SONY KP-FR43M31, KP-FR43M91 Service Manual

REVISION HISTORY

AX1

CHASSIS

MODEL

KP-FR43M31 KP-FR43M91 KP-FR43M91

NO. SUFFIX DATE SUPP / CORR DESCRIPTION

1 -01 2005/8 _ _ 1st Issue

PA RT NO. : 9-872-831-04

2 -02 2005/10 Supp-1 Loudspeaker suffix change (Pg 190)

3 -03 2005/11 Corr-1 Delete Screen (43) Contrast illustration with

no part number (Pg 156)

4 -04 2006/07 Corr-2 Part number change (Pg 157)

SERVICE MANUAL

AX1

CHASSIS

MODEL COMMANDER DEST. CHASSIS NO.

KP-FR43M31 RM-GA001 Oceania SCC-V43A-A KP-FR43M91 RM-GA001 GE SCC-V42A-A KP-FR43M91 RM-GA001 Saudi Arabia SCC-V48A-A

MODEL COMMANDER DEST. CHASSIS NO.

VIDEO

WEGA

THEATRE

A/B

PROG INDEX

WEGA GATE

RETURN

123

4

5

6

7809

PROG

OPTION

TV

RM-GA001

PROJECTION TV

KP-FR43M31/FR43M91

RM-GA001

SELF DIAGNOSTIC FUNCTION

The unit in this manual contain a self-diagnostic function. If an error occurs, the STANDBY/TIMER LED will automatically begin to flash. The number of times the LED flashes translates to a probable source of the problem. A defination of the STANDBY/TIMER LED flash indicators is listed in the intruction manual for the user’s knowledge and reference. If an error symptom cannot be reproduced, the remote commander can be used to review the failure occurrence data stored in memory to reveal past problems and how often these problems occur.

1-1. DIAGNOSTIC TEST INDICATORS

When an error occurs, the STANDBY/TIMER LED will flash a number of times to indicate the possible cause of the problem. If there is more than one error, the LED will identify the first of the problem areas.

Result for all of the following diagnostic items are displayed on screen. If the screen displays a “0”, no error has occurred.

Diagnostic

Item

Description

•Power does not turn on

• +B overcurrent (OCP)

• +B overvoltage (OVP)

•Vertical deflection stopped

• White balance failure (not balanced)

•LOW B down***

• Horizontal deflection stopped

•Audio Protection

• Zero crossing detector

• HV protection

No. of times

STANDBY/TIMER

LED flashes

Does not light

2 times

3 times

4 times

5 times

6 times

7 times

8 times

9 times

10 times

Self-diagnostic

display/

Diagnostic result

—

Item 2:1

or more than 1

Item 3:1

or more than 1

Item 4:1

or more than 1

Item 5:1

or more than 1

Item 6:1

or more than 1

Item 7:1

or more than 1

Item 8:1

or more than 1

Item 9:1

or more than 1

Item 10:1

or more than 1

Probable Cause Location

•Power cord is not plugged in.

• Fuse (F6000) is burned out. (A board)

• H.OUT (Q5001) is shorted.

• +B PWM (Q5201) is shorted. (D board)

• IC6503 is faulty. (D board)

• 15V is not supplied. (D board)

• IC5101 is faulty. (D board)

• Video Out (IC9101,IC9201,IC9301) is faulty. (CR,CG,CB board)

•CRT drive (IC0401) is faulty. (MG board)

• G2 is impropenrly adjustd.**

• +5V line is overloaded. (A, BM, MG boards)

• +5V line is shorted. (A, BM, MG boards)

• IC6201 is faulty. (A board)

• Q5006 is broken. (D board)

• IC0401 is faulty. (MG board)

•+ or - 22V audio supply is not present - Check PS2001 & PS2000.

• D6166 or D6114 is open. (A board)

• Q8014 or Q6013 have shorted replace along with R8051 on D board.

• IC8005 is damaged. (D board)

Symptoms

•Power does not come on.

• No power is supplied to the PJ.

•AC power supply is faulty.

•Power does not turn on.

• Load on power line is shorted.

• Has entered standby mode.

• Has entered standby mode after horizontal raster.

•Vertical deflection pulse is stopped.

•Power line is shorted or power.

• No raster is generated.

•CRT cathode current detection reference pulse output is small.

• No picture.

* If a +B overcurrent is detected, stoppage of the vertical detection is detected simultaneously. The symptom that is

diagnosed first by the microcontroller is displayed on the screen. ** Refer to screen (G2) adjustment (fine adjustment) in section 2 of this manual. *** Is STANDBY/TIMER LED flashes six (6) times, unplug the unit and wait 10 seconds before performing the adjustment.

– 4 –

KP-FR43M31/FR43M91

2 OCP : 0 7 H STOP : 0 3 OVP : 0 8 A PRT : 1 4V STOP : 0 9 Z DET : 0 5 AKB : 0 10 HV PRT : 0 6 LOW-B : 0 101 WDT : 0

Number 1 means a fault was detected one time only.

Number 0 means that no fault detected.

SELF DIAGNOSTIC

RM-GA001

1-2. DISPLAY OF STANDBY/TIMER LIGHT FLASH

COUNT

Diagnostic items Flash count

+B Overcurrent 2 tims

Low +B Overvoltage 3 tims

Vert deflection stopped 4 tims

White balance failure 5 tims

Low +B OVP/OCP 6 tims

Horiz. deflection stopped 7 tims

Audio protection 8 tims

Zero crossing detector 9 tims

HV protection 10 tims

* One flash counts is not used for silf-diagnostic.

LED ON 0.3 sec. LED OFF 0.3 sec.

LED OFF 3 sec.

1-3. STOPPING THE STANDBY/TIMER FLASH

Tu rn off the power switch on the TV main unit or unplug the power cord from the outlet to stop the STANDBY/TIMER lamp from flashing.

Self-Diagnosis is screen display:

1-5. HANDLING OF SELF-DIAGNOSTIC SCREEN

DISPLAY

5

ON SCREEN

()

DISPLAY

2 –

*(VOLUME) (POWER)(DIGIT 5)

*: Note that this differs from entering the service mode

(volume +)

Since the diagnostic results displayed on the screen are not automatically cleared, always check the selfdiagnostic screen.

After you have completed repairs, clear the result display to “0”

:/1

STANDBY/TIMER

1-4. SELF-DIAGNOSTIC SCREEN DISPLAY

For errors with symptoms such as “power sometimes shuts off” or “screen sometimes goes out” that cannot be confirmed, it is possible to bring up past occurrences of failure for confirmation on the screen:

[To Bring Up Screen Test] In standby mode, press buttons on the remote commander sequentially in rapid succession as shown below:

[Clearing the result display] To clear the result display to “0”, press button on the remote commander sequentially as shown below when the diagnostic screen is being displayed.

8 button

Press

(It will indicate “CLEAR” on the screen.)

Press - button

(The “CLEAR” display change to red color.)

[Quitting Self-diagnostic screen] To quit the entire self-diagnostic screen, turn off the power switch on the remote commander or the main unit.

– 5 –

KP-FR43M31/FR43M91

RM-GA001

1-6. SELF-DIAGNOSTIC CIRCUIT

MG BOARD

IC0001

STBY-LED

MAIN MICRO

22

STBY-LED

5

OCP

6

OVP

87

LOW B ERR

33

HV PROT

CLKO DATO

AC RLY

24

56

57

Q6105

CRT

VDY-

Q6102

D6803

D6122

D6121

RY6000

<+B OCP>

<+B OVP>

<P_SW(-)

+B>

+12V

Q5202

+B>

< H PLS

IC6801

1

< +B

D6805

+15V

<

2

Q6802

3

AKB

V PROT

14 13

36

53 SCL 52 SDA

Q6108

HG PROT

IC6201

1

2

3

< +15V

IC8001

1

Q6803

<+B OCP>

A BOARD D BOARD

+B overcurrent (OCP) Occurs when excessive current flows through R6812.

The increase in voltage across Q6803 causes it to turn on which sends a high signal to the micro.

+B overvoltage (OVP) IC6801 detects +B OVP condition and Q6802.

This sends a high signal to the micro and also shuts down the AC relay.

V-STOP Occurs when an absence of the vertical deflection pulse is detected by pin 56

of IC0404. (MG board) Power supply will shut down when waveform interval exceeds 2 seconds.

While balance failure If the RGB levels* do not balance within 2 seconds after the power is turned

on, this error will be detected by IC0401. TV will stay on, but there will be no picture.

Low +B OCP/OVP Occurs when set 5V is out.

Horizontal deflection stopped Occurs when either:

1) a +B overcurrent is detected (Q6803), or

2) IC0401 (MG board) is damaged.

– 6 –

DISASSEMBLY

2 Rear board

SECTION 2

2-2. MAIN BRACKET REMOVAL2-1. REAR COVER REMOVAL

KP-FR43M31/FR43M91

RM-GA001

1 Optical shield

2 Two screws

(Tapping screw hexagon head)

1 Fourteen screws (Tapping screw hexagon head)

2-3. FRONT PANEL ASSY REMOVAL

Three screws (tapping screw hexagon head)

3 PWB block assy

2-4. HA1, HB1, HC1 AND HX

BOARDS REMOVAL

2 HA1 board

1 Two screws

(BVTP 3x12 Type2 IT-3)

3 HB1 board

Three screws (BVTP 3x12 Type2 IT-3)

4 HC1 board

5 HC1 bracket

6 HX board

Front panel (43) assy

Front panel assy

– 7 –

KP-FR43M31/FR43M91

RM-GA001

REMOVAL

2-6. BEZNET ASSY REMOVAL2-5. MIRROR COVER AND BEZNET BLOCK

5 Beznet block

4 Four screws

(BVTP 4x12)

3 Mirror cover

2 Four screws

2 Six screws

(BVTP 4x16)

1 Four screws (Hexagon head)

2 Four screws (BVTP 4x16)

6 Diffusion plate (F) 7 Diffusion plate (L)

8 Contrast screen

9 Beznet assy

2-8. UG BOARD REMOVAL2-7. TERMINAL BRACKET REMOVAL

3 Six screws (BVTP 4x16 Type2 IT-3)

4 Screen holder (side)

5 Twelve screws

(BVTP 4x16 Type2 IT-3)

2 Holder Bracket (43L)

qf Screen holder

(TOP)

0 Screen holder (LOW)

Mirror cover

qa Four screws (BVTP 4x16 Type2 IT-3)

qs Screen holder (SIDE)

qd Holder Bracket (43R)

PWB block assy

RF splitter

4 Terminal bracket

3 Screw

(PSW 3x8)

2 Four screws (BVTP 3x12 Type2 IT-3)

1 Two screws (Hexagon head)

Main bracket section

1 Two screws (PSW 3x8)

2 B bracket

3 UG board

– 8 –

1 T board

6 MG Board

2 BH board

5 AD Board

3 Two screws

(BVTP 3x12 Type2 IT-3)

4 DS board

2-10. A, D AND G1 BOARDS REMOVAL2-9. AD, BH, DS, MG AND T BOARDS REMOVAL

7 Six screws (BVTP 3x12)

8 D board

5 Six screws

(BVTP 3x12)

KP-FR43M31/FR43M91

RM-GA001

1 Two screws (BVTP 3x12 Type2 IT-3)

2 G1 board 3 Three screws

(BVTP 3x12 Type2 IT-3)

4 G1 bracket

6 A board

Main bracket section

2-11. CRT AND PWB BLOCK REMOVAL

1 Two screws (BVTP 4x16)

5 Three screws

2 Three screws

(Hexagon head) (4x20)

3 Picture tube block assy

(Hexagon head) (4x20)

6 Two screws (BVTP 4x16)

4 Two screws (Hexagon head) (4x20)

Main bracket section

PWB block assy

– 9 –

KP-FR43M31/FR43M91

RM-GA001

2-12. HIGH-VOLTAGE CABLE INSTALLATION AND REMOVAL

(1) Remover (2) Installation

1 Rubber cap

2 HV cable turn 90

2-13. MECHANICAL ASSY REMOVAL

2 HV cab

Hook

Gutter

Removing the arrow-marked screw (gold color) is strictly inhibited. If removed, it may cause liquid spill.

1 Four screws (BVTP 4x16)

5 Four screws (BVTP 4x16)

6 Mechaseal assy (R)

4 Deflection yoke

3 Neck assy

2 CR board

– 10 –

SECTION 3

SET-UP ADJUSTMENTS

KP-FR43M31/FR43M91

RM-GA001

3-1. SCREEN VOLTAGE ADJUSTMENT

(ROUGH ALIGNMENT)

1. Receive the Monoscope signal.

2. Set 50% BRIGHTNESS and minimum PICTURE.

3. Turn the red VR on the focus pack 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.

Focus Pack

FOCUS

B RG

SCREEN

BRG

Fig. 3-1

3-2. SCREEN (G2) ADJUSTMENT

(FINE ADJUSTMENT)

1. Turn on the power of the set.

2. Select VIDEO1 and make no signal input.

3. Supply DC (177.5 0.5V) from external power supply to

KR. (Fig. 3-2)

4. Turn red of G2 VR clockwise, then retrace line appear.

5. Turn G2 VR counter clockwise and set retrace line just

disappear. (Fig. 3-3)

6. Add DC voltage DC (174 0.5V) to KR.

7. Confirm if retrace can be seen.

8. Adjust green and blue at the same method.

Power Supply

+

–

Dummy Resister

3k ohm 20W

3-3. BLUE OFFSET ADJUSTMENT

This adjustment item must be ending the G2 adjustment.

1. Input the HD (1080i/60Hz Black) signal into component in terminal.

2. Set PICTURE 100%, others are normal, DRC 1250/60Hz.

3. Adjust with SLN so that the blue reference pulse peak voltage of B terminal (CN1504) enters into standard.

BLUE REFERENCE PULSE

(UG board CN1504 B5 B)

2.15

0.05V

GND (0V)

V

Item: DE F2 03 SLN

4. Write the adjustment value in the NVM area of widezoom mode after the adjustment.

3-4. FOCUS ROUGH ADJUSTMENT

1. Connect VIDEO-1 terminal.

2. Receive video dot hatch pattern.

3. Use lens-cover to red and blue.

4. Adjust electric focus. (roughly)

5. Rotate the green lens and adjust to obtain the best lens focus.

6. Rotate the green focus volume on the focus pack and adjust to obtain best electrical focus.

7. If focus is not good, repeat 4 process.

8. Repeat above process for red and blue lenses and electric focus.

9. Fix lens screw.

Scanning line visible.

Fig. 3-2

Test signal

Fig. 3-3

– 11 –

A

Minimize both A and B.

Lens

B

Fig. 3-4 Fig. 3-5

KP-FR43M31/FR43M91

j

RM-GA001

3-5. DEFLECTION YOKE TILT ADJUSTMENT

1. Receive the Monoscope signal.

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

3. Loosen the deflection yoke setscrew and align the tilt of the Deflection yoke so that the bars at the center of the monoscope pattern are horizontal.

4. After aligning the deflection yoke, fasten it securely to the funnel-shaped portion of the CRT.

5. The tilt of the deflection yoke for red and blue is aligned the same as was done for green.

4-Pole Magnet

2-Pole Magnet

VM Coil Assy

Deflection Yoke

Anode Cap

Centering Magnet

Fig. 3-6

3-6-3. Blue left side dot adjustment of 2-pole Magnets

1. Turn blue focus volume of fucus pack counter-clockwise, so that diameter of the dot becomes large, and can see bright core position.

2. Pay attentio to left side dot of the screen. (Fig. 3-10)

3. Adjustment 2 pole magnet, so that bright core position of dot become center position of dot. (Fig. 3-11)

Blue 2 Pole magnet Adjustment Position

Fig. 3-10

Use the center dot Bright Core

3-6. 2-POLE AND 4-POLE MAGNET ADJUSTMENT

3-6-1. Adjustment of 2-pole magnets

1. Receive the Dot signal (1080i/50Hz) from HD/DVD 1 terminal.

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

3. Turn the green focus volume of focus pack counterclock-wise, so that diameter of the dot become large.

4. Adjust the 2-pole magnet, counter-clockwise and clockwise center of the dot doesn’t move. (Use focus volume)

5. Center position is changed by 2-pole magnet adjustment. So, center magnet adjustment and 2-pole magnet adjustment are needed tracking adjustment.

6. Repeat same adjustment method for red and blue.

Use the center dot

Left-end dot

(BLUE)

NG

OK

Fig. 3-7 Fig. 3-8

Right-end dot

(BLUE)

Fig. 3-11

3-7. BLUE DEFOCUS ADJUSTMENT

1. Receive 1080i/50Hz dot signal from HD/DVD 1 terminal.

2. Set “VIVID” and PICTURE 100%, other 50% and white balance “COOL” (VM OFF), PIOF: 0.

3. Blue 4 pole: make round in the center of screen.

4. Confirm that center dot focus is adjusted in focus. (Fig. 3-12a)

5. Adjust blue electrical focus to make the left side spot nearly round by minimizing width and height. (Slight overfocus is OK) (Fig. 3-12b)

6. Confirm that the green to blue spot size is within spec. Blue center dot height shall be 1.2 times the g reen dot height.

7. Return data to original condition.

Blue 2 Defocus Adjustment Position

ust focus

3-6-2. Green, Red, Blue adjustment of 4-pole magnets

Fig. 3-12a

1. Turn Green focus volume of focus pack clockwise.

2. By using 4 pole magnets make the spot size round.

3. Repeat for red and blue.

4. Turn focus pack counter-clockwise and “Just Focus” red, green and blue.

OK

Fig. 3-12b

NG NGOK

Fig. 3-9

– 12 –

3-8. GREEN, RED AND BLUE FOCUS

ADJUSTMENT

3-8-1. Green, Red, Blue Lens focus adjustment

1. Input a cross hatch signal into VIDEO 1. (composite video input)

2. Place a lens cover over red and blue lenses and project only green.

3. Rotate the green lens and adjust to obtain the best lens focus at the center area.

4. Fix lens screw.

5. Repeat above proces for red and blue.

Adjust Point center

Fig. 3-13

KP-FR43M31/FR43M91

RM-GA001

85% 70%

Monochromatic flare (mm)

Model Center 85% circle

53 1.0 2.5

43 1.0 2.5

3-8-1. Green and Red electrical focus adjustment

1. Input a cross-hatch signal into VIDEO 1.

2. Project only Green.

3. Rotate the green focus volume on the focus pack and adjust to obtain the best focus at the center screen.

4. Repeat above process for red.

Adjust Point

Fig. 3-14

3-9. FINAL FOCUS CHECK

1. Receive 1080i/50Hz dot signal from HD/DVD 1 terminal.

2. Set “CUSTOM” MODE and PICTURE 100%.

3. Cap Red and blue lens.

4. Confirm that Green Resolution is within spec.

5. Receive HD (1080i) Hatch signal.

6. Confirm center and corner monochromatic flare within spec.

7. Repeat process for Red if resolution is without spec readjust focus.

Resolution (TV Line)

Model Center 85% circle

53 750 600

43 750 600

or NG set

1. Adjust Focus Again.

2. If NG again, rotate Green Lens 180 degree.

3. Still NG, then judge with below standard. Center “750” 85% circle: “600” at 3 points, and “550” at 1 point

4. Replace Green, Red Lens.

We mark this Lens, try to fit this Lens with another set. If NG again in another set, this Lens is leaved.

3-10. ADJUSTMENTS WITH COMMANDER

Service adjustment to this model can performed with the supplied remote commander RM-GA001.

3-10-1. How to Enter Service Mode

1. Turn on the main power switch to place this set in

standby mode. (LED will light in red.)

2. Press the buttons on the commander as follows, and

enter service mode.

5

ON SCREEN

()

DISPLAY

3. After entering service mode, reset current adjustment

data. Then turn off the power switch.

2 –

(VOLUME +)(DIGIT 5)

8

(ENTER)(DIGIT 8)

4. Turn on the main power switch and enter mode again as

step 2 above.

:/1

TV

()

STANDBY

Enter the

“Reset”

Enter the

“Service mode”

– 13 –

KP-FR43M31/FR43M91

RM-GA001

3-10-2. Method of Cancellation from Service Mode

1. Set the standby mode (Press “!/1 (TV STANDBY)” button on the commander), then press “!/1 (TV STANDBY)” button again, hereupon it becomes TV Mode.

3-10-3. How to Adjustments

1. Set in the service mode, the following screen will appear.

Category Name Item Name Mode

Item No. Data

SERVICE 60 CH 6320OSD OSV

000Q 3.1M 0010 0000 20 00 00 0000

Suffix No.

Software

Version

Total Power On time (Hours)

50 : PAL, SECAM 60 : NTSC

2. Press “1” or “4” button on the commander to select the adjustment item.

3. Press “3” or “6” button on the commander to change the adjustment data.

4. Move “ When move “

” up or down to select the adjustment category.

” up (category up), service mode

changes in the order as shown below.

PIC

SOU

YCTM

YCTS

MID1

MID2

DDEV

PJE*

PFOP

GUID

3-10-4. How to Write the Data

1. Set in the service mode.

2. Press “1” or “4” button on the commander, select the adjustment item, and press “3” or “6” button to change the data.

3. Press “% (MUTE)” button on the commander and it will indicate “WRITE” on the screen.

4. Press “-” button on the commander to write into memory. (The “WRITE” display will be changed to red color while executing, and back to “SERVICE”.)

Commander Function (Except PJE mode)

Button Mode Description

% + - WRITE Writes data to NVM. 7 + - READ Reads data from NVM. 8 + - NORMAL All user control goes to the

standard.

5 + - INITIAL Service data initialization.

Not stored. (Be sure not to use usually)

2 + - COPY Do not operate with a remote

commander.

+ - WRT5060 (The data vary with among

mode.)

Note : Before changing to other modes, press “% (MUTE)”

+ “-” buttons on the commander to write the data. (Omission of this operation causes the data to be returned to the data before adjustment.)

: Confirm the adjustment mode before writing data for

data values because to vary in each adjustment mode.

: The adjustment item that there are no relations in the

adjustment is not to change data values because all items are written in each adjustment mode.

DRC

LUMA

COLR

CLTY

MIDE

CCPM

COMB

YCTC

MCP

DEF1

DEF2

DEF3

DEF4

DEF5

MID3

VSW

CRNR

RNR

BNR

SNNR

AWID

GRN

AP

MSMO

OSDP

ASEL

VSEL

PFID

* : When it moves from PJE to other categorys,

repeat 1 or 4 button and press it.

POWR

OPM

OPB

SRV

OSD

MSP

TEXT

3-10-5. Memory Write Confirmation Method

1. After adjustment, turn off the AC main power switch off.

2. Turn the power switch ON and set in the service mode.

3. Call the adjustment items again to confirm adjustments were made.

– 14 –

Note

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4FOV)tesffO(noitisoPVDSO1*

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05DH06DHSMPMOCV06PMOCV001PMOCV021PMOCV

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TESFFOVDSO

05LLUF06LLUF001LLUF021LLUF

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•

• Standard data listed on the Adjustment Item Table are reference valies, therefore it may be different for each model and each

• Note for Different Data :

: The data value of each mode. Other are set up by each mode.

: Shaded items are fixed data.

: Though data value is indicated on the screen, it is not used.

Those are the standard data values written on the microprocessor. Therefore , the data values of the modes and stored respectiv

In case of a device replacement, adjustment by rewriting the data value is necessary for some items.

Version 0.60

– 15 –

3-11. SERVICE LIST

mode.

ely in the memory.

OSD: Standard Data *1

KP-FR43M31/FR43M91

RM-GA001

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PSM0 TSWdlohserhToeretSG/W51)H48(D5143PSM

1TBWdlohserhTlaugniliBG/WCE

2LLWdlohserhTlaruanoMG/W5

3CAWtnuoCtnemeergAG/W1

4LDWyaleDhcraeSG/W03

5LDNyaleDhcraeSMACIN02

6LDSyaleDdaeRsutatsoeretS01

7CGAtnatsnoC/otuAhctiwSCGA1

8LERedoMtnatsnoCtaniaGCGA82

9MRCffo/nognitumreirraC0

01OCAffo/notuokcolCoiduA1

11PFmetsysM-nonrofelacserPMFB1

21MPFmetsysMrofelacserPMF23

31HFVEDHrofelacserPMF63

41MHFMdnaVEDHrofelacserPMF56

51KDHFKDdnaVEDHrofelacserPMFA1

61PGWelacserPG/WC1

71PINelacserPMACINF7

81RREdlohserhThctiwsMFotuA05

91LOVhFF70oth0070niagrekaepSduoL03

TXET0HXTnoitisoPyalpsiDlatnoziroHtxeteleTB2

1VXTnoitisoPyalpsiDlacitreVtxeteleTF3

2DHTtfihSegdEevitcacnys-HtxeteleT23

3DYTtfihSegdEevitcacnys-VtxeteleT00

4LPHnoitarugifnoCytiraloPcnys-HtxeteleT00

5LPYnoitarugifnoCytiraloPcnys-VtxeteleT00

6LPFnoitarugifnoCytiraloPdleiFtxeteleT10

7DMFedomecroFpoT/txetsaFtxeteleT30

8RBTssenthgirBBGRtxeteleTF0

9PONnoitarugifnoCelbaTnoitpOlanoitaNtxeteleTF0

01HCTnoitarugifnoCteSretcarahCdetsiwTtxeteleT3

– 16 –

KP-FR43M31/FR43M91

RM-GA001

yrogetaC

metI

noitcnuFataDdradnatS

emaNeciveD

)sserddAevalS(

.oNemaN

CIP0CIPerutciPresU1*ERUTCIP-DEFP

1LOCroloCresU1*

2IRBthgirBresU1*

3EUHeuHresU1*

4PHSprahSresU1*

5FOIP)%57(ocE*02/)atad-02(*erutciP(tesffOerutciP1*

yrogetaC

metI

noitcnuF

ataDdradnatS

emaNeciveD

)sserddAevalS(

.oNemaN

elbaTedoMdnuoS/erutciP

cimanyDamarD/dradnatStfoS/eniF/iHlanosrePDNUOS-DEFP

UOS0SABssaBresU23232323

1ERTelberTresU23232323

PIC: Standard Data *1

metI ataDdradnatS

.oNemaN

elbaTedoMdnuoS/erutciP tesffOerutciP

cimanyD

/dradnatS

amarD

/eniF-iH

tfoS

lanosrePSM

lamroN

)3:4(

DH

/xednI/niwT

paP

rehtO

0CIP46F4A305

1LOCD4C34323

2IRB43F42323

3EUH23232323

4PHS53232323

5FOIP 55550

yrogetaC.oNemaNnoitcnuF

)1motsuCVT(etellaPCRD)2motsuCVT(etellaPCRD)3motsuCVT(etellaPCRD)1motsuCoediV(etellaPCRD)2motsuCoediV(etellaPCRD)3motsuCoediV(etellaPCRD)1motsuCpmoC(etellaPCRD)2motsuCpmoC(etellaPCRD)3motsuCpmoC(etellaPCRD

cimanyDreP/eniFiH/dtScimanyDreP/eniFiH/dtScimanyDreP/eniFiH/dtScimanyDreP/eniFiH/dtScimanyDreP/eniFiH/dtScimanyDreP/eniFiH/dtScimanyDreP/eniFiH/dtScimanyDreP/eniFiH/dtScimanyDreP/eniFiH/dtS

CRD

0RALC

ytiralCrebmunlaitnIetellaPCRDresU

000000000000000000000000000000000000

1LAER

ytilaeRrebmunlaitnIetellaPCRDresU

818181818181818181818181818181818181

– 17 –

KP-FR43M31/FR43M91

RM-GA001

– 18 –

yrogetaC

metI

noitcnuFataDdradnatS

emaNeciveD

)sserddAevalS(

.oNemaN

DEFP0DEFPecivreSenignE-FP*enignE-fP

yrogetaC

metI

noitcnuFataDdradnatS

emaNeciveD

)sserddAevalS(

.oNemaN

DIUG

0DIUG

DIyrtnuoCtceleSediuG

)hsilgnE:3,aeroK:2,nawiT:1,hsilgnE:0(

0

yrogetaC

metI

noitcnuFeulaVlaitnI

emaNeciveD

)sserddAevalS(

.oNemaN

RWOP01YLD1yaleDnOrewoP4

12YLD2yaleDnOrewoP41

23YLD3yaleDnOrewoP4

3TEDZyaleDtceteDoreZF1

4OMTZ)sm003nimsm01*(tuoemiTtceteDoreZE1

yrogetaC.oNemaNnoitcnuFeulaVlaitnI

MAFR0IANLeulavlaitinitibANLpmAFR10

1TANLleveLdlohserhTpmAFR3C

2SANLylnolangisMACESrofleveLdlohserhTpmAFR3C

3NSNLdlohserhTleveLNSpmAFR20

4DSNLdlohserhTporDleveLNSpmAFR40

5XENLgnimiTleveLNSkcehcpmAFRA0

6RTHCedoMresUpmAFRtesotgrPotuAretfadlohserhTlennahCE1

KP-FR43M31/FR43M91

RM-GA001

yrogetaC

metI

noitcnuFlaitnI

.oNemaN

MPO0CPAhctiwSCPA 1

1YSTmetsySVTotuAhtiwgnihcraesrednunoitceleSmetsySVT 0

2MFAhctiwSMFotuA 0

3LBDnoitcnufkcabeulBelbasiD 1

4OSSnoitceleShcraeSHCdeepS 1

5HCSnoitidnoCgnippihSrofnoitceleSHC 1

6ACSnoitidnoCgnippihSrofnoitceleSriA/elbaC 1

7

GMD

ediuGnoitarepo-uneMelbasiD

0

8

NSV

edoMoediVninoitcudeResioNelbanE

0

9BBLytisnetnIkcaBeulBrewoL 1

01P32otuA:1,FFOecroF:0edoMnwoDlluP3/2 1

11FDAHP-FD C0

21PQDAHP_PQD D0

31MILVtimiLretneC-VediW F0

411TUTatad_ecivres*]sm[01+]sm[03)xaM(1edoMemiTtiaWenuT 8

512TUTatad_ecivres*]sm[01+]sm[03)xaM(2edoMemiTtiaWenuT 5

613TUTatad_ecivres*]sm[01+]sm[03)xaM(3edoMemiTtiaWenuT 5

71WTUTesnestniop6emiTtiaWenuT 5

81RN3)teseRtseTroteseRresU(TINIRN-D3 1

91GIS.tnuoctcetedkcolforebmuntceteDlangiS-oN 1*

02GISN.retnuoctcetedkcolnuforebmuntceteDlangiS-oN 1*

12WSNL)ffo:0,otuA:1(noitidnoCtseRtseT/gnippihSretsooBlangiS 1

22MPSC )eziromemton:0,eziromem:1(yromemtsalpeekrekaepSretneC 1

metIataDdradnatS

.oNemaN

tceteD-angiS

FRoediV

91GIS0 0

02GISN0 0

– 19 –

OPM: Standard Data *1

KP-FR43M31/FR43M91

RM-GA001

– 20 –

yrogetaC

metI

noitcnuFataDdradnatS

emaNeciveD

)sserddAevalS(

.oNemaN

BPO0 0PO0stiBlanoitpO06stiB-noitpO

11PO1stiBlanoitpO57

22PO2stiBlanoitpO3

33PO3stiBlanoitpO8

44PO4stiBlanoitpO31

yrogetaC

metI

noitcnuFataDdradnatS

emaNeciveD

)sserddAevalS(

.oNemaN

VRS0MOCdnammoCecivreS*

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

OPTION NOTE COM Comb Operation Selection 00 = automatic operation (depends on color system status),

01 = no comb operation, 02 = forced 2D-comb operation, 03 = forced 3D-comb operation

TSY TV System Selection for Auto TV system 00 = B/G, 01 = 1, 10 = D/K, 11 = M

SSO Speed CH search Selection 00 = normal, 01 = 4 times, 10 = 6 times, 11 = 8 times

