Sharp HT-CN150DVW Schematic

SUPER WOOFER 5.1 SPEAKER SYSTEM

ON / STAND-BY

HOME THEATER WITH DVD HT-CN150DVW

MP3

HT-CN150DVW

SERVICE MANUAL

No. S7501HTN150DW

OPEN/CLOSE

ON/STAND BY

FUNCTION

I/P SCAN

MUTE

SLEEP MIC KEY ECHO

DISPLAYDIRECT ZOOM PROG

EQ

LISTENING

REPEAT A-B

ADJ/VOL

MENU/PBCTITLE

ENTER

RETURN

SETUP

SLOW/

PLAY/PAUSE

MEMORY

STOP

V

TUNING

VVPRESET

V

NTSC/PALST/MO MODE

LANGUAGE

STEP ANGLESUBTITLE AUDIO

92LWIR150Z04D7

OPEN /CLOSE

AUDIO/VIDEO

PLAY

MODE

REMOTE
SENSOR

MIC VOLUME

-

SKIP

MIN.

VOLUME

STOPFUNCTION

MAX.

+

MIC

Home Theater with DVD

MODEL

HT-CN150DVW

• In the interests of user-safety (Required by safety regula­tions in some countries) the set should be restored to its
original condition and only parts identical to those specified
be used.

CONTENTS

Page

SPECIFICATIONS..................................................................................................................................................................2

LASER BEAM SAFETY PRECAUTIONS ..............................................................................................................................4

IMPORTANT SAFEGUARDS AND PRECAUTIONS.............................................................................................................5

STANDARD NOTES FOR SERVICING.................................................................................................................................6

OPERAT ING CONTROLS AND FUNCTIONS......................................................................................................................10

TROUBLESHOOTING..........................................................................................................................................................13

BLOCK DIAGRAMS..............................................................................................................................................................16

SCHEMATIC DIAGRAMS / IC’S PIN VOLTAGE...................................................................................................................18

WAVEFORMS.......................................................................................................................................................................40

WIRING DIAGRAM...............................................................................................................................................................42

SYSTEM CONTROL TIMING CHARTS................................................................................................................................53

IC PIN FUNCTION DESCRIPTIONS....................................................................................................................................54

LEAD IDENTIFICATIONS......................................... ... ........................................................................................................100

FL DISPLAY.........................................................................................................................................................................101

PART GUIDE

SHARP CORPORATION

1

This document has been published to be used for
after sales service only.
The contents are subject to change without notice.

HT-CN150DVW

AudioCD-DV999W/CD-DV777WService ManualCD-DV999W/CD-DV777WMarketE

SPECIFICATIONS

As part of our policy of continuous improvement, SHARP reserves the right to make design and specification changes
for product improvement without prior notice. The performance specification figures indicate d are nominal values of pro­duction units. There may be some deviations from these values in individual units.

● General

Power source AC 110 - 127 V / 220 - 240 V, 50/60 Hz
Power consumption HT-CN150DVW: Power on: 80 W

Width: 430 mm (17-1/8")

Dimensions

Weight 4.3 kg (9.5 lbs.)
Audio input terminals Analogue input (IN 1): RCA type × 1 pair (L/R)

Audio output terminals Analogue output (OUT): RCA type × 1 pair (L/R)
Video output terminals S-video output: S-terminal × 1 Video output: RCA type × 1

Height: 60 mm (2-3/8")
Depth: 345 mm (13-3/4")

Analogue input (IN 2): RCA type × 1 pair (L/R)

● Amplifier (HT-CN150DVW)

Output power Front speakers: RMS: 60 W (30 W + 30 W) (10 % T.H.D., 1 kHz)

Centre speaker: RMS: 30 W (10 % T.H.D., 1 kHz)
Surround speakers: RMS: 60 W (30 W + 30 W) (10 % T.H.D., 1 kHz)
Subwoofer: RMS: 50 W (10 % T.H.D., 100 Hz)

● DVD player

Signal system PAL/NTSC colour

Supported disc types

Video signal Horizontal resolution: 525 linesS/N ratio: 56 dB
Audio signal Frequency characteristics Linear PCM DVD: 20 Hz to 20 kHz

DVD (with the same region number on the back of the unit or ALL), SVCD, VCD, audio CD,
CD-R, CD-RW, MP3

(sampling rate: 48 kHz)
20 Hz to 20 kHz
(sampling rate: 96 kHz)
CD: 20 Hz to 20 kHz

S/N ratio CD: 65 dB (1 kHz)
Dynamic range Linear PCM DVD: 95 dB CD: 94 dB
Total harmonic distortion ratio 0.2 % maximum

● Tuner

Frequency range FM: 88 - 108 MHz

AM: 531 - 1602 kHz

2

● Front speakers

Type Full range speaker system (magnetic shield)

8 cm (3-1/8") speaker

Maximum input power 40 W
Impedance 8 ohms
Dimensions Width: 91.5 mm (3-5/8")

Height: 139.5 mm (5-1/2")
Depth: 100 mm (3-15/16")

Weight 0.7 kg (1.5 lbs.)/each

● Surround speakers

Type Full range speaker system

8 cm (3-1/8") speaker

Maximum input power 40 W
Impedance 8 ohms
Dimensions Width: 91.5 mm (3-5/8")

Height: 139.5 mm (5-1/2")
Depth: 100 mm (3-15/16")

HT-CN150DVW

Weight 0.5 kg (1.1 lbs.)/each

● Center speaker

Type Full range speaker system

8 cm (3-1/8") speaker

Maximum input power 40 W
Impedance 8 ohms
Dimensions Width: 91.5 mm (3-5/8")

Height:169.5 mm (6-11/16")
Depth: 100 mm (3-15/16")

Weight 0.7 kg (1.5 lbs.)

● Subwoofer

Type Subwoofer system

13 cm (5-1/8") Subwoofer

Maximum input power 70 W
Impedance 4 ohms
Dimensions Width:200 mm (7-7/8")

Height: 338 mm (13-9/16")
Depth: 303 mm (12-3/16")

Weight 4.2 kg (9.2 lbs.)

3

HT-CN150DVW

LASER BEAM SAFETY PRECAUTIONS

This DVD player uses a pickup that emits a laser beam.

Do not look directly at the laser beam coming
from the pickup or allow it to strike against
your skin.

The laser beam is emitted from the location shown in the figure. When checking the laser diode, be su re to keep your eyes at least
30cm away from the pickup lens when the diode is turned on. Do not look directly at the laser beam.

Caution: Use of controls and adjustments, or doing procedures other than those specified herein, may result in hazardous radiation
exposure.

Drive Mecha Assembly

Laser Beam Radiation

Laser Pickup

Turntable

4

HT-CN150DVW

IMPORTANT SAFEGUARDS AND PRECAUTIONS

1. IMPORTANT SERVICE NOTES

BEFORE RETURNING THE DVD VIDEO PLAYER

Before returning the DVD video player to the user,
perform the following safety checks.

1. Inspect all lead dress to make certain that leads are

not pinched or that hardware is not lodged between
the chassis and other metal parts in the DVD video
player.

2. Inspect all protective devices such as non-metallic

control knobs, insulation materials, cabinet backs,
adjustment and compartment covers or shields,
isola-tion resistor/capacitor networks, mechanical
insula-tors etc.

3. To be sure that no shock hazard exists, check for

current in the following manner.

● Plug the AC line cord directly into a 230 volt AC outlet

(Do not use an isolation transformer for this test).

● Using two clip leads, connect a 1.5k ohm, 10 watt

resistor paralleled by a 0.15µF capacitor in series with
all exposed metal cabinet parts and a known earth
ground, such as a water pipe or conduit.

● Use an DVM or VOM with 1000 ohm per volt, or higher,

sensitivity or measure the AC voltage drop across the
resistor (See Diagram).

● Move the resistor connection to earth exposed metal

part having a return path to the chassis (metal cabinet,
screw heads, knobs and control shafts, etc.) and
measure the AC voltage drop across the resistor.

Reverse the AC plug on the set and repeat AC voltage
measurements for each exposed part. Any reading of

1.4V rms (this corresponds to 0.7mA rms AC.) or more
is excessive and indicates a potential shock hazard
which must be corrected before returning the DVD
video player to the owner.

SSVM

AC SCALE

1.5k ohms.
10W

0.15

TEST PROBE

TO EXPOSED
METAL PARTS

F

CONNECT TO
KNOWN EARTH
GROUND

1. NOTES DE SERVICE IMPORTANTES

AVANT DE RENDRE LE REPRODUCTOR DE VÍDEO
DVD

Avant de rendre le reproductor de vídeo DVD à l'utilisateur,
effectuer les vérifications de sécurité suivantes.

1. Vérifier toutes les gaines de fil pour être sûr que les fils
ne sont pas pincés ou que le matériel n'est pas coincé
entre le châssis et les autres pièces métalliques dans le
reproductor de vídeo DVD.

2. Vérifier tous les dispositifs de protection tels que les
boutons de commande non métalliques, les matériaux
d'isolement, le dos du coffret, les couvercles de
compartiment et ajustement ou les boucliers, les
réseaux de résistance / condensateur d'isolement, Ies
isolateurs mécaniques, etc.

3. Pour être sûr qu'il n'y a aucun risque de choc électrique,
vérifier le courant de fuite de la maniére suivante.

● Brancher le cordon d'alimentation secteur directement
dans une prise de courant de 230 volts. (Ne pas utiliser
de transformateur d'isolement pour cet essai).

● Utiliser deux fils à pinces et connecter une résistance de
10 watts 1,5 kohm en parallèle avec un condensateur
de 0,15 F en série avec des pièces du coffret métallique
exposées et une masse de terre connue telle qu'un
tuyau ou un conduit d'eau.

● Utiliser un DVM ou VOM avec une sensibilité de 1000
ohms par volt ou plus ou mesurer la chute de tension
CA entre la résistance (voir diagramme).

● Déposer la connexion de la résistance à toutes les de

pièces métalliques exposées ayant un parcours de
retour au châssis (coffret métallique, tétes de vis,
boutons et arbres de commande, etc.) et mesurer la
chute de tension CA entre la résistance. Inverser la
fiche CA (une fiche intermédiaire non polarisée doit être
utilisée à seule fin de faire ces vérifications.) sur
l’appareil et répéter les mesures de tension CA pour
chaque piéce métallique exposée. Toute lecture de 1,4
V rms (ceci correspond à 0,7 mA rms CA) ou plus est
excessive et signale un danger de choc qui doit être
corrigé avant de rendre le reproductor de vídeo DVD à
son utilisateur.

VTVM

AC SCALE

1.5k ohms
10W

0.15 F

TEST PROBE

TO EXPOSED
METAL PARTS

CONNECT TO
KNOWN EARTH
GROUND

5

HT-CN150DVW

STANDARD NOTES FOR SERVICING

Circuit Board Indications

a. The output pin of the 3 pin Regulator ICs is indicated

as shown.

Top View

Out

b. For other ICs, pin 1 and every fifth pin are indicated

as shown.

< Bottom View >

Input

In

Bottom View

5

Pin 1

10

c. The 1st pin of every male connector is indicated as

shown.

< Bottom View >

Pin 1

Instructions for Connectors

1. When you connect or disconnect the FFC (Flexible
Foil Connector) cable, be sure to first disconnect the
AC cord.

2. FFC (Flexible Foil Connector) cable should be in­serted parallel into the connector, not at an angle.

FFC Cable

Using lead-free wire solder

When fixing the PWB soldered with the lead-free solder,
apply lead-free wire solder. Repairing with conventional
lead wire solder may cause damage or accident due to
cracks.

As the melting point of lead-free solder (Sn-Ag-Cu) is
higher than the lead wire solder by 40°C, we recommend
you to use a dedicated soldering bit, if you are not
familiar with how to obtain lead-free wire solder or
soldening bit, contact our service station or service
ranch in your area.

Soldering

As the melting point of lead-free solder (Sn-Ag-Cu) is
about 220°C which is higher than the conventional lead
solder by 40°C, and as it has poor solder wettabillty, you
may be apt to keep the soldering bit in contact with the
PWB for extended period of time. However, Since the
land may be peeled off or the maximum heat-resistance
temperature of parts may be excoeded, remove the bit
from the PWB as soon as you conurm the steady
soldering condition.

Lead-free solder contains more tin, and the end of the
soldering bit may be easily corroded. Make sure to tum
on and off the power of the bit as required. if a different
type of solder stays on the tip of the soldering bit, it is
alloyed with lead-free solder. Clean the bit after every
use of it.

When the tip of the soldering bit is blackened during
use, file it with steel wool or fine sandpaper.

Becareful when replacing parts with polarity indication
on the PWB silk.

Lead-free wire solder for servicing

Part No.

ZHNDAi123250E J

ZHNDAi126500E J

ZHNDAi12801KE J

Description Code

0.3mm 250g(1roll) BL

0.6mm 500g(1roll) BK

1.0mm 1kg(1roll) BM

Connector

CBA

* Be careful to avoid a short circuit.

6

HT-CN150DVW

How to Remove / Install Flat Pack-IC

1. Removal

With Hot-Air Flat Pack-IC Desoldering Machine:

(1) Prepare the hot-air flat pack-IC desoldering ma-

chine, then apply hot air to the Flat Pack-IC (about 5
to 6 seconds). (Fig. S-1-1)

Fig. S-1-1

(2) Remove the flat pack-IC with tweezers while apply-

ing the hot air.

(3) Bottom of the flat pack-IC is fixed with glue to the

CBA; when removing entire flat pack-IC, first apply
soldering iron to center of the flat pack-IC and heat
up. Then remove (glue will be melted). (Fig. S-1-6)

(4) Release the flat pack-IC from the CBA using twee-

zers. (Fig. S-1-6)

Caution:

1. Do not supply hot air to the chip parts around the flat
pack-IC for over 6 seconds because damage to the
chip parts may occur. Put masking tape around the
flat pack-IC to protect other parts from damage.
(Fig. S-1-2)

2. The flat pack-IC on the CBA is affixed with glue, so
be careful not to break or damage the foil of each pin
or the solder lands under the IC when removing it.

Hot-air
Flat Pack-IC
Desoldering

CBA

Masking
Tape

Tweezers

Machine

Flat Pack-IC

Fig. S-1-2

With Soldering Iron:

(1) Using desoldering braid, remove the solder from all

pins of the flat pack-IC. When you use solder flux
which is applied to all pins of the flat pack-IC, you can
remove it easily. (Fig. S-1-3)

Flat Pack-IC

Desoldering Braid

Soldering Iron

Fig. S-1-3

(2) Lift each lead of the flat pack-IC upward one by one,

using a sharp pin or wire to which solder will not
adhere (iron wire). When heating the pins, use a fine
tip soldering iron or a hot air desoldering machine.
(Fig. S-1-4)

Sharp
Pin

Fine Tip
Soldering Iron

Fig. S-1-4

(3) Bottom of the flat pack-IC is fixed with glue to the

CBA; when removing entire flat pack-IC, first apply
soldering iron to center of the flat pack-IC and heat
up. Then remove (glue will be melted). (Fig. S-1-6)

(4) Release the flat pack-IC from the CBA using twee-

zers. (Fig. S-1-6)

With Iron Wire:

(1) Using desoldering braid, remove the solder from all

pins of the flat pack-IC. When you use solder flux
which is applied to all pins of the flat pack-IC, you can
remove it easily. (Fig. S-1-3)

(2) Affix the wire to a workbench or solid mounting point,

as shown in Fig. S-1-5.

(3) While heating the pins using a fine tip soldering iron

or hot air blower, pull up the wire as the solder melts
so as to lift the IC leads from the CBA contact pads
as shown in Fig. S-1-5.

7

HT-CN150DVW

(4) Bottom of the flat pack-IC is fixed with glue to the

CBA; when removing entire flat pack-IC, first apply
soldering iron to center of the flat pack-IC and heat
up. Then remove (glue will be melted). (Fig. S-1-6)

(5) Release the flat pack-IC from the CBA using twee-

zers. (Fig. S-1-6)

Note:

When using a soldering iron, care must be taken to
ensure that the flat pack-IC is not being held by glue.
When the flat pack-IC is removed from the CBA,
handle it gently because it may be damaged if force
is applied.

Hot Air Blower

or

Iron Wire

Soldering Iron

2. Installation

(1) Using desoldering braid, remove the solder from the

foil of each pin of the flat pack-IC on the CBA so you
can install a replacement flat pack-IC more easily.

(2) The "●" mark on the flat pack-IC indicates pin 1. (See

Fig. S-1-7.) Be sure this mark matches the 1 on the
PCB when positioning for installation. Then presol­der the four corners of the flat pack-IC. (See Fig. S­1-8.)

(3) Solder all pins of the flat pack-IC. Be sure that none

of the pins have solder bridges.

Example :

Pin 1 of the Flat Pack-IC
is indicated by a " " mark.

Fig. S-1-7

To Solid
Mounting Point

CBA

Tweezers

Fig. S-1-5

Fine Tip
Soldeing Iron

Flat Pack-IC

Fig. S-1-6

Presolder

Flat Pack-IC

CBA

Fig. S-1-8

8

Instructions for Handling
Semi-conductors

Electrostatic breakdown of the semi-conductors may
occur due to a potentialdifference caused by electrostatic
charge during unpacking or repair work.

1. Ground for Human Body

Be sure to wear a grounding band (1MΩ) that is properly
grounded to remove any static electricity that may be
charged on the body.

2. Ground for Workbench

Be sure to place a conductive sheet or copper plate with
proper grounding (1MΩ) on the workbench or other
surface, where the semi-conductors are to be placed.
Because the static electricity charge on clothing will not
escape through the body grounding band, be careful to
avoid contacting semi-conductors with your clothing.

< Incorrect >

HT-CN150DVW

< Correct >

CBA

Grounding Band

CBA

Conductive Sheet or
Copper Plate

9

HT-CN150DVW

OPERATING CONTROLS AND FUNCTIONS

■ Main unit (front panel)

1

HOME THEATERWITH DVD HT-CN150DVW

ON/ STAND-BY

MP3

2 3 4

OPEN/CLOSE

5 6 8 9

(1)

(3)(2)

RL

(4) (6)(5)

C

S

RSLS

15

1. On/Stand-by Button

2. Disc Tray

3. Disc Tray Open/Close Button

4. Remote Sensor

5. Power Stand-by Indicator

6. Function Button

7. Speaker Level Mode Button

8. Play or Pause Button

9. Stop Button

10. Chapter (track) Skip Down or Preset/Tuning Down Button

11. Chapter (track) Skip Up or Preset/Tuning Up Button

12. Volume Up and Down or Speaker Level Adjust Buttons

13. Microphone Volume Control

14. Microphone Socket

15. Speaker Indicators
(1) Left Front Speaker Indicator
(2) Centre Speaker Indicator
(3) Right Front Speaker Indicator
(4) Left Surround Speaker Indicator
(5) Subwoofer Indicator
(6) Right Surround Speaker Indicator

PLAY STOPFUNCTION

16 17 18

RL

C

S

RSLS

30 31 32 33

REMOTE
SENSOR

-

VOLUMESKIPMODE

+

12

MICVOLUME

MIN.

MAX.

137 10 1411

242319 20 21 22

DIGITAL
Pro Logic

CD MP3STEREO V

16. Dolby Pro Logic Indicator

17. Dolby Digital Signal Indicator

18. P - SCAN mode

19. DVD Indicator

20. Pause Indicator

21. Play Indicator

22. Title Indicator

23. Track Indicator

24. Tuner Preset Indicator

25. Chapter Indicator

26. Programme Indicator

27. Sleep Indicator

28. Repeat Indicator

29. A - B Repeat Indicator

30. DTS Signal Indicator

31. Stereo (2-ch) or FM Stereo Receiving Indicator

32. SVCD/VCD/CD Indicator

33. MP3 or JPEG Indicator

REPEAT 1SLEEPPROGCHPPRESETTRKTITLEP-SCAN

MIC

2928272625

A-B

KHz
MHz

10

■ Main unit (rear panel)

n

h
S
r

o
D

HT-CN150DVW

AC
INPUT

110
127V

8

220
240V

The rating label is located on the bottom of the unit.

1. AC Power Input Socket

2. Cooling Fan

3. Speaker Terminals

4. Audio Input Sockets (TV/AUX)

5. Audio Output Sockets

6. Video Output Socket

7. AM Loop Aerial Socket

8. AC Voltage Selector

9. Digital Output Socket (Coaxial)

10. S-video Output Socket

11. Component Video output Sockets

12. FM 75 Ohms Aerial Socket

3 5 6 721

SURROUND

FRONT

MINIMUM RATED SPEAKERIMPEDANCE

WOOFER

CENTER

RR

LL

8OHMS 4OHMS

4

AUDIO

SUB

AUX

L

R

DIGITAL

OUT

INTVIN

AUDIO OUT

VIDEO
OUT

COAXIAL

S-VIDEO
OUT

9

Manufactured under license from Dolby Laboratories.
"Dolby", "Pro Logic" and the double-D symbol are
trademarks of Dolby Laoratories.

Manufactured under license from Digital Theater Systems,
lnc. US Pat. No . 5,451,942, 5,956,674, 5,974,380,
5,978,762 and other world-wide patents issued and pending
."DTS" and "DTS Digital Surround" are registered trademarks
of Digital Theater Systems, Inc. Copyright 1996,2000
Digital Theater Systems, Inc. All rights reserved.

10

11

P

R

COMPONENT

P

b

Y

VIDEO OUT

AM

75 OHMS

FM

ANTENNA

12

Cooling fan

This unit is fitted with a cooling fan at the rear for improved
cooling. Do not cover the opening in this section with any
obstacles.

AUDIO

AC

INPUT
110
127V

220
240V

SURROUND

FRONT

CENTER

RR

8 OHMS 4 OHMS

MINIMUM RATED SPEAKER IMPEDANCE

AUXINTV

SUB

WOOFER

LL

DIGITAL

OUT

IN

AUDIO OUT

L

COAXIAL

R

Manufactured u
"Dolby", "Pro L

VIDEO

trademarks of

OUT

Manufactured u
lnc. US Pat. No .

S-VIDEO

5,978,762 and ot

OUT

."DTS" and "DT
of Digital Theate
Digital Theater S

cooling fan

Caution:

● The unit will get warm whilst being used. Do not touch
the warm areas of the unit for prolonged periods to avoid
damage to you.

● This unit is equipped with a special function which pro­tects the amplifier circuit from damages. When it is acti­vated, the sound switch is turned off. In this case,
unplug the unit and, after 15 minutes or more, plug it in
again.

11

HT-CN150DVW

■ Remote Control

2

ON/STAND BY

FUNCTION

3

4

5
6
7

8

9

SLEEP MIC KEY ECHO

DISPLAY DIRECT ZOOM PROG

EQ

LISTENING

10
11
12
13
14

SETUP

15

STOP

16

V

TUNING

17
18
19

NTSC/PAL ST/MO MODE

STEP ANGLE SUBTITLE AUDIO

20
21

92LWIR150Z04D7

22

1

I/P SCAN

REPEAT A-B

ADJ/VOL

ENTER

PLAY/PAUSE

V

LANGUAGE

OPEN/CLOSE

MEMORY

PRESET

V

MUTE

MENU/PBCTITLE

SLOW/

RETURN

V

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

1. Remote Control Transmitter

2. On/Stand-by Button

3. Function Button

4. Direct Number Buttons

5. Mic Button

6. Sleep Button

7. Display Button

8. Direct Button

9. EQ (equalizer) Button

10. Surround/Stereo (2-ch) Listening Mode Button

11. Volume Up and Down or Speaker Level Adjust Buttons

12. Title Select Button

13. Cursor Buttons

14. Set Up Menu Button

15. Play or Pause Button

16. Stop Button

17. Fast Reverse or Tuning Down Button

18. Fast Forward or Tuning Up Button

19. NTSC/PAL Select Button

20. Frame Advance Button

21. FM Stereo/Mono Select Button

22. Angle Select Button

23. Disc Tray Open/Close Button

24. Interlace and Progressive Scan Button

25. Mute Button

26. Key Button

27. Echo Button

28. Programme Button

29. Zoom Button

30. A - B Repeat Button

31. Repeat Play Button

32. Menu/Playback /Control On/Off Button

33. Enter Button

34. Return Button

35. Slow Motion/Memory Button

36. Chapter (track) Skip Up or Preset Up Button

37. Chapter (track) Skip Down or Preset Down Button

38. Speaker Level Mode Button

39. Audio Select Button

40. Language Select Button

41. Subtitle Select Button

12

TROUBLESHOOTING

HT-CN150DVW

AM FM

KL

Cannot Read The

Ear Head Phone

SCART SUB OUT

AV CONNECTOR

G

S-Video

MAIN UNIT REPAIR CHART

Video

OPTICAL

DF

AUDIO L/R

B

No Output

Disc Or Intermittent

No Sound

No Output

No Output

No Output

No Output

No Output

No Output

No Show

VFD Display

And Key Function

the cable

RE-Insert and fix

No

Yes

Check Control Board

CN201 CN202

Cable loose or bad INT

Check Main Board

IC953 or IC953 periphery

IC208 or IC208 periphery

NO

Check Main Board

YES

NO

PIN5 -24 V

Check CN902 voltage

PIN1 6.8VPIN7 8 AC

PIN3 12VPIN2 4 6 GND

YES

Repair power

Supply circuit

No

PIN12 5V

Pin13 12V-16V

Check RB201

Pin7 8 : AC Pin 6: -24V Pin5 5V

YES

IC201 or IC201 periphery

IC801 or IC801 periphery

YES

IC953 PIN3 5 V

YES

Board

Check Power

Check Main Board

IC954 or IC954 periphery

NO

Repair between the

Yes

Check Control

Repair

IC208 circuit

IC209 circuit short

IC201 pin short 1 10 19

35 44 53 62 96 104 185

IC202 pin short 13 14 27

IC201 pin short1 3 9 14 27 43 49

NO

IC208PIN3 3.3V

Check Main Board

Repair

170 ircuit short

IC210 circuit

IC201 pin 147 152

IC351 pin 5 ircuit short

IC801 pin 35 47 ircuit short

NO

IC210 PIN3 3.3V

Check Main Board

to IC953 PIN3 return

Check C285 anode

NO

C285 Anode 5V

Check Main Board

Repair

IC505 peri phery

IC405 PIN 42 circui t short

CN201 PIN 5 circui t short

IC205 or I C205 periphery

NO

IC202A Circuit

to VFD Display

Main board IC201
No

Yes

Pin9:STB

Pin8:CLKPin5 6: Data

IC202A ( Data,CLK,STB )

Repair

RA201 IC204 circuit short

IC201 circuit

XL201 circuit

IC201 pin short1 3 9 14 27 43 49

NO
t

YES

YES

YES

YES

Check Main Board

frequency 27MHZ)

