LR D501 D-2 3 D502 M-1 3 D503 B-4 3 D504 L-3 3 D505 M-3 3 D506 E-3 3 D507 D-3 3 D508 D-3 3 D509 D-3 3 D510 D-3 3 D511 K-4 3 D512 B-4 3 D513 K-3 3 D514 B-4 3 D515 A-6 3 D516 B-6 3 D517 A-6 3 D518 J-9 3 D519 J-9 3 D520 J-9 3 D521 D-10 3 D523 H-10 3 D524 I-9 3 D525 I-9 3 D528 I-9 3 D529 I-9 3 D530 J-9 3 D531 J-9 3 D532 H-9 3

D534 J-9 3 D536 H-10 3 D537 H-9 3

*

D539 J-9 3 D540 K-10 3 D541 L-10 3 D542 H-10 3 D543 H-9 3 D545 I-9 3 D547 K-9 3 D550 I-9 3 D552 I-9 3 D553 I-9 3 D555 K-9 3 D556 K-9 3 D557 K-9 3 D558 H-10 3 D559 L-10 3 D560 K-10 3 D1001 H-4 3 D1002 H-4 3 D1005 I-4 3 D1006 I-3 3 D1007 I-3 3 D1008 I-5 3 D1009 I-5 3 D1601 B-3 3 D1602 C-3 3 D1603 D-3 3 D1604 B-3 3 D1605 B-3 3 D1614 A-3 3

D1615 B-3 3 D1616 C-3 3 D1618 A-2 3 D1620 A-2 3 D1623 B-2 3 D1625 B-2 3 D1626 B-2 3 D1628 B-2 3 D1630 B-2 3 D1632 C-2 3 D5501 E-1 3 D5502 E-2 3 D5503 L-10 3 D5504 L-10 3 D5505 L-10 3 D5506 M-3 3 D5507 M-3 3 D5508 M-3 3 D5509 M-3 3 D5510 J-1 3 D5511 J-1 3 D5512 K-1 3 D5513 L-1 3 D5514 L-10 3 D5515 M-5 3 D5516 M-5 3 D5517 M-5 3 D5518 M-4 3 D5519 G-10 3 D5520 G-11 3 D5601 E-1 3 D5602 E-1 3

D5603 F-10 3 D5604 E-1 3 D5702 I-1 3 D5703 I-1 3 D5704 I-1 3 D5705 I-1 3

TRANSISTOR

LR Q501 E-9 2 Q502 M-4 1 Q503 D-1 1 Q504 C-2 1 Q505 C-1 1 Q506 M-3 1 Q507 L-3 1 Q508 D-3 1 Q509 E-4 1 Q510 D-2 1 Q511 D-3 1 Q512 K-3 1 Q513 E-4 1 Q514 B-4 1 Q515 D-4 1 Q516 D-2 1 Q517 M-3 1 Q518 L-4 1 Q519 D-3 1 Q520 E-3 1 Q521 D-4 1 Q522 B-4 1 Q523 D-3 1

Q524 E-2 1 Q525 E-3 1 Q526 L-4 1 Q527 D-1 1 Q528 L-4 2 Q530 D-7 2 Q531 C-4 2 Q532 K-4 2 Q533 L-4 2

*

Q535 L-9 1 Q536 K-4 2 Q537 L-9 1 Q538 D-2 1 Q539 D-2 1 Q540 E-2 1 Q542 L-10 1 Q543 L-10 1 Q544 L-10 1 Q545 K-9 1 Q546 D-7 2 Q547 H-10 2 Q548 L-9 1 Q560 E-3 1 Q561 D-1 1 Q562 D-1 1 Q563 C-9 2 Q564 D-9 2 Q1001 G-4 1 Q1002 G-7 2 Q1003 G-4 1 Q1004 G-4 1 Q1006 H-4 1

Q1008 H-4 1 Q1010 H-4 1 Q1011 H-4 1 Q1012 G-5 1 Q1015 I-6 2 Q1018 G-5 1 Q1020 G-5 1 Q1022 G-5 1 Q1301 D-4 2 Q1302 D-5 2 Q1303 D-5 2 Q1304 F-5 2 Q1305 G-9 1 Q1306 F-5 2 Q1307 F-5 2 Q1308 G-8 1 Q1309 G-8 1 Q1310 G-7 1 Q1311 F-5 2 Q1312 E-4 1 Q1313 F-7 1 Q1314 G-7 1 Q1315 D-5 2 Q1316 G-1 1 Q1317 F-8 1 Q1318 F-8 1 Q1319 F-7 1 Q1320 F-7 1 Q1321 F-9 1 Q1322 F-9 1 Q1323 F-9 1 Q1324 D-2 2

Q1325 E-1 2 Q1326 E-1 2 Q1327 E-1 2 Q1328 F-3 1 Q1329 E-4 1 Q1330 F-3 2 Q1331 F-3 2 Q1332 F-3 2 Q1333 D-4 2 Q1334 I-4 2 Q1335 E-4 2 Q1336 E-3 2 Q1337 I-4 2 Q1338 F-3 2 Q1339 I-4 2 Q1340 J-7 1 Q1341 I-4 2 Q1342 J-7 1 Q1343 D-2 2 Q1344 I-8 1 Q1345 I-4 2 Q1346 I-4 2 Q1347 J-7 1 Q1348 G-8 1 Q1349 H-8 1 Q1350 J-6 1 Q1352 I-5 2 Q1353 I-5 2 Q1354 J-6 1 Q1355 I-4 2 Q1356 J-7 1 Q1357 I-5 2

Q1358 I-7 1 Q1359 H-3 2 Q1366 E-10 1 Q1367 F-10 1 Q1601 A-2 1 Q1602 B-2 1 Q1603 B-2 1 Q1604 B-2 1 Q1605 B-2 1 Q1606 B-2 1 Q1607 C-2 1 Q1608 C-2 1 Q1609 A-9 2 Q1610 A-9 2 Q1611 B-9 2 Q1612 B-9 2 Q1613 B-9 2 Q1614 B-9 2 Q1615 C-9 2 Q1616 C-9 2 Q1617 A-3 1 Q5501 B-3 1 Q5502 B-3 1 Q5503 C-3 1 Q5504 Q5505 F-2 1 Q5510 M-2 2 Q5511 E-7 2 Q5512 E-7 2 Q5513 E-7 2 Q5514 F-2 1 Q5515 B-3 1

Q5516 B-3 1 Q5517 B-3 1 Q5518 B-3 1 Q5602 F-10 1 Q5604 G-10 1 Q5605 E-1 2 Q5606 C-8 2 Q5607 C-8 2 Q5701 F-5 1 Q5702 E-5 1 Q5703 E-5 1 Q5705 I-2 1 Q5706 I-2 2 Q5707 K-7 2 Q5708 K-8 1 Q5801 A-7 2 Q5802 A-7 2

IC

LR IC501 E-1 IC503 C-2 C-11 IC504 G-2 G-10 IC505 I-2 I-10 IC506 G-3 G-8 IC507 B-4 B-7 IC508 C-8 IC509 D-7 IC510 F-9 IC511 E-8 IC512 B-6 IC514 B-6

IC515 L-3 IC516 F-9 IC517 C-8 IC1001 H-8 IC1002 H-4 IC1003 G-7 IC1004 H-7 IC1005 H-8 IC1007 J-5 IC1008 J-7 IC1009 J-8 IC1010 J-7 IC1301 F-5 IC1302 E-4 IC1304 H-5 IC1305 F-3 IC1306 H-3 IC1307 E-2 IC1309 H-8 IC1601 B-10 IC1603 B-8 IC1604 B-10 IC1605 B-9 IC1606 B-9 IC5501 B-8 IC5602 F-2 IC5701 K-7 IC5702 K-8 IC5703 K-5 IC5801 A-6

L ; component side R ; conductor side

A

B

C

D

E

F

G

H

10

11

DEF 5V

VBLKZ

Z

Z1Y0Y1

Z0

VSS

VEE

INH

IC1603

MC14053BFEL

SW

X

1.4

0.1

1.4

Y

0.2

CBAX0X1

9 10 11 12 13 14 15 16

0.1

DEF5V

Q5801

2SD601A

0.2

0.1

12345678

VDD

C1606 R1609

0.1

F:CHIP

12

C5801

0.1 25V

F:CHIP

R5801

10k

:CHIP

0

0.3

SW 4/6

100k

:CHIP

A

4.2

Q5802

DTC144EKA

SENSE SW LOGIC

14 15

HLSENSE4

SENSE6

(4/4)

13

R5805

10k

:CHIP

R5806

33k

:RN-CP

4.2

2.0

4.2

1.5

2.0

1 2 3 4

R5802

36k

:RN-CP

C5802

0.1 25V

F:CHIP

12V

-12V

SENSE5

SENSE7

12V

SENSE SW, SENSE AMP

C5804

0.1 25V

F:CHIP

R5807

36k

:RN-CP

5678

2.6

R5803

15k

:RN-CP

14

R5804

10k

:CHIP

C5803 4700p

B:CHIP

IC5801

LM393PS

SENSE 0

SENSE 1

SENSE 2

SENSE 3

SENSE 4/6

SENSE 5/7

R-12V

R+12V

SW 4/6

V SAW

TO(1/4)

15

TO(1/4)

A (1/4)

– A Board –

AV SW, VIDEO PROCESSOR, VDSP,

[ ]

H JUNGLE, TUNER, VIDEO/DVD INPUT

CHROMA DECODER, YUV SW,

[ ] A (2/4) [ ]

3D COMB FILTER, A/D CONVERTER

A (3/4)

MAIN CPU, OSD CPU, OSD PROCESSOR, NVM

A (4/4)

[ ]

SENSE SW, SENSE AMP

5

2

7

R+12V

R-12V

R+12V

BUFFER

R-12V

43

R1642

100

:CHIP

8 9 10 11 12 13 14

000

-12V

-10.8

0

8 9 10 11 12 13 14

0

-10.7

R1647

100

:CHIP

C1617

0.1 25V

F:CHIP

0.5

1.4

-10.8

000

1234567

VCC+VCC-VCC+VCC-

000

C1621

0.1 25V

F:CHIP

C1626 R1658

0.1 25V

F:CHIP

1.100

0

0.1

C1631

F:CHIP

0

0.1 25V

PEAK HOLD

R1650

100

:CHIP

R1653

100

:CHIP

R1654

100 :CHIP

:CHIP

-10.7

1234567

PEAK HOLD

R1663 :CHIP

-10.3

R1666

100

:CHIP

NJM2058M

100

NJM2058M

100

D1618 MA111

PEAK HOLD

D1620 MA111

PEAK HOLD

D1623 MA111

PEAK HOLD

D1625 MA111

PEAK HOLD

D1626 MA111

PEAK HOLD

12V

D1628 MA111

PEAK HOLD

IC1606IC1604

R1641

10k

:RN-CP

0.8

R1640

100

:RN-CP

D1630 MA111

PEAK HOLD

D1632 MA111

PEAK HOLD

0

Q1617

2SD601A

INV

Q1601

DTC144EKA

RESET

0

Q1602

DTC144EKA

RESET

0

Q1603

DTC144EKA

RESET

0

Q1604

DTC144EKA

RESET

0

Q1605

DTC144EKA

RESET

0

R-12V

Q1606

DTC144EKA

RESET

0

Q1607

DTC144EKA

RESET

0

Q1608

DTC144EKA

RESET

0

3.4

3.1

1.1

5.9

1.5

0.9

1.9

C1615

0.47 16V

B:CHIP

3.1

C1619

0.47 16V

B:CHIP

1.1

C1623

0.47 16V

B:CHIP

1.4

C1624

0.47 16V

B:CHIP

5.9

C1628

0.47 16V

B:CHIP

R1603

0

:CHIP

1.5

C1629

0.47 16V

B:CHIP

0.9

C1633

0.47 16V

B:CHIP

1.9

C1634

0.47 16V

B:CHIP

3.4

Q1609

2SK3064

BUFF

S

1.7

R1627

22k

:RN-CP

Q1610

2SK3064

BUFF

S

1.4

R1628

22k

:RN-CP

Q1611

2SK3064

BUFF

S

0.1

R1629

22k

:RN-CP

Q1612

2SK3064

BUFF

S

0.1

R1630

22k

:RN-CP

Q1613

2SK3064

BUFF

S

4.0

R1631

22k

:RN-CP

Q1614

2SK3064

BUFF

S

0.1

R1632

22k

:RN-CP

Q1615

2SK3064

BUFF

S

0

R1633

22k

:RN-CP

Q1616

2SK3064

BUFF

S

0.2

R1634

22k

:RN-CP

12V

R+12

12V

98765

R1625

100

:CHIP

R1624

100

:CHIP

R1621

100

:CHIP

R1622

100

:CHIP

R1623

100

:CHIP

R1613

100

:CHIP

R1619

100

:CHIP

R1620

100

:CHIP

D1614

UDZ-5.1B

PROT

D1604

UDZ-5.1B

PROT

D1605

UDZ-5.1B

PROT

D1603

UDZ-5.1B

PROT

D1615

UDZ-5.1B

PROT

D1601

UDZ-5.1B

PROT

D1602

UDZ-5.1B

PROT

D1616

UDZ-5.1B

PROT

1

CORNER UL

CORNER LL

TO(1/4)

CORNER LR

LOWER

CORNER UR

I

AR RESET

UPPER

RIGHT

LEFT

2

UL

4

LEFT

1

LL LOWER LR

6

R1668

100

:CHIP

R1669

100

:CHIP

R1670

100

:CHIP

R1671

100

:CHIP

R1672

100

:CHIP

R1673

100

:CHIP

R1674

100

:CHIP

R1675

100

:CHIP

UPPER

R1612

470k

:CHIP

C1609

0.0039 B:CHIP

0

0.6

8 9 10 11 12 13 14

0

C1613

C1612

0.0039 F:CHIP

B:CHIP

R1617 R1614

680k

:CHIP

R1602

470k

:CHIP

C1603

0.0039 B:CHIP

0

1.0

8 9 10 11 12 13 14

0.2

0

C1605

0.0039 B:CHIP

R1607 :CHIP

0

3

SONY

0

0.1 25V

680k

C1610

0.1 25V

F:CHIP

VCC+VCC-

C1601

0.1 25V

F:CHIP

VCC+VCC-

C1614

0.1 25V

F:CHIP

UR

RIHGT

R1611

680k

:CHIP

C1608

0.0039 B:CHIP

0

0.5

1234567

IC1601 IC1605

NJM2058M

BUFFER

0

C1611

0.0039 B:CHIP

680k

:CHIP

R1601

680k

:CHIP

C1602

0.0039 B:CHIP

0

0.1

1234567

NJM2058M-TE2

0

C1604

0.0039 B:CHIP

R1605

680k

:CHIP

J

Schematic diagrarm

? A (2/4) board

– 105 –

Schematic diagram A (4/4) board /

– 106 –

B-SS609.<U/C>-A..-P4

< Component Side >

– 107 –

< Conductor Side >

– 108 –

A

B

C

D

E

F

G

H

J

K

L

M

N

O

1

TO(1/4)

2

OSD-R

OSD-B

OSD-G

OSD-YS

S-G-ATT

HBLK

HD

VD

/BINT

VBLK

220

:CHIP

Q1002

2SD601A

BUFF

R1008

220

:RN-CP

R1021

220

:CHIP

43

C1001

0.1 25V

F:CHIP

000

R1003R1006

2.2k

:RN-CP

IC1003

SN74HC05ANSR

Q1001

2SD601A

BUFF

0

R1002

2.2k

:RN-CP

R1012

2.2k

:RN-CP

R1023

220

:RN-CP

R1007 R1022 R1010

1.2k

:RN-CP

INV

8 9 10 11 12 13 14

R1001

2.2k

:RN-CP

Q1003

2SD601A

BUFF

0

R1009

220

:CHIP

1.2k

:RN-CP

0

4.404.404.4

4.7

0.4

R1172

1k

:CHIP

0

R1005

2.2k

:RN-CP

R1011

220

:RN-CP

1.2k

:RN-CP

C1015

22p CH:CHIP

1234567

R1171

1k

:CHIP

Q1012

2SD601A

YS/YM MIX

R1004

2.2k

:RN-CP

C1016

0.1 25V

F:CHIP

R1036

22

:CHIP

220

:CHIP

5V

4.4

R1013

1.5k

:CHIP

R1024

22k :CHIP

C1012

22p CH:CHIP

R1026

22k :RN-CP

C1014

22p CH:CHIP

R1028

22k :RN-CP

D1001 MA111

5.0

R1037

:RN-CP

0

R1044R1045

2.2k

:RN-CP

Q1004

2SD601A

BUFF

D1002 MA111

330

5.0

R1020

100

:CHIP

SN74HC00ANSR

0

1234567

5.0

4.4 0

5.0

IC1002

NAND

C1013

0.1 25V

F:CHIP

8 9 10 11 12 13 14

98765

R1025

5.0

R1029 :CHIP

R1034

2.2k

:CHIP

100

:CHIP

R1027

100

:CHIP

0

100

R1031

100

:CHIP

Q1006

2SD601A

OR

4.4

Q1008

2SD601A

OR

4.4

Q1010

2SD601A

OR

4.4

C1017

Q1011

0.1

2SD601A

25V

5.0

F:CHIP

R1033

100

:CHIP

OR

4.400

0

0.5

4.5

10

C1002 C1003

47

0.1 25V

25V

F:CHIP

R1030

2.2k

:RN-CP

PST9143NL

123

NC E E

L1001

0

:CHIP

IC1005

RESET

VCC

RST

4 5

5V

5.0

C1020

1

16V

F:CHIP

11

L1002

0

:CHIP

47

25V

R1035 :CHIP

R1046

10k

:CHIP

100

12

C1006C1005

0.1 25V

F:CHIP

O17

O18

R1014

100 :CHIP

100

:CHIP

R1015

0

VCC

0

0-BUSY

R

52

0

G

53

0

B

54

0

I

55

0

YS

56

0

YM

57

COLOR

58

DOCK

59

VSS

60

DOCK IN

61

DOCK SW

62

4.5

H BLKX

63

6

V BLKX

64

4.5

4.9

HSYNCX

VSYNCX

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

5

R1043

100

:CHIP

100 :CHIP

R1038

R1039

O16

O15

O24

O25

100 :CHIP

RA14

R1016

2.6

SCSX

2.5

EVEN

100 :CHIP

R1040

RA15

R1017

R1018

R1019

0

SIN

1.1

4.1

0.9

SCLK

RA15

RA14

I-COM SEL

I-FNT SEL

IC1004

MB90091A-150

OSD-PROCESSOR

2.7

FLT IN

AVSS

FLT OUT

AVCC

FMX

RESET

R1041

0

:CHIP

0.1 25V F:CHIP

C1023

470

6.3V

C1022

R1049

R1050 R1051

47k

3.3k

:CHIP

C1025

22

C1026

0.047 25V

B:CHIP

RA13

0.9

RA13

VCC

RA12

VSS

0.9

RA12

5.0

RD0

RD1

RD0

RD1

1k

:CHIP

C1027

0.33 16V

B:CHIP

RA11

5.0

RD2

13

RA10

3.9

RA10

5.0

RD3

RA9

0.9

5.0

RD4

RA9

RD4

RA8

0.9

5.0

RD5

RA8

RD5

RA7

0.9

5.0

RD6

5V

RA6

1.0

5.0

RD7

RA5

33343536373839404142434445464748495051

RA5

0.9

5.0

TEST

1.0

VSS

1.8

RA4

VCC

1.8

RA3

1.8

RA2

1.8

RA1

1.8

RA0

TCS

5.0

FCS

TA18

TA17

TA16

VSS

14

5V

C1007

F:CHIP

32

RA4

31 30

RA3

29

RA2

28

RA1

27

RA0

26 25

FCS

24 23 22 21 20

RA15 RA12 RA7 RA6 RA5 RA4 RA3 RA2 RA1 RA0 RD0 RD1 RD2

IC1001

LH5317DR

FONT

1234567891011121314

RA15

0.9

RA12

0.9

RA7

1.0

RA6

0.9

RA5

1.0

RA4

1.8

RA3

1.8

RA2

1.8

RA1

1.8

RA0

1.8

RD0

5.0

RD1

5.0

RD2

5.0

ODDEVEN

SYNCSEL

ST-5V

O1

O2

O6

O9

M64

M63

ST-5V

R5722 :CHIP

R1094

R5701

M4 M5

R1114 R1118

0

10k

220 :CHIP R1105

R1110

R1126

C1036

0.0022 B:CHIP

R1102

R1134

R1138 R1142

R1146 R1149

C1052

0.47

16V

B:CHIP

Q5707

2SD601A

220 :CHIP

220 :CHIP 1k :CHIP 1k :CHIP

100 :CHIP

220 :CHIP

1k :CHIP

220 :CHIP 220 :CHIP

1k :CHIP 1k :CHIP

R1063

4.7k R1122

:CHIP

4.7k :CHIP

10k :CHIP

BUFF

0

C1043

0.47

B:CHIP

0.1 25V F:CHIP

R1166 C1045 R1167

56

100p

:CHIP

CH:CHIP1M:CHIP

1k :CHIP

R1071

R1124

64

0.1

I RMCN

12345678910111213141516171819

0.1

I HSYNC

7

I SEL H

4.8

O DAT

4.9

O CLKN

4.8

I BINTN

8

I HP

0.70.3

I VP

9

I RESET

4.8

GND

10

O OSC

2.4

I OSC

2.1

O S-G-ATT

4.9

I KEY0

4.9

I 2AFT

2.0

I AFT

2.0

O MONO

0

O SAP

0

GND

1.7

2.6

LFC1

20212223242526272829303132

16V

C1046

220 :CHIP

R1073

R1076

R1075

R1074

59

60

61

62

63

000

4.8

4.7

O ENA

O RMUTE

O CMUTE

O SYNCSEL

I STEREO2

IC1008

CXP85856A-022Q

MAIN-CPU

60H

12

11

2.7

0.1

I VIN5VCap

I VPULSEN

LFC2

1k :CHIP

0.0022 B:CHIP R1155

C1044

220 :CHIP

R1079

55

56

57

0.9

4.7

O RELAY

O NVMWE

I STEREO

O MUTE

I MBUSY

O HSEL

1k :CHIP

220 :CHIP

R1159

R1158

150 :CHIP

R1082

R1081

54

4.800.1

O STLED

2 MONO

1k :CHIP

R1131

R1161

220 :CHIP

1k :CHIP

R1077

R1078

58

O FMUTE

4.7000000

O 2MUTE

1k :CHIP

220 :CHIP

R1157

R1156

R1083 :CHIP

52

53

O TMRLED

O AGCATT

IO BCLKN

IO SCLKN

IO BDAT

IO SDAT

O ALLYS

O RSTCTL

I POWERN

O DOSC

I DOSC

O DISPYM

O OSDBLK

O R

O 2SAP

100 :CHIP

R1162

R1064

47k

C1033

10

4.8

3.2

0

ST5V

R1109 :CHIP

R1117

4.9

:CHIP

C1034

1

16V

F:CHIP

R5724

47k

:CHIP

C5701

16V

F:CHIP

:CHIP

R1090

4.7k

:RN-CP

0

470

1

R5725

100

:CHIP

R1098

2.2k

:CHIP

R1121

1k

:CHIP

C1035

27p

CH:CHIP

C1040

27p

CH:CHIP

M2

C5705

47p

CH:CHIP

M1

C5704

0.1 25V

F:CHIP

C5706

X1001 12MHz AT-49

M14 M15 M16 M17 M18

0

470p CH:CHIP

BRMI

4.8

3.1

0.3

5 6 7 8

R5729

100

:CHIP

A55

A54

O3

O4

O5

O61

O63

O64

M45

M46

C5702

1

16V

F:CHIP

M46

A55

A54

R5723

TC7W66FU(TE12L)

100

:CHIP

0

IC1010

PST9143NL

RESET

123

NC

VCC

E

RST

E

C1039

1 16V F:CHIP

IC5701IC5702

SW

1234

4 5

5 6 7 8

HD1/2

SEL H OUT

HV PROT

H PROT

V PROT

I

TO(1/4)

SHD OFF

NOMV

RESET

SEL V OUT

R5728 :CHIP

TC7W66FU(TE12L)