Category Item Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

OP0 Reserved Reserved Auto TV Main-Tuner NICAM HDEV Korea Stereo US Stereo

System Stereo

OP1 Reserved Secam Center Video HD/DVD input AVIN

Speaker NTSC3.58

OP2 Msys miss Band Edge Reserved Language Language Language Language Language

Korea Taiwanese Thai Arabic S-Chinese

OP3 Reserved IK Blanking MS Blanking DRC palette DRC 3 Memory Multi Picture

Mode Stick

OP4 Reserved Power Wide/ Wide Front Key Eco Standy Zero Cross CPJ5

Narrow

RM-GA001

Auto TV System 0: TV System Fixed 1: TV System Auto Detect (Stereo Decoder) Main-Tuner Stereo 0: Monaural 1: Stereo NICAM 0: not available 1: available HDEV (High Deviation Switch) 0: Auto Stereo Only 1: Auto Stereo/Fixed Monaural Select Korean stereo 0: not available 1: available US stereo 0: not available 1: available

SECAM 0: not available 1: available Center Speaker 0: not available 1: available Video NTSC3.58 0: Video 1-4 Multi Col Sys 1: Video 1-4 col Sys NTSC3.58 fixed HD/DVD input 0: No HD/DVD input 1: HD/DVD1

2: HD/DVD 1,2,3 3: HD/DVD 1,2,3

AVIN 0: No Video 1: Video 1

2: Video 1,2,3 3: Video 1,2,3,4

Msys miss (miss detect c/m) 0: not available 1: available Band Edge (c/m) 0: not available 1: available Language Korea 0: not available 1: available Language Taiwanese 0: not available 1: available Language Thai 0: not available 1: available Language Arabic 0: not available 1: available Language S-Chinese 0: not available 1: available

IK Blanking (Test Bit) 0: Not used 1: Used Memory Stick Off Blanking 0: Normal 1: long blanking DRC palette (DRC-MF_V1) 0: not available 1: available DRC 3 Mode 0: 2 Mode (DRC 1250/Prog) 1: 3 Mode (DRC 1250/DRC100/Prog) Memory Stick 0: not available 1: available Multi-Pic 0: Single 1: Quick-PAP

2: TWIN, INDEX 3: Quick-PAP & TWIN, INDEX

Power Wide/Narrow (for CTV) 0: Narrow CTV/CPJ 1: Wide CTV Wide 0: 4:3 Model 1: 16:9 Model Front Key 0: Front 7 key 1: Front 8 key (CPJ)

2: Front 12 key 3: Reserved (Front 12 key) Eco-Standy 0: Standby not sleep 1: Standby sleep available Zero Cross 0: NG Power On 1: NG Power Off CPJ 0: TV 1: CPJs

– 21 –

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

1FED

0

SOPV

13

1

ZISV

03

2NILV8

3OCSV1*

4NECV13

5NIPV2*

6OCSN13

7ZPTH51

8MOOZ3*

9WSPA4*

01TPSA5*

11LRCS5*

21NLVU6*

31NLVL6*

41OSPV7*

metIataDdradnatS

.oNemaNmooZediWrehtO

3OCSV118

metIataDdradnatS

.oNemaNpmocVrehtO

5NIPV5151

metImooZ

.oNemaN

mooZediW

noitpaC

rehtO

8MOOZ10

metIataDdradnatS

.oNemaN

DH

DS

zH05zH06

9WSPA101

metI ataDdradnatS

.oNemaN

lluF lamroN/pmoCV moozediWnoitpaCmooZ

zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021

DSBHDSDH5301DHDSDSDSDHDSDH5301DHDSDSDSDSDSDSDSDSDSDSDSDSDSDS

01TPSA 3333 3 333333 7133222222223434343434343434

11LRCS1313131313131313131313131313131313131313131313131313

metIataDdradnatS

.oNemaNmooZediWnoitpaCrehtO

21NLVU400

31NLVL4010

metIataDdradnatS

.oNemaNzH05zH06zH001zH021

41OSPV7777

PF Version 0.20I

– 22 –

KP-FR43M31/FR43M91

DEF1: Standard Data *1

RM-GA001

DEF1: Standard Data *2

DEF1: Standard Data *3

DEF1: Standard Data *6

DEF1: Standard Data *7

DEF1: Standard Data *4

DEF1: Standard Data *5

metIataDdradnatS

.oNemaNzH05zH06zH001zH021

81OHPP7777

metIataDdradnatS

.oNemaN

zH06zH001zH021

ediW

mooZ

rehtO

ediW

mooZ

rehtO

ediW mooZ

rehtO

91ONIP000000

01OPCU000000

12OPCL000000

metImooZ

.oNemaNmooZediWrehtO

32SHIH22

42LSIH22

52PMIH77

62NPIH11

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

2FED0TNCH13

1SOPH1*

2ZISH2*

3NILS2*

4NIPM2*

5NIP2*

6PCU2*

7PCL2*

8AHPP3*

9GNAV13

01GNAL13

11WOBV13

21WOBL13

31GCXU0

41GCXL0

51PCXU2

61PCXL2

71PPCX0

81OHPP4*

91ONIP5*

02OPCU5*

12OPCL5*

22COAV0

32SHIH6*

42LSIH6*

52PMIH6*

62NPIH6*

metIataDdradnatS

.oNemaNDHDS

1SOPH1313

metIataDdradnatS

.oNemaNmooZediWrehtO

2ZISH9404

3NILS00

4NIDM00

5NIP0413

6PCU1353

7PCL1353

metIataDdradnatS

.oNemaNnoitpaCmooZediWmooZrehtO

8AHPP0202

DEF2: Standard Data *1

DEF2: Standard Data *2

– 23 –

DEF2: Standard Data *6

DEF2: Standard Data *3

DEF2: Standard Data *4

DEF2: Standard Data *5

KP-FR43M31/FR43M91

RM-GA001

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

3FED0KLBH1

1KLBL1*

2KLBR1*

3KLBV2*

4KLBT3*

5KLBB3*

6MCFA3*

7PMUJ4*

8PJDV5*

9TBKA6*

metIataDdradnatS

.oNemaNDHDS

1KLBL0505

2KLBR1313

metIataDdradnatS

.oNemaNnoitpaCmooZediWmooZrehtO

3KLBV01

metI ataDdradnatS

.oNemaN

lluF lamroN/pmoCV moozediWnoitpaCmooZ

zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021

DSDHDSDH5301DHDSDSDSDHDSDH5301DHDSDSDSDSDHDSDSDSDSDHDSDSDSDSDHDSDS

4KLBT242442220120101222121212121 777777777 7

5KLBB 8686 6 888 418 4141885151515151 777777777 7

)4(3FEDataDdradnatS

.oNemaNpmocVrehtO

7PMUJ00

metIataDdradnatS

.oNemaNnoitpaCmooZediWmooZDHrehtO

8PJDV110

metI ataDdradnatS

.oNemaN

lluFlamroN/pmoCV moozediWnoitpaCmooZ

zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021zH05zH06zH001zH021

DSDHDSDHDSDSDSDHDSDHDSDSDSDSDHDSDSDSDSDHDSDSDSDSDHDSDS

9TBKA026102610202026102610202515151515151515151515151515151

DEF3: Standard Data *3

– 24 –

KP-FR43M31/FR43M91

DEF3: Standard Data *1

RM-GA001

DEF3: Standard Data *2

DEF3: Standard Data *4

DEF3: Standard Data *5

DEF3: Standard Data *6

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

4FED0CDPQ1*

1VDPQ1*

2PDPQ1*

3MAPQ1*

4VAPQ1*

5PAPQ1*

6YPOC

0

metIataDdradnatS

.oNemaN

pmocV

rehtO

0CDPQ

24

1VDPQ

36

2PDPQ

6

3MAPQ

83

4VAPQ

74

5PAPQ

6

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

5FED0NOV1

1CDWE0

2SCGA0

3PMCA0

DEF4: Standard Data *1

– 25 –

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

yrogetaC.oNemaN

ATADDRADNATS

pmocVrehtO

07080UWBY1313

1LWBY1313

2PASR1313

3BMUR1313

4WBUR1313

5BMLR1313

6WBLR1313

7PASL1313

8BMUL1313

9WBUL1313

01BMLL1313

11WBLL1313

21JDAC92

31ACVH05

41

YPOC0

yrogetaC.oNemaN

ATADDRADNATS

pmocV

CAD0WSFD1

1HPPQ13

2HPFD13

yrogetaC.oNemaN

ATADDRADNATS

pmocV

DL0SN721

1TL721

2BL721

3TR721

4BR721

5PSSN21

6PSWE7

7WSNE0

8WSET0

9TMHD0

01XL36

11XR36

21TFSH36

31PYD36

RM-GA001

– 26 –

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

AMUL0FORB1*

1MMAG1*

2SMAG2*

3MAGR2*

4MAGG2*

5MAGB2*

6KLB1*

7DEPA3*

8RTCD3*

9MLBA3*

metI

FRdiviV

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

IVD

I06_084

I05_675P06_084

.oNemaN

0FORB 000000000001111000

1MMAG 333322233333333223

6KLB 333333333333333333

metI

P05_675P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

xednISMlluF

.oNemaN i084p084

0FORB 000000000000000011

1MMAG 333333223333332233

6KLB 333333333333333333

metI

pupoPreyalPeivoM

llAniwT

tamroF

dradnatS

FR

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

P06_084

I05_675P06_084P05_675P06_027P05_027I06_0801

.oNemaN

0FORB 111122222222200222

1MMAG 333311111111111111

6KLB

LUMA: Standard Data *1

– 27 –

LUMA: Standard Data *1

KP-FR43M31/FR43M91

RM-GA001

metI

I05_0801

IVD

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

.oNemaN

0FORB 200000000000000000

1MMAG 111111111111111111

6KLB 222222222222222222

metIBGR-itluMVA

xednISMlluFpupoPreyalPeivoM

llAniwT

tamroF

.oNemaNi084p084

0FORB00111111

1MMAG11333332

6KLB 22222222

metI

motsuC

FR

106_084

CSTN

LAP105_675SB

CY/VC

106_084

CSTN

LAP105_675

pmoC

106_084

105_675P06_084P05_675P06_027P05_027106_0801105_0801

IVD

106_084

105_675P06_084

.oNemaN

0FORB 222222222111111000

1MMAG 000000000000000000

6KLB 000000000000000000

metI

P05_675P06_027P05_027106_0801105_080106_AGV

.cteCSTA

106_084

105_675P06_084P05_675P06_027P05_027106_0801105_0801

BGR-itluMVA

xednISMlluF

.oNemaN i084p084

0FORB 000000000000000011

1MMAG 000000000000000000

6KLB 000000000000000000

metI

pupoPreyalPeivoM

llAniwT

tamroF

.oNemaN

0FORB 1112

1MMAG 0000

6KLB 0000

LUMA: Standard Data *1

– 28 –

KP-FR43M31/FR43M91

RM-GA001

LUMA: Standard Data *1

metI ataDdradnatS

.oNemaN0AMMAG1AMMAG2AMMAG3AMMAG4AMMAG5AMMAG6AMMAG7AMMAG

2SMAG 00000000

3MAGR04821 0000

4MAGG04821 0000

5MAGB04821 0000

metI ataDdradnatS

.oNemaN0KLB1KLB2KLB3KLB4KLB5KLB6KLB7KLB

7DEPA00120000

8RTCD 037 21 0000

9MLBA010 10000

LUMA: Standard Data *2

LUMA: Standard Data *3

– 29 –

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

RLOC0FOLC1*

1FOUH1*

2

VRDR

14

3VRDG14

4

VRDB

14

5

TUCR

13

6TUCG13

7

TUCB

13

8

TRBS

13

9LOCD1

01WSBW2*

11FOBS2*

21FODR2*

31FODG2*

41FODB2*

51FOCR2*

61FOCG2*

71FOCB2*

81SIXA1*

91RY-R3*

02BY-R3*

12RY-G3*

22BY-G3*

RM-GA001

– 30 –

metI

FRdiviV

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

IVD

I06_084

I05_675P06_084P05_675

.oNemaN

0FOLC 5555555555555555555

1FOUH 3333333333333333333

81SIXA 0000000000000000000

metI

P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

xednISMlluFpupoPreyalP

.oNemaN i084p084

0FOLC 5555555555555553333

1FOUH 3333333333333333333

81SIXA 0000000000000000000

metI

eivoM

llAniwT

tamroF

dradnatS

FR

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

P06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

IVD

I06_084

I05_675

.oNemaN

0FLOC3544444445555554455

1FOUH 3333333333333333333

81SIXA 0000000000000000000

metI

P06_084P05_675P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

xednISMlluF

.oNemaN i084p084

0FLOC 5555555555555555533

1FOUH 3333333333333333333

81SIXA 0000000000000000000

metI

pupoPreyalPeivoM

llAniwT

tamroF

motsuC

FR

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

.oNemaN

0FLOC 3333333533333333333

1FOUH 3333333333333333333

81SIXA 0000000000000000000

metI

IVD

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

.oNemaN i084p084

0FOLC 3333333333333533333

1FOUH 3333333333333333333

81SIXA 0000000000000000000

COLR: Standard Data *1

– 31 –

COLR: Standard Data *1

KP-FR43M31/FR43M91

RM-GA001

metI

xednISMlluFpupoPreyalPeivoM

llAniwT

tamroF

.oNemaN

0FOLC 333333

1FOUH 333333

81SIXA 000000

metIataDdradnatS

.oNemaNMRAWLOOC

LOOCDIM

01WSBW01

0

11FOBS33

3

21FODR1313

13

31FODG1343 13

41FODB4354

13

51FOCR1313

13

61FOCG1373

13

71FOCB4336

13

metIataDdradnatS

.oNemaN0SIXA1SIXA2SIXA3SIXA

91RY-R8 4189

02BY-R9 5189

12RY-G9889

22BY-G 6257

COLR: Standard Data *1

COLR: Standard Data *2

– 32 –

KP-FR43M31/FR43M91

RM-GA001

COLR: Standard Data *3

– 33 –

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

YLTC0MSYS1*

1LMVU1*

2RCMV1*

3MLMV1*

40FMV1*

5LDMV1*

6FOHS1*

70FHS1*

8VORP1*

9VL1F1*

01VLTL1*

11DMTL1*

21VLTC1*

31EDIM1*

41VLMV2*

KP-FR43M31/FR43M91

RM-GA001

metI

FRdiviV

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

IVD

I06_084

I05_675P06_084P05_675

.oNemaN

0MSYS 111111111113333 1111

1LMVU 0000000000000000000

2RCMV 1111000000000000000

3MLMV 3333333333333333333

40FMV 111111111110000 1111

5LDMV 55555555555 31313131 5555

6FOHS 222222222 11111122 11

70FHS 1111111111111111111

8VORP 0000333220033332200

9VL1F 1111000 1100 1100 1100

01VLTL 2222333333333333333

11DMTL 1111111110000 111100

21VLTC 0000000000033330000

31EDIM 7777 111111515191917272323213135353

metI

P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084I05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

xednISMlluFpupoPreyalP

.oNemaN i084p084

0MSYS 33333 11113333113333

1LMVU 0000000000000000000

2RCMV 0000000000000000000

3MLMV 3333333333333333333

40FMV 00000 11110000110000

5LDMV3131313131 5555 3131313155 31313131

6FOHS 1111122111111211111

70FHS 1111111111111111111

8VORP 3333322003333203333

9VL1F11000 1100 1100 100000

01VLTL 3333333333333333333

11DMTL00111110000 1110 1111

21VLTC 3333300003333003333

31EDIM34349393931313535334349393135384252584

CLTY: Standard Data *1

– 34 –

CLTY: Standard Data *1

KP-FR43M31/FR43M91

RM-GA001

metI

eivoM

llAniwT

tamroF

dradnatS

FR

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

IVD

I06_084

I05_675

.oNemaN

0MSYS3211111111111333311

1LMVU 0000000000000000000

2RCMV0311110000000000000

3MLMV 3333333333333333333

40FMV0011111111111000011

5LDMV3131 55555555555 3131313155

6FOHS1233333332200 111122

70FHS 1111111111111111111

8VORP 3300003332200333322

9VL1F 000000000 1111000011

01VLTL 3322222222233333322

11DMTL 1111111111111111111

21VLTC 3000000000000333300

31EDIM2565 5555 01010141418181626222220303

metI

eivoM

llAniwT

tamroF

motsuC

FR

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

IVD

I06_084

I05_675

.oNemaN

0MSYS3211111112211333322

1LMVU 0000000000000000000

2RCMV0311110000000000000

3MLMV 3333333333333333333

40FMV0011111110000000000

5LDMV3131 5555555 31313131313131313131

6FOHS1211112222200112222

70FHS 1111111111111111111

8VORP 33000022233 11333333

9VL1F 0000000000000000000

01VLTL 3300000000000000000

11DMTL 1111111111111111111

21VLTC 3000000000000000000

31EDIM1555 0000888 21216161424202028282

CLTY: Standard Data *1

– 35 –

CLTY: Standard Data *1

KP-FR43M31/FR43M91

RM-GA001

metI ataDdradnatS

.oNemaN

DIVIV

dradnatSmotsuC

WOLDIMHGIHWOLDIMHGIHWOLDIMHGIH

41VLMV601516 015149 21

metI

P06_084P05_675P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

xednISMlluF

.oNemaN i084p084

0MSYS113333 1221133332 133

1LMVU 0000000000000000000

2RCMV 0000000000000000000

3MLMV 3333333333333333333

40FMV 000000 1000000000000

5LDMV3131313131315313131313131313131313131

6FOHS00112202200 11222022

70FHS 1111111111111111111

8VORP113333033 1133333 133

9VL1F 000000 1000000000000

01VLTL 0000003000000000000

11DMTL 1111111111111111111

21VLTC 0000000000000000000

31EDIM23230404636344828223230404636382235494

metI

pupoPreyalPeivoM

llAniwT

tamroF

.oNemaN

0MSYS 3332

1LMVU 0000

2RCMV 0003

3MLMV 3333

40FMV 0000

5LDMV31313131

6FOHS 222 1

70FHS 1111

8VORP 3333

9VL1F 0000

01VLTL 0000

11DMTL 1111

21VLTC 0000

31EDIM94549435

CLTY: Standard Data *1

– 36 –

KP-FR43M31/FR43M91

RM-GA001

CLTY: Standard Data *2

– 37 –

yrogetaC

metIDIVIVdradnatS MOTSUC

.oNemaNFRCY/VC/SBtnenopmoCIVDitluMVA/CSTAFRCY/VC/SBtnenopmoCIVDitluMVA/CSTAFRCY/VC/SBtnenopmoCIVDitluMVA/CSTA

