Sony HCD-X10 Service Manual

HCD-X10

SERVICE MANUAL

Ver. 1.0 2007.06

• HCD-X10 is the amplifier, super audio CD/DVD
system, tuner and video section in DAV-X10.

This product incorporates copyright protection
technology that is protected by U.S. patents and
other intellectual property rights. Use of this
copyright protection technology must be
authorized by Macrovision, and is intended for
home and other limited viewing uses only
unless otherwise authorized by Macrovision.
Reverse engineering or disassembly is
prohibited.

This system incorporates with Dolby* Digital
and Dolby Pro Logic (II) adaptive matrix
surround decoder and the DTS** Digital
Surround System.

This system perfectly decodes 5.1 channel
signal, but you cannot add other commercially
available surround speakers.

* Manufactured under license from Dolby

Laboratories.
“Dolby”, “Pro Logic”, and the double-D
symbol are trademarks of Dolby
Laboratories.

** Manufactured under license from DTS, Inc.

“DTS” and “DTS Digital Surround” are
registered trademarks of DTS, Inc.

Amplifier section (US and Canadian models)

POWER OUTPUT AND TOTAL HARMONIC DISTORTION
(FTC Output Power)
for the US model

Front/Front surround: With 4 ohms loads, both channels

Subwoofer: With 4 ohms loads, both channels

Power output(rated)
for the Canadian model

Front/Front surround*: 70 W + 70 W

Subwoofer: 70 W + 70 W

RMS output power (reference)

Front/Front surround*: 80 W + 80 W

Subwoofer: 80 W + 80 W

*Depending on the sound field settings and the source, there

may be no sound output.

Inputs (Analog)
TV, SAT/CABLE, VIDEO

Impedance: 50 kilohms
Inputs (Digital/COAXIAL)
SAT/CABLE , VIDEO

Model Name Using Similar Mechanism HCD-X1
DVD Mechanism Type CDM85-DVBU102
Optical Pick-Up Block Name KHM-310CAA or KHM-313CAA

driven, from 150 - 20,000 Hz;
rated 38 watts per channel
minimum
RMS power, with no more than 0.7
% total harmonic distortion from
250 milli watts to rated output.

driven, from 25 - 150 Hz; rated 38
watts per channel minimum RMS
power, with no more than 0.7 %
total harmonic distortion from 250
milli watts to rated output.

(at 4 ohms, 1 kHz, 1 % THD)

(at 4 ohms, 100 Hz, 1 % THD)

(at 4 ohms, 1 kHz, 10 % THD)

(at 4 ohms, 100 Hz, 10 % THD)

Sensitivity: 450 mV (ATT ON),
250 mV (ATT OFF)

Impedance: 75 ohms

SPECIFICATIONS

Amplifier section (AEP and UK models)

Power output (rated)

Front/Front surround*: 70 W + 70 W

Subwoofer: 70 W + 70 W

RMS output power (reference)

Front/Front surround*: 80 W + 80 W

Subwoofer: 80 W + 80 W

*Depending on the sound field settings and the source, there

may be no sound output.

Inputs (Analog)
TV (EURO AV SCART), SAT/CABLE

Inputs (Digital/COAXIAL)
SAT/CABLE Impedance: 75 ohms

Video section (US and Canadian models)

Outputs VIDEO: 1 Vp-p 75 ohms

Inputs VIDEO: 1 Vp-p 75 ohms

Video section (AEP and UK models)

Outputs VIDEO: 1 Vp-p 75 ohms

US Model

Canadian Model

AEP Model

UK Model

(at 4 ohms, 1 kHz, 1 % THD)

(at 4 ohms, 100 Hz, 1 % THD)

(at 4 ohms, 1 kHz, 10 % THD)

(at 4 ohms, 100 Hz, 10 % THD)

Sensitivity: 450 mV (ATT ON),
250 mV (ATT OFF)
Impedance: 50 kilohms

S VIDEO:
Y: 1 Vp-p 75 ohms
C: 0.286 Vp-p 75 ohms
COMPONENT:
Y: 1 Vp-p 75 ohms
PB/CB, PR/CR: 0.7 Vp-p
75 ohms
HDMI OUT: Type A (19 pin)

RGB: 0.7 Vp-p 75 ohms
COMPONENT:
Y: 1 Vp-p 75 ohms
PB/CB, PR/CR: 0.7 Vp-p

– Continued on next page –

9-887-725-01

2007F05-1
© 2007.06

SUPER AUDIO CD/DVD RECEIVER

Sony Corporation

Home Audio Division
Published by Sony Techno Create Corporation

HCD-X10

r

75 ohms

Inputs VIDEO: 1 Vp-p 75 ohms

Super Audio CD/DVD system

Laser Semiconductor laser

Signal format system US and Canadian models: NTSC

Tuner section

System PLL quartz-locked digital

FM tuner section
Tuning range 87.5 – 108.0 MHz
Antenna (aerial) FM wire antenna (aerial)
Antenna (aerial) terminal 75 ohms, unbalanced
Intermediate frequency 10.7 MHz
AM tuner section
Tuning range US and Canadian models:

Antenna (aerial) AM loop antenna (aerial)
Intermediate frequency 450 kHz

General (US and Canadian models)

Power requirements 120 V AC, 60 Hz
Power consumption On: 120 W

Output voltage/current

DIGITAL MEDIA PORT:

Dimensions (approx.) 381 × 79 × 327 mm (15 × 3 1/8 ×

Mass (approx.) 6.4 kg (14 lb 2 oz)

General (AEP and UK models)

Power requirements 230 V AC, 50/60 Hz
Power consumption On: 120 W

Output voltage/current

DIGITAL MEDIA PORT:

Dimensions (approx.) 381 × 79 × 327 mm (w/h/d)
Mass (approx.) 6.4 kg

Design and specifications are subject to change without notice.

HDMI OUT: Type A (19 pin)

(Super Audio CD/DVD: λ = 650
nm)
(CD: λ = 790 nm)
Emission duration:
continuous

AEP and UK models: PAL/NTSC

synthesizer system

530 – 1,710 kHz (with the interval
set at 10 kHz)
531 – 1,710 kHz (with the interval
set at 9 kHz)
AEP and UK models:
531 – 1,602 kHz

Standby: 0.3 W

DC 5 V/700 mA

12 7/8 inches) (w/h/d)

Standby: 0.3 W

DC 5 V/700 mA

Notes on chip component replacement

• Never reuse a disconnected chip component.

• Notice that the minus side of a tantalum capacitor may be

damaged by heat.

Flexible Circuit Board Repairing

• Keep the temperature of the soldering iron around 270 ˚C

during repairing.

• Do not touch the soldering iron on the same conductor of the

circuit board (within 3 times).

• Be careful not to apply force on the conductor when soldering

or unsoldering.

CAUTION

Use of controls or adjustments or performance of procedures
other than those specified herein may result in hazardous radiation
exposure.

This appliance is
classified as a CLASS 1
LASER product. This
marking is located on the
bottom exterior.

SAFETY CHECK-OUT

After correcting the original service problem, perform the following
safety check before releasing the set to the customer:
Check the antenna terminals, metal trim, “metallized” knobs, screws,
and all other exposed metal parts for AC leakage.
Check leakage as described below.

LEAKAGE TEST

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

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

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

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

SAFETY-RELATED COMPONENT WARNING!!

COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED LINE
WITH MARK 0 ON THE SCHEMATIC DIAGRAMS AND IN
THE PARTS LIST ARE CRITICAL TO SAFE OPERATION.
REPLACE THESE COMPONENTS WITH SONY P AR TS WHOSE
PART NUMBERS APPEAR AS SHOWN IN THIS MANU AL OR
IN SUPPLEMENTS PUBLISHED BY SONY.

ATTENTION AU COMPOSANT AYANT RAPPORT

À LA SÉCURITÉ!

LES COMPOSANTS IDENTIFIÉS P AR UNE MARQ UE 0 SUR
LES DIAGRAMMES SCHÉMATIQUES ET LA LISTE DES
PIÈCES SONT CRITIQUES POUR LA SÉCURITÉ DE
FONCTIONNEMENT. NE REMPLACER CES COM- POSANTS
QUE PAR DES PIÈCES SONY DONT LES NUMÉROS SONT
DONNÉS DANS CE MANUEL OU D ANS LES SUPPLÉMENTS
PUBLIÉS PAR SONY.

2

To Exposed Metal
Parts on Set

AC

0.15 µF

1.5 k

Ω

voltmete
(0.75 V)

Earth Ground

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

Self-diagnosis Function

(

When letters/numbers appear in the

display)

When the self-diagnosis function is activated to
prevent the system from malfunctioning, a 5­character service number (e.g., C 13 50) with a
combination of a letter and 4 digits appears on
the TV screen and the front panel display. In this
case, check the following table.

C:13:50

HCD-X10

First 3
character s of
the service
number

C 13 The disc is dirty.

C 31 The disc is not inserted correctly.

E XX
(xx is a number)

Cause and/or corrective action

,Clean the disc with a soft cloth.

,Restart the system, then re-insert

the disc correctly.

To prevent a malfunction, the
system has performed the self­diagnosis function.

,Contact your nearest Sony

dealer or local authorized Sony
service facility and giv e the 5­character service number.

Example: E 61 10

When displaying the version
number on the screen

When you turn on the system, the version
number [VER.X.XX] (X is a number) may
appear on the TV screen. Although this is not a
malfunction and for Sony service use only,
normal system operation will not be possible.
Turn off the system, and then turn on the sy stem
again to operate.

VER.X.XX

3

HCD-X10

TABLE OF CONTENTS

1. SERVICING NOTES ............................................... 5

2. GENERAL ................................................................... 9

3. DISASSEMBLY

3-1. Disassembly Flow ........................................................... 11

3-2. Panel (Bowl) Assy ........................................................... 11

3-3. Optical Pick-up Block

(KHM-310CAA or KHM-313CAA)............................... 12

3-4. Top Block ........................................................................ 13

3-5. Top Panel ......................................................................... 13

3-6. MAIN Board.................................................................... 14

3-7. D IN-001 Board, D IN-002 Board................................... 15

3-8. P-AMP Board .................................................................. 15

3-9. DVD Mechanism Deck (CDM85-DVBU102) ................ 16

3-10. Loading Assy ................................................................... 17

3-11. Belt .................................................................................. 17

4. TEST MODE.............................................................. 18

5. ELECTRICAL ADJUSTMENTS ......................... 23

6. DIAGRAMS

6-1. Block Diagram – DVD SERVO Section – ...................... 25

6-2. Block Diagram

– PANEL, HDMI, DMPORT Section – .......................... 26

6-3. Block Diagram – AUDIO INPUT Section – ................... 27

6-4. Block Diagram – DSP Section – ..................................... 28

6-5. Block Diagram – AMP Section – .................................... 29

6-6. Block Diagram – VIDEO Section – ................................ 30

6-7. Block Diagram – POWER SUPPLY Section –............... 31

6-8. Schematic Diagram – MAIN Section (1/11) –................ 33

6-9. Schematic Diagram – MAIN Section (2/11) –................ 34

6-10. Schematic Diagram – MAIN Section (3/11) – ................ 35

6-11. Schematic Diagram – MAIN Section (4/11) – ................ 36

6-12. Schematic Diagram – MAIN Section (5/11) – ................ 37

6-13. Schematic Diagram – MAIN Section (6/11) – ................ 38

6-14. Schematic Diagram – MAIN Section (7/11) – ................ 39

6-15. Schematic Diagram – MAIN Section (8/11) – ................ 40

6-16. Schematic Diagram – MAIN Section (9/11) – ................ 41

6-17. Schematic Diagram – MAIN Section (10/11) – .............. 42

6-18. Schematic Diagram – MAIN Section (11/11) – .............. 43

6-19. Printed Wiring Board

– MAIN Section (1/2) (TYPE-11) –................................ 44

6-20. Printed Wiring Boards

– MAIN Section (2/2) (TYPE-11) –................................ 45

6-21. Printed Wiring Board

– MAIN Section (1/2) (TYPE-12) –................................ 46

6-22. Printed Wiring Boards

– MAIN Section (2/2) (TYPE-12) –................................ 47

6-23. Printed Wiring Board – AV-001 Board

(Component Side) (US and Canadian models) – ............ 48

6-24. Printed Wiring Board – AV-001 Board

(Conductor Side) (US and Canadian models) – .............. 49

6-25. Schematic Diagram – AV-001 Board (1/2)

(US and Canadian models) –........................................... 50

6-26. Schematic Diagram – AV-001 Board (2/2)

(US and Canadian models) –........................................... 51

6-27. Printed Wiring Board – AV-002 Board

(Component Side) (AEP and UK models) – ................... 52

6-28. Printed Wiring Board – AV-002 Board

(Conductor Side) (AEP and UK models) – ..................... 53

6-29. Schematic Diagram – AV-002 Board (1/2)

(AEP and UK models) –.................................................. 54

6-30. Schematic Diagram – AV-002 Board (2/2)

(AEP and UK models) –.................................................. 55

6-31. Printed Wiring Board – MIC-002 Board

(AEP and UK models) –.................................................. 56

6-32. Schematic Diagram – MIC-002 Board

(AEP and UK models) –.................................................. 56

6-33. Printed Wiring Board – P-SW Board – ........................... 57

6-34. Schematic Diagram – P-SW Board – .............................. 57

6-35. Printed Wiring Board – D IN-001 Board

(US and Canadian models) –........................................... 58

6-36. Schematic Diagram – D IN-001 Board

(US and Canadian models) –........................................... 59

6-37. Printed Wiring Board – D IN-002 Board

(AEP and UK models) –.................................................. 60

6-38. Schematic Diagram – D IN-002 Board

(AEP and UK models) –.................................................. 61

6-39. Printed Wiring Board – DISPLAY Board – .................... 62

6-40. Schematic Diagram – DISPLAY Board – ....................... 63

6-41. Printed Wiring Board

– P-AMP Board (Component Side) –.............................. 64

6-42. Printed Wiring Board

– P-AMP Board (Conductor Side) – ............................... 65

6-43. Schematic Diagram – P-AMP Board (1/5) –................... 66

6-44. Schematic Diagram – P-AMP Board (2/5) –................... 67

6-45. Schematic Diagram – P-AMP Board (3/5) –................... 68

6-46. Schematic Diagram – P-AMP Board (4/5) –................... 69

6-47. Schematic Diagram – P-AMP Board (5/5) –................... 70

7. EXPLODED VIEWS

7-1. Panel (Bowl) Section ....................................................... 96

7-2. Top Panel Section ............................................................ 97

7-3. Main Section.................................................................... 98

7-4. Chassis Section................................................................ 99

7-5. DVD Mechanism Deck Section

(CDM85-DVBU102)...................................................... 100

8. ELECTRICAL PARTS LIST............................... 101

4

SECTION 1

ANTENNA

TV

DMPORT

SPEAKER

A.CAL

MIC

AM

VIDEO

OUT

75 COAXIAL

S VIDEO

MONITOR OUT

VIDEO IN

COMPONENT VIDEO OUT

VIDEOAUDIO

R

Y

21

PB/
C

B

PR/
C

R

L

SAT/CABLE IN

SAT/
CABLE

TV

VIDEO

VIDEO

DIGITAL IN

AUDIO

R

COAXIAL

COAXIALOPTICAL OPTICAL

IMPEDANCE USE 4

L

AUDIO

IN

RL

FM

PART No.

– Back Panel –

SERVICING NOTES

HCD-X10

NOTES ON HANDLING THE OPTICAL PICK-UP
BLOCK OR BASE UNIT

The laser diode in the optical pick-up block may suffer electrostatic
break-down because of the potential difference generated by the
charged electrostatic load, etc. on clothing and the human body.
During repair, pay attention to electrostatic break-down and also
use the procedure in the printed matter which is included in the
repair parts.
The flexible board is easily damaged and should be handled with
care.

NOTES ON LASER DIODE EMISSION CHECK

The laser beam on this model is concentrated so as to be focused on
the disc reflective surface by the objective lens in the optical pick­up block. Therefore, when checking the laser diode emission,
observe from more than 30 cm away from the objective lens.

UNLEADED SOLDER

Boards requiring use of unleaded solder are printed with the lead­free mark (LF) indicating the solder contains no lead.
(Caution: Some printed circuit boards may not come printed with

the lead free mark due to their particular size)

: LEAD FREE MARK

Unleaded solder has the following characteristics.

• Unleaded solder melts at a temperature about 40 °C higher

than ordinary solder.
Ordinary soldering irons can be used but the iron tip has to be
applied to the solder joint for a slightly longer time.
Soldering irons using a temperature regulator should be set to
about 350 °C.
Caution: The printed pattern (copper foil) may peel away if

the heated tip is applied for too long, so be careful!

• Strong viscosity

Unleaded solder is more viscou-s (sticky, less prone to flow)
than ordinary solder so use caution not to let solder bridges
occur such as on IC pins, etc.

• Usable with ordinary solder

It is best to use only unleaded solder but unleaded solder may
also be added to ordinary solder.

NOTE OF REPLACING THE EEPROM (IC1104 and
IC1703) ON THE MAIN BOARD

EEPROM (IC1104 and IC1703) on the MAIN board cannot
exchange with single. When EEPROM (IC1104 and IC1703) on
the MAIN board is damaged, exchange the entire mounted board.

MODEL IDENTIFICATION

MODEL PART No.

US and Canadian models 3-095-030-0[]
AEP and UK models 3-095-031-0[]

HOW TO IDENTIFY OPTICAL PICK-UP BLOCK

Optical Pick-up Block used for this set has it of two kinds.
Please change a part after distinguishing Optical Pick-up Block by
referring to figure below.

Procedure:

1) Remove the panel (bowl) assy.

2) Remove the cover (bottom).

Note: Refer to DISASSEMBLY 3-2, 3-3.

KHM-310CAA

or

KHM-313CAA

RELEASING THE TRAY LOCK

The disc tray lock function for the antitheft of an demonstration
disc in the store is equipped.

Releasing Procedure :

1. Press the I/1 button to turn on the system.

2. Press the [FUNCTION] button on the remote commander to
select “DVD”.

3. Touch the x and Z sensors and press the I/1 button on the
set simultaneously and hold down until “UNLOCKED” dis­played on the fluorescent indicator tube (around 5 seconds).

Note: When “LOCKED” is displayed, the tray lock is not released by turning

power on/off with the I/1 button.

RELEASING THE DEMO PLAY LOCK

Releasing Procedure :

1. Press the I/1 button to turn on the system.

2. Press the [FUNCTION] button on the remote commander to
select “DVD”.

3. Touch the x and N sensors on the set simultaneously and
hold down until “DEMO OFF” displayed on the fluorescent
indicator tube (around 5 seconds).

– bottom side –

5

HCD-X10

About This Manual

•The instructions in this manual describe the
controls on the remote. You can also use the
controls on the unit if they have the same or
similar names as those on the remote.

•“DVD” may be used as a general term for
DVD VIDEOs, DVD+RWs/DVD+Rs, and
DVD-RWs/DVD-Rs.

•The following symbols are used in this
manual.

Symbol Meaning

Functions available for DVD
VIDEOs, DVD-Rs/DVD-RWs in
video mode, and DVD+Rs/
DVD+RWs

Functions available for DVD-Rs/
DVD-RWs in VR (Video
Recording) mode

Functions available for VIDEO
CDs (including Super VCDs or CD­Rs/CD-RWs in VIDEO CD format
or Super VCD format)

Functions available for Super Audio
CDs

Functions available for music CDs
or CD-Rs/CD-RWs in music CD
format

Functions available for DATA C Ds
(CD-ROMs/CD-Rs/CD-RWs)
containing MP3
JPEG image files, and DivX
video files

Functions available for DATA
DVDs (DVD-ROMs/DVD-Rs/
DVD-RWs/DVD+Rs/DVD+RWs)
containing MP3
JPEG image files, and DivX
video files

1)

MP3 (MPEG1 Audio Layer 3) is a standard format

defined by ISO/MPEG which compresses audio data.

2)

DivX® is a video file compression technology,
developed by DivX, Inc.

3)

DivX, DivX Certified, and associated logos are
trademarks of DivX, Inc. and are used under license.

1)

audio tracks,

1)

audio tracks,

2)3)

2)3)

This System Can Play the
Following Discs

Format of
discs

DVD VIDEO

DVD-RW/
DVD-R

DVD+RW/
DVD+R

Super Audio
CD
(except for a
multi-channel
playback area)

VIDEO CD
(Ver. 1.1 and

2.0 discs)/
Audio CD

Disc logo

CD-RW/CD-R

data)

(audio
(MP3 files)
(JPEG files)

“DVD+RW,” “DVD-RW,” “DVD+R,”
“DVD VIDEO,” and the “CD” logos are trademarks.