100

0.3

SW

1234

0.3

0

4.8

Q5708

DTC144EKA

SW

0

M30

47k

0.1

O FIXMTI 2HSYNC

3.7

3.5

3.6

4.8

4.9

4.8

0

GND

O I

O B

O G

ST5V

0

5V

0

0 0

1

10V

B:CHIP

R1099 R1103 R1106 R1111 R1115 R1119

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51

R1062

4.7k

:CHIP

R1095

220

:CHIP

220 :CHIP 220 :CHIP 220 :CHIP 220 :CHIP 220 :CHIP 1k :CHIP

L1006

10µH

:CHIP

R1135

220 :CHIP

R1143

220 :CHIP

R1152

100

:CHIP

M51

C1041

18p

CH:CHIP

C1042

18p

CH:CHIP

D1009 MA111

R1150

100

:CHIP

R1084

4.7k :CHIP

R1086

10k :CHIP

R1088

10k :CHIP

R1092

10k :CHIP

R1096

10k :CHIP

D1008

MA111

C1037

0.1 25V

F:CHIP

R1144

4.7k

:CHIP

C1038

47

25V

M27

L1005 :CHIP

M24C08-MN6T

10µH

C1030

M52

M53

M54

M56

M57

M58

M59

M60

M62

M31

ST-5V

M-V

C1048

0.1 25V

F:CHIP

C1049

47

25V

L1008

10µH

:CHIP

MBUSY

C1029

1

16V

F:CHIP

IC1007

NVM

1234

VDD

A0

4.9

WP

A1

4.8

SCL

A2

3.7

E

SDA

3.5

R1091

A0-A7H

:CHIP

R1112

4.7k :CHIP

Q1015

DTC144EKA

RESET

4.8

IC5703

M24C02-MN6T

NVM2

1234

VDD

A0

4.9

A1

WP

4.9

4.8

A2

SCL

3.7

E

SDA

3.5

R5732

A8H

:CHIP

ST5V

R1087

100

:CHIP

5 6 7 8

100

C5703

F:CHIP

R5730

100

:CHIP

5 6 7 8

100

R1089

100

:CHIP

0.1

1

16V

R5731

100

:CHIP

M28

M45

+B OCP

O3 O4 O5

M4 M5

D1006 MA111

D1007 MA111

PROTECT

D1005 MA111

O11

O10

O15 O16 O17 O18

R1160 R1168

100k

:CHIP

O24

O25

O8

R1169 :CHIP

+B OVP

R1100 R1104 R1107 R1113 R1116

R1120

R1123

R1127

R1129

R1130

R1133

R1140 R1145 R1148 R1151

R1032

100k

:CHIP

R1097

220

:CHIP

220 :CHIP 1k :CHIP 1k :CHIP 1k :CHIP

1k :CHIP

1k :CHIP 1k :CHIP

1k :CHIP

220 :CHIP

1k :CHIP

220 :CHIP 220 :CHIP 220 :CHIP 220 :CHIP

R1139

220

:CHIP100k

220

:CHIP

R1165 R5715R5714

220

:CHIP

O63

O64

1k :CHIP

220 :CHIP

R1065

R1066

R5702

63

64

000

O RCMILD

O RCSOFT

4.5

12345678910111213141516171819

O ANTNOR

0

O 2ANTNO

0

I HVPROT

0

I HPROT

0

I VPROT

0

I APROT

0

I +B OVP

0

I V5ON

0

I V4ON

0

I V1ON

5.0

O SPKSW

0

I +B OCP

0

O FNTSEL

0

O CMDSEL

0

I MBBSY

2.6

O MBCS

4.4

I HS

1

R1132

220 :CHIP R1141R1164

1k

:CHIP

220 :CHIP

O 1080I

0

5.000

O MBUS

I 5VSET

O NORM

20212223242526272829303132

ST5V

L1004

59

60

O VAP1

O VAP0

IC1009

OSD-CPU

58

GND

:CHIP

57

set5V

O61

1k :CHIP

R1067

61

62

0

O SHDOFF

CXP85460A-219Q

66H

1.0

4.1

4.8

2.4

O SDATA

IO SCLOCK

GND

220

:CHIP

R5716

220

:CHIP

X1002

8MHz

O HD1.2

O Z_WZ

10µH

set5V

O OSC

VP

L1009

0

:CHIP

0

Q1018

2SD601A

ATT

0

Q1020

2SD601A

ATT

0

Q1022

2SD601A

ATT

0

2SD601A

0

Q5701

SW

5V

0

Q5702

2SD601A

SW

R5707

2.2k

:CHIP

0

Q5703

DTC144EKA

SW

5V

00

TO(1/4)

RM OUT

CCD-R

CCD-G

CCD-B

0.1 25V

F:CHIP

R1178

220

:RN-CP

R1183

220

:RN-CP

R1188

220

:RN-CP

C1051C1050

47

25V

R1175

1.8k

:RN-CP

R1180

1.8k

:RN-CP

R1185

1.8k

:RN-CP

0

0.1 25V

56

2

DVCC

0.9

RA14

0.9

RA13

0.9

RA8

0.9

RA9

3.9

RA11

5.0

FCS

0.9

RA10

5.0

RD7

5.0

RD6

5.0

RD5

5.0

RD4

5.0

RD3

C1031

0.1 25V

F:CHIP

54

55

GND

O DTV

3

2.1

I RESET N

I OSC

1615

RA14 RA13

RA11

RA10

15 16 17 18 19 20 21 22 23 24 25 26 27 28

C1032

47

25V

52

53

0.1

O 720P

O 480P

O VS

4.9

SCL

3.7

SDA

3.5

I VPULSE

4.7

I VIDEO2

5.0

I 0169

4.9

I YUV_RGB

4.7

R1163

100

:CHIP

RA8 RA9

FCS

RD7 RD6 RD5 RD4 RD3

4.7k

:CHIP

R5703

220

:CHIP

4

0

4.7k

:CHIP

R5704

220

:CHIP

R1147

100

:CHIP

R1101 :CHIP

R1108

100

:CHIP

R1137 :CHIP

R5721

220 :CHIP

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51

R5713

220

:CHIP

R5705

220

:CHIP

100

1k

R5712

R5710R5709R5708

4.7k

:CHIP

2.2

Q5705

2SD601A

LED DRIVE

2.0

Q5706

2SD601A

INV

R5717 R5718

100

:CHIP

0.3

0

R5711

4.7k

:CHIP

R5720

47k

:CHIP

R5719

6.8k

:CHIP

47k

:CHIP

5V

(3/4)

A

5V

R5726

4.7k

:CHIP

R5727

4.7k

:CHIP

MAIN CPU,OSD CPU, OSD PROCESSOR,NVM

M56

+B OVP

+B OCP

PROTECT

M52

M16

M57

M18

M17

M27

M2

M1

M15

M28

O2

O1

M62

O6

O11

M58

M59

M60

M51

M64

M63

M30

M14

M54

M53

O8

O9

O10

M31

KEY 0

SWIDE YUV_RGB

5V

RELAY

+B OVP

+B OCP

PROTECT

M-G-ATT

AFT

STEREO

SAP

MONO

MUTE

HSYNC

HSYNC2

AFT2

MUTE2

ANTSW2

ANTSW1

ENABLE

APROT

SP SW

FMUTE

CMUTE

RMUTE

FIXMUTE

SIRCSI

STEREO2

MONO2

KEY1

ST LED

TIMER LED

MBUS5

MBUS4

MBUS1

ST5V

SAP2

TO(1/4)

HD1080

D5702 D5704

UDZ-5.6B UDZ-5.6B

TO(1/4)

D5703 D5705

UDZ-5.6B UDZ-5.6B

DTV DET

DTV LED

DTV

STATUS

DATA

CLK

MSDA

MSCL

MID OSDSW

B-SS609.<U/C>-A..-P3

TO(1/4)

2120191817

CN5701

9P

BLK

:S-MICRO

1

E

N.C.

2

N.C.

3 4

E

5

480P

6

Z-WZ

7

NORM

OSDSW

8

720P

9

TO BR(3/3) BOARD CN8503

22

• A (3/4) BOARD WAVEFORMS

1 2 3

5.1Vp-p (H) 5.1Vp-p (8MHz) 5.0Vp-p (V)

4 5 6

5.1Vp-p (V) 5.1Vp-p (H) 5.1Vp-p (V)

7 8 9

4.7Vp-p (H) 4.4Vp-p (H) 4.7Vp-p (V)

10

11 12

P

CCD-YS

– 109 – – 110 –

4.1Vp-p (12MHz) 2.2Vp-p (H) 4.8Vp-p (V)

– 111 – – 112 –

1

A

B

C

D

E

F

G

H

I

K

L

M

N

O

J

2

12

13

11

10

98765

43

14

2120191817

1615

2.0

2.1

2.9

2.5

2.3

1.3

2.2

3.3

0.5

1.3

0.3

0.2

2.5

0 0 0 0 0 0

2.2

2.4

2.7

3

2

1

2.6

0.4

0.7

0.5

5.0

3.6

3.3

3.0

4.7

4.9

0

4.9

DEF5V

2.2

1.6

0

2.3

2.4

0

1.6

2.5

0

2.5

5.0

2.5

0

0.1

3.2

2.5

2.6

2.5

2.3

0.6

0.5

2.1

4.3

2.3

0.7

4.3

5.0

0.1

1.61.5

-5V

DEF5V

-5V

4.7

4.9

5.0

1.9

0

5.0

3.7

4.9

3.5

3.1

4.9

4.7

2.2

2.8

000

0

0.8

5.0

0.9

1.3

0.9

2.2

2.3

4.9

0.7

0.3

5.0

1.6

1.6 1.6 1.6 1.61.7

2.2

2.9

2.4

2.3

2.5

1.4

2.2

2.9

2.4

2.5

1.4

2.2

2.4

2.5

1.4

2.2

2.4

2.5

2.22.4

2.5

2.2

2.4

2.5

2.0

2.5

1.7

0.8

2.1

2.5

1.6

2.1

2.5

0.2

2.0

2.1

DEF5V

5V

-5V

5V

-5V

5V

0 0 0

0

0.8

11

0 0 0

0 0

0

0 0 0

0.8

0

0.8

0

0.8

0

0.8

0

0.8

10

9

8

7

6

0

5

4

0.5

0.1

0.2

1.5

00

3.6

3.8

5.0

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

20

21

22

23

24

25

26

27

28

29

30

31

32

33343536373839404142434445464748495051

52 53 54 55 56 57 58 59 60 61 62 63 64

123

4 5

123

4 5

123456789

101112131415161718

19

20

123456789

101112131415161718

19

20

1 2 3 4 5 6 7 8

910111213141516

123

4 5

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

4142434445464748495051525354555657585960

61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

1234

5 6 7 8

1 2 3 4 5 6 7 8

910111213141516

1 2 3 4 5 6 7 8

910111213141516

1 2 3 4 5 6 7 8

910111213141516

1 2 3 4 5 6 7 8

910111213141516

1 2 3 4 5 6 7 8

910111213141516

1 2 3 4 5 6 7 8

910111213141516

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1234

5 6 7 8

1234567

8 9 10 11 12 13 14

123

4 5 1234567

8 9 10 11 12 13 14

1234567

8 9 10 11 12 13 14

R1820

C1777

C1776

C1739

R1723

R1727

R1728

R1741

R1743

R1745

C1708

C1712

C1713

C1730

C1723

C1729

C1799

C1780

C1761

C1747

C1744

C1757

C1773

C1796

C1797

C1801

C1781

C1774

C1762

C1758

C1748

C1745

C1779

C1746

R1738

R1789

R1844

R1841

R1839

R1836

C1815

C1806

C1817

C1819

C1818

C1816

C1814

C1807

R1722

R1733

C1705

R1783

C1832

R1835

C1834

C1835

C1792

R1842

R1843

R1845

C1838 C1839

C1843

R1848

R1850

R1853

C1844

C1845

C1846

C1847

C1793

R1771

C1840

R1759

C1719

R1830

R1834

C1811

X1701

R1811

R1808

R1851

R1757

C1836

R1840

C1841

R1805

C1805

C1831

C1809

C1808

R1869

C1711

R1867

R1870

C1789

C1788

C1764

R1779

C1707

C1724

C1710

C1800

C1787

R1721

R1703

R1714

R1732

R1739

R1752

R1758

R1777

R1790

R1798

R1806

R1823

R1829

R1871

R1872

R1873

R1874

R1875

R1876

R1877

R1878

R1879

R1880

R1881

R1882

C1861

C1862

C1858

L1746

R1886

R1887

C1714

IC1705

IC1702

IC1706

IC1710

IC1709

C1859

C1802C1827

R1833

R1730

R1864

R1885

C1863

R1890

R1755

R1912

R1713

C1870

C1874

C1875

C1763

R1762

R1761

C1790

C1791

R1849

C1740

R1846

C1833

C1860

R1852

C1873

C1876

C1842

R1847

R1828

C1810

R1868

C1830

R1793

R1804

C1864

R1782

R1788

R1704

R1709

R1837

R1807

R1910

R1911

R1754

R1753

R1751

R1915

C1750

C1749

C1709

R1794

C1877

R1917

C1775

R1866

R1865

C1812

C1878

R1838

R1916

R1919

R1920

C1725 R1746

C1721

C1722

R1710

R1711

R1718

R1715

R1716

R1719

R1724

R1729

R1747

R1748

C1822

C1803

R1822

R1826

R1913

R1740

R1742

R1744

R1926

L1703

L1704

L1707

L1708

L1710

L1713

L1715

L1716

L1719

L1720

L1724

L1726

L1730

L1731

R1908

R1907

R1909

R1854

C1821

C1820

R1784

C1879

IC1708

R1831

R1832

R1774

R1772

R1770

R1769

R1768

R1767

R1766

R1760

R1773

R1765

R1763

R1785

R1787

R1781

R1780

R1791

R1914

R1889

R1792

R1888

R1800

R1801

C1772

R1802

R1799

R1821

R1819

R1810

R1809

R1731

R1736

R1735

R1778

C1794

CN1702

CN1701

IC1707

Q1703 IC1725

IC1716

IC1724

IC1701

Q1702

D1701

D1702

D1703

D1704

Q1710

Q1709

IC1712

IC1722

IC1723

Q1701

IC1718

IC1711

IC1715

IC1721

IC1713

IC1720

IC1714

IC1719

C1804

R1749

C1759

R1775

C1853

C1752

C1854

C1798

R1824

R1725

C1727

C1850 C1851

R1701

L1701

C1849

L1711

C1852

C1738

R1796

L1722

C1828

C1769

IC1703

IC1704

R1756

R1786

R1803

R1827

R1737

R1712

C1718

C1754

C1786

R1702

R1726

R1750

R1776

R1797

R1825

L1729

R1925

R1717

R1720

L1750

L1725

L1751

L1745

C1784

C1848C1829

C1736

C1767

C1716

C1702

L1734

L1736

L1721

L1738

L1733

L1735

L1744

L1739

L1732

L1737

L1740

L1741

L1743

R1795

C1872

C1871

R1705

R1707

R1706

R1708

C1825

C1824

C1837

C1823

C1704

L1742

L1714

R1883

R1923

C1857

1

16V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

0.1 25V

F:CHIP

47

25V

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

47

25V

0.1 25V

F:CHIP

0.1 25V

F:CHIP

47 25V

47

25V

47 25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

47

25V

47

25V

47

25V

0.1 25V

F:CHIP

47

25V

0.1 25V

F:CHIP

4.7k

:CHIP

1k

:CHIP

220 :CHIP

100 :CHIP

10k

:RN-CP

220 :CHIP

100 :CHIP

220

:CHIP

10k

:RN-CP

100 :CHIP

10k

:RN-CP

100 :CHIP

10k

:RN-CP

100 :CHIP

10k

:RN-CP

0

:CHIP

0

:CHIP

27p

CH:CHIP

47 25V

100 :CHIP

22k

:CHIP

10k

:RN-CP

10k

:RN-CP

47

25V

10k

:RN-CP

0.1 25V

F:CHIP

10k

:RN-CP

47

25V

47

25V

47

25V

0.1 25V

F:CHIP

10k

:RN-CP

10k

:RN-CP

10k

:RN-CP

47

25V

0.1 25V

F:CHIP

0.1 25V

F:CHIP

8.2k

:CHIP

0.1 25V

F:CHIP

47

25V

1

16V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

1k

:CHIP

1

16V

F:CHIP

47

0.1 25V

F:CHIP

0.1 25V

F:CHIP

2.2k

:RN-CP

560

:RN-CP

1

16V

F:CHIP

0.1 25V

F:CHIP

220 16V

0

:CHIP

220p B:CHIP

680k

:RN-CP

0

:CHIP

680k

:RN-CP

100

:CHIP

47

25V

220

:CHIP

1k

:CHIP

47

25V

0.1 25V

F:CHIP

100

:CHIP

0.1 25V

F:CHIP

100

:CHIP

0.1 25V

F:CHIP

0.1 25V F:CHIP

47

25V

0.1 25V

F:CHIP

0.1 25V

F:CHIP

470

:CHIP

100

:CHIP

#

:CHIP

47

25V

0.1 25V

F:CHIP

47 25V

10k

:RN-CP

10k

:RN-CP

47 25V

10k

:RN-CP

0.1

B:CHIP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

5.1k

:RN-CP

10k

:RN-CP

10k

:RN-CP

10k

:RN-CP

10k

:RN-CP

10k

:RN-CP

10k

:RN-CP

47k

:RN-CP

47k

:RN-CP

47k

:RN-CP

47k

:RN-CP

47k

:RN-CP

47k

:RN-CP

2.2k

:CHIP

2.2k

:CHIP

0.1 25V

F:CHIP

8.2k

:CHIP

8.2k :CHIP

0

:CHIP

470

:CHIP

100

:CHIP

330

:CHIP

1k

:CHIP

100

:CHIP

1k

:CHIP

1k

:CHIP

1k

:CHIP

100

:CHIP

47

25V

0.1 25V

F:CHIP

10

6.2k

:RN-CP

0.1 25V

F:CHIP

100

:CHIP

0.0022 B:CHIP

10k

:RN-CP

10k

:RN-CP

47

25V

0.1 25V

F:CHIP

100

:CHIP

100

:CHIP

220 :CHIP

15p

CH:CHIP

220

:CHIP

0.1 25V

F:CHIP

47 25V

100 :CHIP

1k :CHIP

100 :CHIP

220 16V

2200p

CH:CHIP

2.2k

:CHIP

330

:CHIP

10k

:RN-CP

100 :CHIP

µPC4570G2-E2

220 :CHIP

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

10µH

:FLR-50

1k

:CHIP

1k

:CHIP

470

:CHIP

3k :RN-CP

12MHz AT-49

0.1

B:CHIP

22p

CH:CHIP

1k

:CHIP

100 :CHIP

0.1 25V

F:CHIP

µPC4570G2-E2

15k

:RN-CP

33k

:RN-CP

1k :CHIP

100 :CHIP

1k :CHIP

100 :CHIP

220 :CHIP

100 :CHIP

0 :CHIP

100 :CHIP

0 :CHIP

4.7k :CHIP

27k :RN-CP

0.1 B:CHIP

1k :CHIP

6.8k

:RN-CP

100 :CHIP

1k

:CHIP

0.1 25V

F:CHIP

20P

:B TO B

20P

:B TO B

CM0006AF

DIGITAL-REGI

DTC114EKA-T146

INV

MC74HC74AFEL

1/2 DIV

µPD6376GS

BV DAC

TC7SH04FTE85L

INV

2SD601A

BUFF

2SD601A

ATT

2SD601A

ATT

MC74HC32AFEL

OSD MIX

TLC2932IPW-E20 32MHZ PLL

DTC144EKA

RESET

PST9143NL

DEF5V RESET

µPC4570G2-E2

CENT REF

µPD6376GS

RV DAC

µPD6376GS BH&BV DAC

µPD6376GS GH&GV DAC

µPD6376GS RH&RV DAC

0.1 25V

F:CHIP

Hm601 :CHIP

CXP86324-016Q

PJED-CPU

0.01

B:CHIP

0.01

B:CHIP

0.01

B:CHIP

2200p

CH:CHIP

0.01

B:CHIP

1500p

CH:CHIP

2200p

CH:CHIP

2200p

CH:CHIP

0.01

B:CHIP

1500p

CH:CHIP

2200p

CH:CHIP

0.01

B:CHIP

680

:RN-CP

680

:RN-CP

680

:RN-CP

680

:RN-CP

680

:RN-CP

680

:RN-CP

680

:RN-CP

MA111

OR

MA111

OR

MA111 OR

MA111

OR

M24C64-MN6T

PJED NVM

TC7SET08FUTE85L

BUFF

TC7SET08FUTE85L

BV FOLD OVER

680 :RN

0

:CHIP

820

:RN-CP

9.1k

:RN-CP

0

:CHIP

820

:RN-CP

9.1k

:RN-CP

0

:CHIP

820

:RN-CP

9.1k

:RN-CP

0

:CHIP

820

:RN-CP

9.1k

:RN-CP

0

:CHIP

820

:RN-CP

9.1k

:RN-CP

0

:CHIP

820

:RN-CP

9.1k

:RN-CP

0 :CHIP

0

:CHIP

4.7k

:CHIP

4.7k

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

2200p

CH:CHIP

680

:RN-CP

680

:RN-CP

2200p

CH:CHIP

2200p

CH:CHIP

2200p

CH:CHIP

2200p

CH:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

330

:CHIP

47

25V

47 25V

100

:CHIP

100

:CHIP

100

:CHIP

100

:CHIP

47

25V

47

25V

47

25V

47

25V

1500p

CH:CHIP

0

:CHIP

0

:CHIP

1k

:CHIP

0

:CHIP

47

R-5V

R+5V

R5V

R-5V

DEF 5V

BV

BH

GV

RV

YS

RH

RV

GV

BV

B

G

R

G

RVGHGVBHBV

YS

RGB

GH

BH

RV

RH

GV GH

BV

BH

RH

R0

R1

R2

R3

R0

R1

R2

R3

GH

G

B

R

B

R4

R5

R4

R5

O R I DPJE SVA0 I DPJE SVA1 I DPJE SVA2

I DSCAN

I 5060 I WIDE

I FF

I BINT

I HP

RESET

GND

O OSC

I VP

I OSC

O VSHIFT

O AREG SW O AREG RST

O NVM STOP

O DREGI MUTE

O DREGI RST

CLK

LSI

RSI

LRCK

AGND

LOUT

LREF

RREF

SEL

DGNDNCDVDD

AGND

ROUT

AVDD

SEL

DGNDNCDVDD

AGND

ROUT

AVDD

CLK

LSI

LRCK

AGND

LOUT

LREF

RREF

SEL

DGNDNCDVDD

AGND

ROUT

AVDD

CLK

LSI

LRCK

AGND

LOUT

LREF

RREF

CLK

LSI

RSI

LRCK

AGND

LOUT

LREF

RREF

SEL

DGNDNCDVDD

AGND

ROUT

AVDD

CLK

LSI

RSI

LRCK

AGND

LOUT

LREF

RREF

SEL

DGNDNCDVDD

AGND

ROUT

AVDD

CLK

LSI

RSI

LRCK

AGND

LOUT

LREF

RREF

SEL

DGNDNCDVDD

AGND

ROUT

AVDD

DAVSS DAVDD DAOUT DAREF

R2 R1

VCOIN

PLLVSS

PDOUT

PLLVDD

TEST5 TEST4

BCLK WCLK

YSOUT YMOUT

BOUT GOUT ROUT

TEST7 TEST8 TEST9

TEST6

TEST10 TEST11 TEST12 TEST13 TEST14 TEST15 TEST16 TEST17 TEST18 TEST19 TEST20 TEST21 TEST22 TEST23 TEST24 TEST25

RHOUT

GHOUT

BHOUT

HDAVDD

HDOUT

XHDAOUT

BIASVSS

IREF

VCENT

BIASVDD

VOUT

XVDAOUT

VDAOUT

VDAVDD

RVOUT

GVOUT

BVOUT

SHVDD

SHVSS

SHBIAS

TEST1

XSTOP

XWC

SDAM

SCLM

DVDD

DVSS

XOFDEF

XMUTE

XRESET

XBUSY

XACKM

SDAS

SCLS

HBLKIN

PWM1

PWM2

VBLKIN

TEST3

ODDEVEN

MAIN SCL

MAIN SDA

I DREG SDA

I VPULSE

GND

VDD

I EXLC

O XLC

O YM

O YS

O I

O B

O G

6

AE

h

DREG SCL

O DREG SDA

A

h

I DREG ACK I DREG BSY I DREG OVF

RSIRSI

O HSHIFT

I JIG

I EXODD

I EXPLL

DVDD

DGND

FIN-A

FIN-B

DGND

AVDD

RBIAS

VCO

AGND

NC

IN

PFD

INHIBIT

VCO

OUT

VCO

PFD

OUT

VCC

GND

1CLR 1D 1CLK 1PR 1Q

GND

VCC

2CLF

2D

2CLK

2PR

2Q/1Q

/2Q

HBLK OUT

VCC

GND

I AREGI D5

I AREGI D4

I AREGI D3

I AREGI D2

I AREGI D1

I AREGI D0

O IIC SW

h

8C

CLK

LSI

RSI

LRCK

AGND

LOUT

LREF

RREF

SEL

DGNDNCDVDD

AGND

ROUT

AVDD

OSD MIX

LEVEL-SHIFT

RH-FIL/AMP

RE-YS

RE-R

RE-G

RE-B

RESET

ODD EVEN

PSCL

PSDA

MSCL

MSDA

/BINT

E

DEF 5V

E

R+5V

R-5VVPVBLK

AR RESET

RHRVGHBHBV

GV

REGI MUTE

SW 4/6

SENSE 3

SENSE 0

SENSE 2

SENSE 1

SENSE 5/7

SENSE 4/6

D FOCUS

O NVM WRITE PROT

HP

TO A(1/4)BOARD CN522 TO A(1/4)BOARD CN523

N.C.

BD

PJED-CPU,REGI-CORRECTION, D/A CONVERTER,RGB CONVERGNCE AMP

NC

E

VCC

RST

A0

A1

A2

E

VDD

WP

PSCL

PSDA

B-SS609.<U/C>-BD.