IC 201 PIN20(OSC

IC201 PIN207=Rese

Renewal bastard

NO

Check

Confirm IC801

IC201 IC351 OK

IC801 IC201 IC351

IC801

Check

PIN 19 58 circuit open

IC201A

to RB201 Return

Repair between the

No

Yes

Check Control

IC201A ( PIN 12 Voltage)

Repair

IC105Circuit

NO

IC204 PIN3 =3.3V

Check Main Board

YES YES

Renewal IC201A

Repair XL301 Circuit

No

Yes

XL301 Check

Check IC201A Fettle

(OSC frequency 455KHZ)

Circuit IC201 t o IC202

NO

YES

IC20 2 F ix softw re

YES

Check Main Board

8

Check

IC301 Circuit

Circuit IC201 t o IC203

Renewal bastard

NO

YES

Check

Check IC110

IC201 IC202

Check IC110 PIN51 DSCK signal

7

IC203 circuit

CE

No Output

5.1-CH.STEREO

BHA IJ

No Show

VFD Display

A

And Key Function

All Function

No Working

Repair F1

A

All function

No Working

B

TROUBLESHOOTING CHART (1/3)

Check Main Board

Repair

Yes

Power T901

or bad INT

All cable is loose

Check All System

Yes

the cable

RE-Insert and fix

YES

IC954 PIN3 5 V

Circuit

No

Test CN903 PIN2

No

No

Panel stanby LED

13

IC205 PIN8 5V

Check Main Board

20>STB>12V

Yes

Check Main Board

show Working or Not

No

Repair

Control Board

IC 201A circuit

C

Yes

12V<PIN4<16V

CN202PIN4:

(HT48R05A)

Supply circuit

Repair power

Yes

5V

CN202PIN3:

Check Main Board

No

D

Yes

CN903PIN1

3.5V

Check Main Board

No

Boaed

Check Power

23456

1

E

HT-CN150DVW

K

AM FM

No Output

JH

Cannot Read The

Disc Or Intermittent

I

MIC IN

No Sound

G

AUDIO OUT COAXIAL

No Output

the cable

RE-Insert and fix

NO

or bad INT

Check Main Board

JK804 cable is loose

Yes

Check Main Board

NO

C257 signal output

H

Filter Circuit

IC201 Pin114 to C257

Check Main Board Between

NO

No Output

COMPONET VIDEO

Check Main Board

the cable

RE-Insert and fix

Yes

or bad INT

JK806 cable is loose

CN804 signal output

Check Main Board

NO

Filter Circuit

Check Main Board Between

IC201 Pin113 114 1125 to CN804

8

7

No Sound

COMPONET VIDEO

G

No Output

AUDIO OUT COAXIAL

FB

S-Video

No Output

MAIN UNIT REPAIR CHART

E

Video

No Output

D

No Output

AUDIO L/R

C

No Output

5.1-CH.STEREO

RE-Insert and fix

NO

Check Main Board

JK801 cable is loose

IC401 to IC404

Check Between

YES

No

signal output

IC401 Pin1 7

the cable

Yes

or bad INT

Check

Check IC401

IC401 voltage Circuit

YES

No

signal IN

IC401 Pin2 6

Check Main Board

Check Main Board

L812 L813 signal output

Check

Check IC351

CheckI351 to IC401

IC351 voltage Circuit

YES

IC351

signal IN

Check Main Board

NO

Filter Circuit

Check Main Board Between

IC201 Pin112 113 to L812 L813

Yes

Check

L809 to JK101

Between Main Board

Yes

NO

L809 signal output

Check Main Board

D

No Output

AUDIO L/R

F

Check Main Board Between

IC201 Pin110 to L809 CIRCUIT

Check

Check Between

IC406 TO JK401

YES

signal output

IC406 Pin1 7

Check Main Board

Check IC406

IC406 voltage Circuit

YES

No

signal IN

IC406 Pin2 6

Check Main Board

S-Video

No Output

No

Check Main Board

the cable

RE-Insert and fix

NO

E

Video

No Output

or bad INT

Check Main Board

JK802 cable is loose

VFD Display

A

All Function

A

No Show

And Key Function

No Working

C

No Output

5.1 - CH.STEREO

B

JK501 Circuit

IC501-IC503 to

Repair

Power Supply

No

Check CN901

Check Main Board

Check Between

Yes

Yes

Pin16 SL OUT

Pin16 L OUT

Pin21 SR OUT

Check Main Board

PIN1=+28VPIN3=GND

OP IC Audio signal output

IC 501

Pin21 R OUT

Pin16 C OUT

Pin21 SW OUT

IC502

IC503

Confirm mainframe mute off

Check Main Board mute circuit

Low

No

IC501-503

Mute Return circuit

Check Main Board

High

C

TROUBLESHOOTING CHART (2/3)

14

Renewal bastard

No

Yes

Confirm Speake

Confirm IC501-503 fettle

Gradually disturb each import

Confirm every IC supply power

Check Main Board

UP to C315-350 anode

IC351 supply power Check Between

D

Confirm IC201 fettle

IC201 to IC351 Circuit

No

Yes

Check IC351 PIN3 BCLK

Check IC351 PIN4 LRCK

Check IC351 PIN7 DIN1

Check IC351 PIN8 DIN2

Check IC351 PIN3 DIN3

Check IC351 PIN2 MCLK

Confirm IC351 fettle

Check Main Board

E

23456

1

HT-CN150DVW

L

AM FM

No Output

K

Cannot Read The

J

EarHead Phone

I

No Output

SCART SUB OUT

H

No Output

AV CONNECTOR

G

S-Video

No Output

MAIN UNIT REPAIR CHART

F

Video

No Output

E

OPTICAL

No Output

D

No Output

AUDIOL/R

C

No Output

5.1-CH.STEREO

B

No Show

VFD Display

A

AllFunction

No Working

Disc Or Intermittent

No Sound

K

AndKey Function

Cannot Read The

Disc Or Intermittent

NO DISC STATUS

RE-Insert and fix

NO

Check Main Board

CN801 CN803 CN812 CN813

CN 812 PIN1 = PIN2

CN 813 PIN1234=0V

CN 803 PIN1 3V

CN 803 PIN2 0V

the cable

cable is loose or bad INT

the cable

RE-Insert and fix

NO

L

AM FM

No Output

CN 812 PIN1 = PIN2

PLAY STATUS

CN 803 PIN1 4V

CN 803 PIN2 6.5V

CN 803 PIN4 = CN803 PIN5

CN 803 PIN3 0V

CN 803 PIN1 3V

CN 803 PIN2 0V

ANT001 CN002

Check Main Board

cable is loose or bad INT

Repair IC804801 circuit

NO

CN801 NO

CN 803 PIN4 2.3V

CN 803 PIN3 0V

CN 803 PIN3 0V

CN 803 PIN4 = CN803 PIN5

Change IC 804 ci ruit

Change IC801 ciruit

Repair IC802

Repair IC802 circuit

Check Main Board

NO

Yes

CN 151

Check Main Board

Q813 around circuit

Repair Q800-803811

YES

Change 0805 0806 ciruit

around circuit

IC201 Signal

Supply Power

Voltage Circuit signal IN

PIN4 12V PIN5 6 7 8 signal

8

7

NO

the cable

RE-Insert and fix

NO

Change IC802

YES

Yes

Check Main Board

CN801 signal IN

C813 CN803CN812 voltage

Loader is OK?

NO

Change Loader

CN813 NO CN812 NO

CN803 NO

Repair IC201

around circuit

Repair IC201circuit

NO

118 Signal

Change IC802

Chan g e IC2 0 1Pin 117

Repair IC802

around circuit

Repair IC802 circuit

NO

Change IC802

YES

YES

Check Main Board

IC801 and IC201 connect

NO DISC STATUS CD PLAY STATUS

Pin14

Pin13

Pin12

Pin11

Pin9 Pin10

Pin8

Pin7

Pin6

Pin5

Pin4

Pin3

Pin2

Pin1

0V

2.5V

Pin14

Pin13

Pin12

Pin11

Pin10

Pin8

Pin7 Pin9

Pin6

Pin5

Pin4

Pin3

Pin2

Pin1

2.3V

2.5V

1.5V

Pin27 Pin28

5.6V

1.5V

Pin26

2.5V

Pin25

2.5V

5.2V11V 5.5V

Pin24

5.2V

1.3V
0

Pin22

0V

11V

Pin21 Pin23

0V

2.5V

Pin20

5V

2.5V

Pin19

6.4V

1.5V

Pin18

2.5V

2.5V 4.7V

2.5V

Pin16 Pin17

2.5V

1.5V

Pin15

2.5V

Pin28

2.5V

1.5V

Pin27

1.5V

6.1V

Pin26

2.5V

Pin25

Pin24

1.5V 2.5V0V

Pin23

Pin22

0V 1.2V 1.5V12V 6.1

12V

Pin21

0V

2.5V

Pin20

5V

2.5V

Pin19

3.6V

1.5V

Pin18

2.5V

Pin17

2.5V

2.5V 3.6V

Pin16

2.5V

1.5V

Pin15

23456

IC803A PIN3 return

ControlJK301 IC803A

1

Confirm Speaker

the cable

the cable

RE-Insert and fix

NO

H

MIC IN

No Output

Check Main Board

or bad INT

JK 301 cable is loose

A

RE-Insert and fix

NO

Yes

or bad INT

Check Main Board

CN 801B cable is loose

B

5.1 - CH.STEREO

Check Main Board

No Output procedure

NO

Yes

DisturbCN801B PIN12

ConfirmSpeaker

Yes

CN801A TO CN801B

Check Main Board Between

C

Renewalbastarf

ConfirmIC802A Periphery

No

Yes

Yes

Check MIC Board

Disturb IC802APIN35 Confirm Speaker

Confirm IC801A802A803A Supply power

Check Between

IC 802A PIN35 to

IC 803APIN7return

No

ConfirmSpeaker

Check MICBoard

DisturbIC803A PIN7

D

Check Between

Yes

IC801A PIN15 to

No

Check MICBoard

ControlIC802A

IC803APIN5 return

Confirm Speaker

Disturb IC801A PIN 15

Check Between

Yes

Check MICBoard

E

RB 855B to

No

DisturbRB855B

TROUBLESHOOTING CHART (3/3)

15

HT-CN150DVW

A

B

AC input 120V/230V

POWER
SUPPLY

BLOCK DIAGRAM

+12V

-12V
+5V
+6.8V
PCON

-24V

3.6V AC
GND
+5V_STB

TEA5762H+SAA6588T

RADIO PACK

FM IN

AM IN

RESET

FLASH

SST39VF080

L

C

R

TV-INTV-IN

SDRAM

4MX16

IC TC4052B

L

R

D

L

R

AUX-IN

L CH

R CH

IC RC4558D

2*14W OUT

IC TDA7269

IC AT24C02

SERIAL EEPROM

27MHZ

E

L

LINE OUT

SUB

C

F

2*25W OUT

IC TDA7265

IC RC4558D

IC RC4558D IC RC4558D IC RC4558D

R

SL

2*14W OUT

SR

IC TDA7269

L

IC M6244FP

R

G

MIC IN

IC PT2399 VR

IC RC4558D

IC RC4558D

H

1

23456

BLOCK DIAGRA3M (1/2)

16

HT-CN150DVW

ES6629FD

IC 74HC374

IC 74HC374

IC 74HC04

IO-PUT

IO-PUT

VFD(DR1060)

IC HT16511

SPDIF-IN

SPDIF-OUT

Y.V.U OUT

S-VIDEO

C-VIDEO

SCART

KEY

C4558D

6

L

LINE OUT

R

IC WM8772

D/A EXCHANGE

L CH

R CH

IC RC4558D IC RC4558D IC RC4558D

7

8 9 10 11 12

C CH

SUB CH

BLOCK DIAGRAM (2/2)

SL CH

SR CH

IR

IC EC6603

(RF)

AT5660

(DRIVER)

HT48R05

PCON

RA0
M02

DVD LOADER

17

HT-CN150DVW

SCHEMATIC DIAGRAMS / IC’S PIN VOLTAGE

Standard Notes

WARNING

Many electrical and mechanical parts in this chassis
have special characteristics. These characteristicsoften
pass unnoticed and the protection afforded by them
cannot necessarily be obtained by using replacement
components rated for higher voltage, wattage, etc.
Replacement parts that have these special safety
characteristics are identified in this manual and its
supplements; electrical components having such
features areidentified by the mark " " in the schematic
diagram and the parts list. Before replacing any of these
components, read the parts list in this manual carefully.
The use of substitute replacement parts that do not
have the same safety characteristics as specified in the
parts list may create shock, fire, or other hazards.

Capacitor Temperature Markings

Mark

(B)
(F)

(SR)

(Z)

Capacity

change rate

±10%

+30 - 80%

±15%

+30 - 80%

Standard

temperature

20°C
20°C

20°C
20°C

Temperature

range

-25~+85°C

-25~+85°C

-25~+85°C

-10~+70°C

Notes:

1. Do not use the part number shown on these draw­ings for ordering. The correct part number is shown
in the parts list, and may be slightly different or
amended since these drawings were prepared.

2. All resistance values are indicated in ohms (K=10

3. Resistor wattages are 1/4W or 1/6W unless other-

4. All capacitance values are indicated in µF

5. All voltages are DC voltages unless otherwise speci-

6. Electrical parts such as capacitors, connectors, di-

6

).

M=10

wise specified.

-6

(P=10

fied.

odes, IC's, transistors, resistors, switches, and fuses
are identified by four digits. The first two digits are
not shown for each component. In each block of the
diagram, there is a note such as shown below to
indicate these abbreviated two digits.

µF).

3

,

Capacitors and transistors are represented by the
following symbols.

CBA Symbols

(Top View) (Bottom View)

+

Electrolytic Capacitor

(Top View)

Transistor Transistor

ECB

(Top View)

ECB

18

HT-CN150DVW

LIST OF CAUTION, NOTES, AND SYMBOLS USED IN THE SCHEMATIC
DIAGRAMS ON THE FOLLOWING PAGES:

1.CAUTION:

FOR CONTINUED PROTECTION AGAINST FIRE HAZARD, REPLACE ONLY WITH THE
SAME TYPE FUSE.

2.CAUTION:

Fixed Voltage (or Auto voltage selectable) power supply circuit is used in this unit.
If Main Fuse (F1001) is blown, first check to see that all components in the power supply circuit are not defective

before you connect the AC plug to the AC power supply. Otherwise it may cause some components in the power
supply circuit to fail.

3.Note:

(1)Do not use the part number shown on the drawings for ordering. The correct pa rt number is shown in the part s list,

and may be slightly different or amended since the drawings were prepared.

(2)To maintain original function and reliability of repaired units, use only original replacement parts which are listed

with their part numbers in the parts list section of the service manual.

19

HT-CN150DVW

(

)

C449 4u7

5

4
5

R

R

R

R

R423 100K(33K)

MAIN CIRCUIT DIAGRAM

A

R323 47K

AIL

R324 47K

AIR

JK401-A

L

L301 100ohm

B

R

L302 100ohm

L

L303 100ohm

AUX IN TV IN

R

L304 100ohm

JK401-B

C

CN151 FOR TUNER PCB

1

LEFT

2

GND

3

RIGHT

4

TVCC
ENABL

5
6

DATA

7

CLOCK

8

STEREO
9

10

SCI
11

SDA
12

DAVN

D

FOR RB201

CN201

1

2

3

4

5

6

E

F

7

8

9

FOR RB202

CN202

470

470R261

R260

15V

CN903 FOR SWITCH POWER PCB

G

CN902 FOR SWITCH POWER PCB

1

2

3

4

5

6

7

8

H

+27V

1

C951 104

R301 43K

C301
100P

C302
100P

R302 43K

R303 43K

C303
100P

C304
100P

R304 43K

TVCC

5

4
3

6
2
1

RA301 33x4

ZD202 3V3

22k

R966

R968

1 1/2W

TUN-DATA

7

8

TUN-ST

+5V
SCL_RDS
SDA_RDS
DAVN_RDS

BMUTE

T5V

VFD-CE

VFD-CLK

VFD-DATE

+5V

-24V

AC1

AC2

IR

EN2(OPEN)

EN1(OPEN)

ST

T5V

24V

ZD203

R967

10K

C984

100u/25

+6VB

+12V

-24V

AC1

AC2

SUB

L951 100

470u/50

C955

23456

100u/50

R951 10K

R305 100K

ST

2SA733(OPEN)

R465 10k(OPEN)

C957

R306 100K

TUN-CLK 4052-B

R322 6KB

Q404

C

Q405 2SC945(OPEN)

R467 3K3(OPEN)

R321 47K

Q301
2SC945

B

B

VDDP

C959
470u/50

R307 100K

R466 10k(OPEN)

E

R308 100K

4052-ATUN-CE

AMUTE

E-D(SW)

MUTE

104
C494

+12V

R309 100K

C491 124

R310 100K

1N4148(OPEN)

R463 27K

R464 27K

C492 124K

5

+

B+

B

D

7

R312 10

R311 10

D316 1N4148

D301 1N4148

D302 1N4148

D305 (OPEN)1N4148

D304 1N4148

D305 1N4148(OPEN)

D306 1N4148

D307

D308 1N4148

D309 1N4148

D310 1N4148

D311 1N4148(OPEN)

D312 1N4148

D313 1N4148

D314 1N4148(OPEN)

D315 1N4148

C497

R461 390K

R462 22K

C493

6

104

102

C469

-

IC409-B

JRC4558d

C495
10u/16V

L956 100uH

R470 100K

1N4148 D317

10u/16V

C488563

R460 33K

4.7K

R4010

3

+

B-

4

D

1

IC409-A

JRC4558d

D951 1N4148

12

X0

14
15

11

1
5
2

4

10

9

6

8

ZD301 5V6

R3 0

2

-

R4005

4.7K

C490
10u/16V

IC301 TC4052B

X1

X-COM

X2
X3

Y0

Y1
Y2

Y-CO M

Y3

A
B
INH
VSS

C311 100u/16

P+12V

R424 220

ZD402 5V6

R429 220 P-12V

M62446-CLK

M62446-DATA

M62446-CE

C487 473

R458 33K

R459 15K

C484104

C4011 151

P-12VP-12VP-12V

VDD

VEE

ZD401 5V6

C453 47u/16

C482
563

4.7K

R4009

5

+

B+

B

D

7

IC409-B

JRC4558d

R953 10K

C312 104

ZD302 5V6

R425 22K

C454 104

C455 47u/16

C456 104

C480 473

R456 15K

6

-

R4004

4.7K

C486
10u/16V

R315 100K

R316 100K

R319 220

R320 220

C313 100u/16

R487 100K

R426 22K

R427 22K

+5V

220

R430

C452

30P

R457 33K

C483

104

4

C4010 151
P-12V

IC409-A

47u/16

C457

C481
563

R4008

3

+

B-

D

1

JRC4558d

P+12V

P-12V

C314 104

R488 100K

R489 100K

R490 100K

R491 100K

124357891011121314

OUT3

OUT4

R428 22K

C451

30P

4.7K

2

-

C485
10u/16V

C458 104

C479 473

R455 15K

C4009 151

42

R454 33K

P+12V

DVDD

C450
30P

IC405

M62446FP

CLK

413940

C476

104

B

IC407-B

L-IN1

R-IN1

R492 100K

C439

C440

10u/16V

6

SRIN

SWIN

AVDD

OUT1

OUT2

GNDS

DATA

LATCH

DGND

AGND

SWOUT

SROUT

383635343332313029

37

C474
563

R452 15K

R453 33K

4.7K

R4007

5

+

B+

D

7

JRC4558d

R-0

-

R4002

C478
10u/16V

C475

6

4

C4008 151

4.7K
IC407-A

P-12V

L-0

C477 10u/16V

R655 110

R656 110

R657 110

R658 110

R659 110

R670 110

BMUTE

TVCC

10u/16V

SLIN

C3 33P

SLOUT

C473
563

R4006

104

3

+

1

JRC4558d

R4024 4.7K

R420 1KB(33K)

C441

10u/16V

CIN

GNDC

R1

COUT

ROUT

1uF C472

4.7K

2

-

B-

D

4.7K

R4001

R501 5K6

R502 5K6

R521 5K6

R522 5K6

R541 5K6

R542 5K6

GNDR

5.6K

MICR

LOUT

0K(10K)

R421

R432

104(OPEN)

R4023 4.7K

10u/16V

C438

RIN

AVSS

C471uF

R451 15K

C4007 151

0K(10K)

C
1

6

5

C429

R431

2

3

C
1

10u/16V

15

LIN

GNDL

R2

5.6K

MICL

CL1

CL2

28

VDDP

R561 10K(1K)

B

R571100K

10K
0K

MAIN CIRCUIT DIAGRAM (1/4)

20

R451

15K

10u/16V

C471uF

30

13

R416 1K

R417 4K7

R418 1K

R419 43K

C428
150P

IC403-B
JRC4558d

-

6

O

B+

+

8

5

C429

104 P+12V

R421 47K

R431 560P(150)

-

2

O

B-

+

IC404-A

4

3

R432

104(OPEN)

R4023 4.7K

RIN

AVSS

6V

5K6

K6

K6

K6

K6

K6

JRC4558d

R422

15K(5.6K)

C433
150

6

5

P+12V

R486

R423 100K(33K)

10K

C438

10u/16V

C437

14151617192021

GNDL

BYPASSL

BYPASSR

R2

5.6K
C4 33P

MICL LIN

CL1

CR1

CR2

CL2

29282726242322

C449 4u7

C448 4u7

VDDP

R563 39K

ZD501 5V6

R561 10K(1K)

R562 10K(330)

c

Q501

B

25C945

E

R571100K

C4007 151

100K(10K)

100K(10K)

100K(10K)

C426 10u/16V

7

11

P-12V

IC404-B
JRC4558d

-

O

B+

+

8

C435

18

LBASS3

RTRE LTRE

RBASS3

25

C507 224

7

100K(10K)

100K(10K)

7

104(OPEN)

LBASS2

RBASS2

SUB1

47

R498 47

R497

C427
103

R4022 39K

R4021

39K

C436 0.047uF

LBASS1

RBASS1

R564 220

R565 220

R566 220

100K

SR1

SL1R1L1

C1

474747

R496

R495

C430 10u/16V

C434 0.047uF

R484

18K

C442 474

C445 474

47

R494

R493

R404 4K7

R407 4K7

R410 4K7

C416
103

C421
103

R485 18K

R483 18K

R482 20K

C443 153

C446 153

MODE 2

MODE 3

C505 5K6

C506 5K6

332(390)

C5053

R402 27K

R401 4K7

R403 1K
C401
103

C402
103(562)

R406 1K

C406
103

C407
103(562)

R408 27K

R409 1K

C412

C411

103(562

103

R411 27K

R412 1K

C417
103(562

R414 27K

R415 1KR413 4K7

C422
103(562

R481
20K

C444 152

C447 152

C501 474

C503
330P

C505 474

C506 474

C504
330P

C502 474

332(390)

332(390)

332(390)

C5056

C5055

C5054

C531 474

8 9 10 11 12

C533

R4 10K

ESS

8

IN1+

9

IN1-

11

SGND1

2

SGND2

5

IN2+

IN2+

4

IN2-

C515 104

C516 104

8

IN1+

C403
150P

C404 104R405 27K

C408
150P

C409 104

C413
150P

C414 104

C418
150P

C419 104

C423
150P

C424 104

R7 3.3K

D1 IN4148

R9 56K

VCC+27V

16

B

R5 10K

ZD1 7V5

MODE

VSSA2MODE

MODE2

C405

IC401-A

10u/16V

JRC4558d

-

21

O

B-

+

4

3

P-12V

C410

IC401-B

10u/16V

JRC4558d

-

67

O

B+

+

8

5

P+12V

IC402-A

C415

JRC4558d

10u/16V

-

21

O

B-

+

4

3

P-12V

IC402-B

C420

JRC4558d

10u/16V

-

67

O

B+

+

8

5

P+12V

IC403
JRC4558d

-

21

O

B-

+

4

3

P-12V

C

Q1
2SC945

E

Q2

2SA733

C5

100u/16V

R6 100k

VDDP

VSSP

C509 104

R510 10

C510 104

3

10

VDDA2

IC501

VSSD

ASSA1

12

R511 10

C537 104

C538 104

VDDP

VSSP

24

3

VDDA2

18

C517 224

R527 10

10

C425

10u/16V

C-2

R8 10K

47U/63VC508

VDDA1

TDA8921TH

STABI

47U/63VC539

VDDA1

SR-2

14

13

14

VDDP1

PROT

VDDP1

B

C511 104

C512 104

C513 104

C514 104

23

VDDP2

SBVD

19

C518 68P

C541 104

C542 104

C543 104

C544 104

23

VDDP2

R432 68K

R434 360K

R-2

R441 68K

R442 68K

R443 68K

C

E

C519 104

R431 47K

R433 360K

R435

R440 47K

Q3
2SC945

VSSP1

17

56K

VSSP

OSC

OUT2

VSSP2

20

VSSPVSSP

VSSP

7 7

OSC

C461 47P

R436 33K(56K)

-

21

O

B-

+

3

4

P-12V

C465 47P

R444 33K

-

67

O

B+

IC406-B

+

8

5

JRC4558d

C466
104

R450 10K

R479 47K

R477 4.3K(4K7)

R476 4.3K(10K)

VCC

CLOCK

15

BOOT1

16

OUT1

21

C522 153

22

BOOT2

C520 104

CLOCK

15

BOOT1

153 C521 153 C521 153

IC406-A
Jrc4558d

104

C462

P+12V

Q409

2SA733

C523 560P

C524 560P

560P

BLNK

VDDP

VDDP

VDDP

Q403
2SA733

10u/16V

R513 5.1

R514 5.1R529 5.1

10u/16V

C467

R478 100KK

RB5001
TO CN5001

C526 560P

C463

R437 4K7(330)

Q401 CM5783
Ec

Ec

R4454K7(330)

R474

2.2K(47K)

R474

2.2K(47K)

R476 1K D318 1N4148

1

2

3

4

VSSP

R515 5.1

C525 560P

L501 27uH

L502 27uH

R516 5.1

VSSP

VSSP

R531 5.1

560P

R438

15K(3.3K)

B

B

Q402

CM5783

R446

15K(3.3K)

R472 47K(3.3K)

R471 47K(3.3K)

R449 1K

R448 1K

Q407
2SC945

Q408
2SC945

CE C

BB

E

R468

12K(OPEN)

SUB

R517 22

224

C529

C530 224

C528 M1uF

C5062 103

R518 22

D506

R533 22

224

103

M1uF C527 M1uF

MAIN CIRCUIT DIAGRAM (2/4)