Note about CDs/DVDs

The system can play CD-ROMs/CD-Rs/CD­RWs recorded in the following formats:

–audio CD format

–VIDEO CD format

–MP3 audio tracks, JPEG image files, and

DivX video files of format conforming t o ISO
9660 Level 1/Level 2, or its extended format,
Joliet

The system can play DVD-ROMs/DVD+RWs/
DVD-RWs/DVD+Rs/DVD-Rs recorded in the
following formats:

–MP3 audio tracks, JPEG image files and

DivX video files of format conforming to
UDF (Universal Disk Format)

Example of discs that the
system cannot play

The system cannot play the following discs:

•CD-ROMs recorded in PHOTO CD format

•Data part of CD-Extras

• DVD Audios

• DATA DVDs that do not contain MP3 audio
tracks, JPEG image files, or DivX video files

• DVD-RAMs

Also, the system cannot play the following
discs:

•A DVD VIDEO with a different region code

•A disc that has a non-standard shape (e.g.,
card, heart)

•A disc with paper or stickers on it

•A disc that has the adhesive of cellophane tape
or a sticker still left on it

Notes about CD-R/CD-RW/DVD-R/
DVD-RW/DVD+R/DVD+RW

In some cases, CD-R/CD-RW/DVD-R/DVD­RW/DVD+R/DVD+RW cannot be played on
this system due to the recording quality or
physical condition of the disc, or the
characteristics of the recording device and
authoring software.
The disc will not play if it has not been correctly
finalized. For more information, see the
operating instructions for the recording device.
Note that some playback functions may not
work with some DVD+Rs/DVD+RWs, even if
they have been correctly finalized. In this case,
view the disc by normal playback. Also some
DATA CDs/DATA DVDs created in Packet
Write format cannot be played.

Music discs encoded with
copyright protection
technologies

This product is designed to play back discs that
conform to the Compact Disc (CD) standard.
Recently, various music discs encoded with
copyright protection technologies are marketed
by some record companies. Please be aware that
among those discs, there are some that do not
conform to the CD standard and may not be
playable by this product.

Note on DualDiscs

A DualDisc is a two sided disc product which
mates DVD recorded material on one side with
digital audio material on the other side.
However, since the audio material side does not
conform to the Compact Disc (CD) standard,
playback on this product is not guaranteed.

About Multi Session CD

•This system can play Multi Session CDs when
an MP3 audio track is contained in the first
session. Any subsequent MP3 audio tracks
recorded in later sessions can also be played
back.

•This system can play Multi Session CDs when
a JPEG image file is contained in the first
session. Any subsequent JPEG image files
recorded in later sessions can also be played
back.

• If audio tracks and images in music CD format
or VIDEO CD format are recorded in the first
session, only the first session will be played
back.

Region code

Your system has a region code printed on the
rear of the unit and will only play DVDs labeled
with the same region code.

DVD VIDEOs labeled will also play on this

ALL

system.
If you try to play any other DVD VIDEO, the
message [Playback prohibited by area
limitations.] will appear on the TV screen.
Depending on the DVD VIDEO, no region code
indication may be given even though playing the
DVD VIDEO is prohibited by area restrictions.

Note on playback operations
of DVDs and VIDEO CDs

Some playback operations of DVDs and VIDEO
CDs may be intentionally set by software
producers. Since this system plays DVDs and
VIDEO CDs according to the disc contents the
software producers designed, some playback
features may not be available. Also, refer to the
instructions supplied with the DVDs or VIDEO
CDs.

Copyrights

This product incorporates copyright protection
technology that is protected by U.S. patents and
other intellectual property rights. Use of this
copyright protection technology must be
authorized by Macrovision, and is intended for
home and other limited viewing uses only unless
otherwise authorized by Macrovision. Reverse
engineering or disassembly is prohibited.

This system incorporates with Dolby* Digital
and Dolby Pro Logic (II) adaptive matrix
surround decoder and the DTS** Digital
Surround System.

6

HCD-X10

NOTE OF REPLA CING THE WIRE (FLAT TYPE) (11 CORE) (CN507 ON THE MAIN BOARD – CN801 ON
THE DISPLAY BOARD)

Two types exist in the MAIN board mounted in this set.
The WIRE (FLAT TYPE) (11 CORE) connected between the CN507 on the MAIN board and the CN801 on the DISPLA Y board is dif ferent
according to the type.
Replace it for the WIRE (FLAT TYPE) (11 CORE) that is sure to suit each type when you replace the WIRE (FLAT TYPE) (11 CORE).
The set is damaged when not replaced for correct the WIRE (FLAT TYPE) (11 CORE).

Note: The service parts of the MAIN board are only type-12.

When you replace the MAIN board of type-11, replace the WIRE (FLAT TYPE) (11 CORE) (CN507 on the MAIN board - CN801 on the display
board) at the same time for the one for type-12.

• Type-11/Type-12 discrimination

– MAIN Board (Component Side) –

11

CN507

1

Type-11 : 1-872-739-11
Type-12 : 1-872-739-12

• Combination

Type of MAIN board Part No. of WIRE (FLAT TYPE) (11 CORE) Remark

Type-11 1-833-128-11 WIRE (FLAT TYPE) (11 CORE) It folds according to the figure below and it uses it.
Type-12 1-828-319-11 WIRE (FLAT TYPE) (11 CORE) It uses it without folding.

For TYPE-11

30 mm

30 mm

8 mm

UL TYPE

82 mm

For TYPE-12

Position of WIRE (FLAT TYPE) (11 CORE)

MAIN board

CN507

WIRE (FLAT TYPE)
(11 CORE)

CN801

DISPLAY board

7

HCD-X10

Note: Follow the disassembly procedure in the numerical order given.

HOW TO OPEN THE TRAY WHEN POWER SWITCH TURNS OFF

– Bottom view –

flat head screw driver

1

2

3

Open the tray.

MAIN BOARD SERVICE POSITION

• In checking the MAIN board (TYPE-12), prepare the extension jig

(Part No. J-2501-242-A: 1.00 mm Pitch, 11 cores, Length 300 mm)

AV board

DISPLAY board

Connect jig (extension cable J-2501-242-A)
DISPLAY board (CN801) and MAIN board (CN507).

Note 1: The jig (extension cable J-2501-242-A) connected between

the CN507 on the MAIN board and the CN801
on the DISPLAY board can be used only by TYPE-12.
Never use this jig in TYPE-11.
When the jig (extension cable J-2501-242-A) is used
by TYPE-11, the set is damaged.

MAIN board

insulating sheet

CD mechanism deck

wire (flat type) (24 core)

Note 2: Do not remove the wire (flat type) (24 core) (CN1102).

If you remove the wire (flat type) (24 core) (CN1102),
solder the bridge of optical pick-up before removing.

8

Front panel

SECTION 2

GENERAL

5 6 7 98 q;

FUNCTION VOLUME

HCD-X10

This section is extracted from
instruction manual.

A "/1 (on/standby)
B Disc tray
C Front Panel Display
D (remote sensor)

Soft-touch buttons

E Z (open/close)
F N (play)
G x (stop)
H . /> (prev/next)
I FU NCTION
J VOLUME -/+

Rear panel (US and Canadian models)

DIGITAL IN

COAXIALLACITPOLACITPO

DMPORT

SAT/

TV

CABLE

COAXIAL

IMPEDANCE USE 4

VIDEO

SPEAKER

A TV (DIGITAL IN OPTICAL) jack
B SAT/CABLE (DIGITAL IN COAXIAL/

OPTICAL) jacks

C DMPORT1 jack
D DMPORT2 jack
E COMPONENT VIDEO OUT jacks
F HDMI OUT jack
G AM terminal
H FM 75Ω COAXIAL jack
I A.CAL MIC jack

J MONITOR OUT (S VIDEO/VIDEO) jacks
K VIDEO IN (AUDIO IN L/R, VIDEO IN)

L SAT/CABLE IN (AUDIO IN L/R, VIDEO

M TV (AUDIO IN L/R) jacks
N VIDEO (DIGITAL IN COAXIAL) jack
O SPEAKER jack

AUDIO

RL

IN

AUDIO

R

L

SAT/CABLE IN

jacks

IN) jacks

TV

VIDEO

21

COMPONENT VIDEO OUT

/

P

B

Y

C

B

R

L

VIDEO IN

OUT

ANTENNA

VIDEO

S VIDEO

MONITOR OUT

A.CAL

MIC

75 COAXIAL

AM

FM

PR/
C

R

VIDEOAUDIO

Rear panel (AEP and UK models)

DIGITAL IN

COAXIALOPTICAL OPTICAL

SAT/

TV

CABLE

IMPEDANCE USE 4

SPEAKER

A TV (DIGITAL IN OPTICAL) jack
B SAT/CABLE (DIGITAL IN COAXIAL/

OPTICAL) jacks

C DMPORT1 jack
D DMPORT2 jack
E HDMI OUT jack
F AM terminal

21

OUT

DMPORT

COMPONENT VIDEO OUT

PB /

Y

B

C

AUDIO

R

L

SAT/CABLE IN

PR /

R

C

EURO AV OUTPUT(TO TV)

VIDEO

A.CAL

MIC

75 COAXIAL

ANTENNA

AM

FM

G FM 75Ω COAXIAL jack
H A.CAL MIC jack
I T EURO AV OUTPUT (TO TV) jack
J SAT/CABLE IN (AUDIO IN L/R, VIDEO

IN) jacks

K COMPONENT VIDEO OUT jacks
L SPEAKER jack

9

HCD-X10

Front panel display

About the indications in the front panel display

SLEEP NIGHT TUNED TITLE CHAP STEREO MONO MOVIE MUSIC NTSC

-

CD

SA

DIGITAL

REPEAT 1

PROGRESSIVE

A Lights up when the sleep timer is set.
B Lights up when the night mode is on.
C Lights up when a station is received.

(Radio only)

D Lights up when the time information of

a title or chapter appears in the front
panel display. (DVD onl y)

E St ereo/ Mon au ral effect (Rad io onl y)
F Lights up when the movie or music

mode is selected.

G Current surround format (Except for

JPEG and Super Audio CD)

H

AEP and UK models only:
Lights up when an NTSC disc is load ed
(DVD function only).

Remote control

With the cover opened.

A TV [/1 (on/standby)
B TV button/TV mode ind ica t or
C Z (OPEN/CLOSE)
D SLEEP
E Number buttons
F CLEAR

3)

-/--

G TONE
H FUNCTION
I DVD TOP MENU
J C /X/x/c, (ENTER)
K O RETURN
L . />

PRESET –/+

2) 3)

3)

3)

I Lights up when the HDMI OUT jack is

correctly connected to HDCP (high­bandwidth digital content protection)
compliant device with HDMI or DVI
(digital visual interface) input.

J Cu rrent repeat mode
K Lights up when the system outputs

progressive signals (DVD function
only).

L Lights up when a disc is loaded (DVD

function only).

M Displays system’s status such as

chapter, title, or track number, time
information, radio frequency, playing
status, sound field, etc.

N Playing status (DVD function only)
O Current surround format (Except for

JPEG and Super Audio CD)

P Lights up when a Super Audio CD/CD/

DATA CD is loaded.

M

c/C STEP

N m/M

/

TUNING –/+

O REPEAT
P VOLUME +/–
Q MUTING
R AUDIO

3)

2)

S PICTURE NAVI
T MOVIE/MUSIC
U RESOLUTION
V DIREC T TUNING
W TUNER MENU
X [/1 (on/standby)
Y DISPLAY
Z TV INPUT

wj ENTER

1) 3)

wk SOUND FIELD
wl DVD MENU

e; DISPLAY

ea H (play)

TOOLS

TV MENU

3)

3)

2)

es x (stop)
ed X (pause)
ef TV CH +/–

2)

eg SUBTITLE
eh ANGLE
ej NIGHT
ek DIMMER
el SYSTEM MENU

1)

The ENTER wj button is the same function as the
(ENTER) 0 button.

2)

The 5, H, and TV CH +, and AUDIO buttons have
tactile dots. Use the tactile dots as re ferences when
operating the system.

3)

These buttons change to the TV operation buttons
when the remote is in TV mode . The remote is in TV
mode when the TV mode indicator 2 lights up by
pressing the TV button 2.

10

5

six screws
(BVTP3

×

8)

6

panel (bowl) assy

3

two claws

4

panel (loading) assy

1

2

flat head screw driver

sheet

Note: Please spread a seat under a set

not to injure top assy.

– Bottom view –

• This set can be disassembled in the order shown below.

3-1. DISASSEMBLY FLOW

SET

3-2. PANEL (BOWL) ASSY

(Page 11)

HCD-X10

SECTION 3

DISASSEMBLY

3-4. TOP BLOCK

(Page 13)

3-5. TOP PANEL

(Page 13)

3-6. MAIN BOARD

(Page 14)

3-9. DVD MECHANISM DECK (CDM85-DVBU102)

(Page 16)

3-10. LOADING ASSY

(Page 17)

3-11. BELT

(Page 17)

Note: Follow the disassembly procedure in the numerical order given.

3-3. OPTICAL PICK-UP BLOCK

(KHM-310CAA or KHM-313CAA)
(Page 12)

3-2. PANEL (BOWL) ASSY

3-7. D IN BOARD

(Page 15)

3-8. P-AMP BOARD

(Page 15)

11

HCD-X10

3-3. OPTICAL PICK-UP BLOCK (KHM-310CAA or KHM-313CAA)

Note:The cover (bottom) on the bottom of the set can be removed

when replacing the optical pick-up block KHM-310CAA or KHM-313CAA.

1

2

cover (bottom)

4

Lift up the holder (FFC).

5

two insulator screws

two screws
(BVTP3

×

6)

5

PRECAUTION WHEN REMOVING
GOOD OPTICAL PICK-UP BLOCK

8

Be sure to bridge here, and then disconnect the
wire (flat type) (24 core).
(optical pick-up block will be destroyed without bridging.)
On the contrary at the installation, connect the
wire (flat type) (24 core) first, and then remove the bridge.
Note: For a soldering iron, use the one with a ground wire.

two
insulator screws

7

connector

6

Lift up the
optical pick-up block.

– Bottom view –

9

optical pick-up block
(KHM-310CAA or KHM-313CAA)

3

two claws

12

3-4. TOP BLOCK

l

2

three screws
(BVTP3

×

8)

3

top block

2

three screws
(BVTP3

HCD-X10

×

8)

3-5. TOP PANEL

1

ten screws
(BVTP3

1

wire (flat type) (15 core)
(CN101)

– Bottom view –

×

6)

2

top pane

13

HCD-X10

3-6. MAIN BOARD

PRECAUTION WHEN REMOVING WIRE (FLAT TYPE) (24 CORE)

1

Perform work with this wire (flat type) (24 core) connected,
or make a bridge as mentioned above and then disconnect the wire (flat type) (24 core).
(Optical pick-up will be destroyed without bridging.)
On the contrary at the installation, connect the wire (flat type) (24 core) first,
and then remove the bridge.
Note: For a soldering iron, use the one with a ground wire.
(Refer to DISASSEMBLY 3-3. OPTICAL PICK-UP BLOCK (KHM-310CAA or KHM-313CAA)) (page 12)

2

wire (flat type) (5 core)
(CN1301)

5

wire (flat type) (17 core)
(CN506)

9

connector
(CN515)

8

connector
(CN505)

7

connector
(CN412)

6

connector (CN1300)

4

wire (flat type) (11 core)
(CN507)

Note: The WIRE (FLA T TYPE) (11 CORE) connected with CN507

on the MAIN board is different by the type of the MAIN board.

Replace it for the WIRE (FLAT TYPE) (11 CORE) that is

sure to suit each type when you replace the WIRE (FLAT
TYPE) (11 CORE).

Refer to “NO TE OF REPLA CING THE WIRE (FLA T TYPE)

(11 CORE) (CN507 ON THE MAIN BOARD – CN801 ON
THE DISPLAY BOARD)” in servicing notes for the
combination of the WIRE (FLAT TYPE) (11 CORE).

qf

six screws
(BVTP3

×

6)

qk

MAIN board

qg

two clamps (L35)

qd

wire (flat type)
(17 core: US, Canadian model)
(CN501)/
19 core: AEP UK model) (CN503)

qh

screw
(BVTT3

×

8)

3

wire (flat type) (21 core)
(CN514)

qj

ground plate (main)

0

two screws
(BVTP3

×

6)

qa

ground plate (ITA)

14

qs

wire (flat type)
(17 core: US, Canadian model(CN502)/
15 core: AEP UK model) (CN504)

3-7. D IN-001 BOARD, D IN-002 BOARD

1

connector
(CN2001: US, Canadian model/)
CH2001: AEP, UK model)

3

D IN-001 board: US, Canadian model/
D IN-002 board: AEP, UK model

2

four screws
(BVTP3

×

8)

HCD-X10

3-8. P-AMP BOARD

8

2

3

radiation sheet
(5 ch AMP)

4

wire (flat type) (21 core)
(CN3006)

seven screws
(BVTP3

×

qa

P-AMP board

6)

1

two screws
(BVTP3

heat sink (AMP)

×

10)

9

two screws

6

connector (CN900)

7

0

connector
(CN3001)

screw
(BVTP3

×

8)

5

connector
(CN515)

15

HCD-X10

)

3-9. DVD MECHANISM DECK (CDM85-DVBU102)

1

two rivets

3

cover (CDM)

2

two claws

6

three screws
(BVTP3

5

bracket (main

×

8)

4

screw
(BVTP3

7

DVD mechanism deck
(CDM85-DVBU102)

×

6)

16

3-10. LOADING ASSY

5

two insulators

4

7

loading assy

two insulator screws

1

two claws

5

4

two insulator screws

6

optical pick-up block
(KHM-310CAA or 313CAA)

HCD-X10

two insulators

3-11. BELT

3

5

claw

chuck cam

6

belt

2

FFC holder

3

wire (flat type) (24 core)

4

tray

2

3

claw

1

Slide the chuck cam in the direction
of arrow to releae the chucking.

17

HCD-X10

SECTION 4

TEST MODE

1. TEST MODES OTHER THAN THE TEST MENU

These are executable test mode even if not entering the test menu.

1-1. Cold Reset

The cold reset clears data except DVD data stored in the RAM to
initial conditions. Execute this mode when returning the set to the
customers.

Procedure:

1. In the standby state, the I/1 button on the set is pressed for

5 seconds or more.

2. The messages “MEMORY CLR” and “PUSH POWER” are
displayed on the fluorescent indicator tube.

3. When the I/1 button is pressed in the state of step 2, the
messages “CLEARING” t “CLEARED!” are displayed, then
becomes standby states.

1-2. DVD Version View

Procedure:

1. Connect the set with the TV screen.

2. In the standby state, Press the button in order of the [ DISPLAY]
t [ENTER] t I/1 on the remote commander, the DVD
version appears on the TV screen.

3. To release from this mode, press the I/1 button.

1-3. AM Step Change (US and Canadian models)

The step interval of AM channels can be toggled between 9 kHz
and 10 kHz.

Procedure:

1. Press the I/1 button to turn the power on.

2. Press the [FUNCTION] button on the remote commander to
select the “AM”.

3. Press the [TUNER MENU] button on the remote commander
and press the M m button on the remote commander to
select the “ AM step?”, and press the 3 button on the remote
commander.

4. The message “10k t 9k” or “9k t 10k” appears on the
fluorescent indicator tube.

5. Press the 3 button on the remote commander, and the AM
channel step is changed.

1-4. Disc Tray Lock

This mode let you lock the disc tray. When this mode is activated,
the disc tray will not eject when the Z sensor is touched. The
message “LOCKED” will be displayed on the fluorescent indicator
tube.

Procedure:

1. Press the I/1 button to turn the power on.

2. Press the [FUNCTION] button on the remote commander to
select the “DVD”.

3. Touch the x and Z sensors and press the I/1 button on
the set simultaneously and hold down until “LOCKED” or
“UNLOCKED” displayed on the fluorescent indicator tube
(around 5 seconds).

1-5. Demo Disc Play

Mode to prevent theft of the demonstration disc.

Setting Procedure:

It automatically enters the mode when the demonstration disc is
inserted.

Releasing Procedure:

1. Press the I/1 button to turn the power on.

2. Press the [FUNCTION] button on the remote commander to
select the “DVD”.

3. Touch the x and N sensor on the set simultaneously and
hold down until “DEMO OFF” displayed on the fluorescent
indicator tube (around 5 seconds).

2. TEST MODES IN THE TEST MENU

These are the test modes done in the test menu.

Setting method of the test menu:

1. Press th I/1 button to turn the power on.

2. Press the button in order of the [CLEAR] t [ENTER] t [0]
t [1] t [0] t [ANGLE] on the remote commander. (Make
the interval when each button is pressed within two seconds.)

3. The message “TEST MENU” appears on the fluorescent indi­cator tube and enter the test menu.

2-1. Panel Test

Procedure:

1. Enter the test menu.

2. Press the M m button on the remote commander to select the
“P ANEL TEST”, and press the [ENTER] button on the remote
commander.