? A (3/4) board

Schematic diagram

– 113 –

• BD BOARD WAVEFORMS

1

3.9Vp-p (H) 5.1Vp-p (H) 5.2Vp-p (H)

4 5 6

4.2Vp-p (12MHz) 5.0Vp-p (V) 0.7Vp-p (H)

7 8 9

1.3Vp-p (V) 1.1Vp-p (H) 1.3Vp-p (V)

10 11

1.1Vp-p (H) 1.4Vp-p (V)

BD BOARD : IC1716 MC74HC74AFEL

Vcc

14

1

CLR

2

CLR

13

CLR

CK

D

PR

2

1D

2D

12

3

1CK 1PR

2CK 2PR

11

10

PR

D

CK

CLR

Q

4

5

1Q

3

Schematic diagram BD board /

2Q

9

8

Q

6

7

GND

1Q

– 114 –

– 115 –

– 116 –

PJED CPU, REGI CORRECTION,

BD

[ ]

D/A CONVERTER, RGB CONVERGENCE AMP

– BD Board –

BD BOARD

DIODE

LR D1701 F-2 3 D1702 F-2 3 D1703 F-2 3 D1704 F-2 3

TRANSISTOR

LR Q1701 E-3 2 Q1702 G-2 2 Q1703 E-2 2 Q1709 E-3 2 Q1710 E-3 2

IC

LR IC1701 E-1 IC1702 D-4 IC1703 F-3 IC1704 E-3 IC1705 D-3 IC1706 C-4 IC1707 F-2 IC1708 C-3 IC1709 B-4 IC1710 B-3 IC1711 D-3 IC1712 E-4 IC1713 B-2 IC1714 C-2 IC1715 D-2 IC1716 G-2 IC1718 E-3 IC1719 D-2 IC1720 C-2 IC1721 B-2 IC1722 G-1 IC1723 G-2 IC1724 B-4 IC1725 E-2

L ; component side R ; conductor side

*

< Component Side > < Conductor Side >

– 117 –

– 118 –

BM BOARD

DIODE

LR D001 F-4 3 D002 C-3 3 D003 C-3 3

TRANSISTOR

LR Q001 B-2 1 Q002 B-2 1 Q006 B-2 1 Q007 B-2 1 Q009 B-3 1 Q010 B-3 1 Q018 G-3 1 Q019 C-3 1 Q020 G-4 1 Q021 D-3 1 Q022 G-4 1 Q023 C-3 1 Q025 G-4 1 Q026 D-4 1 Q027 G-4 1 Q028 F-4 1 Q029 C-4 1 Q030 D-4 1 Q031 E-4 1 Q032 B-4 1

IC

LR IC001 F-5 IC002 E-5 IC003 D-5 IC004 E-4 IC005 B-3 IC006 B-3 IC007 G-4 IC008 G-4 IC009 C-3 IC010 E-4 IC011 E-3 IC012 E-3 IC013 F-3 IC014 D-2

L ; component side R ; conductor side

*

MAIN/SUB ADC, MID CPU,

BM

[ ]

MID CONTROL, PLL, MEMORY

– BM Board –

– 119 –

< Component Side >

< Conductor Side >

– 120 –

1

2

43

98765

10

11

12

13

14

1615

2120191817

22

A

B

C

D

E

F

G

H

J

K

L

M

N

O

1k

CTL1

1.8

OUT

710

2.3

R182

5.6k

:RN-CP

0.1 25V

F:CHIP

C125

3.3V

CTL0

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

5V

C147

0.1 25V

F:CHIP

XAOE

XBOE

XCOE

TGR

0.6

1.1

0.9

C160

47

16V

:AL-CP

A7

R147

1k

:CHIP

2.2

Q021

2SB709A

R146

5.6k

BUFF

:RN-CP

R166

1k

:CHIP

Q026

2SB709A

R165

5.6k

BUFF

:RN-CP

R183

C138

:CHIP

0.1 25V

F:CHIP

Q030

2SB709A BUFF

R200

68

:RN-CP

C107

0.1 25V

F:CHIP

1.6

2.5

1.7

C121

0.1 25V

F:CHIP

1.6

C123

0.1 25V

F:CHIP

:AL-CP

414243444546474849505152535455565758596061626364

AVDD

TEST

BRBS

AVSS

5

AVDD

BRTS ARTS

AVDD

4

AVSS

ARBS

DVDD

AVSS

0.1 25V F:CHIP

C063

0.1 25V

F:CHIP

2.9

F:CHIP

3.0

C111

16V

:AL-CP

1k

2.9

C110

:AL-CP

L019

0

:CHIP

C113

0.1 25V

F:CHIP

C118

0.1 25V

F:CHIP

R220

68

:RN-CP

C124

47

16V

C148

0.1 25V

F:CHIP

BRB

BIN BIO

BRT

ART

AIO AIN

ARB

C159

L028 Hm601 :CHIP

L013

:CHIP

C064

:AL-CP

C122

10

16V

:AL-CP

C137

0.1 25V

10

16V

R206

:RN-CP

R221

68

:RN-CP

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

3.3V

0

47

16V

68

R207

68

R208

:AL-CP

330

R212

33

:CHIP

R219

33

:CHIP

R222

68

:RN-CP

C127

47

16V

:AL-CP

:RN-CP

C151

0.1 25V

F:CHIP

1.6

2.5

F:CHIP

1.6

C098

47

16V

:AL-CP

L020

:CHIP

C104

47

16V

R223

68

:RN-CP

R023

68

:CHIP

C152

0.1 25V

F:CHIP

2.1

C154

0.1 25V

0.1 25V F:CHIP

47 16V :AL-CP R038 R040 R052

3.3V

R124

:CHIP

R019 R128

2.2k

:CHIP

L016

:CHIP

C074

16V

:AL-CP

0

L023

0

:CHIP

0

R025

:RN-CP

R028

:RN-CP

C157

C158

68 :RN-CP 68 :RN-CP 68 :RN-CP

L011 10µH

:CHIP

1k

R127

:CHIP

L014 10µH

:CHIP

0

47

C091

0.1 25V

F:CHIP

C149

47

16V

:AL-CP

68

R027

68

330

:AL-CP

R035

33

:CHIP

C155

0.1 25V

F:CHIP

R036

33

:CHIP

1k

5V

C150

47

16V

2.2k

:CHIP

3.3V

L027L026

0

:CHIP

C153

10

16V

:AL-CP

3.3V

C156

10

16V

:AL-CP

C024

47

16V

:AL-CP

C066

0.0047 B:CHIP

3.3V

C025

0.1 25V

F:CHIP

R120 R121

0

:CHIP

2.2k

:CHIP

C092

47

16V

:AL-CP

R198

100

:CHIP

C018 C019

47 16V

:AL-CP

L004

0

:CHIP

R091

0

:CHIP

1.5k

:CHIP

C059

C058

0.47 16V

F:CHIP

C067

0.47 16V

F:CHIP

R135

1.5k :CHIP

R141 680k

:CHIP

C068

F:CHIP

C093

F:CHIP

1.7

:CHIP

C073

0.1 25V

F:CHIP

R050

:CHIP

C028

0.1

R061

100

R065

100

C034

0.1 25V

F:CHIP

C047

0.1 25V

F:CHIP

R106

0.1 25V F:CHIP

47 16V :AL-CP

:CHIP

:AL-CP

0.1 25V F:CHIP

R161

0

:CHIP

C082

0.1 25V

F:CHIP

TC7SET08FUTE85L

LVL SHIFT

123

GND

20P

:B-TO-B

25V

F:CHIP

33k :CHIP

C054

R122

3.3k

:CHIP

R136

3.3k

C070

47

16V

33k :CHIP

R010

:CHIP

IC012

VCC

4 5

0.47 16V

B:CHIP

M-Y

M-B-Y

0 :CHIP

12

R226

123456789

E

M-Y

M-B-YEM-R-Y

L002

0

:CHIP

5V

:AL-CP

IC002

TLC2932IPW

A CH PLL

:AL-CP

L003

0

M-HD

0

:CHIP

1k

157

XRST

3.2

158

SDA

4.9

159

SCL

4.9

160

RB1

1.6

161

ADI1

162

RT1

163

ADVS1

164

ADVD1

1.6

165

RB2

166

ADI2

167

RT2

168

RT3

169

ADI3

1.6

170

RB3

171

ADDS1

1.2

172

ADCK1

173

ADDV1

3.2

174

CKO1

0.4

175

VC1

0.3

176

OPO1

2.5

177

BIS1

0.3

178

OPI1

179

PLVD1

0.3

180

CPO1

181

PLVS1

0.7

182

FIN1

0.7

183

FIN2

184

PLVS2

0

185

CPO2 PLVD2

186

187

OPI2

2.5

188

BIS2

0.2

OPO2

189

R145

190

3.3

191

CKO2

192

ADDV2

1.3

193

ADCK2

194

ADDS2

3.3

195

RB4

196

ADI4

197

RT4

198

RT5

199

ADI5

3.2

200

RB5

201

ADVD2

202

ADVS2

203

RT6

204

ADI6

3.2

205

RB6

206

TST1

207

TST2

208

TST3 MIB6

0

M-VD

:CHIP

R037

220 :CHIP

R046

330 :CHIP

R048

100

3.2

:CHIP

BGP1

0.2

0.3

VC2

PCKSL

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52

R194

0

:CHIP

B4B5B6B7A0A1A2A3A4A5A6

2.1

0.2

1.7

DVI1

BGP2

3.2

CLK1

FVI1

DIV2

FVI2

1.7

VSS8

CLK2

1.3

0.3

C094

0.1 25V

F:CHIP

R201

220

:CHIP

1.4

DIN2

DIN1

VDD1

SASL1

R202

330

:CHIP

5V

2.0

2.5

0.7

2.1

3.4

2.5

R213

#

:CHIP

R214 R215

470

:CHIP0:CHIP

R217

1.2k

:CHIP

M-VD

M-HD

M-R-Y

GND

PFDOUT

NC

PFDINH

8 9 10 11 12 13 14

0

0.047

B:CHIP

MID BUSY

FINA

FINB

VCOINH

VCOGND

C120C119

VP

/BINT

VCOOUT

VCOIN

2.0

1234567

VDD

SEL

RBIAS

VCOVDD

3.0

R216

3.3k

:RN-CP

R218

:CHIP

S-G

S-V MUTE

3

0 :CHIP

R228

R227

0 :CHIP

R230

R229

R231

101112131415161718

E

+5V

M-VD

M-HD

MID BUSY

0 :CHIP

R233

R232

VP

/B INT

0 :CHIP

R234

E

0 :CHIP

R235

S-G

S-V MUTE

C004

0.1 25V

0

2.9

R073

0

:CHIP

0

2.5

0

:CHIP

0

2.5

R077

0

:CHIP

F:CHIP

C001

0.1 25V

F:CHIP

C013

0.1 25V

R014

560

:RN-CP

R024

560

:RN-CP

R033

560

:RN-CP

M-Y

M-B-Y

M-R-Y

Q001

2SD601A

BUFF

3.5

R007

470

:CHIP

Q006

2SD601A

BUFF

3.1

R026 R075

2.2k

:CHIP

Q009

2SD601A

BUFF

3.2

R032

2.2k

:CHIP

R072

:CHIP

R074

:CHIP

R076

:CHIP

5V

IC005

M24C02-MN6

VP MSDA MSCL

MID BUSY

MID-SDA MID-SCL

R143 :CHIP

:CHIP

1234

1k

R154

100

E0 E1 E2 VSS

4.8

NVM

ACH

0

R066

220

VDD

:CHIP

WR

4.9

SCL

4.7

5 6 7 8

SDA

R070

4.6

220

:CHIP

R081 R082 C040

4.7k

:CHIP

47 :CHIP

R108

52 53 54 55 56 57 58 59 60 61 62 63 64

MAIN SCL

O MIDBUSY

I MIDSDA

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

I

/BINT

RESET

R195

:CHIP

5V

Q032

DTC144EKA

MID-SDA

MID-SCL

123

E

MID-SCL

MID-SDA

RESET

4

N.C.

1k

TO BR BOARD CN8505

CN003

4P

BLK

:S-MICRO

5V

1 3 6

2 4 5

7.2MH

IN

912

FL001

H355LNK-7849

1 2 3

IN OUT

2.6MH

FL002

H354LAI-7848

1 2 3

IN

2.6MH

FL003

H354LAI-7848

R067

220

:CHIP

4.7k

:CHIP

47 :CHIP

0 :CHIP

R110

R111

R109

4.9

3.7

3.5

4.8

MID SCL

MID SDA

MAIN SDA

I BINT

4.9

R175

1k

:CHIP

Q002

2SB709A

BUFF

OUT

2.6

z

710

R008

5.6k

:RN-CP

Q007

2SB709A

BUFF

2.9

2.3

z

46

R029

5.6k

Q010

:RN-CP

2SB709A

BUFF

3.0

2.3

OUT

z

R039

46

5.6k

:RN-CP

IC006

PST9143NL

RESET

123

VCC

NC E

RST

E

C032

1

16V

F:CHIP

5V

C039

0.1 25V

F:CHIP

C043

22p

CH:CHIP

:CHIP

R112

1k

:CHIP

4.7

VSS

VDD

8

I VPULSE

IC009

CXP8540A-027Q

MID-CPU

6E

h

7

O OSC

I HPULSE

I VPULSE

I RESET

VSS

0.704.8

1k :CHIP

R176

1k :CHIP

100 :CHIP

R177

R178

C081

0.0022 B:CHIP

C089

27p

CH:CHIP

2.5

3.2

4 5

:AL-CP

L008 10µH

220 :CHIP

R113

5.0

I EXLC

I OSC

2.2

SMD-49

CH:CHIP

R009

:CHIP

R030

:CHIP

R042

:CHIP

C030

10

16V

:AL-CP

C044

CH:CHIP

5.0

O XLC

X002

12MHz

C090

15p

C112

0.1 25V

F:CHIP

C114

0.1 25V

F:CHIP

1k

:CHIP

47

22p

O YM

L024

:CHIP

C005

0.1 25V

F:CHIP

C017

0.1 25V

F:CHIP

R059

0

R064

470

C031

1

16V

F:CHIP

0

O I

O YS

O SUB VMUTE

O NVM WPRT

0

R210

33

2.5

:CHIP

C129

:AL-CP

L001

:CHIP

C026

0.1 25V

F:CHIP

:AL-CP

L007

S-G

R118

100

:CHIP

R273

220

:CHIP

0

33343536373839404142434445464748495051

O B

O G

I JIG

I VIDEO

47

16V

0

3.3V

C006

47

16V

:AL-CP

R016

33

:CHIP

C141

10

16V

10µH :CHIP

O R

VDD

PLL PLL

3.2

5V

C142

0.1 25V

F:CHIP

C143

0.1 25V

F:CHIP

R274

4.7k

:CHIP

D003

MA111

OR

D002

MA111

OR

32

0

31

5.0

30

0.4

29 28 27 26

C075

25

0.0022 B:CHIP

24

0

23

4.4

22

2.4

21 20

C078

0.47 16V

B:CHIP

R171 C087

:CHIP

5V

S-V MUTE

R131

220

:CHIP

C083

0.1 25V

F:CHIP

1M

L025

0

:CHIP

2.5

C144

47

16V

:AL-CP

100 :CHIP

R133

R254

1k

:CHIP

C076 C077

0.1 25V

F:CHIP

:AL-CP

R170

:CHIP

100p

CH:CHIP

47

16V

56

5V

C145

0.1 25V

F:CHIP

65

AVSS

CIN

66 67

CIO

68

AVDD

69

CRT

70

CRTS

71

DVSS

72

DVSS

73

C0

74

C1

75

C2

76

C3

77

C4

78

C5

79

C6

80

C7

F:CHIP

L012 10µH

:CHIP

S-V

C161

0.1 25V

C146

R020

0.1 1k

25V

AVDD

F:CHIP

AVSS

4.9

TEST

:CHIP

CLE

REF3

CRB

1.6

CRBS

6

DVDD

DVDDB0B1B2B3B4B5B6B7

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

3.3V

Q019

2SD601A

BUFF

S-Y

3.1

R144

470

:CHIP

Q023

2SD601A

BUFF

S-B-Y

3.2

R159

2.2k

:CHIP

Q029

2SD601A

BUFF

S-R-Y

3.2

R172

2.2k

:CHIP

R257

0

:CHIP

2.5

R259

0

:CHIP

R260

0

:CHIP

2.6

R261

:CHIP

R262

0

:CHIP

2.5

R263

:CHIP

B4B5B6

C134

0.1 25V

F:CHIP

C135

0.1 25V

F:CHIP

0

1.4

3.3V

C100

0.1 25V

F:CHIP

65

AVSS

66

CIN

67

CIO

68

AVDD

69

CRT

70

CRTS

71

DVSS

72

DVSS

73

C0

74

C1

75

C2

76

C3

77

C4

78

C5

79

C6

80

C7

C126

0.1 25V

F:CHIP

C101

0.1 25V F:CHIP

R203

AVSS

4.9

:CHIP

CLE

TEST

B4B5B6

1k

0.2

REF3

0.2

1.6

CRB

AVDD

CRBS

DVDD

DVDDB0B1B2B3B4B5B6B7

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

3.3V

R204

1k

:CHIP

3.2

1.3

4.8

SEL

CLK

CLP

REF0

REF1

REF2

IC014

CXD2303AQ

SUB ADC

DVSS

DVSSA0A1A2A3A4A5A6A7

0.9

0.1

B7

A0A1A2A3A4A5A6

3.2

0.9

SY

4.9

:CHIP

CTL2

0.9

R205

0.9

REF2

1.6

C136

0.1 25V

F:CHIP

1k

CTL0

CTL1

1.0

REF1

1.7

B7

R160

560

:RN-CP

R173

560

:RN-CP

XCOE

0.6

000

REF0

IC003

CXD2303AQ

MAIN ADC

DVSS

IN

C102 C103

0.1 25V

F:CHIP

XBOE

0.3

0.6

A7

R021

1k

:CHIP

R022

:CHIP

4.9

SY

SEL

CLK

CLP

CTL2

DVSSA0A1A2A3A4A5A6A7

1.5

1.4

1.2

A0A1A2A3A4A5A6

5V

FL007

H355LNK-7849

1 3 6

2 4 5

7.2MH

z

912

R153

560

:RN-CP

FL010

H354LAI-7848

1 2 3

OUT

IN

2.6MH

z

46

FL012

H354LAI-7848

1 2 3

IN

OUT

2.6MH

z

46

414243444546474849505152535455565758596061626364

AVDD

TEST

XAOE

BRBS

BRB

AVSS

BIN BIO

AVDD

BRT BRTS ARTS

ART AVDD

AIO

AIN AVSS

ARB ARBS

DVDD

TGR

AVSS

0.1 25V F:CHIP

B:CHIP

R002

1.2k

:CHIP

C010

0.1 25V

F:CHIP

:RN-CP

C009

47

16V

C015

47

1 2 3 4 5 6 7

16V

C016

0.1 25V

F:CHIP

1.6

1.7

1.5

DIN6

DIN5

DIN4

DIN3

IOSL2

BDMSK

HPOUT

DOT12

0

A7

C105

0.1 25V

F:CHIP

IC011

TLC2932IPW

B CH PLL

C115 C116

0.1 25V

F:CHIP

S-V

MSCL

RESET

0 :CHIP

R238

R237

R236

19

S-V

MSCL

+3.3V

RESET

C002

0.47 16V

R012

3.3k

2.9

RBIAS

VCOVDD

VDD

SEL

3.2

1.4

1.2

DIN7

DOT11

0.6

0.3

A6

47

16V

:AL-CP680k

MSDA

0 :CHIP

R239

20

MSDA

1.8

VCOIN

VCOGND

VCOOUT

FINA

2.102.5

C021R003

0.1 25V

F:CHIP

1.8

DIN8

VDD8

DOT10

DOT9

0.6

1.0

A4

A5

L021

0

:CHIP

C106

47

16V

:AL-CP

L022

0

:CHIP

680k

:CHIP

0

VCOINH

FINB

1.8

DIN9

DIN10

VSS1

DOT8

A3

C003R001

0.047

B:CHIP

R013 470

:CHIP

891011121314

NC

PFDINH

PFDOUT

GND

MOA12

A7

1.1

0.9

0.6

0000000000000000000

HPIN

DIN12

DIN11

R018

0

:CHIP

VCC

1 2 3

1.7

MOA8

MOA9

MOA10

MOA11

MOA9

VSS7

MOA10

MOA11

MOA12

IC010

CXD2079Q

MID CONTROLLER

2.5

45

GND

IC004

TC7SET08FUTE85L

LVL SHIFT

MOA7

MOA6

MOA5

MOA6

MOA7

MOA8

MOA4

MOA3

MOA2

C022

0.1 25V

F:CHIP

MOA2

MSM548331TS-K-1

MOA7

DIN6

VSS

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

MOA1

RCLKA

MOA1

VDD7

2Ch

DOT7

DOT6

DOT5

DOT4

DOT3

DOT2

DOT1

VDD2

MOB1

MOB2

MOB3

MOB4

BOB5

BOB6

MOB7

VSS2

MOB8

0

MOB3

MOB4

00000

MOB7

MOB8

MOB5

MOB6

MSM548331TS-K-1

MOB9

MOB7

DIN6

VSS

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

00000

IC013

MEMORY

0.9

A2

0.9

A1

0.9

A0

0.9

B7

0.1

B6

0.1

B5

0.2

C095

0.1 25V

F:CHIP

B4

MOB1

0

MOB2

0

3.3V

5V

HS

S-Y

S-R-Y

S-B-Y

0 :CHIP

R240

R241

123456789

E

S-Y

0 :CHIP

R243

R242

E

S-B-YES-R-Y

TO A(1/4) BOARD CN513TO A(1/4) BOARD CN518

VS

MID-V

0 :CHIP

R245

R248

R244

R246

R247

101112131415161718

HS

S-VD

VM-MUTE

VS

S-HD

MID-H

0 :CHIP

R249

MID-V

MID-H

IC001

MEMORY

WCLKA

WXADA

WADEA

MOA8

MOA9

MOA10

MOA11

MOA12

00000

DIN7

DIN8

DIN5

DIN4

00000

MOA5

MOA6

RXADA

RADEA

1.4

RXADA

RCLKA

MOB9

MOB10

MOB11

MOB8

MOB9

0000000000000

DIN7

DIN8

DIN5

DIN4

MOB5

MOB6

MID-YS

0 :CHIP

R250

E

MID-YS

1.4

0

DIN9

WCLK

WXAD

DIN10

DIN11

DIN3

DIN2

DIN1

DIN0

RCLK

0

1.4

RCLKA

MOA1

MOA2

MOA3

MOA4

RRA

OEA

RXIA

REA

OEA

REA

RRA

RXIA

RADEA

MOB11

MOB12

WCLKB

WXADB

WADEB

000

1.5

C096

0.1 25V

F:CHIP

MOB12

WCLKB

WXADB

WADEB

MOB10

MOB11

MOB12

WCLKB

WXADB

1.5

DIN9

WCLK

WXAD

DIN10

DIN11

DIN3

DIN2

DIN1

DIN0

RCLK

0

1.4

MOB1

MOB2

MOB3

MOB4

RCLKB

MID-Y

MID-B-Y

MID-R-Y

0 :CHIP

R251

R252

R253

19

20

E

MID-R-YEMID-B-Y

00000000000

WADE/RX

RXAD

00000000000

RXADA

MIA1

VSS6

VDD3

WRB

WADEB

WADE/RX

RXAD

0000000

RXADB

CN002CN001

20P

:B-TO-B

MID-Y

0.1 25V F:CHIP

WEA

WXIA

IEA

WRAEA

MIA12

MIA11

IE

DO11

WR/TRWEWXINC

RADE/RXRRRXINCREOE

OEA

REA

RXIA

RRA

RADEA

MIA2

000000000

MIA2

WEB

WRB

WR/TRWEWXINC

RADE/RXRRRXINCREOE

RADEB

MIA3

WEB

RRB

MIA3

WXIB

RXIB

MIA4

MIA5

MIA6

MIA5

MIA4

IEB

MIB12

0

000

3.2

IEB

MIB12

MIB11

0.1 25V F:CHIP

IEB

MIB12

3.2

IE

DO11

3.3

OEB

REB

C117

MIA1

MIA6

MIB11

MIB1

0.1 25V F:CHIP

C011

VCC

DO10

DO0

DO1

C014

0.1 25V

F:CHIP

MIA2

MIA7

MIA8

F:CHIP

MIA7

MIB10

MIB9

C108

VCC

DO10

DO0

DO1

MIB2

MIA9

MIA10

DO9

VCC

MIA3

C023

0.1 25V

MIA8

VDD6

MIB9

VSS3

000

MIB9

MIB10

000

DO9

VCC

000

MIB3

DO8

DO2

MIA4

MIA9

105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156

MIA9

9

MIB8

DO8

DO2

MIB4

MIA7

MIA8

VSS

DO7

DO3

VSS

MIA10

0

MIA10

MIA11

MIA12 WCLKA WXADA WADEA

WRA

VSS5

WEA

WXIA

IEA EXFV EXFH DIV3 CLK3 FVI3 VDD5 FIN3

PLVS3

CPO3

PLVD3

OPI3 BIS3 OPO3

VC3 CKO3

XTLO

XTLI OUT3 OUT2

DAVS1 DAVD1

OUT1

VRF

IRF VSS4

RCLKB RXADB RADEB

RRB RXIB

REB

OEB VDD4 MIB1 MIB2 MIB3 MIB4 MIB5

MIB7

0

MIB7

MIB8

VSS

DO7

DO3

VSS

C012

0.1 25V

F:CHIP

0

23242526272829303132333435363738394041424344

DO6

DO4

0

MIA6

MIA5

3.3V

104

103

102

101

100

VB VG

YS

C109

0.1 25V

MIB7

F:CHIP

0

23242526272829303132333435363738394041424344

DO6

DO4

0

MIB6

MIB5

VCC

DO5

99 98 97 96 95 94 93 92 91 90 89 88 87 86 85

33k :CHIP

84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53

VCC

DO5

3.3V

0 0

1.5 0 0 0

0 0 0

3.2

3.1

1.7

2.4 0

0.3

0

R119

0 0

C053

0.1

0.1 0

1.7

1.6

R129

0.1

0.6

0.8

F:CHIP

2.1

0.6

1.1

3.2

:RN-CP

1.5 0 0 0 0 0

3.2

0 0 0 0 0 0

BM

MIA11 MIA12

WCLKA WXADA WADEA WRAEA

WEA WXIA

R079

R080

C045

0.1 25V

F:CHIP C052

R098

0.1

2.2k

25V

:CHIP

F:CHIP

10µH :CHIP

47 16V :AL-CP

18p CH:CHIP

C060

100 :CHIP

C069

0.1 25V

F:CHIP

C071

0.1 25V

R156

470

R155

:RN-CP

4.7k

RCLKB RXADB RADEB

RRB

RXIB

REB OEB

MIB1 MIB2 MIB3 MIB4 MIB5 MIB6

IEA

100 :CHIP 100 :CHIP

100 :CHIP

R093

3.3k

:CHIP

L009

L015

0

:CHIP

R142

1k

:RN-CP

C072

0.1 25V

F:CHIP

C084

0.1 25V

F:CHIP

C085

0.1 25V

F:CHIP

C097

0.1 25V

F:CHIP

R090

15p CH:CHIP

27MHz SMD-49

IC007

TC7SET08FUTE85L

LVL SHIFT

123

1.7

GND

R094

1.2k

:CHIP

R099 680k :CHIP

R100 R101

C050

1.5k

100

:CHIP0:CHIP

6.3V

:AL-CP

C062

X001

R137

300

:RN-CP

C086

47

16V

:AL-CP

R138R134

:RN-CP

R148

300

L017

0

:CHIP

L018

0

:CHIP

330

3.3V

VCC

R132

100

R139

100

:CHIP

R149

100

:CHIP

2.5

4 5

R123

:CHIP

0.2

0.6

C035

0.1 25V

F:CHIP

100

Q018

2SB709A

BUFF

Q022

2SB709A

BUFF

Q027

2SB709A

BUFF

C036

:AL-CP

2.2

0.4

2.5

5.0

0.8

1.2

47

16V

0

C055

0.1 25V

F:CHIP

R125

150

:RN-CP

R150

150

:RN-CP

R163

150

:RN-CP

5V

L005

0

:CHIP

IC008

TLC2932IPW

C CH PLL

1234567

VDD

SEL

VCOOUT

FINA

FINB

PFDOUT

GND

C056

16V

:AL-CP

TH355LNK-8473

1 3 6

2 4 5

IN

1 2 3

H354LAI-8472

VCOVDD

RBIAS

VCOIN

VCOGND

VCOINH

PFDINH

47

FL008

18MH

IN

5MH

H354LAI-8472

IN

5MH

FL011

:CHIP

CH:CHIP

MAIN/SUB ADC,MID CPU, MID CONTROLLER,PLL,MEMORY

L006

0

:CHIP

NC

R107

0

:CHIP

z

912

OUT

z

46

FL009

OUT

z

46

R181

2.2k

C128 100p

5V

R078

4.3k

:RN-CP

2.5

R086

1.2k

4.9

:CHIP

8 9 10 11 12 13 14

0

C046

0.47

B:CHIP

R102

470

:CHIP

OUT

710

2SB709A

R151

1.5k

:RN-CP

2SB709A

R164

1.5k

:RN-CP

1.6

D001

MA111

SPEED UP

5V

C038

0.1 25V

F:CHIP

C037

47

16V

:AL-CP

R087 680k

:CHIP

C042

16V

0.047

B:CHIP

R130

1.5k

:RN-CP

R140

2.2k

:CHIP

1.2

Q020 BUFF

R157

2.2k

:CHIP

1.6

Q025 BUFF

R167

2.2k :CHIP

Q028

2SB709A

BUFF

0.7

R185

1k

:CHIP

VS

HS

MID-V

MID-H

L010

0

:CHIP

5V

1.9

MID-Y

C130

C131

10

0.1

16V

25V

:AL-CP

F:CHIP

2.2

MID-B-Y

C133

C132

47

0.1

16V

25V

:AL-CP

F:CHIP

2.2

MID-R-Y

R258

1k

:CHIP

MID-YS

0

Q031

2SD601A

INV

5V

B-SS609.<U/C>-BM.