R439 47K

L306 100ohm

L305 100ohm

R447 47K

R471 47K(3.3K)

R4011 47K

R4012 47K

7

6

3

2

4

5

1

R469

47K(OPEN)

D504

R519 10K

C5061 103

1N4148

C5095 103 R520

F_AF_A F_A

D501 1N4148

10K

HT-CN150DVW

C464 470P(100P)

JK401-C

L

LINE OUT

R

C468470P(100P)

AOL

C4001 470P

AOR

C4002 470P

JK5001

CN401

OPEN

1

2

C496104(OPEN)

1N4148

C5094 103

10K

12

11

10

9

8

103

C5096

R

L

C

21

HT-CN150DVW

7

7

M62446-DATA

7

7

7

7

7

A

B

C

D

E

F

470

470R261

R260

ZD202 3V3

22k

15V

R966

CN903 FOR SWITCH POWER PCB

CN902 FOR SWITCH POWER PCB

1

2

3

4

5

6

7

8

R968

1 1/2W

+27V-27V

C951 104C952 104

1

2

3

CN901

FOR SWITCH POWER PCB

C969

104

R957 180 1W

-24V

P-12V

ST

T5V

24V

ZD203

R967

10K

C984

100u/25

+6VB

+12V

-24V

AC1

AC2

L951 100

C955

100u/50

R951 10KR952 10K

C956

100u/50

L952 100

2SA952

C970

100u/25

100u/25

TO SWITCH POWER PCB

SUB

Q953

C971

470u/50

470u/50

C957

C958

ST

2SA733(OPEN)

R465 10k(OPEN)

EBC

Q301
2SC945

B

R322

Q404

B

C

Q405 2SC945(OPEN)

R467 3K3(OPEN)

C959
470u/50

C960
470u/50

R958 330

ZD951 12V

R466 10k(OPEN)

VDDP

TP951

VSSP

1uF C472

C473
563

4.7K

R4006

C475

104

3

2

-

+

B-

4

D

1

4.7K

R4001

IC407-A

JRC4558d

L-0

C477 10u/16V

R501 5K6

R502 5K6

R521 5K6

R522 5K6

R541 5K6

R542 5K6

R970

1M(OPEN)

R965 OPEN(51K)

C983 10u/16V

C4

VDDP

R451 15K

B

C4007 151

R503 100K(10K)

R544 100K(10K)

C449

R561 10K(1K)

R562 10K(330)

R571100K

R504 100K(10K)

C50

C50

C50

C50

C50

C50

C964

104

2

-

R4005

4.7K

C490
10u/16V

C487 473

R459 15K

P-12VP-12VP-12V

C968
104

C976

104

C980
104

C4011 151

M62446-CE

C482
563

R458 33K

4.7K

R4009

C484104

5

+

B+

B

D

7

IC409-B

JRC4558d

R953 10K

C965 220u/25

C981 220u/16

6

-

R4004

4.7K

C486
10u/16V

2SA952

C480 473

R456 15K

C4010 151
P-12V

2SA952

C985 470u/16

R960 390 1/2W

C452

30P

C481
563

R457 33K

R4008

C483

104

3

+

B-

4

D

1

IC409-A

JRC4558d

Q951

2SC945

R954 4K7

R961 22 1/2W

R962Q954

2K2 (1.5K)

R988 2K2(OPEN)

10u/16V(OPEN)

C451

4.7K

C485
10u/16V

Q952

30P

-

C988

R455 15K

2

R955 100K

B

CBE

30P

C479 473

R454 33K

C4009 151

P+12V

R956 10K

EC

Q955
2SC945

C450

C474
563

R4007

C476

104

5

+

B+

B

7

IC407-B

JRC4558d

D960 OPEN(0)

CN908

4.7K

-

D

R4002

C478
10u/16V

R-0

Tun_B+/SW

ZD952

7V(OPEN)

2

R452 15K

R453 33K

6

C4008 151

4.7K
P-12V

R655 110

R656 110

R657 110

R658 110

R659 110

R670 110

BMUTE

TVCC

C966

220u/16

P+12V

+M5V

+5V
VCC
R963 0

104

C982

1

D312 1N4148

D313 1N4148

D314 1N4148(OPEN)

D315 1N4148

R463 27K

R464 27K

R462 22K

C492 124K

C491 124

C493

6

5

104
C494

E

+12V

C961

100u/16

R959
220

C972
104

+6VB

C973

B

220u/25

C977

+

B+

7

220u/25

-

D

IC409-B

C495
10u/16V

104C902

102

JRC4558d

L956 100uH

C974
104

C978
104

L955 100uH

IC953

1

BA05T

1

IC954
BA05T

10u/16V

C497

R470 100K

R461 390K

R460 33K

104
C469

C963

470u/16v

L957 100uH(10uH)

C967

220u/16v

3

2

C975

220u/10v

3

2

C979

220u/10v

C488563

4.7K

R4010

3

+

B-

4

D

1

IC409-A

JRC4558d

D951 1N4148

SWITCH POWER

G

H

1

23456

MAIN CIRCUIT DIAGRAM (3/4)

22

0

5

IC407-A

2

4

4

HT-CN150DVW

100u/

ZD1

VDDP

VSSP

C509 104

C510 104

MODE

IC501

ASSA1

VSSA2MODE MODE

12

R511 10

VDDP

MODE2

VSSP

C537 104

C538 104

IC502

ASSA1

VSSA2

12

R528 10

VDDP

MODE3

VSSP

C577 104

C578 104

IC503

ASSA1

VSSA2

12

R548 10

C5045 102

R5043 1K

C5060
100P

C

R6 1

47U/63VC508

R510 10

3

14

10

VDDA2

VDDA1

VDDP1

TDA8921TH

VSSD

PROT

STABI

13

18

24

C517 224C586 224

47U/63VC539

R527 10

14

10

VDDA2

VDDA1

VDDP1

TDA8921TH

VSSDVDDA2

PROT

STABI

13

18

24

C547 224

47U/63VC579

R547 10

14

10

VDDA1

VDDP1

TDA8921TH

VSSD

STABI

PROT

13

18

24 3 3

C5047 33P

CF5041 C5048

600KHz

C5049 100P

R5045 47K

R5052 OPEN

R5046 1M

IC504-C
74HCO4

R5048 47K

CF5042
700KHz

C511 104

C512 104

C513 104

C514 104

23

VDDP2

SBVD

19

C518 68P

C541 104

C542 104

C543 104

C544 104

23

VDDP2

SBVD

19

C580 104

C581 104

C582 104

C583 104

VDDP2

SBVD

19 23

C587 68P C548 68P

2SC945

B

R5047 6K

R5051
10K

47K

R5062

IC504-B
74HCO4

C549 104 C519 104

C588 104

Q5041

VSSP1

17

VSSP1

17

VSSP

VSSP1

17

VSSP

R5044 10K

C

E

Q5042
25A733

C5050 100P

20

VSSPVSSP

VSSP

7

20 20

VSSP

100P

IC504-B
74HCO4

7 7

VSSP

OSC

VSSP2

VSSP

OSC

VSSP2

VSSP

OSC

VSSP2

OUT1

OUT2

OUT1

OUT2

OUT1

OUT2

CLOCK

15

BOOT1

16

21

22

BOOT2

CLOCK

15

BOOT1

16

21

22

22

C560 104 C520 104

CLOCK

15

16

21

22

BOOT2 BOOT1 BOOT2

C589 104

C522 153

C561 153 C521 153 C521 153

C562 153

C590 153

C595 153

IC504-E
74HCO4

VDDP

R513 5.1

C523 560P

C524 560P

R514 5.1R529 5.1

VDDP

VDDP

C563 560P

C564 560P

R530 5.1

VDDP

VDDP

R549 5.1

C591 560P

C596 560P

R553 5.1

VDDP

VSSP

R515 5.1

C525 560P

L501 27uH

L502 27uH

C526 560P

R516 5.1

VSSP

VSSP

R531 5.1

C565 560P

L503 27uH

L504 27uH

C566 560P

VSSP

R550 5.1 R532 5.1

C592 560P

L505 27uH

L506 27uH

L505 27uH

C597 560P

R554 5.1

VSSP VSSP

IC505-B

CD4013BM

8

9

11

10

IC505-A

CD4013BM

6

5

3

4

SET

DATE

>CLK

RESET

SET

DATE

>CLK

RESET

SUB

C567 M1uF C527 M1uF

C568 M1uF C528 M1uF

C593 M1uF

C598 M1uF

12

Q

13

Q

2

Q

1

Q

CLOCK

R517 22

224

C530 224

R518 22

R533 22

224

C569 C529

C570 224

R551 22 R534 22

C599 224 C594 224

R555 22

C5051 100P

R468

12K(OPEN)

R469

47K(OPEN)

R519 10K

C5061 103

C5062 103

D506

1N4148

F_AF_A F_A

D501 1N4148

R535 10K

C5063 103

C5064 103

D503

1N4148

D505

1N4148

10K

R552

C5065 103

C5066 103

D502

1N4148

F_A F_A F_A

IC504-D 74HCO4

98

12

IC504-F 74HCO4

R5049 22

D504

1N4148

C5094 103

10K

R520

103

C5096

10K

R536

C5095 103 C5095 103

C5093 103

10K

R556

C5091

13

CN401
OPEN

1

2

C496104(OPEN)

12

11

10

9

8

7

6

5

4

3

2

1

JK501

103

PCB

R

L

C

SR

SL

SW

R451 15K

2

4.7K

R544 100K(10K)

C44C4

VDDP

R561 10K(1K)

B

R571100K

C4007 151

R503 100K(10K)

R504 100K(10K)

C5071 104

C5072

C5073

C5074

C5075

C5076

R563 39K

ZD501 5V6

R562 10K(330)

c

Q501
25C945

E

R524 100K(10K)

R523 100K(10K)

104

104

104

104

104

R564 220

R565 220

R566 220

C507 224

R543 100K(10K)

R544 100K

TO-IC504-IC505

R9 56K

VCC+27V

MODE 2

MODE 3

C501 474

8

IN1+

C503

330P

C505 5K6

C505 474

C506 474

C506 5K6

C504
330P

C502 474

332(390)

332(390)

332(390)

332(390)

C5056

C5055

C5054

C5053

C531 474

C533
330P

R525 5K6

C535 474

C536 474

R526 5K6

C534
330P

C532 474

C5058 332(390)

C5057 332(390)

C571 474

C573
330P

R545 5K6

C575 474

C576 474

R546 5K6

C574
330P

C572 474

C5041 10u/16V

L959 1uH

C5042 104

C5043 104

+5V

9

IN1-

11

SGND1

2

SGND2

5

IN2+

IN2+

4

IN2-

16 6

C515 104

C516 104

8

IN1+

9

IN1-

11

SGND1

2

SGND2

5

IN2+

IN2+

4

IN2-

1

C545 104

C546 104

8

IN1+

9

IN1-

11

SGND1

2

SGND2

5

IN2+

IN2+

4

IN2-

1

C584 104

C585 104

FERQ_HOP

R5041 10K

R5042 1K

C5044 104

12 56 3 41110

1uF C47

C473
563

4.7K

R4006

104

3

-

+

B-

D

1

R4001

JRC4558d

L-0

477 10u/16V

R501 5K6

110

R502 5K6

110

110

R521 5K6

R522 5K6

110

110

R541 5K6

R542 5K6

110

R970

1M(OPEN)

R965 OPEN(51K)

C983 10u/16V

IC504-A 74HCO4

C5046

470P

R5053

470K

6

7

8 9 10 11 12

MAIN CIRCUIT DIAGRAM (4/4)

23

HT-CN150DVW

R

0

R

3

7

1

9

SERVO CIRCUIT DIAGRAM

A

B

C

DVD LOADER (AMTEK)

DVD PACK

CN801

1

TRACK- IC802 20PIN

2

TRACK+ IC802 15PIN

3

FOCUS- IC802 5PIN

4

FOCUS+ IC802 14PIN
DVDPD IC801 23P

5

RF50V VCC5V

6

GND

7
8

GND

9

DVDLD

10

CDLD

11

GND
GND

12

CDPD IC801 24P

13

GND

14
15

DVDRF C816-IC801 1#
C IC801 14# 10#

16

B IC801 11# 15#

17

A IC801 12# 16#

18

D IC801 9# 13#

19

F IC801 17#

20
21

E IC801 18#
RF50V

22

PVC

23
24

GND

104

C804

IC801 20#

C801

100u/16

RF50V

104C802

TRACK­TRACK+

104

C803

L802

VCD/CD

1UH

L801

1.8V

1N4148

D801

102C805

Q805

1UH

3.9V

2.1V

1N4148D802

2SB1132

104

C805

4.5V

100u/16

C807102

C809

Q806

R804 10

3.9V

2SB1132

RF50V

C808

4.6V

100u/16

R805 10

SP MOTOR

D

E

SLED MOTOR

SW803

SW804

M44

CN2

CN3

TRAY-SW1

TRAY-SW2

F

G

RB813

CN813

1

1
2
3
4

RB812
2

1

1

-12

2

+12

3

EN2

4

EN1

5

GND

2

MICL

1

MICR

RB803

1

2
3
4
5

2
3
4
CLOSE(189PIN)

CN812

2

1

TP36
TP35
TP34
TP33

CN803

1
2
3

4
5

VCC

SP+OUT

SP-OUT

SLED+OUT

CLOSE SW

OPEN SW

DCLOAD­DCLOAD+

SLED-OUT

Q201

KST2222(OPEN)

H

220u/16

C967

+12V

104

C968

MVCC

R969

15 1/2W

R813

R814

CLOSE

R871

47K

L803

SLED-OUT

SLED-OUT

R815 1K

R816

C871

FOCUS­CLOSE

1

1

R817

R818

VCC33V

100P

OPEN

1UH

1K

1
2
3

4
5
6
7

8

9
10
11
12
13
14

CLOSE(189PIN)

OPEN(191PIN)

0

CLOSEW(187PIN)

0

OPENSW(190PIN)

R808

R810

FOCUS IN
CAP1-1
CAP1-2
SLED IN
FOCUS - OUT
CLOSE IN
OPEN IN

VCC5V
OPEN OUT
CLOSE OUT
SLED- OUT
SLED+ OUT
FOCUS- OUT
FOCUS+ OUT

TRACK+

R270

IC802

AM5660

39K

MUTE

BIAS

TRACK IN

CAP4 -1

CAP4 -2

SP IN

GND

MVCC5V

TR- OUT

MVCC5V
SP- OUT
SP+ OUT

TR- OUT

TR+ OUT

4.7K

OPEN

28
27
26

25
24
23
22

21
20
19
18
17
16
15

RF33V

C870
R873

R834

R819

R821

TRACK-

R831

R832

100P

47K

OPEN

10K

1

1

39K

D80

VREF IN

C872

104

R812

5V

LM358

IC805-A

R811

100u/16

1

20

4

0

4K

C834

3.3V

OPEN/CLOSE
MOTOR

1

C269

23456

R252 150(OPEN)

ZD201

104

4V6(OPEN)

C270

100u/16

TUN_B+/SW

MUTE

R24

SERVO CIRCUIT DIAGRAM (1/8)

24

C

2

2

Q

A

B

C

R808

R810

D

1

FOCUS IN

2

CAP1-1

3

CAP1-2

4

SLED IN

5

FOCUS - OUT

6

CLOSE IN

7

OPEN IN

E

8

VCC5V

9

OPEN OUT

10

CLOSE OUT

11

SLED- OUT

12

SLED+ OUT

13

FOCUS- OUT

14

FOCUS+ OUT

TRACK+

F

LOSE(189PIN)

PEN(191PIN)

LOSEW(187PIN)

G

PENSW(190PIN)

H

L802

VCD/CD

1UH

L801

1.8V

1N4148

D801

TRACK IN

CAP4 -2

IC802

AM5660

MVCC5V

TR- OUT

SP- OUT
SP+ OUT

TR- OUT

TR+ OUT

R270

Q805

102

C805

39K

MUTE

BIAS

CAP4 -1

SP IN

GND

MVCC5V

4.7K

1UH

3.9V

OPEN

28
27
26

25
24
23
22

21
20
19
18
17
16
15

RF33V

2.1V

1N4148D802

2SB1132

104

R821

C870
R873

TRACK-

C805

R834

R819

C807102

4.5V

100u/16

C809

R831

R832

Q806

R804 10

3.9V

100P

47K

OPEN

10K

1

1

2SB1132

39K

3.3V

RF50V

C834

C808

R812

100u/16

IC805-A

4.6V

VREF IN

C872

104

5V

LM358

R811

R805 10

D803

100u/16

1

R823

R833

200 1/4W

4

B-

0

1M

4K7

C833

R825

R830

1N4148

3

2

3.3V

10K

1K

104

10K

C816

680P(OPEN)

C814

C812

680P(OPEN)

RESET#

R835

R829

3.3V

R826

1K5 (0)

472

TP1

OPEN

1K5

C815

C813

680P

C811

680P

C810

HT-CN150DVW

1UF

C818

820P(104)

C817

1

DVDFRP

104

2

DVDRFN

3

A2

4

B2

5

C2

6

D2

7

CP

100P

8

CN

9

D

10

C

11

B

12

A

13

CD_D 15PIN

14

CD_C

15

CD_B 13PIN

16

CD_A

0(15K)

R809

R820

R822

R824

5

6

B+

L830 1UH

R827

R828

5V

8

LM358
IC805-B

C873

10K
0(15K)

22K

22K

7

104

C819

C820

104

C822

470P

646362616059585756555453525150

API

RFDC

RFSIN

ATOP

ATON

AIN

VPA

RFAC

BYP

DIP

DIN

IC801 ES6603S

CD_F

CD_E

VPBVCDVDLD

CDLD

DVDPD

CDPD

VNB

LDON

MIRRMPMB

171819202122232425262728293031

MIRR

SLDC

0

MVCC

104

C228

473

C227

FNP

C823

470P

FNN

VNA

MEV

MLPF

MIN

C829

C831

C230

152P

C229

473

49

RX

SDATA

MEVO

32

152P

C821

C824

R806

SDEN

SCLK

V33
LCP
LCN

MNTR

V25

V125

TPH
DFT

LINK

150P

103

CE
FE
TE

PI

C830

R208

224

33K

C231

MIRR

1UF

104

103

12K

RF33V

C8

48

SCSJ

47

SDATA

46

SCLK

45
44
43
42
41
40
39
38
37
36
35
34
33

104

C223

CEI
FEI

TEI
SBAD

C828

333

TP5

RF33V

R209

R210

47P

C224

R213

R215

C826

C8

104

C225

C232

C259

2
5
6

C260

30P

30P

Q0
Q1

3

D0

4

D1

7

2

LD0
LD1
LD2

TUN_B+/SW

1

MUTE

FERQ_HOP

TUN-CLK

TUN-CE

23456

R249

R250

R251

33

33

33

33P

C233

33P

C234

33P

R

C235

R2

SERVO CIRCUIT DIAGRAM (2/8)

25

HT-CN150DVW

106

YUV3/COMP

56

BYP

25

VNB

(

)

IC803-B

74HCO4

R850

10K(OPEN)

IC803-D
74HCO4

IC803-C

74HCO4

R847

9

6

4

10u/50

C289

10M(OPEN)

10(OPEN)R851

104(OPEN)

C258

TBCK

C257

1uF(0.22uF)

MCLK

4K7

R247

TSD2

TSD1

TSD0

L823 1uH

OPEN

7V5

TWS

R848

R845

100(OPEN)

C201

C202

C203

C204

SVREF15

C206

C207

C205

A

C823

470P

C822

470P

55545352515049

DIP

DIN

FNP

FNN

VNA

MEV

B

C

LDON

MIRRMPMB

MLPF

MIN

26272829303132

C829

MIRR

SLDC

D

C831

E

F

R806

RX

SDEN

SDATA

SCLK

MNTR

V125

MEVO

C821

C824

V33
LCP
LCN

V25

TPH

DFT
LINK

150P

103

CE
FE
TE

C830

104

103

12K

RF33V

48

SCSJ

47

SDATA

46

SCLK

45
44
43
42
41

CEI

40

FEI

39

TEI

38

SBAD

PI

37
36

35
34
33

C828

224

333

TP5

MIRR

RF33V

C826

C825

C827

473

C832

104

RF50V

104

104

RF50V

104

C218

0

R807

104

C217

104

C216

TP2

TP4

TP3

PLL33V

104

C215

C208

C209

C210

C211

C212

C213

R206

R207

C214

SPDIF-OUT

IC803(OPEN)

SPDIF-IN

R888

0(OPEN)

104

472

OPEN

OPEN

472

OPEN

68K

20K

682

R205

10

12

IC803-A

74HCO4

102

102

102

102

0

IC803-E
74HCO4

IC803-F

74HCO4

1

R849 10K(OPEN)

3K3

3K3

R203

R204

10K

4u7

1UF

1UF

3K3

R202

R846

1M(OPEN)

11

8

13

5

3

2

3K3

R201

104

C290

C227

33K

R209

R210

R208

G

C230

152P

C229

473

C228

473

H

33P

33P

C235

C234

152P

104

C223

C231

1UF

1

47P

C224

R213

R215

C232

104

C225

C222

R221

OPEN

C220

1K2

15K(0)

153

R211

0

OPEN

C219

OPEN

C221

473

560P

10K

R212 5K1

SVREF15

R214

R216

R217

R218
R219
R220

C226

0

0

6K8

33
33
33

104

23456

33

CLOSE(189PIN)

XSCSJ

XSDATA

XSCLK

SDEFCT

SLDC

SPDON

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

AVSS-DS
AVSS-PL
XSPDOFTR1
XSFD0

XSFTR0PI
AVDD3-PL
XSPLLFTR1
XSPLLFTR2

XSERVF0
XSAWRC
AVSS_DA
XSRFRPCTR
XSTRAY
AVDD3_DA
XSSPINDLE
XSFOCUS
XSSLEGP
XSSLEGN
XSTRACK
XSTESTDA
XSFGIN

XSPHOI
XSCSJ
XSDATA
XSCLK
XSDFCT
XSLDC

XSSPDONG
VDD33
VSS33
XGPIO(9)
XGPIO(8)
XGPIO(7)
XGPIO(6)
XGPIO(5)
XGPIO(4)

156

155

154

XSRFIP

XSDSSLV

153

152

XSIPIN

XSRFIN

151

150

149

XSIREF

AVDD3_DS

XSVREF[09]

XSVREF[15]

148

147

146

XSRFRP

AVDD3_AD

XSVREF[21]

145

XSTEI

144

XSCEI

143

142

141

140

XSFEI

XSSBAD

AVSS_AD

139

138

137

136

135

134

133

132

131

VSS

VDD

XSIP1

XSFLAG[0]

XSFLAG[1]

XSFLAG[2]

XSFLAG[3]

XSIP2

XSTEXI

XSTESTAD

IC201 ESS6629FD

130

XSLG

129

128

127

VS33

XSWBL

XSWBLCLK

126

125

124

123

VD33

TBCK3

SPDIFIN

SPDIF/SEL_PLL3

122

MCLK

121

120

TSD3

119

TSD2

VS33

118

117

116

115

TWS/SEL_PLL2

TSD1/SEL_PLL1

TSD0/SEL_PLL0

114

113

112

111

VS33_DA

YUV5/YDAC

YUV0/UDAC

YUV2/CDAC

110

109

108

VD33_DA

YUV7/FDAC

YUV6/VDAC

107

YUV4/RSET

SERVO CIRCUIT DIAGRAM (3/8)

26

XSFLAG[3]

A

B

IC803-B

74HCO4

R850

10K(OPEN)

C

IC803-D

74HCO4

IC803-C

74HCO4

R847

10M(OPEN)

9

6

4

104(OPEN)

C258

10(OPEN)R851

R846

M(OPEN)

8

5

3

D

E

104135

C290

10u/50

C289

F

TBCK

134

133

132

131

130

129

128

127

126

125

124

VS33

VD33

XSLG

XSIP1

XSIP2

XSWBL

XSFLAG[0]

XSFLAG[1]

XSFLAG[2]

G

SPDIFIN

XSWBLCLK

SPDIF/SEL_PLL3

H

1

C201 ESS6629FD

MCLK

123

122

MCLK

TBCK3

C257

1uF(0.22uF)

4K7

R247

TSD2

121

120

TSD3

TSD2

TSD1

TSD0

TWS

119

118

117

116

115

VS33

TWS/SEL_PLL2

TSD1/SEL_PLL1

TSD0/SEL_PLL0

HT-CN150DVW

OUT

VIDEO OUT

1uH

1uH

10u/16V

C352

10u/16V

C354

10u/16V

C356

10u/16V

C358

10u/16V

104

C360

L0E#

LCS3#

LA20
LA19

LD7
LD6
LD5
LD4

LD3
LD2
LD1
LD0

V

Y

JK801
OPEN

1

3

5

6

JK802-A

1

2

3

4

5

CN804

1

2

3

4

JK802-B

6

VD33D

RWS

RBCK

RSD

7

VCC

6CH-6

6CH-5

6CH-4

6CH-3

6CH-2

6CH-1
6CH-7

6CH-8

10u/16V

C359

R854 75

VCC

L823 1uH

ZD801 7V5

ZD803 7V5

ZD805 7V5

ZD807 7V5

ZD809

7V5(OPEN)

R246 0

R245

R244

C256

C255

109

108

107

106

YUV4/RSET

YUV7/FDAC

YUV6/VDAC

YUV3/COMP

RBCK/TDMCLK

R243 0

105

VS33_PL

YUV1/VREF

VD33_PLL

RWS/TDMFS

RSD/TDMDR

LWRLL

VS33

LCS0

114

113

112

111

VS33_DA

YUV5/YDAC

YUV0/UDAC

YUV2/CDAC

110

VD33_DA

23456

ZD802 7V5

ZD804 7V5

ZD806 7V5

ZD808 7V5

ZD810

7V5(OPEN)

RN210 4K7 x4

0

390

104

104

104
103

102
101
100

LD7

99

LD6

98

LD5

97

LD4

96

VD33

95
94

LD3

93

LD2

92

LD1

91

LD0

90

LOE

89

88

CLS3

87

VDD

86

VSS

85

LCS2

84

LCS1

83
82

LA0

81

LA1

80

LA2

79

VD33

78

VS33

77

LA3

76

LA4

75

LA5

74

LA6

73

LA7

72

LA8

71

VDD

70

R852 75

R853 75

R854 75

R855 75

R865

75(OPEN)

RN209*x4

VCC33V

1UH

L202

L206

LOE#

LCS3#

LCS2#
LCS1#

L804

C844
470P

L805

C846

470P

L806

C848

470P(270)

L807

C850
470P

1uH(OPEN)

C852

470P(OPEN)