YCRD

0TCNO821821821821821821821821821821821821821821821

1SERO821821821821821821821821821821821821821821821

yrogetaC

metI

noitcnuF

ataDdradnatS

.oNemaN0123456789 0111213141

EDIM0POP36-0 000000000000000

1YLHM3-0131111111111111

2CLHM3-0 333333333333333

3YLVM3-0010000000000000

4CLVM3-0010000000000000

5RYHM3-0131113330021000

6LYHM3-0120 112220 122002

7EYHM7-0 575557770247002

8OYHM1-0 111111110 111111

9RCHM3-0 000000000000000

01LCHM3-0 000000000000000

11ECHM7-0 000000000000000

21OCHM1-0 000000000000000

31RYVM3-0 020000200 111001

41LYVM3-001000 1120 111001

51EYVM7-0 030003330333003

61RCVM3-0 000000000000000

71LCVM3-0 000000000000000

81ECVM7-0 000000000000000

yrogetaC

metI

noitcnuF

ataDdradnatS

.oNemaN516171819102122232425262728292

EDIM0POP36-0 000000000000000

1YLHM3-0 111110000110011

2CLHM3-0 333330000330033

3YLVM3-0 000000000000000

4CLVM3-0 000000000000000

5RYHM3-0110 210000110000

6LYHM3-0211221111111100

7EYHM7-0742472477257700

8OYHM1-0 111110000110011

9RCHM3-0 0000000 11220 100

01LCHM3-0 0000000 11111100

11ECHM7-0 000000044004400

21OCHM1-0 000000011111100

31RYVM3-0201110000110000

41LYVM3-0101110011111100

51EYVM7-0 503330044034400

61RCVM3-0 000000011221100

71LCVM3-0 0000000 11111100

81ECVM7-0 000000044004400

KP-FR43M31/FR43M91

RM-GA001

– 38 –

yrogetaC

metI

noitcnuF

ataDdradnatS

.oNemaN54647484940515253545556575859506162636

EDIM0POP36-0 0000000000000000000

1YLHM3-0 0000000000000000000

2CLHM3-0 0000000000000000000

3YLVM3-0 0000000000000000000

4CLVM3-0 0000000000000000000

5RYHM3-0 0000000000000000000

6LYHM3-0 0000000000000000000

7EYHM7-0 0000000000000000000

8OYHM1-0 0000000000000000000

9RCHM3-0 0000000000000000000

01LCHM3-0 0000000000000000000

11ECHM7-0 0000000000000000000

21OCHM1-0 0000000000000000000

31RYVM3-0 0000000000000000000

41LYVM3-0 0000000000000000000

51EYVM7-0 0000000000000000000

61RCVM3-0 0000000000000000000

71LCVM3-0 0000000000000000000

81ECVM7-0 0000000000000000000

yrogetaC

metI

noitcnuF

ataDdradnatS

.oNemaN031323334353637383930414243444

EDIM0POP36-0 000000000000000

1YLHM3-0 111111000011000

2CLHM3-0 333333000033000

3YLVM3-0 000000000000000

4CLVM3-0 000000000000000

5RYHM3-0 111111000011000

6LYHM3-0221122 111111110

7EYHM7-0274727247725770

8OYHM1-0 111111000011000

9RCHM3-0 00000000 11220 10

01LCHM3-0 00000000 1111110

11ECHM7-0 000000004400440

21OCHM1-0 00000000 1111110

31RYVM3-01200 11000011000

41LYVM3-0110 111001111110

51EYVM7-0 350375004403440

61RCVM3-0 00000000 1122 110

71LCVM3-0 00000000 1111110

81ECVM7-0 000000004400440

KP-FR43M31/FR43M91

RM-GA001

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

MPCC0CFER1

1VELY1*

2VELC1*

3EUHS1*

4OUHS3

5LDCY2*

62PUF3*

70FHS3*

8VORP3*

9CPHS3*

01PHSS3*

11FPBC4*

21APBC4*

31QEC4*

41LIFS5*

51CTSS5*

61GCFA6*

71GLFA7*

81MCFA7*

91CLFA7*

02CHFA7*

121MDC7*

222MDC7*

323MDC7*

42PPLC82

52SPGB8*

62DEPA9*

72RTCD9*

82PRTY01*

92PRTC01*

03PUTS6*

13TNIV6*

23DALC6*

33DASS6*

43GPLC6*

yrogetaC

metI

noitcnuFataDdradnatS

.oNemaN

MPCC53LSSH6*

63LSSV6*

73CTTS6*

83CFAV6*

93FPLS11*

0447710

14MOCN21*

24PLDS01*

342MOR01*

44RCEV31*

54LCEV31*

64NCEV31*

74AGEV31*

841TPB41*

942TPB41*

05VELK11*

15GCPA11*

25MKLB1

35OPSH7

45SIBV5

55W1DI1

65H030

7501430

85TNC41

95FODS0

06TAPA2

16LHPA2

26RAPA1

36YHPA0

46CTTD2

56TLTD2

66656E0

76PLCD0

86WSVM6*

96TCVM0

metI ataDdradnatS

.oNemaN

FR

SB

VCCYpmoCIXD/CSTABGRitluMVASM

zH06

zH05

zH06

zH05zH06zH05zH05zH06zH05zH06

1VELY

491

491491491491491491491491011

2VELC

001

001001001491491491491491011

3EUHS

7

77777777 7

– 39 –

CCPM: Standard Data *1

KP-FR43M31/FR43M91

RM-GA001

CCPM: Standard Data *2

metI ataDdradnatS

.oNemaN

FRSBVCCYpmoCIVD/CSTABGRitluMVASM

CSTNIKD_LAPREHTO_LAPzH06CSTNLAPCSTNLAP

5LDCY888888888 8 8 8

metI

FRdiviV

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

IVD

I06_084

I05_675P06_084P05_675

.oNemaN

62PUF 0000000000000000000

70FHS 1111111111111111111

8VORP 3333333333333333333

9CPHS 0000000000000000000

01PHSS 7777777777777777777

metI1

P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

xednISMlluFpupoPreyalP

.oNemaN i084p084

62PUF 0000000000000000000

70FHS 1111111111111111111

8VORP 3333333333333333333

9CPHS 0000000000000000000

01PHSS 7777777777777777777

eivoM

llAniwT

tamroF

dradnatS

FR

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

IVD

I06_084

I05_675

.oNemaN

62PUF 0000000000000000000

70FHS 1111111111111111111

8VORP 3333333333333333333

9CPHS 0000000000000000000

01PHSS 7777777777777777777

CCPM: Standard Data *3

– 40 –

KP-FR43M31/FR43M91

RM-GA001

CCPM: Standard Data *3

metI

P06_084P05_675P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

xednISMlluF

.oNemaN i084p084

62PUF 0000000000000000000

70FHS 1111111111111111111

8VORP 3333333333333333333

9CPHS 0000000000000000000

01PHSS 7777777777777777777

metI

IVD

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_080106_AGV

.cteCSTA

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

BGR-itluMVA

.oNemaN i084p084

62PUF 0000000000000000000

70FHS 1111111111111111111

8VORP 3333333333333333333

9CPHS 0000000000000000000

01PHSS 7777777777777777777

metI

xednISMlluFpupoPreyalPeivoM

llAniwT

tamroF

.oNemaN

62PUF 000000

70FHS 111111

8VORP 333333

9CPHS 000000

01PHSS 777777

metI

pupoPreyalP

llAniwT

tamroF

motsuC

FR

I06_084

CSTN

LAPI05_675SB

CY/VC

I06_084

CSTN

LAPI05_675

pmoC

I06_084

I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

.oNemaN

62PUF 000000000000000000

70FHS 111111111111111111

8VORP 333333333333333333

9CPHS 000000000000000000

01PHSS 777777777777777777

CCPM: Standard Data *3

– 41 –

CCPM: Standard Data *3

KP-FR43M31/FR43M91

RM-GA001

metI ataDdradnatS

.oNemaN

FRVCCY

CSTNNO:RGIKD_LAPREHTO_LAPSBCSTNLAPCSTNLAP

11FPBC 220 0 00000

21APBC110000000

31QEC110000000

metIataDdradnatS

.oNemaNFRVCCYpmoClatigiD

41LIFS 11111

51CTSS 00000

metI ataDdradnatS

.oNemaNFRSBCY/VC

rehtO

I06_084I05_675P06_084P05_675P06_027P05_027I06_0801I05_0801

61GCFA 00000000000

03PUTS 00000000000

13TNIV 77777777737

23DALC 00000000010

33DASS 00000000111

43GPLC 00000002000

53LSSH 00000003000

63LSSV 20022333333

73CTTS 22222222222

83CFAV12211111111

86WSVM 22222222222

CCPM: Standard Data *4

CCPM: Standard Data *5

– 42 –

CCPM: Standard Data *6

KP-FR43M31/FR43M91

RM-GA001

CCPM: Standard Data *7

metIataDdradnatS

.oNemaNFRSBCY/VCrehtO

71GLFA 0000

81MCFA 0000

91CLFA 0000

02CHFA 0000

121MDC 2222

222MDC 0000

323MDC 0000

metIataDdradnatS

.oNemaNFRSB1OEDIV2OEDIV3OEDIV

/4OEDIV

rehtO

52SPGB010101010101

metI ataDdradnatS

.oNemaNelgniS0kcalB1kcalB2kcalB3kcalB4kcalB5kcalB6kcalB7kcalB

62DEPA 000000000

72RTCD 000000000

metIataDdradnatS

.oNemaNDSrehtO

82PRTY10

92PRTC10

24PLDS10

342MOR00

CCPM: Standard Data *8

– 43 –

CCPM: Standard Data *9

CCPM: Standard Data *10

KP-FR43M31/FR43M91

RM-GA001

metIataDdradnatS

.oNemaNFRSBVCrehtO/CY

93FPLS 0000

05VELK 2222

15GCPA 0000

CCPM: Standard Data *11

metIataDdradnatS

.oNemaN

zH06zH05

FRCY/VCrehtOFRCY/VCrehtO

14MOCN 000000

metIDIVIVdradnatSMOTSUC

.oNemaN

zH06zH05zH06zH05zH06zH05

FRrehtOFRrehtOFRrehtOFRrehtOFRrehtOFRrehtO

44RCEV 000000000000

54LCEV 000000000000

64NCEV 222222222222

74AGEV 000000000000

metIataDdradnatS

.oNemaNFRrehtO

841TPB0404

942TPB0303

CCPM: Standard Data *12

CCPM: Standard Data *13

– 44 –

KP-FR43M31/FR43M91

RM-GA001

CCPM: Standard Data *14

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

BMOC0SSN1*

1SSET0

2CSN1*

3VSN1*

4PTCS1*

5PBYC1*

6PB2Y1*

7EL2C1*

8NCTD1*

9LDEV1*

01PH1*

11RNP1*

21TDCN1*

311CM1*

412CM1*

511RC1*

612RC1*

713RC1*

814RC1*

91RCC1*

02DEHC1*

12DEVC1*

225RC1*

32TLFY1*

42EL3C1*

52HFMY1*

62VFMY1*

72WS2F1*

821OM1*

922OM1*

03RNNM1*

13HTD1*

23VTD1*

33D2TD1*

43PHTD1*

53RCTD1*

63CF2D1*

73F2D1*

832F2D1*

93LF2D1*

04CD1*

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

BMOC14LFVC1*

24DD2H1*

34F2CH1*

44URHT0

54HCM1*

64VCM1*

74SDEP1*

84KMM1*

94MAKM1*

05TLHG1*

15LSET0

25WSNM1*

35BYDM1*

45PBCL1*

55ESPB1*

65H2RC1*

75RPMI1*

85SPMI1*

95LPMI1*

06LPLP1*

16EYDM1*

26LCLP1*

362LPB1*

46LPH1*

56PFVC1*

66HDTS1*

76HHS1*

86FOPB1*

96L1C1*

073LPB1*

173F2D1*

27WSPL1*

37RCL1*

47RC2F1*

57RIY1*

67OMOM1*

77VYC1*

873LAP1*

– 45 –

KP-FR43M31/FR43M91

RM-GA001

metIataDdradnatS

oNemaN

CSTNLAP

dradnatSdradnatSnoNdradnatSdradnatSnoN

0SSN8888

2CSN51515151

3VSN1111

4PTCS0200

5PBYC0101

6PB2Y0101

7EL2C1010

8NCTD1010

9LDEV3333

01PH2222

11RNP0000

21TDCN0000

311CM445151

412CM335151

511RC1111

612RC1111

713RC0000

814RC1111

91RCC2222

02DEHC2222

12DEVC3322

225RC4300

32TLFY4444

42EL3C1111

52HFMY3333

62VFMY1111

72WS2F0000

821OM515166

922OM3333

03RNNM1111

13HTD2222

23VTD2224

33D2TD2223

43PHTD3323

53RCTD4440

63CF2D3330

73F2D9988

832F2D1113

93LF2D0000

04CD0000

metIataDdradnatS

oNemaN

CSTNLAP

dradnatSdradnatSnoNdradnatSdradnatSnoN

14LFVC3 0 3 0

24DD2H0 0 1 1

34F2CH1 1 1 1

54HCM51513232

64VCM1 1 0 0

74SDEP0 0 0 0

84KMM7 7 7 7

94MAKM0 0 0 0

05TLHG0 0 0 0

25WSNM0 0 0 0

35BYDM0 0 0 0

45PBCL2 2 2 2

55ESPB1 1 1 1

65H2RC0 0 0 0

75RPMI3 3 3 3

85SPMI1 1 11

95LPMI0 0 0 0

06LPLP1 1 1 1

16EYDM3 3 3 3

26LCLP1 1 1 1

362LPB1 1 1 1

46LPH1 1 1 1

56PFVC0 0 0 0

66HDTS2 2 1 1

76HHS1 1 1 1

86FOPB1 1 0 0

96L1C1 1 1 1

073LPB7 7 7 7

173F2D2 2 2 2

27WSPL1 1 1 1

37RCL1 1 1 1

47RC2F1 1 1 1

57RIY1 1 1 1

67OMOM0 0 0 0

77VYC0 0 0 0

873LAP1 1 1 1

COMB: Standard Data *1

– 46 –

KP-FR43M31/FR43M91

RM-GA001

YROGETACMETI

STCY

)3012AXC(

ONEMAN

0VELY02

1VELC71

FRSBrehtO

2NOCS 999

3LOCS 222

4EUHS1155

5YLDY 000

FRSBVCrehtO

6PAHS 6688

70FHS 0000

8OERP 3333

90FPB3

01QFPB2

FRrehtO

11WSPB10

21PART0

FRrehtO

31GCFA10

FRVC/SBrehtO

41AHPP 777

511OBC43

611ORC23

elgniS0kcalB1kcalB2kcalB3kcalB4kcalB5kcalB6kcalB7kcalB

71DPTA0112 10000

81RTCD021320000

– 47 –

KP-FR43M31/FR43M91

RM-GA001

– 48 –

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

MTCY

)3612AXC(

0VELY13

1VELC13

2NOCS1*

3LOCS1*

4YLDY1*

5PAHS1*

60FHS0

7OERP3

80FPB1

9QFPB2

01WSLF1

11FOBC9

21FORC9

31Y-RS7

41Y-BS1

metIataDdradnatS

oNemaNFRrehtO

2NOCS77

3LOCS77

4YLDY55

5PAHS66

KP-FR43M31/FR43M91

YCTM (CXA2163): Standard Data *1

RM-GA001

– 49 –

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

STCY

)3612AXC(

0VELY

13

1VELC

13

2NOCS

1*

3LOCS

1*

4EUHS

1*

5YLDY

2*

6PAHS

1*

70FHS

0

8OERP

3

90FPB

1

01QFPB

2

11WSLF

1

21FOBC

9

31FORC

9

41Y-RS

7

51Y-BS

7

61WGNP

1

71SINP

0

81MOCN

0

91DPTA

3*

02RTCD

3*

metIdradnatS

oNemaN

zH06zH05

FRrehtOFRrehtO

2NOCS 7777

3LOCS 7777

4EUHS13131313

6PAHS 6868

metIataDdradnatS

oNemaN

FRVCCY

CSTNIKDLAPREHTOLAPCSTNLAPCSTNLAP

5YLDY7777777

metI ataDdradnatS

oNemaNelgniS0kcalB1kcalB2kcalB3kcalB4kcalB5kcalB6kcalB7kcalB

91DPTA011210000

02RTCD 022320000

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

CTCY

)3612AXC(

0STDS0

1SLEB2

20FLB0

3DIVS0

4PPGS0

5SDIS1

6DMDC0

7GCFA0

8MVM0

YCTS (CXA2163): Standard Data *1

YCTS (CXA2163): Standard Data *2

YCTS (CXA2163): Standard Data *3

KP-FR43M31/FR43M91

RM-GA001

– 50 –

metIataDdradnatS

oNemaNrehtO

ciPllamS )lamroN(

51TLBA07

metIataDdradnatS

oNemaN

CRDgolanA

CY/VC/FRi084-pmoCp675/p084p027i0801rehtO

9FOY777777

01FOBC131313131313

11FORC131313131313

21CIPS515151515151

31LOCS131313131313

41EUHS131313131313

metI ataDdradnatS

oNemaN

1VD CSTA/LATIGID

CRDp084p027i0801AGVCRDp084p027i0801SMNIWT

9FOY 77777777777

01FOBC1313131313131313131313

11FORC1313131313131313131313

21CIPS5151515151515151515151

31LOCS1313131313131313131313

41EUHS1313131313131313131313

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

PCM0 FOCT0

1NOP1

2NOR1

3NOG1

4NOB1

5OBKA0

6LBGR2

7TMLY3

8BKLB3

9FOY1*

01FOBC1*

11FORC1*

21CIPS1*

31LOCS1*

41EUHS1*

51TLBA2*

MCP: Standard Data *1

KP-FR43M31/FR43M91

MCP: Standard Data *2

RM-GA001

MCP: Standard Data *1

metIataDdradnatS

oNemaNelgniSrehtO

0DCYD2 2

metIataDdradnatS

oNemaN)lamroN(elgniSezeerF/niwT2-SMxednI

1DSYD 0333

metI ataDdradnatS

oNemaN

pmoCV rehtO

zH05zH06zH001zH021zH05zH06zH001zH021

2PVDM0 0000000

MID1: Standard Data *2

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

2DIM

0LOCB1*

1SYSM1*

metIataDdradnatS

oNemaN)lamroN(elgniSniwTezeerFxednIetirovaF2-SM

0LOCB111511

yrogetaC

metI

noitcnuF

ataDdradnatS

oNemaN

FRSB/VCCY1VD/rPbPYCitluMVA/pmoC

zH05zH06zH05zH06zH05zH06l06_084l05_675P06_084P05_675

3DIM

0HPHM 0000000002

1HPHS 0000000000

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

1DIM0 DCYD1*

1DSYD2*

2PVDM3*

MID1: Standard Data *3

– 51 –

MID1: Standard Data *1

MID2: Standard Data *1

KP-FR43M31/FR43M91

RM-GA001

– 52 –

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

WSV

0CTV0

1PESH0

yrogetaC

metInoitcnuFataDdradnatS

oNemaNFRSBVCCYpmoCSM

RNRC

0RNY 000000

1RNC 000000

yrogetaC

metI

noitcnuF

ataDdradnatS

oNemaN

IVD/)rPbPY(itluMVA/pmoC CSTA/SM/CSTA/BGR/)BGR(itluMVA

P06_027P05_027106_0801105_0801rehtOl06_084l05_675P06_084P05_675P06_027

3DIM

0HPHM 0000000000

1HPHS 0000000000

yrogetaC

metI

noitcnuF

ataDdradnatS

oNemaN

)CSTA/SM/CSTA/BGR/BGR(ITLUMVA

P056_027l06_0801l05_0801rehtO2-SM

3DIM

0HPHM3-2- 000

1HPHS 00000

KP-FR43M31/FR43M91

RM-GA001

– 53 –

WOLRNR

FR

SM

FRSBCY/YCtnenopmoC CSTA/lVD/BGR/)BGR(itluMVA

RNR

oNemaN105_0801rehtOZH05ZH06ZH05ZH06l06_084l06_675P06_084P05_675P06_027P05_027l06_0801l05_0801l06_084l06_675P06_084P05_675P06_027P05_027

0PLYN0000000000000000000000

1GYN0003333333333333333333

2HPYN0005555555555555555555

3MLYN0001111111111111111111

4PLCN0000000000000000000000

5GCN0005555555555555555555

6HPCN0003333333333333333333

7MLCN0001111111111111111111

HGIHRNR

FR

SM

FRSBCY/YCtnenopmoC CSTA/lVD/BGR/)BGR(itluMVA

RNR

oNemaNl06_0801l05_0801rehtOZH05ZH06ZH05ZH06l06_084l06_675P06_084P05_675P06_027P05_027l06_0801l05_0801l06_084l06_675P06_084P05_675P06_027

0PLYN0000000000000000000000

1GYN3333333333333333333333

2HPYN5555555555555555555555

3MLYN1111222222222222222222

4PLCN0000000000000000000000

5GCN5555555555555555555555

6HPCN3333333333333333333333

7MLCN1111222222222222222222

HGIHRNR

CSTA/lVD/BGR/)BGR(itluMVA

RNR

oNemaNP05_027l06_0801l05_0801rehtOSM

0PLYN 00000

1GYN 33333

2HPYN 55555

3MLYN 22222

4PLCN 00000

5GCN 55555

6HPCN 33333

7MLCN 22222

FFORNR

FRSBCY/VCtnenopmoC CSTA/lVD/BGR/)BGR(itluMVA

RNR

oNemaNZH05ZH06ZH05ZH06l06_084l06_675P06_084P05_675P06_027P05_027l06_0801l05_0801l06_084l06_675P06_084P05_675P06_027P05_027l06_0801

0PLYN 00000000000000000000

1GYN 00000000000000000000

2HPYN 00000000000000000000

3MLYN 00000000000000000000

4PLCN 00000000000000000000

5GCN 00000000000000000000

6HPCN 00000000000000000000

7MLCN 00000000000000000000

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

RNNS

0EDOM0

1RNNS0

2TSYH0

3TLSW1*

4NSSS2*

5NS2F2*

6NSCS2*

7NSGV2*

8NSNY2*

9NSNC2*

01NSYP2*

11NSYL2*

21NSCP2*

31NSCL2*

41PHS72*

511FY72*

611TL72*

711TC72*

81LMV72*

91CMV72*

02DDIM2*

12VLCC2*

22PBCC2*

324RCP2*

42HMYP2*

52VMYP2*

621OMP2*

722OMP2*

822FDP2*

92D2FP2*

03GCAS2*

13GLAS2*

FFO:RNB WOL:RNB HGIH:RNB

lVD/CSTA/itluMVA/pmoC/CY/VC/SB/FR lVD/CSTA/itluMVA/pmoC/CY/VC/SB/FR lVD/CSTA/itluMVA/pmoC/CY/VC/SB/FR

RNB

oNemaNl06_084l05_675P06_084P05_675P06_027P05_027l06_0801l05_0801rehtOSMl06_084l05_675P06_084P05_675P06_027P05_027l06_0801l05_0801rehtOSMl06_084l05_675P06_084P05_675P06_027P05_027l06_0801l05_0801rehtOSM

0LDE 000000000022222222222222222222

1LFL 000000000022222222222222222222

2TCD 000000000022222222222222222222

3VELB 000000000022222222223333333333

4END 0000000000 11111111111111111111

RM-GA001

– 54 –

metIataDdradnatS

oNemaNABCDEFG

3TLSW5113543658011721

metIataDdradnatS

oNemaN01234567

4NSSS00112223

5NS2F 00000000

6NSCS00111111

7NSGV01111111

8NSNY 00000000

9NSNC00112223

01NSYP 00000000

11NSYL 00000000

21NSCP 00000000

31NSCL 00000000

41PHS700113334

511FY700112222

611TL7 00000000

711TC7 00000000

81LMV7 00000000

91CMV700112223

02DDIM 00000000

12VLCC 00000000

22PBCC 00000000

324RCP 00000000

42HMYP 00000000

52VMYP 00000000

621OMP 00000000

722OMP 00000000

822FDP 00000000

92D2FP 00000000

03GCAS 0000 1122

13GLAS 0000 1122

SNNR: Standard Data *1

SNNR: Standard Data *2

– 55 –

KP-FR43M31/FR43M91

RM-GA001

– 56 –

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

DIWA0 FOWA0

1DWRF1*

21TRF1*

3LFPL1*

4RAPU1*

5HTPU1*

6941X1*

7TSMD1*

8LRPU1*

9LSFO1*

01FOLS1*

1134RF1*

21PFER1*

31MFER1*

metIataDdradnatS

oNemaNFRCY/VCrehtO

1DWRF222

21TRF222

3LFPL111

4

RAPU000

5HTPU000

6941X000

7TSMD111

8LRPU010

9LSFO000

01FOLS000

1134RF222

21PFER111

31MFER000

KP-FR43M31/FR43M91

AWID: Standard Data *1

RM-GA001

– 57 –

yrogetaC

metI ataDdradnatS

oNemaNnoitcnuFFRSBCY/VCpmoCBGRMVA

75020 DWRF 2222 2

1LFPL 1111 1

2RAPU 0000 0

3HTPU 0000 0

4941X 0000 0

5TSMD 0000 0

6LRPU 0000 0

7LSFO 0000 0

8FOCS 0000 0

9CSDE 0000 0

011DDE2111 1

112DDE2111 1

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

VEDD0TPSA1

1RSVO81

2PYTD0

3DIFD0

4DTLA0

5MCIH0

6XMLA4

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

yrogetaCoN

metI

ataDdradnatS

CFS0

CPOC0

1

LPOC0

2

WSET1

3

WSNE1

4

WSSN1

5

WSWE1

6UETL712

7CETL712

8DETL212

9UETR92

01CETR32

11DETR62

21ETSN532

31UNEL461

41CNEL921

51DNEL831

61UNER001

71CNER811

81DNER29

91NESN032

02USNL352

12CSNL0

22DSNL3

32USNR352

42CSNR0

52DSNR3

62SNSN26

72UWEL812

82CWEL0

92DWEL83

03UWER83

13CWER0

23DWER812

33NEPA46

43TCET46

53TCNE86

63TCSN46

73TCWE46

83

SOPH5

93

SOPV51

LLUF

PMOCV/LAMRON

MOOZEDIWNOITPAC

MOOZ

I069/P084

zH06

P045/I0801

zH06

zH021I084zH001I675

I2511/P675

zH05

P045/I0801

zH05

zH06I5301

I069/P084

zH06

P045/I0801

zH06

zH021I084

zI675 zH001

I2511/P675

zH05

P045/I0801

zH05

zH06I5301

I069/P084

zH06

zH06I0801zH021I084zH001I675

I2511/P675

zH05

I069/P084

zH06

zH06I0801zH021I084zH001I675

I2511/P675

zH05

I069/P084

zH06

zH06I0801zH021I084zH001I675

I2511/P675

zH05

04ISOV1247112034541247102034512636372030563637203057777341549

14SOVR0310315656031031031031031565603103103031031565603103103156560310310315656031

24IESV0584520306558405845203065505747432826574743282659393024274

34ESVR6262313162626262623131626262626231316262623131626262313162

44TNIV0555520306555505555203065505747432826574743282659393024274

54NIVR6262313162626262623131626262626231316262623131626262313162

64PDO9

74MVDO96

84HHDO7

94LHPH37

05SOH42

15IESH19

25TNIH19

35NILH05

45VCDL31

55MOCV02

65LSET36

75AMWP552

85XMCH23

95XMCV23

06XMCL46

16XMAL46

26XMSN46

36XMPU3

46VLSH61

56PTFS0

RM-GA001

– 58 –

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

PA0 VBUS1*

1SSAB2*

2BERT2*

3EBB2*

4LEBB2*

5HEBB2*

6CGA3*

7LCGA3*

8RUS1*

metIataDdradnatS

oNemaNdnuorruSurTdetalumiSFFO

0VBUS003

8RUS21510

AP: Standard Data *2

metI ataDdradnatS

oNemaN

0EBB-0ettelaP 1EBB-0ettelaP

SB/uTsrehtOSB/uTsrehtO

dnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFO

1SSAB010101010101010101010101

2BERT010101010101010101010101

3EBB111111110000

4LEBB555555550000

5HEBB555555550000

metI ataDdradnatS

oNemaN

2EBB-0ettelaP 1ettelaP

SB/uTsrehtOSB/uTsrehtO

dnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFO

1SSAB0101010101017 777 77

2BERT0101010101017 777 77

3EBB0 00000111111

4LEBB000000555555

5HEBB000000555555

– 59 –

AP: Standard Data *1

AP: Standard Data *2

KP-FR43M31/FR43M91

RM-GA001

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

OMSM0FPSM

0

1UXIM

0

21DTS

0

3SDVL

0

4VLGB

0

5CAPD

0

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

PDSO0LVEL0

1VLFF0

AP: Standard Data *2

metI ataDdradnatS

oNemaN

2ettelaP 3ettelaP

SB/uTsrehtOSB/uTsrehtO

dnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFOdnuorruSurTdetalumiSFFO

1SSAB777777777777

2BERT777777777777

3EBB111111000000

4LEBB333333000000

5HEBB333333000000

metIataDdradnatS

oNemaN

dnuoSydaetS

OTUAFFO

6CGA10

7LCGA00

AP: Standard Data *3

– 60 –

KP-FR43M31/FR43M91

RM-GA001

– 61 –

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

LESA01UT8

12UT9

23UT01

31DIV1

42DIV7

53DIV2

64DIV3

71VUY4

82VUY5

93VUY6

01SM1

11CSTA6

21KPSC6

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

LESV01UT1

12UT2

23UT3

31DIV5

42DIV4

53DIV6

64DIV7

71VUY81

82VUY71

93VUY61

01CSTA61

11MCES61

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

DIFP0 SLOC2

1SFED1

2CRD1

3XAMA1

4EMRF0

5XAMS1

6OLVF1

775020

8TMSN0

9TEDY0

yrogetaC

metI

noitcnuFataDdradnatS

oNemaN

POFP0DMC0

KP-FR43M31/FR43M91

RM-GA001

zH06/084ZH021/084ZH05/675ZH001/675ZH06/045ZH05/045

LLUFPMOCVLLUFPMOCVLLUFPMOCVLLUFPMOCV

LLUF

NIWTCSTN

PMOCVPMOCV

oNemaNniMxaM ATADLAITINI

000SIDF01 1

1AERA02 0

2YPOC01 0

3PCLA01 0

4HDSO1552 01

5VDSO155206177112679852036384601

6ECPS0444 1244 12 4 44

7MC1V0111111111 1 11

8UC1V05904003622006644942781794073862302302

91NOZ617218577929307395374566868

012NOZ617218577929307395374566868

113NOZ617218577929307395374566868

214NOZ617218577929307395374566868

31SVPT 0704040404 0 44

41PVPT05520515120206166252224228

51PHPT055613838383838383838383838

61UVLB07402131131060606106147477777391

71LVLB074025001500169469480218021895895950195015711

81PVLX07402865865872872486486633633865865486

91LHLB05561662662662662662662662662662662662

02RHLB0556126512651265126512651265126512651265126512651

12PHLX05561319319319319319319319319319319319

22VLLX0740200133105761211610618211841841

32HLLX06561001001001001001001001001001001001

42PHTO0556157215721572157215721572157215721572157215721

52PRFD 0300000000 0 00

62PRVC 0300000000 0 00

72TERH821-721 00000000 0 00

82SRFD0111111111 1 11

92SRVC0100000000 0 00

03PHFD0556105310531053105310531053105310531053105310531

13SVTO8-71-01-01-01-0 1-00

23PVTO07217527819 138 1224163

33TERV821-721 00000000 0 00

43VEDO05561203203203203203203203203203203203

53P1HP05561 00000000 0 00

63P2HP05561 00000000 0 00

73MO1V0100000000 0 00

83FO1V215-1155173172151418316205186571601

93PHCP05561 00000000 0 00

04PVCP032015446028255875253519389

14P1VP03201 00000000 0 00

24P2VP03201 00000000 0 00

34PMVC03201 00000000 0 00

44PMFD03201 00000000 0 00

– 62 –

KP-FR43M31/FR43M91

RM-GA001

zH06/084zH021/084zH05/675zH001/675zH06/045zH05/045

LLUFPMOCVLLUFPMOCVLLUFPMOCVLLUFPMOCV

LLUF

NIWTCSTN

PMOCVPMOCV

oNemaNniMxaM ataDlaitinI

54W1HP06561 00000000000

64W2HP06561604:"35,885"34304:"35,485"34604:"35,885"34304:"35,485"34604:"35,885"34304:"35,485"34604:"35,885"34304:"35,485"34604:"35,885"34304:"35,485"34304:"35,485"34

74WHCP0656165616561656165616561656165616561656165616561

84WVCP03201084344042422675035882862045194194

94W1VP032015272818113928181528181

05W2VP03201 00000000000

15WMVC032016181992202996199

25WMFD03201 00000000000

35PV1A07402191222301301922062901521641181792

45PV2A07402191222301301922062901521641181792

55PV3A07402191222301301922062901521641181792

65PV4A07402191222301301922062901521641181792

75PV5A074021777384144149299001854005597968589

85PV6A074021777384144149299001854005597968589

95PV7A074021777384144149299001854005597968589

06PV8A074021777384144149299001854005597968589

16PH1A05561844844844844844844844844844844844

26PH2A05561186186186186186186186186186186186

36PH3A05561419419419419419419419419419419419

46PH4A0556174117411741174117411741174117411741174117411

56PH5A05561844844844844844844844844844844844

66PH6A05561186186186186186186186186186186186

76PH7A05561419419419419419419419419419419419

86PH8A0556174117411741174117411741174117411741174117411

96VS1A055257187880411249601846917878

07HS1A0552332332332332332332332332332332332

17VS2A055257187880411249601846917878

27HS2A0552332332332332332332332332332332332

37VS3A055257187880411249601846917878

47HS3A0552332332332332332332332332332332332

57VS4A055257187880411249601846917878

67HS4A0552332332332332332332332332332332332

77VS5A055257187880411249601846917878

87HS5A0552332332332332332332332332332332332

97VS6A055257187880411249601846917878

08HS6A0552332332332332332332332332332332332

18VS7A055257187880411249601846917878

28HS7A0552332332332332332332332332332332332

38VS8A055257187880411249601846917878

48HS8A0552332332332332332332332332332332332

58P3VP05561 00000000000

68P4VP05561 00000000000

78W3VP05561 00000000000

88W4VP05561 00000000000

– 63 –

KP-FR43M31/FR43M91

RM-GA001

zH06/084ZH021/084

ZH05/675

ZH001/675

ZH06/045ZH05/045

LLUFPMOCVLLUFPMOCVLLUFPMOCVLLUFPMOCV

LLUF

NIWTCSTN

PMOCVPMOCV

oNemaNniMxaM ATADLAITINI

98FTFS01 0

09STFS05 0

19HTCA0552 0

29LTCA0552 0

39HGOR821-721 000000

49HROR821-721 000000

59HBOR821-721 000000

69HG1R821-721 000000

79HR1R821-721 000000

89HB1R821-721 000000

99HG2R821-721 000000

001HR2R821-721 000000

101HB2R821-721 000000

201HG3R821-721 000000

301HR3R821-721 000000

401HB3R821-721 000000

501VG1R821-721 000000

601VR1R821-721 000000

701VB1R821-721 000000

801VG2R821-721 000000

901VR2R821-721 000000

011VB2R821-721 000000

111HRTP821-721 000000

211HBTP821-721 000000

311HRLP821-721 000000

411HBLP821-721 000000

511VRLP821-721 000000

611VBLP821-721 000000

711HRRP821-721 000000

811HBRP821-721 000000

911VGRP821-721 000000

021VRRP821-721 000000

121VBRP821-721 000000

221HGBP821-721 000000

321HRBP821-721 000000

421HBBP821-721 000000

521RRE0- 000000

621MTDA0552575719195719

7212TDA0552511511331331511331

821MLZS821-721001001001001001001

921LMTR0721080808080808

031PUV0 7402050595950595

131DIMV07402594594395395594395

231WOLV07402749749631163117496311

– 64 –

KP-FR43M31/FR43M91

RM-GA001

zH06/084ZH021/084

ZH05/675

ZH001/675

ZH06/045ZH05/045

LLUFPMOCVLLUFPMOCVLLUFPMOCVLLUFPMOCV

LLUF

NIWTCSTN

PMOCVPMOCV

oNemaNniMxaM ataDlaitinI

331ELH0 5561181181181181181181

431DIMH0 5561358358358358358358

531TIRH0 5561225122512251225122512251

631TSET0- 000000

731GHFD215-115592-:"35,023-:"34592-:"35,023-:"34592-:"35,023-:"34592-:"35,023-:"34592-:"35,023-:"34592-:"35,023-:"34

831GVFD215-115592-:"35,503-:"34592-:"35,503-:"34592-:"35,503-:"34592-:"35,503-:"34592-:"35,503-:"34592-:"35,503-:"34

931CDFD215-115505505505505505505

0411VFD215-115001-001-001-001-001-001-

oNemaNniMxaM

neerGdeReulB

HVHVHV

141TNEC215-115040204020402laitinIDEJP

241EZIS215-115021-08-021-08-021-08-laitinIDEJP

341NIL215-11500 0720 072-0 laitinIDEJP

441WEKS215-115 000000 laitinIDEJP

541WOB215-115 000000 laitinIDEJP

641YEK215-115 000 0310 031-laitinIDEJP

741NIP215-1150 52305230523laitinIDEJP

841NILM215-1150- 071--071- laitinIDEJP

941ZISM215-1150-0-0- laitinIDEJP

Coarse Adjustment Initial Data

tnemtsujdAesraoCneerGdeReulB

oNemaNniMxaMHVHVHV

141TNEC215-115002±04071±02002±04071±02002±04071±02

241EZIS215-115021-:xif0:xam0:xam

341NIL215-115054:xam054-:nim

441WEKS215-11557±57±57±

541WOB215-1150:xif0:xif0:xif0:xif0:xif0:xif

641YEK215-115

741NIP215-115

841NILM215-115

941ZISM215-1150:xif

– 65 –

Adjustment Limit

KP-FR43M31/FR43M91

RM-GA001

– 66 –

tnemtsujdAeniF0#H1#H2#H3#H4#H5#H6#H7#H1+#H

HG VG

0#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

1#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

2#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

3#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

4#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

5#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

6#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

7#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

1+#V721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-721+/821-

tnemtsujdAeniF0#H1#H2#H3#H4#H5#H6#H7#H1+#H

HR VR

0#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

1#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

2#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

3#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

HB VB

4#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

5#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

6#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

7#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

1+#V721+/821-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-701+/801-721+/821-

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

3-12. REGISTRATION ADJUSTMENT

3-12-1. Adjustment Flow

START

Turn on the power and wait for 10 minutes

Set to the PAL Full mode

Check the deflection yokes, the centering magnets, 2 pole/4 pole magnets

Set to the service mode

MAIN DEFLECTION ADJUSTMENT ( Green)

Green coarse adjustment

Green fine adjustment

Red coarse adjustment

Change the display mode

Red fine adjustment

SUB DEFLECTION ADJUSTMENT

3-12-2. Setup for Adjustment

1. Marking

1. At the 4 insides of the screen, locate the middle. Use a tape measure to identify the middle.

x

xx

X : middle

x

3-12-3. Method of Main Deflection Adjustment

1. Place the caps on the red and blue lenses so that only the green color is displayed.

2. Enter the PAL SPCB signal, and set the DRC1250.

3. Set in the Service mode, and select the category “DEF1”, “DEF2”.

4. Adjust “00 VPOS” in “DEF1” so that the picture is displayed in the center of screen.

00 VPOS

YES

ALLCOPY

Blue coarse adjustment

Blue fine adjustment

Another display mode ?

NO

Memorize the FLASH FOCUS offset data

50 Hz and 60 Hz

End

5. Adjust “01 VSIZ” in “DEF” and “02 HSIZ” “DEF2” so that the picture size is within the specification.

01 VSIZ

02 HSIZ

SPECIFICATION: Overscan Spec. = 0.9%

Input Signal H SIZE V SIZE

PAL SPCB 16.4 ± 0.1 sq. 12.3 ± 0.1 sq.

– 67 –

KP-FR43M31/FR43M91

RM-GA001

6. Write “VPS, VSZ and HSZ” adjusted data to other mode service data.

DRC1250

Normal

GEO(50)

DRC1250

Normal

GEO(50)

DRC1250

V COMP

GEO(50)

DRC100 V COMP GEO(50)

HD

GEO(50)

DRC1250

Normal

GEO(60)

DRC120

Normal

GEO(60)

DRC1250

V COMP GEO(60)

DRC120 V COMP GEO(60)

HD

GEO(60)

3-12-4. Operation Method for Projector Engine (PJE) Mode

Commander Function (PJE mode)

write data to

NVM muting

ADJUSTMENT

KP-FR43M31/FR43M91

RM-GA001

4-1. HV REGULATION ADJUSTMENT (D Board)

When replacing the following components marked with on the schematic diagram, always check hold-down voltage and if necessary re-adjust.

: RV8002 : R8014, R8015, R8017

IC8005 PH8003 T8001(RHT) HV block, D board

1. Connect a HV static voltmeter to the unconnected plug of the highvoltage block. (Fig.4-1)

2. Videio input with all white signal. Set “FULL” mode & “Personal”. Set the PICTURE (max.) and BRIGHTNESS (min.) settings.

3. Power on the set.

4. Confirm that the static voltmeter reading is 31.0 ± 0.2 kV.

5. If not, adjust with RV8002 to the specified value.

6. After adjustment, apply sufficient amound of RTV KE490 on the RV8002. (Fig.4- 2)

Note: This adjustment within 1 minute-3 minutes after

powrering.

Remove the cap off from the unused terminal and connect a HV static voltmeter there.

4-2. +B MAX VOLTAGE CONFIRMATION

The following adjustments should always be performed when replacing IC6801, R6809

1. Supply 220V AC to variable autotransformer.

2. Receive dot signal pattern and set the PICTURE and BRIGHTNESS setting to their minimum.

3. Confirm the voltage of TP+B 135V is less than

137.0 Vdc.

4. If step 3 not satisfied, replace IC6801 and repeat above steps.

4-3. +B OVP CONFIRMATION

1. Supply 220V AC to variable autotransformer.

2. Turn on set.

3. Receive dot signal pattern.

4. Set the PICTURE (minimum) and BRIGHTNESS (minimum) settings.

5. Turn off set.

6. Separate R6809 (D Board) from +135V.

7. Apply external 160V ± 1VDC to open end of R6809.

8. Turn on set.

9. Confirm the LED blin ks 3 items.

10. Turn off the SET. Then nount the R6809 corrlctly.

RV8002

Fig. 4-1 Fig. 4-2

RTV KE490

– 73 –

KP-FR43M31/FR43M91

RM-GA001

SECTION 5

ELECTRICAL ADJUSTMENTS

5-1. PICTURE QUALITY ADJUSTMENT

5-1-1. Preparation

1. Set in the service mode.

2. Set respective items as follows.

Adjustment Condition

DRC-MF : DRC1250 PICTURE QUALITY : CUSTOM 3D-NR MODE : OFF ECO MODE : OFF

Category Item Data

PIC 00 PIC 100

01 COL 50 05 PIOF 0

LUMA 01 GAMM 0

06 BLK 0

COLR 00 CLOF 3

01 HUOF 3 02 RDRV 31 03 GDRV 31 04 BDRV 31 05 RCUT 31 06 GCUT 31 07 BCUT 31 09 DCOL 0

Original Condition

DRC-MF : DRC1250 PICTURE QUALITY : CUSTOM 3D-NR MODE : OFF ECO MODE : OFF

Category Item Data

PIC 00 PIC 60 (CUSTOM)

01 COL 50 (CUSTOM) 05 PIOF 5 (CUSTOM)

LUMA 01 GAMM 6 (CUSTOM)

06 BLK 0 (CUSTOM)

COLR 00 CLOF 0

01 HUOF 3 03 GDRV 33 06 GCUT 31 09 DCOL 3

MCP 14 ABLT 5 (NORMAL/V-COMP)

0 other

MID2 2 BCOL 5 (TWIN)

3. Connect the oscilloscope probe to the following point on the UG board.

Input Signal

Video Color Bar (white & color 75%) RF Color Bar (white & color 75%)

Measurement Point

UG Board CN1504:

A5

pin R/G t VG

B5

pin B t VB

Note : After the adjustment 5-3. Picture Quality Adjustment,

these adjustment parameters must be recovered to the original condition.