3. LEDs (except N and Z ) and all segments in fluorescent
indicator tube are lighted up. And N LED and half seg-
ments in fluorescent indicator tube are lighted up, Z LED
and others half segments in fluorescent indicator tube are light­ed up, then LEDs (except N and Z ) and all segments in
fluorescent indicator tube are lighted up. This operation is
repeated.

4. When all segments in fluorescent indicator tube are light­ed up in the state of step 3, press the [VOLUME +] button
on the remote commander and model information is dis­played on the fluorescent indicator tube.

Each time the [VOLUME +] button on the remote commander

is pressed, the display changes from destination information,
MC version, SYS version, UI version, DVD version, ST ver­sion, T A version, DSP version, TM version, CLA version, CEC
version in this order, and returns to the model information
display.

Each time the [VOLUME ---] button on the remote commander

is pressed, the version and date are switched.

5. In the state of step 3, press the [FUNCTION] button on the
remote commander and “K 0” is displayed on the fluorescent
indicator tube.

“K 0” value increases whenev er a b utton on the set is pressed

or a sensor is touched. However, once a button has been
pressed, it is no longer taken into account.

The I/1 button on the set is pressed and all sensors are

touched, “OK” and “K 9” are alternately displayed on the flu­orescent indicator tube.

6. To release from this mode, press the I/1 button.

2-2. Amp Test

Procedure:

1. Enter the test menu.

2. Press the M m button on the remote commander to select
the “AMP TEST”, and press the [ENTER] button on the re-
mote commander.

3. The message “MEASURE” appears on the fluorescent indi­cator tube and enter the amp test mode.

4. Press the [SUBTITLE] button on the remote commander, the
message “VACS ON” or “VACS OFF” appears on the fluo­rescent indicator tube and thus the VACS on/off are changed.

5. To release from this mode, press the I/1 button.

18

HCD-X10

2-3. Cold Reset

The cold reset clears data except DVD data stored in the RAM to
initial conditions. Execute this mode when returning the set to the
customers.

Procedure:

1. Enter the test menu.

2. Press the M m button on the remote commander to select the
“COLD RESET”, and press the [ENTER] button on the re-
mote commander.

3. The message “COLD RESET.” appears on the fluorescent in­dicator tube, then becomes standby states.

2-4. Product Out

Procedure:

1. Enter the test menu.

2. Press the M m button on the remote commander to select the
“PRODUCTOUT”, and press the [ENTER] button on the re-
mote commander.

3. After the “STANDBY” blinking display finishes, the
message“MECHA LOCK” appears on the fluorescent indica­tor tube and the ship mode is set.

4. To release from this mode, pull out the power code.

2-5. DVD Service

This mode describes details in “3. DVD SERVICE MODE” (page

20).

2-6. Tuner Factory Preset

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-7. Digital Media Port Test

Procedure:

1. Connect the DMPORT check jig (P/N: J-2501-309-A) with
the DMPORT 1 jack (CN409) on the MAIN board.

2. Press the I/1 button to turn the power on.

3. Confirm that both LEDs of the DMPORT check jig lights.
(Confirmation the power supply line.)

4. Press the [FUNCTION] button on the remote commander to
select the “DMPORT 1”.

5. Enter the test menu.

6. Press the M m button on the remote commander to select the
“DMPORT CHK”, and press the [ENTER] button on the re­mote commander.

7. The message “DMPORT OK.” appears on the fluorescent in­dicator tube and enter the digital media port test mode. (Con­firmation of communication line)
When “NO DETECT . ” and “U AR T .T O” are displayed on the
fluorescent indicator tube, confirm the connection of the
DMPORT check jig, and enter the mode again.
Each time the > button on the remote commander is
pressed, the connect check and adaptor version check are
switched.
Press the . button on the remote commander, connected
confirmation of the DMPORT check jig is done again.

8. To a pinjack of the DMPORT check jig input information rel­evant to audio signal (sine-wave 1.0V rms) and composite vid­eo signal (white 100% 1.0Vp-p, color bar, etc.).

9. Confirm the output of speakers and monitor TV. (Confirma­tion of analog signal)

10. To release from this mode, press the I/1 button.

AV-001 board J400

(US, Canadian models)

AV-002 board CN400

(AEP, UK models)

set

P-AMP board

CN3005

color

pattern

generator

AF

oscillator

J001

MAIN board

CN409

DMPORT

check jig

(Part No.:

J-2501-309-A)

2-8. T est Tone

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-9. V A CS Display

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-10. V A CS On/off

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-11. DSP Halt Mode

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-12. DSP RAM Read/write

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-13. DSP Status Display

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-14. A.CAL Test Disp

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-15. Demo Disc Play

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-16. DVD Debug

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-17. Sircs Disable

Not used for the servicing.
Press the I/1 button if having entered this mode.

2-18. DMPORT Device Test

Not used for the servicing.
Press the I/1 button if having entered this mode.

TV

monitor

FL/FR

speaker

19

HCD-X10

3. DVD SERVICE MODE
3-1. DVD Service Mode General Description

This mode let you make diagnosis and adjustment easily by using
the remote commander and the TV screen. The instructions,
diagnostic results, etc. are given on the on-screen display.
Be sure to execute the IOP measurement when a base unit is replaced.

3-2. Entering DVD Service Mode

Procedure:

1. Press the I/1 button to turn the power on.

2. Press the [FUNCTION] button on the remote commander to
select the “DVD”.

3. Press the button in order of the [CLEAR] t [ENTER] t [0]
t [1] t [0] t [ANGLE] t [0] t [6] on the remote
commander. (Make the interval when each button is pressed
within two seconds.)

4. The message “SERVICE IN” appears on the fluorescent
indicator tube and top menu of the Remocon Diagnosis Menu
appears on the on-screen display on the TV screen as follows.
The model name, IF-con version and Syscon version are
displayed at the bottom of the on-screen display.

Remocon Diagnosis Menu

0. External Chip Check

1. Servo Parameter Check

2. Drive Manual Operation

3. Emergency History

4. Version Information

Model Name :xxxx_xx
IF-con:Ver.xx.xx(xxxx)
Syscon:Ver.x.xxx

5. To execute each function, press its number by using numeric
button on the remote commander.

6. To release from this mode, press the I/1 button.

3-3. Executing IOP Measurement

In order to execute IOP measurement, the following standard
procedures must be followed.

Procedure:

1. From the top menu of Remocon Diagnosis Menu, select “2
Drive Manual Operation” by pressing the [2] button on the
remote commander. The following screen appears on the on­screen display

Drive Manual Operation

1. Servo Control

2. Track/Layer Jump

3. Manual Adjustment

4. Tray Aging Mode

5. MIRR time Adjust

0. Return to Top Menu

Manual Adjust

1. Track Balance Adjust:

2. Track Gain Adjust:

3. Focus Balance Adjust:

4. Focus Gain Adjust:

5. Eq Boost Adjust:

6. Iop:

7. TRV. Level:

8. S curve(FE) Level:

9. RFL(PI) Level:

0. MIRR Time:
V v Change Value
[RETURN]Return to previous menu

3. Select “6. Iop:” by pressing [6] button on the remote
commander.

4. Wait until a hexadecimal number appear in the on-screen
display as below.

Manual Adjust

1. Track Balance Adjust:

2. Track Gain Adjust:

3. Focus Balance Adjust:

4. Focus Gain Adjust:

5. Eq Boost Adjust:

6. Iop: XX:

7. TRV. Level:

8. S curve(FE) Level:

9. RFL(PI) Level:

0. MIRR Time:
V v Change Value
[RETURN]Return to previous menu

5. Conv ert data from hexadecimal to decimal by using conv ersion
table.

6. If the value is smaller than 93 (decimal), then it is OK. Ho wever
if the value is higher than 93, then BU (base unit) is defective
and need to be change.

7. Press the O RETURN button on the remote commander to
return to previous menu.

8. Press the [0] button on the remote commander to return to the
top menu of Remocon Diagnosis Menu.

9. Press the I/1 button to turn off the system.

3-4. Checking Emergency History

To check the emergency history, please follow the following
procedure.

Procedure:

1. From the top menu of Remocon Diagnosis Menu, select “3.
Emergency History” by pressing the [3] button on the remote
commander. The following screen appears on the on-screen
display.

Emg. History Check
Laser Hours CD 999h 59min
DVD 999h 59min

01. 01 05 04 04 00 92 46 00
00 00 00 00 00 00 23 45

2. Select “3. Manual Adjustment” by pressing the [3] button on
the remote commander. The following screen appears on the
on-screen display.

20

02. 02 02 01 01 00 A9 4B 00
00 00 00 00 00 00 23 45

[Next]Next page [Prev]Prev page
[0]Return to Top Menu

HCD-X10

2. You can check the total time when the laser is turned on during
playback of DVD and CD from the above menu. The maximum
time, which can be displayed are 999h 59min.

3. You can check the error code of latest 10 emergency history
from the above menu. To view the previous or next page of
emergency history, press the . or > button on the
remote commander. The error code consists of three kinds of
error codes.

A. Error code

Example of Error code

01. 01 05 04 04 00 92 46 00
00 00 00 00 00 00 23 45

The meaning of error code is as below:

01: Communication error (No reply from syscon)
02: Syscon hung up
03: Power OFF request when syscon hung up
19: Thermal shutdown
24: MoveSledHome error
25: Mechanical move error (5 changer)
26: Mechanical move stack error
30: DC motor adjustment error
31: DPD offset adjustment error
32: TE balance adjustment error

33. TE sensor adjustment error

34. TE loop gain adjustment error

35. FE loop gain adjustment error

36. Bad jitter after adjustment

40. Focus NG

42. Focus layer jump NG
51: Spindle stop error

52. Open kick spindle error
60: Focus on error
61: Seek fail error
62: Read Q data/ID error
70: Lead in data read fail
71: TOC read time out (CD)
80: Can’t buffering
81: Unknown media type

B. Parameter of error code

This is the detail of error code.

Example of Error code

To Clear the Laser Hour

Press the [ DISPLAY] button on the remote commander and then
press the [CLEAR] button on the remote commander. The data for
both CD and DVD data are reset.

Emg. History Check
Laser Hours CD 0h 0min
DVD 0h 0min

01. 01 05 04 04 00 92 46 00
00 00 00 00 00 00 23 45

02. 02 02 01 01 00 A9 4B 00
00 00 00 00 00 00 23 45

[Next]Next page [Prev]Prev page
[0]Return to Top Menu

To Clear the Emergency History

Press the [DVD TOP MENU] button on the remote commander and
then press the [CLEAR] button on the remote commander. The error
code for all emergency history would be reset.

Emg. History Check
Laser Hours CD 999h 59min
DVD 999h 59min

01. 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00

02. 00 00 00 00 00 00 00 00
00 00 00 00 00 00 00 00

[Next]Next page [Prev]Prev page
[0]Return to Top Menu

To Execute the Initialize Setup Data

Procedure:

1. Press the [DVD MENU] button on the remote commander and
then press the [CLEAR] button on the remote commander. The
following screen appears on the on-screen display.

Emg. History Check
Laser Hours CD 999h 59min
DVD 999h 59min

01. 01 05 04 04 00 92 46 00
00 00 00 00 00 00 23 45

C. Time of error code

This is the laser time when an error occurred.

Example of Error code

01. 01 05 04 04 00 92 46 00
00 00 00 00 00 00 23 45

Initialize setup data...

[Next]Next page [Prev]Prev page
[0]Return to Top Menu

2. The screen after a while returns to former display.

To Return to the Top Menu of Remocon Diagnosis
Menu

Press the [0] button on the remote commander.

21

HCD-X10

5. CHECKING VERSION INFORMATION

To check the version information, please follow the following
procedure.

Procedure:

1. From the top menu of Remocon Diagnosis Menu, select “4.
Version Information” by pressing the [4] button on the remote
commander. The following screen appears on the on-screen
display.

Version information

Firm(Main): Ver. X.XXXX
Firm(Sub): XX.XX
RISC: XXXXXX
8032: XXXXXX
Audio DSP: XX.XX.XX.XX
Servo DSP: XX.XX.XX.XX
SubCPU: Ver. X.XX (XXXX)

[0]Return to Top Menu

2. T o return to the top men u of Remocon Diagnosis Menu, press
the [0] on the remote commander.

22

SECTION 5

signal

generator

set

ELECTRICAL ADJUSTMENTS

HCD-X10

DVD SECTION

When the base unit is replaced, perform the adjustment and the
measurement as shown below in this order.

EXECUTING IOP MEASUREMENT (See page 20)

TUNER SECTION

FM TUNE LEVEL CHECK

Procedure:

1. Turn on the set.

2. Input the following signal from signal generator to FM antenna
input directly.

Carrier frequency: A = 87.5 MHz, B = 98 MHz, C = 108 MHz

Deviation : 75 kHz
Modulation : 1 kHz
ANT input : 35 dBu (EMF)

Note: Use 75 ohm coaxial cable to connect signal generator and the set.

You cannot use video cable for checking.
Use signal generator whose output impedance is 75 ohm.

3. Set to FM tuner function and tune A, B and C signals.

4. Confirm “TUNED” is lit on the display for A, B and C signals.

When the selected station signal is received in good condition,
“TUNED” is displayed.

23

HCD-X10

MEMO

24

SECTION 6

DIAGRAMS

6-1. BLOCK DIAGRAM – DVD SERVO Section –

HCD-X10

OPTICAL PICK-UP

BLOCK

KHM-310CAA

OR

KHM-313CAA

VR (780)

M301

DISC TRAY

OPEN/CLOSE

RF

VOA/A
VOB/B
VOC/C
VOD/D

PD

MSW

CD ON
SWITCH
Q1100-1

DVD ON
SWITCH
Q1100-2

SPINDLE/SLED/LOADING MOTOR DRIVE

FCS+
FCS– 37

TRK+ 35
TRK– 34

SL+ 29
SL– 30

SP+ 27
SP– 28

M

AUTOMATIC POWER

CONTROL (FOR CD)

Q1102-1

AUTOMATIC POWER

CONTROL (FOR DVD)

Q1102-2

Q1101

FOCUS/TRACKING COIL DRIVE,

IC1300

36

46
47

25
24

FOCUS

COIL DRIVE

TRACKING

COIL DRIVE

SLED

MOTOR DRIVE

SPINDLE

MOTOR DRIVE

BUFFER

LOADING

MOTOR DRIVE

EEPROM

IC1104

1

4

10

13

45

16
17

15
19

PS

21
20
22

SPDIF

225

6

DVDRFIP

8

MA
MB

9

MC

10

MD

11

DVDA2
DVDB3
DVDC4
DVDD5

TNI18VOE/E+G
TPI19VOF/F+H

V2O29VC

MDI120
MDI221

LDO123LD (780)

22LD (650)

LDO2

103

5
6

SDASDA

102

SCLSCL
EEWPWF

517

MSW

48VR (650)

LINYSW

136LIMIT

FOO42

TRO41

FMO38

DMO37

SPFG47

186

FWD
REW185

TROPENPWM

39

MUTE123MUTE123 184

MUTEMUTE4 183
TSD_MTSD-M 181

RF AMP, SERVO DSP,

MPEG DECODER

IC1105

ASDATA0 217

ASDATA1 218

ASDATA2 219

ASDATA4 222

ABCK 214

ALRCK 213

ACLK 215

SMPTE_Y (0)

SMPTE_Y (1)

SMPTE_Y (2)

SMPTE_Y (3)

SMPTE_Y (4)

SMPTE_Y (5)

SMPTE_Y (6)

SMPTE_Y (7)

VCLK

SMBSY

VSYN

SMSDI

SMSDO

SMSCK
XSMCS

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

ABCK

ALRCK

ASDATA0

ASDATA1

ASDATA2

ASDATA4

177

176

174

172

171

170

169

168

178
207
205

209
210
208
211

194

196

198

200

202

203

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

VCLK
HSYNC
VSYNC

SMSDI

SMSDO

SMSCK
XSMCS

DQ0 – DQ15

2, 4, 5, 7, 8, 10, 11, 13, 42,

44, 45, 47, 48, 50, 51, 53

125 – 123, 121, 120, 118, 117,

115, 135, 133 – 128, 126

RD0 – RD15

SPDIF

ACLK

SD-RAM

IC1109

A0 – A11

23 – 26,

29 – 34, 22, 35

147, 149 – 151, 166 – 164,

162, 160, 159, 146, 158

RA0 – RA11

SPDIF

ASDATA0

ABCK

ALRCK

ACLK

20

143

BA0 BA0

DIGITAL AUDIO BUS

B

(Page 28)

HDMI BUS

C

(Page 26)

• SIGNAL PATH

: CD PLAY

: DVD PLAY

: AUDIO

: VIDEO

(US, Canadian)

Y

C

V

Y/G

CB/B

CR/R

D

(Page 30)

21

38

37

15

39

18

17

19

16

145

156

157

113

137

140

139

142

138

BA1 BA1

DRCLK CLK

CKE CLKE

DQM0 LDQM

DQM1 UDQM

RAS RAS

CAS CAS

RCS CS

RWE WE

(AEP, UK)

ADSDO

WIDE

187

179

RGB_SEL

WIDE

HCD-X10

A

(Page 26)

TX27M

REGO2
REGO1

41

31
32

BUFFER

REGULATOR

40

8

IOPMON40

RF+3.3V

XTALI

229

OSC BUFFER

IC1107

X1100
27MHz

HD0 – HD7

81 – 84,

86 – 88, 91

29, 31, 33, 35,

38, 40, 42, 44

DQ0 – DQ7

HA0 – HA21

93, 78, 53 – 59, 75, 74,

72 – 67, 92, 60, 61, 76, 89

45, 25 – 18, 8 – 1,

48, 17, 16, 9, 10

A-1, A0 – A20

FLASH ROM

IC1100

XROMCSCE

77

26

XRDOE

XWRWE

79

66

28

11

CLOSE DETECT

12

RESET

S001-2

DISC TRAY

CKSW

49

OCSW

50

S001-1

DISC TRAY

OPEN DETECT

101

88

31

DVD_SID IFSOI

CDM_OPEN_SW

98

32

DVD_SOD IFSDO

99

33

DVD_SCO IFSCK

100

37

114

34

DVD XIFCS XIFCS

110

38

DVD_XIFBUSY XIF5SY

105

MTK RST XSYSRST

XRST

SWITCHING

IC1108

SYSTEM CONTROLLER

IC501 (1/7)

XRST

E

(Page 26)

2525

HCD-X10

6-2. BLOCK DIAGRAM – PANEL, HDMI, DMPORT Section –

FLUORESCENT INDICATOR

TUBE DRIVER

IC821

KEYIN1
KEYIN2

CLK

MODE
LED_PWM1
LED_PWM2
LED_PWM3

P_CONT_TS

KEY0

KEY INT

SIRCS_IN

C822, R828

86FL_D_OUT
85FL_CLK
87FL_CS
84FL_RST

79
80
82

CS

81
83
26
24
28
78

97

74

4

OSC

58 OSC0
59 OSC1

DAT

63
62 CLK
61 XCS
60 XRST

T-SENSOR

BOARD

REMOTE CONTROL

RECEIVER

IC861

S1 – S35

AD2, AD1,

41 – 50 3 – 39

G2 – G11

G1

40

S100

I/1

GRID DRIVE

Q821

FL801

FLUORESCENT

INDICATOR

TUBE

C

(Page 25)

HDMI BUS

ASDATA0

ASDATA1

ASDATA2

ASDATA4

SPDIF

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

HDMI TRANSMITTER

AD076

AD1

75

AD2

74

AD3

73

72

SPDIF

Y0

13

Y1

14

Y2

15

Y3

16

Y4

17

Y5

18

Y6

19

Y7

20

IC1701

TCKN

HTPLG 40

• R-ch is omitted due to same as L-ch.