1UH

RA351

RA352

33 x4

RWS

RBCK

LD7
LD6
LD5
LD4

LD3
LD2
LD1

LDD

1uH

1uH

1uH

L808

VD33D

C845

470P

C847
470P

C849

1uH

C851

470P

33 x4

WM8772-CE

WM8772-CLK

LA0
LA1
LA2

LA3
LA4
LA5
LA6

LA7
LA8

470P(220)

C853

470P(OPEN)

33

R351

WM8772-DATA

RSD

LA16
LA15
LA14
LA13
LA12
LA11
LA9
LA8

LA18
LA7
LA6

LA5
LA4
LA3
LA3
LA1

LA0
LA10
LA17

10
11
12
13
14

30P

C367

R242 0

B

1
2
3
4
5
6
7
8
9

RG

MODE
MCLK
BCLK

LRCK
DVDD
DGND
DIN1
DIN2
DIN3

DOUT
ML/12S
MC/IWL
MD/DM
MUTE

10u/16V

C366

OPENR240

L809

L810

L811

OUT3R
OUT3L
OUT2R
OUT2L
OUT1R

VOUT1L

VREFP
VREFN

REFADC

104

C365

1

2

3
4
5
6
7
8
9

10

11
12
13
14
15
16
17
18
19
20

1uH

1uH

1uH

L812

1uH(OPEN)

VOUT

L814 1uH

AVDD
AGND

AINL

AINR

VMID

AMUTE

10u/16V

C364

R241

A16

A15

A14
A13
A12
A11
A9
A8
WE#

RESET

VPP
RDY/BUSY
A18
A7
A6
A5
A4
A3
A2
A1

L813

28
27
26

25
24
23
22
21
20

19
18
17
16
15

Y

1uH

OPEN

GND

A19/A-1

DQ7
DQ6
DQ5

DQ4
VCC
VCC

DQ3

DQ2

DQ1

DQ0

GND

CE#

A17

NC

A10

NC

0E#

UUV

104

C363

A0

C857 15P

C859

10u/16V

C362

40
39
38
37

36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21

15P(OPEN)

15P(OPEN)

C855

C854

15P

C351

C353

10u/16V

C355

10u/16V

C357

10u/16V

VCC

Y/U/V

15P(OPEN)

C856

C858 15P

V

U

Y

L351

L352

104

C361

SERVO CIRCUIT DIAGRAM (4/8)

27

HT-CN150DVW

TRACK

5

GND

C

2

TRACK

A

B

SW803

SW804

M44

CN3

TRAY-SW1

TRAY-SW2

-

2

MICL

1

MICR

RB803

1

2

3
4
5

CN803

VCC

TP36
TP35
TP34
TP33

1
2
3

4
5

CLOSE SW

OPEN SW

DCLOAD-

DCLOAD+

Q201

KST2222(OPEN)

CLOSE

R815 1K

R816

R817

R818

VCC33V

CLOSE(189PIN)

1K

OPEN(191PIN)

0

CLOSEW(187PIN)

0

OPENSW(190PIN)

R270

4.7K

RF33V

3.3V

C834

R812

LM358

IC805-A

R811

100u/16

1

4K7

4

B-

0

1M

OPEN/CLOSE
MOTOR

C

IC208

5V

VCC

VCC

100u/16

C271

5V

C278 104

D

E

3

B1117N-33

0V

104

R253 0

C272

IC210

B1117N

0V

R257 0

2

1

R258

3

F

JK804

VIN

VCC

GND

G

JK805

100P

C840

1

2K2

3.3V

R254

R840 100

2

C279

1UF

3.3V

OPEN

C273

104

C838

104(OPEN)

R252 150(OPEN)

C274 100u/16

C280

100u/16(OPEN)

C841 100P

R259

220u/16

L203

C839

C842

R842 75

VCC33

1UH

R836

R837

R838

ZD201

4V6(OPEN)

2.2

C281 100u/16

C283 100u/16

100(0)

103

100(10)

0

C269

104

3.25V

VD33D

470P C282

3

0.8V

PLL33V

C284 104

C837

IC209

B1117N-18

1

R255 100(39)

RF33V

104(0)

C270

100u/16

2

+M5V

VCC

R256

2V

104

C275

150(330)

L204

L205

C276

104

1UH

1UH

C835

104

SPDIF-OUT

VCC

SPDIF-IN

VCC20

C277

100u/16

RF50V

C285

100u/16

C287

22Ou/16

TUN_B+/SW

MUTE

FERQ_HOP

TUN-CLK

TUN-CE

M62446-CLK

M62446-DATA

M62446-CE

4052-A

4052-B

SCART1

SCART2

WM8772-CLK

WM8772-CE

VFD-CE

VFD-CLK

MVCC

+5V

2SA733

75

R856

R857

Q808

2K2

30P

C261

L187

1K

R859

30P

30P

C263

C262

1UH

1K

R858

Q809

2SC2812N

R249

R250

R251

30P

C264

2K2

R860

RN211

C2

C

1

2K2

R861

H

1

23456

VCC

SCART1

SERVO CIRCUIT DIAGRAM (5/8)

28

HT-CN150DVW

2

)

N

V

(189PIN)

91PIN)

A

(187PIN)

W(190PIN)

B

C

D

E

F

OUT

G

-IN

H

R270

4.7K

VCC20

C277

100u/16

RF50V

C285

100u/16

C287

22Ou/16

RF33V

TUN_B+/SW

FERQ_HOP

TUN-CLK

M62446-CLK

M62446-DATA

M62446-CE

WM8772-CLK

WM8772-CE

VFD-CLK

MUTE

TUN-CE

4052-A

4052-B

SCART1

SCART2

VFD-CE

+5V

MVCC

VCC

2SA733

75

R856

R857

Q808

2K2

3.3V

30P

C261

L187

1K

R859

SCART1

C834

LM358

IC805-A

R812

R811

30P

30P

C263

C262

1UH

1K

R858

Q809

2SC2812N

100u/16

4

1

0

4K7

R249

R250

R251

RN211 33 x4

30P

C264

2K2

R860

B-

1M

C265

C268

C288
10u/16V

2K2

R861

3.3V

3

2

33

33

33

104

VCC

104

L815

L816

Q810

2SC2812N

1K

R862

1uH

1uH

3.3V

2
5
6

9
12
15
16
19

20
10

12
15
16
19

20
10

C259

C260

30P

Q0
Q1
Q2
Q3
Q4
Q5

Q6
Q7

VCC

CLK

GND

2

Q0

5

Q1

6

Q2

9

Q3
Q4

Q5
Q6
Q7

VCC

CLK

GND

Q811

2SC2812N

R867

10K

30P

33K

R208

104

C223

C231

1UF

100P

100P

C245

C243

10u/16V

10u/16V

AIL

7V5(OPEN)

ZD814

R209

R210

47P

C224

100P

C237

100P

C244

7V5(OPEN)

ZD813

MVCC

5V

L830 1UH

5

B+

6

3

D0

4

D1

7

D2

8

D3

13

D4

14

D5

17

D6

18

D7

11
1

0E

C266 30P

3

D0

4

D1

7

D2

8

D3

13

D4

14

D5

17

D6

18

D7

11
1

OE

C267

BLNK

AIR

AIL

C860 15P

15P

R861

R866

1K

EN1

8

LM358
IC805-B

30P

C873

7

2

4

6

8

10

12

14

16

18

20

104

LD0
LD1
LD2
LD3
LD4
LD5
LD6
LD7

LCS1#

LD0
LD1
LD2
LD3
LD4
LD5
LD6
LD7

LCS2#

JK803

AIR

AGND

AIL

SWTCH

CLKOUT

DATA

DATAGND

BLNK

BLNKGND

VIN

VCC

VFD-DATA

WM8772-DATA

TUN-DATA

DAVN-RDS

AOR

AOL

BGND

GGND

RGND

VGND

VOUT

SHIELD

R226

IC205

1

SO

2

S1

3

S2

4

GND

SDA_RDS

SCL_RDS

TUN-ST

EN1
EN2

E-D(SW)

P-SCAN

1

3

5

7

B

9

11

G

13

15

R

17

19

21

M24CO2

IR

R864

VCC

SCL
SDA

C865

33

WC

C864

C866

C867

33P

C233

R863

152P

C230

152P

C229

473

C228

473

C227

33P

33P

C235

C234

R227

1K(5.6K)

5V

1K(5.6K)

R228

8
7
6

4.4V

5

4.4V

100P

100P

C239

C238

1K

1K

15P

L818

15P

L819

15P

L820

15P

L821

L822

100P

C240

L817

1uH

100P

C241

1uH

1uH

1uH

1uH

1uH

100P

C236

100P

C242

C862

C863

AIR

7V5(OPEN)

ZD815

R213

R215

B

104

C225

C232

AOR

AOL

B

G

R

VOUT

7V5(OPEN)

ZD812

C222

R221

R223

R224

RN201

RN202

RN203

RN204

G

OPE

C220

1K2

R

0

15K(0

153

IC204

3

VC

7V5(OPEN)

ZD811

R

1

23456

SERVO CIRCUIT DIAGRAM (6/8)

29

HT-CN150DVW

B

W

CC

L207

W

S

T

MCTSTSTST

227

228

4.4V

4.4V

33K

R209

A

R208

104

C223

R210

47P

C224

B

152P

C230

152P

C229

473

C228

473

33P

C

C234

1K(5.6K)

1K(5.6K)

D

33P

C235

100P

C236

C231

1UF

100P

C237

R213

R215

C232

OPEN

C220

1K2

C222

104

R211

C225

0

15K(0)

153

R221

R223 33

R224

RN201

RN202

C219

OPEN

C221

473

560P

R212 5K1

SVREF15

R214

R216

R217

R218
R219
R220

33

33

4K7 x4

33 x4

OPEN

10K

C226

0

0

6K8

33
33
33

CLOSE(189PIN)

R225

156

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

108

107

106

105

VSS

VDD

XSFEI

XSTEI

AVDD3_AD

XSVREF[21]

XSVREF[09]

XSVREF[15]

XSCEI

XSRFRP

XSSBAD

AVSS_AD

XSTEXI

XSFLAG[1]

XSFLAG[2]

XSFLAG[3]

XSTESTAD

IC201 ESS6629FD

XSIPIN

XSRFIP

XSRFIN

XSIREF

XSDSSLV

157

AVSS-DS

158

AVSS-PL

159

XSPDOFTR1

160

XSFD0

161

XSFTR0PI

162

AVDD3-PL

163

XSPLLFTR1

164

XSPLLFTR2

165

XSERVF0

XSCSJ

XSDATA

XSCLK

SDEFCT

SLDC

SPDON

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

XSAWRC
AVSS_DA
XSRFRPCTR
XSTRAY
AVDD3_DA
XSSPINDLE
XSFOCUS
XSSLEGP
XSSLEGN
XSTRACK
XSTESTDA
XSFGIN

XSPHOI
XSCSJ
XSDATA
XSCLK
XSDFCT
XSLDC

XSSPDONG
VDD33
VSS33
XGPIO(9)
XGPIO(8)
XGPIO(7)
XGPIO(6)
XGPIO(5)
XGPIO(4)

EAUX03
EAUX02
EAUX01

EAUX00
VSS
VDD
AUX0
AUX1

AUX2/HSYNC
AUX3/VSYNC
AUX4
AUX5
AUX6
AUX7
RESET
VS33

104

33

AVDD3_DS

XSLG

XSIP1

XSIP2

XSFLAG[0]

VS33

XSWBL

XSWBLCLK

VD33

MCLK

TBCK3

SPDIFIN

SPDIF/SEL_PLL3

TSD3

TSD2

VS33

YUV5/YDAC

YUV0/UDAC

YUV2/CDAC

TWS/SEL_PLL2

TSD1/SEL_PLL1

TSD0/SEL_PLL0

VS33_DA

VD33_DA

YUV6/VDAC

YUV4/RSET

YUV1/VREF

YUV7/FDAC

YUV3/COMP

R

RBC

R

VS33_PL

RN203

100P

C239

33 x4

RN204

4K7 x4

IC204

LM809

2

E

100P

100P

100P

100P

100P

100P

C240

C241

C242

C243

C245

C244

3

VCC

VCC33

RES

GND

1

RESET#

C248

C246

C247

102

R230

L201

10K

27P

27P

10UH

XL201 27MHz

100K

R231

XIN

VDD33

XOUT

DMAO

DCLK

213546789

0

RN205 10 x4

R232

MA1

MA0

DMA1

DMA2

DMA3

VS33

VD33

DMA4

DMA5

DMA6

DMA7

DMA8

DMA9

DMA10

VS33

MA7

VD33

RN207 10 x4

MA9

MA8

MA11

MA10

10111213141516171819202122232425262728293031323334353637383940414243444546474849505152

RN206 10 x4

MA2

MA3

MA5

MA4

MA6

DMA11

DCAS

CAS#

CSO#

DCS0

DCS1

RAS0#

DRAS0

VSS

VDD

DBANK0/DRAS1

DBANK1/DRAS2

DCKE/DOE/TDMTS

DWE#

DOE#

RAS2#

RAS1#

DWE

DB0

DB0

DB1

DB1

DB2

DB2

VS33

VD33

DB3

DB3

DB4

DB4

DB5

DB5

DB6

DB6

DB7

DB7

DB15

DB15

DB14

DB14

VS33

VD33

DB13

DB13

DB12

DB12

DB11

DB11

DB10

DB10

DB9

DB9

DB8

DB8

DSCK

DSCK

VS33

F

1uH

L817

1K

L818

L819

L820

G

L821

L822

1uH

H

1uH

1uH

1uH

1uH

7V5(OPEN)

C862

C863

AIR

ZD815

10u/16V

10u/16V

AIL

7V5(OPEN)

ZD814

B

7V5(OPEN)

ZD813

AOR

AOL

B

G

R

VOUT

G

7V5(OPEN)

ZD812

VCC

R

7V5(OPEN)

ZD811

10u/16V

C2001

10u/16V

C2002

220u/16

C2015

10u/16V

C2003

220u/16

C2016

104

C2004

10u/16V

C2017

104

104

C2018 C2005

104

C2006

104

C2019

104

C2007

104

C2020

104

C2008

104

C2009

104

C2010

104

C2021

104

C2011

104

C2022

104

C2012

104

C2023

104

C2013

VCC20

C2024
10u/16V

VCC33

R-IN1

L-IN1

SR1

SUB1

SL1

C1

L1

R1

P-SCAN

R352
R353
R354
R355
R356
R357
R358
R359
R360
R363

10

10
10

10

6K8
10
10
10
39K
39K

SW801
1P2T

1

23456

SERVO CIRCUIT DIAGRAM (7/8)

30

HT-CN150DVW

137

C2012

104

MA10

DMA11

20

C2023

104

7

7

1

0

9

TBCK

MCLK

TSD2

TSD1

TSD0

TWS

136

135

134

133

132

131

130

129

128

127

126

125

124

123

122

121

120

119

118

117

116

115

114

113

112

111

110

109

VS33_DA

VD33_DA

YUV5/YDAC

YUV2/CDAC

108

YUV4/RSET

YUV7/FDAC

YUV6/VDAC

VSS

XSFLAG[2]

XSFLAG[3]

A

XSIP1

XSFLAG[0]

XSFLAG[1]

XSIP2

XSLG

XSWBL

VS33

VD33

SPDIFIN

XSWBLCLK

VS33

TSD3

TSD2

MCLK

TBCK3

SPDIF/SEL_PLL3

YUV0/UDAC

TWS/SEL_PLL2

TSD1/SEL_PLL1

TSD0/SEL_PLL0

B

IC201 ESS6629FD

C

D

VSS

VDD

DBANK0/DRAS1

DBANK1/DRAS2

DCKE/DOE/TDMTS

DWE

DB0

DB1

DB2

VS33

VD33

DB3

DB4

DB5

DB6

DB7

DB15

DB14

VS33

VD33

DB13

DB12

DB11

DB10

DCAS

DCS0

DCS1

DRAS0

21222324252627282930313233343536373839404142434445464748495051

DB9

E

DB9

DB10

DB11

DB12

CAS#

CSO#

F

G

RAS0#

RAS1#

104

C2013

VCC20

C2024
10u/16V

DOE#

RAS2#

DWE#

VCC33

DB0

R-IN1

L-IN1

SR1

SUB1

DB1

SL1

DB2

DB4

DB3

DB5

C1

L1
R1

DB6

DB7

DB15

DB14

R352
R353
R354
R355
R356
R357
R358
R359
R360

R363

DB13

10

10
10

10

6K8
10
10
10
39K
39K

C255

R243 0

107

106

105

VS33_PL

YUV1/VREF

YUV3/COMP

VD33_PLL

RWS/TDMFS

RBCK/TDMCLK

RSD/TDMDR

DB8

DSCK

VS33

52

VCC33

L207

60ohm

DSCK

DB8

6CH-7
6CH-8
6CH-5
6CH-6

6CH-3

6CH-4
6CH-1
6CH-2

LD7

LD6
LD5
LD4

VD33
VS33

LD3
LD2

LD0
LOE

LWRLL

CLS3

VDD

VSS

LCS2

LCS1

LCS0

LA0

LA2

VD33
VS33

LA3

LA4

LA5

LA6
LA7

LA8

VDD

VSS

LA10

LA11
LA12
LA13
LA14
LA15

VD33
VS33

LA16
LA17
LA18
LA19
LA20
LA21
DQM

VD33

C2040

LD1

LA1

LA9

104

5P

104
103

102
101
100

99
98
97

96

95
94
93
92
91
90
89
88
87
86
85

84
83
82
81
80
79
78

77

76

75

74

73

72
71

70
69
68
67
66
65
64
63
62
61
60

59

58
57
56
55
54
53

TSD[0:3]

VCC20

WM8

WM87

WM8772

1UH

L202

LD7
LD6
LD5

D80

245

DQ0

D81

DQ1

DB2

LCS3#

LCS2#
LCS1#

DQM

DB3

7

DQ2

LD4

LD3
LD2
LD1

LDD

LOE#

DB4

81011

DQ4

DQ3

LA21

DB5

DQ5

LA20

DB6

DB7

13

DQ6

LA19

DB8

424445

DQ8

DQ7

WRLL#

DB9

DQ9

LA0
LA1
LA2

LA3
LA4
LA5
LA6

LA7
LA8

LA9
LA10
LA11
LA12
LA13
LA14

LA15

LA16
LA17
LA18
LA19

DB10

DQ10

DB11

47

DQ11

LA19
LA18
LA8
LA7
LA6
LA5
LA4
LA3
LA2

DB12

DB13

485051

DQ12

LA16
LA15
LA14
LA13
LA12
LA11
LA9
LA8

LA18
LA7
LA6

LA5
LA4
LA3
LA3
LA1

LA0
LA10
LA17

LA16
LA15
LA14
LA13
LA12
LA11
LA10
LA9

DB14

DQ13

DQ14

IC203 4MX16Y

A8A9A10

A11

A0A1A2

232425

MA1

MA0

MA2

26

MA3

A3

A4A5A6

29

303132

MA5

MA4

MA6

MA7

A7

333422

MA8

MA9

MA10

35

MA11

0

R233

CLK

38

DSCK

37

DOE#

RSD

DB15

53

DQ15

CKE

11427

VCC

33

R234

C367

R242 0

VCC

VCC

BA1

BA0CSRAS

21

20

RAS1#

RAS2#

3

19

CS0#

C366

OPENR240

94349

VCCQ

VCCQ

18

RAS0#

R248

VCCQ

33 x4

RN208

VCCQ

C365

1

A16

2

A15

3

A14

4

A13

5

A12

6

A11

7

A9

8

A8

9

WE#

10

RESET

11

VPP

12

RDY/BUSY

13

A18

14

A7

15

A6

16

A5

17

A4

18

A3

19

A2

20

A1

1

A15

2

A14

3

A13

4

A12

5

A11

6

A10

7

A9

8

A8

9

NC

10

NC

11

WE

12

RESET

13

VPP

14

DU/WP

15

NC

16

A18

17

A17

18

A7

19

A6

20

A5

21

A4

22

A3

23

A2

24

A1

124652

6

VSSQ

VSSQ

CASWEDQML

17

16

15

39

33

33

DQM

N18270555

DWE#R236

CAS#R235

C364

R241

OPEN

A17

GND

A19/A-1

A10
DQ7
DQ6
DQ5
DQ4
VCC
VCC

DQ3
DQ2
DQ1
DQ0

0E#

GND

CE#

0

A16

BYTE

GND

DQ1515/A1

DQ7

DQ14

DQ6

DQ13

DQ5

DQ12

DQ4

VCC

DQ11

DQ3

DQ10

DQ2
DQ9
DQ1
DQ8
DQ0

GND

IC2

41

54

28

VSS

VSS

VSSQ

VSSQ

DQMHNCNC

36

40

33

R237

NC

NC

A0

A0

VSS

C363

G

E

C362

40
39
38
37

36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21

48
47
46

45
44
43

42

41

40

39

38

37

36

35

34

33
32
31
30
29
28

27

26
25

C254

C253

C252

C251

C250

C249

VCC

LOE#

LCS3#

LD7

LD6

LD5

LD4

LD3

LD2

LD1

LD0

C36

C36

LA17
LA0

LA1

104

104

104

104

104

104

LA20
LA19

L0E#

LCS3#

VCC33

LD7
LD6
LD5
LD4

LD3
LD2
LD1
LD0

C35

RWS

RBCK

RSD

SDM#[2:53]

6CH-[1:8]

H

P-SCAN

1

SW801
1P2T

23456

SERVO CIRCUIT DIAGRAM (8/8)

31

HT-CN150DVW

T

9G

DISPLAY/STANDBY SCHEMATIC DIAGRAM

A

104

100u/10

C217A

4K7

C216A

B

10K

R245A

100

R246A

100

R247A

C

100

R248A

C218A

15P

R249A

R250A

R251A

R252A

C219A

R240A

15P

C220A

56K

R241A

1

S1

2

S2

3

S3

4

S4

5

DOUT

6

DIN

7

NC

8

CLK

9

15P

10K

10K

10K

10K

STB

10

K1

11

K2

12

K3

13

K4

515250

4948474645

OSC

GND

LED1

LED3

LED2

LED4

IC202A

TP6311

CDD

SG2/KS2

SG4/KS4

SG3/KS3

SG5/KS5

SG1/KS1

14

16

15

18

17

LED5

SG6/KS6

19

20

44

GR1

VDD

SG7/KS7

SG8/KS8

21

22

43

42

GR2

GR3

GR4

SG20/GR9

SG19/GR10

SG18/GR11
SG17/GR12
SG16/GR13
SG15/GR14

SG9/KS9

SG11 /K S11

SG10/KS10

23

24

41

40

GR5

GR6
GR7
GR8

VEE
VDD

GR15
GR16

SG12/KS12

25

26

LCR

LS S RS

DP201

AC2

F1

C221A 102

C223A

39
38
37
36
35

34
33

32
31
30
29
28
27

100u/35

P-SCAN

DIGITAL

AUDIO

PROLOGICII

SCAD

STEREOdts

NC

NC

F1

F1

1

2

56789

4

3

MP3VCD

1G2G3G4G5G6G7G

101112

8G

13

TI

DVD

D202

PREV

TA204

1N4148

1N4148

VOL-DN

TA209

VOL-UP

TA210

PROG

TA201

OPEN/CLOSE

TA206

2SA733(M6)Q201A

STOP

TA20 7

C

E

R232A

B

100K

22K

R231A

D

D203 1N4148

D201

2K2

2K2

E

2K2

R237A

R238A

R239A

10K

R242A

10K

R244A

10K

R243A

SOURCE

TA203

PL/PUTA205

TA202 NEXT

F

10K

10K

C205A

15P

100K

R215A

R213A

G

R216A 100K

10K

R214A

XL201A

15P

C201A

4MHz

15P

C202A

C204A
104

R212A

10K

Open

10K

R210A

R209A

R211A

104

C206A

100u/10

C207A

18
17
16
15
14
13
12

11
10

IC201A

OFF
F3
F2
F1
OSC2
OSC1
VDD

RES

HT48R05A

2K2

R217A

PROG
OP/CL

STOP

P-MUTE

PCON

POWER

VSS

5V1

ZD201A

IR

10K

10K

10K

10K

10K

10K

10K

10K

R207A

R206A

R208A

1
2
3
4
5
6
7
8
9

R205A

R204A

R203A

R202A

R201A

H

1

23456

DISPLAY/STANDBY CIRCUIT DIAGRAM (1/2)

32

HT-CN150DVW

F1

TITLE

DVD

P-SCAN

R

DIGITAL

RS

NC

NC

4

3

102

STOP

TA20 7

AUDIO

PROLOGICII

SCAD

STEREOdts

VCD

1G2G3G4G5G6G7G8G9G

56789

C

B

E

2SA733(M6)Q201A

100K

R232A

MP3

1011121314151617181920212223242526272829303132333435363738

TRK PRESET CHP PROG SLEEP WAKEUP REPEAT1

10G

11G

12GNXNXNXNXNXNXNXP1P2P3P4P5P6P7P8P9

22K

R231A

C

Q202

E

2SA733(M6)

R234A

100K

C

B

Q203

E

2SA733(M6)

100K

R236A

22K

R233A

B

22K

R235A

100

R219A

100u/10

C208A

P10

R228A

P11

R224A

R222

P12

P13

104

C209A

P14

P15

39

1K5

470

1.2K

P16

C

Q204
2SC945

47K

R221A

A-B

KHz

MHz

NP

NPF2F2

404142

43

E

B

10K

R223A

C222A

F2

102

STBY

PLAY

AC2

T5V
PCON
P-MUT
IR
AC1
AC2

-24V
+5V

EN1(VOL-A)
EN2(VOL-B)

C212A

100P

5

4.7

0

4.3

4.5

4.5

-24
5

DGND
T5V
PCON
P-MUTE
GND

IR
AC2

AC1

-24V
+5V
V-DATA
V-CLK
V-CS
GND

V

5

V

0

V

4.7

4.3

V

0

V

0

V

0

V

0

V

16

161291

15
14
13
12
11
10

9
8

7
6
5
4
3
2
1

RB201

123

SN201

TO MAIN

PWB 5 PIN

CN202

(CNS201)TO MAIN

CN201

PWB 9 PIN

REMOTE-SENSOR1

CONNECTOR

CONNECTOR

CN202

CN201

470

RB202A RB202B

Q205

1
2
3
4

R218A

E

B

R253A 4K7

R254A

6

7

C

2SA733(M6)

10K

89101112

1
2
3
4

(STANDBY CIRCUIT DIAGRAM)

LD201
STANDBY

TA20 8

standby

DISPLAY/STANDBY CIRCUIT DIAGRAM (2/2)