• BM BOARD WAVEFORMS

1 2 3

1.4Vp-p (H) 0.8Vp-p (H) 0.8Vp-p (H)

4 5 6

1.2Vp-p (H) 0.7Vp-p (H) 0.7Vp-p (H)

7 8 9

3.9Vp-p (12MHz) 4.8Vp-p (V) 1.9Vp-p (27MHz)

– 121 – – 122 –

– 123 – – 124 –

1

A

B

C

D

E

F

G

H

I

K

L

M

N

O

J

2

12

13

11

10

98765

43

14

2120191817

1615

3.3V

12

3

11

10

5V

3.5

2.9

2.5

3.1

2.3

3.0

2.3

3.0

3.2

2.6

5V

3.3V

5V

0

1.8

3.1

4.9

1.9

0.7

2.0

1.8

4.9

0.3

4.9

5V

2.5

3.4

1.6

5V

2.0

2.9

1.5

2.3

2.4

3.2

2.1

2.4

2.1

1.7

3.4

2.901.9

0.1

2.5

3.3

2.5

1.6

1.6 0

2.5

0.9

1.4

1.8

2.9

2.1

1.5

5V

0.7

3.3

3.1

3.6

3.0

3.4

3.2

4

5

6

0

2.9

5V

3.3V

1.2

0.5

1.2

0.3

1.0

0.6

3.7

3.1

3.7

3.1

3.6

2.9

3.3V

1.5

1.501.2

0.1

2.9

1.4

1.7

1.0

0.8

0.6

1.7

0.8

0.6

1.1

1.5

2.9

1.4

0.9

1.3

2.9

1.4

0.9

1.3

1.7

0.8

0.6

1.1

1.5

2.9

1.4

1.7

1.0

0.8

0.6

1.6

0.9

1.3

0

1.5

0

3.3V

1.4

1.5

0.9

1.2

1.7

1.1

0.8

0.5

1.5

0.9

1.7

1.1

1.5

0.9

1.7

1.1

0.8

2.9

0

3.2

2.9

1.4

0.6

1.3

0

0.6

0.9

1.3

1.5

0.3

1.0

1.0 0

0.6

2.2

0.6

0.2

1.3

1.7

1.0

2.9 0

0.9

0.8

1.9

1.8

2.2

0.9

2.0

1.9

2.0

0

2.7

2.9

1.5

3.2

00000

0.2

1.2

2.9 0.7 0 0

3.3V

0.1

1.9

0.9

1.4

1.8

2.9

0

1.5

2.6

2.4

3.2

0

3.2

0

0 0

3.2

1.9

1.4

2.9

3.2

3.1

3.6

3.3

3.1

1.6

3.3

1.9

7

8

9

3.3V

3.2

Y

B-Y

R-Y

Y

R-Y

B-Y

Y

R-Y

B-Y

Y

B-Y

R-Y

B-Y

Y

Y DATA

C DATA

R-Y

B-Y

Y

B-Y

R-Y

Y

B-Y

R-Y

Y

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

1234567

8 9 10 11 12 13 14

1 2 3 4 5 6 7 8 9 10 11 12 13 14

1516171819202122232425262728

1 2 3 4 5 6 7 8 9 10 11 12 13 14

1516171819202122232425262728

1 2 3

46

1 2 3

46

1 3 6

710

2 4 5

912

1

2

3

4

5

6

7

8

9

10

11

12345678910111213141516

171819202122232425262728293031

32

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

1234

5 6 7 8

1234567

8 9 10 11 12 13 14

1 3 6

710

2 4 5

912

1 2 3

46

1 2 3

46

EMI

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

123

4 5

123

4 5

R8501

R8502

R8503

R8504

R8505

R8506

R8507

R8508

R8509

R8510

R8511

R8512

R8513

R8514

R8524

R8526

R8531

R8533

R8534

R8536

R8541

R8542

R8544 R8545

R8546

R8550

R8557

R8559

R8560

R8561

R8562

R8564

R8569

R8571

R8572

R8573

R8574

R8576

R8577

R8578

R8579

R8580

R8581

R8582

R8583

R8584

R8587

R8589

R8590

R8591

R8593

R8594

R8596

R8597

R8599

R8601

R8603

R8604

R8605

R8607

R8608

R8611

R8613

R8614

R8617

R8618

R8621

R8622

R8623

R8624

R8625

R8626

R8627

R8628

R8629

R8630

R8631

R8632

R8633

R8634

R8635

R8636

R8637

R8638

R8639

R8640

R8641

R8642

C8502

C8503

C8506

C8507

C8509

C8510

C8511

C8512

C8513

C8514 C8515

C8516

C8517

C8518

C8519

C8520

C8521

C8522

C8523

C8524

C8525

C8528

C8533

C8534

C8535

C8536

C8540

C8541

C8544

C8545

C8546

C8547

C8549

C8551

C8553

C8554

C8555

C8556

C8557

C8558

C8559

C8561

C8563

C8564

C8565

C8566

C8568

C8569

C8570

C8573

C8574

C8575

C8577

C8578

C8580

C8582

C8584

C8585

C8586

C8587

C8588

C8589

C8590

C8591

C8592

C8593

C8598

C8599

C8600

C8601

C8602 C8603

C8604

Q8509

Q8511

IC8502

IC8503

IC8505

IC8506

IC8507

CN8501

CN8502

L8501

L8502

L8503

L8505

L8508

L8509

L8511

L8513

L8515

L8517

L8518

FL8504

FL8505

FL8506

FL8507

FL8508

FL8509

R8806

R8523

L8507

R8592

C8548

R8575

C8543

R8595

FL8501

FL8502

FL8503

R8515

R8516

R8517

R8807

R8808

R8809

C8688

R8810

L8514

TP8502

TP8503

TP8504

IC8527

R8539

R8549 R8553

R8555

JR8501

Q8508

R8803

IC8525

IC8526

L8519

L8516

L8520

R8610

L8512

L8510

IC8504

C8529

R8518

C8508

R8556

Q8501

Q8502

Q8503

Q8506

Q8505

Q8504

Q8517

Q8514

Q8513

Q8516

Q8512

Q8515

Q8551

Q8546

1k

:CHIP

3.3k

:CHIP

220

:CHIP

47

16V

:AL-CP

22k

:CHIP

470k

:CHIP

3.6k

:CHIP

47

16V

:AL-CP

100µH :CHIP

2SC2412K VCC DROP

TLC2932IPW

WRITE PLL

47

16V

:AL-CP

MN47V77ST1

FIELD MEMORY

MN47V77ST1

FIELD MEMORY

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0

:CHIP

0

:CHIP0:CHIP

0

:CHIP

0.1 25V

F:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0

:CHIP

0

:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0

:CHIP

0

:CHIP

100

:CHIP

100

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

100

:CHIP

100

:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

2SB709A VCO LIM

0.01

B:CHIP

0.1 25V

F:CHIP

470k

:CHIP

1k

:CHIP

680k

:CHIP

0

:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0

:CHIP

10

16V

:AL-CP

330

:CHIP

330

:CHIP

100k

:CHIP

47

16V

:AL-CP

0

:CHIP

0.1 25V

F:CHIP

0

:CHIP

100µH :CHIP

220

:RN-CP

220

:RN-CP

220

:RN-CP

0

:CHIP

0

:CHIP

0

:CHIP

47

16V

:AL-CP

0.1 25V

F:CHIP

47µH

:CHIP

10

16V

:AL-CP

470

:RN-CP

5.6k

:RN-CP

470

:RN-CP

5.6k

:RN-CP

560

:RN-CP

470

:RN-CP

5.6k

:RN-CP

560

:RN-CP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

11P

:B-TO-B

0.1 25V

F:CHIP

0.1 25V

F:CHIP

47

16V

:AL-CP

47

16V

:AL-CP

47

16V

:AL-CP

47

16V

:AL-CP

STC332B

47

16V

:AL-CP

47

16V

:AL-CP

47

16V

:AL-CP

20P

:B-TO-B

560

:RN-CP

2.2k

:CHIP

2.2k

:CHIP

470

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

TLC5733AIPM

3CH 8BIT A/D

0.1 25V

F:CHIP

0.1 25V

F:CHIP

47 :RN-CP

47

:RN-CP

0.1 25V

F:CHIP

47

:RN-CP

47

:RN-CP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

47 16V :AL-CP

0.1 25V

F:CHIP

100

:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

15k

:CHIP

0.1 25V

B:CHIP

0.1 25V

B:CHIP

15k

:CHIP

0.1 25V

B:CHIP

47 :RN-CP

47

:RN-CP

47

:RN-CP

47

:RN-CP

0

:CHIP

0 :CHIP

0

:CHIP

0

:CHIP

0

:CHIP

15k

:CHIP

100

6.3V

:AL-CP

100

6.3V

:AL-CP

0

:CHIP

220

:RN-CP

220

:RN-CP

220

:RN-CP

620

:RN-CP

270

:RN-CP

56

:RN-CP

56

:RN-CP

68

:RN-CP

68

:RN-CP

47p

CH:CHIP

10

10V

:BP-CP

10

10V

:BP-CP

10

10V

:BP-CP

2.2µH :CHIP

10µH

:CHIP

10µH

:CHIP

47µH

:CHIP

4.7µH :CHIP

10k

:CHIP

Hm601 :CHIP

10µH :CHIP

0.47 16V

B:CHIP

0.047

B:CHIP

0.1 25V

F:CHIP

100µH :CHIP

2.2k

:RN-CP

2.2k

:RN-CP

2.2k

:RN-CP

0

:CHIP

470

:CHIP

#

3.3k

:CHIP

1k

:CHIP

2.2k

:CHIP

2.2k

:CHIP

10k

:CHIP

TLC2933IPW

READ PLL

TC7SET04FU

INV

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

0

:CHIP

2SB709A

BIAS

10k

:CHIP

TC7SET08FU

LEVEL SHIFT

TC7W53FU

SW

0

:CHIP

0

:CHIP

0

:CHIP

10k

:CHIP

0

:CHIP

0

:CHIP

CXD2075Q

TBC

0.1 25V

F:CHIP

3.3k

:RN-CP

0.1 25V

F:CHIP

0

:CHIP

2SB709A

BUFF

2SB709A

BUFF

2SB709A

BUFF

2SB709A

BUFF

2SB709A

BUFF

2SB709A

BUFF

2SD601A MU BUFF

2SB709A MU BUFF

2SB709A MV BUFF

2SD601A MV BUFF

2SB709A MY BUFF

2SD601A MY BUFF

DTC144EKA

INVERTER

DTC144EKA

INVERTER

CK54

HPLL

DRO

DYO

WYCLK

XOC

EXTOE

A5V

D5V

A3.3V

D3.3V-1

D3.3V-2

A5V

RC-OUT

.BLK02FA

2HV

2OUT

D3.3V-1

D5V

720P

RCCLK

RC-HV

480P

P-HD

7654321

0

012

3

456

7

012

3

456

7

0123456

7

012

3

456

7

012

3

456

7

0123456

7

EXC0 EXC1 EXC2 EXC3 EXC4 EXC5 EXC6 EXC7

EXY0 EXY1 EXY2 EXY3 EXY4 EXY5 EXY6 EXY7

BIN1 BIN2 BIN3 BIN4 BIN5 BIN6 BIN7

AIN1 AIN2 AIN3

AIN4 AIN5 AIN6 AIN7

RCINTH WPLLHH WPLLSEL

BIN8

AIN8

Y(1H)

2Y(RC)

2R-Y(RC)

2B-Y(RC)

Y(1H)

MAIN-HD

MAIN-VD

MAIN-HD

MAIN-VD

2Y(SEL)

2B-Y(SEL)

2R-Y(SEL)

NOMV

BRMI

NOMV

BRMI

RC-VD

RC-HD

EXC0

EXC1

EXC2

EXC3

EXC4

EXC5

EXC6

EXC7

EXY0

EXY1

EXY2

EXY3

EXY4

EXY5

EXY6

EXY7

R-Y(1H)

B-Y(1H)

R-Y(1H)

B-Y(1H)

RC-HD2

WCLK 2HD≠≠≠≠≠

2VD≠≠≠≠≠

LOGIC VDD

SELECT

VCO OUT

FINA

FINB

PFD OUT

LOGIC GND

VCO VDD

R BIAS

VCO IN

VCO GND

VCO INHBIT

PFD INHBIT

NC

FINA

LOGICGND

VCO VDD

LOGICVDD

VCOGND

VCO OUT

FINB

PFD OUT

SELECT

RBIAS

VCOIN

PFDINHIBIT

NC

VCOINHIBIT

DI0

DI1

DI2

DI3

VSS

TEST

WCK

VDD

DI4

DI5

DI6

DI7

DO0

D01

DO2

DO3

VSS

RCK

VDD

DO4

DO5

DO6

DO7

WE

WRST

RE

OE

RRST

DI0

DI1

DI2

DI3

VSS

TEST

WCK

VDD

DI4

DI5

DI6

DI7

DO0

D01

DO2

DO3

VSS

RCK

VDD

DO4

DO5

DO6

DO7

WE

WRST

RE

OE

RRST

RCON

BCON

CLP

ADHD

VSS0

EXY7

EXY6

EXY5

EXY4

EXY3

EXY2

EXY1

EXY0

VDD0

VSS1

EXC7

EXC6

EXC5

EXC4

EXC3

EXC2

EXC1

EXC0

VDD1

VSS2

NC

THRU

ADSL

TST2

TST3

S1

S0

RSSL

CRST

T3

VDD3

VSS4

RPLLHD

HPLL

VSS5

C54R

VDD4

RCKSL

CHOR

OPIR

BISR

OPOR

VCR

PLVD2

PLVS2

VSS6

FD00

FD01

FD02

FD03

FD04

FD05

FD06

FD07

VDD5

VSS7

FD10

FD11

FD12

FD13

FD14

FD15

FD16

FD17

VDD6

VSS8

FD20

FD21

FD22

FD23

FD24

FD25

FD26

FD27

VDD7

VSS9

O13M

VCRO

WEN

XCLH

HPSB

HPSA

SYSL

IFPC

DINT

VDD8

VSS10

FH

FV

DVSF

VCDL

VDPR

VDL1

VDL0

TSTV

TST1

XRST

HREF TDA

TCLK

TCLR

AYO

VRF

IRF

VB ARO

VG

DAVD

DAVS

ABO

VSS11

HD2

VDD9

O54M

VSS12

VDD10

VSS13

DYO0

DYO1

DYO2

DYO3

DYO4

DYO5

DYO6

DYO7

DYO8

DYO9

O27M

NC

VDD11

VSS14

DRO0

DRO1

DRO2

DRO3

DRO4

DRO5

DRO6

DRO7

DRO8

DRO9

VDD12

VSS15

DBO0

DBO1

DBO2

DBO3

DBO4

DBO5

DBO6

DBO7

DBO8

DBO9

VDD13

VSS16

XDAC

XOC

B1B2B3

VDD15M0M1

CYD0

CYD1

CYD2

CYD3

CYD4

RBSLT2TS1

TS0

OCKSL

VSS19

INVI

INVO

VDD16

VSS20IVWPLLHD

ENPLW

VSS21IHCHOW

OPIW

BISW

OPOW

VCW

PLVD1

PLVS1

CW13

VSS22

C13W

VSS23

HX90

XCS2

XV90

VDO

BLCD

FPD

VSS

E

E M-Y E M-B-Y

M-R-Y

M-VD

M-HD

E

+3.3V +3.3V E +5V +5V E BRMI NOMV

E

VRB(A)

NT/PAL TEST DGND(QA)

D(A)8 D(A)7 D(A)6 D(A)5 D(A)4 D(A)3 D(A)2

D(A)1 VDD(QA) DGND(QB) VDD(QB)

D(B)8

D(B)7

D(B)6

D(B)5

D(B)4

D(B)3

D(B)2

D(B)1

DGND

VDD

CLPV(C)

VRT(C)

VCC(C)

VIN(C)

GND(C)

MODE0 MODE1

DGND(QC)

D(C)1 D(C)2 D(C)3 D(C)4 D(C)5 D(C)6 D(C)7 D(C)8

VDD(QC)

VRB(C)

OE(B)

OE(C)

OE(A)

GND(A)

VIN(A)

VCC(A)

VRT(A)

CLPV(A)

IBIAS(A)

XSYNC

CLPEN

CLK

EXTCLP

IBIAS(B)

CLPV(B)

VRT(B)

VCC(B)

VIN(B)

GND(B)

VRB(B)

IBIAS(C)

Y

RC-Y

RC-B-Y

RC-R-Y

RC-VD

RC-HD

VCC

GND

TO(3/3)

TO(2/3)

TO(3/3)

TO(2/3)

TO(2/3),(3/3)

TO(3/3)

TO(2/3)

TO(3/3)

N.C. N.C.

CN511

TO A(1/4) BOARD

TO A(1/4) BOARD CN516

B-Y

BR

(1/3)

TBC,3CH 8BIT A/D CONVERTER FIELD MEMORY

R-Y

FROM(2/3)

TO(3/3)

B-SS609.<U/C>-BR.-P1

• BR(1/3) BOARD WAVEFORMS

1 2 3

1.4Vp-p (H) 0.8Vp-p (H) 0.8Vp-p (H)

4 5 6

0.7Vp-p (V) 0.7Vp-p (H) 1.4Vp-p (H)

7 8 9

0.8Vp-p (V) 0.5Vp-p (H) 0.5Vp-p (H)

Schematic diagram

? BM board

– 125 –

Schematic diagram BR (1/3) board /

– 126 –

– 127 –

– 128 –

1

2

43

98765

10

11

12

13

14

1615

2120191817

22

A

B

C

D

E

F

G

H

K

M

N

O

3.3V

C8629

0.1 25V

F:CHIP

IEC

WEC

MOC7

MOC8

MOC9

MOC10

MOC11

MOC12

1.0

1.1

0.7

1.3

IC8515

MSM548332-25TS

MEMORY

R8687

R8691

R8695

0

:CHIP

R8685

R8689

0

:CHIP

TO(3/3)

A IN

B IN

CIN1

CIN2

CIN3

BIN8 BIN7 BIN6 BIN5 BIN4 BIN3 BIN2 BIN1 VDD11 AIN8 AIN7 AIN6 AIN5 AIN4 VSS11 AIN3 AIN2 AIN1 CLK CLAMP1 DIV1 CLK1 PLLSET1 FVI1 FHI1 EXTOE1 SCANCK PLFIN PLVS CPO PLVD OPI BIS OPO VC CKO VSS12 FV12 FH12 VDD12 DIV2 CLK2 PLLSET2 CLAMP2 PLL2SW ADDV ADCK ADDS RB1 ADI1 RT1 RT2 ADI2 RB2 ADVD ADVS RT3 ADI3 RB3 EXTAD2

TCK

TMS

TDI

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

00000

100 :CHIP

R8690

100 :CHIP

R8692

100 :CHIP

R8694

BUS

100

0

C8624

0.1 25V

F:CHIP

C8625

0.1 25V

F:CHIP

0.9

2.0

1.9

2.0

2.2

1.8

1.9

0.8

0.9

2.9

1.0

0.7

1.3

4.0

0.6

3.2

0.4

3.2

0.3

R8684

0

:CHIP

0.3

4.9

4.0

3.1

4.9

4.0

1.6

1.9

R8679

100

:CHIP

1.9

1.6

1.7

2.3

1.6

2.4

1.5

R8683

100

:CHIP

3.3V

0

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

R8686

100 :CHIP

R8688

TO(3/3)

BIN8 BIN7 BIN6 BIN5 BIN4 BIN3 BIN2 BIN1

C8626

TO(1/3)

DRO

TO(1/3)

R8646

0 :CHIP

L8524

10µH

:CHIP

:AL-CP

R8648

R8649

VCC XE I0C I1C ZC I0D I1D ZD

DYO

0 :CHIP

C8613 C8614

47

0.1

16V

25V

F:CHIP

0 :CHIP

R8656 :CHIP

R8657 :CHIP

R8658 :CHIP

C8615

L8525

10µH

F:CHIP

:CHIP

1.6

1.2

2.0 0

9 10 11 12 13 14 15 16

4.9

C8616 4700p

B:CHIP

C8617

0

C8618

0

C8619

0

R8664

R8661

:RN-CP

330

:RN-CP

R8662

R8665

68

:RN-CP

0.1 25V

RCINTH WPLLHH

WPLLSEL

TO(1/3)

R8669

1.5k

:CHIP

R8663

2.2k

:CHIP

0.1 25V F:CHIP

R8670

68

R8667

:RN-CP

68

:RN-CP

R8668

68

:RN-CP

L8526

10µH

:CHIP

P-SYNC

WYCLK

TO(1/3)

RCCLK

TO(3/3)

CLP

CLK1

ADCLK

TO(3/3)

TO(1/3)

EXTOE

A3.3V

FVI1 FHI1

3.3V

I

CLK1

R8647

DIV1 CLK1 PLLSET1

J

L

D3.3V-2

TO(1/3)

TO(3/3)

D5V

OC1

FHI1

FVI1

5V

FHI3

FVI3

3.3V

RC-HD2

RC-VD

IC8511

MC74ACT157DR2

SYNC SW

R8650

0

:CHIP

12345678

S

2.3

HD

VD

3.2

2.7

4.0

3.2

2.9

4.9

I0A I1A ZA I0B I1B ZB GND

AIN8

AIN7 AIN6 AIN5 AIN4

AIN3 AIN2 AIN1

C8622

0.47 16V

B:CHIP

R8675

33k :CHIP

R8677 :CHIP

68

R8671

68

:RN-CP

C8623

47

16V

:AL-CP

C8621

47

16V

:AL-CP

TO(3/3)