• SIGNAL PATH

: AUDIO

: VIDEO

CN1701

HDMI OUT

(DVD ONLY)

7

52TX0P

51TX0N

55TX1P

54TX1N

58TX2P

57TX2N

49TCKP

48

LEVEL SHIFT

IC1704

TMDS DATA0 +

9

TMDS DATA0 –

4

TMDS DATA1 +

6

TMDS DATA1 –

1

TMDS DATA2 +

3

TMDS DATA2 –

10

TMDS CLOCK +

12

TMDS CLOCK –

19

HPD

CEC_TX_OUT

CEC_RX_IN

CLINK_SEL

CLINK_TX_OUT

CLINK_RX_IN

CLINK_DET

SYSTEM CONTROLLER

IC501 (2/7)

DMPORT1_L

H

F

DMPORT2_L

DMPORT1_VIDEO

DMPORT2_VIDEO

(Page 27)

(Page 30)

X1700
10MHz

15

X014X1

CEC DATA

SWITCH

Q1702 – 1705

LEVEL SHIFT

Q1701

LEVEL SHIFT

Q1700

+5V

REGULATOR

IC1706

58

P35/AN05

XRST

22

3

DMPORT SELECTOR

IC412

Q405

48

35
36

89

1

1G
4G13
2G

4

3G10

1Y 3

1A2

4A 12

4Y11

2Y 6

2A5

3A 9

3Y8

LINE AMP

IC403

CN409

DMPORT 1

5

6

7

13

14

17

RXD

TXD

DET

L+

R+R-CH

VIDEO

LINE AMP

IC440

CN410

DMPORT 2

5

6

7

13

14

17

RXD

TXD

DET

L+

R+R-CH

VIDEO

SMSDI

31

SDO

SMSDO

30

SDI

SMSCK

32

SCK

XSMCS

23

22

XSMCS

ACLK
ABCK
ALRCK

VCLK
HSYNC
VSYNC

VSYNC

VSYNC

EEPROM

IC1703

SDA5SCL6WP

49

50

HDCP-SDA

7

51

HDCP-SCL

HDCP-_WP

77

ACL

78

ABCK

79

ALRCK

VCK11
HSYNC39
VSYNC

38

MSD

35

TRAP2TRAP2

SSCKSCK

SSOSDA

MSCK

31

21

22

34

63

62

HDMI CONTROLLER

IC1702

242761

CLK 26

RST

INTXTXINT

25

59

XTXRST

PWDNXPWDN

24

60

41

40

SDA0

SW +8V

SCL0

13

CEC

16

SDA

15

SCL

18

+5V POWER

TX27M

A

(Page 25)

21

XRST

E

(Page 25)

HCD-X10

2626

6-3. BLOCK DIAGRAM – AUDIO INPUT Section –

(US, Canadian)

SAT/CABLE

AUDIO IN

AUDIO IN

AUDIO IN

A.CAL MIC

TV

VIDEO

J300

ECM-AC2

L

R

L

R

J401 (1/3)

L

R

J301

R-CH

R-CH

R-CH

MIC AMP

IC300

AUDIO SELECTOR

X3

11

X2

15

X1

14

X0

12

IC301

9B10

HCD-X10

AUDIO SELECTOR

IC441

R-CH

LINE AMP

IC401

ADAC_L

DIGITAL_IN

J

(Page 28)

K

(Page 28)

DMPORT1_L

H

(Page 26)

13

X

DIGITAL IN

A

LINE AMP

IC302

OPTICAL

SAT/CABLE

OPTICAL

TV

COAXIAL

SAT/CABLE

COAXIAL

VIDEO

OPTICAL

RECEIVER

IC2003

OPTICAL

RECEIVER

IC2004

J2001

WAVE

SHAPER

IC2001

AUDIO SELECTOR

D4

15
13 D6

2D2
4D0

14 D5

3D1

IC2002

A

11

10B9

5

Y

C

DIGITAL INPUT

S2001

SELECTOR

OPTICAL

COAXIAL

D +3.3V

DMPORT2_L

Q411

11

15 X2

12 X0

14 X1

13X3X

MUTING

Q407

MUTING

CONTROL

Q408, 409

A9B

10

Q410

(AEP, UK)

G

(Page 30)

SAT/CABLE

AUDIO IN

J300

A.CAL MIC

ECM-AC2

SCART_L

J400 (1/3)

L

R

MIC DETECT

SWITCH

Q302

R-CH

MIC DETECT

SWITCH

Q310

MIC AMP

IC300

AUDIO SELECTOR

IC301

15

X2

X

X3

11

X0

12

A

9B10

Q301

Q300

13

DIGITAL IN

Q301

Q300

LINE AMP

IC302

OPTICAL

SAT/CABLE

OPTICAL

TV

COAXIAL

SAT/CABLE

OPTICAL

RECEIVER

IC2003

OPTICAL

RECEIVER

IC2004

J2002

WAVE

SHAPER

IC2001

AUDIO SELECTOR

D4

15
13 D6

2D2
4D0

IC2002

A

11

10B9

5

Y

C

DIGITAL INPUT

S2001

SELECTOR

OPTICAL

COAXIAL

D +3.3V

53

52

51

50

49

A_SEL4

A_SEL3

A_SEL2

A_SEL1

A_SEL0

15

X501
5MHz

Xin

13

Xout

HCD-X10

• R-ch is omitted due to same as L-ch.

• SIGNAL PATH

: AUDIO

: TUNER (FM/AM)

: MIC INPUT

FM 75

COAXIAL

AM

Ω

2727

ANTENNA

(AEP, UK)

TUNER (FM/AM)

TUNER_L

FM ANT

TUNER_R

AM ANT

RDS-DATA

RDS-CLK

CLK

TUNED

MICSW

54

SYSTEM CONTROLLER

IC501 (3/7)

R-CH

DI

DO

CE

59 ST_DI
57 ST_DO
56 ST_CLK
58 ST_CE
55 TUNED

76 RDS DATA
75 RDS CLK

HCD-X10

6-4. BLOCK DIAGRAM – DSP Section –

ADAC_L

J

(Page 27)

DIGITAL AUDIO INTERFACE RECEIVER

IC702

R-CH

A/D CONVERTER

IC772

13 VinL

14 VinR

8BCK
7LRCK
6SCKI

• R-ch is omitted due to same as L-ch.

9DOUT

• SIGNAL PATH

: AUDIO

DSP

IC1

K

(Page 27)

B

(Page 25)

DIGITAL_IN

DIGITAL AUDIO BUS

SPDIF

4DIN1 (I)

3DIN0 (I)

DO (O)DIR_HDOUT

35 36

SDIN 8

XIN (I)

XOUT (O)

DI (I)DAMP_SCDT/DIR_DIN

CL (I)DAMP_SHIFT/DIR_CLK

CE (I)DIR_HCE

CSFLAG (O)DIR_CSFLAG

ERROR (O)DIR_ERR

25

34

17

XSTATE (O)DIR_XSTATE

38

37

XMODE (I)DIR_RST

48

24AUDIO– (O)

16DATA (O)

14BCK (O)

15LRCK (O)

13CKOUT (O)

22

21

12.288MHz

X701

ASDATA0

ABCK

ALRCK

ACLK

DATA SELECTOR

IC704

21A
31B
5

2A

62B

11

3A

10 3B

14

4A

13

4B

A/B

1

97 NOUAUDIO∗

64DPSOA

65DPSOB

78 DPSIA

82 DPSIE

41Y

72Y

124Y

79 DPSIB

89 DPBCK

88 DPLRCK93Y

94 DPFSCK

70DPSOC

87DPDVBCK

BUFFER

IC3001

BCK

MCK

SCDT

SHIFT

D1

D2

D3

AMP BUS

L

(Page 29)

D FLIP-FLOP

IC4

D

Q

4 1

CLK

2

86DPDVLRCK

16 DIR_ERR

100

1

2

21

19

27

40

23

18

DIR_ZERO

SYSTEM CONTROLLER

IC501 (4/7)

39

SACD_SEL

6DSP_MISO 126 M ISO
5DSP_MOSI 127 MOSI
7DSP_SPICLK 125 SPICLK

68DSP_INTR 15 INT_REQ
10DSP_SPIDS 122 SPIDS∗
11DSP_RESET 121 RESET∗

142

25MHz

CLKIN

X1

XTAL

143

Q1

SWITCHING

IC6

6

2B

2A

5

1

1A

1B

2

3

2Y

7

1Y

LRCK

HCD-X10

2828

6-5. BLOCK DIAGRAM – AMP Section –

AMP BUS

L

(Page 28)

D1

MCK
BCK
LRCK

SCDT
SHIFT
LAT1
INIT
SOFTMUTE
OVF1

STREAM PROCESSOR

IC3006

31 11DATA
36 XFSIIN
30 BCK
29 LRCK

21 SCDT
22 SCSHIFT
23 SCLATCH
27 INIT
19 SOFTMUTE
24 OVFFLAGR
25 OVFFLAGL

OUTL1

HCD-X10

• SIGNAL PATH

CN3005

DIGITAL POWER AMP

IC3011

OUT_B

/OTW

3

OUT_A

/OTW

3

28 – 30

25 – 27

25 – 27

28 – 30

L.P.F.

L.P.F.

L.P.F.

L.P.F.

OVER LOAD

DETECT

Q3015, 3017

OVER LOAD

DETECT

Q3007, 3009

6 PWM_A OUT_A

9OUTL2

6OUTR1

4OUTR2

48XFSOIN

37FSOCKO
38FSOI

14XFSOOUT

OSC BUFFER

IC3003

X3001

49.1MHz

14

PWM_B

/RESET4/SD

5

DIGITAL POWER AMP

IC3012

14 PWM_B OUT_B

6

PWM_A

/RESET4/SD

5

SPEAKER

IMPEDANCE

USE 4Ω

FL+

FL

–

FR+

FR

–

7

8

15

14

: AUDIO

SYSTEM CONTROLLER

IC501 (5/7)

DAMP LATCH1
DAMP LATCH2
DAMP LATCH3

DAMP INIT

DAMP SOFT MUTE

OVERFLOW1
OVERFLOW2

DRIVE_RST (EN)

DRIVE_OCP (DIAG)

DC_DETECT

63
65
66
60

SOFTMUTE

61
69
70

67
20
25

LAT1
LAT2
LAT3

INIT

OVF1
OVF2

D3

MCK
BCK
LRCK

SCDT
SHIFT
LAT3
INIT
SOFTMUTE
OVF2

D2

MCK
BCK
LRCK

SCDT
SHIFT
LAT2
INIT
SOFTMUTE
OVF1

STREAM PROCESSOR

IC3005

31 11DATA
36 XFSIIN
30 BCK
29 LRCK

21 SCDT
22 SCSHIFT
23 SCLATCH
27 INIT
19 SOFTMUTE
24 OVFFLAGR

STREAM PROCESSOR

IC3004

31 11DATA
36 XFSIIN
30 BCK
29 LRCK

21 SCDT
22 SCSHIFT
23 SCLATCH
27 INIT
19 SOFTMUTE
24 OVFFLAGR
25 OVFFLAGL

OUTL1

OUTL1

DIGITAL POWER AMP

IC3009

D3015

SW2+

SW2

SW1+

SW1

SL+

SL

SR+

SR

3

–

4

5

–

6

10

–

9

1

–

2

M3000

M

(FAN)

OUT_A

/OTW

3

OUT_A

/OTW

3

OUT_B

/OTW

3

OUT_A

/OTW

3

25 – 27

28 – 30

25 – 27

28 – 30

28 – 30

25 – 27

25 – 27

28 – 30

L.P.F.

L.P.F.

L.P.F.

L.P.F.

L.P.F.

L.P.F.

L.P.F.

L.P.F.

OVER LOAD

DETECT

Q3014, 3016

OVER LOAD

DETECT

Q3006, 3008

OVER LOAD

DETECT

Q3010, 3011

OVER LOAD

DETECT

Q3012, 3013

E +13V

FAN MOTOR

DRIVE
Q3005

B+ SWITCH

(FOR FAN MOTOR)

Q3001 – 3003

14 PWM_B OUT_B

PWM_A

9OUTL2

48XFSOIN

38FSOI

14XFSOOUT

9OUTL2

6OUTR1

4OUTR2

48XFSOIN

38FSOI

6

/RESET

/SD

5

4

DIGITAL POWER AMP

IC3010

14 PWM_B OUT_B

PWM_A

6

/RESET

/SD

5

4

DIGITAL POWER AMP

IC3007

6 PWM_A OUT_A

14

PWM_B

/RESET4/SD

5

DIGITAL POWER AMP

IC3008

14 PWM_B OUT_B

6

PWM_A

/RESET4/SD

5

DC DETECT

Q3004

(Page 31)

SD_PCONT

M

HCD-X10

2929

HCD-X10

6-6. BLOCK DIAGRAM – VIDEO Section –

J401 (2/3)

VIDEO

VIDEO IN

VIDEO

SELECT

VIDEO

SWITCH

IC605

IC400

V_SEL0
V_SEL1

V_SEL3

Q603

J402

SAT/CABLE

VIDEO IN

VIDEO

SWITCH

IC604

WIDE
V_SEL2
V_SEL3

VIDEO AMP, 75 Ω DRIVER

IC401

VOUT

YOUT

6

11

13

15

4

8

CVBS IN

CIN

YIN

CYIN

CbIN

CrIN

C OUT

S-DC OUT

CYOUT

CbOUT

CrOUT

MUTE114MUTE2

S1

5

2

30, 29

27, 26

24, 23

21, 20

18, 17

(US, Canadian) (AEP, UK)

CVBS OUT

G OUT

B OUT

R/C OUT

A (L) IN

A (R) IN

SCART_L

CN400

T EURO

AV OUTPUT

(TO TV)

19

11

7

15

8

16

6

2

G

(Page 27)

J400 (2/3)

SAT/CABLE

VIDEO IN

VIDEO

SELECT

IC400

VIDEO

J400

MONITOR

32
31

CY

S VIDEO

(DVD ONLY)

Y

J401 (3/3)

COMPONENT

PB/CB

VIDEO OUT

(DVD ONLY)

PR/CR

OUT

VIDEO AMP, 75 Ω DRIVER

IC401

11

CYIN

CYOUT

CbIN

CrIN

MUTE2

14

CbOUT

CrOUT

MUTE1

5

13

15

V_SEL0
V_SEL1

24, 23

21, 20

18, 17

S1

2

WIDE

SWITCH

Q401

WIDE

+

DVD

SELECT

Q400, 402

VIDEO AMP, 75 Ω DRIVER

6

CVBS IN

11

CYIN

13

CbIN

15

CrIN

MUTE1

5

RGB SELECT

Q403, 404,

Q405

TV_SEL

V_SEL2

Y

PB/CB

PR/CR

IC403

VOUT

CYOUT

CbOUT

CrOUT

MUTE2

14

VIDEO

MUTING

Q406, 407

RGB_SEL

V_SEL3

J400 (3/3)

COMPONENT

VIDEO OUT

(DVD ONLY)

30, 29

24, 23

21, 20

18, 17

FUNCTION SW

BLANKING OUT

R-CH

D

(Page

25)

F

(Page

26)

C

Y

Y/G
CB/B
CR/R

WIDE

RGB_SEL

V

DMPORT1_VIDEO

DMPORT2_VIDEO

VIDEO

SELECT

IC442

WIDE

RGB_SEL

V_SEL0
V_SEL4

V_SEL0

V_SEL1

V_SEL041V_SEL142V_SEL243V_SEL344V_SEL445TV_SEL

SYSTEM CONTROLLER

(AEP, UK)

V_SEL2

V_SEL3

V_SEL4

IC501 (6/7)

(AEP, UK)

TV_SEL

47

VIDEO

MUTING

Q408

WIDE

V_SEL2

V_SEL3

RGB_SEL

• R-ch is omitted due to same as L-ch.

• SIGNAL PATH

: AUDIO

: VIDEO

HCD-X10

3030

6-7. BLOCK DIAGRAM – POWER SUPPLY Section –

SW +8V

+8V

REGULATOR

IC903

RECT
D908

T900

SUB POWER

TRANSFORMER

HCD-X10

SYSTEM CONTROLLER

IC501 (7/7)

P_CONT3

P_CONT2

P_CONT1

AC_CUT

RESET

P_CONT4

E +6V

VIDEO +5V

(US, Canadian)

VIDEO +5V

(AEP, UK)

D +5V

VFL

PANEL +3.3V

SW +5V

RF +3.3V

HDMI +3.3V

A +5V

E +13V

AMP +12V

AMP +3.3V

A +12V

A +9V

E +4V

DSP +1.2V

D +3.3V

HDMI +1.8V

AMP +1.8V

E +3.3V

BUP +3.3V

FL
FL

RECT

D801 – 804

REGULATOR

REGULATOR

REGULATOR

FOR FLUORESCENT

INDICATOR TUBE

SERVO DSP +3.3V

77

72

SERVO DSP +1.8V

71

73

RESET

12

SWITCH

Q503

91

RESET SIGNAL

GENERATOR

IC503

T801

INVERTER TRANSFORMER

+3.3V

IC1102

+3.3V

IC1101

+3.3V

IC1707

OSC

Q801

+3.3V

REGULATOR

IC502

RIPPLE
FILTER

Q504

+3.3V

REGULATOR

IC3015

+9V

REGULATOR

IC443

+1.2V

REGULATOR

IC5

+1.8V

REGULATOR

IC1705

+1.8V

REGULATOR

IC1103

+1.8V

REGULATOR

IC3002

+5V

REGULATOR

IC402

+5V

REGULATOR

IC402

+5V

REGULATOR

IC602

+5V

REGULATOR

IC504

+12V

REGULATOR

IC3014

+12V

REGULATOR

IC601

+2.6V

REGULATOR

IC9

+3.3V

REGULATOR

IC603

D502

D504

RECT
D912

RECT
D910

RECT
D916

SHUNT

REGULATOR

IC902

ISOLATOR

PH902

D906

+30V

+5V

+5V

REGULATOR

IC3013

REGULATOR

MAIN POWER

ON/OFF SWITCH

D923

SHUNT

IC904

Q902

RECT
D921

SD_PCONT

T901

MAIN POWER

TRANSFORMER

ISOLATOR

PH900

ISOLATOR

PH901

RIPPLE FILTER

Q900

(Page 29)

M

D918, 919

D917

RECT
D909

D914, 915

D913

B+ SWICH

D903 D911

LINE FILTER

L901

Q901

TH900

POWER CONTROL

IC901

1 OCP/SYNC

4VCC

3D

5FB/OLP

POWER CONTROL

IC900

4 VCC

6FB/OLP

8 START_UP

1 DRAIN

LINE FILTER

L900

F900

(AC IN)

HCD-X10

3131

HCD-X10

• Note for Printed Wiring Boards and Schematic Diagrams

Note on Printed Wiring Board:

• X : parts extracted from the component side.

• Y : parts extracted from the conductor side.

f

•

• : Pattern from the side which enables seeing.

(The other layers' patterns are not indicated.)

Caution:
Pattern face side: Parts on the pattern face side seen from
(Conductor Side) the pattern face are indicated.
Parts face side: P arts on the parts face side seen from
(Component Side) the parts face are indicated.

Caution:
Pattern face side: Parts on the pattern face side seen from
(Side B) the pattern face are indicated.
Parts face side: P arts on the parts face side seen from
(Side A) the parts face are indicated.

• MAIN board is multi-layer printed board.

• Indication of transistor

: internal component.

However, the patterns of intermediate layers have not been
included in diagrams.

C

Q

B

E

B

These are omitted.

Q

CE

These are omitted.

Note on Schematic Diagram:

• All capacitors are in µF unless otherwise noted. (p: pF)
50 WV or less are not indicated except for electrolytics
and tantalums.

• All resistors are in Ω and 1/
specified.

f : internal component.

•

• 2 : nonflammable resistor.

• C : panel designation.

Note:

The components identi­fied by mark 0 or dotted
line with mark 0 are criti-
cal for safety.
Replace only with part
number specified.

• A : B+ Line.

• B : B– Line.

• Voltages and waveforms are dc with respect to ground

under no-signal (detuned) conditions.
no mark : TUNER (FM/AM)
(): DVD PLAY

∗ : Impossible to measure

• Voltages are tak en with a VOM (Input impedance 10 MΩ).

Voltage variations may be noted due to normal produc­tion tolerances.

• Waveforms are taken with a oscilloscope.
Voltage variations may be noted due to normal produc­tion tolerances.

• Circled numbers refer to waveforms.

• Signal path.

J : CD PLAY
c : DVD PLAY
F : AUDIO
E : VIDEO
f : TUNER (FM/AM)
N : MIC INPUT

• Abbreviation
CND : Canadian model

4

W or less unless otherwise

Note:

Les composants identifiés par
une marque 0 sont critiques
pour la sécurité.
Ne les remplacer que par une
pièce portant le numéro
spécifié.

• Circuit Boards Location

MAIN board

T-SENSOR board

P-SW board

tuner (FM/AM)

MIC-002 board (AEP, UK)

AV-001 board: US, Canadian/
AV-002 board: AEP, UK

D IN-001 board: US, Canadian/
D IN-002 board: AEP, UK

MS-203 board

P-AMP board

DISPLAY board

HCD-X10

3232

HCD-X10

6-8. SCHEMATIC DIAGRAM – MAIN Section (1/11) –

A

MAIN BOARD

(1/11)

B

CLINK_DET

C

D

CS

CLK

MODE

FL_RST TV_SEL

FL_CLK

FL_DATA

E

F

G

FL_CS

OCSW1SIG

KEY0

DIR_DO

R504

R638

47k

R506

C502

C507

R542

10k

H

R617

R665

R666

R503

10k

(US,CND)

1k

0.1C501

0.1

0.1

C503

0.1

SCDT_DIR_SDATA

SHIFT_DIR_CLK

100

100

100

100

4.7k (AEP,UK)

R505

22k (US,CND)

R510

R512

C508

R514

10k

10k

0.1

10k

R509

R511

R513

I

• See page 71 for Waveforms. • See page 74 for IC Block Diagrams. • See page 82 for IC Pin Function Description.