33

HT-CN150DVW

R

1

8

2

KARAOKE/MIC SCHEMATIC DIAGRAM

C805A

104

1

R805A 200K

C806A
10UF/25V

C826A

+

10UF/25V

C825A

7

+

4.7UF/50V

C830A

4.7UF/50V

22K

Q881A

-12V

O

C804A

R819A

56K

+

2SC945

IC803A

4

3

-B

100

Q8

C810A

+

4.7UF/50V

15

2

++

47UF/16V

47UF/16V

C837A

10UF/25V

R840A

100K

+

C838A

100UF/16V

R885A 10K

R808A

18K

R809A

10K10K15K

16

1

R839A

8.2K

C809A

102

IC801

+

4.7KR886

C808A

392

C819A
104

C824A

C824A

C807A

+

10UF/25V

R807A

10K

+5V

O

R837A

C834A

C836A

+

10UF/25V

R838A
100K

4

-B

-12V

IC802A

3

2

8.2K

100

C832A

104

7

IC802B

R806A

10K

+C822A

10UF/25V

R816A
100K

RC4558D

R833A

22K

R834A
1K

+12V

8

+B

O

RC4558D

8.2KR836A

C835A 100

10KR883A

C823A

104

5

6

5

6

R818A

OPEN

R832A
22K

2SC945

Q882A

C842A
+

10UF/25V

+12V

8

IC803B
RC4558D

+B

O

0R846A

OPEN C824A

C831A

47UF/16V

R831A

22K

R835A
1K R830A

+

R882A 1K

R845A

C815A

683

9

8

R848A

47

R848B

47

CN801A

8

7

6

5

4

3

2

1

47

10K(OPEN)

C811A

103
C812A

332

C817A

104

-12V

+12V

EN2

EN1

GND

MIC-L

MIC-R

OKDEC

C814A

10

7

C816A
104

683

R814A

10K

11

6

R817A
15K

R813A

12

5

10K

R812A

10K

C813A

102

13

4

C839A

+

100UF/16V

R811A R810A

14

3

C841A C818A

R841A

8.2K

A

B

C

D

E

+5V

C898A
104

ZD801

5.6V

Q807A

2N945

R849A
330

+

C866A
100UF/16V

+

C846A
100UF/16V

F

G

H

1

23456

KARAOKE/MIC SCHEMATIC DIAGRAM (1/2)

34

-12V

A

4

-B

O

05A 200K

C804A

06A

F/25V

IC803A

100

RC4558D

3

2

R804A
1K

C803A

332

R803A

3.3K

C802A

+

1UF/50V
R802A
33K

R801A

33K

C801A

104

L801A

100UH

7
6
3

2
4
5
1

HT-CN150DVW

JK801A

R819A

56K

C826A

10UF/25V

C825A

4.7UF/50V

830A

+

.7UF/50V

R881A

10K

R820A

100

R824A

1M

R821A
47K

VR801A

50K

D802A

LL4148 1K

EN1
D801A
LL4148

R825A
15K

C828A

+

4.7UF/50V

Q803A

2SC945

R826A
33

D804A

LL4148

+C827A

100UF/16V

D803A

LL4148

R823A

220

R821A

R822A

47K

R827A

10K

+C829A

4.7UF/50V

ALC

Q801A

2SC945

R828A
10K

Q802A

2SC945

+5V

R829A
100

EN1

1A

1K

Q883A 2SC9452SC945

EN1-1

SCART-1

SCART-2

P-SCAN

7

10KR4001

R4002

R4003

R4004

10K

10K

10K

R4005 R4006 R4007 R4008

10K 10K 10K 10K

Q804A

2N945

8 9 10 11 12

R0001
11K

Q804B

2N945

R0002
27K

Q804C
2N945

R0003
47K

Q804D
2N945

R0004
47k(OPEN)

KARAOKE/MIC SCHEMATIC DIAGRAM (2/2)

35

HT-CN150DVW

TUNER CIRCUIT DIAGRAM

A

100U

16V

C047

C048
104P

C010

R01

XTAL-10.7M-3

10 4P

C006

16V

C005

R008

C014

IF002

100U

220P

C028

220P

C027

152P

C033

2SC945

Q002

D003

1N4148

R032

100K

C045

5

4

6

1.2V

7

T003

1

1.2V

3

2

1.2V

0.7V

1.4V

1.2V
33

C019

32

1.4V

1V

1.4V

0.7V

1.4V

1V

1.4V

1.4V

0.8V

34

35

36

37

38

39

40

41

42

44

104P

C007

FM-IF12

Vstab(b)

FM-11

AM-IF2

FM-IF1-IN

Vstab(a)

FM ON/OFF

AM-MIXOUT

AM-IF-IN

RF-GND

FM-IN43

AGC

RIPPLE

1

2V

C008

16V

100U

AFC

AM-RF

2

0V

220

R006

FM12

470

R005

16V

10U

16V

100U

C004

10

470

22K

R030

R029

R016

R031
100K

100K

R033

C046

0V

0V

7.7V

7.9V
28

29

31

30

P1

P0

DATA

W/EN

TEA5762H

C-GND

AMOSC

RF-GND

FM OSC

34567

0.1V

T005

0V

AM-RF

AM-RF-A

CN002

CN2P-25

SCL

PSWO

C024

2.2UF

560P

C030

11

12

13

14

15

16

17

18

19

20

T002

B

C

D

C032

E

3

2

1

7

T001

6

5

4

F

8

OSC

7

IF OUT

220

R009

6

VCC

5

TUN-V

4

MT/GND

3

AGC

KST-F404

2

G

ANT-G

EF450-G1

ANT

ANT001

1

H

MAD

AFIN

VDDA

VSSA

MPX

Vref

BPFO

CMP

LVIN

4

3

XTAL-10.7M-3

2

IF001

0OHM

R040

10

R039

270

SDA

9

270 R038

DAVN

8

R034

470

IC002

VDDD

7

10

R024

VSSD

6

OSC

5

DSCO

4

TCON

3

MPDO

2

MPRO

1

5

6

7

1

3

2

1

120

R004

330

100

220

2K2 R002

47K

10K

C07D

5

L1

L-5X5

4

C069

33P

C002

D002

IN4148

IN4148

D001

R001

R003

R007

R036

R035

R037

68P

47P

8.664M
C-STL002

1K

47P

47K

C05

152P

0OHM

R046

Q001

2SA733

OOHM

62P

1

2
3

SCL

12

10

R028

0V

27

1

6

1

SDA

11

222P

C043

220P

C038

220P

C042

12P

C040

75K

XL1

262524

DIG-GND

BUS-CLOCK

VCC1

I-TUNE

8

7.8

1.6-8V

VD001

2

3

8

7

4

5

2

10

102P

R015

2

C049

C009

DAVN

C041

1.4V

9

56K

3

1uF

1

IN4148

9

R027

XTALOSC

VCD

1V

VR001

104P

D005

VC001

5V

150K

ST 0.2V

10

MO/ST

8

Q003

2SC945

100

R018

MONO 4.8V

23

VDD

VCC2

ST/MONO

AFC+

FM DEM

IF-GND

PILOT

RIGHT

LEFT

MUTE

AF OUT

11

0.7V

5

321

7

FS1

AFC-

CLOCK

CD3
16V

9.5V

MPX-IN

1.2V

C012

DATA

CN001CN12P-20CN12P-20

6

R023 330

11.1 V

22

2V

21

1.1V

20

1.1V

19

1V

18

17

1V

16

0.6V

15

0.6V

14

0.8V

13

0.15V

LPF

12

M474

4

100U

C044

R019

5

WRITE

3K3

T006

4

D004

ZD 11V

104P

R017

L-78K

GND

ROUT

LOUT

VCC 12V

1

2

3

470

470

R021

R020

C036

C039

M224

M224

153P

C023

153P

C022

CD1

22OU

16V
C1

104P

C034

104P

C029

C037

M474

IF003

10.7MHz

C072

10P

2.2UF

C025

2.2UF

C017

C021
M474

2K2

C026

M474

560P

120P

C071

C050

R025 120

120

223P

R026

C031

4.7K

VD002

470P

CD20

1K

R014

R01233K

R013

15P

C035

2

3

T004

4

47

R010

33P

C011

C018

2SA733

Q004

R011

22K

560P

C016

10P

C015

1

7
6

5

1

23456

TUNER CIRCUIT DIAGRAM

36

POWER SCHEMATIC DIAGRAM

R

S

HT-CN150DVW

T5H 250V

A

CN1

250V 1KP

CY1

CY2

SO222

F1

CX1

250V 1KP

R5A

B

C

LF-18-LP3018D

FL2

275V/0.47u

R5B

1/2W 1M

1/2W 220

50V/0.1u

C101

1/4W 301

R101

D

835-1A-B-C

91

10K OHM

SCR1

5 OHM

RL1

HZ12C2 TA

NTC2

12K 1/4W

R102

2N5064

NCP 1200P60

IC1

NTC1

A

250V/4.7KP

CY8

250V/4.7KP

CY7

ZD101

24V

ZD7

91

GBU4J

CN02

1/2SL14

1/2W 680

R19

35V/220u

TVR10241

Z2

TVR10241

Z3

1/4W 1.5K

C4

0

R28

1N4148

1/2W 470K

R2

R15

500V/4.7KP

R1

1/2W 470K

C12

MPS2222A

Q6

R17

1/4W 15

R16

1/4W 15

47K/3W

R4

R3

P6KE300A 300V

EGP10D

1/4W 34.8

D2

R14

D7

1N4148

ZD1

C13

D8

E

50V/0.1u

C9

F

T901

B

G

1/2SL14

CN03

1/4W 47K

Q7

2N7000

H

HZ12C1 TA

D3

EGP10D

R8

ZD8

C6

50V/0.1u

1/4W 47K

1/4W 22K

R7

R12

1/4W 560

ZD4

HZ15-2 TA

1/2W 240

R26

R9

R10

1/4W 22K

C21

50V/0.1u

C8

25V/220u

Q8

2N7000

R11

1/4W 560

C7

25V/47u

-27V

ZD3

HZ7A1 TA

1/4W 10K

R18

1

23456

POWER SCHEMATIC DIAGRAM (1/2)

37

HT-CN150DVW

ZD1

00A 300V

C13

0D

4.8

48

7u

1KV/0.01u

2W/24

R30

BYM26E

FB2

FQA8N80

R6A

2W/0.2

FB14

CY5

FB15

R13

1/4W 10K

IC2

SFH617A

C3

D1

FB1

Q1

FB3

FB16-17

R6B

250V/2.2KP

T1

500V/470P

C240

500V/470P

C310

C121

500V/2.2KP

500V/470P

C120

500V/470P

C243

R272

FB4 -27V

FB5

STTH2003CT

C246 500V/470P

C311 500V/220P

FB6

FB7

STTH2003T

R121

C123

500V/220P

FB8

FB9

STPR1020CT

FB10

FB11

STPS20H100CT

C683 500V/220P

1N4148D271

1N4148

D681

CR243

CR311

2W/10

CR121

CR681

1KR271

CR 1.05mH

L123

C242

50V/1Ku

C312

50V/1Ku

CD 14.5uH

C122

25V 680u

CB 0.53uH

C681

16V/2.2Ku

ZD5 20V

J18

L121

C124

16V/470u

L122

16V/1Ku

R301

1/4W 2.7K
1N4148D121

C682

C244

50V/100u

C314

50V/100u

R248

R243
2W 2K

R244

50V 0.1u

C317

ZD6
20V

R245

1/2W 1

R251

2W 2K

C245

50V/0.1u

+12V

C126

50v/0.1u

1/4W1.05K

-27V

+6.8V

R124

-27V

GND

+27V

C252

50V/0.1u

+12V

+6.8V

50v/0.1u

C684

D3

A

18

-27V

1/4W 10K

R29

0

Q5

MPS2222A

7

IC3

TL431ACZ-AP

C5

C315

50V 0.1u

C319

50V 0.01u

R312

1/4W 10K

1/4W 604

R316

C316

50V 0.1u

R314

1/4W 1K

8 9 10 11 12

POWER SCHEMATIC DIAGRAM (2/2)

+12VSB

ST

AC2

GND1

AC1

38

IC’S Pin Voltage

HT-CN150DVW

PIN NO.

MODE

STOP

PLAY

PIN NO.

MODE

STOP

PLAY

IC802 AT5660, MOTOR DRIVER

1 2 3 4 5 6 7 8 9 101112 13 1819 2014 15 1716

1.5V 2.5V 2.5V 1.5V 2.5V 0V 0V 1.2V 1.2V 1.5V 6.1V 6.1V 2.5V 3.6V 5.0V 2.5V

1.5V 2.5V 2.5V 1.5V 2.5V 0V 0V 11V

21 22 23 24 25 26 27 28 29 30 31 32 33 38 39 4034 35 3736

12V 0V 1.5V 2.5V 2.5V 1.5V 1.5V 0V

11V 0V 1.3V 2.5V 2.5V 1.5V 1.5V 2.3V

5.2V 5.6V 5.6V 5.6V 2.5V 6.4V 5.0V2.5V 2.5V 4.7V2.5V

IC802

2.5V 2.5V 3.6V2.5V

2.5V

39

HT-CN150DVW

t

WA VEFORMS

WF1 VIDEO OUT WF2 S-VIDEO OUT - Y Output

WF3 S-VIDEO OUT - C Outpu

Note :

WF1 ~ WF3 : Power On (Stop) Mode.

WF4 ~ WF7 : DVD Test Disc TDV-540A.
(Color Bar 75%)

WF4 COMPONENT VIDEO OUT - Y Output WF5 COMPONENT VIDEO OUT - Y Output

(Interlace mode) (P-Scan mode)

WF6 COMPONENT VIDEO OUT - Pb/Cb Output WF7 COMPONENT VIDEO OUT - Pb/Cb Output

(Interlace mode) (P-Scan mode)

40

HT-CN150DVW

WF8 COMPONENT VIDEO OUT - Pr/Cr Output WF9 COMPONENT VIDEO OUT - Pr/Cr Output

(Interlace mode) (P-Scan mode)

WF10 Audio Left WF11 Audio Right

WF12 Rf Signal

Note :

WF8 ~ WF9 : DVD Test Disc TDV-540A.
(Color Bar 75%

)

WF10 ~ WF11 : DVD/CD Test Disc 1KHz, 0dB.

WF12 : Normal Disc.

41

HT-CN150DVW

4

4

4

8

R484

MAIN PCB LAYOUT (TOP)

A

WIRING DIAGRAM

B

C

D

E

YUV PWB-A2

F

RB804

G

MAIN PWB-A1

R541
C5057
R543
R542
C5058
R544

C546

R525
C535
C531
R565
C536
C532
R526

C538

C537

C545

R501

C5053

R503

R522

C5055

R524

R521
C5056

R523

R502
C5054

R504

C501

R505
C505

R564
C506
C502
R506

R545
C575
C571
R566

C576
C572
R546

RB804

C516

C584

C585

C515

C578

C577

C510

C509

From Karaoke
PWB

RB801A

(CNS801)

CN901

C582

C587

C590

C588

C580

C586

R547

R527

R510

ZD501

C958

C959

R548

C548

R528

C960

C957

C518

C581

C

5

C541

C542

C

514

C511

C512

R511

C579

C589

C595

C583

43

C561

C560

C547

C539

C549

C562

C544

C521

C519

C517

C508

C522

C520

C513

C507

R563

Q501

R562

R561

R571

Q5992

R5983

GND9

R5891

R5967

ZD5992

O

1

IC503

IC502

O

1

1

O

IC501

JK806

Q5991

D5991

R5551

C5066

Q5050

C5065

C5063

R5552

R5982

C5991

C5064

C5061

C5062

C5042

ZD5041

R5050

*

C568

R

C5041

A
BC

D
E

C527

CF5042

CF5041

C951

R951

JK502

R952

C593

SRC

C955

C528

C952

C5087

SL

C5085

C5086

IC9550

C956

C567

Q404 Q405

R969

CN401

R466
R465
R496
C496
R468
R467

C598

SW

Q955

+6.V8

R988

R963

R658
R655
R656
R657
R670
R569

C983

R962

R968

+12V

CN908

C963

C5988

R965

R957

R961

C486
C485

ZD202

C478
C477

C490

ZD952

-27V

AC1

AC2

R006

C965

C5881

C301

R464

R452

R456

C483

R450

R956

R955

Q952

R954

R001

C471

C472

C973

C474

R451

C473

C475

C482
C479

R455
C481

R463
C491
R461
C492

C469

Q403

CN952

C453

R448
R449

C497

C431

R460

C463

R306
R301

CN202

CN903

R424

C436
R4021
C434
R4022

R421

R444
R465
R466

R442
R434

R436

C461

R475
R477

R479

R308

R305
R302
C302

R492

C480
C487

R470

Q409
C303
R303

C451

R486

IC404

IC406

JK401

C979

R429
R430
C458
C450

C452
R425
R426
R427
R428
C454

C467

R491

R432

C440

R485

R47

R307
R304

C

R

R

C971

C495

R960

C985

R260

C981

C961

R

C9882

IC953

4

62

GND8

R261

C488

C970

C476

R4007

R454

R453

C484
R458
R457

C494
C493

Q954

CN902

Q951
C4008

C986

IC407
IC409

IC408

R459

D960

C966

C5077

C5088

Q003
R050

C975

H

1

23456

MAIN PCB LAYOUT (TOP) (1/2)

42

HT-CN150DVW

From Display
PWB

CN201

+12VS

MUTE

ST

CN202

CN903

C973

C471

C472

C480

C487

956

954

452

456

483

81

001

450

R470

955

C497

952

R424

R492

C453

C474

C436

R451

R4021

C434

C473

R4022

C475

R421

C482
C479

R455
C481

C431

R444
R465

R463

R466
C491
R461
C492

R460

C469

R442

R434

R436

C461

C463

Q409

R475

R448

C303

R477

R449

R303

R479

Q403

R308

R305
R302

R306

C302

R301

CN952

C451

R486

IC404

IC406

JK401

C979

R429
R430
C458
C450

C452
R425
R426
R427
R428
C454

C467

R491

R432

R485

R304

R478

R307

C433

R4024

R443

R484

C984

IC954

ZD401

R490

Q401
C304

C439C440

R487

R422

R4023
R423
C435
R420

C432

R440

R433
R435
C462

C410

C420

R481

C405

FB643

R0964

C430

R441

R431

Q473
R473

C457

IC405

C425

D318

R489

C415

C455

R483

R408

R471

C441

R409

R437
R438

FB644

R414

C423
R416

C417

C418

R482

R403

R402

-12V

R415

C403

C413

C429
R413

C419

C409

ON OFF

+12V

ECHO

CN801B

C977

ZD402

C456

C444

C438

R488

C422

IC403

R412

IC402

C412

R406

C408

IC401

C402

R445

R476

R472

R446

R474

C468

R447

C447

VANISH

Q408
R439

C446

C426

C449

C437

C445

M-L

Q402

R953

C464

R5006

D312
D313
D315

JK805

C428

R417

C404

M-R

C448

C427
R418

C421
C424

R498
R410

C414
R249
C259
C407
R404

R0001

R0003

C443

C442

R419

C416

R411

R407
C411

C406
R405

R321

Q804D

Q804C

Q804A

R401
C401

IR

R322

R0002

C265

R495

R496

R494

FB509

D314
D311
D301

R0004

R497

R493

R842
C841

R838

AC1

C263

D310

AC2

Q301

C5008

R848
C842

Q804B

C262

-24V

RN211

R311

R309
R310
R312

+5V

D316

D306
D305
D304
D303

R5009

R837
C837

FB642

FB640

R4145
R4141
R4148
R4144
R4147
R4143
R4142
R4146

R250

V-D ATA

V-CL K

CN201

Q5003

FB639

FB641

C264

C261

R251

R319

V-CE

D317

D308
D307

D309
D302

C313

C839

C266

ZD302

(CNS001)

T-L

FB506

FB501

FB505

RA301

C242

C243

C288

C2020

R266

R277

R228

IC204

C274

R237R233

C2017

C268

IC206

C260

C314

GND7

C838

JK804

From Tuner
PWB

CN001

(CNS001)

T-R

CN151

FB503

FB502

C2014

IC209

C237

C236

R256

R230

RN203

RN204

IC203

R6881

IC207

R363
R360

C316

IC301

C315

R315

R316
C312

JK802

+3V3

C2002

ZD301

R320

C311

RN202

R235

C2003

IC205

+3V3

R255

R355

C277

RN208

C8881

R353

R352

R234
R236

C115

C275

R225

XL201

RN205

RN206

RN207

IC2

R354
R356

C2001

RN201

C2040

CN951

D803

C240

R357
R359

R358

C926

R819

+3V3

From Pick-Up
PWB

FFC1

R826

R825

R812

R827

R811

C287

C827

C205

R245

IC351

ZD810

C216
C826

C226

C834

C825

R210

R209

C835

R807

C829

ZD201

ZD809

C830

CN801

C816

C831

C210
R206
C206
C207

C283

C822
C823
C209
C212
C211

C365

C359

ZD808

RF09

IC801

R203

R205

C819
C820

C204

C203

C269

Q201

RA351

C366

C364

ZD807

C854

RB804

C803

C201

C231

C846

R853

C807

C281

RN210

C270

C2015

C855

Q805
C812

C869

R804

C814

R244
C256
C255
R243

R252
R246

IC803

R888

C844

C289

R847

CN803

C833

R828

R821

IC802

R823

R223

R809

R830

R829

R815

R820

R810

R224

C2024

+2V

IC201

IC202

O

SUB

SR

C

C352

C354

C320

C357

C321

C358

C903

C904

R911

R912

L825

J-GND1

R806

C221
C220

C351

C922
C901

C921

C222

C219
R211

CN812

CN813

R831

R832

C967

IC805

R813

R814

R824

C235

R816

R822

R218

C233

C234

R214

R213

R220

R217

R215

R219

C367

R351

R241

C5999

C362

C859

C848

C850

R855

R854

R865

C353

C925

SL
C355
R
C356

L

LIN

R914

RIN

R916

R917

C902

R913

R4011
C4001
R4012

C4002

(CNS804)

Q806

C813

C815

C116

IC210

C291

R247

R849

R852

C856

CN804

C811

R259
C258

C5040

R805

R846

C868

RN209

RA352

R840

C840

C2031

C280

C2016

R851

C292

C271

R845

ZD806

ZD805

J-GND2

C832

C805

C806
C809
C801

ZD804

C808

C257

1

C285

D802

C804

D801

C817
R208

R202
R201
C208

R204
C202
R257

C278

C808

R850

ZD803

C2019

ZD801

ZD802

From YUV
PWB

(PWBA-2)

7

8 9 10 11 12

MAIN PCB LAYOUT (TOP) (2/2)

43

HT-CN150DVW

C

MAIN PCB LAYOUT (BOTTOM)

A

B

C573 C574

C

C533 C534

D

C591
C592

C597
C596

C7893

C565

C563
C564

C566

C7892

R531

R532

R549

R550

R554
R553

R529
R530

C594

C599

R551

R555

R534

C569

R533

R5052

C5050

R5051

C5047

R5044

R5045

R5046

R5047

R5048

Q5042

C5051

Q5041

R5049

R5062

C5048

C5060

C5049

C5046
R5053

IC505

R5042

IC504

C5043

R5041

C5059

C5044

C5112

C5045

R5043

C5052

R967

C974

D951 C969

C7889

R4002

C976

R001B

R001A

C7888

C5113

C962

C964

E

C980

R4001
C4007
R4006

C4009

C4011

C5884

C5071

C5075

R4010
R4005

C5898

R4004
C4010
R4009

R4003

R4008

C12P1

C5879

C5876

R520

C5092

D501

R535

C5072

C5096

D502

R556

R970

C5091

C7891

C7890

E

C503

C504

C525
C523

C524

C526

R515

R516

R513
R514

F

C529R

C530

C570

R517 R518

D503

R536

C5095

D504

R519

C5094

D505

C5093

R552

D506

G

H

1

23456

MAIN PCB LAYOUT (BOTTOM) (1/2)

44

R967

C980

EC21

R966

C001A

R001H

EC22

C7887

R001C

EC23

C978

R001F

EN2C1

EN2L1

R001G

R001D

EN1C1

C001B

R001E

EN1C2

EN2L2

R5003

D5551

Q5001

R5004
R5007

R5008

EN1L2

EN2C8

EN2L3

EN1C9

FC508

R0029

D5002

D5001

C5012

FB5003

C5882

FC506

C273

C251

FC507

FB508

C7882

FC501

FC502

FC503

C2013

C250

FC504

FC505

IC208

C7885

C238

C252

C253

C254

C241

C245

FB504

C247

R231

C7886

R232

C7883

C7884

R288
R289

C7881

C249

C2023

C2006
C2007

C246

R873

C248

R871

C2010

C871

C2004

C2005

C870

C244

C2022

C2008

C872

C7894

C239

R221

R833

C230
R216

C2027

C2021

C2012

C968

C2009

C232

C227

R271

C229

C276

C873

C217

C284

C270

C228

C218

C215

C290

HT-CN150DVW

RF08

C828 C818

C821

C810

C824

C802

R212

C224

C2011

C223

C225

C214
R207
C213

C2029

C2025

C282

C5839

C279

C272

C12P1

C267

R248

R242

R293

R240

C12P

C905
C906

IC941

R915

Q931

C5083

C286

C858

R836

R5060

C5074

7

8 9 10 11 12

C857

R870

C361

C852 C853

C360

C2026

C2018

C363

C851

C849

C363B

C363A

C847

C5838

C845

C5873

MAIN PCB LAYOUT (BOTTOM) (2/2)

45

HT-CN150DVW

CONTROL PCB LAYOUT (TOP)

RB845B

3 2 1

4x4mm

A

TO CN845A

R228E

ABC D

C207A

4x6mm

C208A

SN201

B

TA203

TA210

TA202

TA204

TA211

TA201

TA209

C217A

VR801A

DISPLAY PWB-B1

(CNS855)

RB855B

From MIC

PWB

RB845B

From Display

PWB

(CNS845)

J3

C822A

C818A

C841A

CN845A

KARAOKE PWB-B3

C807A

C810A

C846A

E C B

8

Q807A

From MAIN

PWB

CN801B

(CNS801)

C825A

C866A

CN855A

C842A

C839A

RB801A

C826A

C829A

C837A

C802A

C806A

C831A

C836A

1

TO CN801A

C830A

C827A

C828A

C838A

XL201A

C

DP201

D

E

F

RB202B

From Standby

PWB

(CNS202)

RB202A

C223A

TA206

G

RB201

H

4x6mm

LD201

U-CS

U-CLK

TA208

+5U

U-DATA

STANDBY PWB-B2

1

23456

-24U

TA207

IR

AC2

AC1

P-MUTE

PCON

T5U

J3

1

RB202B

(CN201)