DIV1

PLLSET1

CLK1WCLK

F:CHIP

0

0.1 25V

R8681 :CHIP

R8674

3.3k

:CHIP

R8678 :CHIP

0

:CHIP

R8693

0

:CHIP

00000

CIN4

CIN5

VSS10

TDO

TRST

VDD13

R8696

100

:CHIP

100 :CHIP

R8698

100

:CHIP

R8699

0

:CHIP

R8697

0

:CHIP

000

CIN6

CIN7

CIN8

SDA

SASL

SCANON

R8700

100

:CHIP

SDA

R8702

0

:CHIP

VDD10

SCL

3.2

SCL

FFEN

MEMHIZ

XRST

MOB1

3.2

R8703

10k

:CHIP

C8627

0.1 25V

F:CHIP

R8701

100

:CHIP

MOC11

MOC12

1.3

1.0

MOC12

MOC11

MOB2

VSS1

MOC9

MOC10

1.1

MOC9

MOC10

MOB3

MOB4

DIN6

VSS

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

0

0.7

MOC5

MOC6

MOC7

MOC8

0.7

1.3

MOC8

MOC7

MOC6

MOC5

MOB5

MOB6

MOB7

MOB8

DIN7

DIN5

0.7

MOC5

MOC6

VSS9

VDD1

DIN8

DIN4

0.8

MOC4

0.8

MOC4

MOB9

5V

DIN9

DIN3

0.6

MOC3

MOC4

MOC3

0.6

MOC3

MOB10

1.3

DIN10

DIN2

0.7

MOC2

C8628

0.1 25V

F:CHIP

0.7

MOC2

MOB11

WXADC

WCLKC

1.6

WCLK

DIN11

DIN1

DIN0

0.7

1.6

RCLKC

MOC1

RCLKC

1.6

0.7

VDD9

MOC1

MOB12

WCLKB

WRC

WADEC

1.5

000

WR

WXAD

WADE

RCLK

RXAD

RADERRRXINCREOE

0

RRC

RADEC

RXADC

R8704

RADEC

RXADC

0

RCLKC

RXADC

RADEC

UP-CONVERTER

WXADB

WADEB

WRB

WXIC

MIC12

3.1

1.0

0

WE

WXINCIEDO11

000

3.1

1.1

OEC

REC

RXIC

0 :CHIP

REC

RRC

RXIC

1.1

3.1

000

RRC

REC

RXIC

IC8514

CXD2087Q

WEB

VSS2

WXIB

MIC11

0.7

0.9

MIC1

OEC

0.9

OEC

IEB

MIC10

1.0

VCC

DO10

DO0

DO1

0.8

MIC2

MIC1

0.8

MIC1

MIC2

MIB12

MIB11

MIC8

MIC9

0.8

1.8

DO9

DO8

VSS

VCC

DO2

DO3

1.1

0.8

MIC4

MIC3

MIC4

MIC3

1.1

0.8

VSS8

MIC3

MIC4

VDD2

MIB9

MIB10

0.1 25V F:CHIP

C8632

F:CHIP

MIC7

0.8

DO7

VSS

1.2

MIC5

1.2

MIC5

MIB8

C8631

0.1 25V

23242526272829303132333435363738394041424344

DO6

VCC

DO4

DO5

C8630

0.1

1.2

25V

F:CHIP

MIC6

1.2

VDD8

MIC6

MIB7

MIB6

MIC7

MIC8

0.8

1.8

MIC7

MIB5

3.3V

MIC9

0.8

MIC8

MIC9

MIB4

MIB3

MIC11

MIC10

1.0

0.7

MIC10

MIC11

MIB2

MIB1

C8633

47

16V

:AL-CP

IEC

MIC12

1.0

3.1

IEC

MIC12

OEB

REB

L8527

10µH

:CHIP

WXIC

1.5

0

WXIC

RXIB

WEC

RRB

WRC

VSS7

RADEB

VSS3

WXADC

WADEC

000

WADEC

RXADB

IC8516

TC7SET08FU

LEVEL SHIFT

IC8518

TLC2932IPW

REAP PLL

WCLKC

1.6

VDD7

WXADC

WCLKC

RCLKB

VDD3

ISW

0

R8705

100

:CHIP

R8712

R8706

470

:CHIP

R8707

1.2k

:CHIP

C8634

0.47 16V

B:CHIP

MOA11

MOA12

1.0

1.4

MOA12

DIV3

1.6

2.3

DIV3

CLK3

2.5

0 :CHIP

R8708

680k

:CHIP

0.9

0

MOA9

MOA10

3.3V3.3V

1.1

121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180

MOA9

MOA8

MOA11

MOA10

120

MOA7

119

MOA6

118

MOA5

117

MOA4

116

VSS6

115

MOA3

114

MOA2

113

MOA1

112

VDD6

111

RCLKA

110

RXADA

109

RADEA

108

RRA

107

RXIA

106

REA

105

OEA

104

MIA1

103

MIA2

102

MIA3

101

MIA4

100

VSS5

99

MIA5

98

MIA6

97

MIA7

96

VDD5

95

MIA8

94

MIA9

93

MIA10

92

MIA11

91

MIA12

90

IEA

89

WXIA

88

WEA

87

WRA

86

WADEA

85

WXADA

84

WCLKA

83

VSS13

82

VB

81

OUT3 DAVS OUT2 DAVD VG OUT1 VRF IRF VSS4 XTLO XTLI VDD4 BLK YS BDMSK FHO FVO TCL FHI3 FVI3

PLLSET3

TDA

0

R8709

100

:CHIP

DIV3

123

GND

VCC

4.4

2.5

GND

FINB

PFDOUT

NC

PINH

VINH

0

R8710 R8711

0

:CHIP0:CHIP

C8635

0.047

4.6

FINA

GND

80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61

4.4

3

2

1

CLK3

0

PLLSET3

1.6

4 5

8 9 10 11 12 13 14

B:CHIP

MIA9

0.9

DO9

VCC

0.8

MIA3

DO8

DO2

0.4

MIA4

C8652

0.1 25V F:CHIP

MIA8

MIA7

0.8

1.0

23242526272829303132333435363738394041424344

VSS

DO7

DO6

DO3

VSS

DO4

1.2

1.1

MIA5

C8650

0.1 25V F:CHIP

WRA

WEA

IEA

MOA9

MOA7

MOA8

1.1

1.2

DIN6

DIN7

VSS

DIN5

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

1.0

1.1

MOA5

MOA6

1.2

0.9

1.0

1.1

0.8

1.1

0

2.0

1.6 0 0 0 0

1.1

3.1

2.0

0.9

0.8

0.4

1.2

1.1

0.8

1.0

0.9

1.2

0.8

1.8

3.1 0

1.5 0 0 0

1.6

0.8

0.6

0.1 25V F:CHIP

0.6

1.9

0.1 25V F:CHIP

0.3

1.0

1.5

MOA10

1.0

1.1

DIN8

DIN9

DIN4

DIN3

0.8

1.102.0

MOA4

C8641

C8642

MOA11

MOA12

1.4

DIN10

DIN2

MOA2

MOA3

MOA8 MOA7 MOA6 MOA5 MOA4

MOA3 MOA2 MOA1

RCLKA RXADA RADEA

RXIA

MIA1 MIA2 MIA3 MIA4

MIA5 MIA6 MIA7

MIA8

MIA9 MIA10 MIA11 MIA12

WXIA

WADEA WXADA WCLKA

C8638

0.1

25V F:CHIP

R8714

3.3k

:RN-CP

R8715

100

:CHIP

WCLKA

WXADA

1.6

WCLK

DIN11

DIN1

DIN0

1.6

MOA1

RCLKA

RRA

REA OEA

IEA

WEA WRA

B-Y

R8720

:RN-CP R8717

:RN-CP

R8719

100

:CHIP

WADEA

000

WXAD

WADE

RCLK

RXAD

RADEA

RXADA

C8636

0.1 25V

F:CHIP

Y

47 16V :AL-CP

620

270

X8501 27MHz

WXIA

MIA12

3.11.1

1.83.1

1.5

0

WR

WE

WXINCIEDO10

RADERRRXINCREOE

000

0

OEA

REA

RXIA

RRA

TP8505

C8645

0.1 25V F:CHIP

L8531

TP8506

10µH :CHIP

C8646

TP8507

R-Y

C8647

18p

CH:CHIP

C8649

15p

CH:CHIP

MIA11

0.8

DO11

DO0

2.0

0.9

MIA1

V

U

Y

MIA10

1.2

VCC

DO1

MIA2

C8651

0.1 25V

F:CHIP

3.3V

L8530

10µH

C8637

47

16V

:AL-CP

CLK3

PLLSET3

2.3

SEL

VCOOUT

RBIAS

VCIN

2.3

0

1234567

C8640

VDD

0.1 25V

F:CHIP

C8639

0.1

VDD

25V

F:CHIP

R8716

5.1k

:RN-CP

:CHIP

L8528

10µH

:CHIP

C8643

47

16V

:AL-CP

L8529

10µH

:CHIP

C8644

47

16V

:AL-CP

2.3

Q8519

2SB709A

R8718

10k

:CHIP

4.0

R8804 :CHIP

1234

COM INH VEE GND

IC8519 TC7W53FU SYNC SW

5V

10k

R8721

10k

:CHIP

4.9

C8648

0.1 25V

F:CHIP

VCC CH0 CH1

A

DTC144EKA

4.0

2.9

5 6 7 8

0

R8798

0

:CHIP

Q8547

5V

123

4.0

GND

IC8520

TC7SET08FU

LEVEL SHIFT

4.9

0

VCC

DO5

MIA6

4 5

C8653

:AL-CP

4.6

47

16V

L8532

10µH

:CHIP

3.3V

2.9

MSM548332-25TS

IC8521

MC74HC4052F

RC/MID SW

3.1

12345678

Y0 Y2 Y Y3 Y1 EN VEE GND

FHI3 FVI3

IC8517 MEMORY

L8533

10µH

:CHIP

VCC

X2 X1 X X0 X3 A

9 10 11 12 13 14 15 16

B

2.9

C8655

0.1 25V

F:CHIP

Y

R8722

220

:RN-CP

U

R8723

220

:RN-CP

V

R8724

220

:RN-CP

C8654

0.1 25V

F:CHIP

2HD≠≠≠≠≠

2.7

2.9

4.9

IC8529

TC7SET04FU

INV

123

5V

C8656

47

16V

:AL-CP

R8725

0

:CHIP

R8726

0

:CHIP

R8727

0

:CHIP

4 5

0

D3.3V-2

L8534

10µH

:CHIP

R8728

1k

:CHIP

0.3

R8729

1k

:CHIP

0.6

R8730

1k

:CHIP

0.6

3.3V

RC-VD

RC-HD

TO(1/3)

R8731

:RN-CP

0.9

Q8520

2SB709A

BUFFER

:RN-CP

1.2

Q8521

2SB709A

BUFFER

R8733

:RN-CP

1.2

Q8522

2SB709A

BUFFER

5V

150

R8732

150

1 2 3 4 6

FL8510

TH355LNK-8473

1 2 3 4 6

FL8511

TH355LNK-8473

1 2 3 4 6

FL8512

TH355LNK-8473

123

2.9

TC7SET04FU

5V

TO(1/3)

A5V

R8737

R8734

1.3

1.6

:RN-CP

1.6

0

4 5

:RN-CP

R8735

:RN-CP

R8736

1.5k

2.2k

1.5k

:CHIP

Q8523

2SB709A

BUFFER

R8738

2.2k

:CHIP

1.5k

Q8524

2SB709A

BUFFER

R8739

2.2k

:CHIP

Q8525

2SB709A

BUFFER

F:CHIP

1.9

2.2

C8689

0.1 25V

2Y(MID)

2B-Y(MID)

2R-Y(MID)

TO(3/3)

2YS A3.3V

MID OUT

TO(3/3)

5

Y

791012

B-Y

5

791012

R-Y

5

791012

IC8528

INV

BR

2VD≠≠≠≠≠

(2/3)

2HV

≠≠≠≠≠

RC/MID

NORM1

RC-HV

TO(1/3)

TO(3/3)

TO(1/3)

(UP-CONVERTER,MEMORY)

BR (2/3) BOARD : IC8521 MC74HC4052F

VDD

16

10

A

LOGIC

LEVEL

9

B

CONVERSION

6

INH

8

VSS

VEE

7

BINARY

TO

1OF4

DECODER

WITH

INHIBIT

11

1

0

X CH IN/OUT

15

5

1

Y CH IN/OUT

• BR(2/3) BOARD WAVEFORMS

1

0.8Vp-p (H)

2

0.5Vp-p (H)

3

0.5Vp-p (H)

0213

14

12

TG

13

TG

2

4

2

3

COMMON X OUT/IN

3

COMMON Y OUT/IN

P

– 129 – – 130 –

B-SS609.<U/C>-BR.-P2

– 131 – – 132 –

1

A

B

C

D

E

F

G

H

I

K

L

M

N

O

J

2

12

13

11

10

98765

43

14

2120191817

1615

5V

2.3

2.9 2.2

2.4

3.7

3.1

3.73.6

2.9

0

2.9 0.4

0

0.4

0.3

0.4

00

2.0

2.9

3.5

3.7

2.2

3.6

1.9

3.7

2.2

5.0

5.0 5.0 5.0 5.0

0.30.300

5V

4.3

1.0

0.9

1.5

4.3

2.3

1.7

2.3

1.7 3.22.6

3.2

2.6

1.6

2.3

1.7

1.5

1.2

3.3V

5V

3.3V

5V

0.5

0.8

1.0

1.6

1.3

1.1

0.9

2.0

1.9

2.0

2.1

2.0

1.8

2.4

1.6

4.8

3.1

1.9

4.904.8

2.3

0

3.3V

5V

0.3

0.1

2.3

2.2

0.5

Y

B-Y

R-Y

Y

B-Y

R-Y

Y

B-Y

R-Y

B-Y

12345678

9 10 11 12 13 14 15 16

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

414243444546474849505152535455565758596061626364

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

123456789

1 2 3

46

1 2 3

46

1 2 3

46

123456789

10

123

4

R8740

R8741

R8742

R8743

R8744

R8745

R8746

R8747

R8748

R8750

R8751

R8752

R8754

R8756

R8757

R8758

R8759

R8760

R8761

R8762

R8763

R8764

R8765

R8766

R8767

R8768

R8769

R8770

R8771

R8772

R8773

R8774

R8775

R8777

R8778

R8779

R8780

R8781

R8782

R8784

R8785

R8789

R8790

R8791

R8792

R8793

R8794

C8657

C8658

C8659

C8660

C8661

C8662

C8663

C8664

C8666

C8667

C8668

C8669

C8670

C8672

C8673

C8674

C8675

C8676

C8678

C8679

C8680

C8681

C8683

C8684

C8686

C8687

L8535

L8536

L8541

FL8513

FL8514

FL8515

R8651

R8652

R8653

R8801

R8802

R8805

CN8505

CN8503

CN8504

R8811

L8542

R8812

R8813

R8814

C8692

R8816

R8818

C8693

C8694

R8819

C8671

C8691

R8815

R8817

R8821

L8543

R8822

R8823

R8825

R8824

Q8549

Q8533

IC8523

Q8527

Q8528

Q8529

Q8532

Q8530

L8539

L8540

IC8524

L8537

C8677

Q8539

Q8540

Q8541

Q8542

Q8545

Q8544

Q8543

Q8535

Q8537

Q8554

Q8531

Q8526

Q8552

Q8553

Q8534

Q8536 Q8538 Q8548

Q8550

L8538

R8783

R8786

47

16V

:AL-CP

1k

:CHIP

1k

:CHIP

33

:CHIP

33

:CHIP

68

:RN-CP

68

:RN-CP

68

:RN-CP

68

:RN-CP

47

16V

:AL-CP

68

:RN-CP

68

:RN-CP

33

:CHIP

47

16V

:AL-CP

10

:AL-CP

10

:AL-CP

47

16V

:AL-CP

47

16V

:AL-CP

10

:AL-CP

10

:AL-CP

10

16V

:AL-CP

10

16V

:AL-CP

10

16V

:AL-CP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V

F:CHIP

0.1 25V F:CHIP

0.1 25V

F:CHIP

220

:CHIP

22k

:CHIP

470

:CHIP

22k

:CHIP

47k

:CHIP

47k

:CHIP

22k

:CHIP

100

:CHIP

100

:CHIP

100

:CHIP

470

:CHIP

47k

:CHIP

390

:CHIP

220

:CHIP

1.5k

:RN-CP

1k

:CHIP

1.5k

:RN-CP

1k

:CHIP

150

:RN-CP

150

:RN-CP

0.1 25V

F:CHIP

470

:CHIP

0.1 25V

F:CHIP

100k

:CHIP

10k

:CHIP

100k

:CHIP

22k

:CHIP

4.7k

:CHIP

470

:CHIP

10k

:CHIP

33k

:CHIP

47k

:CHIP

470

:CHIP

470

:CHIP

100

:CHIP

100

:CHIP

10k

:CHIP

0.1 25V

F:CHIP

1k

:CHIP

1k

:CHIP

1k

:CHIP

10k

:CHIP

0

:CHIP

0

:CHIP

Hm601 :CHIP

9P

BLK

:S-MICRO

0.1 25V

F:CHIP

27p

CH:CHIP

2.2 16V

F:CHIP

10

16V

:AL-CP

0.01

F:CHIP

10P YEL

:S-MICRO

4P

BLK

:S-MICRO

4.7µH

:MLF2012

0

:CHIP

470

:CHIP

470

:CHIP

100

:CHIP

1k

:RN-CP

1.2k

:RN-CP

1k

:CHIP

22k

:CHIP

18k

:CHIP

1k

:CHIP

100

:CHIP

Hm601 :CHIP

0 :CHIP

#

DTC144EKA

INV

DTC144EKA

INV

MC74HC4053FEL

M/R-SW

2SB709A

CLAMP

2SD601A

SW

2SD601A

SW

DTC144EKA

SW

2SD601A

INV

0

:CHIP

0

:CHIP

CXD2303AQ

CHROMA DECODER

0

:CHIP

0.1 25V

F:CHIP

2SD601A

BUFF

2SB709A

BUFF

2SB709A

BUFF

2SB709A

BUFF

2SB709A

BUFF

2SB709A

BUFF

2SD601A

BUFF

2SD601A

BUFF

2SD601A

BUFF

2SD601A

BUFF

2SD601A

BUFF

2SD601A

BUFF

2SD601A

BUFF

2SD601A

BUFF

DTC144EKA

SW

DTC144EKASWDTC144EKASWDTC144EKA

SW

DTC144EKA

INV

0

:CHIP

68

:RN-CP

330

:RN-CP

A5V

D3.3V-2

A5V

RC-OUT

MID OUT

BUS

P-SYNC

B IN

A IN

2OUT

2YS

D5V

XOC

RC/MID≠≠≠≠≠

720P

OC

OC1

NORM1

CLP ADCLK

OC

P-HD

480P

U

Y

V

U

Y

NORM

Z-WZ

480P

Z-WZ

NORM

480P

2R-Y(RC)

2Y(RC)

2B-Y(RC)

2Y(MID)

2B-Y(MID)

2R-Y(MID)

SDA

VD

HD

SCL

BIN1

BIN2

BIN3

BIN4

BIN5

BIN6

BIN7

BIN8

AIN1

AIN2

AIN3

AIN4

AIN5

AIN6

AIN7

AIN8

2Y(SEL)

2B-Y(SEL)

2R-Y(SEL)

2YS

NORM

720P

AVSS CIN CIO AVDD CRT CRTS DVSS DVSS

DVDD

DVSS

A7

AVSS

ARBS

ARB

AVSS

AIN

AIO

AVDD

ART

ARTS

BRTS

BRT

AVDD

BIO

BIN

AVSS

BRB

BRBS

AVDD

TEST

XAOE

XBOE

XCOE

CTL0

CTL1

CTL2

SY

SEL

CLP

REF0

REF1

REF2

REF3

CLE

TEST

AVSS

AVDD

CRBS

CRB

DVDD

YGR

ADCLK

U-R U-M Y-R YOUT Y-M INH VEE GND

VCC UOUT VOUT

V-R

V-M USEL USEL YSEL

C0 C1 C2 C3 C4 C5 C6 C7

B0B1B2B3B4B5B6

B7

A0A1A2A3A4A5A6

E

480P

Z-WZ

NORM

E

VDEHD

P-RYEP-BY

P-Y

720P

E

MID-SCL

MID-SDA

OSD-SW

N.C

BR

(CHROMA DECODER,MID/RC SW)

(3/3)

TO(1/3)

TO(2/3)

TO(1/3)

TO(2/3)

TO(1/3)

TO A(1/4) BOARD CN003TO A(1/4) BOARD CN5501TO A(1/4) BOARD CN5701

N.C.

TO(2/3)

FROM(1/3)

TO(2/3)

TO(1/3)

TO(2/3)

B-SS609.<U/C>-BR.-P3

BR (3/3) BOARD : IC8523 MC74HC4053FEL

B1

1

B0

2

3

C1

C. COM

INH

VEE

VSS

4

C0

5

6

7

8

OPEN

VDD

16

15

B. COM

A. COM

14

A1

13

A0

12

11

A

10

B

9

C

Schematic diagram

? BR (2/3) board

– 133 –

Schematic diagram BR (3/3) board /

– 134 –

– 135 –

– 136 –

BR (1/3)

– BR Board –

TBC,FIELD MEMORY,

[ ]

3CH 8BIT A/D CONVERTER, PLL

BR (2/3)

[ ]

UP CONVERTER, 1MB MEMORY

BR (3/3)

[ ]

CHROMA DECODER, MID/RC SW

BR BOARD

TRANSISTOR

LR Q8501 G-4 2 Q8502 G-5 2 Q8503 G-5 2 Q8504 G-3 1 Q8505 G-2 1 Q8506 G-1 1 Q8508 E-4 1 Q8509 F-3 2 Q8511 F-3 1 Q8512 F-2 2 Q8513 F-2 2 Q8514 F-2 2 Q8515 G-4 1 Q8516 F-4 1 Q8517 F-4 1 Q8519 B-3 1 Q8520 C-4 1 Q8521 B-4 1 Q8522 B-4 1 Q8523 C-4 1 Q8524 B-4 1 Q8525 B-4 1 Q8526 D-4 1 Q8527 C-2 1 Q8528 D-4 1 Q8529 D-4 1 Q8530 C-5 1 Q8531 D-5 1 Q8532 C-4 1 Q8533 D-2 1 Q8534 C-4 1 Q8535 D-5 1 Q8536 C-4 1 Q8537 D-5 1 Q8538 D-4 1 Q8539 B-1 1 Q8540 B-1 1

Q8541 B-2 1 Q8542 B-2 1 Q8543 B-1 1

*

Q8544 B-2 1 Q8545 B-2 1 Q8546 D-4 1 Q8547 B-3 1 Q8548 C-4 1 Q8549 D-2 1 Q8550 D-2 1 Q8551 D-4 1 Q8552 E-4 1 Q8553 E-4 1 Q8554 E-4 1

IC

LR IC8502 F-5 IC8503 F-4 IC8504 E-4 IC8505 E-3 IC8506 E-3 IC8507 F-3 IC8511 D-4 IC8514 C-3 IC8515 D-3 IC8516 B-3 IC8517 C-2 IC8518 B-3 IC8519 B-3 IC8520 B-3 IC8521 B-2 IC8523 D-2 IC8524 C-5 IC8525 E-3 IC8526 E-3 IC8527 D-4 IC8528 B-3 IC8529 B-3

L ; component side R ; conductor side

< Component Side >

– 137 –

< Conductor Side >

– 138 –

G BOARD

DIODE *

D6001 G-8 D6002 H-7 D6003 G-9 D6004 I-4 D6005 F-9 D6006 F-9 D6007 H-6 D6009 H-5 D6010 J-4 D6011 F-8 D6012 F-8 D6013 J-7 D6014 J-4 D6015 E-7 D6016 H-3 D6017 H-3 D6018 H-3 D6019 H-3 D6020 I-3 D6021 H-2 D6022 H-3 D6023 I-1 D6024 I-2 D6025 H-2 D6026 H-1 D6027 H-1 D6028 H-2 D6029 H-1 D6030 H-2 D6031 I-2 D6032 H-5 D6033 I-2 D6034 J-3 D6035 J-3 D6101 C-5 D6102 D-8 D6103 D-6 D6104 D-6 D6105 E-8 D6106 D-7 D6107 D-7 D6108 C-9 D6109 D-5 D6110 A-4 -

D6111 B-9 D6112 B-9 D6113 E-8 D6114 D-1 D6116 C-1 D6117 D-9 D6119 D-10 D6120 E-10 D6121 B-4 D6122 B-4 D6123 A-9 D6124 A-9 -

D6125 B-9 -

TRANSISTOR *

Q6001 J-3 Q6002 J-4 Q6003 J-4 Q6004 I-4 Q6005 J-4 Q6006 J-4 Q6007 F-4 Q6008 G-3 Q6009 F-2 Q6010 G-2 Q6011 J-4 Q6012 J-3 Q6013 J-3 Q6101 B-4 Q6102 B-9 Q6103 B-9 Q6104 C-9 Q6106 C-10 -

IC

IC6001 F-8 IC6002 I-3 IC6003 J-2 IC6004 I-2 IC6005 E-1 IC6011 E-1 IC6101 C-4 IC6102 C-4 IC6103 C-4 IC6104 C-10 IC6301 D-2

G

[ ]

POWER SUPPLY

– G Board –

– 139 –

– 140 –

A

B

TO GA BOARD

C

TO A(1/4) BOARD

D

E

F

G

H

I

J

K

1

CN6004

2P

AC(W) AC(L)

CN6502

ANT E

CN6103

1P

:FASTON

CN507

1 2

1

2

R6001

2.2M 1/2W

C6013

10

R6008 220k 1/2W

MTZJ-12B

R6007

47k

D6003

ERC04-06SE

RECT

D6001

ERC04-06SE

RECT

L6001 L6002

2

C6001

0.47 250V

4

:AC

R6002

1M

1/2W

F6001

10A

125V

D6032

UF4005PKG23

PROT

R6017

1k

4.6

Q6004

2SC3311A

PROT

0

R6022

47k

D6023

1SS133

PROT

2SC3311A

D6004

R6011

47k

R6012

4.7 :RF

C6009

22

400V

1

C6002

0.22 250V

:AC

3

R6029

22k

SOFT START

R6028

R6016

Q6002

3.7

4.6

R6030

C6027

10

C6028

0.001

3.7

D6024

1SS133

R6033

1.8k :RN

47k

SOFT START RESET

SW

00.7

R6015 R6020

47k 4.7k

D6006

P6KE200

PROT

D6005

UF4005

PROT

IC6001

TOP209 PWMSW

5678

D

143.3

NC

S

1

2

3

4

C6003

0.0022 250V

:E

C6004

0.0022 250V

:E

FB6104

JW(5)

FB6105

JW(5)

IC6003

R6031

4.7k

IR3M02 (OSC)

12345678

E.AMP1+

E.AMP1-

47k

FEEDBACK

DTC

1.6

C

RT

GND

9.1k

14.3

:RN

C1

R6032

1k

Q6003

2SC3311A

12.6

C6015

0.01 250V

C

S

VD6001

TNR14V471K

E.AMP2+

E.AMP2-

REF OUT

DPC

VCC

C2

E2

E1

2SA1309A

SOFT START

12.4

D6010

1SS133

SW

R6004

470k 1/2W

D6011

MTZJ-9.1A

BIAS

R6021

22

5.8

C6014

1 2 3 4

43

RY6001

D6013 1SS133 RY PROT

R6005

47

:FPRD

5.1

14.3

R6034

1k

14.3

6.1

9 10 11 12 13 14 15 16

6.1

D6033

1SS133

R6023

470k

Q6005

R6042

47k

R6043

820k 1/2W

D6012

1SS133

FEED BACK

47

25V

C6007

0.0047 250V

F

~

+-

~

D6002

C6006

RBV-1506

0.0047

RECT

250V

F

R6010

2.2 10W :RB

RY6002

D6031 11ES4

2.6

D6014

1SS133

SOFT START

12.6

C6016

2.2

D6015

D1NL20U

RECT

C6017

100

15MM 15MM

R6006

220k 1/2W

1000 250V

C6012

R6013

100

470k

IC6004 IR2112

DRIVE

891011121314

NC

VDD

14.4

HIN

6.1

SD

6.1

LIN

VSS

NC

2.8

Q6006

2SA1309A

SOFT START

D6035

MTZJ-12B PROT

T6003

SRT

2

1

4

3

JW6003JW6002

C6010C6008

1000 250V

D6007

1SS133

R6014

47k

D6009

MTZJ-33B

PROT

HO

VB

VS

NC

VCC

COM

1 2 3 4 5 6 7

L0

R6018

22k

13.5

Q6012

2SA1309A

C6037

10

9

8

7

D6120

D1NL20U

6

RECT

5

F6002

6.3A 125V

891011121314

NC

D6020 11ES4

PROT

VDD

14.7

HIN

6.1

SD

6.1

LIN

VSS

NC

IC6002 IR2112

DRIVE

C6030

330p

B

79.2

D6028

MTZJ-20C

87.4

PROTECT

C6032

0.1

:MPS

73.4

D6025 D6027

UF4005

PROTECT

14.4

C6029

C6031

330p

1

B

D6026

MTZJ-20C

6.1

PROTECT

15.1

C6036

0.1

:MPS

D6034

1SS133

PROT

Q6013

2SC3311A

IC6104

BA05T

5V REG

IO

2.6

15.2

13.0

G

R6039 R6041

10k 10k

13.5

0

R6040 R6019

10k

L6113 JW(5)