5

EN

LAT3

P_CONT3

KEYIN2

P_CONT4

0.2 3.2

81

1.9

82

2.6

83

3.2

84

3.2

85

0

86

3.2

87

0

88

3.2

89

0

90

3.2

91

0

92

0

100

100

100

93

3.4

94

3.4

95

96

3.4

97

98

3.3

99

3.2

100

KEYIN1

1000p

1000p

C617

C616

100

R676

R639

100

003.303.3

KEYIN1

KEYIN2

0

P_CONT_TS

(3.3)

P_CONT3

DAMP_SCDT/DIR_DIN

3.4

CS

CLK

MODE

FL_RST

FL_CLK

FL_D_OUT

FL_CS

CDM_OPEN_SW

CLINK_DET

DSP_MASTER

P_CONT4

DESTINATION

MODEL

KEY2

KEY1

Vss

KEY0

Vref

Vcc

DIR_HDOUT

123456789101112131415161718192021222324252627282930

0

C517

0.1

12

R519

10k

SIRCS

AC_CUT

RDS_CLK

RDS_DATA

10k

R525 10k

R523

1k

R501

0

3.4

3.4

KEY INT

RDS CLK

RDS DATA

DAMP_SHIFT/DIR_CLK

CEC_RX_IN

SIRCS_IN

DSP_MOSI

DSP_MISO

DSP_SPICLK

3.2

3.2

3.3

10k

10k

R522

R524

P_CONT1

P_CONT2

3.3

3.3

3.3

3.303.2

AC_CUT

P_CONT1

P_CONT2

OVERFLOW1

OVERFLOW2

(TYPE-11) (TYPE-12)

BYTE

CNVss

DSP_SPIDS

DSP_RESET

RESET

0

3.3

3.2

3.2

10k

0.1

C515

R527

OVF1

OVF2

LAT2

DSP_INT

3.3

3.3

DSP_INTR

DAMP LATCH3

DRIVE_RST(EN)

IC501

SYSTEM CONTROLLER

IC501

M30626MJP-A13FPU0

Xout

Vss

Xin

1.6

1.3

R536

0

X501
5MHz

78

SOFT_MUTE

3.3

3.2

Vcc

DAMP LATCH1

DAMP SOFT MUTE

DIR_ZERO

DIR_CSFLAG

DRIVE_OCP(DIAG)

3.3

3.2

100

R517

1000p

C506

NS_INIT

3.3

DAMP INIT

DIR_HCE

0

ST_DI

ST_CE

0

ST_DI

CEC_TX_OUT

(0)

ST_DO

47p

C618

000

ST_CE

DIR_RST

3.2

3.3

LED_PWM2

TUNED

ST_CLK

3.2

ST_DO

ST_CLK

LED_PWM2

DC_DETECT

3.2

3.4

10kR584

LED_PWM1

LAT1

3.3

Vss

DAMP LATCH2

Vcc

NMI

3.3

1.2

R539

10k

MICSW

0.1

C519

1kR550

000

TUNED

MICSW

LED_PWM1

DIR_ERR

3.2

A_SEL4

A_SEL4

CLINK_TX_OUT

LED_PWM3

3.2

LED_PWM3

A_SEL2

A_SEL3

3.2

515253545556575859606162636465666768697071727374757677787980

A_SEL2

A_SEL3

A_SEL1

A_SEL0

CLINK_SEL

TV_SEL

DSP_SF_CE

V_SEL4

V_SEL3

V_SEL2

V_SEL1

V_SEL0

DIR_XSTATE

SACD_SEL

MTK RST

DVD XIFCS

CLINK_RX_IN

DVD_XIFBUSY

DVD_SCO

DVD_SOD

DVD_SID

I2C_CLK

I2C_

3.4

3.4

4.7k

4.7k

R552

R549

R547 0

R582 0

R534

10k

R554

10k

DATA

C518

0.1

50

49

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

32

31

R557

47k

3.2

MA2J1110GLS0

9643

3.2

0

(3.2)

0

(3.2)

(3.2)

(3.2)

(3.2)

(3.2)

3.2

0

(3.2)

(3.2)

0

3.2

(2.4)

(3.2)

(0)

(*)

Q503

2SC3052EF-T1-LEF

RESET SWITCH

0

D501

R561
100k

R562

47k

1012

R558

47k

R644

R563

10k

10k

C520

0.22

C521

0.01

R556

47k

SACD_SEL

A_SEL1

A_SEL0

CLINK_SEL

V_SEL4

V_SEL3

V_SEL2

CLINK_TX_OUT

C523

0.1

V_SEL1

V_SEL0

XSYSRST

XIFCS

CLINK_RX_IN

XIFBSY1

IFSCK1

IFSDO1

3.4

4

RESET SIGNAL GENERATOR

10kR515

(TYPE-11) (TYPE-12)

IFSDI1

1

2

IC503

IC B/D

OUT

VDD

GND NC

IC503

PST3635NR

12

P_CONT_DSP

0R591

P_CONT4

P_CONT3

P_CONT2 P_CONT2

3.6

5

Cd

43

C522

0.22

10k

R593

10k

R595

P_CONT4

P_CONT3

P_CONT1P_CONT1

1311

14

(Page 36)

21

DSP_DIR

B

E

F

SW+3.3V

D

C

BUP+3.3V

E+3.3V

E+4V

D-GND

BOARD

22

MAIN

BOARD

(3/11)

(Page 35)

MAIN

(4/11)

23

MAIN

BOARD

(2/11)

(Page 34)

HCD-X10

CEC_RX_IN

SHIFT_DIR_CLK

SCDT_DIR_SDATA

DSP_MOSI

DSP_SPICLK

CNVSS

DSP_RESET

DSP_SPIDS

RESET

CSFLAG

DIR_ZERO

DIAG

DIR_HCE

DIR_RST

CEC_TX_OUT

DC_DETECT

DIR_XSTATE

AC_CUT

J

3333

HCD-X10

6-9. SCHEMATIC DIAGRAM – MAIN Section (2/11) –

(2/11)MAIN BOARD

A

C

D

B

23

MAIN

BOARD

(1/11)

(Page 33)

E+4V

D-GND

BUP+3.3V

E+3.3V

SW+3.3V

C

C514

0.01

D

IC504

TK11150CSCL-G

IC B/D

E

F

IC504

+5V REGULATOR

C524

47

16V

C525

0.1

(TYPE-11)

D-GND

A+12V

24

MAIN

BOARD

G

(3/11)

(Page 35)

E+3.3V

A+5V

E+6V

SW+3.3V

5V

(TYPE-12)

H

I

J

• See page 74 for IC Block Diagrams.

5

P_CONT2

(TYPE-11) (TYPE-12)

IC B/D IC B/D IC B/D

IC601

+12V REGULATOR

IC601

SI-3010KM-TL

VC

VIN

GND

VOUT

ADJ

13.1

R576

12345

3.2

C603

0.1

C604

47

25V

1k

1.35

321

NPVOUT

GND

1

12.1

3.26.3

CONT

R632

VIN

54

0.47

C529

R633
100k

10k

FB506

R634

C602

C601

C532

10k

0.1

100
16V

0.1

R635

10

D601

MAZ8200GMLS0

P_CONT1

R651

R643

16V

VOUT

47

IC603

R658

10k

C610

0.1

C609

100
16V

C533

FB503

GND

4

FB507

0.1

FL503

FL501

EMI

G

EMI

1012

VIN

C611

C612

16V

12

R579

C538

R601

R602

R603

R604

R605

R606

RB601

RB602

RB603

FB508

FB505

100

100

100

100

22

22

22

22

22

47

1000p

P_CONT4

DC_DETECT

OVF2

OVF1

DIAG

P_CONT1

EN

LAT3

LAT2

LAT1

SHIFT_DIR_CLK

SCDT_DIR_SDATA

SOFT_MUTE

NS_INIT

R659

1k

VC

12345

3.2

0.1

100

C528

100
16V

C531

0.1

R636 0

FB510

G

R502

3.3k

R587

10k

78

P_CONT3

9643

(TYPE-11) (TYPE-12) (TYPE-11) (TYPE-12)

IC602

+5V REGULATOR

IC602

SI-3010KM-TL

R655

MA2J1110GLS0

MA2J1110GLS0

R577

47k

1k

C535

47

16V

4.9

S

11.9

0

1k

R652

1k

R653

47k

C614
1000

6.3V

C615
1000

6.3V

VOUT

ADJ

5

1

R654

12k

C606

0.1

C605

100
16V

C526

100

16V

GND

VC

VIN

12345

6.3

3.2

C607

0.1

C608

100
16V

D502

D504

Q504

RSR025N03TL

RIPPLE FILTER

4.9

IC603

+3.3V REGULATOR

SI-3010KM-TL

ADJ

1

3.3

R656

1k

R657

22k

FL502

EMI

G

FB501

C536

FB502 FB509

CN514

21P

CN515

13P

1311

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

13

12

11

10

9

8

7

6

5

4

3

2

1

P_CONT4

DC-DETECT

OVF2

OVF1

SD

DRIVER_RESET

DAMP_LAT3

DAMP_LAT2

DAMP_LAT1

SHIFT

SCDT

SOFT_MUTE

INT

AMP_D3

AMP_D2

AMP_D1

DSP_LRCK

DSP_BCK

GND

MCK

GND

AMP_MCKO

AMP_BCKO

AMP_LRCKO

AMP_D1

AMP_D2

AMP_D3

E+4V

6V_LED

GND_LED

GND_LED

6V_LED

D+3.3V

AGND

E+4V

E4_D+3.3V

E6V

E6_D+5V

DGND

E13V

DGND

M+8V

MGND

D-GND

SW+3.3V

MTR-GND

SW+8V

SW+5V

D-GND

SW+3.3V

SW+8V

E3.3V

SW+3.3V

SW+5V

D-GND

SW+3.3V

SW+5V

D-GND

SW+3.3V

47

BOARD
(10/11)

25

55

28

MAIN

BOARD

(9/11)

54

52

MAIN

14

P-AMP
BOARD

(1/5)

CN3006

(Page 66)

(Page 36)

26

MAIN

BOARD

(5/11)

27

MAIN

BOARD

(3/11)

P-AMP
BOARD

(Page 70)

(Page 39)

BOARD

BOARD
(11/11)

MAIN

BOARD

(8/11)

(Page

L

MAIN

BOARD

(4/11)

K

(5/5)

CN902

MAIN

(7/11)

(Page

MAIN

42)

(Page

37)

(Page

35)

41)

(Page

43)

(Page

40)

HCD-X10

3434

HCD-X10

6-10. SCHEMATIC DIAGRAM – MAIN Section (3/11) –

43

MAIN BOARD (3/11)

A

RDS_CLK

TUNER-L

TUNER-R

TUNED

A_SEL0

A_SEL1

MICSW

TUNER-L

TUNER-R

TUNED

A_SEL0

A_SEL_1

MICSW

A-GND

TUNER_R

TUNER_L

A_SEL4

A_SEL3

A_SEL2

TV_SEL

RGB_SEL

V_SEL0

V_SEL1

V_SEL2

V_SEL3

V_SEL0

V_SEL1

V_SEL2

V_SEL3

RGBSEL

D-GND

AGND

AGND

AGND

AGND

AD_R

AGND

AGND

AGND

AGND

AD_R

AV_R

WIDE

VGND

VGND

WIDE

VGND

VGND

VGND

VGND

WIDE

CN503

19P

1

2

3

4

5

9V

6

7

8

9

CE

10

DI

11

CLK

12

DO

13

14

15

16

17

AD_L

18

19

CN501

17P

1

2

3

9V

4

5

6

7

CE

8

DI

9

CLK

10

D0

11

12

13

14

15

AD_L

16

17

AV_L

A9V

A12V

E_6V

CR/R

CB/B

Y/G

E6V

CR/R

CB/B

Y/G

Y/G

CB/B

CR/R

R679 0

CN504

15P

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

V

CN502

17P

1

2

3

4

5

6

7

8

9

10

11

12

13

V

14

15

C

16

17

Y

V

C

Y

(AEP,UK)

R616

R622

R677

0

0

R624

0

0

150

R629

R630

150

R631

150

R673

(AEP,UK)

RDS_DATA

B

E

AV-002
BOARD

(2/2)

CN301

C

(Page

55)

(US,CND)

D

E

B

AV-001
BOARD

(2/2)

CN301

(Page

51)

F

30

MAIN

BOARD

G

(6/11)

(Page

38)

(AEP,UK)

H

D

AV-002
BOARD

(1/2)

CN401

I

(Page

54)

(US,CND)

12V/IP_SEL

J

A

AV-001
BOARD

(1/2)

K

CN400

(Page

50)

L

12V/IP_SEL

31

MAIN

BOARD

M

(7/11)

(Page 39)

• See page 74 for IC Block Diagrams.

5

R607

100

100

R608

100

R660

R661

100

R662

100

R663

100

R664

100

R609

100

R610

100

100

R611

78

(TYPE-11) (TYPE-12)

IC B/D

IC502

+3.3V REGULATOR

IC502

TK11133CSCL-G

3.3 1.3

1

CONT

VIN

2

GND

Q603

RT1N141C-TP-1

INVERTER

IC B/D

8

7

6

54

8

7

6

54

IC B/D

NP VOUT

C623

0.1

C625

0.1

C626

0.1

C624

0.1

R615 100

0

R696

R697

C511
1000p

100R641

100R612

100R613

100R614

(TYPE-11) (US,CND)

0

(TYPE-12) (US,CND)

0

(TYPE-11) (US,CND)

C613

0.1

C621

0.1

C620

10

16V

C622

0.1

NJM2235V(TE2)

1

IN1

2

SW1

3

IN2

SW2 IN3

NJM2235V(TE2)

1

IN1

2

SW1

3

IN2

SW2

(TYPE-11)
(TYPE-12)

IC604

GND

OUT

VDD

IC605

GND

OUT

VDD

IN3

(TYPE-11) (TYPE-12)

5

4.94.9

43

IC604

VIDEO SWITCH

IC605

VIDEO SWITCH

C516

1

C509

1

C510

0.1

CEC_TX_OUT

CEC_RX_IN

IFSCK1

XIFBSY1

XIFCS

XSYSRST

IFSDO1

IFSDI1

OCSW1SIG

1012

KEY0

MODE

CLK

CS

KEYIN1

KEYIN2

P_CONT_TS

LED_PWM3

LED_PWM2

LED_PWM1

FL_RST

FL_DATA

FL_CS

FL_CLK

FL_RST

SIRCS

12

(Page 33)

22

B

MAIN

F

BOARD

E

(1/11)

D-GND

29

SW+3.3V

MAIN

OPT-IN

BOARD

A+5V

DGND

DIGITAL-IN

D3.3V

A_SEL1

A_SEL0

D-GND

A+12V

SW+3.3V

E+6V

A+5V

E+3.3V

5V

KEY0

DGND

KEYOUT3

KEYOUT2

KEYOUT1

KEYIN1

KEYIN2

6V

DGND

PCONT_TS

GND-LED

6V-LED

LED3

LED2

LED1

DGND

XRST

6V_LED

GND_LED

DGND

FL_DATA

5V

FL_CS

DGND

FL_CLK

3.3V

FL_RST

DGND

SIRCS

E3.3V

CEC_TX_OUT

CEC_RX_IN

IFSCK

XIFBSY

XIFCS

XSYSRST

IFSDO

IFSDI

D-GND

OCSW1

SW+3.3V

D-GND

A5V

V_SEL0

V_SEL4

CLINK_RX_IN

CLINK_TX_OUT

CLINK_DET

CLINK_SEL
SEL_V

V

(4/11)

24

MAIN

BOARD

(2/11)

(Page 34)

27

MAIN

BOARD

(2/11)

33

MAIN
BOARD
(11/11)

34

MAIN

BOARD

(7/11)

(Page 41)

35

MAIN

BOARD

(9/11)

(Page 34)

32

MAIN

BOARD

(6/11)

CN505

5P

1

2

CN506

CN507

3

4

5

17P

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

11P

1

2

3

4

5

6

7

8

9

10

11

100R640

R642

100

R671

100

C619

16V100

100R675

100

R674

R535

100

R533

100

R530

100

1k

R526

R548

0

R667 0

R670 0

R668 0

R669 0

R581

100

96

RDS_DATA

RDS_CLK

A_SEL1

A_SEL0

TUNED

ST_CE

ST_DI

ST_CLK

ST_DO

A_SEL0

A_SEL1

MICSW

A_SEL4

A_SEL3

A_SEL2

TV_SEL

V_SEL0

V_SEL1

V_SEL2

V_SEL3

R695

10k

C627
100
16V

L601
10uH

C628

100
16V

L602

10uH

(US,CND)

V_SEL0

V_SEL4

CLINK_RX_IN

CLINK_TX_OUT

CLINK_DET

CLINK_SEL

1311

(Page 36)

(US,CND) (AEP,UK)

F

D IN-001

BOARD

CN2001

(Page

59)

(Page 57)

H

P-SW

BOARD

CN100

(Page 63)

J

DISPLAY

BOARD
CN801

(Page 43)

(Page 39)

(Page 38)

G

D IN-002

BOARD
CN2001

(Page

61)

Note: In type-11 and type-12, the WIRE (FLA T TYPE) (11 CORE)

connected with CN507 on the MAIN board is different.
Replace it for the WIRE (FLAT TYPE) (11 CORE) that is
sure to suit each type when you replace the WIRE (FLAT
TYPE) (11 CORE).
Refer to “NO TE OF REPLACING THE WIRE (FLAT TYPE)
(11 CORE) (CN507 ON THE MAIN BOARD – CN801 ON
THE DISPLA Y BOARD)” (page 7) in servicing notes for the
combination of the WIRE (FLAT TYPE) (11 CORE).

HCD-X10

3535

HCD-X10

6-11. SCHEMATIC DIAGRAM – MAIN Section (4/11) –

MAIN BOARD (4/11)

A

ASDATA0

ABCK

ALRCK

36

MAIN

BOARD

B

(7/11)

ACLK

(Page

39)

SPDIF

C

R719

100

R718
100

L703

D701

MA2J1110GLS0

10uH

C710

0.068

C719

L702
10uH

C718

C717

D702

0.1

C709

220
4V

R716

220

C711

0.1

2.5

2.5

3.2

14 13 12 11 10 9 8

FMT

VinL

VinR

Vref

AGND

AVcc

5

2.5

C708

0.1

0.1

C706

10

10

16V

16V

L701
10uH

MA2J1110GLS0

R786

0

MOD1

DVdd

3.2

D

E

F

G

H

I

37

MAIN

BOARD

(6/11)

(Page 38)

(Page 35)

29

MAIN

BOARD

(3/11)

21

MAIN

BOARD

(1/11)

(Page 33)

ADAC_L

ADAC_R

A-GND

SW+3.3V

OPT-IN

D-GND

DSP_DIR

A+5V

R781

R780

R790

47

47

0

• See page 71 for Waveforms. • See page 74 for IC Block Diagrams.