CN202

CN201

To MAIN PWB

3 2 1

RB855B

J1

TO CN855A

6

2

3

9

J2

5

JK301

4

1

78

C1

4x4mm

MIC PWB-B4

CONTROL PCB LAYOUT (TOP)

46

CONTROL PCB LAYOUT (BOTTOM)

GND

EMC2

R228D

C202A
C204A

C201A

R228C

R228B

Q204A

Q201A

R240A

C205A

R233A

R234A

R224A

R221A
C212A

321

EMC1

R223A

R214A
R216A
C203A

IC201A

Q202A

Q203A

R235A

R236A

C206A
R217A

R237A

R243A

R238A

R244A

ZD201A

R239A

R242A

R228A
R213A
R215A

R212A

R211A
R210A

R209A
R218A

4x4mm

A

R222A

D9009

C209A

D9008

B

C

R219A
R208A
R207A

R206A

R205A
R204A

C221A

R203A
R202A

R201A

R231A
R232A

HT-CN150DVW

4x6mm

R832A

R810A

R811A

5

4

7

8

C823A

IC803A

C805A

C816A

R833A

R812A

R803A

R823A

R804A

C817A

R813A

C803A

C804A

R857A

R814A

R841A

R805A

R831A

D804A

C812A

L801A

R819A

R830A

IC802A

R829A

1

Q882A

R842A

R838A

R899A

C801A
R801A

R820A
R821A
R822A

Q884A

R802A

Q883A

R835A

C881A

Q881A

D803A

R836A

D802A

R886A

C835A

D801A

R825A

R826A

R824A

R828A

R827A

4x4mm

D9001

R252A
R251A
R250A

R249A

R246A

C216A

R255A

D9011

R256A

C218A
C219A
C220A

C9005
R245A

R241A

D9007

D9010

C9114

1

C9002

C9007

C222A

C9004

D9003

R218B

C9008

C9009

R253A

D9004

D9002

IC202A

Q205A

C9006

R254A

D9006
D9005

R248A

D203
D202

D201

R247A

D

E

F

G

GND

GND

H

C9010

4x6mm

C9003

C819A

R808A

C9012

R876A

R809A

C808A
C809A

R845A

C898A

J3

R807A

R848B

C9013

J1

R882A

3

FB302

C9014

J2

Q886A

R885A
R883A

IC801A

R849A

2

R881A

Q885A

Q880A

R848A

1

R816A

R817A

ZD801A

RB855B

R855A

6

2

3

9

R818A

C813A

C834A

R858A

C833A

R834A

R837A

R846A

R806A

C815A

C824A

R856A

C814A

C811A

R840A

1

23456

CONTROL PCB LAYOUT (BOTTOM)

47

HT-CN150DVW

TUNER PWB LAYOUT (TOP)

TO MAIN
PWB

T004

C036

VR001

C017

CN151

C01

Q003

D004

C025

A

B

C039

C

C043

R031

R032

C03

C042

(CNS001)

C038

C044

C05

XL2

XL1

Q002

CN001

CN001

C033

C027

C014

R035

R01

C028

R024

C010

C047

C02

C048

C024

C030

T003

D003

I

C005

C001

C046

CO19

C045

R005

IF002

T002

IF001

T001

C009

C008

IF003

C037

C029

C004

D

T006

VD001

VD002

E

T005

VC001

EF450-G1

F

G

CN002

D006

H

1

23456

D001

D002

ANT001

L004

TUNER PWB LAYOUT (TOP)

48

TUNER PWB LAYOUT (BOTTOM)

C069

HT-CN150DVW

A

C003

C070

C002

R040

R036

R037

B

Q004

C031
R026

R007

R046

C032

T002

R025

R014

R013

R012

C050

C

D

R009

R004

T001

E

C018

C020

C006

Q001

EF450-G1

R008

C021

R017

C007

C026 R002

C049

R003

R001

R006

VD001

C071

C012

D005

R02

T006

IC001

C072

C040

R018

R029

C011
R010

R033

R019

R023

R030

T003

R027

F

G

C04

C013

IC002

Q002

R039

R038

R034

C041

R016

XL2

R028

VD002

C034

C1

Q003

R020

C035

C022

R011

VR001

C023

R015

R021

C016

C015

T004

H

1

23456

TUNER PWB LAYOUT (BOTTOM)

49

HT-CN150DVW

POWER PWB LAYOUT (TOP)

A

B

C

D

E

F

G

H

1

23456

POWER PWB LAYOUT (TOP)

50

POWER PWB LAYOUT (BOTTOM)

A

B

C

HT-CN150DVW

1

2

3

7

6

5

4

D

5

E

8

9

2950154401

141713

F

G

10

H

1

23456

POWER PWB LAYOUT (BOTTOM)

51

HT-CN150DVW

POWER PWB LAYOUT (COMPONENTS)

WARNING: UTILISER UN FUSIBLE DE RECHANE DE MEME TYPE

ZD7

NTC2

T901

R102

C102

CX2

B

J12

R101

J13

SCR1

CN03

ATTENTION:

THEREISAHI-POTAREA

FOR CONTINUED
PROTECTION AGAINST
RISK FIRE REPLACE
WITH SAME TYPE

CY8

WARNING:

J11

ZD8

D3

A

CR1

CR2

R5A

R5B

CX1

A

J14

R2

D7

CY2

Z1

CY1

B

T5H 250V
F1

CN1

C1

R1

Z2

C2

C

C3

R3

R30

R4

C12

ZD1

Q6

R17 R16

NTC1

Z3

R14

GT1

R13

CN02

R6B

G

FL2RL1

R6A

J17

C4

R28

Q1

D

HS1

D1

CY7

T1

E

D2

R15

C10

1

IC1

D8

R19

C21

ZD4

ZD101

J26

C7

J16

C9

J15

R26

C8

R9

R29

Q5

C5

Q8

R10

C6

R272

R18

C316

R124

R245

C319

R314

R11

ZD3

D121

C317

+6.8V

J28

J22

R243

Q7

C126

R316

R12

R8R7

GND

+12V

GND1

AC1 AC2 ST+12VSB

-27V

IC2

CY5

CY3

C243C120

F

G

H

1

TPS260300-0005 110/230V

C121

HS2

R121

C13

0

L121

C681

C123

J18

R244

CR121

C683

J20

C124

C122

J25

L122

CR681

R248

C130

J23

C134

C684

C240

CR311

R311

+27V

J24

C252

C862

GND

23456

R301

D271

D681

C246

ZD5

C312

L123

J21

C245

ZD6

R271

IC3

CR243

-27V

1

C315

R312

C242

C244

POWER PWB LAYOUT (COMPONENTS)

52

SYSTEM CONTROL TIMING CHARTS

Tray Close ~ Play / Play ~ Tray Open

HT-CN150DVW

Tray IN
(CN803 pin 1/
IC201 pin 187)

Sled Drive
(IC802 Pin 12)

Disc Drive
(IC802 pin 17)

Focus Drive
(IC802 pin 14)

Tracking Drive
(IC802 pin 15)

3.3V

0V

1.65V

0V

1.65V

0V

1.65V

0V

1.65V

0V

Tray
Close

Disc
Rotation

Play Tray

Stop

Tray

Open

53

HT-CN150DVW

IC PIN FUNCTION DESCRIPTIONS

IC401, DUAL WIDE BANDWIDTH OPERATIONAL AMPLIFIERS (RC4558)

Pin Configuration: Pin Description:

8

1

IC301,4 CHANNEL MULTIPLEXER (D4052)

Pin Configuration:

VDD

IN/OUT

2x

16

15 14 13 12 11 10 9

OUT/IN

1x 0x 3x A Bx

D4052BM

IN/OUT

Pin No.

1
2
3

4
5
6
7

8

Function

Output A

Input A
Input A

Vee
Input B
Input B

Output B

Vcc

Block Diagram:

INH

12 345 6 87

Y 2Y 3Y 4Y INH VEE VSSY

0

OUT/IN

IN/OUTIN/OUT

TOP VIEW

X CHANNELS IN/OUT

22110

3

11 15 14 12

TG

TG

VDD

16

10

A

9

B

5

LOGIC
LEVEL

CONVERSION

8

SS VEE

V

BINARY

TO

1 OF 4

DECODER

WITH

INHIBIT

7

0

Y CHANNELS IN/OUT

TG

13

3

COMMON X
OUT/IN

COMMON Y
OUT/IN

TG

TG

TG

TG

TG

4251

3

54

IC805,DUAL OPERATIONAL AMPLIFIERS (LM358MX)

Pin Configuration: Block Diagram:

HT-CN150DVW

1OUT

1IN-

1IN+ 2IN-

2
3
4

8
7
6
5GND

Vcc1
2OUT

2IN+

OUTPUT A

NON-INVERTIN G

INPUT A

GND

Symbol (each amplifier)

IN+
IN-

+

-

OUT

IC501,DUAL D-TYPE FLIP-FLOP (CD4013BT/HEF4013BT)

1

2

A

-

3

4

++

8

+

V

7

OUTPUT BINVERTING INPUT A

B

­6

INVERTING INPUT B

5

NON-INVERTING
INPUT B

!

Block Diagram:

V

DD

14 13 12 11 10 9 8

Q1 Q1

F/F

1

Q2

Q2

CLOCK 1 RESET 1 DATA 1 SET 1

CLOCK 2 RESET 2 DATA 2 SET 2

F/F

2

7654321

V

SS

55

HT-CN150DVW

IC301, 4 CHANNEL MULTIPLEXER (D4052BM)

Pin Configuration:

Block Diagram:

VDD

IN/OUT

2x

16

15 14 13 12 11 10 9

OUT/IN

1x 0x 3x A Bx

IN/OUT

D4052BM

12 345 6 87

Y

2

0

Y

OUT/IN

3

Y

4

Y

IN/OUTIN/OUT

TOP VIEW

INH V

EE

V

SSY

X CHANNELS IN/OUT

3

22110

11 15 14 12

INH

TG

TG

VDD

16

10

A

9

B

5

LOGIC
LEVEL

CONVERSION

8

V

SS VEE

SINARY

TO

1 OF 4

DECODER

WITH

INHIBIT

7

0

Y CHANNELS IN/OUT

3

TG

13

3

COMMON X
OUT/IN

COMMON Y
OUT/IN

TG

TG

TG

TG

TG

4251

56

IC504, CMOS Hex Inverter IC (74HCU040D)

Pin Configuration:

HT-CN150DVW

Schematic Diagram:

V

cc

AB Y6 Y5

14 13 12 11 10 9 8

1 234567

A5

Y2Y1 A2A1

A3

A4 Y4

Y3

Top View

V

cc

AY

57

HT-CN150DVW

IC208, 1A Fixed & Adj Low Dropout Positive Voltage Regulators (RT9164-33CLR)

Pin Configuration:

Pin Description:

Block Diagram:

123

Pin Name
ADJ/GND

VOUT
VIN

Pin No.

1
2
3

Pin Function

Adjust or Ground
Output
Positive Power Input

Name

ADJ/GND

Vout

Vin

VIN

CURRENT

LIMITING

AMPLIFIER

THERMAL OVERLOAD

VOLTAGE

REGULATION

AMPLIFIER

LIMIT

SENSE

V

REF

S.O.A

VOUT

ADJ/GND

58

IC801A, Echo Processor IC (PT2399)

Block Diagram:

HT-CN150DVW

LPF1 - IN16LPF1 - OUT15LPF2 - OUT

COMP

LPF 1

1/2 Vcc

AUTO

RESET

1

VCC

2

REF

14

MODIMI

44K Bits

RAM

LPF2 - IN13OP2-OUT12OP2-IN11OP2-IN10OP1-OUT

4.7K 4.7K

LPF2

3

AGND

4

DGND

9

DO0 DO1

5

CLK_0

MOD

CC0

8

CLOCK

VCO

6

VCO

CC1

7

DEM

Pin Configuration:

VCC

REF
AGND

DGND

CLK_O

VCO

CC1

CC0

1
2
3
4
5
6
7

16
15
14
13
12

11

10

8

9

LPF1-IN

LPF1-OUT
LPF2-OUT

LPF2-IN
OP2-OUT
OP2-IN
OP1-IN
OP1-OUT

59

HT-CN150DVW

Echo Processor IC (PT2399)

Pin Description:

Pin Name I/O Description Pin No.

VCC - Analog Supply Voltage Input 1
REF - Analog Reference Voltage (=1/2VCC) 2

AGND - Anolog Ground 3
DGND - Digital Ground 4
CLK_0 O System Clock Output Pin 5

VCO I Frequency Adjustment Pin 6
CC1 - Current Contol 1 7
CC0 - Current Contol 0 8

OP1-OUT O

OP1-IN I

OP2-IN I

OP2-OUT O

LPF2-IN I Low Pass Filter 2 Input Pin 13
LPF2-OUT O Low Pass Filter 2 Output Pin 14
LPF1-OUT O Low Pass Filter 1 Output Pin 15

LPF1-IN I Low Pass Filter 1 Input Pin 16

OP Amplifier 1 Output This pin can be used as Modulated Integrator by connecting
Capacitor.

OP Amplifier 1 Intput This pin can be used as Demodulated Integrator by connecting
Capacitor.

OP Amplifier 2 Input This pin can be used as Demodulated Integrator by connecting
Capacitor.

OP Amplifier 2 Output This pin can be used as modulated Integrator by connecting
Capacitor.

9

10

11

12

60

HT-CN150DVW

IC204, Micropower Supply Voltage Supervisor (CM3403)

Pin Description:

GND

1

3

RESET

2

3-pin SOT23

Pin Description:

PIN(S) NAME DESCRIPTION

1 GND Negative reference for all signals.
2 RESET

3VCCSupply input signal which is monitored by the sense comparator. This input is compared to the 2.93V

Active low reset output. When the sence threshold has been exceeded, the RESET signal will remain
active for an additional 140(min.) after which it is taken inactive. During a "brownout" condition, RESET
will immediately be taken active. Internal circuitry ensures RESET
ply voltage is as low as 0V.

(CM3403-29ST) or 4.63 (CM3403-46ST) reference to determine the state of the output.

V

CC

will remain active even when the sup-

Typical Application Circuit

V

IN

CM3403 Microprocessor

V

CC

RESET RESET

V

CC

GND GND

61

IC802, 5-Channel Motor Driver for DVD/VCD (AT5660)

Pin Description:

HT-CN150DVW

28

2627 25 24 23 22

PGND

21 20 19 18 17 16 15

AT5660

32

1

4 5 6 7 8 9 10 11 12 13 14

Pin Description:

PIN NO. Pin name Function

1 IN1 CH1 (Focus coil) input
2 CAP1_1 CH1 error amplifier filter capacitor connection 1
3 CAP1_2 CH1 error amplifier filter capacitor connection 2
4 IN2 CH2 (Sled driver) input
5 FB1 CH1 (Focus coil) feedback pin
6 FWD CH5 forward input
7 REV CH5 reverse input
8 VCC1 Power Supply 1

9 OUT5- CH5 (Tray driver) output (-)
10 OUT5+ CH5 (Tray driver) output (+)
11 OUT2- CH2 (Sled driver) output (-)
12 OUT2+ CH2 (Sled driver) output (+)
13 OUT1- CH1 (Focus coil) output (-)
14 OUT1+ CH1 (Focus coil) output (+)
15 OUT4+ CH4 (Tracking oil) output (+)
16 OUT4- CH4 (Tracking oil) output (-)
17 OUT3+ CH3 (Loader) output (+)
18 OUT3- CH3 (Loader) output (-)
19 VCC2 Power supply 2
20 FB4 CH4 (Tracking oil) feedback pin
21 VCTL CH5 Speed control input
22 GND Ground
23 IN3 CH3 (Loader) input
24 CAP4_2 CH4 error amplifier filter capacitor connection 2
25 CAP4_1 CH4 error amplifier filter capacitor connection 1
26 IN4- CH4 (Tracking drver) input
27 VBIAS VREF input pin
28 MUTE_1_2_3_4 Mute control for CH1, CH2, CH3, CH4

Notes: The indicated polarities for the output pins are under the condition that all inputs are (+).

The power supplies for the driver output are PVcc1 for the loader, PVcc2 for focus and tracking drivers, and Vcc for pre-block and sled
driver, Therefore, make sure Vcc > PVcc1, 2.

PGND

62

HT-CN150DVW

IC802, 5-Channel Motor Driver for DVD/VCD (AT5660)

Block Diagram:

IN1

CAP1_1

CAP_2

IN2

FB1

FWD

REV

PGND

VCC1

OUT5-

OUT5+

OUT2-

OUT2+

10

11

12

+
l

10K

1

7.5K

20K

+

l

TSD

2

3

4

5

6

10K

7

20K

7.5VK

10K

20K

+

l

7.5K

20K

20K

+
l

7.5K

STAND-

BY

10K

20K

28

27

26

25

24

23

22

MUTE

1_2_3_4
VBIAS

IN4-

CAP4_1

CAP4_2

IN3

GND

PGND

VCC1

Pre-DRV

8

9

TRAY
DRIVER

10K

25k

_

++

SLED
DRIVER

VCC1

VCC1

LOADING

10K

_

15K

DRIVER

10K

10K

VCC2

21

20

19

18

17

VCTL

FB4

VCC2

OUT3-

OUT3+

OUT1-

OUT1+

13

14

ACTUATOR

DRIVER

VCC2

ACTUATOR

DRIVER

16

15

OUT4-

OUT4+

63

IC202A, VFD Driver (PT6311)

Pin Description:

Pin Name I/O Function Pin No.

SW1 to SW4 I General Purpose Input Pins 1 to 4

DOUT O

DIN I

NC - No Connection 7

CLK I

STB I

K1 to K4 I

VDD - Logic Power Supply 14, 33, 45

SG1/KS1 to SG12/KS12 O

SG20/GR9 to SG19/GR10

SG18/GR11 to SG13/GR16

VEE - Pull- Down Level 34

GR1 to GR8 O High- Voltage Grid Output Pins 44 to 37

LED1 to LED5 O LED Output Pin 50 to 46

GND - Ground Pin 51

OSC I

O High Voltage Segment / Grid Output Pins

HT-CN150DVW

Data Output Pin (N-Channel, Open-Drain) This Pin outputs serial data at the falling

edge of the shift clock (starting from the lower bit )

Data Input Pin

This Pin inputs serial data at the rising edge of the shift clock

(starting from the lower bit )

Clock Input pin

This Pin reads serial data at the rising edge and

outputs data at the falling edge.

Serial Interface Strobe Pin

The data input after the STB has fallen is

processed as a command.

When this pin is “HIGH”, CLK is ignored.

Key Data Input Pins

The data inputted to these pins are latched at

the end of the display cycle.

High- Voltage Segment Output Pins

Also acts as the Key Source

Oscillator Input Pin

A resistor is connected to this pin to determine

the oscillation frequency

5

6

8

9

10 to 13

15 to 26
36 to 35

32 to 27

52

64

HT-CN150DVW

IC202A, VFD Driver (PT6311)

Block Diagram:

DIN

DOUT

CLK

STB

VDD

R

OSC

SW1
SW2

SW3
SW4

Serial

Data

Interface

OSC

General

Input

Register

Display Memory

(20 bits X 16 works)

Timing Generator

Key Matrix Memory

Control

Segment

Driver/

Grid

Driver/

Key Scan/

Output

SG1/KS1
SG2/KS2
SG3/KS3
SG4/KS4
SG5/KS5
SG6/KS6
SG7/KS7
SG8/KS8
SG9/KS9
SG10/KS10
SG11/KS11
SG12/KS12
SG13/GR16
SG14/GR15
SG15/GR14
SG16/GR13
SG17/GR12
SG18/GR11
SG19/GR10
SG20/GR9

LED1
LED2
LED3

LED4
LED5

LED

DRIVER

Dimming Circuit

K1 K2 K3 K4 VDD GND VEE

Grid

Driver

GR1
GR2
GR3
GR4
GR5
GR6
GR7
GR8

65

IC 202A, VFD Driver (PT6311)

Pin Configuration:

OSC

GND

LED1

LED2

LED3

LED4

LED5

VDD

GR1

GR2

GR3

41 404243444546474849505152

GR4

HT-CN150DVW

GR5

SW1

SW2

SW3

SW4

DOUT

DIN

CLK

STB

NC

K1

K2

K3

K4

10

11

12

13

39

1

2

3

4

5

6

7

8

9

38

37

36

35

34

33

32

31

30

29

28

27

25 262423222120191817161514

GR6

GR7

GR8

SG20/GR9

SG19/GR10

VEE

VDD

SG18/GR11

SG17/GR12

SG16/GR13

SG15/GR14

SG14/GR15

SG13/GR16

VDD

SG1/KS1

SG2/KS2

SG3/KS3

SG4/KS4

SG5/KS5

SG6/KS6

66

SG7/KS7

SG8/KS8

SG9/KS9

SG10/KS10

SG11/KS11

SG12/KS12

HT-CN150DVW

IC801, ESS DVD SERVO (ES6603S)

Pin Configuration:

IC801, ESS DVD SERVO (ES6603S)

SDEN

SDATA

SCLK

V33

48 3647 46 45 44 43 42 41 40 39 38 37 35 34 33

LCP

MNTRCEFE

LCN

TE

PI

V25

V125

TPH

DFT

LINK

RX

MEV

VNA
FNN

FNP

DIP

DIN

BYP

RFAC

VPA

AIP

AIN

ATON

RFAC

ATOP

RFSIN

RFDC

ATON

ATOP

RFSIN

RFDC

RX

MEV

VNA

FNN

FNP

DIP

DIN

BYP

VPA

AIP

AIN

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

SDEN

SDATA

SCLK

V33

LCP

48 3647 46 45 44 43 42 41 40 39 38 37 35 34 33

49

50

51

52

53

54

55

56

57

58

59

60

1 13

23456789101112

61

62

A2

B2

63

64

DVDRFP

DVDRFN

1 13

23456789101112

C2

MNTRCEFE

LCN

TE

ES6603S

ES6603S

D2

CP

CN

D

B

C

PI

V25

A

CD_D

V125

TPH

14 15 16

CD_B

CD_C

14 15 16

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

MEVO

MIN

MLPF

MB
MP

MEVO

MIRR

MIN

LDON

MLPF

VNB

MB

CDPD

MP

DVDPD

MIRR

CDLD

LDON

DVDLD

VNB

VC

CDPD

VPB

DVDPD

CD_E

CDLD

CD_F

DVDLD

VC
VPB

CD_E

CD_F

32

31

30

DFT

LINK

29

28

27

26

25

24

23

22

21

20

19

18

17

CD_A

FP

FN

FIGURE 1 ES6603 DEVICE PINOUT

A2

B2

C2

D2

CP

CN

67

B

D

C

A

_D

_C

_B

_A

HT-CN150DVW

IC801, ESS DVD SERVO (ES6603S)

Pin Description:

Table 1 lists the pin descriptions for the ES6603.
The pound symbol (#) iindicates an active-low signal.

Table 1 ES6603 Pin Descriptions List

Name Pin Numbers I/O Definition

DVDRFP,
DVDRFN

A2,B2,C2,D2 3:6 I

CP,CN 7,8 - Differential phase tracking low-pass filter pins. Connect CP to CN via capacitors.

D,C,B,A 9:12 I Photo detector interface inputs from the main beam photo matrix.

D_D,CD_C,

CD_B,CD_A
CD_F,CD_E 17, 18 I

VPB 19 P Servo block power supply.

VC 20 O Reference voltage out (VPB/2).Output impedance is less than 50Ω.

DVDLD 21 O DVD APC output; controls laser power for DVD.

CDLD 22 O CD APC output; controls laser power for CD.

DVDPD 23 I DVD APC input.

CDPD 24 I CD APC input.

VNB 25 G Serve block ground.

LDON 26 I APC On/Off control. A high level activates LD output. (open is low)

MIRR 27 O Mirror detect output.

MP, MB 28, 29 I Mirror top and bottom hold pins. Connected to VPB pin 19 via capacitors.

MLPF 30 I Mirror low-pass filter pins. Connected to VPB pin 19 via a capacitor.

MIN 31 I RF input signal for mirror. AC coupled inputs for the mirror detection circuit from MEVO pin 32.

MEVO 32 O RFDC bottom envelope out. Pull-In or bottom clamped RF envelope signal ouptut for mirror detection.

LINK 33 I,O

DFT 34 O
TPH 35 I Pull-In top hold. Connected to VPB pin 19 via a capacitor.

V125 36 O 1.25V servo block reference voltage output.

V25 37 P 2.5V servo output reference power supply.

PI 38 O

TE 39 O Tracking error output reference to V125 pin 36.
FE 40 O Focusing error output reference to V125 pin 36.
CE 41 O Center error output reference to V125 pin 36.

MNTR 42 O Monitor out signal. Output is selectable by register settings.

LCN,LCP 43, 44 I Lens shift offset cancellation low-pass filter pins. Connect LCN to LCP via a capacitor.

V33 45 P 3.3V output buffers power supply.

SCLK 46 I Serial clock from ES66x8.

SDATA 47 I/O Serial data I/O

SDEN 48 I Serial data enable. Enabled by an active-high signal.

RX 49 I Reference resistor. Connected to ground via a 12.0kΩ, 1% resistor.

1,2 I Differential RF signal attenuator inputs.

AC coupled photo detector interface inputs for the differential phase detector (DPD) from the main
beam photo matrix.

13:16 I CD photo detector interface inputs from the main beam photo matrix

CD photo detector interface inputs from the CD side beam photo detector, used for CD tracking
detection.

Linking Signal In/Mirror Monitor Out. In the linking area, the mirror and
tracking error outputs are disabled when this pin goes high. When the monitor
output signal is selected by the Control H register, mirror-related signals can be observed.

Defect output. When the Pull-in signal level is below the detection level, or when the RF signal level is
below the detection level, the DFT output goes high. The defect output is selected by the serial port.

Pull-In signal out. The summing signal output of A, B, C, D or CD_A, CD_B, CD_C, or CD_D. Refer­ence to V25/3.

68

HT-CN150DVW

Name Pin Numbers I/O Definition

MEV 50 I RFDC bottom envelope. Connected to VPA pin 58 via a capacitor.

VNA

FNN, FNP 52, 53 O

DIP, DIN 54, 55 I

BYP 56 I

RFAC 57 O

VPA 58 P

AIP, AIN 59, 60 I Differential AGC amplifier inputs.

ATON, ATOP 61, 62 O Differential attenuator outputs.

RFSIN 63 I

RFDC 64 O

AGC Interface 59,60 I Differential AGC amplifiers inputs [AIP] AND [AIN].