– 74 –

KP-FR43M31/FR43M91

RM-GA001

5-1-2. NTSC Video Input (Main Picture)

1. Enter the NTSC video color bar (White & color 75%) signal.

2. Enter the service mode, and set respective items as follows.

3. Measure waveform, and each item is adjusted to become the following figure.

4. After adjustment finished, press “% (MUTING)” + “-” button to write the data to the NVM.

(i) SUB CONTRAST

Condition :

Category Item Data

PIC 00 PIC 100

01 COL 0 05 PIOF 0

MCP 02 RON 0

03 GON 1 04 BON 0

Adjusting Parameter:

CCPM 01 YLEV

White Level

5-1-3. NTSC RF Input (Main Picture)

1. Enter the NTSC RF color bar (White & color 75%) signal.

(i) SUB CONTRAST

Condition :

Category Item Data

PIC 00 PIC 100

01 COL 0 05 PIOF 0

MCP 02 RON 0

03 GON 1 04 BON 0

Adjusting Parameter:

CCPM 01 YLEV

White Level

VG1

VG1 – VG2 = f VG = 1.60 ± 0.02 Vp-p

Black Level

VG2

GND

VG1

VG1 – VG2 = f VG = 1.60 ± 0.02 Vp-p

(ii) SUB HUE/SUB COL

Condition:

Category Item Data

PIC 01 COL 56

COLR 01 HUOF 3

MCP 02 RON 0

Adjusting Parameter:

CCPM 02 CLEV CCPM 03 SHUE

VB1

VB1 = VB4 ± 20 mV VB2 = VB3 ± 40 mV

Black Level

VG2

GND

03 GON 0 04 BON 1

VB4

VB3

VB2

(ii) SUB HUE/SUB COL

Condition:

Category Item Data

PIC 01 COL 56

COLR 01 HUOF 3

MCP 02 RON 0

03 GON 0 04 BON 1

Adjusting Parameter:

CCPM 02 CLEV CCPM 03 SHUE

VB4

VB1

VB3

VB2

VB1 = VB4 ± 20 mV VB2 = VB3 ± 40 mV

Note: If “Sub HUE” can adjust at (ii), write “3” as HUOF data

for each picture modes (VIVID, Standard, Custom). If “Sub HUE” cannot adjust at (ii), change HUOF data then repeat (ii) and change HUOF data as shown below.

1 Change COLR 01 HUOF data from “3” to “2”. Repeat

(ii). If “Sub HUE” can adjust, write “2” as HUOF data for each picture modes. (VIVID, Standard, Custom)

– 75 –

KP-FR43M31/FR43M91

RM-GA001

2 If still “Sub HUE” cannot adjust,

Change HUOF data from “2” to “1”. Repeat (ii). If “Sub HUE” can adjust, write “1” as HUOF data for each picture modes. (VIVID, Standard, Custom)

3 If still “Sub HUE” can not adjust,

Change HUOF data from “1” to “0”. Repeat (ii). If “Sub HUE” can adjust, write “0” as HUOF data for each picture modes. (VIVID, Standard, Custom)

5-1-4. PAL Video Input (Main Picture)

1. Enter the PAL video color bar (White & color 75%) signal to VIDEO 2.

(i) SUB CONTRAST

Condition :

Category Item Data

PIC 00 PIC 100

01 COL 0 05 PIOF 0

MCP 02 RON 0

03 GON 1 04 BON 0

Adjusting Parameter:

CCPM 01 YLEV

White Level

VG1

VG1 – VG2 = f VG = 1.60 ± 0.02 Vp-p

Black Level

VG2

GND

(ii) SUB COL

Condition:

5-1-5. PAL RF Input (Main Picture)

1. Enter the PAL RF color bar (White & color 75%) signal.

(i) SUB CONTRAST

Condition :

Category Item Data

PIC 00 PIC 100

01 COL 0 05 PIOF 0

MCP 02 RON 0

03 GON 1 04 BON 0

Adjusting Parameter:

CCPM 01 YLEV

White Level

VG1

VG1 – VG2 = f VG = 1.60 ± 0.02 Vp-p

Black Level

VG2

GND

(ii) SUB COL

Condition:

Category Item Data

PIC 01 COL 54

COLR 01 HUOF 3

MCP 02 RON 0

03 GON 0 04 BON 1

Adjusting Parameter:

CCPM 02 CLEV

Category Item Data

PIC 01 COL 56

COLR 01 HUOF 3

MCP 02 RON 0

03 GON 0 04 BON 1

Adjusting Parameter:

CCPM 02 CLEV

VB4

VB1

VB3

VB2

VB1 = VB4 ± 20 mV

VB1

VB3

VB2

VB1 = VB4 ± 20 mV

VB4

– 76 –

SECTION 6

1

2

AC IN

CN6001

AC

50/60Hz

CN6005 AC OUT AC OUT

1 4

4

1

AC IN

CN6006

L6000 L6001

F6000

RY6000

AC IN2 AC IN1

3 1

CN6008

Q6102

RELAY DRIVE

D6005

Q6110

Q6112

ZERO DET

Q6107

RELAY DRIVE

D6120

STBY 7V

IC6100

5V REG

Vcc

OUT

STBY 5V

2

1

RECT

RECT +

CN6000

49

26

3

STBY 5V

5V

MAIN 9V

CN2015(1/2)

7

6

5

4

2

5V

3.3V

MAIN 9V

CN2004(1/2)

35 MAIN 9V

CN2005(1/2)

45

42

41

39

37

35

28

26

12V

ZERO DET

3.3V

STBY 5V

B OCP

P CONT

B OVP

5V

CN2003(1/2)

8

7

3

1

SET ON

12V

BS 9V

MAIN 33V

CN2012

9

8

7

2

1

+B OCP

+B OVP

AC RLY

15VA

CN2011

4

3

2

1

AUDIO

AUDIO 14V 22V

CN2017 (BLOCK 002)

24V

M 33V

IC6200

9V REG

5V REG

IC6201

IC6202

3.3V REG

IC6203

O

I

PF 9V

PF 5V

BS 5V

DVI 5V

3.3V

MS 3.3V

5V

BS 9V

Q6108

2

1

RECT

RECT +

CN6400

TO UG BOARD CN1502

TO BH BOARD CN3001

TO MG BOARD CN0001

TO MG BOARD

1135V

CN5019(1/2)

11

9

-17V

17V

CN5016(1/2)

7

3

1

12V

BS 9V

MAIN 33V

CN5007

CN0002

9

8

2

1

+B OCP

+B OVP

15VA

CN5006(1/2)

4

3

2

1

AUDIO 14V 22V

AUDIO

CN5017

1210V

CN5003(1/2)

BS 9V

CN9301

TO CB BOARD

135V

PH6700

MAIN CONTROL

IC6503

CONTROL

O

I

12V REG

IC6501

12V

D6510

24V

Q6803

OCP

D6805

IC6801

+B OVP

T6400

Q6802

OVP SW

Q6400

CONVERTER

Q6401

CONVERTER

IC6400

DRIVER

16

15

12

2

9

VS

VG

F/B

OCP

11

12 15

17

18

7 9

1

2

4

8

10

2 4

4

2

2 4

1

12

3

D6409

D6410

D6509

D6511

61

HAIF +B

VC1

1

D6508

D6502

A

D

TO DS BOARD CN9401

CN9001

TO VM BOARD

8

(H)

(L)

,Q6111

,Q6109

-

(NC)

-14V -24V

-14V

-

- 14V - 22V

- 24V

(L)

(1/2 )

(

POWER SUPPLY

)

(

POWER SUPPLY

)

(1/2 )

1 4

1

4 S1050 P-SW

HC1

9 +MS 3.3V-DET 8

MS3.3V

D6209

Q6209 Q6210

3.3V DET

D6207

D6205

D6203

D6211

2

1

D6122

D6121

Q6105

15V

D6503

14

V SENSE

VG(H)

2

TO 2/2

AC-HOP VCC

1

TO 2/2

RECT +

SUR 2

1 3

CN6010

AA

TO G1 BOARD

CN6304

AB

TO G1 BOARD

CN6301

AC

TO G1 BOARD

CN6303

7

5

4

3

1

5STBY 7V

PCONT 3

PCONT 2

PCONT 1

RLY 7V

CN6011

8

AC-DET

9

KICK-VCC

D6115

SUR 1

5

D6006

D6007

149

8

7

T6101

D6113

D6116

D6117

D6114

EXCEPT OCEANIA MODEL

AUS MODEL

EXCEPT OCEANIA MODEL

DIAGRAMS

6-1. BLOCK DIAGRAMS

6-1-1. A (1/2), D (1/2) and HC Boards Block Diagrams

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 77 – – 78 –

6-1-2. A (2/2) Board Block Diagram

SUB_VD

SUB_HD

DRC_LW

DRC_FILM

DRC_PXI

DRC_PXN

SCP

B

R/G

RGB

YS

Y

RESET

FFSW

MID_VD

MID_HD

MID_PR

MID_PB

MID_Y

MID_YS

MSB709

50P

Q2000

CN2015

CN2005(BLOCK 001)

CN2004(BLOCK 001)

CN2003(2/2)

CN2007

CN2006

5049484746454443424140393837363534333231302928272625242322212019181716151413121110

504948

47

44

43

3634333231

29242322212019181716151413

121110

987654321

50494847464544434241403938373634333231302928272625242322212019181716151413

121110

9876543

2

1

50

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

2

1

4

3

10

9876543

2

1

10

987654321

A

CN5006

TO D BOARD

CN2015

50P

(BLOCK 001)

CN2011

10P

(BLOCK 001)

TO UG BOARD

CN1502

TO D BOARD

CN5004 CN5005

TO D BOARD

CN0001

TO MG BOARD

CN3001

TO BH BOARD

CN0002

TO MG BOARD

MT_VIDEO

ST_L

MT_L MT_R

ST_VIDEO

VAR/ FIX_L

VAR/ FIX_R

L_MUTE

MAIN_L

MAIN_R

M_SCLK

M_SDAT

SUB_Y

SUB_HD SUB_VD SUB_PR SUB_PB

MAIN_PR

MAIN_PB

MAIN_Y

MS_R

MS_L

PF_SCLK PF_SDAT

ID

RESET

FFSW

DRC_LW

DRC_FILM

DRC_PXI

DRC_PXN

MID_HD

MID_VD

MID_PR

MID_PB

MID_Y

MID_YSIDPF_SDAT

PF_SCLK

SUB_HD

SUB_VD

SUB_PR

SUB_PB

SUB_Y

MAIN_Y

MAIN_PB

MAIN_PR

MS_R

MS_L

L_MUTE

MAIN_R

MAIN_L

VAR/ FIX_L

VAR/ FIX_R

ST_AFT

ST_STEREO

ST_SAP

ST_HSYNC

AUDIO_PROT

SP_MUTE

PRE_SP_R

PRE_SP_L

M_SCLK

M_SDAT

MT_MODE

MT_FMONO

MT_SAP

MT_STEREO

MT_HSYNC

MT_AFT

MT_AGC

ABL

V_DRV+

V_DRV

HC_PARA

DF_PARA

EW_PARA

MP_PARA

AFC_PLS

H_PROT

HV_PROT

V_PROT

H_DRV

HV_PROT

V_PROT

H_PROT

AFC_PLS

MP_PARA

EW_PARA

DF_PARA

HC_PARA

V_DRV

V_DRV+

ABL

R/GBSCP

Y

RGB

YS

PF_SDAT

PF_SCLK

ID

MT_HSYNC

MT_FMONO

MT_SAP

MT_AFT

ST_AFT

MT_AGC

AUDIO_PROT

SP_MUTE

PRE_SP_R

PRE_SP_L

M_SDAT

M_SCLK

GND

ST_HSYNC

MAIN_R

L_MUTE

MAIN_L

MT_STEREO

ST_STEREO

ST_SAP

MT_MODE

AUDIO_GND

GND

DF DAC

AUDIO_GND

GND

VAR/ FIX_L

VAR/ FIX_R

SUB BYPASS SW

GND

N.C

GND

MID_VD

MID_HD

GND

MID_Y

GND

SUB_VD

SUB_HD

GND

SUB_Y

FFSW

DRC_LW

RESET

DRC_PXI

DRC_PXN

GND

MID_YS

DRC_FILM

PF_SCLK

PF_SDAT

GND

MAIN_Y/CV

MID_PR

MID_PB

MAIN_PR

SUB_PR

SUB_PB

ID

MAUN_C/PB

MS_R

MS_L

GND

B

ABL

GND

MP_PARA

EW_PARA

DF_PARA

HC_PARA

V_DRV

V_DRV+

H_DRV

RESET

SIRCS

PF_SCLK

PF_SDAT

H_PROT

V_PROT

DRC_PXI

DRC_PXN

HV_PROT

MID_Y

SUB_OSD_RGB

SUB_OSD_YS

SUB_SLICER_Y

MAIN_Y/CV

H_PLS

MID_HD

GND

SUB_HD

SUB_VD

MID_VD

MID_YS

AFC_PLS

MID_PB

MID_PR

FFSW

DRC_LW

DRC_FILM

GND

ID

GND

BINT

SCP

R/G

GND

H PROT

HV PROT

V PROT

GND

H DRV

GND

HOLDDOWN

AFC PLS

GND

ABL

MP_PARA

EW_PARA

DF_PARA

HC_PARA

V_DRV+

V_DRV

NC

L_MUTE

GND

PF_SCLK PF_SDAT

GND

MAIN_L

GND

MAIN_R

ST_CV

GND

MT_L

GND

MT_R

GND

MAIN_Y/CV

MAIN_C/PB

MAIN_PR

SUB_Y

SUB_PB

SUB_OSD_YS

SUB_OSD_RGB

BINT

B

R/G

SCP

SIRCS

GND

SUB_PR

ST L

MT_CV

SUB_HD

SUB_VD

GND

GND M_SDAT M_SCLK

GND

BYPASSSW/ST_R

VAR/ FIX_R

VAR/ FIX_L

MS_L

MS_R

ID

HOLDN

SUB_SLICER_Y

DFDAC

H_PLS

VIDEO

AUDIO L

AUDIO R

AUDIO L

AUDIO R

VIDEO

BRY

Y

B

R

AUDIO L

AUDIO R

VIDEO

AUDIO L/R

T

DET OUT2

DE OUT

L OUT

R OUT

AFT OUT

ST LED

BIL LED

MODE

F MONO

RF AGC

SCL

SDA

DET OUT

L OUT

PLL SW

AFT OUT

NC

RF AGC

SCL

R OUT

SDA

M

Q2013

Q2010

Q2007

AUDIO L

AUDIO R

VIDEO

MT HSYNC

IC2000

AUDIO AMP

10

18

6

3

5

23 21

Q2005 Q2006

PROT

6

5

4

3

2

1

G

WF OUT

G

L OUT

G

R OUT

CN2001

L

R

SPEAKER

WF

PRE SP L

PRE SP R

SP MUTE

Q2001 MUTE

AUDIO PROT

B

N C R Q S

-RT1

(2/2 )

(TUNER,AUDIO AMP )

-

-Y

-SCLK

-SDAT

IN1

IN2

MUTE

OUT1

BOOT1

OUT2

BOOT2

TU2001

ST-STEREO

ST-AFT

ST-SAP

TU2000

Q2008

ST-HSYNC

Q2012

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 79 – – 80 –

6-1-3. D (2/2) Board Block Diagram

9

4

3

1

CN5005

ABL

V DRV+ V DRV

EW PARA

10

8

7

4

2

CN5004

H DRV

HV PROT

V PROT

H PROT

AFC

3

4

H PLS

DF DAC(NC)

CN5006(2/2)

C

TO A BOARD

CN2007

CN2006

TO A BOARD

N

T

TO A BOARD

CN2011

Q5004 Q5008

H

Q5006

HDRIVE

Q5001 H OUT

Q5201

135V SW

+135V

7

6

4 3 2 1

T5001

HDT

Q5202

+135V

7 610

11 12

3

IC5201

12

13

9

10

11

16

15

14

8

3

T5200

IC6602

REG

I

O

CENT

VEE

VCC

CENT

+15V

D6601

D6602

D6607

D6608

Q5703

BUFF

Q5701

BUFF

D6604

DRIVE

IC8002

16

15

12

8

2 19

Q8014

CONVERTER

Q8013

HV

13

17

FV

1

7

9

5

6

L8002

PH8003

HV FEED BACK

+15V

6

5

7

BUFFER

IC8004

1

2

3

IC8005

HV CONTROL

IC8001

PWM CONT

5 6

2 3

7

1

HV FEED BACK

PH8001

+15V

BS9V

RV8002 HV ADJ

D8022

T8001

RHT

Q8011

HV PROT

Q8034

SOFT START

Q5406

H CENTER

3

2

IC8104 VREF

BS9V

2 3

1

IC8004

BUFFER

Q8003

Q8004

1

32

H

IC5403

2

1

IC5402

H

IC5101 V OUT

V-DRVV-DRV+

OUT PUT

F.B.-PLS

Q5101 Q5102

VPROT

BUFF

Q5103

5

4

H

H+

CN5003(2/2)

P

TO CB BOARD

CN9301

1

Q8007

VG

VS

VG

OCP

VC1

F/B VSENSE

IC8006

DVP

D8015

PROT

IK PROT

PROT

H PWH DRIVE

Q5005 Q5009

DRIVE

15V

Q5702

1/2

Q8021 Q8028

Q8035

2/2

CENT CONT.

CENTER

D1/2 (POWER SUPPLY)

H

L

-

, ,

-

,

()

,,

,

()

-

()

(

)

D5209

14

DF VCC

D6606

1

5

1

2

CN5500

D (2/2) (Deflection/DQP)

4

1

CN5011

4

1

CN5010

4

1

CN5009

H RET(G)

H OUT(G)

H RET(R)

H OUT(R)

H RET(B)

H OUT(B)

DF1

G2

T5500

DFT

Q5522

DFV AMP

Q5523,Q5524,Q5525 Q5526,Q5527,Q5528

DF BUFF

DFDRV

DF PARA

Q5520,Q5521

G2 CONT.

+15V

L5403

1 7

5

3

7

3

2

1

CN5016

5

4

DF-PARA

DF-DRV

V-SHIFT HC-PARA

H-PLS

V-PULSE

O

TO DS BOARD

CN9401

5

HOLD DOWN

PH8004

TO 1/2

3

1

CN5015

3

1

CN5014

3

1

CN5013

V RET

V DET

V RET

V DET

V RET

V DET

TO DY

(R)(G)(B)

TO CB BOARD J9301 TO CG BOARD J9201 TO CR BOARD J9101 TO CB BOARD CN9308 TO CG BOARD CN9209 TO CR BOARD CN9107

HV BLOCK

TO PICTURE TUBE V901,V902,V903

(R) (G) (B)

2

TO 1/2

AC HOP VCC

7

5 6

TO DY

(R)(G)(B)

4

6

8

4

REF.

ANODE

CATMODE

Q5203

FOCUS PACK

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 81 – – 82 –

3 2

1

7

5

3

LEFT

RIGHT

BOTTOM

TOP

CN9600

UPPER

SENSOR

LOWER

SENSOR

RIGHT

SENSOR

LEFT

SR

18

I SEN U

I SEN LO

15

6

5

I SEN R

16

2

3

I SEN LE

17

6

5

1

7

1

7

IC9601(1/2)

IC9602(1/2)

IC9602(2/2)

IC9601(2/2)

11

XTAL

12

EXTAL

X9600 16MHz

9

I RESET

4

5

+5V

IC9609

DEF5V RESET

IC9607

PJED-CPU

108

PWMH2

6

I/BINT

48

MAIN SDA

50

MAIN SCL

D9604

32

33

34

36 37

4 44 7 8 27 45 62

49 46 47

55

O HSHIF

SDAL

SDAM

SCLS

O DREGI MUTE

I EXLC

I/DREG B

I VBLK

I HP

I EXODO

O YM

O YS

OB

OG

OR

Q9608

Q9606

BUFF

D9608

D9607

59

60

61

63 77

82

92 89 56 51 50

52 53 41

111 112

40

SCLM

PWM-14

PWM-13

SCLS

XMUTE

XTR

XBUSY

VBLK1

HBLK1

ODEVO

YSO

YSI

BI

GI

RI

CONV DSP

IC9606

5

PDAT

6

PCLK

7

WP

PJED NVM

IC9608

39

XWC

ODF

131

115

+12V7

1

5 6

2 3

6

20

23

22

17

19

26

31

30

33

35

21

29

28

IREGI MUTE

HC-PARA

DF-PARA

DF-DRV

V-PU LSE

H-PLS

/B INT

SDAT

SCLK

H SHIFT

RE YS/YM

V SHIFT

PSDA

PSCL

CN9601

IC9600

DFFILTER

BUFF

Q9605

Q9603

BUFF

Q9602

BUFF

ATT

Q9607

Q9604

ATT

RO

72

GO

69

BO

67

YMO

75

1

3 2

6

5

7

2

3

1

6

5

7

2

3

1

6

5

7

IC9610(1/2)

IC9610(2/2)

IC9611(1/2)

IC9611(2/2)

IC9612(1/2)

IC9612(2/2)

RH

15

RV

14

GH

12

GV

11

BH

9

BV

8

RE-B

36

RE-G37

RE-R39

6

ORH

12

ORV

PWMVI

17

OGH

22

OGV

27

OBH

33

OBV

142

OC

K

TO DS BOARD CN9400

AD

(PJED-CPU,PHOTO SENSOR BUFFER)

IC9603 ? REG

IN

OUT

?+5V

I/VP

SDAS SDAM

– 83 –

6-1-2. AD and SR Boards Block Diagrams

KP-FR43M31/FR43M91

RM-GA001

6-1-5. BH Board Block Diagram

CN3001

9

13 16 17 19 21 24 25 27 28 31 32 34 36 39 41 42 44 46 50

MS3.3V DET(NC)

RESET MID HD MID VD MID PR MID PB

MID Y

MID YS

PF SDAT PF SCLK

SUB HD

SUB VD SUB PR SUB PB

SUB Y

MS R(NC) MS L(NC) MAIN PR

MAIN PB

MAIN Y

Q3101

FL3101

L.P.

F

L.P.F

FL3102

Q3103

L.P.F

FL3103

Q3105

12 13

9

10

6

5

14

8

7

IC3103

OP AMP.

9, 13, 16

2, 4, 5

60 22

20

68 67 19 18 16 17

Q3308

BUFFER

Q3310

BUFFER

Q3312

BUFFER

IC3303

SUB Y

SUB CB

SUB CR

SUB VD 2

SUB HD

8

18

20

44 47 54 63 98 101 108 117

68 72 79 86 89 90 92 91 93 97 94

32

D0

A0

13

Y

CB

CR

124

131

140

147

155 156 157

77

226

230

216

222 215 214 212

18 28 30

51

52

203

32, 41, 43

26

4

24

Y

CB

CR

VD

4

CS

CLRK

CLK CKE RAS CAS

SDQM

WE

IC3306 AND

2 5

4

Y PB PR

VD

HD

125 124 123

MID

MID PB

MID PR

2, 4, 5 7, 8, 10 11, 13, 31 33, 34, 36 37, 39, 40 42, 45, 47 48, 50, 51 53, 54, 56 74, 76, 77 79, 80, 82 83, 85

60 22

20

68 67 19 18 16, 17 28, 59

D0

32

13

A0

CS

CLRK

CLK CKE RAS CAS

SDDQMO

MID YS MID VS MID HS

AD CONV.

IC3101

IC3301

MID

SDRAM

IC3302

Y

B

R

1

BH

DRC

LVD

S

CCP

8

CCP

8

V M

M

V

Q

IC3102

64M SDRAM

CN2004

TO A(2/2)BOARD

,Q3102

,Q3104

,Q3106

7, 8, 10

11, 13, 31 33, 34, 36 37, 39, 40 42, 45, 47 48, 50, 51 53, 54, 56 74, 76, 77 79, 80, 82

83, 85

-66

-27

-45

-50

-59

-66

-99

-105

-112

-120

-70

-74

-85

- D31

-A12

- 128

- 133

-144

- 149

85

83

-227

- 235

- 219

-225

129 - 133 136 - 140 143 - 147

150, 181 184 - 188

191 - 195 198 - 202

151 - 154 157 - 161

164 - 167

-Y

-66

-27

-D31

-A12

-X

-Y

-MF,A/D CONV.

(MY0-MY7)

( MC0 - MC7)

-HS

-VS

- CLK

-VS

-HS

168 170 172 174 173 177 180

17

SDDQMI

WE

179 178

+5V

SDA1

SCL1

Q3113

IC3105

1, 5

+5V

Q3313 Q3314

IC3310

IC3205

Q3306

Q3307

IC3311

1, 5

1, 2 3

4

+3.3V

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 84 – – 85 –

6-1-6. DS, G1 and T Boards Block Diagrams

D6306

HST

T6301

8

7

1

3 5

4

G1

(STBY POWER)

D6301,D6309

7

5

4

3

1

CN6303

RLY-7V

PCONT-1

PCONT-3

STBY-7V

PCONT-2

AC

TO A BOARD

CN6011

9

8AC-DET

KICK-VCC

D6303,6304

1 3 5SUR-1

RECT +

CN6301

Q6302

PH6301

9

D6307

(7)

(9)

IC6301

RECT SW UNIT

6

1

8

9

10

7

RY6301

D6302

SUR-2

AA

TO A(1/2)BOARD

CN6010

4

2

5

1 3

AC IN 1

CN6304

AC IN 2

AB

TO A(1/2)BOARD

CN6000

(EXCEPT OCEANIA MODEL)

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

K

TO AD BOARD

CN9601

(Page 81)

N

TO MG(2/2)BOARD

CN0007

(Page 86)

O

TO D BOARD

CN5016

(Page 80)

CN9400

-17VB

+17VB

/REGI MUTE

BV

BH GV GH

RV RH

V_PULSE H_PULSE HC-PARA

V_SHIFT DF-DRV

DF-PARA

+5V

/BINT PSCL PSDA SCLK SDAT

H_SHIFT

RE-YS/YM

RE-B RE-G RE-R

CN9403 REGI-R REGI-G REGI-B

REGI-YS/YM

H SHIFT PF SDAT PF SCLK

CN9401

DF_PARA

DF_DRV V_SHIFT

HC_PARA

H_PLS

V_PULSE

+17VB

-17VB

IC5801

2

-17V

4

+17V 6 8 9 11

12 14 15 17 19 20 21 22 23 24 26 28 29 30 31 33 35 36 37 39

2 4 6 8 9

11 12

1 2 3 4 5 7 9

11

+17V

-17V

+5V

IC9401

CONV.OUT2

15 16

2

6 7

13 14

(HV CONVORGENCE OUTPUT)

2

18

9

11

IC9400

CONV.OUT1

13 14

6 7

DS

CN5801

5

11

15

18

16

9

CN9405

1

BH-OUT

2

BV-OUT

3

BV-RET

4

BH-RET

CN9406

1

GH-OUT

2

GV-OUT

3

GV-RET

4

GH-RET

CN9407

1

RH-OUT

2

RV-OUT

3

RV-RET

4

RH-RET

TO DY(B)

TO DY(G)

TO DY(R)

A1

TO MG(1/2)BOARD

CN0405

B1

TO MG(1/2)BOARD

CN0406

R G B

BLK

TEXT-CV

CLK

DATA MID-HS MID-VS

5V

CN5803

4 3 1

1 2 3 5 6 7

1

BUFFER

Q5809

BUFFER

+5V

IC5802

3.3V REG

IN CTRL

Q5808 Q5807 Q5806 Q5801

OUT

45

D5803

+3.3V

Q5803

INV.

Q5811

INV.

TELTEXT DECODER

48

R

47

G

46

B

52

VDS

31

CVBS0

81

SLL0

82

SDA0

53

HSYNC

55

VSYNC

73

RESET

72

RESET

71

XTAL OUT

70

XTAL IN

(TELTXET)

T

X5801 12HMz

– 86 – – 87 –

KP-FR43M31/FR43M91

RM-GA001

6-1-7. HA1 and HB1 Boards Block Diagrams

HA1

(SIRCS,KEY)

+5V

S1000-1005

S1006,1007

Q1000

LED DRIVE

D1006 D1007

GR

+5V

Q1001 LED DRIVE

D1005 POWER/OFF TIMER

CN1000

1

STBY5V

3

KEY1

4

KEY2

7

LED G

8

LED R

10

KEY WAKE

K

TO MG(1/2)BOARD

CN0004

VIDEO 4

INPUT

HEADPHONE

J1100

J1101

S-VIDEO

J1102

AUDIO

VIDEO

L

R

HB1

VIDEO 4 INPUT HEADPHONE JACK

CN1100

1

V4

-

R

V4

3

-

L

V4

-SSW

5

-

7V4

Y

-

9V4

C

-

11 V4

V

CN1101

HP SW

2 6HP L 4HP R

A

TO UG BOARD

CN1501

F

TO MG(1/2)BOARD

CN0301

– 88 –

6-1-8. MG (1/2) Board Block Diagram

50

48

46

42

40

37

35

34

31

29

28

24

21

20

18

17

16

15

14

13

11

9

8

4

2

CN0002

10

MAIN R

MAIN L

L MUTE

SUB BYPASS SW

M SCLK M SDAT MT AGC MT AFT

MT HSYNC

MT STEREO

MT SAP

MT FMONO

ST AFT

ST HSYNC

MT MODE

B-OVP

SP MUTE

AUDIO PROT

DF DAC P.C O NT

B OCP

DGC

ZERO DET

PRE SP WF

PRE SP L PRE SP R

2

5

ATT S W

AMP SW

THR SW

CN0050

CN2003

TO A(2/2)BOARD

M SCLK M SDAT

Q0007

INV

Q0022

MT AGC

MT AFT

MT HSYNC

MT STEREO

MT SP

MT FMONO

ST AFT

ST HSYNC

5

7

IC0003 NVM

6

8

5V

IC0051

BUS SW

1 6

2 5

M SCLK

M SDAT

SDAT

SCLK

HVM.WP

B OVP

AUDIO PROT

Q0010

SW

Q0004

7 8

6 5

IC0005 NVM2

12V

MUTE

D0501

O-P-MUTE

D0003

31

D0007

29

O-A-MUTE

D0054

L MUTE

SP MUTE

31

28Q0058 Q0059 Q0060 Q0061

PF SCLK

PF SDAT

30

29

6

1

5

2

12C SW

IC0007

27

Q0063

M SCLK

M SDAT

65

11

CPU

IC0001

IC0002

PF MICRO

21 33 64 62 51 63 61 60 59 58

YS RGB VS HS

10

8

7

5

4

3

CN0004

CN0001(1/2) 8 9

10

13

27 28

30 31

43 44 45 46 48 50

BINT

SUB OSD RGB

SUB OSD YS

HV PROT

SUB VD SUB HD

PF SCLK PF SDAT

DRC PXN

DRC PXI

RESET

DRC FILM

DRC LW

FFSW

4

6

2

HP R

HP L

HP SW

CN0301

PF SCLK PF SDAT

2

37

8

31

7

32

IC0302

AUDIO PROCESSOR

3 2 5 6

1

7

IC0301

AMP

MAIN L MAIN R

SP L SP R

Q0304 Q0306

Q0302 Q0303

MG(1/2)

BDAT

BCLK

CN1000

TO HA1 BOARD

CN2005

TO A(2/2)BOARD

TO HB1 BOARD

CN1101

S

K

R

F

MUTE

BCLK

BDAT

+5V

Q0020

SW

NVM WP

47

73

BUS SW

SP MUTE

(MASTER /PF MICRO , AUDIO PROCESSOR , COMPONENT I/F. )

12V

Q0009

79

D0058

D0057

D0010

2

TO 2/2

B_INT HV PROT SIRCS KEY1 KEY2 POWER_LED STBY_LED

12 33 4 91 92 23 22 93

KEY1 KEY2 SIRCS

POWER-LED

STBY-LED

KEY WAKE

INA INB

OUTA OUTB

4

TO 2/2

WC SCL

SDA

Q0011 Q0012 Q0016

16 15

SCL-NVM SDA-NVM

35

8,9

17

O-AC-RLY I-OCP

O-DGC-RLY I-ZERO-DET

IO_BCLK IO_BDAT

36

5

O-NVM-WE

6

24

100

I-OVP O-DF-PH I-AUDIOPROT

28

O-MODE

86 85 95 26 27 32 84 96

O-AGC-ATT I-MT-AFT I-MT-HSYNC I-MT-ST I-MT-SAP O-MT-FMONO I-ST-AFT I-ST-HSYNC

I-BINT

I-HV-PROT

I-SIRCS

I-KEY1 I-KEY2

O-POWER_LED

O-STBY_LED

I-KEY_WAKE

59 62 64 74 73

O-R

O-G

O-B O-YM O-YS

Q0069,Q0070

IO-SCLK IO-SDAT

3 4

O_BUS_SW

O_L_MUTE

WP

SCLK

IO_BCLK IO_BDAT O_NVM_WP

IO_SDAT IO_SCLK

O_BYPASS_SW

1

TO 2/2

C_ABL_AT

I_BINT

O_PF_IRQ

O-YS

O-G I.OSD-V I.OSD-H

O-RESET

O-DRC-PXN

O-DRC-PXI

O-DRC-FILM

O-DRC-LW

O-DRC-FF

O-SP-MUTE

O_ATT

O_RF_THR

O_RF_AMP

46

97

99

TO ANT SW

D0059

D0056

Q0068

I_PF_IRQ

O_PF_BINT

O_PROT_MUTE

18 48

34

3

TO 2/2

14 13

IO_SCLK IO_SDAT

67

10

41

3

7

4142MID VD

MID HD

7

6

4

3

1

CN0406

CN5803

TO T BOARD

B1

TEXT-CV

CLK

DATA MID-HS MID-VS

5V

1

3

4

5

CN0405

CN5801

TO T BOARD

A1

R G B

BLK

4TEXT-CV

M_SCLK

M_SDATA

Q0423 Q0424 Q0425 Q0426

INV.