C6137

220 25V

H0

VB

VS

NC

VCC

COM

1 2 3 4 5 6 7

L0

FB6004

JW(5)

D6030

MTZJ-20C

PROTECT

UF4005

PROTECT

FB6003

JW(5)

D6029

MTZJ-20C

PROTECT

14.4

10k

12.4

IC6011

PC123FY2

VCC SW

12.3

4.9

R6116

10k

C6145

1000

6.3V

Q6102

2SA1309A

LATCH

R6117

470

79.3

C6019

87.3

330p B

73.3

D6016

UF4005

PROT

14.4

C6018

330p

B

6.1

D6021

MTZJ-20C

PROT

Q6010

R6036

IRFI644G

22

:FPRD

79.0

Q6009

IRFI644G

SW

R6035

22

:FPRD

Q6011 2SB734 VCC SW

14.4

Q6001

2SC3311A

12.4

4

3

R6112

1k

4.9

0

C6115 R6120

100 25V

D6019

MTZJ-20C

C6020

0.1

:MPS

C6021

1

SW

R6038

4.7k

73.4

6.1

R6037

4.7k

C6035

10

4.9

1

2

3.8

R6121

10k

D6111

1SS133

PROTECT

R6119

10k

0

10k

D6018

UF4005

PROT

D6017

MTZJ-20C

PROT

FB6001

JW(5)

146.3

S

C6034

680p

1kV

73.4

S

2.8

D6112

1SS133

PROTECT

4.9

R6025

FB6002

:FPRD

JW(5)

D6022

MTZJ-20C

R6024

22

:FPRD

C6033

680p

1kV

IC6005

PC123FY2

VCC OUT

4

3

1 2 3

VOUT

SENSE

R6126

1k

0.6

R6125

4.7k

Q6103

2SC3311A

LATCH

22

79.0

R6027

4.7k

6.0

R6026

4.7k

C6023

0.039 1kV

1

R6128

1k

11.0

2

9.8134.8

COLLECTOR

0

146.3

Q6008

IRFI644G

S

SW

73.3

Q6007

IRFI644G

SW

S

C6025

680p

1kV

T6001

PIT

1

2

3

4

6

R6115

220

:FPRD

GND

VCC CONTROLER

Q6104

2SC3311A

VCC SW

C6026

680p

1kV

15

12

13

10

14

11

18

15

16

13

17

14

8

18

7

16

9

17

12

8

10

7

11

9

IC6101 SE135N

98765

135V

R6113

10k

D6124

1SS133

PROT

C6150

0.1 :PT

C6022

0.015 800V

F6105

5A

F6106

5A

PS6102

5A

PS6101

5A

D6123

1SS133

PROTG

10

2

3

4

5

6

D6109

SF10SC3L

RECT

R6142

4.7k

0

0.2

R6104

470 :RN

R6103

4.7k :RN

C6102

100 25V

T6002

PIT

8

10

11

12

9

L6104

6.8µH

:LHL08

C6105

100p 500V

C6104

100p 500V

D6103

D1NL40

RECT

1234

IC6102 µPC393C OVP OCP

S2L40F RECT

D1NL40 RECT

11

PS6104

7A

D6116

D25SC6M

RECT

PS6103

7A

D25SC6MR

D6105

D4SBS4-F

C6107 C6112

RECT

100p 100p

C6106 C6111

100p 100p

D6102

D10SC6M

RECT

L6103

6.8µH :LHL08

D6108

D10SC6M

RECT

D6117

D10SC6MR

RECT

D6104

S2L40F

RECT

D6107

D6106

R6143

4.7k

4.9

0

2.4

5 6 7 8

2.2

CAUTION

Confirm that of d+Max. Voltage within the standard value when replacing IC6101.

D6114

RECT

FB6102

1.1UH

FB6101

1.1UH

R6110

C6103

47

25V

C6108

1k

C6153

100p

C6152

100p

C6151

100p

C6154

100p

D6113

1SS133

RECT

D6119

MTZJ-12B

R6124

0.47

:FPRD

R6123

0.47

:FPRD

0.47

:FPRD

C6110

100p

C6109

100p

C6141

100p

C6142

100p

C6143

100p

C6144

100p

:LHL10

C6117 C6126 10000

10V

135V

C6114

220

160V

C6113

47

160V

-135V

+135V

11V

47

25V

IC6103 µPC1093J-1T REF VOLTAGE

2.4

3

1

2

R6108

4.7k

R6109

4.7k

R6129

2.2k

REF

C6122

2200

25V

R6135

4.7k

R6136

4.7k

L6107 10µH

2.4

12

13

19V

C6121

3300

35V

C6120

3300

35V

C6129

3300

35V

C6128

3300

35V

-19V

R6141

47

:FPRD

C6119

2200

25V

C6118

2200

25V

14.4

13.8

Q6106

2SA1309A

REG

R6130

4.7k

L6108

10µH

:LHL08

C6131R6122

L6109

10µH

100

:LHL08

25V

C6132

100 25V

11V

+15V

11V

L6110

10µH

:LHL08

C6133

100 25V

21.5V

L6112

10µH

7V

100 25V

C6125

:LHL08

3300

35V

C6124

3300

35V

L6106

10µH

:LHL08

R6118

0.22 :RS

11ES4 PROT

TP.OVP

R6102

270k

:RN

R6101

4.7k :RN

L6111

10µH

:LHL08

R6111

22k

2W

:RS

2W

:LHL08

D6101

-21.5V

C6123

220

160V

L6105

10µH

TP6101

C6135

100

C6134

100

D6110

MTZJ-33C

C6116

100

TP6102

TP.+B 135V

C6127

47

160V

11V

Q6101

2SA1309A

PROT

0

R6134

1k

G

(POWER SUPPLY)

R6105

1k

D6122

1SS133

PROT

D6125

1SS133

PROT

R6133

4.7k

C6140

100 25V

12.2

B-SS609.<U/C>-G..

14

19V11V

16.5V

-16.5V

R6106

1k

33V

1

OFF MUTE

2 3 4

E(AUDIO)

5

E(AUDIO)

6

E(AUDIO)

7 8

TO K BOARD CN2101

1

+21.5V

2 3

+16.5V

4

-16.5V

5 6

-21.5V

TO D(1/2) BOARD CN5003

1 2 3 4 5 6 7 8 9

TO A(1/4) BOARD CN504

PROT

D6121

MTZJ-7.5B

R6132

1k

1

+135V

2 3

-135V

4 5

+16.5V

6

-16.5V

TO D(1/2) BOARD CN5002

:S-MICRO

1

RM+5V

2 3

RELAY

4 5

+B OCP

6

+B OVP

7

TO A(1/4) BOARD CN505

15

CN6102

8P

:VH

-19V

+19V +19V

CN6105

6P

WHT

:S-MICRO

E

CN6104

9P

WHT

:S-MICRO

E

+15V

E +7V +7V

E

+11V

E

+33V

CN6106

6P

:MINI

E

CN6101

7P

BLK

E

PROT

NC

VDD

HIN

SO

LIN

VSS

Schematic diagram

? G board

G BOARD : IC6003 IR3M02

NON

INV

REF

INPUT

16 15 14 13 12 11 10 9

ERROR

AMP

2

ERROR AMP 1

OUT

OUTPUT

CONTROL

REFERENCE

REGULATOR

0.1V

Vcc C

2

OSCILATOR

12345678

R

NON

INV

INPUT

INV

INPUT

FEED BACK

DEAD TIME

CONTROL

C

T

G BOARD : IC6002, 6004 IR2112

9

Q

R

10

S

VDD/Vcc

LEVEL SHIFT

PULSE

11

VDD/Vcc

12

S

Q

R

LEVEL SHIFT

13

G BOARD : IC6102 µPC393C

GND

4

5

IN2

IN1 IN

3

6

IN OUT2 V–

OUT1

1

2

8

7

E

GND

GEN

2

E

1

C

1

6

VB

UV

DETECT

PULSE

FILTER

PULSE

FILTER

DELAY

R Q R S

7

HO

VS

5

3

Vcc

1

LO

2

COM

Schematic diagram

K board /

– 141 –

– 142 –

– 143 –

1

2

43

98765

10

11

12

13

14

1615

2120191817

22

A

B

C

D

E

F

G

H

I

J

K

L

M

CN2103

10P WHT

:S-MICRO

L E R E

SP SW F MUTE C MUTE

S MUTE

FIX MUTE

A MUTE

TO A(1/4) BOARD

CN512

CN2102

7P

WHT

:S-MICRO

CLK DATA

ENABLE

E MSCL MSDA

A PROT

TO A(1/4) BOARD

CN510

CN2101

8P WHT :VH

OFF MUTE

-19V

-19V E E E

+19V +19V

TO G BOARD

CN6102

AUDIO L

1 2 3 4 5 6 7 8 9

10

Q2105

2SD601A

C MUTE BUFF

00

R2166

4.7k

:CHIP

D2101 MA111

C2166

22

1 2 3 4 5 6 7

1 2 3 4 5 6 7 8

R2133

100

:CHIP

8.8

4.0

Q2101 Q2102 2SD601A FIXED L

3.4

R2137

R2134

1k

100

:CHIP

AUDIO R

D2111D2112 MA111MA111

MA111 MA111 MA111 MA111 MA111

12V

D2102

R2139

22k

:CHIP

R2140 :CHIP

11.9

22k

MA111

Q2103

2SB709A

ON POP

0

R2141

4.7k

:CHIP

C2160 C2162

3300

35V

C2161 C2163

3300 35V

0.1

:PT

0.1

:PT

R2136 :CHIP

4.0

3.4

R2135

100

:CHIP

10 25V :BP

D2110 MA111

D2116 MA111

-0.9

Q2104 2SB709A OFF POP

R2143

100

:CHIP

C2167

470 16V

-19V

19V

100

8.8

C2165

R2104

R2105

R2107

R2106 :CHIP

FIXED L

2SD601A FIXED R

FIXED R

R2138

1k

:CHIP

C2164

10 25V :BP

F MUTE C MUTE S MUTE

FIX MUTE

D2107D2106D2105D2104D2103

VAR MUTE

+12 V

D2108 MA111

11.4

11.3

D2109 MA111

A PROT

270

3W

150

3W

150

3W

0

SP/SW

R2142

10k

:CHIP

+9V

9V

12V

R2124

15k

:CHIP

R2125

22k

:CHIP R2144

15k

:CHIP

R2126

22k

:CHIP

R2164

8.2k

:CHIP

R2165

8.2k

:CHIP

R2167

330k

:CHIP

C2174

100

C2103 C2111

47

0.0022

25V

B:CHIP

14.1

C2113

C2105

0.0022

47

25V

B:CHIP

14.5

C2115C2107 C2116

0.0022

47

B:CHIP

25V

19.2

IC2102

MC7805CT

5V REG

IO

G

IC2103

PQ09RF21

9V REG

IO

G

IC2104

MC7812CT

12V REG

IO

G

C2157

R2129 :CHIP

12.0

R2145

47k

:CHIP

C2170

0.1 :PT

22

220k

12V

R2111

100

:CHIP

5.0

9.1

C2153

0.1 :PT

C2169

0.00068

15k

:CHIP

R2147

2.2M

:CHIP

C2104

47

25V

C2106

47

25V

C2108

47

25V

12V

+12 V

IC2301

NJM4558D

VAR. OUT AMP

6.0

1234

ROUT

VCC

R-IN

R+IN

VSS

C2149

0.1 :PT

:PT

C2147 C2144 C2140

0.047 :PT

4.2

4.3

1.2

RLC2

RLC1

CT

ST

COUT

4.1

6.0

LOUT

6.0

L-IN

6.0

5 6 7 8

L+IN

C2302

C2146

0.1 :PT

C2141C2145

C2143

0.22

4.7

:PT

C2139

0.68 :PT

0.22 C2142

:PT

4.7

4.1

4.4

4.3

PSC2

PSC5

PSC1

PSC4

RLC5

IC2105

NJW1103

PROLOGIC DECODER

SOUT

CMC

SMRO

SMRI

AGND

4.1

R2109

10k

:CHIP

C2118

C2173

0.1 :PT

47

25V

R2110

22k

:CHIP

D2113

UDZ-TE-17-10B

R2305

12k

:CHIP

C2329

25V

R2306

10k

:CHIP

0.22 :PT 0.047

4.1

4.3

PSC3

PSC6

DVDD

MIC IN

C2177

0.0022 B:CHIP

47

C2326

R2118 R2117

4.7k

:CHIP

C2135

0.00047 :PT

R2119

22k :CHIP

R2121

330k

:CHIP

R2120 :CHIP

C2136

C2138

680p

:PT

C2137

0.0056

4.1

0.2

4.1

LPIN

DBC1

DBC2

DBC3

DATA

SCK

REQ

TEST CNT

4.8

UDZ-TE-17-10B

R2307

47k

:CHIP

C2325

10

R2308

47k

:CHIP

10

R2115

47k

:CHIP

22k

C2131

0.1 :PT

:PT

4.1

DBIN

S'OUT

FBIN EC

FBIN SU

DELAYSIG OUT

L01

L02

L03

XIN

XOUT

2.4

2.6

4.7

D2115

UDZ-TE-17-10B

D2114

R2116

4.7k

:CHIP

C2134

0.0015 :PT

C2132

0.1 :PT

4.1

2.5

414243444546474849505152535455565758596061626364

VOLOUT LPF2OUT

DELAYSIG IN

LPF2IN2

LPF2IN1

DA INT OUT

DA INT IN

DA CONT

AD CONT

AD INT OUT

AD INT IN

LPF1 OUT

LPF1 IN2

LPF1 IN1

DELAY IN

MIX OUT

VREFD

AVDD

DVSS

AVSS

R2114

1M

:CHIP

X2101

4MHz

2.5

40

2.5

39

2.5

38

2.5

37

2.5

36

0

35

0.1

34

1.8

33

2.5

32

2.5

31

2.5

30

2.5

29

2.5

28

4.1

27

2.5

26 25

C2155

0.1 :PT

:PT

R2128

100k

:CHIP

C2158

10

C2176

0.0022 B:CHIP

C2168

100

R2113

100

:CHIP

R2148R2146

15k

:CHIP

R2127

2.2M

:CHIP

R2112 :CHIP

R2301

47k

:CHIP

R2302

47k

:CHIP

R2149

15k :CHIP

R2123

15k :CHIP

C2156

0.1 :PT

L

R

9V

100

C2154

0.00068

R2122

47k

:CHIP

4.1

C2171

0.1 :PT

4.1

1.3

2.6

:PT

4.0

4.2

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

4.2

C2159

0.0056 :PT

R2303

12k

:CHIP

6.0

R2304

10k

:CHIP

C2301

11

9V

C2150

0.1 :PT

C2148

0.047

C2151

0.022 :PT

C2152

0.022

4.1

:PT

RLC6

LLI

LBPF

RLI

RBPF

LT

RT

LIN

RIN

HOLDC

AVCC

VREFA

VREFG

IREF

NGC3

NGC2

C2117

47

25V

4.2

RLC4

RLC7

RLC3

RLC8

NGC1

LOUT

ROUT

12345678910 11 12 13 14 15 16 17 18 19 20 21 22 23 24

4.1

L

R

L

C2112

0.0022

5V

B:CHIP

C2114

0.0022

9V

B:CHIP

0.0022

12V 12V

B:CHIP

+5 V

+9 V

C2133

0.1 :PT

C2130

0.0018 :PT

C2128

0.068 :PT 0.1

C2125 C2126

0.068 :PT

C2124

0.0015 :PT

C2122

1

:PT

C2172

47

25V

5V

C2123

0.01

C2178

0.0022 B:CHIP

+12 V

C2129

0.01 :PT

:PT

C2127

:PT

0.1 :PT

C2121

22

R

9V

+9 V

R

9V

L

C2303

22

C2327

47 25V

C2304

0.0027

SL:CHIP

4.5

C2305

4.5

0.0027

SL:CHIP

4.5

C2306

2.2

4.5

C2324

10 25V :BP

C2312

22

+9 V

C2328

47

25V

C2313

0.0027 SL:CHIP

4.5

C2314

4.5

0.0027

SL:CHIP

4.5

C2315

2.2

4.5

C2322

10 25V :BP

VAR L VAR R

IC2302

TDA7312

L,R TONE CONT.

4.6

123456789101112131415

CREF

VS

GND-DIGDIG OUT1

GND

TRE-L

TRE-R

IN(R)

DIG OUT2

BOUT(R)

OUT(R)

BOUT(L)

R4

R3

R2

R1

L4

L3

IC2303

TDA7312

C,S TONE CONT.

123456789101112131415

CREF

VS

GND-DIGDIG OUT1

GND

TRE-C

TRE-S

IN(S)

DIG OUT2

OUT(S)

BOUT(S)

S4

BOUT(C)

S3

S2

S1

C4

C3 C2

SCL

SDA

L OUT

R OUT

ADDR2

ADDR1

BIN(R)

BIN(L)

OUT(L)

IN(L)

L1

L2

SCL

SDA

C OUT

S OUT

ADDR2

ADDR1

BIN(S)

BIN(C)

OUT(C)

IN(C)

C1

D2301

3.7

UDZ-10B

3.6

4.6

UDZ-10B

4.6

4.5

0.1 25V F:CHIP

4.5

0.1 25V F:CHIP

4.5

C2311

4.5

C2323

10 25V :BP

16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

D2303

3.74.5

UDZ-10B

3.6

4.6

UDZ-10B

4.6

4.5

0.1 25V F:CHIP

4.5

0.1 25V F:CHIP

4.5

16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

D2302

C2307

C2308

F:CHIP

C2309

C2310

0.1 25V

F:CHIP

2.2

D2304

C2316

C2317

0.1 25V

F:CHIP

C2318

C2319

0.1 25V

F:CHIP

C2320

C2321

10 25V :BP

R

0.1 25V

2.2

L

R2313

100

:CHIP

R2314

100

:CHIP

R2309

5.6k

:CHIP

R2310

5.6k

:CHIP

R2315

100

:CHIP

R2316

100 :CHIP

R2311

5.6k

:CHIP

R2312

5.6k

:CHIP

9V

SP/SW

S MUTE

C MUTE

F MUTE

19V

R

A PROT

FIX MUTE

VAR MUTE

L

R2632

10k

:CHIP

2SD601A

L/R MUTE 1

C2612

C2601

-19V

FIXED L

FIXED R

C2804

10

R2633

100k

:CHIP

0.2

Q2606

19V

-19V

9V

1

R2614 :CHIP

-19V

12V

1

C2801

1

C2802

1

:CHIP

R2813

470k

:CHIP

+9V

C2623

10

C2624

10

11.6

10k

IC2603

TDA7265

S AMP

R2601

22

:CHIP

R2602

22

:CHIP

R2607

10k

:CHIP

Q2601

2SD601A

S MUTE 1

470

R2618

39k

:CHIP

0.2

R2802

470

:CHIP

R2801R2805

0.5

IN-(R)

R2640 :CHIP

C2625

47

25V

1

R2617

39k

:CHIP

R2620

5.6k

:CHIP

-19 V

+19 V

IN-(SR)

R2605

33k

:CHIP

C2602

10

10k

:CHIP

D2601 MA111

:CHIP

R2810R2814

470k

:CHIP

470

10.2

10.8

10.2

R2621 :CHIP

GND

C2605

10

-19V

470k

:CHIP

GND

22

R2659 :CHIP

C2608

1

470

:CHIP

R2804

470k

:CHIP

C2803 R2811

10 470

IN+(R)

00000

R2637

470

RL

:CHIP

R2638 R2639

470

18k

:CHIP

R2634

10k

:CHIP

D2613

C2621

1

MA111

C2614

R2616

10k

:CHIP

Q2603

2SB709A

C MUTE

R2619

4.7k

:CHIP

IN+(SR)

0000

R2604

390

:CHIP

R2608 R2609

100k

11.5

:CHIP

+19V

0.2

VAR MUTE BUFFER

R2819

10k

:CHIP

Q2806

2SD601A

FIX MUTE BUFFER

R2820

10k

:CHIP

IC2601 TDA7265 L,R AMP

IN-(L)

IN+(L)

-VS(L)

R2642

18k :CHIP

R2641

R2643

470

18k

:CHIP

R2644

18k

:CHIP

C2626

47

25V

C2613

1

IN-(SL)

33k

R2606

390

:CHIP

10.7

R2610 :CHIP

R2636

33k

:CHIP

Q2607

2SD601A

L/R MUTE 2

R2635

15k

:CHIP

+19 V

IN+(C)

IN-(C)

R2624

000

33k

:CHIP

R2622

22k

:CHIP

R2625

R2623 :CHIP

C2615

IN+(SL)

0 10.1 0 0

15k

390

10

-VS(SL)

MUTE

10k :CHIP

10.1

R2611

33k

:CHIP

10.1

Q2602

2SD601A

S MUTE 2

22k

:CHIP

0.1 :PT

VAR L

VAR R

Q2805

2SD601A

FIXED L

FIXED R

MUTE

OUT(L)

10.2

R2647

27k

:CHIP

C2622

0.1 :PT

R2662

10k

:CHIP

-19 V

+9 V

IC2602

TDA2052

C AMP

IN+(MUTE)

-VS

C2617

0.1 :PT

OUT(SL)

R2660

C2606

UDZ-TE-17-10B UDZ-TE-17-10B

R2809

4.7k

0

:CHIP

R2808

47k

:CHIP

R2817 :CHIP

+VS

00

R2648

27k

:CHIP

MUTE

-15.4

+VS

OUT(SR)

C2607

0.1 :PT

C2609

0.1 :PT

0

4.7k

0

OUT(R)

+VS

1234567891011

2SD601A

FIX MUTE 2

R2818

47k

:CHIP

-VS(R)

1234567891011

C2632

L

OUT(C)

1234567

0

C2618

0.1 :PT

C2620

4.7

D2611 MA111 MA111

R2656

27k

:CHIP

-VS(SR)

C2610

0.1 :PT

D2621 D2622

D2623 D2624

0

Q2802

2SD601A

VAR MUTE 2

R2815

4.7k

0

:CHIP

R2816

Q2804

:CHIP

R

R2645

100

4.7

25V

1W

:RS

C2627

0.1 :PT

R2650

47k

:CHIP

D2618 MA111

0

R2649

12k

:CHIP

R2658

27k

:CHIP

D2609

MA3220M-TX

R2626

4.7 1W

:RS

C2619

0.1 :PT

D2610

MA3220M-TX

R2629 :CHIP

R2628

47k

:CHIP

2SD601A

C SP/SW 2

R2627

47k

:CHIP

+12V

R2657

27k

:CHIP

R2612

4.7 1W

:RS

R2806

4.7k

:CHIP

0

FIX MUTE 1

47k

R2646

C2628

D2615

MA3220M-TX

9.1

Q2608

2SD601A

PROT 1

R2652

100

:CHIP

C2633

39k

0.1

0

Q2604

R2613

4.7 1W

:RS

C2611

0.1

:PT

0

R2807

VAR MUTE 1

47k

:CHIP

MA3091-TX

Q2803

2SD601A

D2614

MA3220M-TX

4.7 1W

:RS

0.1

:PT

R2651

R2653

1k

:CHIP

9.1

0

Q2609

2SD601A

PROT 2

0

100 50V :BP

12.0

R2630

1k

:CHIP

0.1

R2631

10k

:CHIP

D2801

MA3091-TX

D2802

MA3091-TX

D2803

MA3091-TX

0

Q2801

2SD601A

D2804

MA3091-TX

D2805

D2806

MA3091-TX

D2807

MA3091-TX

D2808

D2616

MA3220M-TX

D2617

MA3220M-TX

Q2610

2SB709A

PROT 3

9.1 0

R2663

10k

:CHIP

R2655 :CHIP

R2654

10k

:CHIP

D2605

MA3220M-TX

D2606

MA3220M-TX

RY2601

D2612

2SD601A

C SP/SW 1

D2602

MA3220M-TX

D2603

MA3220M-TX

1k

C2631

100 25V

Q2605

L

R

L

R

D2607

MA3220M-TX

D2608

MA3220M-TX

D2604

MA3220M-TX

D2620

MA3220M-TX

J2601

L VAR/FIX

AUDIO OUT

J2602

R VAR/FIX

AUDIO OUT

CN2601

4P

WHT

:S-MICRO

1

TW L

2

L.E.

3

TW R

4

R.E.

CN2602

4P

WHT

:MINI(LOCK)

1

SP(L)

2

L.E.

3

SP(R)

4

R.E.

TB2601

-

CENTER

+

SPEAKER IN

CN2603

2P

WHT

:MINI(LOCK)

1

SP(C)+

2

SP(C)-

TB2602

REAR L

SP OUT

+

REAR R

+

SP OUT

VAR L

FIXED L

VAR R

FIXED R

TWEETER (L) TWEETER (R)

SPEAKER (L) SPEAKER (R)

CENTER SPEAKER

N

O

– 144 –

+19 V

-19 V

19V

-19V

(AUDIO AMP,AP,DOLBY,I/O)

K

B-SS609.<U/C>-K..