78

C723

0.1

R735

100

C720

5

220

4V

C721

0.01

(TYPE-11)

DVDD

DGND

C724

DGND

DVDD

3.2

R733

1M

R732

2.2k

15p

X701

12.288 MHz

C725

15p

MODE1(I)

XMCK(O)

1.6

R722

R742

3.200

MODE0(I)

XOUT(O)

1.5

XSEL(I)

XIN(I)

100

100

3738394041424344

CL(I)

ERROR(O)

BPSYNC(O)

CSFLAG(O)

EMPHA

(O)

0

CE(I)

AUDIO-

(O)

R736

DO(O)

VREF

DGND

DVDD

VF(O)

F2(O)

F1(O)

F0(O)

16

100

IC B/D

0

DI(I)

36

3.2

35

3.2

34

33

1.8

32

31

3.2

30

R730

R731

29

28

27

26

3.2

25

100

1k

C727

R738

C722

0.1

100

0.1

MOD0

DGND

R737

100

∗

1.6

DOUT

SCKI

7654321

1.6

1.6

(TYPE-12)

C716

0.01

0R713

IC B/D

IC772

A/D CONVERTER

IC772

PCM1808PWR

LRCK BCK

(TYPE-11)

13

R724

3.2

45464748

(I)

XMODE

1

DISEL(I)

2

SPDIF(O)

0

3

DIN0(I)

0

4

DIN1(I)

5

DIN2(I)

6

DGND

3.2

7

DVDD

∗

8

SDIN

9

AGND

0

10

LPF(O)

3.2

11

AVDD

12

AGND

CKSEL0(I)

CKSEL1(I)

CKOUT(O)

BCK(O)

LRCK(O)

13 14 15 16

1.6 3.3

1.6

1.6

DOSEL0(I)

DOSEL1(I)

IC702

DIGITAL AUDIO

INTERFACE RECEIVER

IC702

LC890561W

DATA(O)

XSTATE(O)

17 18 19 20 21 22 23 24

1.2

3.2

14

100

15

100

100

100

220

220

R723

R727

R728

R771

R725

(TYPE-12)

R709

0

C705

C707

R721

220

R778

0

0.1

10

16V

R708

0

C774

C775

16V

R754

R753

R726

R734

10

964 15 163

100

100

100

100

100R741

100R740

100R739

0.1

DIR_RST

SHIFT_DIR_CLK

DIR_HCE

SCDT_DIR_SDATA

DIR_DO

DIR_ERR

CSFLAG

DIR_XSTATE

DIR_ZERO

1012

SACD_SEL

100

R763

100

R757

100

R756

(TYPE-11) (TYPE-12)

C751

0.01

150

R755

0

12

12

12

1.6

1.6

1.6

IC B/D

IC704

DATA SELECTOR

IC704

SN74LVC257APWR

1

A/B

2

1A

3

1B

4

1Y

5

2A

6

2B

7

2Y

GND 3Y

12

3.2

16

VCC

0

15

G

1.6

14

4A

1.5

13

4B

1.6

12

4Y

1.6

11

3A

1.6

10

3B

1.6

98

R759

100

R758

10k

R761

R760

100

100

1311

100

100

R751

R752

DSP_INT

DSP_RESET

DSP_SPIDS

DSP_MISO

DSP_MOSI

DSP_SPICLK

P_CONT_DSP

DIR_XSTATE

14

0

R787

C752

0.1

25

R749

FB702

100

FB751

R762

220

AMP_MCKO

MCK

SW+3.3V

LRCK

D-GND

BCK

DIR_RERR

DIR_NONAU

SI_B

SI_A

DSP_INT

DSP_RESET

DSP_SPIDS

DSP_MISO

DSP_MOSI

DSP_SPICLK

P_CONT_DSP

DIR_XSTATE

MAIN

BOARD

(2/11)

(Page 34)

38

MAIN

BOARD

(5/11)

(Page

37)

HCD-X10

3636

HCD-X10

6-12. SCHEMATIC DIAGRAM – MAIN Section (5/11) –

4 15 163

A

MAIN BOARD (5/11)

B

C66

C18

220

10

4V

0.1

C

0.1

C22

1.21.2

D

GND

19

109

1.2

VDDINT

110

GND

111

1.2

VDDINT

112

GND

113

1.2

VDDINT

114

GND

115

3.2

VDDEXT

116

GND

117

1.2

VDDINT

118

GND

119

1.2

VDDINT

120

3.2

RESET

∗

121

3.3

SPIDS

∗

122

GND

123

1.2

VDDINT

124

3.2

SPICLK

125

3.2

MISO

126

3.3

MOSI

127

GND

128

1.2

VDDINT

129

3.2

VDDEXT

130

1.2

AVDD

131

AVSS

132

GND

133

CLKOUT

134

3.2

EMU

∗

135

0.5

TDO

136

0

TDI

137

0

∗

TRST

138

0

TCK

139

0

TMS

140

GND

141

1.5

CLKIN

142

1.6

XTAL

143

3.6

VDDEXT

144

0.1C9

0.1C10

E

R13

DSP_RESET

DSP_SPIDS

F

SPICLK

DSP_MISO

MOSI

G

10k

R32
10k

R36

10

C4

10

C16

0.1

H

C002

I

9p

0.1C11

0.1

C12

C13

0.01

1kR24

0R25

C17

0.1

R26

22

R27

22

R28

22

C14

0.1

0.1

C7

C15

0.1

C8

0.01

22R29

22R30

0R20

0R6

0R18

0R16

0

R15

C001

9p

1M

R35

X1

25MHz

R023

220

0.1

C25

C24

1.2

1.2

GND

VDDINT

VDDINT

VDDINT

VDDINT

CLKCFG0

CLKCFG1

BOOTCFG0

123456789101112131415161718192021222324252627282930313233343536

BOOTCFG1

0

3.2

3.2

3.2

• See page 71 for Waveforms. • See page 74 for IC Block Diagrams. • See page 82 for IC Pin Function Description.

5

DIR_NONAU

DSPMCK

78

BCK

LRCK

AMP_BCKO

AMP_LRCKO

18

SI_B

SI_A

96

1012

17

FB

1

1.2

2.5

12345

(TYPE-11)

2.5

EN

IN

GND

OUT

(TYPE-12)

R2
10k

R14

2k

C59

0.1

3.2

3.2

54

VCC

D

CLK

1.6

3.2

R34
100

(TYPE-11)
(TYPE-12)

R42
10k

321

DGND Q

R4
1k

R92
100

IC B/D

IC4

D FLIP-FLOP

IC4

74LVC1G79GW-L5

100R90

100R91

C65

0.1

GND

DPDVLRCK

VDDINT

AD6

0R60

0.1C34

1.2

1.2

GND

VDDINT

AD5

AD4

1.2

DPSIE

VDDINT

DPSID

GND

AD3

DPSIC

0R59

0R58

1.2

1.2

DPSIA

DPSIB

AD2

VDDEXT

3.2

DPSOE

GND

0.1C39

0.1

C37

1.2

3.2

737475767778798081828384858687888990919293949596979899100101102103104105106107108

GND

GND

VDDINT

VDDEXT

72

VDDINT

71

DPSOD

70

DPSOC

69

GND

68

VDDINT

67

GND

66

VDDINT

65

DPSOB

64

DPSOA

63

SPI_MAS

62

PF_CE

61

GND

60

VDDINT

59

VDDEXT

58

GND

57

A18

56

A17

55

GND

54

VDDINT

53

A16

52

AD8

51

AD9

50

AD10

49

AD11

48

GND

47

VDDINT

46

AD12

45

VDDEXT

44

GND

43

AD13

42

AD14

41

AD15

40

ALE

∗

RD

39

GND

38

VDDINT

37

AD1

AD0

WR∗VDDINT

1.2

C44

0.1

1.2

R65

22

1.6

1.2

0.1

C45

1.6

1.6

1.2

3.2

1.2

1.2

3.2

1.2

22R66

R67

22

0.1

C46

0.1

C47

0.1

C48

0.1

C49

0.1

C50

C52
220

C51

0.1

R10

0

C58

220
4V

C63

0.1

R1

0

AMP_D3

AMP_D2

AMP_D1

C53

10

C62

0.1

C56
100
16V

4V

0.1C30

VDDEXT

0R51

47R53

1.6

VDDINT

DPBCK

1.6

1.6

DPLRCK

22R54

1.6

DPDVBCK

0.1C31

1.2

GND

GND

0R48

1kR47

VDDINT

∗

SF_CE

1.2

∗

VDDINT

NONAUDIO

0.1

C29

3.201.6

GND

DPFSCK

0.1

C27

1.2

1.2

1.2

GND

GND

GND

VDDINT

VDDINT

0R52

IC1

DSP

IC1

ADSST-AVR-1115

(TYPE-11) (TYPE-12)

GND

VDDEXT

GND

VDDINT

GND

VDDINT

GND

VDDINT

GND

INT_REQ

DIR_ERR

AD7

GND

VDDINT

GND

VDDEXT

GND

3.2

1.2

0

1.2

1.2

1.2

3.2

1.2

3.2

12

1311

IC B/D IC B/D

IC5

+1.2V REGULATOR

IC5

SI-3010KM-TL

OUT

FB

1

2.5

GND

IN

4

EN

12345

(TYPE-11)

3.2

(TYPE-12)

C71

R7

0.1

C68
100
16V

R3

220k

3.2

3.2

1.6

8765

Vcc

3.2

3.2

1.6

C69

0.1

3.2

TC7WZ08FK(TE85R)

GND

4321

(TYPE-11)

15k

R44
10k

IC6

SWITCHING

IC6

R9
1k

C72
100
16V

3.2

RT1P140C-TP-1

(TYPE-12)

C70

0.22

14

IC9

+2.6V REGULATOR

SI-3010KM-TL

Q1

INVERTER

3.2

IC9

BCK

LRCK

DSPMCK

DIR_NONAU

DSP_INT

DSP_RESET

DIR_RERR

DSP_SPIDS

DSP_MISO

MOSI

SPICLK

AMP_D1

AMP_D2

AMP_D3

AMP_BCKO

AMP_LRCKO

SI_A

SI_B

R12

R11

AMP_D1

AMP_D2

AMP_D3

AMP_BCKO

AMP_LRCKO

E+4V

SW+3.3V

SI_A

SI_B

BCK

LRCK

0R70

MCK

DIR_NONAU

DSP_INT

DSP_RESET

DIR_RERR

DSP_SPIDS

DSP_MISO

0

DSP_MOSI

0

DSP_SPICLK

P_CONT_DSP

1kR8

DIR_XSTATE

D-GND

26

MAIN

BOARD

(2/11)

(Page 34)

38

MAIN

BOARD

(4/11)

(Page 36)

HCD-X10

0R49

DSP_INT

1kR50

DIR_RERR

C33

C32

0.1

0.1

C35

0.1

C23

0.1

J

R17 0

10k

R41

C26

0.1

10k

10k

R43

R45

C28

0.1

C40

0.1

C36

0.1

C43

10

K

3737

HCD-X10

6-13. SCHEMATIC DIAGRAM – MAIN Section (6/11) –

MAIN BOARD (6/11)

CN409

18P

A

WM_TXD

WM_RXD

B

C

WM_AD

WM_DET

VIDEO5V

VBUS(5V)

D

E

M

P-AMP
BOARD

F

(4/5)

CN3004

VGND

VIDEO

DGND

PGND

DMPORT1

18

17

16

15

R+

14

L+

13

R-

12

L-

11

10

9

8

DET

7

TXD

6

RXD

5

4

NC

3

2

1

CN412

3P

1

+5V

2

GND

3

+5V

C449

C421

R469

75

1

C446

50V

1

C447

50V

1

C406

50V

1

C407

50V

0.1

C419

C448

0.1

0

R439

0

0

R471

R452

0

R483

0

R485

R484 0

100

16V

16V100

(Page 69)

G

CN410

18P

DMPORT2

VGND

H

I

J

VIDEO

WM_TXD

WM_RXD

WM_AD

WM_DET

VIDEO5V

VBUS(5V)

DGND

PGND

18

17

16

15

R+

14

L+

13

R-

12

L-

11

10

9

8

DET

7

TXD

6

RXD

5

4

NC

3

2

1

C427

C438

C408

C409

C420

C439

R454

75

1

50V

50V

1

1

50V

1

50V

0.1

0.1

• See page 74 for IC Block Diagrams.

5

R465

22

R458

22

C443

R461

22k

R442

C433

R453

22k

22k

100
16V

(TYPE-11)
(TYPE-12)

R445

R486

R467

22k

R448

4.7k

IC403

LINE AMP

IC403

NJM4558M-TE2

22k

22k

IC440

LINE AMP

IC440

NJM4558M-TE2

R474

22k

R447

R499

R500

R470

R463

22k

R446

R440

R487

4.7k

22k

22k

100
16V

C441

0.1

4.7k

4.7k

47k

22k

R450

22k

4321

4.5

4321

GND

4.5

R472

22k

GND

R488

+

-

4.5 4.5

R459

22

4.54.5

+

-

R441

22k

22k

4.5

­+

4.5

R473

22k

R457

10k

R451

22k

4.59

4.5

­+

VDD

8765

4.5

4.5

VDD

8765

9

(TYPE-11)
(TYPE-12)

C430

R443

0

100
16V

78

IC412

DMPORT SELECTOR

IC412

SN74LV125APWR

0

87

9

3A

0

10

3G

0

11

4Y

0

12

4A

3.2

13

4G

3.2

14

Vcc

IC B/D

(TYPE-11) (TYPE-12)

GND3Y

3.20

6

2Y

3.2

5

2A

0

4

2G

1.2

3

1Y

3.2

2

1A

3.2 3.2

1

1G

R456

R468

R466

IC B/D

IC441

MC14052 BDR2

0

98

9

4.5

4.5

4.5

4.5

4.5

9

VSSB

10

A

11

X3

12

X0

13

X

14

X1

15

X2

16

VDD

7

VEE

6

INH

5

Y1

4

Y3

3

Y

2

Y2

1

Y0

(TYPE-11) (TYPE-12)

R460

100

100

100

100

IC441

AUDIO SELECTOR

4.5

4.5

4.5

4.5

4.5

964 15 163

R455

22

RT1N241C-TP-1

R407

0

0

Q405

INVERTER

Q408,409

CONTROL

Q408

RT1P141C-TP-1

C465

10

16V

R490

47k

R491

47k

C466

10

16V

C470

0.1

MUTING

1012

C475

10

16V

C476

10

16V

R411

10k

9

99

0

Q406

2SC5938-T112-1B

Q407

2SC5938-T112-1B

Q406,407

MUTING

(TYPE-11) (TYPE-12)

IC B/D

IC442

VIDEO SELECTOR

NJM2235V(TE2)

3.2

1

IN1

2

SW1

2

3

IN2

3.2

SW2

Q410,411

INVERTER

R412

10k

Q410

RT1N241C-TP-1

0

RT1N241C-TP-1

Q409

RT1N141C-TP-1

R494

R492

10k

R495

R409

10k

Q411

0

10k

3.7

0

3.7

0

3.7

10k

IC442

C403

R496

R497

C478

1311

R480

C469

0.1

100
16V

100

C477

12

8

GND

1.63.2

7

OUT

5

6

VDD

2.3

54

IN3

14

10uHL401

16V

10

SEL_V

A5V

V

V_SEL4

V_SEL0

32

MAIN

BOARD

30

MAIN

BOARD

(3/11)

(Page 35)

37

MAIN

BOARD

(4/11)

(Page 36)

(3/11)

(Page 35)

CLINK_TX_OUT

CLINK_SEL

D-GND

SW+3.3V

CLINK_RX_IN

CLINK_DET

0.1

0.1

0.1

(TYPE-11) (TYPE-12)

C481

C482

C483

C463
100
16V

3.2

0

R498

4.7k

4.7k

1k

R401

1k

R410

10k

10k

R479

C464

0.1

R408

100k

IC401

NJM4558M-TE2

IC401

LINE AMP

C473

100
16V

C474

0.1

47

16V

R414

100k

R402

4.7k

(TYPE-11)

IC443

+9V REGULATOR

9 12.1

TA7809AF-(T6LISONQ

R405

470

3.7

3.7

3.7

-

+

+

-

GND

4321

3.7

3.7

R406

470

31OGI

IC443

R489 0

R493 0

9

8765

VDD

3.7

A9V

A-GND

C462

C404

C405

0.47

A12V

A_SEL3

A_SEL2

TUNER_L

TUNER_R

AV_L

AV_R

A_SEL4

1

50V

1

50V

ADAC_R

A-GND

ADAC_L

2

(TYPE-12)

HCD-X10

3838

HCD-X10

6-14. SCHEMATIC DIAGRAM – MAIN Section (7/11) –

A

B

C

D

E

F

G

H

I

J

K

L

M

N

M

O

P

(Page

40

MAIN

BOARD

(9/11)

(Page

41)

41

MAIN

BOARD

(9/11)

(Page

41)

(Page

40)

40)

BOARD

BOARD

39

MAIN

(8/11)

42

MAIN

(8/11)

TROPENPWM

MUTE123

IOPMON

LIMITSW

D1

D2

D3

D6

D4

D5

D11

D10

D9

D7

D8

VREFO

DMO

FMO

TRO

FOO

SPFG

FWD

REV

MUTE

TSD_M

CKSW

OCSW

D12

D13

D14

D15

D16

D17

D18

D19

D20

D21

D22

D23

D24

MAIN BOARD (7/11)

10

VOA

VOB

VOC

VOD

VOE

VOF

FWD

REV

MUTE123

MUTE

TSD_M

LIMITSW

4 18 2115 163

R1134

100

C1166

0.01

R1128

10k

FB1104

R1135

15p

C1163

27MHz

X1100

R1143

680

IC1107

(3.2)

(1.7)

(1.6)

OSC BUFFER

IC1107

654

TC7PAU04FU(TE85R)

VDD

(TYPE-11)
(TYPE-12)

GND

321

)

∗

(1.6)

(

C1128

C1129

C1130

C1131

1

C1127

C1134

0.1

16V10C1116

0.1

C1115

16V10C1118

0.1

C1117

0.1

C1119

C1135

C1120

0.1

10

16V

C1124
4700p

0.01C1132

0.01C1133

A2

A3

A4

A5

A6

A7

A8

A18

A19

R1127

0

R1122

C1136

10k

5 17

100

1

1

1

1

100R1129

1500p

C1161

15p

R1131

R1138

0

R1142

100k

(1.7)

(1.7)

(1.7)

(1.7)

(1.7)

(2)

(2)

(2)

(2)

(2)

(2)

(0.2)

(2.6)

(3.3)

(3.3)

(2.7)

(2)

(1.4)

(1.4)

(2.2)

(1.3)

(0)

(1.4)

(1.4)

(1.3)

(3.2)

(0)

(3.2)

(0)

(0)

(3.2)

(1.8)

∗

)

(

∗

)

(

(

∗

)

∗

)

(

(

∗

)

∗

)

(

(

∗

)

∗

)

(

∗

)

(

(1.6)

(0)

FB1100

100k

C1137

0.1

0.1

15k

R1130

(3.3)

(0.9)

IREF

AVDD3

1

AGND

2

DVDA

3

DVDB

4

DVDC

5

DVDD

6

DVDRFIP

7

DVDRFIN

8

MA

9

MB

10

MC

11

MD

12

SA

13

SB

14

SC

15

SD

16

SDFON

17

SDFOP

18

TNI

19

TPI

20

MDI1

21

MDI2

22

LDO2

23

LDO1

24

SVDD3

25

CSO

26

RFLVL

27

SGND

28

V2REFO

29

V2O

30

VREFO

31

FEO

32

TEO

33

TEZISLV

34

OPOUT

35

OP_INN

36

OP_INP

37

DMO

38

FMO

39

TROPENPWM

40

IOPMON

41

TRO

42

FOO

43

USB_VSS

44

USBP

45

USBM

46

USB_VDD3

47

SPFG

48

MSW

49

CKSW

50

OCSW

51

EEWP

52

DVDD18

53

HA2

54

HA3

55

HA4

56

HA5

57

HA6

58

HA7

59

HA8

60

HA18

61

HA19

APLLCAP

62

DVSS

APLLVSS

63

64

APLLVDD3

XWR

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100101 102 103104 105 106107 108 109110 111 112113 114 115116 117 118119 120 121122 123 124125 126 127128

(3.3)

(3.2)

2.2C1138

XWR

0.033

C1141

0.1

C1139

C1143

(1.2)

(1.5)

(1.5)

(1.9)

OSP

OSN

RFGC

CEQP

CEQN

RFGND

CRTPLP

HA16

HA15

HA14

HA13

HA12

HA11

DVDD3

)

)

)

)

)

)

∗

∗

∗

∗

∗

∗

(

(

(

(

(

(

(3.2)

0.01C1144

A11

A12

A13

A14

A15

A16

• See page 71 for Waveforms. • See page 82 for IC Pin Function Description.