Automatic Laser

Power Control

(APC) Interface

CD/DVD Photo

Detector Interface

Embedded Servo

DSP

Interface

Filtering and

Reference Voltage

Power and

Ground

51 G RF block and serial port ground.

Differential outputs of equalizer/filter.
Differential analog inputs to the RF single-end output buffer and full wave rectifier.
AGC amplifier gain bypass. Tied to VPA via a capacitor.
Single-ended RF output.
RF block and serial port power supply.

Single-ended RF signal attenuator input.
Single-ended RF summing output.

21 O APC laser power control for DVD [DVDLD].
22 O APC laser power control for CD [CDLD].
23 I APC photo diode in for DVD [DVDPD].
24 I APC photo diode in for CD [CDPD].
26 I APC input on/off control [LDON].

3:6 I DVD differential phase detector matrix inputs [A2], [B2], [C2], and [D2].

9:12 I DVD single-ended phase detector matrix inputs [A], [B], [C], and [D].
13:16 I CD photo detector interface inputs [CD_A], [CD_B], [CD_C], and[CD_D].
17,18 I CD side beam photo detector tracking outputs [CD_E] and [CD_F].

26 I APC input on/off control [LDON] from embedded servo DSP.
33 O Linking signal and mirror monitor control I/O [LINK].
34 O Defect output [DFT] to embedded servo DSP.
38 O Pull-In signal [P1] to embedded servo DSP.
39 O Tracking error [TE] to embedded servo DSP.
40 O Focusing error [FE] to embedded servo DSP.
41 O Center error [CE] to embedded servo DSP.
46 I Serial clock [SCLK] from embedded servo DSP.
47 I/O Serial data I/O [SDATA] for embedded servo DSP.
48 I Serial data enable [SDEN] from embedded servo DSP.

7, 8 I Differential phase tracking low-pass filters [CP] and [CN].

20 O DC bias reference voltage [VC].
30 I Mirror low-pass filter [MLPF].
36 O Servo block reference voltage [V125].

43, 44 I Lens shift offset cancellation low-pass filters [LCP] and [LCN].

64 O Single-ended RF summing output reference [RFDC].
19 P Servo block port power supply [VPB].
25 G Servo block ground [VNB].
37 P 2.5V reference voltage servo putput power supply [V25].
45 P 3.3V output buffers power supply [V33].
51 G RF block and serial port ground [VNA].
58 P RF block and serial port power supply [VPA].

69

HT-CN150DVW

Name Pin Numbers I/O Definition

1, 2 I Differential RF signal attenuator inputs [DVDRFP] and [DVDRFN].

52, 53 O Differential normal filter outputs [FNP] and [FNN].

AGC and Filter

Interface

Serial Port Inter-

face

System Block Diagram:

A sample system block diagram featuring the ES6603 and the ES66x8 Vibratto-ll DVD processor with embedded servo DSP is
depicted in figure 2.

CD/DVD PICKUP

CD/DVD PICKUP

54, 55 I Differential analog RF buffr inputs [DIP] and [DIN].

57 O Single-ended RF output [RFAC].
63 I Single-ended RF signal attenuator input [RFSIN].

61, 62 O Diffrential attenuator outputs [ATOP] and [ATON].

46 I Serial clock from ES66x8 [SCLK].
47 I/O Serial data I/O [SDATA]
48 I Serial data enable [SDEN].

A:D,

A2:D2,

CDPD

DVDPD

CD_A:CD_F

PHOTO DETECTOR
AND LASER POWER

ES6603

AFE

MOTOR

CD/DVD

MOTOR DRIVER

CDLD

DVDLD

FOCUS

LOAD

OPEN/CLOSE

SPINDLE

TRACK

FE,CE,

TE,PI,

MEVO

LINK,

SDATA

LDON,

SCLK,

SDEN

ES66X8

DVD PROCESSOR

W/SERVO DSP

70

HT-CN150DVW

IC201, ESS VIBRATTO-ll DVD Processor (ES6629)

Pin Configuration:

DSSLV

RFIP

RFIN

IPIN

AVDD3_DS

IREF

VREF15

VREF09

VREF21

AVDD3_AD

RFRP

TEI

CEI

AVSS_AD

FEI

SBAD

TESTAD

TEXI

VDD

VSS

FLAG3

FLAG2

FLAG1

FLAG0

156

155

154

153

152

151

150

149

148

147

146

145

144

143

142

141

140

139

138

137

136

135

134

AVSS_DS

AVSS_PL

PDOFTR1

FDO

FTROPI

AVDD3_PL

PLLFTR1
PLLFTR2

VREF0

AWRC

AVSS_DA

RFRPCTR

TRAY

AVDD3_DA

SPINDLE

FOCUS

SLEGP
SLEGN
TRACK

TESTDA

FGIN
PHOI

SCSJ

SDATA

SCLK

DFCT

LDC

SPDON

VD33

VS33
GPIO9
GPIO8
GPIO7
GPIO6
GPIO5
GPIO4

EAUX3
EAUX2
EAUX1
EAUX0

VSS

VDD

PCDATA/AUX0

PC_CLK/AUX1

IOW#/HSYNC#/AUX2

IOR#/VSYNC#/AUX3

C2PO/AUX4

AUX5

AUX6
IR/AUX7
RESET#

VS33

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

123456789

1011121415161718192021222324252627282930313233343536373839404142434445464748495051

13

133

ES6629

IP1

IP2LGWBL

132

131

130

129

WBLCLK

VS33

VD33

128

127

126

SPDIF_IN

125

SPD_DOBM/SEL_PLL3

TBCK

MCLK

TSD3

TSD2

VS33

TSD1/SEL_PLL1

124

123

122

121

120

119

118

TSD0/SEL_PLL0

TWS/SEL_PLL2

UDAC/YUV0

CDAC/YUV2

YDAC/YUV5

117

116

115

114

113

VS33_DA

VD33_DA

VDAC/YUV6

112

111

110

FDAC/YUV7

RSET/YUV4

COMP/YUV3

VREF/YUV1

109

108

107

106

V533_PL

105

104
103
102
101

100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53

52

VD33_PL
RWS
RBCK
RSD
LD7
LD6
LD5
LD4
VD33
VS33
LD3
LD2
LD1
LD0
LOE#
LWRLL#
LCS3#
VDD
VSS
LCS2#
LCS1#
LCS0#
LA0
LA1
LA2
VD33
VS33
LA3
LA4
LA5
LA6
LA7
LA8
VDD
VSS
LA9
LA10
LA11
LA12
LA13
LA14
LA15
VD33
VS33
LA16
LA17
LA18
LA19
LA20
LA21
DQM
VD33

VD33

VID_XI

VID_XO

CLK

DMA0

DMA1

DMA2

DMA3

VS33

VD33

VS33

DMA8

DMA9

DMA10

VD33

DMA11

DCAS#

DCS0#

DCS1#

DRAS0#

DRAS1#

DMA4

DMA5

DMA6

DMA7

FIGURE 1 ES6629 DEVICE PINOUT

71

VSS

VDD

DB0

DWE#

DRAS2#

DSCK_EN/DOE#

DB1

DB2

VS33

VD33

DB3

DB4

DB5

DB6

DB7

DB15

DB14

VS33

VD33

DB13

DB12

DB11

DB10

DB9

DB8

DSCK

VS33

T able 1 ES6629 Pin Description

Name Pin Numbers I/O Definition

VD33 1,10,19,35,44,53,62,79,96,126,185 P I/O power supply.

VID_XI 2 I Crystal input.

VID_XO 3 O Crystal output.

CLK 4 I System clock.

DMA [11:0] 5:8 11:17, 20 O DRAM address bus.

VS33 9,18,34,43,52,61,78,95,119,127,186,208 G Ground for I/O power supply.

DCAS# 21 O DRAM column address strobe (active-low).

DCS[1:0]# 22,23 O DRAM chip select (active-low).

DRAS[2:0]# 24,25,28 O DRAM row address strobe (active-low).

VSS 26,70,86,137,197 G Ground for core power supply.

VDD 27,71,87,138,198 P Core power supply.

DSCK_EN

DOE# O DRAM output enable (active-low).

DWE# 30 O DRAM write enable (active-low).

DB[15:0] 31:33,36:42,45:50 I/O DRAM data bus.

DSCK 51 O Output clock to DRAM.

DQM 54 O Data input/output mask.

LA[21:0] 56:60, 63:69. 72:77, 80:82 O RISC port address bus.

LCS[3:0]# 83:85,88 O RISC port chip select (active-low).

LWRLL# 89 O RISC port low-byte write enable (active-low).

LOE# 90 O RISC port output enable (active-low).

LD[7:0] 91:94, 97:100 I/O RISC port data bus; (5V tolerant input).

RSD 101 I Audio receive serial data; (5V tolerant input).

RBCK 102 I Audio receive bit clock; (5V tolerant input).

RWS 103 I Audio receive frame sync; (5V tolerant Input).
VD33_PL 104 P Power for PLL block.
VS33_PL 105 G Ground for PLL block.

VREF

YUV1 O YUV pixel 1 output data.

COMP

YUV3 O YUV pixel 3 output data.

RSET

YUV4 O YUV pixel 4 output data.

FDAC

YUV7 O YUV pixel 7 output data.

VDAC

YUV6 O YUV pixel 6 output data.
VD33_DA 111 P Power for I/O power supply for VDAC.
VS33_DA 112 G Ground for I/O power supply for VDAC.

YDAC

YUV5 O YUV pixel 5 output data.

CDAC

YUV2 O YUV pixel 2 output data.

29

106

107

108

109

110

113

114

O DRAM clock enable output.

I Internal voltage reference to video DAC.

I Compensation input.

I DAC current adjusment resistor input.

O Video DAC output. Refer to description and matrix for UDAC pin 115.

O Video DAC output. Refer to description and matrix for UDAC pin 115.

O Video DAC output. Refer to description and matrix for UDAC pin 115.

O Video Dac output. Refer to description and matrix for UDAC pin 115.

HT-CN150DVW

72

HT-CN150DVW

Name Pin Numbers I/O Definition

UDAC 115 O Video DAC ouput

PIN 109 110 113 114 115

Value F DAC V DAC Y DAC C DAC U DAC

0 CVBS/Chroma CVBS1 Y C N/A
1 CVBS/Chroma CVBS1 Y C CVBS2
2 CVBS/Chroma N/A Y C N/A
3 CVBS/Chroma CVBS1 N/A N/A CVBS2
4 CVBS/Chroma CVBS1 N/A N/A N/A
5 CVBS/Chroma CVBS1 Y Pb Pr
6 CVBS/Chroma N/A Y Pb Pr
7 N/A SYNC G B R
8 CVBS/Chroma Chroma Y Pb Pr
9 CVBS CVBS1 G B R

10 CVBS CVBS1 G R B

11 N/A SYNC G R B
12 CVBS/Chroma N/A Y Pr Pb
13 CVBS/Chroma CVBS1 Y Pr Pb
14 Chroma Y G R B

F : CVBS/Chroma signal for simultaneous mode.
Y : Luma component for YUV and Y/C processing.
C : Chrominance signal for Y/C processing.
U : Chrominance component signal for YUV mode.
V : Chrominance component signal for YUV mode.

YUV0 O YUV pixel 0 output data.

TWS 116 O Audio transmit frame sync output.

SEL_PLL2 I System and DSCK output clock frequency selection is made at the rising

edge of RESET#. The matrix below lists the available clock frequencies and
their respective PLL bit settings. Strapped to VCC or ground via 4.7 kΩ resis­tor, reading during reset.

SEL_PLL2 SEL_PLL1 SEL_PLL0 Clock Type (MHz)

0 0 0 CLK X 4.5
0 0 1 CLK X 5.0
0 1 0 BYPASS
0 1 1 CLK X 4.0
1 0 0 CLK X 4.25
1 0 1 CLK X 4.75
1 1 0 CLK X 5.5
1 1 1 CLK X 6.0

TSD0

SEL_PLL0 I Refer to the description and matrix for SEL_PLL2 pin 116.

TSD1

SEL_PLL1 Refer to the description and matrix for SEL_PLL2 pin 116.

TSD [2:3] 120, 121 O Audio transmit serial data ports 2 and 3.

MCLK 122 I/O Audio master clock for audio DAC.
TBCK 123 O Audio transmit bit clock.

SPD_DOBM 124 O S/PDIF output.

117

118

O Audio transmit serial data port 0.

O Audio transmit serial data port 1.

Clock source select. Strapped to VCC or ground via 4.7 kΩ resistor , read only
during reset.

SEL_PLL3 I

SEL_PLL3 Clock Source

0 Crystal oscillator
1 CLK input

73

Name Pin Numbers I/O Definition

SPDIF_IN 125 I S/PDIF input; (5V tolerant input).

WBLCLK 128 O DVD-RAM wobble detector circuit clock source to preamp.

WBL 129 O DVD-RAM wobble output.

LG 130 O DVD-RAM land/groove flag.
IP2 131 I DVD-RAM header position index 2.
IP1 132 I DVD-RAM header position index 1.

FLAG[3:0] 133: 136 O To monitor servo status.

TEXI 139 I High-speed tracking error input.

TESTAD 140 I Test AD input.

SBAD 141 I Sub-beam addition input signal.

FEI 142 I Focus input error signal.

AVSS_AD 143 G Analog ground for ADC block.

CEI 144 I Center error input signal.
TEI 145 I Tracking error input signal.

RFRP 146 I RF ripple/envelope input signal.

AVDD3_AD 147 P Analog power supply for ADC block.

VREF21 148 O 2.1V reference voltage.
VREF09 149 O 0.9V reference voltage.
VREF15 150 O 1.5V reference voltage.

IREF 151 I

AVDD3_DS 152 P Analog power supply for data slicer block.

IPIN 153 I Inverting input of data slicer.

RFIN 154 I Analog RF signal input after passing through equalizer (minus).

RFIP 155 I Analog RF signal input after passing through equalizer (plus).

DSSLV 156 O Data slicer level output.

AVSS_DS 157 G Analog ground for data slicer block.

AVSS_Pl 158 G Analog ground for data PLL block.

PDOFTR1 159 O Servo data PLL phase detector filter pin number 1.

FDO 160 O Servo data PLL output node of frequency detector charge pump.

FTROPI 161 I Servo data PLL input node of loop filter OP circuit.

AVDD3_PL 162 P Analog power supply for data PLL block.

PLLFTR1 163 I Servo data PLL loop filter pin number 1.
PLLFTR2 164 I Servo data PLL loop filter pin number 2.

VREF0 165 O Servo data PLL reference voltage output.

AWRC 166 I/O Auto wide range control VCO signal from/to AWRC DAC

AVSS_DA 167 G Analog ground for DAC part.

RFRPCTR 168 I/O Central level of RFRP.

TRAY 169 O Output voltage level for tray buffer IC.

AVDD3_DA 170 P Analog power supply fro DAC part.

SPINDLE 171 O Output voltage level fro spindle buffer IC.

FOCUS 172 O Output voltage level for focus buffer IC.

SLEGP 173 O Output voltage level for Sledge buffer IC (plus).
SLEGN 174 O Output voltage level for Sledge buffer IC (minus).
TRACK 175 O Output voltage level for tracking buffer IC.

Servo data PLL interface reference current generator. Connect a resistor
between this pin and ground to set reference current.

HT-CN150DVW

74

HT-CN150DVW

Name Pin Numbers I/O Definition

TESTDA 176 O Test DA output.

FGIN 177 I Spindle hall sensor input.
PHOI 178 I Sledge photo interrupt signal input.

SCSJ 179 O Chip selection signal to RF chip (serial data enable).

SDATA 180 I/O Data signal from/to RF chip.

SCLK 181 O Serial clock source to RF chip.

DFCT 182 I Defect flag input signal.

LDC 183 O Laser diode on/off control output.

SPDON 184 O Spindle power driver on/off control output.

GPIO [9:4] 187:192 I/O General-purpose input/output used for servo control; (5V tolerant input).
EAUX [3:0] 193:196 I/O Extended auxiliary ports; (5V tolerant input).

2

CDATA

I

AUX0 I/O Auxiliary port (open collector); (5V tolerant input).

2

C_CLK

I

AUX1 I/O Auxiliary port (open collector); (5V tolerant input).

LOW#

HSYNC# I/O Horizontal sync (active-low); (5V tolerant input).

AUX2 I/O Auxiliary port ; (5V tolerant input).

IOR#

VSYNC# I/O Vertical sync (active-low); (5V tolerant input).

AUX3 I/O Auxiliary port ; (5V tolerant input).

C2PO

AUX4 I/O Auxiliary port ; (5V tolerant input).

AUX [6:5] 204, 205 I/O Auxiliary port ; (5V tolerant input).

IR

AUX7 I/O Auxiliary port ; (5V tolerant input).

RESET# 207 I Reset input (active-low); (5V tolerant input).

VD33 1,10,19,35,44,53,62,96,126,185 P I/O power supply.

VID_XI 2 I Crystal input.

VID_XO 3 O Crystal output.

CLK 4 I System clock.

DMA [11:0] 5:8 11:17, 20 O DRAM address bus.

V33 9,18,34,43,52,61,78,95,119,127,186,208 G Ground for I/O power supply.

DCAS# 21 O DRAM column address strobe (ative-low).

DCS[1:0]# 22,23 O DRAM chip select (ative-low).

DRAS[2:0]# 24,25,28 O DRAM row address strobe (ative-low).

VSS 26,70,86,137,197 G Ground for core power supply.

VDD 27,71,87,138,198 P Core power supply.

DSCK_EN

DOE# O DRAM output enable (ative-low).

DWE# 30 O DRAM write enable (ative-low).

DB[15:0] 31:33,36:42,45:50 I/O DRAM data bus.

DSCK 51 O Output clock to DRAM.

DQM 54 O Data input/output mask

LA[21:0] 56:60, 63:69. 72:77, 80:82 O RISC port address bus.

LCS[3:0]# 83:85,88 O RISC port chip select (active-low).

LWRLL# 89 O RISC port low-byte write enable (active-low).

199

200

201

202

203

206

29

I/O

I2C clock I/O; (5V tolerant input).

I/O

I2C clock I/O; (5V tolerant input).

O I/O Write strobe (LCS1) (active-low).

O I/O Read strobe (LCS1) (active-low).

I Error correction flag form CD; (5V tolerant input).

I Infrared remote control input; (5V tolerant input).

O DRAM clock enable output.

75

Name Pin Numbers I/O Definition

LOE# 90 O RISC port output enable (active-low).

LD[7:0] 91:94, 97;100 I/O RISC port data bus; (5V tolerant input).

RSD 101 I Audio receive serial data; (5V tolerant input).

RBCK 102 I Audio receive bit clock; (5V tolerant input).

RWS 103 I Audio receive frame sync; (5V tolerant Input).
VD33_PL 104 P Power for PLL block.
VS33_PL 105 G Ground for PLL block

VREF

YUV1 O YUV pixel 1 output data.

COMP

YUV3 O YUV pixel 3 output data.

RSET 108 I DAC current adjusment resistor input.

106

107

I Internal voltage reference to video DAC.

I Compensation input.

HT-CN150DVW

76

HT-CN150DVW

ES6629 DEVICE INTERFACES

Table 2 lists the devices interfaces for the ES6629.

Table 2 ES6629 Device Interfaces

Name Pin Numbers I/O Definition

101 I Audio receive serial data input [RSD]; (5V tolerant input).
102 I Audio receive bit clock input [RBCK]; (5V tolerant input).
103 I Audio receive frame sync input [RWS]; (5V tolerant input).

116 O Audio transmit frame sync output. [TWS].

Audio Port Interface

Auxiliary Port Interface

Clock Interface and
reset

Display Interface

EPROM/Flash ROM
and RISC Port Interface

Filter and Reference
Voltage Interface

Front Panel
Display Interface

General-Purpose 187:192 I/O General-purpose I/O [GPIO(9:4)]; (5V tolerant input).

2

C Bus Interface

I

Power and Ground 1,10,19,35,44,53,62,79,96,126,185 P I/O power supply [VD33].

9,18,34,43,52,61,78,95,119,127,186,

117, 118, 120, 121 O Audio transmit serial data outputs. [TSD[3:0]].

122 I/O Audio DAC master clock [MCLK].
123 O Audio transmit bit clock output [TBCK].
124 O Sony/Philips Digital Interface audio output.

125 I Sony/Philips Digital Interface audio input [SPDIF_IN]
193:196 I/O Extended auxilliary ports [EAUX[3:0]] ; (5V tolerant input).
199:200 I/O Open collector auxilliary ports [AUX[1:0]]; (5V tolerant input).
201:206 I/O Primary auxilliary port I/Os [AUX[7:2]]; (5V tolerant input).

2 I 27-MHz crystal clock input [VID_XI].
3 0 27-MHz crystal clock output [VID_XO].

4 I System clock. [CLK].
29 O DRAM clock enable output [DSCK_EN].
51 O Output clock [DSCK] to video memory (DRAM).

116:118 I Clock frequency select PLL outputs [SEL_PLL[2:0]].

207 I Reset input (active-low) [RESET#]; (5V tolerant input).

106:110, 113:115 O Pixel data outputs [YUV[7:0]].

201 I/O Horizontol sync [HSYNC#]; (5V tolerant input).
202 I/O Vertical sync [VSYVC#]; (5V tolerant input).

55:60, 63:69, 72:77, 80:82 O RISC port address bus [LA[21:0]] to EPROM or Flash memory.

83:85 O RISC port chip select outputs [LCS[2:0]#] to EPROM or Flash memory.

89 O
90 O RISC port output enable [LOE#] to EPROM and Flash memory.

91:94, 97:100 I/O

106 I Video DAC reference voltage input [VREF].
107 I Compensation input [COMP].
206 I Infrared remote control input [IR]; (5V tolerant input).

199 I/O
200 I/O

208
26,70,86,137,197 G Ground for core power [VSS].
27,71,87,138,198 P Core power supply [VDD].

104 P Power supply for PLL block. [VD33_PL].

105 G Ground for PLL Bblock [VD33_PL].

111 P Power supply for video DAC [VD33_DA].
112 G Ground for video DAC [VS33_DA].

RISC port low-byte write enable output [LWRLL#] to EPROM or Flash
memory.

RISC port data bus [LD[7:0]] to EPROM or Flash memory; (5V tolerant
input).

2

I

C data I/O [12C_DATA]; (5V tolerant input).

2

I

C clock I/O [12C_CLK]; (5V tolerant input).

G I/O ground [VS33].

77

HT-CN150DVW

Name Pin Numbers I/O Definition

Power and Ground 143 G Analog ground for ADC [AVSS_AD].

153 P Analog power supply for data slicer [AVDD3_DS].

157 G Analog ground for data slicer [AVSS_DS].

158 G Analog ground for data PLL [AVSS_PL].

162 P Analog power supply for data PLL [AVDD3_PL].

167 G Analog ground for DAC [AVSS_DA].

170 P Analog power supply for DAC [AVDD3_DA].

Serial Port Interface 203 I C2PO error correction flag from CD [C2PO]; (5V tolerant input).

153 I 1Inverting input of data slicer [PIN].

Servo Data Slicer
Interface

Servo DAC Interface

Servo Comparator
Interface

Servo ADC Interface

Servo PLL Interface

154 I Analog RF signal input after passing through equalizer (minus) [RFIN].

155 I Analog RF signal input after passing through equalizer (plus) [RFIP].

156 O Data Slicer level output [DSSLV].

166 I/O Auto wide range contro VCO signal from/to AWRC DAC [AWRC].

168 I/O Central level of RERP [RFRP [RFRPCTR].

169 O Output voltage level for tray buffer IC [TRAY].

171 O Output voltage level for spindle buffer IC [SPINDLE].

172 O Output Voltage level for focus buff ic [Focus]

173 O Output voltage level for Sledge buffer IC (plus) [SLEGP].

174 O Output voltage level for Sledge buffer IC (minus) [SLEGN].

175 O Output voltage level for Tracking buffer IC [TRACK].

176 O Test DA output [TESTDA].

139 I High-speed tracking error input [TEXT].

140 I Test AD input [TESTAD].

141 I Sub-beam addition input signal {SBAD].

142 I Focus input error signal [FEI].

144 I Centrer error input signal [CEI].

145 I Tracking error input signal [TEI].

146 I RF ripple/envelope input signal [RERP].

148 O 2.1V reference voltage [VREF21].

149 O 0.9V reference voltage [VREF09].

150 I 1.5V reference voltage [VREF15].

151 I

159 O Servo data PLL phase detector filter pin number 1 [PDOFTR1].

160 O

161 I Servo data PLL input node of loop filter OP circuit [FTROPI].

163 I Servo data PLL loop filter pin number 1 [PLLFTR1].

164 I Servo data PLL loop filter pin number 2 [PLLFTR2].

165 O Servo data PLL reference voltage output [VREF0].

Servo data PLL interface reference current generator. Connect a resis­tor between this pin and ground to set reference current [IREF]

Servo data PLL output node of frequency detector charge pump
[FDO].

78

HT-CN150DVW

Name Pin Numbers I/O Definition

Servo Control and Data
Interface

Servo DVD-RAM
Interface

System Memory
Interface

Video DAC Interface

133:136 O To monitor servo status [FLAG(3:0)].

177 I Spindle hall Sensor input [FGIN].

178 I Sledge photo interrupt signal input [PHOI].

179 O Chip selection signal to RF chip (serial data enable) [SCSJ].

180 I/O Data signal from/to RF chip [SDATA].

181 O Serial clock source to RF chip [SCLK].

182 I Defect flag input signal [DFCT].

183 O Laser diode on/off control output [LDC].

184 O Spindle power driver on/off control output [SPDON].

187:192 I/O

128 O DVD-RAM wobble detector circuit clock source to preamp [WBLCLK].

129 O DVD-RAM wobble output [WBL].

130 O DVD-RAM land/groove flag [LG].

131 I DVD-RAM header position index 2 [IP2}.

132 I DVD-RAM header position index 1 [IP1].

5:8, 11:17, 20 O DRAM address bus [DMA(11:0)].

21 O Memory column address strobe output [DCAS#].

22,23 O DRAM chip select outputs [DCS(1:0)#].

24,25,28 O Memory row address strobe output [DRAS(2:0)#].

29 O Memory output enable [DOE#].
30 O Memory write enable output [DWE#].

31:33, 36:42, 45:50 I/O Memory data bus [DB(15:0)].

51 O Output clock to DRAM [DSCK].
54 O Memory data I/O mask output [DQM].

109 O CVBS/chroma signal [FDAC] for simultaneous mode.

110 O Composite component signal [VDAC] for YUV mode.
113 O Luma component signal [YDAC] for YUV mode and Y/C processing.
114 O Chrominance component signal [CDAC] for Y/C processing.
115 O Chrominance component signal [UDAC] for YUV mode.

General-purpose input/output used for servo control [GPIO(9:4)]; (5V
tolerant input.)

79

IC201, ESS VIBRATTO-ll DVD Processor (ES6629)

System Block Diagram:

A sample system block diagram for the ES6629 Vibratto-ll DVD player board design is shown in Figure 2.