Q0431

BUFFER

Q0017 Q0050

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 89 – – 90 –

6-1-9. MG (2/2), CR, CG, CB and VM Boards Block Diagrams

CN2005

TO A(2/2)BOARD

21

HC PARA

33

MID-YS

41

MID-VD

37

34

MID-PB

MID-Y

CN0001(2/2)

MID-HD

42

6JIG_B

IC0401

YCJ

IKIN

24

HP PARA

8

28

B OUT

30

G OUT

R OUT

32

H-DRV

4

DPOT OFF

40

HS IN

55

CB IN

48

47

Y IN

Q0419 BUFF

BUFF

Q0420

49

CR INMID-PR

39

Q0422 BUFF

6

VS IN

41

YF OFF

Q0408 BUFF

H DRV

12

7

HC PARA

R IN

38

G IN

37

B IN

36

YSYM

34

JIG SCP 7

DF PARA 22

AFC PULSE 16

EW PARA 23

53

SCL

52

SDA

10

DF PARA

54

SCP

HP IN

1

EW-DRV

11

20V DRV-

19

V DRV+

18

V DRV-

19

V DRV+

22

ABL IN

57

H PROT

56

V PROT

ABL 18

H PROT 15

V PROT

14

JIG_RG 5

Q0417

BUFF

Q0415

BUFF

+9V

D0403D0408

Q0410

OFF SET

SW

42

VM OUT

CERA

63

64

L2 FIL

2.7MHz

X0401

G DRV

B DRV

+12V

IK

SABL

POWER-MUTE

3

5

7 8 9

10

1

R DRV

11

OFF SET

+12V

Q0416,0418

CLAMP

+9V

Q0409 BUFF

VM3

1

+9V

CN0404

CN0403

+9V1

3

VM

CN0402

+9V1

3

VM

+9V

9 8

CN007

6 4 2

Q0401-0404

BUFF

CN0401

MG(2/2)

(Y/C/J)

CN9103

R

4

3

1

2

SABL

+12V

IK

Q9105

BUFF

Q9102,9104

BUFF

1K

7

V IN

212

V OUT

VIDEO OUT

IC9101

+12v

Q9101,9103

GAMMA COMP

+12V

J9101

H2

10

7

6

11

9

4

8

?

G1

KR

5G1

+210V1

H(-)

7

6

H(+)

CN9101

CN9102

IK

2

1

4

+12V

SABL

+12V

1

CN9107

G2

+200V

TO FOCUS

BLOCK

V901

PICTURE TUBE

TO HV BLOCK

CR

(R OUTPUT)

(G OUTPUT)

CG

TO HV BLOCK

PICTURE TUBE

V902

BLOCK

TO FOCUS

+200V

G2

CN9209

1

+12V

SABL +12V

4 1

2

IK

CN9204

CN9202

H(+)

7 6

H(-)

1 +200V

?7

GND

KG

?

1 8

6

10

G2

J9201

IC9201

VIDEO OUT

V OUT

122

7

BUFF

Q9204

H(+) H(-)

6 7

1

+200V

CN9201

G 2

CN9205

Q9202 IK DET

CN9203

SABL

4

1

2

+12V

IK

+200V

+12V

+200V

IK

+12V

4 1

2

SABL

CN9309

CN9302

+200V

1

7

6

H(-)

H(+)

Q9309 BUFF

1K

7

V IN-

2

12

V OUT

VIDEO OUT

IC9301

+210V1

H(-)

6 7

H(+)

CN9301

+12V

+200V

CB

(B OUTPUT)

B P MUTE OFFSET

1 3 4

CN9303

Q9306,Q9307

Q9311

ABL

3

RC+

TO HV BLOCK

PICTURE TUBE

V903

BLOCK

TO FOCUSG2

C9308

1

H26

K8 H1

G1 G1 G1 G1

8 7

4 5 9

11

10

G2

J9301

IKDET

Q9302

Q9303 MUTE

Q9301,9304,9305

PEAK

+12V

D9303

P

CN5003

TO D(2/2)BOARD

+12V

R

N

CN9403

TO DS BOARD

24

MP PARA

4

TO 1/2

1

2

TO 1/2

Q0405,0406

BUFF

11 12

H_SHIFT

REGI_YSYM

REGI_B REGI_G REGI_R

PR_SDAT PF_SCLK

PF_DAT PF_SCL

VM3

1

+9V

CN9002

+9V

Q9001-9010

BUFFER

VM OUT

Q9011

Q9012

VM OUT

CN9003

8 7 6

3 2 1

VM VM VM

GND GND GND

TO VM COIL

VM

(VELOSITY MODULATION)

3

TO 1/2

Q0411-0412

CLAMP

+9V

1K

V IN

Q9201,9203

GAMMA COMP

PF_SDAL PF_SCLK

Y

B-Y

R-Y

R

G

B

R R

G G

B

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 91 – – 92 –

6-1-10. UG Board Block Diagram

12

3

4

V1

L1

R1

V2

L2

R2

R

B

P /R-Y

P /B-Y

Y

VG

VB

VR

L

R

J1508

J1504

11

9

7

5

3

1

V4

CN1501

46

45

38

37

35

34

32

31

28

25

22

21

20

19

18

17

14

13

11

10

9

6

5

1

CN1502 MT

M SDAT M SCLK ST L MUTE

ST

MT MT

MAIN L MAIN R SUB HD SUB VD SUB PR SUB PB

SUB Y

MAIN Y/CV MAIN C/PB

MS L

MS R PF SCLK PF SDAT

SUB OSD RGB

SUB OSD YS

MAIN PR

A

B

V2

L2

R2

Y1

C1

S1

V1

L1

R1

Q1502

BUFFER

J1502

17

11 12 13 14

6 7 8 9

79

1

V2

S1 V1 Y1 C1

S4 V4 Y4 C4

BUFFER

Q1501,Q1523

AUDIO SW

IC1502

SCL/SDA

SCL SDA

Q1503 Q1504

Y PB PR

YCT SUB

IC1801

Q1801 Q1802 Q1803

BUFFER

Q1507

MUTE

43 44 39

42 41 40

28 27 26 22

Q1505

BUFFER

Q1513 Q1512 Q1511

BUFFER

58 59 60

71

L6

R6

L3

R3

VOUT

LOUT

ROUT

AV S W

IC1501

UG

Y/PB/PR Y/PB/PR

VIDEO

AUDIO L

AUDIO R

AUDIO L

L2 R2 L1 R1

L4 R4

VD HD

PR PB

Y

MSL MSR

CN1100

TO HB1 BOARD

TO A(2/2)BOARD

CN2015

-V IN

-C IN

-Y IN

- SSW IN

-L IN

-R IN

-CV

-L

-R

, Q5124

,Q1508 , Q1510

,Q1506

(AVSW,COLOR DECODER,INPUT TERMINAL)

39TEXT

Q1545

CVOUT3

CV/YOUT1 C/CBOUT1

CROUT1

Q1701,Q1702

T1501

134

6

CENTER

J1505

V3

J1503

3

(VIDEO IN 3)

(MONITOR OUT)

R

L

(COMPONENT IN2)

R

B

P /R-Y

P /B-Y

Y

VG

VB

VR

L

R

J1509

R

L

(COMPONENT IN1)

LH

RV

2P

J1510

L5

R5

IN8-CR

IN8-CB

IN8-Y IN7-V

IN10-CR

IN10-CB

IN10-Y

IN10-L1/H

IN10-L1/V

IN9-SW

Q1707 Q1711

BUFF

MAIN COLOR DECODER

IC1701

44

CVBS/V2

43

C2

72

73

35

34

33

YOUT3

COUT3

IN9-CR

IN9-CB

IN9-Y

INB

INA

OUT

IC1703

Q1712Q1705

41

2

9

4

23

22

21

CrOUT

CbOUT

YOUT

HS

VS

1

CVBS/V1

Q1713,Q1714

Q1715,Q1716

IN6-CV

IN5-S IN5-V IN5-Y IN5-C

IN4-S IN4-CV IN4-Y IN4-C

IN1-CV IN2-CV

EXT_XTAL

51

4MHz

X1501

2

(VIDEO IN 2)

(VIDEO IN 1)

J1501

1

13 14 19 20

7 8

IN5-L IN5-R IN7-L IN7-R

IN3-L IN3-R

26 25

28 29 39 37 22 23

IN9-R IN9-L

IN10-L IN10-R LOUT1 ROUT1 IN8-L IN8-R

4 5

IN2-L

IN2-R

2 1

IN1-R

IN1-L

16 17

IN6-L

IN6-R

10 11

IN4-L

IN4-R

33 35

ROUT2

LOUT2

4 9

23 22 21

33 34 35 36

44

43

13

14

38

SCL

SDA

16.2MHz

X1801

1

CVBS/Y2

CVBS/Y1

C2

SCL

SDA

Xtal

VS HS

CrOUT CbOUT YOUT

B2 G2 R2 YS2/YM

Q1514,Q1517

BUFFER

Q1515,Q1516

BUFFER

67

68

CV/YOUT2

C/CBOUT2

76 77

SCL SDA

SCL

SDA

VIDEO 7

31 32

SCL SDA

SCL

SDA

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 93 – – 94 –

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

6-2. CIRCUIT BOARDS LOCATION

SR board

HA1 board

HC1 board

HX board

VM board

CG board

CB board

D board

MG board

A board

UG board

SR board

AD board

T board

VM board

CR board

HB1 board

BH board

G1 board

DS board

6-3. SCHEMATIC DIAGRAM INFORMATION

Note:

• All capacitors are in µF unless otherwise noted. (pF: µµF) Capacitors without voltage indication are all 50 V.

• Indication of resistance, which does not have one for rating electrical power, is as follows.

Pitch: 5 mm Rating electrical power 1/4W (CHIP: 1/10W)

• All resistors are in ohms.

• : nonflammable resistor.

• : fusible resistor

• ¢ : internal component.

•: panel designation or adjustment for repair.

• All variable and adjustable resistors have characteristic curve B, unless otherwise noted.

• All voltages are in V.

• : earth-ground.

• : earth-chassis.

• All voltages are in V.

• Readings are taken with a 10 MΩ digital multimeter.

• Readings are taken with a color-bar signal input.

•Voltage variations may be noted due to normal production tolerances.

• ✽ : Cannot be measured.

• NO MARK : PAL

• Circled numbers are waveform references.

•: B +bus.

•: B –bus.

• ÷ : signal path.

Reference information

RESISTOR : RN METAL FILM

: RC SOLID : FPRD NONFLAMMABLE CARBON : FUSE NONFLAMMABLE FUSIBLE : RW NONFLAMMABLE WIREWOUND : RS NONFLAMMABLE METAL OXIDE

: RB NONFLAMMABLE CEMENT 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 component identified by shading and

mark ! are critical for safety. Replace only with part number specified.

Note: “A” board schematic diagram is divided into 7 blocks.

Each block is named by its function and block “number”. eg: Processor (Block 001) Joint connection between boards can be identified using the block number followed by the grid's guide. eg: -<PWR-OFF MUTE 002 : 4E Meaning: Block 001 joint "PWR-OFF MUTE" is connected to Block 002 joint "PWR-OFF MUTE" located at grid 4E.

Terminal name of semiconductors in silk screen printed circuit (*)

Device Printed symbol Terminal name Circuit

1

Transistor

2

3

Diode

4

Diode

5

Diode

6

Diode

7

8

Diode

9

Diode

0

Diode

qa

Diode

qs

Transistor

qd

(FET)

Transistor

qf

(FET)

Transistor

qg

(FET)

Transistor

qh

qj

Transistor

qk

Transistor

ql

Transistor

w;

Transistor

wa

Transistor

ws

Transistor

wd

Discrete semiconductot

–

(Chip semiconductors that are not actually used are included.)

Collector

Base Emitter

Collector

Base Emitter

Cathode

Anode

(NC)

Cathode

Anode

(NC)

Common

Cathode

Anode

Common

Anode Cathode

Common

Anode Anode

Common

Anode Anode

Common

Cathode Cathode

Common

Cathode Cathode

Anode

Cathode

Anode

Drain

Drai

n

E2

C1 E1

E1

C2

Anode

Source

Gate

Source

Gate

Source Drain Gate

Emitter Collector Base

B1 E1C2 B2 C1

B2 E2 B1 C2

B2 E2C1

B1 C2

B2 E2C1

B1 C2

B1 E1E2

C1(B2)

(B2)

E1 E2B1

C2C1

(B2)

E1 B1E2

C1C2

Cathode

Anode

D

G

D

S

B1

C1

B1

C1

B1

C1

D

G

S

D

G

C1

E1

C1

E1

E2

G

S

C2

B2

E2

C2

B2

E2

B2

C2

C2C1(B2)

E2 E2E1(B2)

C2 C2E1(B2)

C2

Ver.1.5

– 95 – – 96 –

6-3-1. A Board (Block 001)

J

8 10 14

E

B

K

11 15

G

D

1

D

L

4 12 16

E

I

2 6

A

7

C

J

13

G

K

A1

H

3

L

F

5

F

H

I

A

9

C

B

,

1

2

2P

CN6000

RECT+

RECT-

1

1P

CN6003

ANT E

1

1P

CN6004

200V

1

1P

CN6002

GND

1

CN2010

XX

GND

1

CN2013

XX

GND

1

CN2021

XX

GND

1

2

CN6012

XX

RECT+

RECT-

JW6030

XX

JW6031

XX

JW6028

XX

JW6026

XX

JW6036

XX

VD6000

JW6032

XX

JW6033

XX

JW6035

XX

JW6034

XX

JW6006

XX

JW6007

XX

10W

RB

0.22

R6002

10W

RB

0.22

R6004

JW6008

XX

JW6009

XX

FH6000

FH6001

1

2

2P

CN6001

AC IN(N)

AC IN(L)

7.5MM

JW6000

7.5MM

JW6001

JW6002

XX

JW6003

XX

JW6004

XX

JW6005

XX

MMDL914T1

D6000

D6SB60L

D6005

JW6014

XX

JW6015

XX

R6009

*

JW6017

XX

JW6018

XX

JW6019

XX

JW6020

XX

JW6021

XX

JW6022

XX

VD6002 *

JW6024

XX

JW6023

XX

100uH

L6002

123

CN6015

XX

GND

STBY7V

AC-DET

1

3

CN6009

XX

THSW-2

THSW-1

XX

FB6101

XX

FB6102

RY6100

XX

Q6104

XX

Q6103

XX

D6112

XX

C6114

*

C6115

D6116

*

D6117 * DETECT

10ERB20-TB5

D6114

*

C6116

XX

C6123

2SD774-T-34

Q6107

MSB709-RT1

Q6109

100

C6120

D6125

XX

Q6106

D6119

XX

MSB709-RT1

Q6110

MSD601-RT1

Q6111

MSD601-RT1

Q6112

MMDL914T1

D6123

D6110

XX

MSD601-RT1

Q6102

MMDL914T1

D6115

MSB709-RT1

Q6105

MSD601-RT1

Q6108

1

C6119

MMDL914T1

D6121

MMDL914T1

D6122

XX

C6121

UDZ-TE-17-18B

D6108

IO

G

NJU7223F50

IC6100

22

C6112

D1NS4-TR2

D6109

D6128

XX

0uH

FB6200

10uH

L6203

25V

1000

C6200

EC31QS03L-TE12L

D6200

68uH

L6206

10uH

L6209

16V

1000

C6212

16V

470

C6215

DTZ10B

D6207

MMDL914T1

D6208

25V

1000

C6201

0uH

FB6201

10uH

L6204

EC31QS03L-TE12L

D6201

10uH

L6210

68uH

L6207

MMDL914T1

D6206

10V

1000

C6213

10V

1000

C6216

UDZ-TE-17-6.8B

D6205

MMDL914T1

D6204

25V

1000

C6202

68uH

L6208

12345

SI-8033S

IC6202

10uH

L6211

EC31QS03L-TE12L

D6202

0uH

FB6202

100uH

L6205

6.3V

1000

C6214

6.3V

1000

C6217

RD5.6SB-T1

D6203

Q6215

XX

Q6217

XX

FPRD

0.47

R6232

1

1P

CN6013

ANT

XX

C6206

Q6202

XX

Q6205

XX

R6233

XX

L6212

XX

C6237

1234 5

IC6203

XX

D6209

XX

Q6209

XX

Q6210

XX

D6213

XX

L6213

XX

L6215

XX

C6240

D6211

XX

D6212

XX

C6246

1

2

3

CN2016

XX

DD-GND

DV15V

N.C.

1

3

CN6007

XX

AC

1

3

CN6008

AC IN1

1

4

4P

CN6006

AC IN

1

4

4P

CN6005

AC OUT

1

2

3

4

5

6

7

8

9

10

10P

CN2011

+15VA

H_PLS

DF DAC

GND

AC_RLY

+B_OVP

+B_OCP

GND

1

2

3

4

5

6

7

8

9

10

10P

CN2012

MAIN33V

DQP DAC

BS 9V

GND

N.C.

GND

+12V

SET_ON

V_PARA1

V_PARA2

1

2

3

4

CN2018

XX

V_PARA2

V_PARA1

GND

DQP DAC

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

50P

CN2003

GND

MAIN_R

GND

MAIN_L

GND

VAR/FIX_L

VAR/FIX_R

L_MUTE

SUB_BYPASS_SW

M_SCLK

M_SDAT

GND

MT_AGC

MT_AFT

MT_HSYNC

MT_STEREO

MT_SAP

MT_FMONO

GND

ST_AFT

ST_HSYNC

ST_SAP

ST_STEREO

MT_MODE

BS_REC

+5V

UV_SAVE

B_OVP SP_MUTE HP_MUTE

AUDIO_PROT

GND

DF DAC P.CONT

GND

B_OCP

AUDIO_MUTE

STBY +5V

DGC

+3.3V

ZERO_DET

N.C.

AUDIO_GND

+12V

PRE_SP_WF

AUDIO_GND

PRE_SP_L

AUDIO_GND

PRE_SP_R

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

50P

CN2004

GND

MAIN 9V

GND

3.3V

5V

MS 3.3V

+MS3.3V-DET

FFSW

DRC_LW

DRC_FILM

RESET

DRC_PXI

DRC_PXN

MID_HD

MID_VD

GND

MID_PR

GND

MID_PB

GND GND

MID_Y

MID_YS

GND

PF_SDAT

PF_SCLK

ID

GND

SUB_HD

SUB_VD

GND

SUB_PR

GND

SUB_PB

GND

SUB_Y

GND MS_R

MS_L

GND

MAIN_PR

GND

MAIN_C/PB

GND

MAIN_Y/CV

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

50P

CN2005

GND

MAIN_Y/CV

GND

SUB_SLICER_Y

R/G

B

SCP

BINT

SUB_OSD_RGB

SUB_OSD_YS

SIRCS

H_DRV

HV_PROT

V_PROT

H_PROT

AFC_PLS

GND

ABL

V_DRV+

V_DRV-

HC_PARA

DF_PARA

EW_PARA

MP_PARA

H_PLS

GND

SUB_VD

SUB_HD

ID

PF_SCLK

PF_SDAT

GND

MID_YS

MID_Y

MAIN 9V

GND

MID_PB

GND

MID_PR

GND

MID_VD

MID_HD

DRC_PXN

DRC_PXI

RESET

DRC_FILM

GND

DRC_LW

GND

FFSW

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

50P

CN2015

MT_CV

GND

MAIN 9V

GND

M_SDAT

M_SCLK

GND

ST_CV

L_MUTE

ST_L

BYPASSSW/ST_R

MT_L

MT_R

VAR/FIX_R

VAR/FIX_L

MAIN_L

MAIN_R

SUB_HD

SUB_VD

SUB_PR

SUB_PB

GND

SUB_Y

+5V

GND

MAIN_Y/CV

GND

MAIN_C/PB

MAIN_PR

GND

MS_L

MS_R

ID

PF_SCLK

PF_SDAT

SUB_SLICER_Y

HOLDN

R/G

B

SCP

BINT

SUB_OSD_RGB SUB_OSD_YS

SIRCS

GND

STBY 5V

GND

1

2

3

4

5

6

7

8

9

10

10P

CN2006

GND

H_DRV

GND

HV_PROT

HOLD DOWN

GND

V_PROT

H_PROT

GND

AFC_PLS

1

2

3

4

5

6

7

8

9

10

10P

CN2007

ABL

N.C.

V_DRV+

V_DRV-

GND

HC_PARA

DF_PARA

GND

EW_PARA

MP_PARA

DEFLECTION_2

001:3L

DEFLECTION_1

001:2L

JIG 001:7J

DEFLECTION_2

001:3I

SUB_YPBPR

001:7I

DEFLECTION_1

001:3H

AUDIO 001:7H

M_SIIC

001:7G;002:2C;002:2E

MAIN_TU

002:2D

SUB_TU 002:2D

AUDIO_OUT 002:2H

M_SIIC

001:6H;002:2C;002:2E

AUDIO

001:6G

SUB_YPBPR

001:3J

MS_LR

001:2J

JIG

001:3G

ID,PF_SCLK,PF_SDAT

001:3I;001:7J

ID,PF_SCLK,PF_SDAT

001:2I;001:7J

ID,PF_SCLK,PF_SDAT

001:2I;001:3I

DF_DAC 001:5I H_PLS 001:3I

H_PLS

001:16D

DF_DAC 001:16D

BINT,SIRCS

001:7K

BINT,SIRCS

001:3H

MT_L,MT_R,ST_L,ST_R

002:2D

MSB709-RT1

Q2000

10

JW2001

20

JW2002

+B_OCP

001:16E

+B_OVP

001:5I

+B_OVP

001:16E

+B_OCP

001:5J

+12V 001:16B

+12V 001:6J

ZERO_DET 001:5J

ZERO_DET 001:16B

MT_VIDEO,ST_VIDEO

002:2D

RF_9V

002:12C;002:2B

RF_5V 002:12C

+33V

002:12C;002:2B

AUDIO_GND 002:2H

MAIN_YPBPR

001:2K

MAIN_YPBPR

001:7I

MS_LR 001:7I

MS3.3V-DET,MS_3.3V

001:2G

SUB_OSD

001:3G

MID/DRC 001:3K

SUB_OSD

001:7J

3.3V

001:16J;;002:5A

5V

001:16H;001:6I

3.3V 001:16J;001:2G;002:5A

5V

001:16H;001:2G

MID/DRC

001:2I

5V 001:2G;001:6J

3.3V

001:2G;001:6J;002:5A

STBY_5V 001:6J

STBY_5V 001:16F

S

Q6201

XX

S

Q6204

XX

S

Q6203

XX

S

Q6200

XX

MAIN_9V

002:7G

D6127

XX

D6216

XX

D6218

XX

D6217

XX

JW6101

XX

JW6102

XX

1

2

3

WHT

3P

CN2014

GND

BS 5V

BS 9V

1

2

CN6102

XX

CHECK

123

CN6100

XX

DGC

N.C.

DGC

123

CN6101

XX

DGC

N.C.

DGC

TH6101

XX

C6009

XX

C6014

XX

1

CN6014

XX

W2001

W2002

MS3.3V-DET,MS_3.3V

001:16H

135

CN6010

RECT+

SUR2

SUR1

1

3

2

4

9

8

7

T6101

*

250V

6.3A

F6000

1

23

4

1

23

4

L6001 1-433-900-31 LFT

12345

SI-8090S

IC6200

12345

SI-8050S-LF1101

IC6201

MM3Z3V0T1

D6215

1

2

3

4

T6002

XX

1

2

3

4

T6003

XX

1

23

4

T6004

XX

1

23

4

T6005

XX

MMDL914T1

D6120

JL6072

*

C6012

D6006 * RECTIFIER

D6007

D6210

XX

D6214

XX

*

C6011

220

C6110

~

D6113

*

1

2

3

4

D6118

XX

R6010

*

R6011

*

RY6000

25V

0.1

F:CHIP

C6234

250V

0.0047

F

C6008

25V

0.1

F

C6225

CHIP

0

JR6211

RN-CP

1k

R6113

RN-CP

33

R6210

250V

0.0047

F

C6007

*

C6004

CHIP

0

JR6204

XX

R6247

CHIP

0

JR6201

RN-CP

1k

R6231

250V

PT

0.47

C6001

XX

R2017

RN-CP

22k

R6115

XX

C6010

25V

0.1

F:CHIP

C6222

XX

JR6507

PT

0.47

C6003

XX

C6104

RN-CP

1k

R6209

XX

C6238

XX

R6249

RN-CP

47k

R6130

RN-CP

47k

R6127

XX

R6112

*

R6121

XX

R6230

*

C6013

RN-CP

10k

R6116

XX

C6226

RN-CP

3.3k

R6207

25V

0.1

F

C6204

RN-CP

1k

R2098

RN-CP

100

R2103

RN-CP

47k

R6125

25V

0.1

F

C6230

XX

R6215

0.0022 B:CHIP

C6126

XX

R6222

XX

C6228

XX

R6214

1/2W

1M

R6017

XX

R6229

*

R6117

XX

JR6101

XX

C6224

25V

0.1

F:CHIP

C6111

XX

JR6102

XX

C6109

0.0022

B:CHIP

C6127

XX

C6006

250V

4700p

B

C6000

CHIP

0

JR6207

*

R6132

RN-CP

47k

R6128

C6107

XX

R6217

XX

R6016

XX

C6106

XX

R6227

XX

C6016

XX

R6006

XX

R6015

25V

0.1

F

C6203

XX

C6229

XX

R6007

XX

R6005

XX

R6212

XX

C6105

*

C6002

XX

C6248

RN-CP

22k

R6119

RN-CP

1k

R6118

XX

C6242

XX

R6226

XX

C6101

1W

RN

8.2M

R6001

RN-CP

47k

R6129

XX

C6219

XX

R6245

25V

0.01

B

C6118

XX

C6247

RN-CP

22

R6206

RN-CP

10k

R6111

CHIP

0

JR6209

RN-CP

22k

R6126

25V

0.1

F:CHIP

C6205

0.0022

B:CHIP

C6125

R6014

*

RN-CP

47k

R6124

RN-CP

22k

R6122

XX

R6243

CHIP

0

JR6200

16V

0.1

B:CHIP

C6220

25V

0.1

F:CHIP

C6227

XX

R6213

XX

C6122

CHIP

0

JR6202

XX

R6114

C6108

XX

C6017

*

R6120

XX

C6218

*

C6015

XX

R6223

CHIP

0

R2001

*

R6013

RN-CP

10

R6208

XX

JR2004

*

R6012

250V

PT

0.22

C6005

XX

R6216

XX

R6008

RN-CP

1k

R6211

RN-CP

10k

R6123

CHIP

0

JR6213

XX

R6225

CHIP

0

JR6206

123456789

CN6011

RLY7V

GND

PCONT1

PCONT2

PCONT3

GND

STBY7VAC-DET

KICK-VCC

FFSW

DRC_LW

DRC_FILM

RESET

DRC_PXI

DRC_PXN

MID_HD

MID_VD

MID_PR

MID_PB

MID_Y

MID_YS

SUB_PR

SUB_PB

SUB_Y

H_DRV

HV_PROT

V_PROT

H_PROT

AFC_PLS

ABL

V_DRV+

V_DRV-

HC_PARA

DF_PARA

EW_PARA MP_PARA

MID_YS

MID_Y

MID_PB

MID_PR

MID_VD

MID_HD

DRC_PXN

DRC_PXI

RESET

DRC_FILM

DRC_LW

FFSW

R/G

B

SCP

EW_PARA

DF_PARA

HC_PARA

V_DRV-

V_DRV+

ABL

MP_PARA

H_PROT

V_PROT

HV_PROT

H_DRV

AFC_PLS

MAIN_R

MAIN_L

VAR/FIX_L

VAR/FIX_R

L_MUTE

M_SCLK

M_SDAT

MT_AGC

MT_AFT

MT_HSYNC

MT_STEREO

MT_SAP

MT_FMONO

ST_AFT

ST_HSYNC

ST_SAP

ST_STEREO

SP_MUTE

HP_MUTE

AUDIO_PROT

PRE_SP_WF

PRE_SP_L

PRE_SP_R

MT_MODE

M_SCLK

M_SDAT

VAR/FIX_R

MAIN_L

VAR/FIX_L

MAIN_R

L_MUTE

SUB_Y

SUB_PB

SUB_PR

SUB_VD

SUB_HD

MS_R

MS_L

R/G

B

SCP

MS_3.3V

MS3.3V-DET

MS_3.3V

PF_SDAT

PF_SCLK

ID

PF_SDAT

ID

PF_SCLK

ID

PF_SCLK

PF_SDAT

BINT

SIRCS

BINT

SIRCS

ST_L

ST_R

MT_R

MT_L

MT_VIDEO

ST_VIDEO

MS3.3V-DET

MAIN_PB

MAIN_YMAIN_Y

MAIN_PR

MAIN_PB

MAIN_Y

MS_R

MS_L

Y

RGB

YS

RGB

YS

Y

SUB_VD

SUB_HD

9V REGULATOR

5V REGULATOR

3.3V REGULATOR

LOCAL REGULATOR

DG/STBY-2 BLOCK

SPARK GAP

A

POWER SUPPLY

TO G1 BOARD CN6301

TO G1 BOARD

CN6304

TO HC1 BOARD

CN1050

TO HC1 BOARD

CN1051

TO D (BLOCK001)

CN6400

TO G1 BOARD

CN6303

TO UG BOARD

CN1502

TO BH (BLOCK001)

CN3001

TO MG (BLOCK001)

CN0001

TO MG(BLOCK001)

CN0002

TO D (BLOCK001)

CN5007

TO D (BLOCK001)

CN5006

TO D (BLOCK001)

CN5004

TO D (BLOCK001)

CN5005

DGC COIL

DGC CHECK

DGC COIL

L6000 1-433-900-31 LFT

*

PROTECT

AC RECT

*

RECTIFIER

DETECT

+5V REGULATOR

RELAY DRIVE

DETECT

RELAY DRIVE

REGULATOR

XX

DETECT

ZERO DETECT

RELAY DRIVE

OUP/OCP DETECT

3.3V REGULATOR

1

3

2

5

STANDBY

3.3V

5V

4

STBY 5V

3.3V

+12V

+5V

Main 9V

+12V

+33V

+15V

5V

3.3V

STBY 5V

DV15V

RF5V

RF9V

STBY 5VSTBY 5V

STBY 7V

9V

B-AX1(05)12800-ME.-A..(Block 001)-FR43

(BLOCK001)

1-533-223-11 FUSE HOLDER

1-804-995-21 VARISTOR

145641411

6

!