78

(Page 36)

1

0.1

0.1C1149

22p

0.1

C1151

C1154

C1150

C1147

0.1

0.1C1146
1000p

C1148

)

)

∗

∗

(

(1.4)

(

HRFZC

RFRPAC

HA10

HA9

)

)

)

∗

∗

∗

(

(

(

A9

A10

A20

RFRPDC

HA20

C1156

0.047

C1152

(1.1)

(3.3)

(1.7)

(1.4)

(3.3)

VSS

VCM

VDD3

VREFP

VREFN

RFVDD3

XROMCS

HA1

XRD

DVDD3

HD0

HD1

)

)

)

∗

∗

∗

(

(

(

(0)

(0)

(3.2)

0.01C1153

HD1

HD0

XRDA1XROMCS

96

(Page 42)

36

MAIN
BOARD
(4/11)

ABCK

ALRCK

ACLK

ASDATA0

SPDIF

43

(Page 43)

MAIN
BOARD
(10/11)

ALRCK

ABCK

ACLK

ASDATA4

ASDATA2

ASDATA1

ASDATA0

SPDIF

12 19

(Page 42)

44

45

MAIN

MAIN

BOARD

BOARD

(11/11)

(10/11)

TX27M

VSYNC

HSYNC

SMSCK

SMSDO

XSMCS

SMSDI

7

FB1113

FB1114

C1162
1000p

C1159

0.1

16V

10

C1157

0.047

(1.6)

(1.6)

LPFIN

LPFOP

680k

C1160

R1139

C1165

0.1

(3.3)

(1.6)

(1.6)

(0)

(0.7)

(1.4)

(1.6)

IDAC

LPFIP

XTALI

J1TFO

J1TFN

LPFON

PLLVSS

PLLVDD3

(TYPE-11) (TYPE-12)

HD2

HD3

DVSS

HD4

HD5

HD6

HA21

ALE

HD7

HA17

)

)

)

)

)

)

)

)

∗

∗

(

(

HD2

HD3

)

∗

∗

∗

∗

∗

∗

∗

(

(

(

(

(

(

(

0R1137

A21

A0

A17

HD7

HD6

HD5

HD4

FB1103

(1.8)

XTAL0

RFVDD18

IC1105

RF AMP,SERVO DSP,

MPEG DECODER

CXD9804R

HA0

DVSS

RFGND18

IC1105

UWR

R1171

R1170

R1169

R1148

47

0.01

C1168

47

47

47

4.7k

47

R1151

R1146

(1.8)

(1.6)

(1.2)

(0)

GPIO

DVSS

SPDIF

SPDATA

DVDD18

ASDATA4

WRD

DVDD18

IFSDO

IFSCK

XIFCS

IFSDI

)

∗

(0)

(

(1.8)

(3.2)

(3.2)

0R1147

0R1149

0R1152

0.01C1167

3.3k

3.3k

3.3k

R1194 0

R1196 0

R1197 0

R1200 0

47

47

47

R1162

R1158

R1156

R1175

R1166

R1172

(3.2)

(1.6)

(1.6)

(1.5)

(1.2)

(0)

(0)

ACLK

ABCK

DVSS

ALRCK

DVDD3

ASDATA0

ASDATA1

ASDATA2

SCL

SDA

TRG-SW

XRST

RXD

TXD

DVDD3

ICE

(3.2)

(3.2)

(3.2)

(3.7)

(3.2)

(3.2)

0R1157

0R1173

0R1159

0R1167

0.01C1170

R1165

3.3k

FB1115

(3.1)

(3.1)

XSMCS

SMSDO

XSYSRSTIRXTXINT

(3.3)

100R1179

R1191 0

0

R11870R11860R11820R1178

(0.7)

(3.2)

(3.1)

(3.2)

(3.2)

(3.1)

YUV7

VSYN

SMSDI

DVDD3

SMBSY

SMSCK

DQMO

XIF5SY

RD7

DVSS

RD6

)

)

)

∗

∗

∗

(

(2)

(

(

(2.4)

0

0.01

R1183

C1171

RD6

RD5

RD7

DQMO

R1195 0

1311

14

9

8

4

5

6

0.01

C1172

(0.6)

(0.7)

YUV5

YUV6

DAVSS

RD5

DVSS

RD4

)

)

∗

∗

(

(

RB1100

0

RD4

3

FB1107

FB1108

FB1109

FB1110

FB1111

FB1112

2

1

0

0

R1188

R1192

0.01

C1174

(0.6)

(3.3)

(0.7)

(0.6)

(3.3)

193194195196197198199200201202203204205206207208209210211212213214215216217218219220221222223224225226227228229230240 231232233234235236237238239241242243244255256 245246247248249250251252253254

YUV1

YUV2

YUV3

YUV4

RD3

(1.8)

0.01C1173

RD3

DAVDD

DVDD18

DAVSS

DAVSS

DAVDD

192

CIN

(0)

191

FS

190

DACVDDC

(3.3)

189

DAVCC

188

XDACS

(3.2)

187

ADSDO

(3.2)

186

FWD

(3.2)

185

REW

(3.2)

MUTE123

184

(3.2)

183

MUTE

(3.2)

182

DVDD3

(3)

TSD_M

181

180

ADSCK

(0)

179

WIDE

(1.6)

178

VCLK

(1)

177

SMPTE_Y(0)

(0.9)

176

SMPTE_Y(1)

175

DVSS

(0.8)

174

SMPTE_Y(2)

(1.8)

173

DVDD18

(0.7)

172

SMPTE_Y(3)

(1.3)

171

SMPTE_Y(4)

(1.2)

170

SMPTE_Y(5)

(1.2)

169

SMPTE_Y(6)

(1.6)

SMPTE_Y(7)

168

(3.2)

DVDD3

167

(1.6)

RA4

166

(1.5)

RA5

165

(1.5)

RA6

164

DVSS

163

(1.4)

RA7

162

DVSS

161

(0)

RA8

160

(0)

RA9

159

(0)

158

RA11

(1.7)

157

CKE

(1.6)

156

DRCLK

(3.2)

155

DVDD3

154

RCLKB

153

RVREF

(1.8)

152

DVDD18

(1.5)

151

RA3

(2)

150

RA2

(2)

149

RA1

148

DVSS

(0.7)

147

RA0

(0)

146

RA10

(1.8)

145

BA1

144

DVSS

(1.8)

143

BA0

(2.6)

142

RCS

(3.2)

141

DVDD3

(3.1)

140

RAS

(2.8)

139

CAS

(3.1)

138

RWE

(2)

137

DQM1

(3.2)

136

LINYSW

∗

)

(

135

RD8

134

DVSS

∗

)

(

133

RD9

(

∗

)

132

RD10

(

∗

)

131

RD11

∗

)

(

130

RD12

∗

)

(

129

RD13

RD2

RD1

RD0

RD15

DVDD3

RD14

)

)

)

)

)

∗

∗

∗

∗

∗

(

(

(

(

(

(3.2)

0.01C1175

RB1101

0

RD2

RD1

RD0

201012

R1199 0

R1201 0

R1204

2.2k

(AEP,UK)

R1223

0

100

R1214

R1215

R1216

R1217

C1178

R1218

10k

R1207

R1213

R1220

R1211

C1180

C1181

C1182

1000pC1183

FB1105

R1221

0

C1184

47
10V

1000pC1187

100

1000pC1188

100

1000pC1189

1000pC1190

100

0.01
1000pC1191

0

100

100

0.01C1179

22

0.01

0.01

0.01

FWD

REV

MUTE123

MUTE

TSD_M

47RB1109

47

RB1110

0

RB1103

RA4

RA5

RA6

RA7

0

RB1104

RA11

CLKE

0RB1105

0RB1106

0RB1102

0RB1107

0RB1108

RA4

RA8

RA5

RA9

RA6

RA7

RA8

RA9

RA11

RA3

RA2

RA1

CLKE

RA0

RA10

BA1

DQM1

BA0

RCS

RAS

CAS

RWE

DQM1

RD8

RD9

RD10

RD11

RD12

RD13

RD14

RD15

RB1111

0

RD8 RD7

RD9

RD10

RD11

RD12

RD13

RD14

RD15

FB1106

C1192

0.1

RB1112

0

C1193

0.1

28 27

(1.6)

29

(1.5)

30

(1.5)

31

(1.4)

32

(0)

33

(0)

34

(0)

35

36

(1.7)

37

(1.6)

38

(2)

39 16

40

41

∗

)

(

42

(3.2)

43

∗

)

(

44

∗

)

(

45

46

(∗)

47

(∗)

48

(3.2)

49

∗

)

(

50

∗

)

(

51

52

(∗)

53

54 1

VSS

A4

A5

A6

A7

A7

A9

A11

NC

CLKE

CLK

VDQM

NC

VSS

DQ8

VDDQ

DQ9

DQ10

VSSQ

DQ11

DQ12

VSSQ

DQ13

DQ14

VSSQ

DQ15

VSS

IC1109

M12L64164A-7T(G)

IC1109

SD-RAM

(3.2)

VDD

A3

A2

A1

A0

A10

BA1

BA0

CS

RAS

CAS

WE

LDQM

VDD

DQ7

VSS

DQ6

DQ5

VDDQ

DQ4

DQ3

VSSQ

DQ2

DQ1

VDDQ

DQ0

VDD

C1196

0.1

(1.6)

26

(2)

25

(2)

24

(0.7)

23

(0)

22

(1.8)

21

(1.5)

20

(2.6)

19

(3.1)

18

(2.8)

17

(3.1)

(2)

15

(3.2)

14

∗

)

(

13

12

∗

)

(

11

∗

)

(

10

(3.2)

9

(∗)

8

(∗)

7

6

∗

)

(

5

(∗)

4

(3.2)

3

∗

)

(

2

(3.2)

RA3

RA2

RA1

RA0

RA10

BA1

BA0

RCS

RAS

CAS

RWE

DQMO

RD6

RD5

RD4

RB1113

47

C1197

0.1

RD3

RD2

RD1

RD0

RB1114

47

C1194

0.1

C1195

47

10V

LIMITSW

(TYPE-11) (TYPE-12)

CR/R

CB/B

Y/G

V

C

Y

D-GND

RGBSEL

WIDE

VCLK

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

D-GND

SW+3.3V

2322

31

MAIN

BOARD

(3/11)

46

MAIN
BOARD
(10/11)

55

MAIN
BOARD
(2/11)

(Page 35)

(Page 42)

(Page 34)

HCD-X10

IFSDI

XIFCS

IFSCK

Q

IFSDO

34

MAIN

BOARD

(3/11)

XSYSRST

(Page 35)

D-GND

XIFBSY

3939

HCD-X10

6-15. SCHEMATIC DIAGRAM – MAIN Section (8/11) –

4 15 163

(8/11)MAIN BOARD

A

RF+3.3V

48

REG01

MAIN

BOARD

REG02

(9/11)

(Page 41)

B

C

D

E

OPTICAL

PICK UP

BLOCK

KHM-310CAA

or

KHM-313CHH

()

(1/2)

(LO DVD HI CD)MSW

F

G

BOARD

49

MAIN

(9/11)

GND(LD)

LD(650)

LD(780)

VR(650)

VR(780)

VOE/E+G

VOF/F+H

VOB/B

VOA/A

VOD/D

VOC/C

FCS+

TRK+

FCS+

IOP

CN1102

24P

1

2

3

N.C

4

N.C

5

PD

6

7

8

9

N.C

10

11

VCC

12

VC

13

GND

14

15

16

17

RF

18

19

20

21

TR-

22

TR+

23

24

FCS-

TRK-

FCS-

CD_LD

TRK-

TRK+

FCS+

TRK-

TRK+

FCS+

DVD_LD

VOE

VOF

VOB

VOA

VOD

VOC

FCS-

FCS-

R1101

0

C1108

0.22

(Page 41)

H

I

(Page 34)

47

MAIN

BOARD

(2/11)

50

MAIN
BOARD
(11/11)

SW+5V

D-GND

SW+3.3V

XRSTIN

DVD_LD

CD_LD

(Page 43)

J

K

L

• See page 74 for IC Block Diagrams.

5 17

(TYPE-11)
(TYPE-12)

1k

10k

0.01

R1100

C1106

Q1102-1

AUTOMATIC POWER

CONTROL(FOR CD)

Q1102-2
AUTOMATIC POWER
CONTROL(FOR DVD)

R1111

1MR1106

R1110

C1107

0.22

47k

C1122

0.22

R1108

100

R1112

22

C1105

47

10V

(1.3)

GND

CONT

VIN

54

(3.3)

(4.9) (3.2)

(0)

(0)

(0)

RT1N241C-TP-1

INVERTER

R1114

(2.6)

C1121

0.01

321

NOISE

VOUT

C1112

0.22

Q1100-1

CD ON SWITCH

Q1100-2

DVD ON SWITCH

UM6K1N-TN

G1

S1

Q1101

R1115

22

22

(3.2)

(2.5) (0.3)

IC1102

+3.3V REGULATOR

(TYPE-11)
(TYPE-12)

C1100

0.01

100kR1103

100k

R1104

78

(3.3)(4.9)

5 4

VIN

VOUT

CONT

GND

NOISE

321

(3.2) (1.3)

C1111

0.01

Q1100

(0)

S2D2

(3.2)

G2

(0)

D1

(0)

(3.2)

R1116

-2 -1

IC B/D

IC1102

TK11133CSCL-G

R1121

22

(3.7)

0

Q1102

QST8TR

R1118

22

R1117

22

(3.3)

R1109

0

FB1101

IC B/D

IC1101

+3.3V REGULATOR

IC1101

TK11133CSCL-G

C1109

47

10V

C1110

0.01

C1123

R1113

1

47k

R1119

47k

R1120

0

96

R1102

100

(TYPE-11)
(TYPE-12)

IC1100

FLASH ROM

IC1100

S29AL032D70TF-OHE3-0701UC

S29AL032D70TE-0HE3-0701CE

1012

(TYPE-11)
(TYPE-12)

(3.2) (1.8)

A17

)

∗

48 43

47 45 44 42 41 37383940

A16

BYTE

(US,CND)

(AEP,UK)

A15

A14

)(

)

)

∗

∗

∗

(

(

(

A16

A15

A14

R1125

1k

(3.2)

(3.2)

(3.2)

8765

WF

SCL

VCO

A0A1A2

IC1103

+1.8V REGULATOR

IC1103

MM1661JTRE

I

31

G

2

A0

HD7

)

)

∗

∗

(

(

A-1

VSS

A13

A12

)

)

∗

∗

(

(

A13

A12

R1126

1k

(TYPE-11)
(TYPE-12)

(3.2)

GND SDA

4321

O

DQ7

DQ14

A11

A10A9A8

65464321

)

∗

(

A11

IC1104

EEPROM

IC1104

BR24L64F-WE2

R1132

2.7k

HD6

)

∗

(

DQ6

DQ13

)

)

∗

∗

(

(

A10A9A20

FB1102

0

R1140

C1125

12

0.33

HD5

)

∗

(

DQ5

A19

)

∗

(

C1126

HD4

C1101

1

)

∗

(

(3.2)

VCC

DQ4

DQ12

A20

WE

RESET

1210 11987

)

∗

(

(3.2)

(3.2)

100

R1153

A21

R1141

0

(3.3)

(3.2)

321

GND

(3.2)

(3.2)

47

4V

HD3

)

∗

(

36 3132333435

DQ11

N.C.

(3.2)

10k

R1105

VCC

(TYPE-11)

54

(TYPE-12)

C1158

0.01

1311

R1124

0

R1123

1k

HD2

)

∗

(

DQ2

DQ3

DQ10

A18

WP/ACC

RY/BY

)

∗

(

(3.2)

10kR1107

A19

R1144

0

IC1108

SWTICHING

IC1108

TC7SH08FU(T5RSOYJF)

14

HD1

HD0

XRD

)

)

∗

∗

(

(

DQ1

DQ9

A17A7A6A5A4A3A2

181716151413

)

)

∗

∗

(

(

A18A8A7A6A5A4A3

(0)

30 29 28 27 26 25

OE

VSS

DQ0

DQ8

)

)

)

)

∗

(

∗

∗

∗

(

(

(

XROMCS

(0)

CE

)

∗

(

D1

D2

D3

D4

D5

D6

D7

D8

D10

D11

D9

CN1101

D15

D16

D17

D18

D19

D20

D12

D21

D13

D24

D23

D22

D14

6P

6

RFMON

5

V2REFO

4

+3.3V

3

D-GND

2

RXD

1

TXD

A1

XWR

)

∗

(

A1 A0

242322212019

)

∗

(

A2

39

MAIN

BOARD

(7/11)

BOARD

42

MAIN

(7/11)

(Page 39)

(Page 39)

(NC)

HCD-X10

4040

6-16. SCHEMATIC DIAGRAM – MAIN Section (9/11) –

HCD-X10

A

B

C

D

E

F

G

40

MAIN

BOARD

(7/11)

(Page 39)

48

MAIN

BOARD

(8/11)

(Page 40)

IOPMON

VREFO

MUTE123

TROPENPWM

TSD_M

REG02

REG01

RF+3.3V

SPFG

FMO

DMO

FWD

MUTE

5

(9/11)MAIN BOARD

10k

R1334

R1331

15k

C1309

C1308

4700p

R1317

1k

R1314

10k

R1310

FOO

TRO

R1304

R1309

R1316

33k

R1306

10k

33k

R1308

C1302

0.01

1.2k

10k

R1307

47k

6.8k

R1313

C1305

IC1300

FOUCUS/TRACKING COIL DRIVE,

SPRING/SLED/LOADING MOTOR DRIVE

R1305

2.7k

0.01

IC1300

FAN8036L

R1311

15k

C1303

220p

12kR1312

C1304

220p

12k

(TYPE-11)
(TYPE-12)

27kR1315

R1320 33k

REV

IOP

R1326 0

R1325 0

R1318

0.033

56k

C1311

0.033

(1.4)(1.4)

(2.6)

(5.1)

(1.4) (3.7)

1

(1.4)

2

(1.4)

3

(1.4)

4

(1.4)

5

(3.2)

6

GND

(3.2)

7

(2.2)

8

(1.4)

9

(1.4)

10

(1.4)

11

(1.4)

12

13 14 15 16 17 18 19 20 21 22 23 24

(0)

(1.1)

10kR1319

0.01C1310

C1313

0.01

56k

R1323

C1314

(1.4)

(0)

(4.9)

464748

45

(3.2)

(3.2)

C1312

R1327

0.01

82k

1000p

GND

GND

(3)

(3.2)

100kR1321

100kR1322

18kR1332

(2.9)

(3.2)

(1.6)

(3.2)

R1333

33k

(8)

(8)

(3)

(8)

78 14

C1315

0.01

(3.9)

3738394041424344

36

(3.8)

35

(3.8)

(3.8)

34

33

(5)

32

(3.7)

31

GND

(3.8)

30

(3.8)

29

(2.6)

28

(5.1)

27

26

(3.8)

25

C1320

0.1

C1322

C1321

C1319

C1317

16V

0.01

16V

10

0.01

16V

10C1318

0R1348

47

9643

FCS-

SP-

SP+

SL-

FCS+

SL+

TRK+

TRK-

SL-

SL+

SP-

SP+

1012

C1323 1000p

C1324 1000p

R1346 100

R1338

4.7k

C1331

C1332

12 15

FCS-

FCS+

TRK+

TRK-

0.1

0.1

R1337 1k

R1336 1k

4.7k

R1339

R1335

4.7k

CN1300

CN1301

1kR1347

FCS-

FCS+

TRK+

TRK-

6P

1

SP-

2

SP+

3

LIMIT

4

(GND)LIMIT

5

SL-

6

SL+

5P

5

OCSW1

4

CKSW1

3

GND

2

LDM-

1

LDM+

OCSW1

OCSW

CKSW

LIMITSW

SW+3.3V

SW+5V

D-GND

SW+8V

MTR-GND

1311

49

MAIN

BOARD

(8/11)

(Page 40)

35

41

MAIN

BOARD

(7/11)

(Page 39)

28

MAIN

BOARD

(2/11)

(Page 34)

(Page 35)

MAIN

BOARD

(3/11)

OPTICAL
PICK UP

BLOCK

KHM-310CAA

or

KHM-313CAA

(2/2)

)

S001

(DISC TRAY CLOSE DETECT)

S001-1

(DISC TRAY OPEN DETECT)

S001-2

M301

(DISC TRAY OPEN/CLOSE)

(

CN001

5P

OCSW1

CKSW1
GND
LDM­LDM+

HCD-X10

4141

HCD-X10

6-17. SCHEMATIC DIAGRAM – MAIN Section (10/11) –

MAIN BOARD (10/11)

A

B

SPDIF

ASDATA2

C

(Page 39)

43

MAIN

BOARD

(7/11)

ASDATA1

ASDATA0

ALRCK

ABCK

ACLK

ASDATA4

SPDIF

ASDATA2

ASDATA1

ASDATA0

ALRCK

ABCK

ACLK

D

0.1C1701

VCLK

E

(Page 39)

F

46

MAIN

BOARD

(7/11)

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

0R1704

C1705

0.1

(3.3)

(1.6)

(0.9)

(0.8)

(0.7)

(1.3)

(1.2)

(1.2)

(1.6)

G

TX27M

45

VSYNC

MAIN

BOARD

HSYNC

(7/11)

(Page 39)

H

VSYNC

SSCK

I

51

MAIN
BOARD
(11/11)

(Page 43)

SSO

RST

INT

TRAP2

WP

MSD

MSCK

J

• See page 74 for IC Block Diagrams. • See page 82 for IC Pin Function Description.