– 146 –– 145 –

AUDIO AMP, TONE CONTROL,

[ ]

K

PROLOGIC DECODER

– K Board –

K BOARD

DIODE

LR D2101 J-7 3 D2102 I-6 3 D2103 I-5 3 D2104 I-5 3 D2105 I-5 3 D2106 I-5 3 D2107 I-6 3 D2108 I-7 3 D2109 I-7 3 D2110 J-6 3 D2111 J-5 3 D2112 J-5 3 D2113 F-7 3 D2114 F-8 3 D2115 F-8 3 D2116 I-6 3 D2301 E-6 3 D2302 E-7 3 D2303 D-6 3 D2304 D-6 3 D2601 A-1 3 D2602 B-3 4 D2603 B-3 4 D2604 B-4 4 D2605 B-5 4 D2606 B-5 4 D2607 B-5 4 D2608 B-5 4 D2609 H-2 4 D2610 H-1 4 D2611 I-2 3 D2612 I-1 3 D2613 E-4 3 D2614 I-2 4 D2615 I-9 4 D2616 I-3 4 D2617 I-3 4 D2618 G-3 3 D2620 B-4 4 D2621 A-3 3 D2622 A-4 3 D2623 A-3 3 D2624 A-3 3

D2801 A-7 4 D2802 A-6 4 D2803 B-7 4

*

D2804 B-6 4 D2805 A-7 4 D2806 A-6 4 D2807 A-8 4 D2808 A-8 4

TRANSISTOR

LR Q2101 D-5 1 Q2102 D-5 1 Q2103 I-6 1 Q2104 J-7 1 Q2105 J-6 1 Q2601 B-1 1 Q2602 B-2 1 Q2603 G-5 1 Q2604 I-1 1 Q2605 I-1 1 Q2606 E-4 1 Q2607 E-3 1 Q2608 G-3 1 Q2609 G-2 1 Q2610 G-2 1 Q2801 A-7 1 Q2802 A-7 1 Q2803 A-6 1 Q2804 A-6 1 Q2805 C-5 1 Q2806 B-6 1

IC

LR IC2102 H-2 H-8 IC2103 H-4 H-6 IC2104 H-3 H-8 IC2105 G-2 IC2301 B-2 IC2302 E-2 IC2303 C-2 IC2601 F-7 F-3 IC2602 F-5 F-4 IC2603 B-3

L ; component side R ; conductor side

K BOARD : IC2301 NJM4558D

1

2

3

*

4

K BOARD : IC2601, 2603 TDA7265

L + IN

GND

R + IN

5

7

9

11

1

R-VS

MUTE / ST-BY

8

7

6

5

+VS

L-VS

K BOARD : IC2602 TDA2052

2

6

5

7

MUTE/

ST-BY

3

4

L OUT

L -IN

8

10

R -IN

2

R OUT

6

1

4

< Component Side >

– 147 –

< Conductor Side >

– 148 – – 149 –

D BOARD

DIODE *

D5001 F-1 D5002 E-1 D5004 F-2 D5005 F-4 D5006 E-2 D5008 E-3 D5009 B-3 D5010 F-3 D5011 G-4 D5013 B-7 D5014 E-3 D5015 B-9 D5016 G-4 D5017 G-4 D5019 D-8 D5020 D-7 D5021 D-4 D5022 B-1 D5024 H-4 D5025 C-2 D5027 D-4 D5028 B-2 D8001 G-16 D8002 F-15 8 D8003 B-16 D8004 G-10 8 D8005 G-16 8 D8006 E-11 4 D8007 A-14 D8008 D-16 4 D8009 D-16 4 D8010 E-15 D8011 A-14 D8013 E-13 D8014 E-13 D8015 I-15 8 D8017 I-16 8 D8018 G-8 D8021 G-14 8 D8023 J-14 8 D8024 H-14 8 D8025 G-14 8 D8026 F-14 8 D8027 G-14 8 D8029 I-15 8 D8031 H-13 4

D8032 E-11 D8033 I-15 8 D8034 J-15 4 D8035 I-15 4 D8036 G-13 8 D8037 J-14 8 D8038 H-15 4 D8039 I-16 4 D8040 G-13 8 D8041 G-9 4 D8042 I-16 D8043 H-13 4 D8044 B-16 D8045 I-13 4 D8046 I-13 4 D8047 I-12 4 D8048 F-11 4 D8050 F-10 8 D8051 H-10 8 D8052 H-8 8 D8054 H-11 8

TRANSISTOR *

Q5002 A-3 Q5004 G-4 Q5005 F-2 Q5006 E-2 Q5008 B-3 Q5009 E-2 Q5010 F-2 Q5013 A-4 Q5014 E-4 Q5015 E-3 Q5016 E-4 Q5019 E-4 Q5022 G-7 Q5023 H-7 Q5024 G-6 Q5025 H-6 Q5026 H-8 Q5027 J-3 Q5029 D-2 Q5030 D-2 Q5031 D-5 Q5033 H-4 Q5034 B-2 Q5035 A-2 Q8001 G-16 -

Q8002 G-16 Q8003 F-16 Q8004 G-10 Q8005 G-16 Q8006 G-10 1 Q8007 B-15 Q8008 D-15 Q8009 H-15 1 Q8010 I-15 1 Q8013 G-10 1 Q8014 D-10 Q8015 H-16 Q8016 H-16 Q8017 G-9 Q8018 J-14 1 Q8019 G-15 1 Q8020 G-9 1 Q8021 G-15 1 Q8022 J-13 1 Q8023 G-15 1 Q8024 I-16 1 Q8025 I-16 1 Q8026 J-16 1 Q8027 G-12 1 Q8028 G-12 1 Q8030 H-13 1 Q8031 F-11 1

IC

IC5001 G-6 IC5002 G-7 IC5004 G-3 IC5005 I-4 IC5006 I-9 IC5008 C-2 IC5009 A-2 IC5010 C-3 IC8001 H-11 IC8002 I-15 IC8003 H-8 IC8004 E-9 IC8005 H-10 IC8006 H-13 IC8007 J-15 IC8008 J-13 IC8009 I-13 IC8010 H-14 IC8011 H-12

D (1/2)

– D Board –

[ ]

H DEFL, V DEFL, SUB DEFL

D (2/2)

[ ]

H DEFL, V DEFL, SUB DEFL

NOTE :

The circuit indicated as left contains high voltage of over 600 Vp-p. Care must be paid to prevent an electric shock in inspection or repairing.

– 151 –– 150 –

– 152 –

1

2

43

98765

10

11

12

13

14

1615

1817

A

B

C

D

E

F

G

H

I

J

K

L

TO G BOARD

CN6105

TO G BOARD

CN6106

TO ZG BOARD

CN4207

CN5003

6P

WHT

:S-MICRO

+21.5V E +16.5V

-16.5V E

-21.5V

TO CHASSIS GND

CN5002

6P

WHT

:MINI

+135V E

-135V E +16.5V

-16.5V

CN5001

3P

YEL

:S-MICRO

+135V NC E

1 2 3 4 5 6

1 2 3

-0.4

R5204

R5205

4.7k

R5200

10k

C5201

0.01 F

10k

TO (2/2)

+135V

R5203

4.7k

1234

8.3

7.0

C5200

47

16V

-12V

-21.5V

21.5V

135V

-135V

16.5V

-16.5V

IC5010 LM358P

3.8

5 6 7 8

Q5036

2SA1309A

H.DRIVE DET

5.7

R5214

10k

C5118

47

16V

R5199

22k

1.7

-12V

2.1

R5206

4.7k

-12V

C5116

47

C5122

0.01 F

R5216

2.7k

C5111

47

16V

12V

R5195

15k

1234

C5119 1000p

500V

B

+12V

R5194

1.5k

C5113

0.1 :PT

C5203

470p

:PT

6.2

R5215

47k

R5196

10k

IC5009 LM358P

H.SAW

6

C5107

0.1 :PT

R5217

10k

D5028

1SS133

2SA1309A

H.DRIVE PROT

R5179

4.7k

R5182

470k

C5120

0.01 F

C5108

220p

:PP

R5188

2SC2878AB

10k

0.5

R5190

0.47

:FPRD

R5192

2.2k

R5193

68k

0.3

C5112

0.3

5 6 7 8

11.8

Q5037

R5180

2.2k

R5181

2.7k

0

1234

0

0.5

Q5034

CLAMP2

0

Q5035

2SC3311A

H-SAW

12V

47

16V

12V

D5025

1SS133

AND1

1.4

7.0

R5218

1k

IC5008 LM393P

PWM

R5187

15k

R5189

1k

R5191

R5197

100

C5114

0.001 :PP

C5121

0.01 F

C5204 C5205

0.0022 :PT

1.5

0.2

0

5 6 7 8

1k

0.0022 :PT

-12V

C5123

47

16V

C5124

0.01 F

R5183

2.7k

C5208 1000p

:PP

R5184

1k

D5022

1SS133

E-W

R5201R5186 JW(5)4.7k

123456789

EEPIN(E-W)EH.DRIVE

E

TO A(1/4) BOARD

CN509

12V

16.5V

E

V.BLK

TO CHASSIS

-16.5V

-135V +16.5V

H.DRIVE

+12V

H.DRIVE TO (2/2)

10

CN5004

:B TO B-P

H.BLK(HP)

E

GND

CN8002

:FASTON

GND

L5001

47µH

:LHL08

-12V

-16.5V

10P

-14.7 -12.0

IO

G

C5001

C5085

47

0.0022

25V

F

R5001

JW(7.5)

L5002

47µH

:LHL08

C5003

47

25V

-12V

R5003

1k

5.6

5.7

R5002

1k

2SA1309A H.D.BUFF

C5097

100 16V

Q5029

2SC3311A

PIN DRIVE

3.8

Q5030

2SA1309A

PIN DRIVE

-11.5

C5098

100 16V

-135V

12V

R5004

4.7k

PROT

C5002

1

-12V

Q5004

2SC3311A

V.BLK BUFFER

0

-16.5V

16.5V

12V

C5090 R5155

1 4.7k

TO (2/2)

IC5001

NJM7912FA

-12V.REG

C5008

C5006

0.0022

14.5 12.2

C5004

0.0022 F

C5005

0.1 :PT

Q5002

R5165

47

1/2W

:FPRD

D5002

1SS133

D5004

1SS133

CLAMP

D5001

1SS133

PROT.5V

47

F

IC5002

NJM7812FA

+12V.REG

IO

G

C5014

0.0022 F

R5235

6.8k 3W

:RS

C5012

22

160V

C5016

0.047

Q5008

2SC2688 H.DRIVE 2.7k

-2.9

R5011 C5010

3.3k 100p CH

R5166

220k

11.5

C5099

0.1

200V

3.6

:PT

R5167 R5169

47

1/2W

:FPRD

R5168

47

1/2W

:FPRD

D5006

1SS133

CLAMP

R5013

4.7k

C5011

47

0.1

Q5006

2SC3311A

H-DEF-PROT

-0.6

R5009

2.2k

MTZJ-T-77-5.6

C5007

100p

R5017

22k

R5012

4.7k

0.1

Q5005

2SC3311A

V-DEF-PROT

R+5V

-12V

C5017

47

R5026 R5032

6.8k

3W

:RS

2

200V

:PT

95.9

1

Q5031 2SK2251 PIN OUT

-125.0

10k

D5027

MTZJ-T-77-15

12.1

R5023

22k

R5018

3.3k

0.7

47k

H.P.

C5015

47p

R5022

22k

R5029

0.47

D5005

:FPRD

R5028

0.47

:FPRD

12.1

R5020

47k

1.7

C5013

47

R5021

11k :RN

R5016

10k

0.6

R5034

10k

-12V

+12V

12V

6

7

R5031

1W

:RS

C5019

220p 500V

B

D5021

ERC91-02

-93.1

FB5001

0.45UH

S

-134.6

Q5009

2SA1309A

PROT.DELAY

0.8

R5033

1SS133

PEAK.DET1k

R5039C5020R5030

10k0.1

:PT

L5004

47µH

:LHL08

C5025

1000

25V

L5003

47µH

:LHL08 Q5010

2SA1309A

PROT.DELAY

R5038 JW(5)

R5035

10k

C5023

1

TO ZB BOARD

CN4304

H.OUT (B)NCNC

H.RET (B)

123

R5209

12 3W

:RS

TO (2/2)

T5001

HDT

45

3

2

1

L5018

5mH

R5175

10 3W

:RS

C5026D5008

0.01 :PT

Q5014

2SA1309A

BUFF

IC5004

STV9379

V.OUT

D5016

MTZJ-T-77-24A

:PROT

C5024

1000

25V

R5043

1k

C5028

470p 500V

R5040

1k

4

R-5V

L5016

15mH

L5017

15mH

C5096

D5009

330p

RGP15G

2kV

SPEED UP

-89.5

R5046

1.5 3W

-89.1

:RS

2SC3997S

3

R5049

10 3W

:RS

R5207

R5208

3.3

3W

:RS

R5176

3W

:RS

R5050

100

12.2

Q5015

2SC3311A

BUFF

R5042

0.6

4.7k

R5048

470

R5054

1.3

-13.9

1 2 3 4 5 6 7

C5029

0.01 F

D5017

MTZJ-T-77-24A

:PROT

C5034

1

:MPS

R5047

15k :RN

B

D5010 GP08D

PEAK.DET

V.DRIVE

TO ZG BOARD

CN4206

4P

:VH

R5210

22 3W :RS

C5032 C5202 C5052

1000 1000 1000

R5161

B

Q5013 H.OUT

ERD08M-15

C5100

100

160V

:HR

C5103 C5104

100

160V

0.6

0

470

12 3W

:RS

R5055

150

3W

:RS

0.5

D5013

DAMPER

C5038

L5019

2.3mH

100

160V10

R5058

12k

0.7

D5014

1SS133

BIAS

0.1

R5057

10k

C5036

0.01

D5011 GP08D

RAMP UP

C5037

220

C5040

0.22 100V

:PT

R5051

33k

H.OUT (G)NCNC

123

D5019

V06C

D5020

V06C

47 1/2W :RC

D5015

RGP02-20EL

DF.VCC RECT

C5045

0.0047

4

C5043

680p

2kV

B C5039 6800p

1.6kV

:MPP

C5030

0.33

0.39

250V

:PP

R5177 100k

R5170 100k

R5171

15k

C5105

0.022 :PT

R5063

100

12.1

R5061

10k

-0.2

0.5

C5031

0.1

100V

F

R5059

1.5

:FPRD

CN5015 :FASTON

H.RET (G)

4

R5062

2kV

E

C5051

R5078

R5070

C5042

680p

2kV

B

C5041

0.047 100V

:PT

R5173

470k

R5174

68k

2SC3311A

H.PULSE.SHAPE1

680p :PP

-0.2

R5068

10k

Q5016

2SC3311A

H.PULSE.SHAPE2

14.2

5

D5024

MTZJ-T-77-15

C5048

0.15 100V

:PT

R5067 R5071

2.2

1/2W

:RN

V. PROT

TO ZR BOARD

CN5006 CN5007CN5005

4P

:VH

L5007

HLC

1000p 500V B

180 3W :RS

R5074

47k

R5156R5172

1.5k470k

Q5019

C5050

R5072

0

100

R5069

10k

1.3

R5073C5049 C5035

3.0k

100

:RN

16V

R5178

3.3k

11.9

C5047

R5077

0.15 100V

:PT

2.2

R5236

1/2W

10

:RN

1W

:RS

CN5008

3P

RED

:S-MICRO

CN4107

4P

:VH

H.OUT (R)NCNC

H.RET (R)

123

4

DF.VCC

TO (2/2)

VB

HB

HG

C5033R5075

0.0022

10k

F

:RN

0.7

0.5

Q5033

IRFI620G

S

V DEF.BUFFER

C5106

0.47 200V

:PP

220

3W

:RS

V.RET

V.DEF

L5020

47µH

:LHL10

123

V. DEFNCV. RET

TO ZB BOARD

CN4305 CN506

21.5V -21.5V

-21.5V +21.5V

VB

HB

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

VG

VR

47

0 0 0.5 0.5 0.1 0

R5083

100

R5082

100

R5081

100

R5088 C5062 R5090 C5064 C5066 R5095

3.3k 100pCH3.3k 100p

0.1 0.1 0.1 0.1 -0.3 -0.3 -20.1

R5086

100

R5085

100

R5084

100

C5061 R5089 C5063

R5087 C5065

100pCH3.3k 100p

3.3k 100p

HR

+12V

DEF.5V

FROM (2/2)

ABL

123456789

SHD OFF

E

V DRIVEEDEF 5V

ABL

TO A(1/4) BOARD

E

FROM (2/2)

HV.PROT

10

VPROT

HVPROT

HPROT

CH

VG

CH

CN5009

10P

:B TO B-P

-12V

100p

CH

VR

CH

123456789

B.V.

HG

+35 -35 -35 +35 +P -P -P +P -P

-20.1

C5072 C5074

100 100

C5076

R5096 JW(5)

-20.1

Q5026

2SC3311A

MUTE 3

R5092

1k

R5099

3.3k

IC5005

STK392-020

CONV.OUT

HR

+35 -35 -35 +35 +P -P -P +P -P

-20.1

R5094 JW(5)

-20.1

Q5027

2SC3311A

-19.3

MUTE 6

R5091

1k

R5097

R5093

3.3k

-20.1

-19.3

R5152 C5086

10k 0.1

1k

R5102

-20.1

1k

R5101

:PT

4.7

1/2W

:RN

C5087

4.7

1/2W

:RN

R5100

100

0.1 :PT

R5151

10k

R5104

4.7

1/2W

:RN

R5098

R5103

4.7

1/2W

:RN

100

R5153R5154

100

R5106

4.7

1/2W

:RN

C5075C5073C5071

100100100

10k10k

R5105

4.7

1/2W

:RN

12V

-12V

TO (2/2)

D.F.

10

10P

:B TO B-P

E

R.H.

R.V.

E

G.H.

G.V.

E

B.H.

TO A(1/4) BOARD

CN519

D.F.

C5080

100

0.8

R5108

1k

R5114

R5118

4.7

1/2W

:RN

R5110

R5112

4.7

1/2W

:RN

C5079

0.8

100

R5107

1k

R5113

R5117

4.7

1/2W

:RN

R5109

R5111

4.7

1/2W

:RN

123456789

EER+5V

R+12V

R-12V

TO A(1/4) BOARD

CN517

R5116 R5120 R5126

3.15A 3.15A 3.15A

R5122

FROM (2/2)

R+5V

R-5V

R-5VNCREGI.MUTE

C5093R5143

0.7

0.01 :PT

R5144

10k

1.3

R5145

10k

Q5023

2SA1309A

MUTE 2

-21.5V

21.5V

0.1

0.2

IC5006

STK392-020

CONV.OUT

L5011

47µH

:LHL08

L5010

47µH

:LHL08

10k

Q5022

2SC3311A

MUTE 1

0.7 0.7

R5146

10k

0.6

8

C5094

Q5024

4.7

1/2W

:RN

-0.5

R5128

4.7

1/2W

:RN

R5124

4.7

1/2W

:RN

0.2

R5132

1/2W

R5130

1/2W

R5125R5119R5115

3.15A3.15A3.15A

4.7 :RN

R5134

4.7

1/2W

:RN

R5136

4.7

1/2W

:RN

L5012

47µH

:LHL08

L5013

47µH

:LHL08

R5138

4.7

1/2W

:RN

R5147

10k

0.7

0.6

2SC3311A

0.7

2SA1309A

MUTE 4

1.3

R5149

10k

R5150

10k

Q5025

MUTE 5

-21.5V

21.5V

0.01 :PT

R5148

10k

10

11

R5121

4.7

1/2W

:RN

R5127

4.7

1/2W

:RN

R5123

4.7

1/2W

:RN

R5131

4.7

1/2W

:RN

R5129

4.7

1/2W

:RN

R5133

4.7

1/2W

:RN

R5135

4.7

1/2W

:RN

R5137

4.7

1/2W

:RN

(1/2)

D

12

(H.DEFL, V. DEFL, SUB DEFL)

E

10

CN5011CN5010

10P

:B TO B-P

HD1080

Schematic diagrarm

? D (1/2) board

B-SS609.<U/C>-D..-P1

+21.5V

7

9

1 2 3 4

HB OUT VB OUT VB RET HB RET

HG OUT VG OUT VG RET HG RET

HR OUT VR OUT VR RET HR RET

CN5014

4P

YEL

:S-MICRO

CN5013

4P

WHT

:S-MICRO

CN5012

4P

RED

:S-MICRO

TO ZB BOARD CN4302

TO ZG BOARD CN4203

TO ZR BOARD CN4104

• D (1/2) BOARD WAVEFORMS

1 2 3

8.4Vp-p (H) 251Vp-p (H) 43.0Vp-p (H)

4 5 6

9.0Vp-p (H) 54.5Vp-p (V) 6.5Vp-p (H)

7 8 9

27.3Vp-p (H) 196.0Vp-p (V) 950Vp-p (H)

10 11 12

7.0Vp-p (V) 196.0Vp-p (H) 950Vp-p (V)

Schematic diagram D (2/2) board /

– 153 –

– 154 –

– 155 –

• D (2/2) BOARD WAVEFORMS

1 2

6.2Vp-p (H) 118Vp-p (H)

6

25.0Vp-p (V)

1

A

B

C

D

E

F

G

H

I

J

K

L

TO CB BOARD

CN7304

TO CG BOARD

CN7205

M

TO CR BOARD

CN7104

N

7

24.4Vp-p (V)

2

TO D BOARD T8003 HV

G2 DF1 FV

DF2

(FOCUS PACK)

3 4

145Vp-p (H) 810Vp-p (H)

8

9

10.4Vp-p (V)

43

CN8004

7P

WHT

TO CB BOARD

CN7303

FV(B) TO CB BOARD J7301 FV(G) TO CG BOARD J7201 FV(R) TO CR BOARD J7101

:S-MICRO

H.D. IN H.D. OUT ABL TO +B ABL TO PROC ABL TO PROC ABL TO FBT

H(+) H(-) NC NC GND NC +210V

CN8010

:FASTON

CN8003

6P

WHT

CN8001

4P

G2 DF NC GND

1 2 3 4 5 6 7

1 2 3 4 5 6

1 2 3 4

5

C8002

330

160V

:HR

FROM (1/2)

16.6Vp-p (V)

L8002 100µH

L8001

:LHL13220µH

:LAV35

D8001 R8002

MA3051M-TX

CLAMP

C8003

330

160V

:HR

131.4

Q8001

2SC2688

DRIVE-CONTROL

R8001

4.7k

:FPRD

H.DRIVE

ABL

DF.VCC

15k

:FPRD

3.1

2.5

H.DRIVE

TO (1/2)

ABL

5

7.0Vp-p (V)

D8002

DAN202K

BIAS2

C8005

0.068

1

HV-DRIVE

-1.5

C8004 R8003

100p

CH:CHIP

FROM (1/2)

135V

R8005 R8007

22k

3W

:RS

200V

:PT

Q8003

2SC2688

2.2k

:CHIP

C8006

0.47

R8006

100k 1/2W

Q8004

2SC4632LS-CB7

G2-STOP

22k

3W

:RS

T8001

HDT

135V

45

3

6

2

7

40.0

R8009

2.7k 1W

:RS

C8008

330p 500V

1

B

D8044

RGP15G

C8022

10

250V

HV-REG-OUT

C8010

0.0068 :PT

Q8005

2SC2878AB

BUFFER

C8007

6.0

0.01 100V

:PT

5.5

R8008

2.7k

:CHIP

R8010 R8011 R8021

100

:CHIP

G2-STOP/CONTROL

C8011

220 16V

Q8006

2SB709A

452.0

4.7k

:CHIP

D8004

DAN202K

12.1

0

DF VCC

RECT

0

R8013

4.7k

:CHIP

Q8007

2SC3997YB

HV-OUT

4

50.5

50.6

R8019

10 3W

32

:RS

R8029

27k

3W

:RS

50.6

Q8008

IRFI640LF

S

JW8201

0.7UH

11.4

C8013

10

R8015

1k

:CHIP

R8018

10k

:CHIP

12.1

R8014

10k

:CHIP

R8017

10k

:CHIP

D8011

ERC06-15STP11

DAMPER2

136.3

D8007

ERC06-15STP11

HV-REG-OUT-PROT2

10k

:CHIP

C8018 8200p

DAMPER1

1.6kV :MPP

D8010

D8LC20U-4015

REG-SW2

D8009

MA3130H-TX

HV-REG-OUT-PROT1

2.2

D8008

R8022 100k :CHIP

D8005 DAN202K HD-BUFF

+12V

R8023

1.5k 1W

:RS

R8024

10k

:FPRD

R8027 R8031 :CHIP

Q8009

2SB709A

BUFFER

0

MA3130H-TX

12V

C8016

10

C8017

10

C8015

100 16V

D8006

DAN202K

LIMIT

R8050

1k

1/2W

C8100

0.0047 2kV

E

2.7k

1

2

3

4

6

7

8911

C8019

470p

CH:CHIP

R8028

47k

:CHIP

TO (1/2)

R8026

R8030

33k

3W

:RS

T8002

LOT

33k

3W

:RS

D8013

ERC91-02

HEATER-REG

18

C8020

0.001 500V

B

17

16

15

PS8001

2.0A

14

13

12

RGP10GPKG23

L8004

R8199

4.7µH

0.47 :LHL08

1/2W

10

:FPRD

D8015 C8026 C8029

DAN202K

LIMIT

10k

:CHIP

Q8010

2SB709A

H.SAW.GEN.

HV.PROT

R8033

R8221

33k

27k

3W

:RS

R8037

47k

:CHIP

5.2

R8036

27k

:CHIP

SG8002

R8055

100

1/2W

C8023

1000

16V

R8040

2.7 3W

:RS

R8039

2.7 :RS

R8038

2.2

3W

:RS

R8183

1

1/2W

:FPRD

D8014

C8025

47

100V

11.7

R8041

33k

3W

:RS

12.3

Q8013

2SD601A DF AMP2

4.9

C8024

FROM (1/2)

98765

L8008

4.7µH

:LHL08

R8201

3W

R8200

0.0022 B:CHIP

6.9

R8044

1k

:CHIP

HV.PROT

318.7

2SC4632-CB

DF OUT

R8046

100

:CHIP

11.7

R8049

330

:CHIP

R8057

1.2k

:CHIP

R8051

100

:CHIP

C8105

6.8 2W

:RS

FB8001

0.45UH

220k

0.0022 B:CHIP

Q8014

C8028 4700p

:PT

D.F.