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 97 – – 98 –

6-3-2. A Board (Block 002)

1

1P

CN2019

MS

16V

100

C2029

100uH

L2003

16V

100

C2030

100uH

L2004

Q2009

XX

16V

100

C2036

10uH

L2006

16V

470

C2056

D2003

XX

MSB709-RT1

Q2010

10uH

L2007

Q2011

XX

MMDL914T1

D2004

MSB709-RT1

Q2007

16V

100

C2069

XX

C2074

F

5

C

2

A

D

4

A

1

H

EE

12

G

B

D

118

C

107

H

B

F

96

G

3

XX

C2087

10uH

L2008

Q2013

XX

16V

100

C2082

10uH

L2011

10uH

L2010

10uH

L2009

16V

100

C2092

47

C2088

35V

47

C2083

Q2012

XX

MT_L,MT_R,ST_L,ST_R

001:7H

MT_VIDEO,ST_VIDEO

001:7G

RF_9V 001:16H;002:2B

SUB_TU

001:6I

+33V

001:16C;002:2B

RF_5V

001:16I

M_SIIC

001:6H;001:7G;002:2C

M_SIIC

001:6H;001:7G;002:2E

RF_9V

001:16H;002:12C

+33V

001:16C;002:12C

XX

C2091

1.1uH

FB2000

10

C2019

10

C2040

1.1uH

FB2001

MSD601-RT1

Q2001

Q2003

XX

D2000

XX

MM3Z9V1ST1

D2001

MSD601-RT1

Q2005

MSD601-RT1

Q2006

MSB709-RT1

Q2008

16V

100

C2055

1

2

3

4

5

6

WHT

6P

CN2001

R OUT

AUDIO_GND L OUT

AUDIO_GND

WF OUT AUDIO_GND

2.5A

PS2000

2.5A

PS2001

1

2

3

4

5

6

WHT

6P

CN2017

AUDIO+14V+22V

AUDIO_GND

AUDIO-14V-22V

1.1uH

FB2004

1.1uH

FB2005

5.0MM

FB2011

XX

C2010

XX

C2009

XX

C2095

D2005

XX

C2093

XX

C2094

XX

PS2003

XX

PS2005

XX

C2052

XX

C2051

XX

FB2003

XX

FB2002

AUDIO_OUT

001:6K

AUDIO_GND

001:6J

MAIN_TU

001:6I

3.3V

001:16J;001:2G

;001:6J

MAIN_9V

001:2F

5.0MM

FB2006

5.0MM

FB2007

5.0MM

FB2008

5.0MM

FB2009

5.0MM

FB2010

W2000

35uH

L2005

XX

R2072

10

9876

5

11 12 13 19

18

17

16

1514

20

212223 24 25

TDA7490

IC2000

-Vcc1SUB

-Vcc1

Out1

+Vcc1

Boot1

MUTE

Feed1-1

OSC

Feed1-2

In1

T1

+5V

GND

Curref

T2

-5V

Feed2-2

In2

Feed2-1

N.C.

Boot2

+Vcc2

Out2

-Vcc2 Vreg

VDD

VSS

OUT

S-80843CLUA-B64T2G

IC2002

12

3

189765432151413121110

IC2001

XX

GND

IN-

IN+

SVR

NC

BOOTSTRAP

+VS

-VS

STAND-BY

MUTE

NC

+VCC

OUT

-VCC

35V

2200

C2064

35V

2200

C2065

470

C2049

W2003

35uH

L2000

25uH

L2001

25uH

L2002

9V

SCL

SDA

AS

AFT OUT

GND

DET OUT

30V

5V

RF AGC

VIF

9V

NC

DE-EM OUT

APC-SW

NC

TU2001

XX

9V

SCL

SDA

AS

AFT OUT

GND

DET OUT

RESET-Q

SDA

R OUT

30V

5V

RF AGC

VIF

9V

5V

APC-SW

SCL

NC

L OUT

NC

TU2000

*

1

3

4

5

14

15

2

6

21 22

23 24

28

30

11

12

13

27

29

31

20

5.0MM

JW2012

25V

0.1

F

C2034

0.1 B

C2063

C2054 1000p 100V CHIP

XX

C2084

330p

CH

C2031

XX

R2105

0.0022

B:CHIP

C2033

XX

R2069

R2119 330 RN-CP

XX

R2077

XX

JR2002

RN-CP

100

R2091

XX

R2066

R2109 330 RN-CP

RN-CP

100k

R2023

RN-CP

330

R2112

RN-CP

10k

R2039

RN-CP

330

R2111

XX

R2003

R2060 6.8 RN-CP

XX

C2045

R2123 330 RN-CP

RN-CP

10k

R2002

R2058 330 RN-CP

XX

C2012

XX

R2074

XX

C2099

MPS

0.22

C2047

470p

B:CHIP

C2081

0.0022

B:CHIP

C2013

XX

R2083

XX

R2086

1000p

CHIP

C2006

0.0022

B:CHIP

C2044

RN-CP

10k

R2068

C2002 470p B

C2057 0.1 25V F:CHIP

RN-CP

10k

R2067

XX

R2084

XX

R2114

XX

R2076

R2009 330 RN-CP

XX

R2073

RN-CP

47k

R2044

XX

C2078

RN-CP

220

R2045

RN-CP

1M

R2047

RN-CP

1.5k

R2052

XX

R2079

RN-CP

4.7k

R2061

XX

R2012

0.0022

B:CHIP

C2061

0.1

C2025

XX

R2093

XX

R2087

XX

R2040

0.0022 B:CHIP

C2027

XX

R2099

XX

R2035

RN-CP

4.7k

R2025

RN-CP

100

R2080

0.0022

B:CHIP

C2018

100V

1000p

CH

C2043

XX

R2092

RN-CP

10k

R2006

XX

R2101

CHIP

0

JR2003

R2110 330 RN-CP

16V

0.047

B:CHIP

C2048

XX

R2004

RN-CP

1k

R2038

RN-CP

100k

R2021

XX

R2102

RN-CP

2.2k

R2065

470p

B:CHIP

C2086

RN-CP

22k

R2032

100V

1000

CH

C2067

XX

C2085

RN-CP

120k

R2037

XX

C2066

470p

B:CHIP

C2096

XX

R2013

RN-CP

10k

R2033

RN-CP

220

R2042

XX

R2016

0.001

B:CHIP

C2001

0.0022

B:CHIP

C2023

470p

CHIP

C2039

XX

C2089

XX

R2005

XX

R2011

150p CHIP

C2026

RN-CP

100

R2026

0.0022 B

C2071

25V

0.0068

B:CHIP

C2038

XX

R2097

XX

C2003

0.0022

B:CHIP

C2005

RN-CP

1k

R2043

XX

R2082

XX

C2079

XX

C2046

25V

0.1

F

C2073

RN-CP

150k

R2048

0.1

B:CHIP

C2062

470p

CHIP

C2016

XX

R2096

MPS

0.22

C2000

XX

R2062

470p

CH

C2011

XX

R2064

24p CH

C2015

470p

B:CHIP

C2080

RN-CP

10k

R2051

RN-CP

10k

R2020

6.3V

1

B:CHIP

C2077

RN-CP

33k

R2008

330p

CHIP

C2053

RN-CP

47k

R2014

XX

R2125

RN-CP

100

R2090

XX

R2056

RN-CP

5.6k

R2015

XX

R2089

6.3V

1

B:CHIP

C2035

RN-CP

4.7k

R2018

XX

C2004

25V

470

C2024

0.1

C2007

RN-CP

100

R2081

RN-CP

4.7k

R2019

XX

R2071

CHIP

0

R2104

0.001 B

C2042

R2010 330 RN-CP

XX

R2022

XX

C2059

XX

R2108

XX

R2085

XX

R2055

RN-CP

10k

R2034

XX

R2100

16V

0.033

B:CHIP

C2008

XX

R2088

RN-CP

1k

R2007

6.3V

1

B

C2076

R2117 330 RN-CP

C2060 470p B

CHIP

0

R2063

R2059 330 RN-CP

RN-CP

680k

R2000

25V

0.1

F

C2022

XX

C2068

RN-CP

15k

R2030

470p

CHIP

C2041

XX

R2075

68k

R2036

XX

R2115

XX

C2017

XX

R2127

470p

B:CHIP

C2090

XX

C2032

R2041 470 RN-CP

XX

R2031

XX

C2037

RN-CP

4.7k

R2046

2.2

C2014

RN-CP

470

R2024

XX

R2126

XX

C2075

XX

R2094

RN-CP

68k

R2027

RN-CP

10k

R2029

CHIP

0

R2070

RN-CP

5.6k

R2049

25V

0.0068

B

C2020

RN-CP

47k

R2050

0.0022

B:CHIP

C2028

330p CH

C2021

RN-CP

330

R2121

XX

JR2005

16V

0.033

B:CHIP

C2050

RN-CP

22k

R2028

XX

R2078

XX

C2070

0.0022 B

C2072

470p

B:CHIP

C2097

XX

R2095

C2058

10

XX

R2054

RN-CP

100

R2057

CHIP

0

R2053

MT_R

MT_L

ST_R

ST_L

ST_VIDEO

MT_VIDEO

MT_HSYNC

MT_AGC

MT_AFT

MT_STEREO

MT_MODE

MT_FMONO

MT_SAP

ST_STEREO

ST_SAP

ST_HSYNC

M_SCLK

M_SDAT

M_SCLK

M_SDAT

ST_AFT

PRE_SP_R

PRE_SP_L

SP_MUTE

HP_MUTE

AUDIO_PROT

PRE_SP_WF

TUNER

AUDIO AMP

A

TUNER/AUDIO AMP

(Block 002)

TO D (BLOCK001)

CN5017

TO SPEAKER

1

2

3

4

+33V

5V

9V

+33V

5V

9V

5V5V

5V

3.3V

5V

PROTECT

BUFFER

MUTE2

PROTECT

SP PROT 1

SP PROT 3

SP PROT 2

BUFFER

SYNC SEP

AUDIO AMP

B-AX1(05)3128-GE-A..(BLOCK002)-FR43

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 99 – – 100 –

6-3-3. A Board (Block 003)

12345 6 7

A

KP-FR43M31/FR43M91

RM-GA001

B

C

D

E

EY5004

XX

EY2021

EY5003

XX

EY2017

EY2019

EY5002

XX

EY6036

EY2015

EY2020

EY5001

XX

EY6035

EY2014

EY2016

EY2018

Mount Mecha

A2000

A2001

A6005

A6200

A6201

A6202

409454901

407731203

407727701

403343761

XX

IC2000

IC2001

D6005

IC6200

IC6201

IC6202

F

G

H

I

J

A

(BLOCK003)

HEAT SINK

B-AX1(05)12800-ME.-A..(Block 003)-FR43

– 101 –

6-3-4. AD Board Schematic Diagram

BUFFER

390p

CHIP

C9600

16V

0.1

B

C9601

16V

0.1

B

C9602

16V

0.1

B

C9603

100p

CHIP

C9604

0.0015

B:CHIP

C9605

0.0015 B

C9606

25V

0.001

CHIP

C9607

16V

0.1

B:CHIP

C9608

0.0015

B:CHIP

C9609

0.0015

B:CHIP

C9610

25V

0.1 F

C9611

25V

0.1

F

C9612

25V

0.01

B

C9613

16V

0.1

B

C9618

16V

0.1

B:CHIP

C9621

16V

100

C9622

16V

0.1

B:CHIP

C9623

16V

0.1

B

C9624

16V

0.1

B

C9625

16V

0.1

B:CHIP

C9626

16V

0.1

B

C9627

16V

0.1

B

C9628

16V

0.1

B

C9629

16V

0.1

B

C9630

16V

0.1

B

C9631

16V

0.1

B

C9632

6.3V

1

B

C9639

6.3V

1

B

C9640

6.3V

1

B

C9641

6.3V

1

B

C9642

6.3V

1

B

C9643

6.3V

1

B

C9644

6.3V

1

B

C9648

16V

0.1

B

C9649

16V

0.1 B

C9650

16V100C9652

16V0.1 BC9653

16V

0.1

B

C9654

10p CH

C9655

10p

CH

C9656

6.3V

1

B

C9657

16V

0.1 B

C9658

16V

0.1

B

C9659

6.3V

1

B:CHIP

C9660

16V

0.1

B:CHIP

C9661

6.3V

1

B

C9662

6.3V

1

B

C9666

6.3V

1

B

C9668

390p

CH

C9672

16V

100

C9677

47p CH

C9676

16V

0.1

B:CHIP

C9679

16V

0.1

B:CHIP

C9680

16V

0.1

B

C9681

16V

0.1

B

C9682

16V

0.1

B:CHIP

C9683

6.3V

1

B

C9684

6.3V

1

B:CHIP

C9685

6.3V

1

B:CHIP

C9686

33p CH

C9687

33p CH

C9688

33pCHIP

C9689

1

2

3

4

5

6

7

8

WHT

8P

CN9600

LEFT

GND

TOP

GND

BOTTOM

GND

RIGHT

GND

DTZ5.1B

D9600

DTZ5.1B

D9601

DTZ5.1B

D9602

MMDL914T1

D9604

MM3Z5V1ST1

D9603

MMDL914T1

D9606

MMDL914T1

D9607

MMDL914T1

D9608

0uH

FB9600

0uH

FB9601

0uH

FB9602

0uH

FB9605

0uH

FB9606

0uH

FB9607

0uH

FB9608

0uHFB9609

0uHFB9610

0uHFB9611

0uH

FB9612

0uH

FB9613

0uH

FB9614

4321

NJM2068V-TE2

IC9600

4321

NJM4558V-TE2

IC9601

4321

NJM4558V-TE2

IC9602

VCC

GND

OUT

NJM2391DL1-33(TE1)

IC9603

4321

M24128-BWMN6T(A)

IC9608

A0

A1

A2

E PDAT

PCLK

WP

VDD

321

PST9143NL

IC9609

NC

E

E RST

VCC

4321

NJM2068V-TE2

IC9611

VCC

+VCC

4321

NJM2068V-TE2

IC9612

VCC

+VCC

4321

NJM2068V-TE2

IC9610

VCC

+VCC

3.3uH

L9600

MSB709-RT1

Q9602

MSB709-RT1

Q9603

MSD601-RT1

Q9604

MSB709-RT1

Q9605

MSD601-RT1

Q9607

MSD601-RT1

Q9609

RN-CP

4.7k

R9600

RN-CP

3.9k

R9601

RN-CP

3k

R9602

RN-CP

10k

R9603

RN-CP

10k

R9604

RN-CP

15k

R9607

RN-CP

100k

R9610

RN-CP

18k

R9611

CHIP

1k

R9620

CHIP

1k

R9621

CHIP

1k

R9622

CHIP

1k

R9623

CHIP

100

R9626

CHIP

100

R9627

CHIP

100

R9628

CHIP1.5kR9629

CHIP1.5kR9630

CHIP

1k

R9631

CHIP

1k

R9633

CHIP100R9634

CHIP100R9635

CHIP

1k

R9636

CHIP

2.2k

R9637

CHIP2.2kR9638

CHIP560R9639

CHIP2.2kR9640

CHIP

560

R9641

CHIP

2.2k

R9642

CHIP

560

R9643

CHIP

10k

R9644

RN-CP

2.2k

R9645

CHIP

100

R9646

RN-CP

1k

R9647

R9648

CHIP

1k

CHIP

100

R9649

CHIP100R9650

CHIP

1k

R9651

CHIP

1k

R9652

CHIP

4.7k

R9653

CHIP

470

R9654

CHIP

1k

R9655

CHIP

470

R9656

XX

R9657

XX

R9658

CHIP

1k

R9659

CHIP

10k

R9661

CHIP

1k

R9662

CHIP

820

R9664

CHIP

10k

R9665

CHIP

1k

R9666

CHIP

1k

R9667

CHIP

1k

R9668

CHIP

1k

R9669

CHIP

1k

R9670

RN-CP

4.7k

R9706

RN-CP

22k

R9676

CHIP

10k

R9677

RN-CP

10k

R9678

CHIP

10k

R9679

CHIP

10k

R9680

RN-CP

30k

R9681

RN-CP

33k

R9682

RN-CP

43k

R9683

RN-CP

33k

R9684

RN-CP

33k

R9685

RN-CP

33k

R9686

RN-CP

10k

R9687

RN-CP

10k

R9688

RN-CP

12k

R9689

RN-CP

10k

R9690

RN-CP

10k

R9691

RN-CP

10k

R9692

CHIP

10k

R9711

100

RB9600

VD9600

VD9601

VD9602

VD9603

MSB709-RT1

Q9608

X9600 16MHz

37

38394041424344454647484950

515253545556575859606162636465666768697071

72

737475767778798081828384858687888990919293

949596979899

100101102103104105106107108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

CM0033AF

IC9606

NC

AVSSG1

REFRH

AVDDRH

NC

ORH

AVSSRH

NC

REFRV

AVDDRV

NC

ORV

AVSSRV

REFGH

AVDDGH

NC

OGH

AVSSGH

REFGV

AVDDGV

NC

OGV

AVSSGV

REFBH

AVDDBH

NC

OBH

AVSSBH

NC

REFBV

AVDDBV

NC

OBV

AVSSBV

AVSSG2

NC

VDD1

VSS1

XWC

SCLM

SDAM

TS4

TS3

TS2

VSS2

XRESET

XXTST

TS1

TS0

XMUTE

XTRG

SCLS

SDAS

VDD2

VSS3

XBUSY

XACKM

MSTRIGIBIYMI

YSI

TFN

TIO8

VSS4

BO

TIOAGOTIO9

TIOB

RO

VDD3

VSS5

YM0

TIO7

YS0

TIO6

TIO5

CKO

VSS6

ODEVO

DIVO

DIVS1

DIVS0

E2

E1

TIO4

VBLKI

VDD4

VSS7

HBLKI

TIO3

E0

VVDD

VVSS

VCOI

PDO

XPDE

MMS2

EXCKI

VSS8

EXCKS

XXSM

MMS1

MMS0

PWMH1

PWMH2

VDD5

VSS9

PWMH3

PWMH4

TIO2

TIO1

PWMV1

PWMV2

VSS10

PWMV3

PWMV4

TIO0

XSMCK

NC

VDD6

VDD7

AVDDDF

VRNDF

NC

VRPDF

ODF

SGDF

AVSSDF

NC

AVSSG3

NC

DVSS

DVDD

NC

AVDDC

OC

NC

AVSSC

16V

0.1

B

C9647

6.3V

1

B

C9709

6.3V

1

B

C9710

6.3V

1

B:CHIP

C9711

CHIP

10k

R9712

RN-CP

47k

R9713

RN-CP

47k

R9714

RN-CP

47k

R9715

RN-CP

47k

R9716

RN-CP

47k

R9717

RN-CP

47k

R9718

RN-CP

47k

R9719

RN-CP

47k

R9720

RN-CP

560

R9721

RN-CP

3.3k

R9722

RN-CP

560

R9723

RN-CP

3.9k

R9724

R9725

RN-CP

7.5k

C9712 180p

CHIP

R9726

RN-CP

3.9k

6.3V

1

B:CHIP

C9718

RN-CP

22k

R9752

RN-CP

4.7k

R9750

RN-CP

4.7k

R9701

RN-CP

18k

R9671

68p CHIP

C9614

RN-CP

18k

R9674

6.3V

1

B:CHIP

C9616

470p

CH

C9615

RN-CP

4.7k

R9707

R9673

RN-CP

3.6k

390p

CH

C9636

RN-CP

22k

R9696

R9695

RN-CP

3.9k

RN-CP

4.7k

R9708

47p

CH

C9635

RN-CP

22k

R9697

6.3V

1

B

C9637

RN-CP

4.7k

R9702

16V

0.1

B

C9678

180p CH

C9617

R9693

RN-CP

7.5k

R9698

RN-CP7.5k

180p CH

C9651

XX

R9709

G

IC9613

NJM79L05A-T3

16V

100

C9719

16V

0.1

B:CHIP

C9720

16V

0.1

B:CHIP

C9721

1W

RS

330

R9753

123456789

10111213141516171819202122232425262728293031323334353637383940

CN9601

40P

GND

-17VB

GND

+17V

GND

/REGI MUTE

GND

BV

BH

GND

GV

GH

GND

RV

RH

GND

V_PULSE

GND

H_PLS

HC_PARA

V_SHIFT

DF_DRV

DF_PARA

+5V

GND

/BINT

GND

PSCL

PSDA

SCLK

SDAT

GND

H SHIFT

GND

RE_YS/YM

RE_B

RE_G

GND

RE_R

GND

CHIP

47k

R9605

CHIP

R9606

1k

0uH

FB9616

0uH

FB9617

0uH

FB9618

0uH

FB9620

0uH

FB9621

XX

FB9622

0uHFB9634

0uH

FB9632

0uH

FB9633

XX

FB9636

XX

FB9637

XX

FB9638

XX

FB9639

1

0uHFB9630

0uH

FB9631

1

CHIP

0

R9608

0uH

FB9619

0uH

FB9623

0uH

FB9624

0uH

FB9625

0uH

FB9626

0uH

FB9627

0uH

FB9628

0uHFB9629

0uHFB9635

RN-CP

1k

R9612

CHIP

22k

R9613

16V

0.1

B

C9619

MSD601-RT1

Q9606

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

IC9607

J

8 10

14

E

B

K

11

15

G

D

1

D

L

4 12 16

E

I

2 6

A

7

C

J

13

G

K

H

3

L

F

5

F

H

I

A

9

C

B

C9664

0

CHIP

SEN_B,SEN_L,SEN_R,SEN_T

SEN_R

SEN_B

SEN_T

SEN_L

BHGHRH

D_RH

D_RV

D_GH

D_GV

D_BH

D_BV

D_CENT

SEN_T

SEN_L

SEN_R

SEN_B

D_CENT

D_RH

D_RV

BV

D_CENT

GV

D_GV

D_GH

RV

D_CENT

D_BV

D_BH

D_CENT

GH

GV

BV

BH,BV,GH,GV,RH,RV BH,BV,GH,GV,RH,RV

RVBHRH

- +

CXP86460-652Q

TO DS BOARD

CN9400

TO SR BOARD CN9901

AD

PHOTO SENSOR BUFFER

B-AX1(05)3128-GE-AD.-FR43

-17V

+17V

+5V

-5V

+5V

+3.3V

+5V

3.3V REGULATOR

+3.3V

1

2

3

4

BUFF

BUFFER

PSED-CPU

CONV.DSP

RESET

EEPROM

BUFFER

-15V REGULATOR

MUTE

BUFFER

BV/BH AMP

GV/GH AMP

RV/RH AMP

BUFF

ATT

1-804-499-21 VARISTOR, CHIP

1-795-954-21

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 102 – – 103 –

6-3-5. BH Board (Block 001)

10987654

3

21

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

616263646566676869707172737475767778798081828384858687888990919293949596979899

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180

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

240

231

232

233

234

235

236

237

238

239

CXD3802BQ

AD CONV.

IC3101

MODE

INIT

SDA

SCL

SADSEL1

SADSEL0

AVSAD1

AIN1

AVDAD1

RTM1

RM1

RBM1

VRT

VRB

RTM2

AVDAD2

AVSAD2

AIN2

RM2

AIN3

RBM2

DVDAD

DVSAD

DVS1

D1 IN9

D1 IN8

D1 IN7

D1 IN6

D1 IN5

D1 IN4

D1 IN3

D1 IN2

D1 IN1

D1 IN0

DVD1

DVS2

AVS1

AVD1

RSTX

TRST

STEST

SCANCK

AVS2

SDDT31

SDDT30

AVD2

SDDT29

SDDT28

SDDT27

SDDT26

DVS3

DVD2

AVS3

SDDT25

SDDT24

SDDT23

SDDT22

SDDT21

SDDT20

AVD3

AVS4

DVS4

SDDT19

SDDT18

SDDT17

SDDT16

AVS5

SDAD3

SDAD4

SDAD5

AVD4

SDAD6

SDAD7

SDAD8

AVS6

DVD3

DVS5

AVD5

SDAD9

SDAD2

SDAD1

SDAD0

SDAD10

SDAD11

SDAD12

SDCS

AVD6

AVS7

SDCLKR

SDCLK

SDRAS

SDCKE

SDCAS

SDWE

DVS6

AVD7

SDQM

SDDT7

SDDT6

AVS8

SDDT5

SDDT4

SDDT3

SDDT2

SDDT1

DVD4

AVD8

SDDT0

SDDT15

SDDT14

SDDT13

SDDT12

AVD9

DVD5

DVS7

AVS9

SDDT11

SDDT10

SDDT9

SDDT8

DVS8

DVD6

AVD10

YOUT9

YOUT8

YOUT7

YOUT6

YOUT5

AVS10

DVS9

YOUT4

YOUT3

YOUT2

YOUT1

YOUT0

AVS11

DVD7

DVS10

AVD11

COUT9

COUT8

COUT7

COUT6

COUT5

AVS12

AVD12

COUT4

COUT3

COUT2

COUT1

COUT0

AVD13

AVS13

HSO2

HSO

VSO

CLKO

CLKO2

LIEN

AVD14

DVD8

SYSCK

DVS11

TESTOUT

AVS14

AVD15

BI

GI

RI

AVS15

DVD9

YS

YM

DVS12

DTVVS

DTVHS

DTVC0

DTVC1

DTVC2

DTVC3

DTVC4

DTVC5

AVD16

DTVC6

DTVC7

DVD10

DTVC8

DTVC9

DVS13

DTVY0

DTVY1

DTVY2

DTVY3

DTVY4

AVS16

DTVY5

DTVY6

DTVY7

DTVY8

DTVY9

DVD11

DVS14

AVD17

DTVVS

DTVHS

DTVC0

DTVC1

DTVC2

DVD12

DVS15

DTVC3

DTVC4

DTVC5

DTVC6

DTVC7

AVS17

DVD13

DTVY0

DTVY1

DTVY2

DTVY3

DVS16

DTVY4

DTVY5

DTVY6

DTVY7

REFCK2

AVDPL

AVSPL

DVD14

REFCK1

DVS17

DTVCK1

AVD18

DTVCK2

AVS18

DTVCK3

IRAMSEL

IRAMDAT

SCK

J

8 10 14

E

B

K

11 15

G

D

1

D

L

4 12 16

E

I

2 6

A

7

C

J

13

G

K

H

3

L

F

5

F

H

I

A

9

C

B

RN-CP

680k

R3199

25V

0.01

B

C3104

25V

0.01

B

C3107

25V

0.01

B

C3108

25V

0.01

B

C3109

25V

0.01

B

C3110

25V

0.01

B

C3111

25V

0.01

B

C3105

25V

0.01

B

C3112

25V

0.01

B

C3106

25V

0.01

B

C3117

25V

0.01

B

C3119

25V

0.01

B

C3121

25V

0.01

B

C3123

25V

0.01

B

C3125

25V

0.01

B

C3127

25V

0.01

B

25V

0.01

B

C3131

C3132

25V

0.01

B

C3134

25V

0.01

B

C3136

25V

0.01

B

C3145

25V

0.01

B

C3139

25V

0.01

B

C3138

25V

0.01

B

C3144

25V

0.01

B

C3143

25V

0.01

B

C3142

25V

0.01

B

C3137

25V

0.01

B

C3141

25V

0.01

B

C3140

25V

0.01

B

C3167

25V

0.01

B

C3135

25V

0.01

B

C3133

25V

0.01

B

C3130

25V

0.01

B

C3129

25V

0.01

B

C3128

25V

0.01

B

C3126

25V

0.01

B

C3124

16V

0.1

B

C3153

16V

0.1

B

C3155

16V

0.1

B

C3156

16V

0.1

B

C3158

6.3V

10

B

C3154

6.3V

10

B

C3157

16V0.1 BC3115

16V

0.1

B

C3118

16V

0.1

B

C3165

100p

CH

C3184

100p

CH

C3185

10k

RB3114

10k

RB3115

10k

RB3116

10k

RB3117

RN-CP

10k

R3186

RN-CP10kR3181

RN-CP

10k

R3182

EMI

G

O

I

FL3100

CONT

VDD OUTGND

79.99188313MHz

X3101

1

2

4

3

0.001 B

C3101

25V

0.01

B

C3102

0uH

FB3101

10uH

L3101

RN-CP

33

R3101

CHIP

0

R3190

RN-CP

100

R3115

RN-CP100

R3116

RN-CP

100

R3118

100

RB3102

100

RB3103

100

RB3104

100

RB3105

MAIN_CCP

002:6H

RN-CP22

R3170

100p

CH

C3188

100p CH

C3189

48

9

53 56

1

49 50 51

2345678

5554524710464544

43 42 111213141541 40 39 38 37 36 35 1617181920212234 33 232432 2531 30 29 262728

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

IS42S32200B-6TL-TR

IC3102

64M SDRAM

VCC

DQ0

VCCQ

DQ1

DQ2

VSSQ

DQ3

DQ4

VCCQ

DQ5

DQ6

VSSQ

DQ7

N.C.

VCC

DQM0

WE

CAS

RAS

CS

N.C.

A12

A11

A10

A0A1A2

DQM2

VCC

N.C.

DQ16

VSSQ

DQ17

DQ18

VCCQ

DQ19

DQ20

VSSQ

DQ21

DQ22

VCCQ

DQ23

VCC

VSS

DQ24

VSSQ

DQ25

DQ26

VCCQ

DQ27

DQ28

VSSQ

DQ29

DQ30

VCCQ

DQ31

N.C.

VSS

DQM3A3A4A5A6A7A8A9CKE

CLK

N.C.

DQM1

VSS

N.C.

DQ8

VCCQ

DQ9

DQ10

VSSQ

DQ11

DQ12

VCCQ

DQ13

DQ14

VSSQ

DQ15

VSS

25V

0.01

B

C3148

25V

0.01

B

C3149

25V

0.01

B

C3147

25V

0.01

B

C3152

25V

0.01

B

C3151

25V

0.01

B

C3150

6.3V

10

B

C3146

RN-CP

47

R3129

RN-CP

47

R3130

100

RB3106

2143658

7

100

RB3107

2143658

7

100

RB3108

2143658

7

100

RB3109

2143658

7

100

RB3110

2143658

7

100

RB3111

2143658

7

100

RB3112

2143658

7

100

RB3113

2143658

7

RN-CP

100

R3133

RN-CP

100

R3134

0uH

R3135

0uH

R3136

IIC3.3V

002:5H

6.3V

47

C3170

RN-CP100

R3124

EMI

G

FL3105

0uH

FB3103

1uH

L3105

RN-CP

4.7k

R3164

RN-CP

1.5k

R3163

MSD601-RT1

BUFFER

Q3113

6.3V

47

C3116

5

321

4

NJM2870F25-TE2

2.5V REGULATOR

IC3105

6.3V

4.7

C

C3163

16V

0.1

B

C3171

25V

0.01

B

C3173

CHIP

0

R3176

14 13 12 11 10

7

89

654321

SN10503PWPR

OPAMP

IC3103

N.C.