DVD/CD

Motor

OPU

Motor Driver

HT-CN150DVW

ES6603
RF AMP

8/16-MB
DRAM

EEPROM

ROM/Flash

ES6629
Vibratto-ll

FIGURE 2 ES6629 VIBRATTO-II SYSTEM BLOCK DIAGRAM

Video

Audio DAC

Audio ADC

S/PDIF

VFD Driver

TV DISPLAY

Speakers

Microphone In

A/V Receiver

VFD Panel

IR Remote

IC351, 24bit 192KHz 6-Channel Codec with Volume Control (WM8772)

Pin Configuration:

MODE

MCLK

BCLK

LRC

DVDD

DGND

DIN1
DIN2
DIN3

DOUT

ML/12S

MC/IWL

MD/DM

MUTE

1
2
3

4
5
6
7
8
9
10
11
12
13
14

28
27
26

25
24
23
22
21
20
19
18
17
16
15

AVDD
AGND
VOUT3R

VOUT3L
VOUT2R
VOUT2L
VOUT1R
VOUT1L
AINL
AINR
VMID
VREFP
VREFN
REFADC

80

HT-CN150DVW

IC351, 24bit 192KHz 6-Channel Codec with Volume Control (WM8772)

Pin Description:

Pin Name Type Description

1 MODE Digital input Control format selection

0=Solfware control
1=Hardware control

2 MCLK Digital Input Master clock; 256,384, 512 or 768ls (fs=word clock frequency)
3 BCLK Digital input/output Audio interface bit clock
4 LRC Digital input/output Audio left/right word clock
5 DVDD Supply Digital positive supply
6 DGND Supply Digital negative supply
7 DIN1 Digital input DAC channel 1 data input
8 DIN2 Digital input DAC channel 2 data input

9 DIN3 Digital input DAC channel 3 data input
10 DOUT Digital output ADC data output
11 ML/12S Digital input Solfware Mode: Serial interface Latch signal

Hardware Mode: Input Audio Data Format

12 MC/IWL Digital input Solfware Mode: Serial control interface clock

Hardware Mode:Audio data input word length

13 MD/DM Digital input Solfware Mode: Serial interface data

Hardware Mode: De-emphasis selection
14 MUTE Digital input/output DAC Zero Flag output or DAC mute input
15 REFADC Analogue output ADC reference butter decoupling pin; 10uF external decoupling
16 VREFN Supply ADC and DAC negative supply and substrate connection
17 VREFP Supply DAC positive reference supply
18 VMID Analogue output Midrail divider decoupling pin; 10uF external decoupling
19 AINR Analogue input ADC right input
20 AINL Analogue input ADC left input
21 VOUT1L Analogue output DAC channel 1 left output
22 VOUT1R Analogue output DAC channel 1 right output
23 VOUT2L Analogue output DAC channel 2 left output
24 VOUT2R Analogue output DAC channel 2 right output
25 VOUT3L Analogue output DAC channel 3 left output
26 VOUT3R Analogue output DAC channel 3 right output
27 AGND Supply Analogue negative supply and substrate connection
28 AVDD Supply Analogue positive supply

Note: Digital input pins have Schmitt trigger input buffers.

81

IC351, 24bit 192KHz 6-Channel Codec with Volume Control (WM8772)

Block Diagram:

AVDD

VMID

VREFN

VREFP

REFADC

BCLK

DOUT

LRC

DIN2

DIN1

DIN3

MCLK

VREFN VREFP

AGND

HT-CN150DVW

AINL

AINR

VREFN

STEREO

ADC

DVDD

AUDIO

INTERFACE

DIGITAL

FILTERS

CONTROL INTERFACE

DGND

MUTE

MODE

&

ML/12S

MD/DM

MC/IWL

STEREO

DAC

STEREO

DAC

STEREO

DAC

WM8772EDS

W

LOW

PASS

FILTER

LOW

PASS

FILTER

LOW

PASS

FILTER

VOUT1L
VOUT1R

VOUT2L
VOUT2R

VOUT3L
VOUT3R

82

HT-CN150DVW

MBL462

HW

PROT

BOOT1

V

DDP1

V

SSP1

OUT1

BOOT2

V

SSP2

OUT2

V

SSD

V

DDP2

STABI

MODE

V

SSA1

V

DDA1

SGND1

IN1+

IN1-

V

DDA2

IN2+

IN2-

V

SSA2

SGND2

OSC

TDA8920TH

1

2

3

4

5

6

7

8

9

10

11

12

24

23

22

21

20

19

18

17

16

15

14

13

FIGURE 2 PIN CONFIGURATION

(1) Pin 19 should be connected to pin 24 in the application.

TDA8921TH

Pin Configuration:

IC501/IC502/IC503 2X50 W class-D power amplifier (TDA8921)

Pin Description:

Symbol Pin Description

V

SSA2

SGND2 2 signal ground channel 2

V

DDA2

IN2- 4 negative audio input for channel 2

IN2+ 5 positive audio input for channel 2

MODE 6 mode select input (standby/mute/operating)

OSC 7 oscillator frequency adjustment or tracking input
IN1+ 8 positive audio input for channel 1

IN1- 9 negative audio input for channel 1

V

DDA1

SGND1 11 signal ground for channel 1

V

SSA1

PROT 13 time constant capacitor for protection delay
V

DDP1

BOOT1 15 bootstrap capacitor for channel 1

OUT1 16 PWM output from channel 1
V

SSP1

STABI 18 decoupling internal stabilizer for logic supply

HW 19 handle wafer; must be connected to pin 24

V

SSP2

OUT2 21 PWM output from channel 2

BOOT2 22 bootstrap capacitor for channel 2

V

DDP2

V

SSD

1

negative analog supply voltage for channel 2

3

positive analog supply voltage for channel 2

10 positive analog supply voltage for channel 1

12 negative analog supply voltage for channel 1

14 positive power supply for channel 1

17 negative power supply voltage for channel 1

20 negative power supply voltage for channel 2

23 positive power supply voltage for channel 2
24 negative digital supply voltage

83

IC501/IC502/IC503 2X50 W class-D power amplifier (TDA8921)

Block Diagram:

HT-CN150DVW

DDP1

V

DDP2

V

PROTSTABI

15

231318 14

BOOT1

DRIVER

RELEASE1

OUT1

16

HIGH

AND

CONTROL

HANDSHAKE

SWITCH1

ENABLE1

PWM

MODULATOR

LOW

DRIVER

STABI

SSP1

V

TDA8921TH

TDA8920TH

TEMPERATURE SENSOR

MANAGER

BOOT2

22

DDP2

V

CURRENT PROTECTION

OUT2

21

HIGH

DRIVER

AND

CONTROL

SWITCH2

ENABLE2

2017

LOW

DRIVER

HANDSHAKE

1924

RELEASE2

PWM

MODULATOR

MBL461

SSP2

V

SSP1

V

HW

SSD

V

DDA1

V

DDA2

V

handbook, full pagewidth

STAGE

4

IN2-

12

SSA1

V

1

SSA2

V

10

STAGE

8

IN1+

mute

11

SGND1

3

INPUT

9

IN1-

7

OSC

OSCILLATOR

MODE

2

6

MODE

SGND2

mute

INPUT

5

IN2+

FIGURE 1 BLOCK DIAGRAM

84

HT-CN150DVW

IC405, 6 Channel Volume Tone Control IC (M62446FP)

PIN CONFIGURATION AND IC INTERNAL BLOCK DIAGRAM:

OUT4

OUT3

OUT2

OUT1

AVDD

SWin

GNDS

SRin

SLin

GNDC

Cin

GNDR

Rin

GNDL

BYPASSR

BYPASSL

LTR E

LBASS3

LBASS2

LBASS1

Lin

10

11

12

13

14

15

16

17

18

19

20

21

1

2

3

4

5

6

7

8

9

OUT­PUT
PORT

tone tone

Volume

Volume

Volume

Volume

Volume

Volume

MCU

I/F

42

41

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

DVDD

CLK

DATA

LATCH

DGND

AGND

SW out

SRout

SLout

Cout

Rout

Lout

AVS S

CL1

CL2

CR1

CR2

RTRE

RBASS3

RBASS2

RBASS1

SYSTEM BLOCK DIAGRAM

Cin
SW in
SL in
SR in

BYPASS1
BYPASS2

Lin
Rin

interface

LATCH DATA CLK

µ-com

Volume

tone

85

Volume

Cout

SWout

SLout

SRout

Lout

Rout

IC203, 4 Banks x IM x 16 Bit Synchronous DRAM (HY57V641620G)

Pin Configuration:

HT-CN150DVW

VDD
DQO

VDDQ

DQ1
DQ2

VSSQ

DQ3
DQ4

VDDQ

DQ5
DQ6

VSSQ

DQ7
VDD

LDQM

/WE
/CAS
/RAS

/CS
BA0
BA1

A10/AP

VDD

1
2
3
4
5
6
7
8
9
10
11
12

54pin TSOP II

13

400ml x 875ml

14

0.8mm pin pitch

15
16
17
18
19
20
21
22
23

A0

24

A1

25

A2

26

A3

27

54

VSS

53

DQ15

52

VSSQ

51

DQ14

50

DQ13

49

VDDQ

48

DQ12

47

DQ11
VSSQ

46

DQ10

45

DQ9

44

VDDQ

43

DQ8

42

VSS

41

NC

40

UDQM

39

CLK

38

CKE

37

NC

36

A11

35

A9

34

A8

33

A7

32

A6

31

A5

30

A4

29

VSS

28

Pin Description:

Pin Pin Name Description

CLK Clock The system clock input. All other inputs are registered to the SDRAM on the rising edge of CLK.

CKE Clock Enable

CS

Chip Select Enables or disables all inputs except CLK, CKE and DQM

BA0, BA1 Bank Address

A0 ~ A11 Address

RAS

, CAS, WE

Row Address Strobe, Column

Address, Strobe, Write Enable
LDQM, UDQM Data Input/Output Mask Controls output buffers in read mode and masks input data in write mode
DQ0 ~ DQ15 Data Input/Output Multiplexed data input/output pin
VDD/VSS Power Supply/Ground Power supply for internal circuits and input buffers
VDDQ/VSSQ Data Output Power/Ground Power supply for output buffers
NC No Connection No connection

Controls internal clock signal and when deactivated, the SDRAM will be one of the states
among power down, suspend or self refresh.

Selects bank to be activated during RAS
Selects bank to be read/written during CAS

activity.

activity.

Row Address: RA0 ~ RA11, Column Address: CA0 ~ CA7
Auto-pre-charge flag: A10

RAS, CAS and WE define the operation
Refer function truth table for details

86

HT-CN150DVW

IC203, 4 Banks x IM x 16 Bit Synchronous DRAM (HY57V641620G)

Functional Block Diagram:

Self refresh logic

CLK

CKE

CS

RAS

CAS

WE

UDQM

LDQM

& timer

State Machine

Row active

refresh

Column
Active

Internal Row

counter

Row

Pre

Decoders

Column

Pre

Decoders

1Mx16 Bank 3

X decoders

X decoders

X decoders

1Mx16 Bank 2

1Mx16 Bank 1

1Mx16 Bank 0

X decoders

Y decoders

Memory

Cell

Array

Sense AMP & I/O Gate

I/O Buffer & Logic

DQ0
DQ1

DQ14
DQ15

A0
A1

A11
BA0
BA1

Bank Select

Address buffers

Address
Registers

Mode Registers

Column Add

Counter

Burst

Counter

CAS Latency

Data Out Control

Pipe Line Control

87

IC001, Self Tuned Radio (STR) (TEA5762)

Block Diagram:

PILFIL

MO/ST

LFI

VCO

9

PILOT

DETECTOR

FM

DETECTOR

FM

IF2

24

12

19kHz

PLL

38kHz

AM/FM

DETECTOR

DECODER

FMDEM

IFGND

16

FSI

18 21

AFLO

14

STEREO

MATRIX

IN-LOCK

DETECTOR

up

level

down

AFRO

15

mono

stereo

MUTE

13

MUTE

SDS

PUMP

CHARGE

level

hard mute

TEA5762

AFC

(p)

(n)

AFC

AFC

192032

AFC

V/I

AM

CONVERTER

DETECTOR

HT-CN150DVW

3

RFGND

11

MPXI

RFGND

10

TUNE

P0
P1 AFO

CC2

V

22
8

30

314436

DATA

BUS-

CLOCK

WRITE

ENABLE

FM-IFI2FM-IFO1

FM-IFI1

27 17

28

35 33 29

37

FM

IF1

TUNER

SWITCH

39

FM-ON/OFF

34

7

38

STAB(A)VSTAB(B)

V

STATUS

REGISTER

SHIFT REGISTER

STABILIZER

23

DDD

CC1

V

V

1

RIPPLE

MEMORY

LAST-STATION

PRESCALER

4

5

COUNTI

CIRCUIT

SEQUENTIAL

FM

AM

COUNTER

PROGRAMMABLE

MULTIPLEXER

25

CGND

WINDOW

DETECTOR

CRYSTAL

OSCILLATOR

26

XTAL

DGND

AGC

AM

AM

MIXER

AM

OSCILLATOR

AM

FRONT

2

AM-RFI

IF

END

41
406

AGC

AM-IFI/02

AM-IFI1

AM-MIXER

AMOSC

88

HT-CN150DVW

IC001, Self Tuned Radio (STR) (TEA5762)

Pin Description:

Symbol Pin Description

RIPPLE 1 ripple capacitor input
AM-RFI 2 AMRF input
RFGND 3 RF ground and substrate
CGND 4 counter ground
COUNTI 5 counter input
AMOSC 6 parallel tuned AM-oscillator circuit to ground
Vcc1 7 supply voltage
TUNE 8 tuning output current
VCO 9 voltage controlled oscillator input
AFO 10 AM/FM AF output (output impedance typical 5 kΩ)
MPXI 11 stereo decoder input (input impedance typical 150 kΩ)
LFI 12 loop filter input
MUTE 13 mute input
AFLO 14 left channel output (output impedance typical 4.3 kΩ)
AFRO 15 right channel output (output impedance typical 4.3 kΩ)
PILFIL 16 pilot detector filter input
IFGND 17 ground of IF, detector and MPX stage
FMDEM 18 ceramic discriminator input
AFC(n) 19 AFC negative output
AFC(p) 20 AFC positive output
FSI 21 field strength indicator
V

CC2

V

DDD

MO/ST 24 mono/stereo and tuning indication output
XTAL 25 crystal input
DGND 26 digital ground
BUS-CLOCK 27 bus-clock input
DATA 28 bus data input/output
WRITE-ENABLE 29 bus write-enable input
P0 30 programmable output port (P0)
P1 31 programmable output port (P1)
AFC 32 450 kHz LC-input circuit for AM AFC
FM-IFI2 33 FMIF input 2 (input impedance typical 330Ω)
V

STAB(B)

FM-IFO1 35 FMIF output 1 (input impedance typical 330Ω)
AM-IFI/O2 36 input/output to IFT;output; current source
FM-IFI1 37 FMIF input 1 (input impedance typical 330Ω)
V

STAB(A)

FM-ON/OFF 39 FM ON/OFF port
AM-MIXER 40 open-collector output to IFT
AM-IFI1 41 IFT or ceramic filter input (input impedance typical 3 kΩ)
RFGND 42 FMRF ground
n.c. 43 not connected
AGC 44 AGC capacitor input

22 supply voltage for tuning
23 digital supply voltage

34 internal stabilized supply voltage (B)

38 internal stabilized supply voltage (A)

89

IC001, Self Tuned Radio (STR) (TEA5762)

Pin Configuration:

HT-CN150DVW

RIPPLE

AM-RFI

RFGND

CGND

COUNTI

AMOSC

V

CC1

TUNE

VCO

AFO

MPXI

10

11

n.c.

RFGND

AM-IFI1

AGC
44

43

42

1

2

3

4

5

6

7

8

9

12

13

14

LFI

AFLO

MUTE

AM-MIXER

41

40

TEA5762H

15

16

AFRO

PILFIL

STAB(A)

FM-ON/OFF

39

17

IFGND

FM-IFI1

V

38

37

19

18

(n)

AFC

FMDEM

AM-IFI/02

36

20

(p)

AFC

STAB(B)

FM-IFO1

V

35

34

21

22

FSI

CC2

V

33

FM-IFI2

32

AFC

31

1

P

P

0

30

WRITE-ENABLE

29

28

DATA

BUS-CLOCK

27

26

DGND

25

XTAL

MO/ST

24

V

23

DDD

MBE 820

90

HT-CN150DVW

IC209, 800mA LOW DROPOUT POSITIVE FIXED 1.8V REGULATOR (IRU1117-18)

Pin Configuration:

Vin

3

IRU1117-18

Vout

2

Gnd

1

Pin Descriptions:

Pin# Pin Symbol Pin Description

1 GND Ground pin. This pin must be connected to ground plane using a low inductance short connection.
2 Vout The output of the regulator. This pin is also connected to the tab of the package. An output capacitor

must be connected to this pin to insure stability of the regulator.

3 Vin Input pin of the regulator. Typically a large storage capacitor is connected from this pin to ground to

insure that the input voltage does not sag below the minimum dropout voltage during the load transient
response. This pin must always be 1.3V higher than Vout in order for the device to regulate properly.

Block Diagram:

Vin

3

CURRENT

THERMAL

SHUTDOWN

LIMIT

2

Vout

+

1.25V

1117-18blk1-1.0

+

1

Gnd

91

IC209, 800mA LOW DROPOUT POSITIVE FIXED 1.8V REGULATOR (IRU1117-33)

Pin Configuration:

Vin

3

Vin

3

IRU1117-18

IRU1117-33

Vout

2

Vout

2

Gnd

1

Gnd

1

Pin Descriptions:

Pin# Pin Symbol Pin Description

1 GND Ground pin. This pin must be connected to ground plane using a low inductance short connection.

2 Vout

3Vin

The output of the regulator. This pin is also connected to the tab of the package. An output capacitor
must be connected to this pin to insure stability of the regulator.

Input pin of the regulator. Typically a large storage capacitor is connected from this pin to ground to
insure that the input voltage does not sag below the minimum dropout voltage during the load transient
response. This pin must always be 1.3V higher than Vout in order for the device to regulate properly.

HT-CN150DVW

Block Diagram:

Vin

3

CURRENT

THERMAL

SHUTDOWN

LIMIT

2

Vout

+

1.25V

1117-33blk1-1.0

+

1

Gnd

92

HT-CN150DVW

IC202, 8m-BIT HIGH SPEED FLASH memory (mx 26LV800T/B)

Pin Configuration:

48 TSOP (Standard Type) (12mm X 20mm)

A15
A14

A13
A12

A11

A10

A9
A8

NC
NC

WE#

RESET#

NC
NC

RY/BY#

A13
A17

A7
A6

A5
A4

A3
A2

A1

1
2
3
4
5
6
7
8

9
10

11
12
13
14
15
16
17
18
19
20

21
22

23
24

MX26LV800T/B

A16
BYTE#

GND
Q15/A-1

Q7
Q14

Q6
Q13

Q5
Q12
Q4
VCC

Q11
Q3

Q10
Q2

Q9
Q1

Q8
Q0
QE#
GND

CE#
A0

Pin Descriptions:

SYMBOL PIN NAME

A0-A18 Address Input

Q0-Q14 Data Input/Output

Q15/A-1 Q15(Word mode)/LSB add(Byte mode)

CE# Chip Enable Input

WE# Write Enable Input

BYTE# Word/Byte Selection input

RESET# Hardware Reset Pin

OE# Output Enable Input

RY/BY# Ready/Busy Output

VCC Power Supply Pin (3.0V-3.6V)

GND Ground Pin

93

IC202, 8m-BIT HIGH SPEED FLASH MEMORY

Block Diagram:

HT-CN150DVW

CE#

OE#

WE#

RESET#

A0-A18

CONTROL
INPUT
LOGIC

ADDRESS

LATCH

AND

BUFFER

PROGRAM/ERASE
HIGH VOLTAGE

X-DECODER

MX26LV800T/B

FLASH
ARRAY

Y-DECODER

Y-PASS
GATE

SENSE

AMPLIFIER

PGM
DATA

HV

PROGRAM

DATA LATCH

ARRAY

SOURCE

HV

WRITE
STATE

MACHINE

(WSM)

STATE

REGISTER

COMMAND

DATA

DECODER

COMMAND

DATA LATCH

Q0-Q15/A-1

I/O BUFFER

94

HT-CN150DVW

IC206/IC207 Octal D-TYPE Flip-Flop with 3-STATE Outputs (74F374)

Pin Configuration:

Logic Symbols Connection Diagram

D

D1D2D3D4D5D6D

0

CP

OE

O0O1O2O3O4O5O6O

OE

CP

D

D

D

D

D

D

D

D

EN

C1

1D

0

1

2

3

4

5

6

7

OE

7

7

GND

O

0

O

1

O

2

O

3

O

4

O

5

O

6

O

7

1

O

2

0

D

3

0

D

4

1

O

5

1

O

6

2

D

7

2

D

8

3

O

9

3

10

20

19

18

17

16

15

14

13

12
11

V

O

D

D

O

O

D

D

O
CP

CC

7

7

6

6

5

5

D

4

95

IC206/IC207 Octal D-TYPE Flip-Flop with 3-STATE Outputs (74F374)

Pin Description:

HT-CN150DVW

Truth Table:

Pin Names

D0–D

7

Description

Data Inputs 1.0/1.0 20µA/-0.6 mA

U.L.

HIGH/LOW

CP Clock Pulse Input (Active Rising Edge) 1.0/1.0 20

OE

O

0–O7

3-STATE Output Enable Input (Active LOW) 1.0/1.0 20µA/-0.6 mA

3-STATE Outputs 150/40 (33.3) -3 mA/24 mA (20 mA)

Inputs Internal Output

D

n

CP OE Register

O

n

HLHH

LLLL

XXH X Z

H=ı

HIGH Voltage Level

L ı LOW Voltage Level

=ı

X ı Immaterial

=ı

Z ı High Impedance

=ı

ı LOW-to-HIGH Clock Transition

=ı

Input I

Output I

µ

A/-0.6 mA

IH/IIL

OH/IOL

Logic Diagram:

CP D

O

1

D

1

QQ

D

0

CP

CP

D

QQ

OE

O

0

Please note that this diagram is provided only for the understanding of logic operations and should not be used to estimate
propagation delays.

CP D

O

2

D

2

QQ

CP D

O

3

D

3

QQ

CP D

O

4

D

4

QQ

CP D

O

5

D

5

QQ

CP D

O

6

D

6

QQ

CP D

O

7

D

7

QQ

96

HT-CN150DVW

IC205, SERIAL 2K (256x8) EEPROM (SSC24A02/m24(02)

Pin Configuration:

EO

E1
E2 SCL

V

SS

2
3
4

8
7
6
5

V

CC1

MODE/WC

SDA

Signal Names:

E0-E2 Chip Enable Inputs

SDA Serial Data Address Input/Output

SCL Serial Clock

MODE

WC

V

CC

V

SS

Multibyte/Page Write Mode
(C version)

Write Control (W version)

Supply Voltage

Ground

V

CC

3

E0-E2 SDA

m24C02

SCL

SSC24A02

MODE/WC*

V

SS

FIGURE 1 LOGIC DIAGRAM

97

IC201A, 8-BIT OTP microcontroller (HT48R05A-1)

Block Diagram:

Interrupt

Circuit

STACK0

Program

ROM

Program

Counter

STACK1

INTC

TMR

TMRC

HT-CN150DVW



M
U



X



Prescaler

TMR/PC1

FSYS

Instruction

Register

Instruction

Decoder

Timing

Generator

OSC2

ı

MP

ALU

Shifter

OSC1 ACC

RES
VDD
VSS

MUX



M



U

X



DATA

Memory

STATUS

Option
PROM

PC0

WDTS

WDT Prescaler

PCC

PBC

PAC P ORT A

PORT C

PC

BZ/BZ

PORT B

PB

PA

SYS CLK/4

WDT

PC0 - PC1

PB0 - PB2

PA0 - PA7

PC1

M

U
X

RC OSC

Pin Configuration:

PA3
PA2
PA1
PA0

PB2
PB1/BZ
PB0/BZ

VSS

PCO/INT

1
2
3
4
5
6
7

8
9

HT48R05A-1

18 DIP/SOP

18
17
16
15
14
13
12

11
10

98

PA4
PA5
PA6
PA7
OSC2
OSC1
VDD

RES
PC1/TMR

HT-CN150DVW

IC201A, 8-BIT OTP microcontroller (HT48R05A-1)

Pin Description:

Pin No Pin Name I/O

4~1,

18~15

7
6
5

8 VSS - - Negative power supply, ground.

9

10

11 RES

12 VDD - - Positive power supply
13

14

PA0~PA7 I/O

PB0/BZ
PB1/BZ

PB2

PC0/INT

PC1/TMR

OSC1
OSC1

ROM Code

Option

Pull-high*

Wake-up

I/O

I/O Pull-high*

O

Pull-high*

I/O or

BZ/BZ

I - Schmitt trigger reset input. Active low

I

Crystal or RC

Bidirectional 8-bit input/output port. Each bit can be configured as wake-up input by ROM
code option.Software instructions determine the CMOS output or schmitt trigger input with
a pull-high resistor (determined by pull-high options)

Bidirectional 3-bit input/output port. Software instructions determine the CMOS output or
schmitt trigger input with a pull-high resistor (determined by pull-high options).
The PB0 and PB1 are pin-shared with the BZ and BZ,
PB1 are selected as buzzer driving outputs, the output signals come from an internal PFD
generator (shared with timer/event counter)

Bidirectional I/O lines. Software instructions (determine the CMOS output or SCHMITT
trigger input with a pull-high options). The external interrupt and timer input are pin-shared
with the PC0 and PC1, respectively. The external interrupt input is activated on a high to
low transition.

OSC1, OSC2 are connected to an RC network or Crystal(determined by ROM code
option) for the internal system clock. In the case of RC operation, OSC2 is the output ter­minal for 1/4 system clock.

Description

respectively. Once the PB0 and

99

LEAD IDENTIFICATION

HT-CN150DVW

D

}

5

}

S

4

3

Emitter

Q1, 800V N-Channel MOSFET (FQA8N80)

OUTPUT

GROUND

INPUT

}

G

Anode Collector

Cathode

1

2

IC9550, Voltage Regulator (L7912) IC2, Photo Coupler (SFH617A)

A1

A2

A2

K

A1

CR121, Ultra Fast Recovery Rectifier Diode ( STPR1020CT)

A1

A2

A1

A2

K

CR681, High Voltage Power Schottky Rectifier (STPS20H100CT)

K

K

100