0.01 100V

:PT

C8106 3300p

:PT

10

T8003

NX-4006//X

FBT

1 HV

2

3

4

5

6

7

8

9

10

12

R8058

100

:CHIP

12V

R8060

3.9k

:CHIP

R8059

6.8k

:CHIP

-12V

8

R8032

1k

:CHIP

C8031

0.047 :PT

C8030

47

9

11

135V

TO HV BLOCK TO FOCUS PACK

R8070

R8074

100

2.7k

1/2W

MV

C8032

0.068 200V

:PT

11

NL8001

R8064

12 3W

:RS

R8184

1.2k

:CHIP

R8185

22k

:CHIP

00 00

1 2 3 4 5 6 7

-1.4 -0.5 0.50.5 11.6

R8063

390

:CHIP

R8068

330

:CHIP

C8113

22

R8065

100k

:CHIP

D8053

DAP202K

:CHIP

:FPRD

2.3

2.2

2.3

Q8016

2SD774-T-3

COMP-OUT-BUFF1

Q8015

2SB734

COMP-OUT-BUFF2

IC8002 LM393P

PWM

6

1 2 3 4

-1.5 9.1 6.9

R8067

2.7k

:CHIP

R8071C8033

470k

0.1 :CHIP

:PT

-12V

C8040R8198

1047k

1/4W

:RN

C8034 C8037

47 0.1

R8069

12 3W

:RS

47

C8039

0.047 100V

:PT

R8214

100k

:CHIP

IC8001

NJM2058D

SHADING

R8203

R8073

1.8k :CHIP

:CHIP

C8035

47

R8220

47k

:CHIP

R8212

10k

:CHIP

7

:PT

10k

C8042

47

D8017 DAN202K COMP-SW

R8077

56k

:CHIP

R8075

C8049

100

47

1/2W

:FPRD

HV-STOP1

2.3

5678

R8083 R8084

15k

:CHIP1k:CHIP

2.2

1.7

C8048

100p

CH:CHIP

C8045

560p

-0.6

:PT

R8082

10k

:CHIP

IC8003

MC7905CT

C8047

-5V REG

IO

G

IC8004

MC7805CT

5V REG

IO

G

C8041C8038

0.1 :PT

D8054

DAP202K

C8116

22

R8072

10k

:CHIP

891011121314

R8202

100k

:CHIP

C8043 R8080 R8086

0.1 :PT

C8051

0.1 :PT 47

R+5V12V

C8046 C8050

0.1 :PT

R8219

33k

:CHIP

R8215

10k

:CHIP

R8208

11

:CHIP

D8052

R8209

10k

DAP202K

:CHIP

CLAMP

R8210

100k

:CHIP

15k :CHIP

Q8017

2SB709A

SHADING AMP

4.5

D8018R8076

MTZJ-T-77-3.9220k

3.9k

:CHIP1k:CHIP

47

R8216

10k

:CHIP

56k

R8081

12

-12V

135V

12V

5.5

Q8021

2SD601A

HV-STOP2

5.5

0.1

Q8019

2SD601A

1.4

R-5V

R+5V

R-5V

R8088

10k

:CHIP

R8207

10k

:CHIP

5.2

Q8020

2SD601A

SHADING AMP

1.8

C8052

CH:CHIP

0.1

C8054

C8103

10

D8021 DAN202K HV.PROT

IC8006 LM393P

HV-PROT

R8087C8053

10k

1

:CHIP

D8023

DAN202K

R8085

0.47

:FPRD

Q8018

2SC2878AB

CLAMP2

+12V

12V

R8094

5.6k

:CHIP

1

R8092

10k

:CHIP

R8102

0.1

10k

:CHIP

5.1

R8107

1.5k

:CHIP

C8072

10

R8091

5.6k

:CHIP

AND1

R8095 :CHIP

R-5V

C8117

47

16V

1 2 3 4 5 6 7

C8108 C8107

47p

CH:CHIP

R8204

1.1

22k

:CHIP

13

R8101

1.8k

:CHIP

1 2 3 4 5 6 7

1.7 1.7 1.8

R8093

1k

:CHIP33p

D8029

DAN202K

+12V.RECT

R8103

1.5k

:CHIP

D8026

DAN202K

LATCH

0.2

4.8

0

R8134

150k

5678

VCC

1234

MA3051M-TX

+B-PROT-REF

R8096

680

:CHIP

2.2k

R8206

56k

:CHIP

C8118

16V

VEE

VCC

0

CH:CHIP

:RN-CP

R8133

IK1

120k

:RN-CP

+B

GND GND

R8132

10k

:RN-CP

R8120

4.6

1k

:CHIP

D8031

C8060

4.7

R8137

10k

:RN-CP

R8106

47k

:CHIP 22

D8025

DAN202K

C8061

SW

22

D8024

DAN202K

2SD601A

C8059

22

0.4

R8105

39k

:CHIP

R8108

1.8k

:CHIP

TO (1/2)

R-5V

TO (1/2)

R+5V

R8100

100k

:CHIP

R8098

10k

:CHIP

C8115

47

IC8011

R8213 :CHIP

C8021

CH:CHIP

C8057

NCY2X2

X1

000

R8205

120k

:CHIP

7.0p

1.1

Y1

-1.1

0

Y

MPY

YXX

C8109

NL8003

C8112 4700p

B

10

891011121314

NC

R8211

100

1/2W

47

-1.1

11.4 7.3 7.4

IC8007

NJM2058D

HV CONT

C8067

330 16V

R8111

470

:CHIP

R8110

47k

:CHIP

R8109

22k

MA3091-TX

:CHIP

LIMITTER

R8097

22k

:CHIP

R8099

2.7k

:CHIP

C8078

0.1 :PT

C8062

12.1

12.0

R8114

100

:CHIP

Q8022

1.6

H-SAW

0.7

R8113

10k

:CHIP

R8112

15k

:CHIP

C8110

27p

CH:CHIP

D8051

DAP202K-T-146

SHADING

NJM4558D

1234

82k

27p

10.9

R8090

5.6k

:CHIP

IC8005

CA0007AD

SHADING

C8102 4700p

R8197

100

1/2W10

1 2 3 4

NL8002

14

C8070 220p:B

7.5 7.4 7.4

R8119

470

:CHIP

C8068

0.0022 100V

:PT

C8065

10

R8122

100k

D8045

:CHIP

6.0

0

6.2

5678

VCC

H/DHV

IK2

1234

0

0.1

6.0

IC8010 LM393P

HV-PROT

D8027

DAN202K

LATCH4

6.0

R8115

47k

:CHIP

Q8023

DTA144EKA

DELAY

C8069

47

C8066

0.001 :PT

IC8008 LM358P

H.SAW

C8064

0.1 :PT

R8217

5.6k

:CHIP R8218

68k

:CHIP

4.3

1.0

1.6

5678

C8114

47

4.8

-0.5

B

CN8005

4P

BLK

:S-MICRO

RS E E BS

1.7

891011121314

R8128

10k

:CHIP

R8126

C8076

22k

0.001

:CHIP

B:CHIP

C8074

0.001

D8033

100V

DAN202K

:PT

PROT3

D8030

MA3091-TX

HV-PROT-REF

C8099

10

C8075

22

C8055

2.2

0

Q8030

DTC144EKA

HV PROT

R8116

100k

:CHIP

2.3 0.7

1 2 3 4

0.1

9.4 7.4

IC8009 LM358P

HV CONT

5678

1234

9.2

7.4

-12.0

R8123 R8129

47k

:RN-CP

C8080

47

R8121

D8032

0.47

RGP10G

:FPRD

C8077

0.01 :PT

TO CB BOARD CN7314

R8136 C8082 :CHIP

:CHIP

R8117

10k

:RN-CP

C8071

4.7

5678

C8079

R8135 100k

:RN-CP

R8139

470k

:CHIP

470k

0.001 :PT

R8138

100

D8034

MA3033L-TX

LIMIT2

47

D8047

MA3150H-TX

12V

D8046

MA3150H-TX

R8140

47k

:RN-CP

1615

-12V

C8085

330 16V

R8118

1.5k

:CHIP

D8035

C8083

MA3051M-TX

10

HV-PROT-REF

C8073

47

R8125

47k

:RN-CP

D8043

DAN202K

C8044

10

:AL-CP

D8036

DAN202K

IK-PROT1-SW

C8081

47

D8048

DAN202K

C8084

47

R8194,R8231:SEE PAGE 96

Q8029

2SA1309A

HV PROT

-12V

R8190

4.7k

:RN-CP

10k :CHIP

R8042

Q8031

2SD601A

HD BUFFER

R8191

10k

:RN-CP

D8037

DAN202K

-12V.RECT

R8157

R8154

470

560

:CHIP

C8090

10

R8165

15k

1/4W

:RN

R8164

15k

1/4W

:RN

R8163

15k

1/4W

:RN

R8162

15k

1/4W

:RN

R8161

1.2k 1/4W

:RN

4.7k

0.01 1/4W

100V

:RN

:PT

R8155

1k

:CHIP

D8038

MA3130H-TX

PROT4

-12V

C8104

2.2

R8160R8156C8086

5.6k 1/4W

:RN

R8194 :FPRD

CN8007

LARGE

R8127

330

:CHIP

D8041

MA3130H-TX

LIMIT

R8195

18k

:RN-CP

R8168

6.8k

:RN-CP

9.6

R8167

2.2k

:CHIP

R8172

10k

:CHIP

C8089

0.1

100V

:PT

Q8024 DTC144EKA +LB-PROT2

DTA144EKA +LB-PROT1

R8174

100

:CHIP

135V

C8091

47

10.2

IK-PROT2-SW

R8171

100k

:CHIP

C8093

10

R8170

100k

:CHIP

C8092

10

1.7

11.8

Q8025

RD10ES-T1B1

+LB-PROT-REF

:RN-CP

D8040

DAN202K

IK-PROT1

0.7

0.6

D8039

R8173

18k

C8094

Q8026

2SB709A

REG-PROT

Q8028

2SD601A

Q8027

2SD601A

IK-PROT2

10

-12V

R8175

10k

:CHIP

0.1

0

9.5

R8166

22k

:RN-CP

D8042 HZT33-02TE HV-REG-REF

-12V

C8097

47

C8096

47

R8176

10k

:CHIP

C8095

47

(2/2)

D

R8177

8.2k 2W

:RS

L8006

47µH

:LHL08

C8098

47

+12V

R8178

6.8k :RS

L8005

47µH

:LHL08

+12V

+135V

2W

-12V

(HV REG, D.F., SHADING)

D8050

DAN202K

TEMP.COMP.2

R8192

6.8k

12k

:RN-CP

R8193

22k

:RN-CP

1

2

2P

∆ R

R8202

B-SS609.<U/C>-D..-P2

FROM (1/2)

R8196

12k

:FPRD

FROM (1/2)

1 2 3 4

1 2

TO D BOARD T8003 HV

CN8006

4P

WHT

:S-MICRO

+12V +12V HV.REG GND

CN8008

2P

LARGE

∆ R ∆ R

R8232

R8196,R8232:SEE PAGE 96

2120191817

HV

22

TO PICTURE

– 156 –

– 158 –– 157 –

UA

1

2

43

98765

10

11

12

13

[ ]

DTV TERMINAL, DTV AMP

– UA Board –

A

B

C

D

E

F

G

H

DTV IN

CN3506

BOXDET

R-AUDIO

L-AUDIO

Y-(SD)

ASPECT PB+(SD) PB-(SD)

Y+(SD)

HS(SD) PR+(SD)

HS(HD)

VS(SD) PR-(SD)

VS(HD)

PR(HD)

PB(HD)

CN3511

:FASTON

EVC

N.C. N.C.

TVDET

N.C. N.C.

GND

GND GND

GND N.C. N.C.

N.C. N.C.

SIRCS

N.C. N.C.

Y(HD)

GND

CN3510

A1 B1 C1 A2 B2 C2 A3 B3 C3 A4 B4 C4 A5 B5 C5 A6 B6 C6 A7 B7 C7 A8 B8 C8 A9 B9 C9

A10

B10

C10

CX1

CX2

CX3

CX4

GND

EMI

FL3502

R3581

75

:CHIP

FL3503

EMI

R3582

75

:CHIP

R3602

75

:CHIP

FL3501

EMI

R3578

22

:CHIP

R3579

10k

:CHIP

R3598

75

:CHIP

R3599

75

:CHIP

R3583

75

:CHIP

R3600

75

:CHIP R3601

75

:CHIP

R3580

100

:CHIP

75 :CHIP

R3603

R3596

470k

:CHIP

D3524

UDZ-10B

R3607

820

:CHIP

FL3504

EMI

FL3507

EMI

FL3508

EMI

FL3509

EMI

FL3510

EMI

FL3511

EMI

FL3512

EMI

Q3515 2SD601A DTV DET

0

R3654

47k

:CHIP

R3606

820

:CHIP

0 0

R3651

820

:CHIP

C3535

2.2 16V

F:CHIP

R3619

1k

:CHIP

Q3516 2SB709A

PB BUFFER

R3618

10

:CHIP

Q3517

2SD601A

PB BUFFER

FL3505

FL3506

EMI

R3539

2.2k

D3510

:CHIP

UDZ-10B

R3549

D3511

2.2k

UDZ-10B

:CHIP

R3584

2.2k

D3525

:CHIP

UDZ-10B

R3585

D3527

2.2k

:CHIP

UDZ-10B

R3537

C3511

470k

10

:CHIP

R3538

C3512

470k

10

:CHIP

DTV DET

0

STBY5V

5V

R3608

820

:CHIP

1234

V-

IC3503 IC3504

LM6171BIMX

PB BUFFER

PB1(SD)

R3609

39

R3610

:CHIP

820

C3537

0.47 16V

C3536

2.2 16V F:CHIP

:CHIP

R3611

820

:CHIP

R3652

820

:CHIP

0 0

F:CHIP

V+

5 6 7 8

0

B:CHIP

5V

R3623

1k

:CHIP

Q3520

2SB709A

PB1(HD)

PR BUFFER

00 0.7

R3622

10

:CHIP

Q3521

2SD601A

PR BUFFER

-5V

0

R3624

1k

:CHIP

0.7

0

R3620

1k

:CHIP

EMI

0.7

-0.6

C3513 :CHIP

C3514 :CHIP

C3529 :CHIP

C3530 :CHIP

0

UDZ-10B

Q3518

2SD601A

PB BUFFER

R3621

C3544

39

0.47

:CHIP

16V

B:CHIP

Q3519

2SB709A

PB BUFFER

R3540

100

:CHIP

R3550

100

:CHIP

R3586

100

:CHIP

R3587

100

:CHIP

D3508 PROT.

D3509 PROT.

R3612

820

:CHIP

1234

V- V-

C3538

LM6171BIMX

2.2 16V

PR BUFFER

0.7

Q3522

2SD601A

0

PR BUFFER

R3625

0

39

:CHIP

Q3523

-0.6

2SB709A

PR BUFFER

PR1(SD)

R3613

39

:CHIP

R3614

820

C3539

0.47 16V B:CHIP

2.2 16V

Q3524

2SB709A

PR1(HD)

Y BUFFER

0

R3626

10

:CHIP

Q3525

2SD601A

Y BUFFER

:CHIP

R3615

820

:CHIP

R3653 :CHIP

R3627

1k

:CHIP

820

V+ V+

5 6 7 8

0

C3540

F:CHIP

C3545

0.47 16V

B:CHIP

C3541

2.2 16V

F:CHIP

0.7

0

R3628

1k

:CHIP

0 0

-0.6

1234

0.7

0

R3616

820

:CHIP

5 6 7 8

IC3505

LM6171BIMX

Y BUFFER

Q3526

2SD601A

Y BUFFER

C3546

R3629

39

0

:CHIP

Q3527

2SB709A

Y BUFFER

0

C3543

2.2 16V

F:CHIP

Y1(HD)

C3548

10

Y1(SD)

-5V

R3617

39

:CHIP

C3542

0

:CHIP

5V

L3501 Hm601 :CHIP

C3547

10

L3502 Hm601 :CHIP

HD1(SD)

VD1(SD)

HD1(HD)

VD1(HD)

5V

-5V

STBY5V

0

Q3511

DTC144EKA

INVERTER

R3591

39k

:CHIP

2.6

R3604 :CHIP

R3605 :CHIP

220k

47k

S-SSW

2.6

Q3512

0

2SD601A

SW

UA

(DTV TERMINAL,DTV AMP)

Y1(HD)

PB1(HD)

PR1(HD)

VD1(HD)

HD1(HD) S-SSW DTV DET

Y1(SD)

PB1(SD)

PR1(SD)

VD1(SD)

HD1(SD)

B-SS609.<U/C>-UA.

CN3507

4P

YEL-L

:S-MICRO

1

E

2

5V

3

E

4

-5V

TO A(1/4) BOARD CN5505

CN3503

12P

BLK-L

:S-MICRO

1

E

2

Y1(HD)

3

E

4

PB1(HD)

5

E

6

PR1(HD)

7

E

8

VD1(HD)

9

E

10

HD1(HD)

11

S-SSW

12

DTV DET

TO A(1/4) BOARD CN5503

CN3505

10P

RED-L

:S-MICRO

1

E

2

Y1(SD)

3

E

4

PB1(SD)

5

E

6

PR1(SD)

7

E

8

VD1(SD)

9

E

10

HD1(SD)

TO A(1/4) BOARD CN5506

CN3508

7P

YEL-L

:S-MICRO

1

L1

2

E

3

R1

4

E

5

SIRCS

6

STBY 5V

7

E

TO UB BOARD CN3509

< Component Side >

< Conductor Side >

– 159 –

Schematic diagram

? UA board

– 160 – – 161 –

Schematic diagram

UB board /

A

B

C

D

E

F

G

H

1

VIDEO 5 IN

Y

PB

PR

L

R

HD

VD

CONTROL S

/S-LINK

SIRCS OUT

/S-LINK IN1

SIRCS OUT

/S-LINK IN3

SIRCS OUT

/S-LINK IN4

SIRCS IN

/S-LINK OUT

J3509

3P

Y

PB

PR

J3510

2P

J3511

2P

J3501

JACK 3P

J3502

JACK 3P

J3503

JACK 3P

J3504

JACK 3P

2

R3667

R3630

0

75

:CHIP

R3668

0

:CHIP

R3669

0

:CHIP

R3634 :CHIP

R3563

470k

:CHIP

R3564

470k

:CHIP

R3566

2.2k

:CHIP

R3571

2.2k

:CHIP

D3521

UDZ-10B

R3501

22

:CHIP

R3503

22 :CHIP

R3505

22 :CHIP

R3507

22 :CHIP

C3549

47

25V

C3550

47

25V

R3632

75

:CHIP

C3551

47

25V

UDZ-10B

75

C3522

10

C3523

10

D3519

UDZ-10B

D3501

UDZ-5.6B

PROT.

D3502

UDZ-5.6B

PROT.

D3503

UDZ-5.6B

PROT.

D3504

UDZ-5.6B

PROT.

R3631

10

:CHIP

D3534

UDZ-10B

R3633

10 :CHIP

D3535

UDZ-10B

R3635

10 :CHIP

D3536

D3517

UDZ-10B

PROT.

D3518

UDZ-10B

PROT.

D3520

UDZ-10B

D3522

UDZ-10B

43

Q3528

2SB709A

PR BUFFER

R3638

1k

5.2

:CHIP

R3636

4.6 4.5

5.2

47k :CHIP

4.6

R3637

R3639

C3524

0

:CHIP

C3525

0

:CHIP

-2

47k :CHIP

1k

:CHIP

Q3529

2SD601A PR BUFFER

R3567

100

:CHIP

R3572

100

:CHIP

10k

:CHIP

4.9

UB

Q3530

2SD601A

PR BUFFER

4.6

C3552

R3640

0.47

39

16V

:CHIP

B:CHIP

Q3531

2SB709A

3.9

PR BUFFER

0

Q3501 Q3503

2SB709A

SW

0

(VIDEO INPUT,SIRCS INPUT/OUTPUT)

PR2

R3641

47k :CHIP

R3642

47k :CHIP

Q3532

2SB709A

PB BUFFER

R3643

1k

:CHIP

4.5

5.2

4.6

R3644

1k

:CHIP

Q3533

2SD601A

PB BUFFER

10k

:CHIP

4.9

5.2

4.6

3.9

2SB709A

0

9V

0

SW

PB2

Q3534

2SD601A

PB BUFFER

R3645

C3553

39

0.47

:CHIP

16V

B:CHIP

Q3535

2SB709A

PB BUFFER

R3646

47k :CHIP

R3647

47k :CHIP

Q3536

2SB709A

Y BUFFER

R3648

1k

:CHIP

5.2

4.6

R3649

1k

:CHIP

Q3537

2SD601A

Y BUFFER

R3513R3511R3509

10k

:CHIP

4.9

5.2

3.9

2SB709A

0

4.6

0

Q3505

SW

C3555

Y2

0.01

F:CHIP

Q3538

2SD601A

Y BUFFER

C3554

R3650

39

0

:CHIP

Q3539

2SB709A

Y BUFFER

L3503 Hm601 :CHIP

C3556

10

STBY5V

HD2

VD2

Q3510

2SD601A

BUFFER

0

R3543

100

:CHIP

R3544 R3545 :CHIP

R3551

100

:CHIP

C3515

1

STBY5V

Q3509

2SD601A

BUFFER

0

R3573

470

:CHIP

0.6

98765

100k

82k

:CHIP

R3552

100k

:CHIP

Q3508

2SB709A

BUFFER

R3569

4.7k

:CHIP

0

R3574

47k

:CHIP

R3577

10k

:CHIP

-2-2

R3541

82k

:CHIP

5.0

4.9

5.0

0.1

Q3513

2SB709A

BUFFER

4.8

R3594

2.2k

:CHIP

4.7

R3570

10k

:CHIP

-2

0

DTC144EKA

INVERTER

C-S

1234567

+IN1A

+IN2A

-IN2A

-IN1A

5.05.0

+IN2B

+IN1B

5.0

-IN2B

-IN1B

5.0

OUT2

OUT1

5.0

SW1

-VEE

+VCC

IC3502

BA3129F-E2

R3592

220k

:CHIP

0

R3565

47k

:CHIP

R3568

68k

:CHIP

D3532 MA111

4.8

-2

Q3514

10

SW2

9V

R3593

100k

:CHIP

C3501

SIRCS

5.0

R3546

82k

:CHIP

R3553

100k

:CHIP

0.1

8 9 10 11 12 13 14

C3518

0.01

F:CHIP

R3595

4.7k

:CHIP

C3534

C3502

0.01

F:CHIP

10

-2 -2

M1

STATUS

C3519

10

1

-2

R3515

100

:CHIP

R3516

100

:CHIP

R3517

100 :CHIP

R3518

100 :CHIP

R3519

100

:CHIP

M4

M3

11

R3542

82k

:CHIP

R3547

100k

:CHIP

R3510

100k

:CHIP

0

Q3502

DTC144EKA

D3533 MA111

Q3504

DTC144EKA

SW

NJM2145M-TE2

SIRCS I/O

12345678

VCC

4.4

SIRCS

IN4

0

STATUS

V1-S

0

V3-S

0

V4-S

0

R3548

100

:CHIP

R3554

100

:CHIP

C3516

1

4.8

SW

R3557

100k

:CHIP

Q3507

DTC144EKA

SW

IC3501

GND

INH1

INH2

TV OUT

NC

V1

V3

V4

C3528 1000p

B:CHIP

Y2

PB2

PR2

VD2

HD2

RGB/YPBPR

SW

S3501

D3505 MA111

C3503

0.001

-2

B:CHIP

-2

0.4

-2

C3504

0.001

0.4

B:CHIP

0

R3520

100

:CHIP

100 :CHIP

0

9 10 11 12 13 14 15 16

0

-2 -2 -2

C3526

C3527

1000p

B:CHIP

B-SS609.<U/C>-UB.

12

R3521

R3522

100 :CHIP

M1 M3 M4

STATUS SIRCS C-S

-2

R3523

100

:CHIP

1 2 3 4 5 6 7

1 2 3 4 5 6 7 8

9 10 11

1

2

3

4

5

6

7

8

9

1

2

3

4

-2 5

6 7 8

13

CN3509

7P

YEL-L

:S-MICRO

L1 E R1 E SIRCS STBY 5V E

TO UA BOARD CN3508

CN3504

11P

WHT-L

:S-MICRO

E Y2 E PB2 E PR2 E VD2 E HD2 E

TO A(1/4) BOARD CN5502

CN3502

9P

YEL-L

:S-MICRO

9V E L1/2 E R1/2 E DTV SW2 E

TO A(1/4) BOARD CN5504

CN3501

8P

RED-L

:S-MICRO

MBUS1 MBUS3 MBUS4 E STBY5V STATUS RM IN RM OUT

TO A(1/4) BOARD CN526

UB

VIDEO INPUT, SIRCS

[ ]

INPUT/OUTPUT

– UB Board –

– 163 –– 162 –

– 164 –

Sony KWP-65HD1, DR-1 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

SPECIFICATIONS

SAFETY CHECK-OUT

SELF DIAGNOSIS FUNCTION

TABLE OF CONTENTS

Remote Control

Installing and Connecting the Projection TV

Basic Set Up

Using Digital TV Features

Using Conventional TV Features

Operating Video Equipment

Operating a Cable Box or DBS Receiver

Troubleshooting

2-1. FRONT PANEL REMOVAL 2-3. SCREEN FRAME ASSY AND HC BOARD

2-2. HB BOARD REMOVAL

2-4. HA BOARD AND CONTROL PANEL REMOVAL

2-5. REAR BOARD REMOVAL 2-7. SERVICE POSITION

2-6. MAIN BRACKET REMOVAL

2-8. UA, UB AND TERMINAL BOARD REMOVAL

2-9. BD, BR, BM AND AW BOARDS REMOVAL

2-11. K BOARD REMOVAL

2-10. G BOARD REMOVAL

2-12. REFLECTION MIRROR REMOVAL

2-13. GA BOARD AND STB (SET TOP BOX) REMOVAL

2-14. PICTURE TUBE REMOVAL

2-15. HIGH-VOLTAGE CABLE INSTALLATION AND REMOVAL

6-1. BLOCK DIAGRAM (1)

6-2. BLOCK DIAGRAM (2)

6-4. BLOCK DIAGRAM (4)

6-6. BLOCK DIAGRAM (6)

6-7. BLOCK DIAGRAM (7)

6-8. BLOCK DIAGRAM (8)

6-2. FRAME SCHEMATIC DIAGRAM

6-3. CIRCUIT BOARDS LOCATION