VCC

IN+1

IN-1

OTU1 OUT3

IN-3

IN+3

VEE

IN+2

IN-2

OUT2

RN-CP

1k

R3141

RN-CP

1k

R3143

RN-CP

1.2k

R3144

RN-CP

1.2k

R3145

RN-CP

1.2k

R3146

RN-CP

4.7k

R3147

RN-CP

4.7k

R3148

RN-CP

4.7k

R3149

6.3V

4.7

C

C3120

46

FL3101

2SC2223-T1F13F14

BUFFER

Q3101

2SA1226-T1E4

Q3102

RN-CP

680

R3103

RN-CP

47

R3104

RN-CP200

R3105

RN-CP

200

R3108

RN-CP

100

R3106

RN-CP

680

R3107

RN-CP

1k

R3142

6.3V

4.7

C

C3122

RN-CP

680

R3109

RN-CP

47

R3110

RN-CP

300

R3111

RN-CP

100

R3112

RN-CP

680

R3113

RN-CP

300

R3114

46

FL3102

123

46

FL3103

2SC2223-T1F13F14

Q3103

2SC2223-T1F13F14

Q3105

2SA1226-T1E4

Q3104

2SA1226-T1E4

Q3106

RN-CP

680

R3117

RN-CP

47

R3119

RN-CP

300

R3120

RN-CP

100

R3121

RN-CP

680

R3122

RN-CP

300

R3123

6.3V

10

B

C3113

16V

0.1

B

C3114

10uH

L3102

CHIP

0

R3172

6.3V

47

C3169

25V

0.01

B

C3178

25V

0.01

B

C3179

RN-CP

1k

R3102

RN-CP

1k

R3125

0uH

FB3102

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

48

47

45

46

50

49

50P

CN3001

GND

MAIN_9V

GND

+3.3V

+5V

MS_3.3V

+MS3.3V-DET

N.C.

RESET

N.C.

MID_HD

MID_VD

GND

MID_PR

GND

MID_PB

GND

MID_Y

MID_YS

GND

PF_SDAT

PF_SCLK

ID

GND

SUB_HD

SUB_VD

GND

SUB_PR

GND

SUB_PB

GND

SUB_Y

GND

MS_R

MS_L

GND

MAIN_PR

GND

MAIN_PB

GND

MAIN_Y

XX

R3041

XX

R3042

RN-CP

3.3k

R3024

0uH

R3055

0uH

R3056

0uH

R3035

0uH

R3036

0uH

R3037

0uH

R3049

XX

R3034

XX

R3032

25V

0.01

B

C3040

16V

0.1

B

C3032

EMI

G

FL3001 0uH

EMI

G

FL3003 XX

SUB_Y/CB/CR

002:7J

RESET 002:9L

+3.3V

002:7L

+5V

002:7L

25V

0.01

B

C3330

S

2SK2036(TE85L)

LEVEL SHIFT

Q3306

S

2SK2036(TE85L)

LEVEL SHIFT

Q3307

C3301

47pF :CHIP

RN-CP

10k

R3333

RN-CP

10k

R3334

C3302

XX

MID_OUT 002:15B

16V

0.1

B

C3160

XX

FB3410

1234

0uH

L3405

XX

C3411

0uH

FB3401

XX

FB3404

XX

C3407

XX

R3479

R3482 XX

XX

FB3405

123456789

101112131415161718

CN3402 XX

GND

+3.3V

GND

MS_BS+

MS_BS-

MS_SDIR+

MS_SDIR-

MS_CLK+

MS_CLK-

MS_SDO+

MS_SDO-

MS_SDI+

MS_SDI-

MS_INS

MS_LED

GND

20191817161514131211

10

9 876543 21

IC3404

LVDS RECEIVER

1D

GND

2D

VCC

3D

GND

4D

VCC

5R

GND 5B

5A4Z4Y3Z3Y2Z2Y

1Z

1Y

XX

C3401

XX

R3481

XX

R3443

25V

0.01

C3412

XX

R3445

XX

FB3406

A1

B1

A2

B2

A3

B3

A4

B4

A5

B5

A6

B6

A7

B7

A8

B8

A9

B9

A10

B10

A11

B11

A12

B12

A13

B13

A14

B14

A15

B15

A16

B16

A17

B17

A18

B18

A19

B19

A20

B20

A21

B21

A22

B22

A23

B23

A24

B24

A25

B25

A26

B26

A27

B27

A28

B28

A29

B29

A30

B30

XX

CN3401

1

GND

2

VVS

3

NC

4

VY7

5

VY6

6

VY5

7

GND

8

VY4

9

VY3

10

VY2

11

VY1

12

VY0

13

GND

14

AUDIO GND

15

MSAU_L

16

MSAU_R

17

AUDIO GND

18

AUDIO 9V

19

AUDIO 9V

20

AUDIO GND

21

PWR_INT

22

MS_RST

23

SCL

24

SDA

25

GND

26

NC

27

NC

28

NC

29

MS_LED

30

GND

31

GND

32

VCLK

33

VHS

34

VUV7

35

VUV6

36

VUV5

37

GND

38

VUV4

39

VUV3

40

VUV2

41

VUV1

42

VUV0

43

GND

44

GND

45

MS_VDD

46

MS_VDD

47

MS_VDD

48

MS_VDD

49

MS_VDD

50

MS_VDD

51

GND

52

GND

53

NC

54

MS_INS

55

GND

56

MS_SDIO

57

MS_SDIR

58

MS_BS

59

MS_SCLK

60

GND

XX

FB3417

XX

R3438

XX

RB3401

XX

R3477

XX

FB3402

5

123

4

IC3405

BUS SWITCH

OEAGND

B

VCC

XX

FB3407

XX

FB3416

XX

R3446

XX

R3437

XX

R3431

CHIP

0

R3440

XX

R3476

XX

C3406

XX

R3429

XX

C3409

XX

R3436

XX

R3478

XX

R3480

XX

R3430

XX

FB3413

XX

C3405

EMI

G

FL3401

XX

R3435

RB3404

XX

FB3411

1234

XX

L3401

1234

XX

L3402

XX

R3444

XX

RB3403

XX

FB3412

XX

FB3408

1234

XX

L3403

XX

RB3402

XX

FB3409

1234

XX

L3404

12345

PQ070XZ01ZPH

3.5V REGULATOR

IC3106

DVS

DHS

C0C1C2

C3C4C5C6C7

Y0Y1Y2Y3Y4Y5Y6

Y7

DCLK

DVS

DHS

C0C1C2

C3

C4C5C6

C7

Y0Y1Y2

Y3

Y4Y5Y6

Y7

DCLK

M-CLK

M-VS

M-HS

MC

0

MC

1

MC

2

MC

3

MC

4

MC

5

MC

6

MC

7

MY

0

MY

1

MY

2

MY

3

MY

4

MY

5

MY

6

MY

7

D8D9D10

D11

D12

D13

D14

D15

D0

D1D2D3D4D5

D6D7SDQM

WE

CAS

CKE

RAS

CLK

CLKR

CS

A12

A11

A10A0A1A2A9

A8A7A6A5A4A3D16

D17

D18

D19

D31

D30

D29

D28

D27

D26

D25

D24

D23

D22

D21

D20

D15

D14

D13

D12

D11

D10D9D8

CLKR

CLK

CKEA9A8A7A6A5A4

A3

D31

D30

D29

D28

D27

D26

D25

D24

D0D1D2

D3

D4D5D6

D7

SDQM

WE

CAS

RAS

CS

A12

A11

A10

A0A1A2

SDQM

D16

D17

D18

D19

D20

D21

D22

D23

SCLK

SDAT

D-L

D-R

SUB_VD

SUB_HD

SUB_Y

SUB_CB

SUB_CR

SCLK

SDAT

MID_YS

MID_Y

MID_PB

MID_PR

MID_VS MID_HS

C2

Y3

SCLK

Y7

D-R

Y2

Y0

C5

DCLK

Y6

Y1

C1

C4

SDAT

C0

DVS

D-L

DHS

C3

C6

Y5

C7

Y4

MS_SCLK

MS_BS

MS_SDIR

MS_SDIO

MS_INS

MS_LED

MS_SDIR

MS_SDIO

MS_INS

MS_LED

MS_BS

MS_SCLK

BH (BLOCK001)

LVDS RECEIVER

TO MS2 BOARD

CN4000

TO A(BLOCK001)

CN2004

TO HMG BOARD

CN7201

B-AX1(05)3128-GE.-BH(BLOCK001)-FR43

BUFFER

9V

+3.3V

+5V

+3.3V

XX

0uH

1-234-560-21 FILTER, LOW PASS

1-234-559-21 FILTER, LOW PASS

1-813-373-11

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 104 – – 105 –

6-3-6. BH Board (Block 002)

J

8 10 14

E

B

K

11 15

G

D

1

D

L

4 12 16

E

I

2 6

A

7

C

J

13

G

K

H

3

L

F

5

F

H

I

A

9

C

B

48

9

5356

1

49

5051

2

55

54

52

345678

47

10

46 45

44

434211

12 13 14 15 4140393837

36

35

16 17 18

19

20

21

22

3433

23

24

32

25

3130

29

26

27 28

57

58

5960

61

62

63

64

65

66

67

6869

70

71

72

73

74

7576

77

7879

80

81

82

8384

85

86

IS42S32200B-6TL-TR

IC3302

VCC

DQ0

VCCQ

DQ1

DQ2

VSSQ

DQ3

DQ4

VCCQ

DQ5

DQ6

VSSQ

DQ7

N.C.

VCC

DQM0

WE CAS

RAS

CS N.C.

A12

A11

A10 A0

A1 A2

DQM2

VCC

N.C. DQ16

VSSQ

DQ17

DQ18

VCCQ

DQ19

DQ20

VSSQ

DQ21

DQ22 VCCQ

DQ23

VCC

VSS

DQ24

VSSQ

DQ25

DQ26

VCCQ

DQ27

DQ28

VSSQ

DQ29

DQ30

VCCQ

DQ31

N.C.

VSS

DQM3

A3

A4

A5

A6

A7

A8

A9

CKE

CLK

N.C.

DQM1

VSS

N.C.

DQ8

VCCQ

DQ9

DQ10

VSSQ

DQ11

DQ12

VCCQ

DQ13

DQ14

VSSQ

DQ15

VSS

47

RB3303

47

RB3304

47

RB3305

47

RB3306

47

RB3309

47

RB3310

47

RB3311

47

RB3312

6.3V

10

B

C3305

25V

0.01 B

C3306

25V

0.01

B

C3307

25V

0.01

B

C3321

25V

0.01

B

C3335

25V

0.01

B

C3340

25V

0.01

B

C3351

12345678910 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

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

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

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

240

231

232

233

234

235

236

237

238

239

CXD3808AQ

IC3301

IICTEST

EXTPCK1

XCLH

WPLLHD

TST01

EXTPCK2

TST02

RPLLHD

DRCHREF

DVD1

DVS1

XRST2

XCE

TSTEN2

TRST2

AVD1

AVSADC1

AYIN

AVDADC1

RTM1

RM1

RBM1

VRT

VRB

RTM2

AVDADC2

AVSADC2

ACBIN

RM2

ACRIN

RBM2

DVDADC

DVSADC

AVDAD1

ADSAD1

XRST1

TSTEN1

SCANIN

SCANENB

SCANOUT

DVDAD1

DVSAD1

DVDAD2

DVSAD2

AVDAD2

AVSAD2

TSTIN

AVD2

SUBCLKIN

AVS2

SUBVIN

SUBHIN

SUBCIN0

SUBCIN1

SUBCIN2

SUBCIN3

DVD2

DVS2

SUBCIN4

SUBCIN5

SUBCIN6

SUBCIN7

SUBYIN0

SUBYIN1

AVD3

AVS3

SUBYIN2

SUBYIN3

SUBYIN4

SUBYIN5

SUBYIN6

SUBYIN7

DVD3

DVS3

VRF

IRF

AYOUT

AVDDAC1

VMOUT

AVSDAC1

VG

VB

ABOUT

AVDDAC2

AROUT

AVSDAC2

AVSPLL4

AVDPPL4

AVSPLL3

AVDPLL3

TSTMEMCK

AVD4

DTX2IN

AVS4

DTX1OUT

DTX1IN

DVD4

DYOUT9

DYOUT8

DYOUT7

DYOUT6

DYOUT5

DYOUT4

DVS4

DYOUT3

DYOUT2

DYOUT1

DYOUT0

DCOUT9

DCOUT8

AVD5

AVS5

DCOUT7

DCOUT6

DCOUT5

DCOUT4

DCOUT3

DCOUT2

DVD5

DVS5

DCOUT1

DCOUT0

HSOUT

VSOUT

YSOUT

AVS6

DSPCLK

AVD6

SDDAT31

SDDAT30

SDDAT29

SDDAT28

SDDAT27

DVS6

DVD6

SDDAT26

SDDAT25

SDDAT24

SDDAT23

SDDAT22

AVS7

AVD7

SDDAT21

SDDAT20

SDDAT19

SDDAT18

SDDAT17

DVS7

DVD7

SDDAT16

SDADR3

SDADR4

SDADR5

SDADR6

AVS8

AVD8

SDADR7

SDADR8

SDADR9

SDADR2

SDADR1

DVS8

DVD8

SDADR0

SDADR10

SDADR11

SDADR12

SDCS

AVS9

SDCLKIN

AVD9

SDCLK

SDRAS

SDCKE

DVS9

DVD9

SDCAS

SDWE

SDDQM1

SDDQM0

SDDAT7

AVS10

AVD10

SDDAT6

SDDAT5

SDDAT4

SDDAT3

SDDAT2

DVS10

DVD10

SDDAT1

SDDAT0

SDDAT15

SDDAT14

SDDAT13

AVS11

AVD11

SDDAT12

SDDAT11

SDDAT10

SDDAT9

SDDAT8

AVDPLL2

VCDRC

CPODRC

AVSPPL2

AVDPPL1

VCADC

CPOADC

AVSPLL1

AVD12

MAINCLKIN

AVS12

MAINVIN

MAINHIN

MAINCIN0

MAINCIN1

MAINCIN2

MAINCIN3

DVD11

DVS11

MAINCIN4

MAINCIN5

MAINCIN6

MAINCIN7

MAINYIN0

MAINYIN1

AVD13

AVS13

MAINYIN2

MAINYIN3

MAINYIN4

MAINYIN5

MAINYIN6

MAINYIN7

DVD12

DVS12

IICCKSEL

SDA

SCL

25V

0.01

B

C3314

25V

0.01

B

C3328

25V

0.01

B

C3334

25V

0.01 B

C3331

25V

0.01

B

C3332

25V

0.01

B

C3333

25V

0.01

B

C3338

25V

0.01

B

C3324

25V

0.01

B

C3315

25V

0.01

B

C3311

25V

0.01

B

C3316

25V

0.01

B

C3317

25V

0.01

B

C3312

25V

0.01

B

C3318

25V

0.01

B

C3313

XX

C3408

XX

C3410

CHIP

0

R3402

CHIP

0

R3407

RN-CP

47

R3322

XX

C3413

XX

C3414

RN-CP

10k

R3406

220p CH

C3367

16V

0.1

B

C3398

16V

0.1

B

C3365

16V

0.1

B

C3349

6.3V

4.7

C

C3368

6.3V

4.7

C

C3397

10uH

L3309

10uH

L3310

RN-CP

22k

R3404

25V

0.01

B

C3399

220p CH

C3400

MAIN_CCP

001:16H

RN-CP

100

R3351

RN-CP

100

R3359

IIC3.3V

001:7C

XX

C3369

XX

C3396

6.3V

47

C3376

25V

0.01

B

C3377

6.3V

47

C3378

0uH

FB3302

1uH

L3317

0uH

FB3301

1uH

L3315

25V

0.01

B

C3207

25V

0.01

B

C3208

6.3V

47

C3209

RN-CP

430

R3280

RN-CP

1k

R3281

RN-CP

12k

R3282

CHIP

0

R3301

XX

R3353

XX

R3354

25V

0.01

B

C3370

25V

0.01

B

C3372

16V

0.1 B

C3348

16V

0.1

B

C3384

16V

0.1

B

C3387

6.3V

10

B

C3393

16V

0.1

B

C3389

6.3V

10

B

C3392

16V

0.1 B

C3366

16V

0.1

B

C3391

16V

0.1

B

C3347

25V

0.01

B

C3373

25V

0.01

B

C3383

25V

0.01

B

C3380

25V

0.01

B

C3379

25V

0.01

B

C3374

25V

0.01 B

C3371

XX

C3415

XX

C3416

RN-CP

1k

R3403

RN-CP

100

R3377

RN-CP

100

R3378

25V

0.01

B

C3343

25V

0.01

B

C3342

25V

0.01

B

C3329

RN-CP

330k

R3370

RN-CP

220

R3369

1

2

18.543956MHz

X3301

15p

CHIP

C3344

15p CHIP

C3345

25V

0.01

B

C3320

CHIP

0

R3361

16V

0.1

B

C3355

16V

0.1

B

C3357

16V

0.1

B

C3359

6.3V

4.7

C

C3356

CHIP

0

R3396

10uH

L3307

16V

0.1 B

C3350

6.3V

1

B

C3362

6.3V

4.7

C

C3361

16V

0.1

B

C3394

RN-CP

2k

R3363

RN-CP

3.3k

R3373

RN-CP

1.2k

R3372

16V

0.1

B

C3402

25V

0.01

B

C3360

25V

0.01

B

C3363

876

3

12 4

5

FL3301

CHIP

0

R3392

10uH

L3311

6.3V

4.7

C

C3382

16V

0.1

B

C3381

XX

R3483

XX

R3484

XX

R3485

6.3V

47

C3385

6.3V

47

C3386

6.3V

47

C3390

RN-CP

180

R3368

RN-CP

130

R3364

RN-CP

130

R3365

RN-CP

130

R3366

CHIP

0

R3393

10uH

L3308

RN-CP

22

R3409

RN-CP

22

R3416

RN-CP

22

R3419

MID_OUT

001:2I

54

3

21

NJM2870F25-TE2

IC3311

54

321

NJM2870F25-TE2

IC3310

54

321

IC3303 XX D/A CONV.

A

B

GND Y

VCC

54

32

1

IC3306

A

B

GND Y

VCC

16V

0.1

B

C3358

6.3V

4.7

C

C3388

25V

0.01

B

C3403

CHIP

R3328

XX

CHIP

R3329

XX

R3324

XX

C3404

XX

R3326

RN-CP

100

R3352

XX

R3323

XX

R3325

100

R3327

XX

C3325

RESET

001:2J

Q3308

Q3310

Q3312

MSD601-RT1

Q3314

MSB709-RT1

Q3313

RN-CP

4.7k

R3355

RN-CP

1k

R3356

RN-CP

2k

R3357

RN-CP

100

R3358

RN-CP

100

R3375

RN-CP

100

R3376

16V

0.1

B

C3395

16V

0.1

B

C3353

25V

0.01

B

C3354

6.3V

4.7

C

C3375

+3.3V

001:2K

47

R3360

47

R3367

XX

R3383

RN-CP

470

R3362

RN-CP

470

R3374

RN-CP

470

R3395

6.3V

2.2

B

C3341

16V

0.1

B

C3337

6.3V

2.2

B

C3346

6.3V

2.2

B

C3352

10uH

L3316

+5V

001:2K

SUB_Y/CB/CR

001:2G

14

13

12 11

10

98

765

43

2

1

IC3305

XX

LOGIC VDD

SELECT

VCO OUT

FINA

FINB

PFD OUT

LOGIC GND

NC

PFD INHIBIT

VCO INHIBIT

VCO GND

VC0 IN

R BIAS

VCO VDD

XX

R3321

XX

R3332

XX

R3336

XX

R3314

XX

R3320

XX

R3330

XX

R3331

XX

C3319

XX

C3322

XX

C3323

XX

C3339

XX

C3364

XX

FB3303

XX

L3302

XX

L3303

1 2345

PQ070XZ01ZPH

IC3205

D_15

D_14

D_13

D_12

D_11

D_10

D_9

D_8

D_31

D_30

D_29

D_28

D_27

D_26

D_25

D_24

D_0

D_1

D_2

D_3

D_4

D_5

D_6

D_7

D_16

D_17

D_18

D_19

D_20

D_21

D_22

D_23

A_9

A_8

A_7

A_6

A_5

A_4

A_3A_2

A_1

A_0

A_10

A_11

A_12

SDDQM1

CS_0

RAS_0

CAS_0

WE_0 D_7

D_6

D_5

D_4

D_3

D_2

D_1

D_0

D_15

D_14

D_13

D_12

D_11

D_10

D_9

D_8

M-CLK

M-VS

M-HS

MC0

MC1

MC2

MC3

MC4

MC5

MC6

MC7

MY0

MY1

MY2

MY3

MY4

MY5

MY6

MY7

SDAT

SCLK

MID_Y

MID_PB

MID_PR

MID_YS

MID_VS

MID_HS

SUB_CR

SUB_CB

SUB_Y

SUB_HD

SUB_VD

SDDQM0

SDDQM1

WE_0

CAS_0

RAS_0

CS_0

A_12

A_11

A_10

A_0

A_1

A_2

A_9

A_8

A_7

A_6

A_5

A_4

A_3

D_16

D_17

D_18

D_19

D_20

D_21

D_22

D_23

D_24

D_25

D_26

D_27

D_28

D_29

D_30

D_31

+3.3V_15

SDDQM0

BH

DRC/MID

(BLOCK 002)

2.5V REGULATOR

MID-XA

BUFFER

25V REGULATOR

XX BUFFER

XX

BUFFER

PLL

64M SDRAM

XX AND

2.5V REGULATOR

B-AX1(05)3128-GE.-BH..(Block 002)-FR43

+3.3V

+5V

1-234-854-21 FILTER, LOW PASS (SMD)

1-813-114-21

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 106 – – 107 –

KP-FR43M31/FR43M91

RM-GA001

6-3-7. BH Board (Block 003)

1

A

Mount Mecha

B

Mount Mecha

A3001

*A3401

*A3402

*A3403

409501001

408538331

2

A

B

BH

(Block 003)

HEAT SINK

C

B-AX1(05)3128-GE-BH03.-FR43

C

– 108 –

6-3-8. CR Board Schematic Diagram

12345 6 7

A

KP-FR43M31/FR43M91

RM-GA001

B

C

D

E

F

TO MG(BLOCK002) CN0401

G

H

CN9107

2P

RED

TO F.BLOCK

G2 NC

CN9101

7P

WHT

TO CG BOARD CN9201

+210V

NC

GND

NC

NC HEATER(+) HEATER(-)

+12V

GND

SABL

CN9102

4P

WHT

TO CG BOARD CN9203

+12V

SABL

GND

CN9103

5P

WHT

1 2

1 2 3 4 5 6 7

1 2

IK

3 4

R9147

CHIP

1 2

IK

3 4

R

5

Q9104

MSB709-RT1

IK BUFFER

R9151

XX

D9105

XX

SG9103

1-519-422-11 GAP, SPARK

0

R9133

RN-CP

R9162

XX

Q9108

XX

R9149

XX

100

R9132

RN-CP

C9104

XX

R9148

XX

R9161

XX

R9104

10k

560k 1/2W

C9116

XX

+210V

Q9105

2SA1226-T1E4

BUFFER

12V

R

RN-CP

R9134

1k

RN-CP

R9138

XX

R9150

XX

R9139

Q9109

XX

C9101

C9119

XX

L9101 10uH

L9103

10uH

R9103

100

C9103

0.1

25V

F

R9140

XX

0.001 2kV

B

R9108

RN-CP

XX

R9111 100

1/2W

NL9101

IC9101

TDA6120Q/N2/S1

VIDEO OUT

R9105

1.5k

RN-CP

C9102

22p CHIP

C9105

22

250V

R9136

2.2k

RN-CP

C9108

470

16V

10k

R9109

820

RN-CP

C9123

XX

R9142

XX

Q9106

XX

R9141

XX

SG9102

R9101

680k

1/2W

XX

RN-CP

GAMMA COMP

R9143

R9144

F:CHIP

RC-

VIN-

C9106

0.0047

R9137

2.2k

RN-CP

R9107

2.2k

Q9101

MSD601-RT1

GAMMA COMP

Q9103

MSB709-RT1

C9160

XX

TO F.BLOCK

FGND

1

13

GND

12

11

KB

10

987

H

HKR

C9107

0.0047 50V

R

1kV

E

C9110

25V

R9114

RN-CP

R9145

XX

RC+

0.1

F

2.2k

Q9107

XX

R

VIN+FB12VIKGNDNC200VNCVOUT

R9106

390

RN-CP

C9112

100

MMDL914T1

16V

C9111

R9115

0.1

4.7k

25V

RN-CP

F:CHIP

R9146

XX

J9101

1-451-567-11 SOCKET, CRT

I.C

4

G1

5

6

KG

G2

1-517-778-21 LAMP, NEON

SG9101

1-518-925-31 GAP, SPARK

765432113

C9117

0.1

25V

F

D9109

R9127

220k

RN-CP

D9103

XX

!

NL9102

C9115

0.0047 50V

F

TP9101

1-535-881-21 TERMINAL, TP (AUTO INSERTION)

VOF

111098

12

R9120

33k 3W

RS

D9104 HSS82-TJ PRTECT

R9126 220k

RN-CP

R9131

1.5k

RN-CP

S

R9129

4.7k

RN-CP

C9114

0.0022 50V

B

CR

R OUTPUT

B-AX1(05)3128-GE-CR.-FR43

NL9103 1-517-778-21 LAMP, NEON

R9116

1k

1/2W

KR

R9102

4.7k

1/4W

R

R9135

100

1/2W

Q9102

2SK2036(TE85L)

IK DETECT

FB9101

1.1uH

L9102

1uH

R9122

220

1/2W

D9101

HSS82-TJ PROTECT

CN9110

1P

1

CHASSIS_GND

CN9104

1P

1

CHASSIS_GND

CN9105

XX

1

CRT_GND

1

CRT_GND

CN9111

XX

I

J

– 109 –

KP-FR43M31/FR43M91

RM-GA001

6-3-9. CG Board Schematic Diagram

12345 6 7

A

CN9209

2P

RED

TO F BLOCK

+210V

GND

HEATER(+)

HEATER(-)

+200V

GND

NC

HEATER(+)

HEATER(-)

+12V

GND

SABL

+12V

GND

SABL

GND

G2

NC

IK

NC

G

B

C

D

E

TO MG (BLOCK002) CN0401

CN9201

7P

WHT

TO CR BOARD

CN9101

CN9202

7P

WHT

TO CB BOARD

CN9302

CN9203

4P

WHT

TO CR BOARD

CN9102

CN9204

4P

WHT

TO CB BOARD

CN9309

CN9205

3P

WHT

F

G

SG9203 151942211 GAP.SPARK

1

2

1

2

3

4

5

6

7

1

2

3

4

5

6

7

1

2

3

4

1

2

3

4

1

2

3

GND

R9246

XX

TP9203 1-535-881-21 TERMINAL, TP (AUTO INSERTION)

R9202

560k

1/2W

+210V

C9215

XX

1-535-881-21 TERMINAL, TP

+200V

(AUTO INSERTION)

+12V

2SA1226-T1E4

BUFFER

R9204

100

RN-CP

R9260

XX

D9205

XX

TP9202

Q9204

F:CHIP

Q9207

C9219

XX

C9203

0.1 25V

XX

L9201 10uH

L9203

10uH

R9205

10k

RN-CP

C9202

0.001 2kV

B

R9210

100

1/2W

R9207

1.2k

1/10W RN-CP

C9205

27p CH

RN-CP

R9245

XX

NL9201

XX

C9201

22

250V

R9232

2.2k

R9209

820

RN-CP

R9201

680k 1/2W

F:CHIP

RC-

R9206

270

RN-CP

C9204

470

16V

R9233

2.2k

RN-CP

R9216

2k

RN-CP

R9208

2.2k

RN-CP

Q9201 MSD601-RT1 GAMMA COMP

Q9203

MSB709-RT1

GAMMA COMP

R9244

XX

R9243

XX

R9261

XX

!

1

13

9

8

HK

J9201 1-451-567-11 SOCKET, CRT

I.C

4

5

6

KG

7

G2

R

IC9201

TDA6120Q/N2/S1

VIDEO OUT

76543211312111098

TO F.BLOCK

FGND

12

GND

11

KB

10

H

SG9202

C9209

0.0047

VIN-

RC+

VIN+FB12VIKGNDNC200VNCVOUT

+200V

0.1

XX

C9222

XX

RN-CP

R9238

XX

R9217

4.7k

C9244

XX

R9240

XX

C9207

0.1

25V

R9226

RN-CP

R9239

R9234

Q9208

XX

C9217

0.1

25V

R9235

XX

F

+12V

C9211

100 16V

C9208

25V

F:CHIP

R9236

XX

Q9205

R9237

C9216

0.0047

F:CHIP

G1

NL9202 151777821 LAMP,NEON

1-518-925-31 GAP, SPARK

C9213 4700p

1kV

E

F

+12V

150k

XX

R9241

XX

Q9206

XX

SG9201

MMDL914T1

R9225

150k

RN-CP

R9242

NL9203

151777821 LAMP,NEON

R9220

33k 3W

RS

D9209

PROT

R9228

4.7k

RN-CP

D9203

XX

R9203

1/4W

HSS82-TJ

CG

G OUTPUT

R9221

1k

1/2W

L9202

4.7k

VOF

R9231

100

1/2W

D9206

PROT

Q9202

2SK2036(TE85L)

IK DET

R9230

1.5k

RN-CP

S

C9214

0.0022

B:CHIP

FB9201

1.1uH

KG

1uH

1-535-881-21 TERMINAL, TP (AUTO INSERTION)

R9223

HSS82-TJ

TP9201

220

1/2W

D9201

PROT

CN9210

1P

1

CHASSIS_GND

1

CHASSIS_GND

1

CRT_GND

1

CRT_GND

CN9211

XX

CN9208

1P

CN9207

XX

H

I

J

B-AX1(05)3128-GE-CG.-FR43

– 110 –

6-3-10. CB Board Schematic Diagram

12345 6 7

A

CN9308

2P

RED

TO F.BLOCK

1

G2

2

+210V

GND

HEATER(+)

HEATER(-)

CN9301

7P

RED

CN9302

7P

WHT

+200V

GND

HEATER(+)

HEATER(-)

NC

R9335

10

FPRD

1

2

NC

3

NC

4

NC

5

6

7

1

NC

2

3

NC

4

NC

5

6

7

R9305

1/2W

SG9303

151942211

GAP, SPARK

NL9301

XX

TMP

100

C9319

XX

+200V

B

C

D

TO D (BLOCK001) CN5003

TO CG BOARD CN9202

E

R9338

XX

Q9303

R9355

RN-CP

XX

100

R9353

R9334

1.2k

RN-CP

+12V

R9301

100

RN-CP

R9356

100

RN-CP

Q9310

XX

R9354

XX

Q9311

MSD601-RT1

ABL

F

G

H

CN9303

4P

RED TO MG (BLOCK002) CN0401

GND

P_MUTE

OFFSET

+12V

GND

SABL

CN9309

4P

WHT TO CG BOARD CN9204

C9314

27p

CHIP

1

B

2

3

4

1

2

IK

3

4

R9337

XX

R9336

XX

D9305

MM3Z12VST1

B

R9304

560k

1/2W

C9301

0.001 2kV

B:CHIP

C9317

XX

RN-CP

2SA1226-T1E4

L9303

10uH

Q9301

PEAK

MSB709-RT1

R9352

0

CHIP

MSB709-RT1

R9347

RN-CP

R9303

R9309

1.1k

C9305

22p

50V

CH

Q9309

BUFFER

R9302 330 RN-CP

R9314

5.1k

RN-CP

R9315

1.5k

RN-CP

R9341

XX

Q9306

ABL

1k

680k 1/2W

R9307

RN-CP

C9304

L9301

10uH

R9349

100

RN-CP

TO F.BLOCK

C9302

0.0047

F:CHIP

1.6k

27p

50V

CH

+12V

R9313 12k RN-CP

C9310

0.1

25V

F:CHIP

C9313

25V

R9345

4.7k RN-CP

SG9302

151942211

GAP, SPARK

50V

R9308

270

RN-CP C9303

22

350V

R9350

2.2k

RN-CP

C9307

470 16V

R9318

2.2k RN-CP

MSB709-RT1

0.1 C9322

XX

F

R9340

10k

RN-CP

FGND

12

GND

11

KB

RC-

VIN-

B

R9351

2.2k RN-CP

C9306

0.1

25V

F

MSD601-RT1

Q9305

PEAK

C9320

0.47 10V

B:CHIP

R9344

100k

RN-CP

!

J9301

1-451-567-11

1

H

10

13

987

HKR

I.C

4

G1

5

6

KG

G2

NL9302 1-517-778-21 LAMP, NEON

B

IC9301

TDA6120Q/N2/S1

VIDEO OUT

RC+

VIN+FB12VIKGNDNC200VNCVOUT

R9306 390 RN-CP

D9301

MMDL914T1

R9333

2k

RN-CP

C9309

R9316

C9311

1.8k 100

RN-CP

16V

Q9304

PEAK

R9342

12k

RN-CP

R9343

8.2k

RN-CP

+12V

C9318

0.1

25V

F

R9317

0.1

25V

RN-CP

F

R9348

1k

RN-CP

Q9307

MSB709-RT1

ABL

4.7k

76543211312111098

D9310

XX

C9312 4700p

1kV

+200V

R9327

240k

RN-CP

R9328

240k

RN-CP

E

B-AX1(05)3128-GE-CB.-FR43

SG9301

1-518-925-31 GAP, SPARK

R9320

33k 3W

RS

R9330

4.7k

RN-CP

D9303

MMDL914T1

PROTECT

R9346

10k

RN-CP

C9316

0.0047 50V

F

1-517-778-21 LAMP, NEON

R9319

4.7k

VOF

B

D9309

HSS82-TJ

PROTECT

Q9302

2SK2036(TE85L)

IK DET

R9332

1.5k

RN-CP

S

C9315

0.0022

B:CHIP

R9323

1k

1/2W

NL9303

TP9301

153588121

TERMINAL, TP

L9302

1uH

D9302

HSS82-TJ

PROTECT

+12V

KP-FR43M31/FR43M91

RM-GA001

1

CHASSIS_GND

CN9310

1P

1

CHASSIS_GND

CN9304

1.1uH

1

1P

CRT_GND

CN9306

XX

CRT_GND

CN9311

XX

R9325

220

1/2W

R9339

100

1/2W

FB9301

CB

B OUTPUT

I

J

– 111 –

6-3-11. D Board (Block 001)

!

J

8 10 14

E

B

K

11 15

G

D

1

D

L

4 12 16

E

I

2 6

A

7

C

J

13

G

K

H

3

L

F

5

F

H

I

A

9

C

B

12345

WHT

5P

CN5003

+210V

NC

GND

H+

H-

12345

6

CN5002

XX

H/DY(+)

H.DY(-)

V.DY(-)

V.DY(+)

1

4

4P

CN5011

H_OUT (G)

H_RET (G)

1

4

4P

CN5010

H_OUT (R)

H_RET (R)

1

4

4P

CN5009

H_OUT (B)

H_RET (B)

123

WHT

3P

CN5013

V_DEF

NC

V_RET

123

WHT

3P

CN5014

V_DEF

NC

V_RET

123

WHT

3P

CN5015

V_DEFNCV_RET

18

17

16 15

14

13 121110

987654321

BA9759F-E2

IC5201

25V

0.01

B

C5202

16V

100

C5203

25V

0.001

CH

C5205

25V

0.01

B

C5208

56p

CHIP

C5209

0.047 B

C5210

16V

0.1

B:CHIP

C5211

22

C5213

XX

C5214

XX

C5215

200V

100

C5204

XX

C5217

XX

C5219

16V

0.1

B

C5223

XX

C5221

XX

C5225

500V

470p

B

C5228

XX

C5229

22

C5212

MSD601-RT1

Q5202

MSD601-RT1

Q5203

RD15ESB1

D5201

D2L20U-TA

D5202

MMDL914T1

D5203

MMDL914T1

D5204

MMDL914T1

D5205

MMDL914T1

D5206

MMDL914T1

D5207

1PS184-115

D5209

1.1uH

FB5201

1.1uH

FB5205

RN-CP

22k

R5201

XX

R5203

XX

R5204

XX

R5205

4.7k

R5206

RN-CP

56k

R5207

RN-CP

100k

R5210

RN-CP

100k

R5213

RN-CP

100k

R5214

RN-CP

100k

R5215

RN-CP

100k

R5209

RN-CP

100k

R5211

RN-CP

10k

R5212

RN-CP

10k

R5216

RN-CP

10k

R5217

XX

R5218

RN-CP

100k

R5221

RN-CP

100k

R5223

CHIP

0

R5225

FPRD

220

R5208

XX

R5227

XX

R5229

CHIP

0

R5231

XX

R5233

XX

R5235

CHIP

0

R5237

XX

R5239

RN-CP

1k

R5241

RN-CP

68k

R5243

RN-CP

10k

R5245

RN-CP

4.7k

R5247

RN-CP

22k

R5249

RN-CP

10k

R5250

RN-CP

100k

R5251

RN-CP

100k

R5252

JW236

XX

100uH

L5202

MAIN12V

IC5402

XX

4

5678

32

1

IC5403

XX

C5411

XX

C5412

XX

C5413

XX

C5414

XX

C5420

XX

C5421

D5404

XX

D5405

XX

D5406

XX

R5417

XX

1W RS

270

R5415

500V

0.001

B

C5410

PS5401

XX

R5418

XX

R5419

XX

R5420

R5421

XX

R5422

XX

R5423

R5424

XX

R5425

XX

R5426

XX

R5428

R5427

XX

R5429

R5430

XX

R5431

R5432

XX

R5433

XX

R5434

XX

25V

47

C5423

C5417

XX

Q5406

XX

1/2W FPRD

68

R5435

XX

R5436

XX

R5437

XX

C5415

10V

2200

C5416

250V

0.75

C5418

250V

2.2

C5419

2.2mH

L5405

JR5401

XX

JR5402

JR5403

XX

JR5404

XX

JR5407

I O

G

PQ30RV2BJ00H

IC6602

XX

C6601

XX

C6602

C6603

XX

C6604

XX

C6610

10V

100

C6611

10V

100

C6613

XX

C6614

2kV

0.01

F

C6615

25V

470

C6616

25V

470

C6617

500V

470p

B

C6618

500V

470p

B

C6619

500V

0.001

B

C6620

D6601

XX D6602

XX

D5LC20U-4012

D6604

RGP02-17EL-6433

D6606

D2L20U-F

D6607

D2L20U-F

D6608

XX

R6601

R6602

XX

FPRD

0.47

R6604

FPRD

0.47

R6605

RN-CP

3.3K

R6610

RN-CP

820

R6611

FPRD

0.47

R6612

1/2W FPRD

0.47

R6613

1/2W

FPRD

0.47

R6614

CHIP

0

JR6602

MSD601-RT1

Q5101

MSD601-RT1

Q5102

MSD601-RT1

Q5103

16V

220

C5103

25V

470

C5104

25V

0.022

B

C5105

25V

0.022

B

C5106

100V

0.33

C5107

100

C5108

25V

470

C5109

500V

0.001

B

C5110

1000p

B

C5111

1

C5121

RD5.6SB-T1

D5101

GP08DPKG23

D5102

100uH

L5101

RN-CP

100k

R5101

RN-CP

47k

R5102

RN-CP

10k

R5103

RN-CP

10k

R5104

RN-CP

10k

R5106

RN-CP

10k

R5109

RN-CP

10k

R5110

RN-CP

5.6k

R5107

RN-CP

5.6k

R5108

FPRD

1.5

R5111

RN-CP

5.6k

R5112

RN-CP

5.6k

R5113

RN-CP

6.8k

R5115

RN-CP

6.8k

R5116

1/2W

RN

2.2

R5117

1/2W

RN

2.2

R5118

2W

RS

470

R5119

2W RS

470

R5120

560

R5121

RN-CP

820k

R5126

RN-CP

1M

R5127

TH5101

XX

4

56

7

8

3

2

1

IC5401

XX

Q5401

XX

Q5402

XX

Q5403

XX

S

Q5404

XX

Q5405

XX

Q5407

XX

D5401

XX

D5402

XX

D5403

XX

C5401

XX

C5402

XX

C5403

XX

C5404

XX

C5405

XX

C5406

XX

C5408

XX

C5409

XX

C5422

XX

C5424

XX

R5401

XX

R5402

XX

R5403

XX

R5404

XX

R5405

XX

R5406

XX

R5407

XX

R5408

XX

R5409

R5410

XX

R5411

XX

R5412

XX

R5413

XX

R5438

XX

R5439

XX

R5440

XX

R5441

TH5401

XX

2SC5778-RB

Q5001

MSD601-RT1

Q5004

MSD601-RT1

Q5005

MSD601-RT1

Q5008

MSB709-RT1

Q5009

S

2SK2251-01-F19

Q5006

D5001

XX

MMDL914T1

D5003

MMDL914T1

D5005

0.0022 B

C5001

2kV

220p

B

C5002

XX

C5003

2kV

220p

B

C5006

200V

0.001

C5010

200V

0.001

C5017

1.2kV

6800p

C5022

2kV

470p

R

C5008

500V

0.001

B

C5009

16V

0.1

B

C5015

16V

0.1

B

C5016

0.0022 B

C5019

25V

47

C5021

124

5

3

XX

L5406

XX

C6621

XX

R5004

XX

R5011

1W

RS

R5010

0.22

XX

R5013

XX

R5014

XX

R5017

RN-CP

4.7k

R5019

RN-CP

10k

R5020

RN-CP

100

R5021

RN-CP

10k

R5023

RN-CP

10k

R5024

RN-CP

100

R5025

RN-CP

1k

R5028

RN-CP

10k

R5029

FPRD

10

R5031

RN-CP

47k

R5032

47

R5033

D5007

XX

7.5

JW5004

7.5

JW5005

MSD601-RT1

Q5701

MSB709-RT1

Q5702

MSB709-RT1

Q5703

1/2W

4.7k

R5701

CHIP

0

R5702

RN-CP

3.9k

R5704

XX

R5705

RN-CP

10k

R5706

RN-CP

47k

R5708

RN-CP

220

R5709

FPRD

0.47

R5710

100p

CH

C5702

16V

0.1

B

C5703

MM3Z5V6ST1

D5701

H_PROT

+135V

002:12B

H_PLS

002:12E

HV-COMP

002:12C

HALF+B

002:12F

V_-15V

V_+15V

100

C6403

RN-CP

10k

R6705

RN-CP

750

R6704

XX

R6423

D6513

XX

MM3Z15VT1

D6411

XX

L6504

XX

R6424

XX

C6520

4.7

C6402

Q6404

XX

D6512

XX

D6701

XX

RN

240k

R6821

MMDL914T1

D8005

1

2

3

4

5

6

CN5008

XX

17V

-15V

GND

BS REC

STBY 5V

MAIN_ON

5.0MM

JW6707

XX

R6422

XX

R6717

XX

C6701

XX

R6709

XX

R6425

IO

G

IC6502

XX

PH6401

XX

CHIP

0

R6708

XX

C6516

0.45uH

FB6400

MMDL914T1

D6805

XX

R6426

10

C6401

~

D4SBS6

D6502

XX

JR6505

0.001

B:CHIP

C6400

1/2W

RF

0.1

R6421

10ERB20-TB5

D6410

CHIP

0

JR6509

RN-CP

1M

R6427

RN-CP

120k

R6816

2SA1208S-TP

Q6803

10

C6804

XX

R6706

Q6403

XX

L6503 10uH

RN-CP

1M

R6428

XX

R6506

D6500

XX

RN-CP

9.1k

R6402

0.45uH

FB6408

S

2SK2842(LBS2SONY)

Q6401

FPRD

10

R6420

10MM

JW6706

RN-CP

10k

R6813

RN

470k

R6429

16V

0.1

B:CHIP

C6519

16V

100

C6517

RD33EB3T

D6800

XX

JR6500

S

2SK2842(LBS2SONY)

Q6400

XX

JR6501

XX

R6403

1

2

3

SE-140N

IC6801

47uH

L6400

XX

R6718

25V

100

C6515

XX

JR6502

AC-HOP_VCC

002:1C

XX

R6505

10ERB20-TB5

D6409

XX

C6705

XX

JR6503

RN-CP

470

R6700

FPRD

10

R6419

3W RS

2.2

R6812

XX

R6404

PC123Y22FZ0F

PH6700

1

23

4

XX

JR6504

~

D4SBS6

D6503

4

567

8

321

EK1135

IC6503

VSENS

NC

NCR

K

GND

NC

1.1uH

FB6508

250V

22

C6514

18

16

15 14

12 11

10

987654321

MCZ3001DB

IC6400

V SENSE

F/B

CT

RT

GND TIMER

SS

VC1

OCP

VC2

P.GND

VG(L)

VB

VS

VG(R)

VD

RN-CP

10k

R6413

1

2

3

4

5

CN5012

XX

MAIN_12V +15VA

GND

-15VA

-12V

10uH

L6502

RN-CP

120k

R6817

RN-CP

100

R6405

XX

R6714

0.45uH

FB6403

RN-CP

10k

R6414

2W RS

0.1

R6418

1/2W

FPRD

3.3

R6504

0.45uH

FB6501

MM3Z15VT1

D6407

RN

470k

R6406

RN-CP

10k

R6500

RN-CP

15k

R6407

100V

47

C6513

~

D4SBL20UF3

D6508

0.45uH

FB6407

1

2

3

4

5

6

7

8

9

10

BLK

10P

CN5006

+15VA +15VA

H_PLS DFDAC

GND

GND AC_RLY

+B_OVP

+B_OCP

GND

FPRD

10

R6412

2W RS

0.1

R6417

RN-CP

2.2k

R6814

XX

C6703

RN-CP

10k

R6501

MSB709-RT1

Q6802

2W RS

10k

R6503

1000p

B:CHIP

C6509

XX

C6511

RN-CP

1k

R6810

RN-CP

1k

R6702

160V

33

C6512

FPRD

10

R6411

XX

R6408

F10P04Q

D6510

10uH

L6501

+15VA 002:1D

XX

C6506

MM3Z15VT1

D6406

XX

C6417

FB6507

10V

100

C6803

FPRD

3.3k

R6809

MMDL914T1

D6803

RN-CP

200

R6409

10uH

L6508

10ERB20-TB5

D6511

1

2

2P

CN6400

RECT+

RECT-

FPRD

1k

R6410

0.45uH

FB6402

D1NL40-TA2

D6509

5

JW6700

25V

0.01

B:CHIP

C6418

470p

SL

C6411

10ERA60-TP

D6401

0.45uH

FB6500

Q6703

XX

CHIP

0

JR670

2

450V

2.2

C6414

MM3Z15VT1

D6415

0.45uH

FB6406

25V

1500

C6505

1

2

3

4

5

6

7

WHT

7P

CN5019

+135V

NC GND

-12V H_PLS

MAIN_12V

GND

1

2

3

4

5

6

WHT

6P

CN5017

AUDIO+14V+22V

AUDIO_GND

AUDIO-14V-22V

1kV

470p

SL

C6412

100

C6415

RN-CP

2.2k

R6811

XX

R6511

35V

47

C6409

RN-CP

750

R6703

1

2

3

4

5

6

7

8

9

10

BLK

10P

CN5007

MAIN_33V DQPDAC

BS9V

GND

P_SW(-)

GND

MAIN_12V

SET_ON V_PARA1

V_PARA2

0.1

C6407

FPRD

4.7

R6512

10uH

L6505

500V

0.001

B

C6707

RN-CP

22k

R6815

RN

240k

R6818

0.001

C6406

1.1uH

FB6506

MM3Z15VT1

D6413

25V

0.01

B:CHIP

C6405

5

JW6704

25V

0.022

B

C6700

1

2

CN6401

XX

PRIVCC

PRIGND

0.45uH

FB6401

Q6702

XX

1

2

3

4

5

6

7

8

9

10

11

WHT

11P

CN5016

DF_PARA

DF_DRV

V_SHIFT

HC_PARA H_PLS

GND

V_PULSE

GND

+17VB DS-GND

-17VB

35V

1000

C6501

35V

1000

C6500

FPRD

220

R6590

0.45uH

FB6405

RECT+

002:1D

RECT-

002:1D

-12V 002:5H

33V

BS_9V 002:12D

IK-PROT2

002:12C

DFDAC 002:8H

-17VB

002:5H

+17VB

002:5H

DF_DRV

002:5H

DF_PARA 002:8H

Q6402

XX

123456789

10

BLK

10P

CN5004

GND

H DRV

GND

HV PROT

HOLDDOWN

GND

V PROT

H PROT

GND

AFC

XX

R5573

123456789

10

CN5005

ABL

NC

V_DRV+

V_DRV-

GND

HC_PARA

DF_PARA

GND

EW_PARA

MP_PARA

DF_PARA0

002:8H

ABL

002:12B

H_PROT

001:5H;001:5H;

002:12B

HV_PROT

002:12E

HOLDDOWN

002:12E

H_DRV

XX

C6518

DF_VCC

002:1F

BS_REC

STBY_5V

MAIN_ON

1

10

11

9

12

13

14

5

4

8

15

16

3

T5200

S

FQPF12P20YDTU

SWITCH

Q5201

L5403

1-456-109-11

(HLC)

11

0

2

5 6

4

8

XX

L5404

S

Q6700

XX

C5004

100V

0.01

C5201

PP

250V

0.047

C5206

PT

16V

120

C5207

800V

PP

0.056

C6413

16V

470

C6607

D6504

XX

MM3Z3V0T1

D6804

0uH

FB5203

LA78045

IC5101

V-DRV-

VCC

F.B.-PLS

VSS

OUT-PUT

VCC(OUT)

V-DRV+

74

1

2

3

6

5

T5001

XX

C5216

XX

PS6501

XX

R6715

100

C6416

TP6001

C5227

100

100V

D6408

0 :CHIP

L6507 100uH

3W RS

470

R5003

FB6504

XX

FB6505

XX

FB6509

XX

FB6602

XX

L6500

4.7uH

L6510

XX

L6511

XX

L6512

4.7uH

R5105

XX

R5114

XX

R6431

XX

R6509

0.47

FPRD

R6400

10 RN

R6401

XX

R6701

XX

R6710

XX

R6711

XX

R6716

XX

3W

RS

12k

R5001

3W RS

12k

R5002

R6507

7.5

JW6701

7A

90V

1-533-790-42

R6508

I O GV C

PQ12RF21J00H

IC6501

1

2

3 4

35V

470

C6419

35V

470

C6420

35V

1500

C6503

35V

1500

C6504

RN-CP

36k

R5202

1

2

14

13

17

15

16

12

11

10

3

18

4

9

8

7

T6400

200V

PT

0.047

C5005

EW_PARA

V_PROT

AUDIO_GND

AUDIO+14V+22V

AUDIO_14V-22V

H_RET_B

H_RET_R

H_RET_G

H_RET_R

H_RET_B

H_OUT_B

HALF+B

V_DRV-

V_DRV+

V_RET

V_DEF

AFC

V_PROT

V_DRV-

V_DRV+

V_PULSE

AFC

HALF+B

HC_PARA

V_SHIFT

V_DEF

V_RET

H_PROT

H_PLS

H_OUT_B

AUDIO_14V-22V

A1

A2

A4

A1

A2 A4

AUDIO_GND

+210V

HC_PARA

V_PULSE

HC_PARA

+210V

H_PLS

V_SHIFT

TO CB BOARD

TO DY

TO DY (G)

TO DY (R) TO DY (B)

TO VDY (B) TO VDY (G)

TO VDY (R)

TO A (BLOCK002)

TO DS BOARD

CN9401

TO A BOARD CN2013

TO A (BLOCK002)

CN2012

TO VM BOARD

TO DH

TO A (BLOCK002)

CN2011

TO A (BLOCK001)

D

MPIN (SCORR)

SCORR_BLOCK

HP1/HP2_BLOCK

HDRV/HOUT_BLOCK

+B_MOD_BLOCK

TO A (BLOCK001)

CN6000

FB5001

A3

CN9301

CN2006

CN2007

CN9001

CN2017

POWER SUPPLY

(Block 001)

123456

7

1KV

1

23

4

5

12V

12V 12V

12V

+210V

+135V

+210V

-12V

-15V

+15V

-12V

+15V

33V

+15V

-15V

-17V

17V

5V

+135V

BUFFER

H PWM DRIVE

H CENTER

H CENTER CONT

DRIVER

12V REGULATOR

CONTROL

HEATER REGULATOR

V REF

H OUT

DRIVE 1

DRIVE

DRIVE 2

DRIVE

H DRIVE

V PROT

BUFFER

H PROT

BUFFER

BUFFER 1

BUFFER 2

H CENTER

OVP SW

CONVERTER

OVP SW

OPC CONT.

8

9

10

1

2

3

4

5

6

7

!

1-439-824-21

THO

1-443-479-11

TRANSFORMER, CONVERTER (PIT)

7A

90V

1-533-790-42

35V

B-AX1(05)3128-GE-D..(BLOCK001).-FR43

11

!

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 112 – – 113 –

6-3-12. D Board (Block 002)

4321

NJM2903M

IC8001

18 16 15 14 12 11 10

987654321

MCZ3001DB

IC8002

V SENSE F/B CT

RT GND

TIMER SS VC1 OCP

VC2

P.GND

VG(L)

VB

VS

VG(H)

VD

5

4321

NJM2904M

IC8004

3

1

2

TL1431CZ-AP

IC8005

8765

4

NJM2903M-TE2

IC8006

3

1

2

TL1431CZ-AP

IC8104

MSD601-RT1

Q8003

MSD601-RT1

Q8004

MSD601-RT1

Q8007

Q8008

XX

MSD601-RT1

Q8009

MSB709-RT1

Q8011

S

2SK2842(LBS2SONY)

Q8013

S

2SK2842(LBS2SONY)

Q8014

MSB709-RT1

Q8021

UN2211-TX

Q8028

UN2211-TX

Q8034

MSB709-RT1

Q8035

10

C8001

10

C8002

1

C8006

0.001 B

C8007

XX

C8008

16V

100

C8012

XX

C8015

0.1

C8016

22

C8017

XX

C8018

0.1

C8020

25V

0.01

B

C8003

0.001C8004

35V

47

C8025

35V

47

C8024

0.1

C8027

0.0022

C8028

25V

0.01

B

C8030

16V

100

C8031

10C8033

0.0047 B:CHIP

C8021

25V

0.01

B:CHIP

C8038

0.1

C8041

250V

0.1

C8042

220

C8040

PT

1000p

C8045

0.1

C8048

XX

C8064

16V

0.22

B:CHIP

C8065

47

C8070

470p

CH

C8073

25V

0.01

B

C8074

25V

0.01

B

C8075

4.7

C8076

25V

0.01

B

C8077

MMDL914T1

D8001

MMDL914T1

D8003

D8004

XX

10ERB20-TB5

D8006

D8007

XX

MM3Z15VT1

D8008

MM3Z15VT1

D8011

MM3Z15VT1

D8012

MMDL914T1

D8015

D8019

XX

NNCD5.1A-T1

D8023

UDZ-TE-17-18B

D8030

DTZ5-1B

D8024

D8035

XX

MM3Z15VT1

D8038

MM3Z15VT1

D8039

MM3Z15VT1

D8041

D1NL20U-TR

D8022

MMDL914T1

D8026

MA111-TX

D8140

9

8

5

10

6

17

11

12

HV

7

164

3

1

FV

14

G2

13

15

18

19

T8001

4321

IC5650

XX

IC5651

XX

1/2W

2.2M

R8001

1/2W

2.2M

R8002

RN-CP

33k

R8003

RN-CP

4.7k

R8004

RN-CP

22k

R8005

RN-CP

18k

R8008

XX

R8009

RN-CP

220k

R8011

RN-CP

750

R8010

RN-CP

10k

R8013

RN-CP

1k

R8014

RN-CP

2.2k

R8015

RN-CP

2.2k

R8017

XX

R8018

RN-CP

10k

R8022

XX

R8023

XX

R8024

RN-CP

1k

R8025

RN-CP

1.8k

R8026

RN-CP

68k

R8027

RN-CP

5.6k

R8028

XX

R8029

RN-CP

100k

R8030

XX

R8031

RN-CP

470

R8032

RN-CP

4.7k

R8033

RN-CP

3.9k

R8035

RN

820

R8036

RN

12k

R8037

RN

12k

R8038

RN

12k

R8039

RN

10k

R8040

RN

12k

R8043

RN-CP

10k

R8020

3.3k

R8016

RN-CP

15k

R8019

R8044

XX

R8042

RN-CP

2.2k

R8046

RN-CP

100

R8049

RN-CP

27

R8050

1/2W

RF

0.1

R8051

RN-CP

82k

R8052

RN

470k

R8054

RN

470k

R8055

RN-CP

9.1k

R8056

RN-CP

13k

R8057

FPRD

10

R8058

0:CHIP

R8059

RN-CP

470

R8060

FPRD

10

R8061

RN-CP

10k

R8062

RN-CP

10k

R8063

2W

RS

0.1

R8070

FPRD

0.47

R8072

RN-CP

1M

R8073

RN-CP

1M

R8074

RN-CP

100k

R8078

330

R8076

4.7k

R8069

RN-CP

3.3M

R8082

10k

R8085

1/2W

22k

R8086

RN

15k

R8079

RN-CP

10k

R8088

RN-CP

100k

R8089

RN-CP

10k

R8090

RN-CP

1k

R8066

FPRD

0.47

R8092

RN-CP

10k

R8093

XX

R8091

XX

R8095

XX

R8094

RN-CP

470

R8096

RN-CP

10

R8097

RN-CP

470

R8099

RN-CP

10k

R8135

RN-CP

3.3k

R8136

RN-CP

1k

R8137

RN-CP

1M

R8138

0.0022

B:CHIP

C8139

0.0047 B:CHIP

C8046

RN-CP

220k

R8144

RN-CP

47k

R8145

RN-CP

1k

R8146

RN-CP

100

R8158

RN-CP

15k

R8159

RN-CP

470k

R8160

RN-CP

10k

R8161

XX

JR8002

RN-CP

120k

R8165

RN-CP

100

R8166

0.45uH

FB8001

0.45uH

FB8002

0.45uH

FB8003

PH8001

PH8003

PH8004

MSB709-RT1

Q5521

2SC4634LS-CB11

Q5522

2SC3421-Y

Q5523

2SA1358-Y

Q5524

MSD601-RT1

Q5525

MSB709-RT1

Q5526

MSD601-RT1

Q5527

MSD601-RT1

Q5528

1

2

3

4

4P

CN5500

G2

DF1

NC

GND

1/2W

470k

R5575

RN-CP

10k

R5576

RN-CP

4.7k

R5577

RN-CP

100

R5578

RN-CP

10k

R5579

RN-CP

10k

R5580

RN-CP

10k

R5581

RN-CP

4.7k

R5582

1/2W

4.7k

R5583

2W RS

68k

R5584

2W RS

68k

R5585

RN-CP

2k

R5586

1/2W

1k

R5587

1W RS

2.2

R5588

FPRD

2.2

R5589

FPRD

2.2

R5590

RN-CP

22

R5591

RN-CP

22

R5592

RN-CP

390

R5593

RN-CP

3.9k

R5594

RN-CP

220

R5595

RN-CP

1.8k

R5596

RN-CP

680

R5597

RN

5.1k

R5598

25V

220

C5550

25V

100

C5551

10

C5552

16V

100

C5553

2kV

0.0047

E

C5554

22

C5555

22

C5556

0.01 F

C5557

22

C5558

22

C5559

0.01

F:CHIP

C5560

0.01

F:CHIP

C5561

22

C5562

0.01 F

C5563

25V

0.1

F

C5564

MMDL914T1

D5520

MMDL914T1

D5521

10uH

L5520

10uH

L5521

47uH

L5522

47uH

L5523

1.1uH

FB5206

SG8002

XX

R5614

S

Q5600

XX

Q5602

XX

Q5605

XX

Q5604

XX

Q5606

XX

Q5650

XX

Q5657

XX

R5607

XX

R5608

XX

R5609

XX

R5610

XX

R5613

XX

R5616

XX

R5617

XX

R5619

XX

R5620

XX

R5621

XX

R5622

XX

R5623

XX

R5624

XX

R5625

XX

R5626

XX

R5627

XX

R5628

XX

R5629

XX

R5630

XX

R5631

XX

R5636

XX

C5600

XX

C5602

XX

C5603

XX

C5606

XX

C5608

D5603

XX

D5604

XX

L5600

D5650

XX

D5651

XX

D5652

XX

D5653

XX

D5655

XX

C5650

XX

C5651

XX

C5653

XX

C5654

XX

C5655

XX

C5656

XX

C5657

XX

C5658

XX

C5659

XX

C5660

XX

C5661

XX

C5662

XX

C5663

XX

R5632

XX

R5633

XX

R5634

XX

R5635

XX

R5651

XX

R5652

XX

R5653

XX

R5654

XX

R5655

XX

R5656

XX

R5657

XX

R5658

XX

R5659

XX

R5660

XX

R5661

XX

R5662

XX

R5663

XX

R5664

XX

R5665

XX

R5666

XX

R5667

XX

R5668

XX

R5670

XX

R5671

XX

R5672

XX

R5673

XX

R5674

XX

R5675

XX

R5676

XXR5677

XXR5678

XXR5679

XX

R5680

XX

R5681

XX

R5683

XX

R5685

TP8001

0:CHIP

R8041

H_PROT 001:12J; 001:5H

IK-PROT2 001:16G

ABL 001:12J

+135V 001:8A

BS_9V 001:16G

HOLDDOWN 001:11J

HV_PROT 001:11J

H_PLS 001:6A

1413

12

11

10

7

XX

IC5652

F

5

C

2

A

D

4

A

1

H

EE

12

G

B

D

118

C

107

H

B

F

96

G

3

AC-HOP_VCC

001:16A

RECT+

001:15A

RECT-

001:16A

+15VA 001:16J

HALF+B 001:9A

MAIN12V

-12V

001:15J

XX

C5652

DFDAC

001:16F

DF_PARA0

001:13J

DF_PARA

001:16D

DF_VCC

001:8A

-17VB

001:16E

DF_DRV

001:16D

+17VB

001:16E

HV-COMP 001:10A

XX

C5601

XX

C5604

XX

C5607

100V

680p

C8032

1kV

330p

C8035

1kV

330p

C8036

800V

0.056

C8037

800V

0.01

C8063

PP

16V

1

F

C8078

MM3Z3V0T1

D8027

UDZ-TE-17-18B

D8034

1

10

2

5

12

4

8

125uH

L8002

2SC4634LS-YB11

Q5520

750

R8012

XX

RV8001

SG5500

1

2

3

4

6

7

8

5

T5500

2

58

4

3

7

10

11

1

6

T5600

XX

0.5W

2k

RV8002

D5600

XX

D5601

XX

D5602

XX

D5605

XX

D5606

XX

0.22

C5565

R8053

XX

R8162

XX

R5571

XX

R5599

XX

10ERA60-TP

D8010

PDZ15B-115

D8009

HV-PROT-ADJ

D

Deflection/DQP

I-HOP/DF BLOCK

DYNAMIC POCUS (CPJ)

4321

+135V

9V

-12V

+17V

+15V

(BLOCK002)

1-535-881-21 TERMINAL, TP (AUTO INSERTION)

NX-6030//M3A4

1-517-499-21 GAP, SPARK

1-437-708-11 (DFT)

1-519-466-11 GAP, SPARK

1-225-627-91

PC123Y22FZ0F PHOTO COUPLER

B-AX1(05)3128-GE-D..(BLOCK002).-FR43

!!!!

!

KP-FR43M31/FR43M91

RM-GA001

KP-FR43M31/FR43M91

RM-GA001

– 114 – – 115 –

SONY KP-FR43M31, KP-FR43M91 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

REVISION HISTORY

SERVICE MANUAL

TABLE OF CONTENTS

SELF DIAGNOSTIC FUNCTION

DISASSEMBLY

SET-UP ADJUSTMENTS

ADJUSTMENT

ELECTRICAL ADJUSTMENTS

DIAGRAMS