78

ALRCK

ABCK

5

ACLK

ASDATA0

ASDATA1

ASDATA2

SPDIF

(TYPE-11)

C1713

0.1

R1766

47k

(TYPE-12)

C1716

22
10V

C1717

10

16V

C1718

47

10V

(0)

54

VCC

321

(0) (3.3)

(3.3)

0R1733

0R1717

0R1714

0R1720

0.1C1704

(1.8)(3.2)

(1.6)

(1.6)

(1.5)

ABCK

ALRCK

DVDD18

1

DVSS

2

C0

3

C1

4

C2

5

C3

6

C4

7

C5

8

C6

9

C7

10

DVDD33

11

VCK

12

DVSS

(1)

13

Y0

14

Y1

15

Y2

16

Y3

17

Y4

18

Y5

19

Y6

20

Y7

SSCK

SSO

DVDD18

21 22 23 24

(3.2)

(1.8)

(3.3)

1kR1710

1kR1713

4.7k

R1719

0R1728

0.1C1711

(1.2)

(0)

(0)

(1.2)

ACLL

AD0

AD2

AD1

(1.6)

R

AD3

SPDIF

IC1701

HDMI TRANSMITTER

IC1701

CXD9873Q

(3.3)

(3.3)

B

G

AVSS

AVSS

DAC_AVDD3

DAC_AVDD3

(TYPE-11) (TYPE-12)

PWDN

RST

CLK

INT

DVSSA7A6

TRAP2

TRAP1

TRAP0

MSCK

MSD

25 26 27 28 29 30 31 32 33 34 35 36 37 38 39

(0)

R1735

(3.3)

4.7k

10k

R1743

(0)

10k

R1746

(3.2)

100

R1722

10k

R1721

(1.6)

0R1724

(3.2)

0.01

C1707

TYPE

(0)

(3.3)

(3.3)

10k

R1749 0

R1750 0

R1752

FS

AVSS

ASDATA4

VSYNC

(3.1)

62636465666768697071727374757677787980

VREF

PLL_AVDD3

PLL_AVDD3

HSYNC

(3.2)

(3.3)

61

DAC_AVDD3

40

(0)

R1761

0

60

SWING

59

AVSS

58

TX2P

57

TX2N

56

AVDD3

55

TX1P

54

TX1N

53

AVSS

52

TX0P

51

TX0N

50

AVDD3

49

TCKP

48

TCKN

47

AVSS

46

AVSS

45

44

43

PLLC1

42

PLLC0

41

AVSS

HTPLG

4321

A2

GNDSDA

SCLWPVCC

(3.3)

(3.3)

(3.3)

(0)

(0)

(3.3)

(0)

(0)

(0)

(0)

(3.3)

(0)

(0)

(3.3)

(0.9)

TC7SH08FU(T5RSOYJF)

(TYPE-11)
(TYPE-12)

A0

A1

8765

(3.3)

(3.3)

R1779

0

R1760

510

C1712
5600p

IC1704

SWITCHING

IC1704

R1768

4.7k

IC1703

EEPROM

IC1703

BR24L16F-WE2

(TYPE-11)
(TYPE-12)

R1765 4.7k

R1769 1k

R1767 1k

964 153

FL1701

EMI

G

FL1702

EMI

G

0.1C1714

0.1C1715

FL1703

EMI

G

C1720

0.01

C1719

0.1

GND

1012

IC B/D

IC1705

+1.8V REGULATOR

IC1705

TK11118CSCL-G

C1721

47
4V

12

R1786

0

R1794

C1729

0.01

1k

321

GND

NOISEVOUT

(3.3) (1.3)

C1730

0.22

(4.9)

CONT

(TYPE-11)

VIN

54

(TYPE-12)

(4.9)

R1798

0

IC1707

+3.3V REGULATOR

TK11133CSCL-G

C1722

0.01

(1.3)(1.8)

321

GND

CONT

NOISEVOUT

VIN

54

(3.2) (3.2)

R1788

0

C1723

0.22

R1782

3

4

3

4

3

4

3

4

C1724

0.22

1k

L1700

2

1

L1701

2

1

L1702

2

1

L1703

2

1

IC B/D

IC1707

C1731

1311

0.22

0R1800

100R1801

14

CN1701

19P

HDMI OUT

SW+3.3V

D-GND

SW+5V

1

TMDS DATA2+

2

TMDS DATA2 SHIELD

3

TMDS DATA2-

4

TMDS DATA1+

5

TMDS DATA1 SHIELD

6

TMDS DATA1-

7

TMDS DATA0+

8

TMDS DATA0 SHIELD

9

TMDS DATA0-

10

TMDS CLOCK+

11

TMDS CLOCK SHIELD

12

TMDS CLOCK-

13

CEC

14

RESERVED

15

SCL

16

SDA

17

DOC/CEC GND

18

+5V POWER

19

HPD

+5V_POWER

SDA

SCL

CEC

GND

52

MAIN

BOARD

(2/11)

(Page 34)

53

MAIN
BOARD
(11/11)

(Page 43)

HCD-X10

4242

HCD-X10

6-18. SCHEMATIC DIAGRAM – MAIN Section (11/11) –

MAIN BOARD (11/11)

A

(Page

MSCK

42)

MSD

WP

51

RST

MAIN

TRAP2

BOARD

SSO

(10/11)

VSYNC

SSCK

INT

C1702

0.01

B

C

R1708

0R1707

4.7kR1706

0

D

X1700

10MHz

E

F

C1703

22
10V

(Page

40)

G

50

XRSTIN

MAIN

BOARD

(8/11)

XSMCS

44

MAIN

BOARD

(7/11)

SMSDI

SMSDO

SMSCK

H

(Page

39)

R1703

R1716

R1718

0R1730

0R1715

0

R1712

(3.2)

(3.2)

(0)

(1.4)

(1.4)

11

0

0

0

AVSS

1

AVCC

2

AVR

3

PE3/INIT13

4

PE2/INIT12

5

PE1/INIT11

6

PE0/INIT10

7

P83

8

P82

9

P81

10

P80

11

P71TIO

12

P70/TO0

13

MOD

14

X0

15

X1

16

VSS

VDD

17 18 19 20

(3.2)

C1706

0.01

R1711

0

R1736

• See page 71 for Waveforms. • See page 74 for IC Block Diagrams. • See page 82 for IC Pin Function Description.

5 17

(3.2)

(3.2)

(3.3)

(3.2)

61626364

SCK

SDA

(3.2)

TRAP2

XPWDN

XTXRST

P35/AN05

IC1702

HDMI CONTROLLER

IC1702

MB95F108ASPFV-GE1-H0701

P36/AN06

P37/AN07

P40/AN08

P41/AN09

P43/AN11

P42/AN10

HDCP-_WP

(3.3)

HDCP-SCI

HDCP-SDA

(3.3)

(TYPE-11) (TYPE-12)

PG0/(CIN)

PG2/X1A

PG2/X0A

XRST

VSYNC

XSMCS

XTXINT

P03/INT03

P04/INT04

P05/INT05

P06/INT06

P07/INT07

0R1727

SDI

(3.1)

(3.1)

0R1747

0R1732

21 22 29282726252423 30 31 32

(3.2)

(3.1)

(3.1)

(3.2)

R1729 4.7k

0R1731

R1744

4.7k

R1734 4.7k

0R1740

C1708

0.01

100R1726

100

78 14

(3.3)

495051525354555657585960

EC1/P64

TO11/P63

TO00/P62

PRGII/P61

PRGIO/P60

TRG1/PS3

PPG1/PS2

PS1/SDAO

PS0/SCLO

EC0/P24

TO01/P23

TO00/P22

PPG01/P21

PPG00/P20

PP00/P14

ADIG/TR00

SDO

(3.2)

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

/P13

SCK

R1762

(3.2)

(3.2)

R1763

(0)

10k

10k

R1758

Q1700

2SK1399-T1B

4.7k

(3.2)

R1770

R1771

R1772

0

(5)

S

(3.2)

0

0

964 15 163

R1774

0

(5)

Q1700,1701
LEVEL SHIFT

Q1701

2SK1399-T1B

S

(3.2)

(3.2)

1012

0R1790

0R1792

1.8kR1777

1.8kR1776

C1726

IC B/D

R1780

0

R1793

0

R1796

10k

C1727

(TYPE-11) (TYPE-12)

0.01

(1.3) (3.2)

321

GND

NOISE

VOUT

(5)

0.22

IC1706

+5V REGULATOR

IC1706

TK11150CSCL-G

CONT

VIN

54

(8) (0)

C1728

0.22

12 18

Q1702

RT1N141C-TP-1

R1802

0

R1803

220

D1710

MA2J1110GLS0

(3.2)

1311

R1799

0

R1804

27k

(3.2)

Q1703

2SC4154TP-1EF

R1811

(3.2)

(0)

R1810

0

R1813

0

10k

Q1702-1705

CEC DATA SWITCH

(3.2)

(2.8)

(2.7)

(2.7)

Q1704

2SC4154TP-1EF

R1805

10k

R1809

R1807

22k

1k

(1.7)

R1808

C1732

22k

0.1

FL1700

EMI

(2.8)

Q1705

2SA1602TP-1EF

G

SCL

SDA

+5V_POWER

GND

CEC

SW+8V

SW+3.3V
E3.3V

CEC_RX_IN

CEC_TX_OUT

53

MAIN
BOARD
(10/11)

(Page 42)

54

MAIN

BOARD

(2/11)

(Page 34)

33

MAIN

BOARD

(3/11)

(Page 35)

HCD-X10

4343

HCD-X10

6-19. PRINTED WIRING BOARD – MAIN Section (1/2) (TYPE-11) –

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

A

B

C

D

E

F

G

MAIN BOARD (COMPONENT SIDE)

R1752

R1724

CN1701

HDMI

OUT

Q1702

R1805

D1710

R1810

R483

R484

R485

CN410

DMPORT

2

R439

R452

R471

CN409

DMPORT

1

C1732

BCE

Q1703

1

18

1

18

19

1

FL1703

R1808

R1804

BCE

C420

C439

R454

C448

R469

C419

R1776

60

R1777

C1712

L1703

61

L1702

L1701

80

L1700

1

C1711

+

R1761

C1718

Q1704

BCE

+

R1807

C1717

R1809

Q1705

C433

C438

C427

C408

C407

C447

C446

C406

FL1702

C409

+

+

+

R448

+

+

+

+

+

+

+

C449

C421

BCE

IC1701

C1716

+

FL1701

C1721

+

R446

C475

C476

+

R1728

R1720

C430

+

+

C1705

41

C1704

20

R1714

+

R629

C477

C620

IC605

R630

17

40

C1701

21

R1730
R1725
R1715
R1712

R1717

Q405

C441

R443

L401

C478

++

+

+

CN502 (US, CND)
CN504 (AEP, UK)

15

48

49

64

1

+

C1703

FL1700

E

C

B

C443

+

C470

L602

C628

C626

5

C624

1845184

C613

C621

C622

R615

R612

IC1702

R1708

R460

R455

R459

R468

C465

+

C466

+

C625

B

R677

R624

1

EC

R492

R409

C623

1

X1700

Q603

33

16

+

R616

R1703

R402
R479

C473

L601

C627

32

R1731

17

+

C404

+

C405

+

(US, CND)

R695

IC604

19

17

R1132

R1729

C1706

(AEP, UK)

(US, CND)

R1727

R401
C474

+

C403

C464

R662

R663

R664

CN501 (US, CND)
CN503 (AEP, UK)

R1716

C1197

C1196

IC443

R661

R660

IC1104

1

4

RB1112

RB1111

RB1109

R742

R722

R737

+

R739
R740

FB1105FB1106

RB1107

RB1102

RB1106

RB1105

R1211

RB1104

RB1103

R1220

R1215

R1223

(AEP, UK)

R1187

R1186

FB1113

IC772

C705

+

C724

C727

C774

R741

C1184

RB1108

128

129

RB1101

85

FB1102

RB1100

C1171

R1159

IC1105

192

193 256

R1156

R1178

R1162

R1166

FB1114

R754

1

R763

8

R757

R723

R728

C722

24

IC702

C723

C720

CN505

R749

C752

R708
R771

C721

+

FB702

R724

13

R640

R1175

R727

48

R1172

16

9

R762

FB751

R725

R713

12

1

R726

L703

R642

R1158

R758

IC704

R760
R751
R752

R761

R759

R721

R70

R709

C719

C716

R718
R719

R778

R50

C709

L702

R756

R786

R730

R732

R733

C725

C751

R753
R755

25

36

R1182

37

R734

C1195

++

R1191

C1194

1

54

IC1109

27

R790
R780
R781

+
C717

C463

+

C462

13

R607

R608

1

115

C1188
C1187

C706

L701

RB1110

R1207

R1204

C718

C708

+

28

R1214

16 9

18

C707

X701

C775

R1157

C002

R1195

R1194

R1196

C1161

+

C52

C56

X1100

+

+

IC1102

R1200

R1197

R1137

C1163

X1

R023

C4

C23

1

C26

C28

C32

C33

C35

C36

C40

36

R12

: Uses unleaded solder.• See page 32 for Circuit Boards Location.

R1332

C1308

R1327

R552

C615

C614

R1331

R549

30

51

R550

C525

IC504

R584

541

FB505

+

C529

R1334

R1333

C1317

37

24

R517

C506

R536

IC501

C609

IC603

C612

C524

+

3

C514

C538

C533

36

25

C517

C1322

C1319

C522

X501

C518

C1320

IC503

C515

R591

R593

+

+

C1321

+

C1318

541

Q503

R501

R658

FB503

FB510

R502

+

C521

E

C

B

R527

5

1

IC601

FL501

R557

R656

C610

C611

C523

3

D501

R524

80

1

R595

R657

R659

R634

R522

R561

100

R676

C604

C608

R519

81

R639

+

R556

R563
C520

R542

C507

C508

C1332

R1335
R1347

C1331

R562

R671

C503

R514

R513

R512

R511

C502

R509

R510

R505

C603

R643

R535

R533

R526

R587

FB509

+

R633

C602

D601

R635

R651

+

R530
R503

C601

R632

5

1

IC602

15

C607

C606

R655

C501

R576

R652

C619

R577

R654

R675
R674

C605

R653

G
S

D

C536

+

C510

R1337

R1336

R1339
R1346

Q504

+

R1338

C1323

C1324

6

CN1300

1

1

CN506

17

11

CN507

1

OPTICAL

PICK-UP BLOCK

KHM-310CAA

KHM-313CAA

H1

P-SW

BOARD

CN100

(Page 57)

J1

DISPLAY

BOARD

CN801

or

(1/2)

(Page 62)

FB502

+

FL503

R1317

R1321

R1322

R1

C531

1

R4
R7

FB508

C1311

C1309

R1314

R1323

R1318

48

48

1

IC1300

13

12

31

R515

+

C58

R2

R14

5

C59

C65

C68

5

C69

1

C72

D502

+

C528

FB506

D504

C532

+

C71

R9

+

FL502

+

FB507

C535

+

+

R636

50

C519
R554
R534

FB501

C1107

R1122

C1112

C1121

314

C1138

FB1100

65

5

R1121

C1101

R1127

C1136

64

C1100

Q1100

R1111

R1101

G2 S2D1

R1108

D2

G1S1

R1106

IC1103

+

C1120

+

C1118

+

C1116

1

C1160

+

C001

R30

R35

C16

R29

C10C11

C12C14

C17

C7

C9

109144

108

IC1

73

C39

7237

C45

C46

C47C48C49

C50

C51

R67

R66

R65

R11

1

C1126

+

3

+

C1109

+

C1105

C66

+

C22

C24

C18

C25

C27

C29

C30

C31

R53

C34

C37

C44

C53

R604

R605

R42

IC5

R44

IC9

C526

+

RB601RB602RB603

R579

H

HCD-X10

(Page

48)

AV-001
BOARD

CN400

(US, CND) (AEP, UK) (US, CND) (AEP, UK) (US, CND) (AEP, UK)

• Semiconductor Location

Ref. No. Location

D501 C-10
D502 F-8
D504 F-9
D601 F-10
D1710 C-1

Ref. No. Location

IC1 F-7
IC5 E-8
IC9 F-8
IC443 F-4

A1

D1

(Page

52)

AV-002
BOARD

CN401

(Page

48)

AV-001
BOARD

CN301

B1

E1

(Page

52)

AV-002
BOARD

CN301

(Page

58)

D IN-001

BOARD
CN2001

F1

G1

(Page

60)

D IN-002

BOARD
CN2001

R602

R601

R603

Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location

IC501 D-10
IC503 C-10
IC504 G-9
IC601 F-10
IC602 G-10

IC603 F-10
IC604 G-3
IC605 G-2
IC702 F-5
IC704 E-5

IC772 E-5
IC1102 B-7
IC1103 C-8
IC1104 B-6
IC1105 C-6

IC1109 B-4
IC1300 B-9
IC1701 B-2
IC1702 C-3

Q405 D-3
Q503 C-10
Q504 E-11
Q603 G-3
Q1100 B-8

Q1702 C-1
Q1703 C-1
Q1704 C-1
Q1705 C-1

4444

1-872-739-

11

Note: In type-11 and type-12, the WIRE (FLA T TYPE) (11 CORE)

connected with CN507 on the MAIN board is different.
Replace it for the WIRE (FLAT TYPE) (11 CORE) that is
sure to suit each type when you replace the WIRE (FLAT
TYPE) (11 CORE).
Refer to “NO TE OF REPLACING THE WIRE (FLAT TYPE)
(11 CORE) (CN507 ON THE MAIN BOARD – CN801 ON
THE DISPLA Y BOARD)” (page 7) in servicing notes for the
combination of the WIRE (FLAT TYPE) (11 CORE).

6-20. PRINTED WIRING BOARDS – MAIN Section (2/2) (TYPE-11) –

1 2 3 4 5 6 7 8 9 10 11

A

MAIN BOARD

(CONDUCTOR SIDE)

• See page 32 for Circuit Boards Location.

OPTICAL PICK-UP BLOCK

(KHM-310CAA or KHM-313CAA)

(2/2)

HCD-X10

: Uses unleaded solder.

(NC)

123

CN1102

224

C1312

R1320

R548
R547
R582

C1314

R1311

C1313

C1310

R1319

R558

R1306

C1302

R1307

R1312

C1304

R1313

R1316

R644

C1303

R1305

C1305

R1315

R1310

R1309

R1308

R1304

R1113

BCE

Q1101

C1123

R1123

C1125

C1110

R1103

R1120

R1119

C1E1B1B2E2

Q1102

C2

R1110

R1116

R1117

R1118

IC1101

R10

5

CN1301

B

1

C1315

R1348

R1326

R1325

C

R539

(US, CND)

R523

R525

R731

D

R506
R504

R581

R638

R665

C511

4

C509

C516

3

R617
R666

1

5

R1115

R1100
R1104
C1104

C1106

R1105
R1107

R1114

R1109

C1108

R1124

R1112

C1111

1

24

C1117

C1115

45

13

C1127

C1137

C1122

FB1101

IC1100

C1124

C1119

C1129

C1130

C1131

C1128

R1130

C1133

R1129

C1139

C1146

C1144

R1131

C1143

C1147

C1135

C1134

C1149

C1141

C1150

C1132

C1157

C1151

C1148

C1154

C1152

C1153

R1128

C1162

R1135

C1156

R1139

R1143

48

R1171

R1147

25

C1167

FB1103

C1165

C1159

R1134

64

13

R1142

IC1107

R1170

R1149

R1146

R1151

R1138

R1169

R1173

R1152

R1165

C1168

C1166

FB1104

R1102

R1167

R1179

R1153

C1170

R1148

FB1115

R1221

C1174
C1172

FB1107

C1173

R1125

R1183

R1188

R1199
R1201

FB1108

R1126

R1192

C1182

C1181

C1180

C1179

C1178

R787

C1175

C1183

FB1109

FB1110

C1190

FB1111

C1191

R1213

FB1112

C1193

C1192

R1216

R1218

C1189

R1217

R1141

R1144

C1158

13

54

IC1108

RB1114

RB1113

R1140

IC502

C617

E

F

R670

R667

R669R668

C616

C618

R36

R24

C13

R13

R32

R47

R48

R51

R52

R60

R54

R58
R59

C15

C8

R26

R25

R3

C70

Q1

E

C

B

R92

R8

C62

R16

R18

R20

R15

R17

R6

R28

R27

IC6

1345

C63

R91

R49

45

IC4

13

R34

R90

R41

R43

R45

C711

C710

R736

R716

C43

R735

R738

D702
D701

CN1101

16

R1747

R609

Q409

IC401

R610

R1718

B

C

E

R496

R406

R1744

C1708

R1726

C483

B

C

E

R498

Q406

R405

85

14

R611

R1711

Q408

B
E

R490

C

R1732

C481

R679

Q1700

R1771

R1758

R410

R494

R408

R489

R1707

R497

B

C

E

R641

R1706

G

D

S

R1763

R1734

R1740

R1736

R466

IC412

Q407

R491

R495

R1772

R465

Q410

16 9

1

C482

G

113

CN515

21

CN514

1

R606

R673

R1774

SGD

Q1701

R1770

R1762

C1702

7

BEC

R411

IC441

R414
R493

R613

R614

R458

R407

C1728

1

148

Q411

R456

C1727

R1704

R457

BEC

R463
R500
R499

R470

R1780

R1733

R412

8

IC442

R480

(US, CND)

IC1706

C1726

354

R1793

1

R1796

R1735

R1719

R1713

C1707

R1710

R1721

R1722

C1719

IC1703

IC1705

R1788

C1724

C1722

R1786

85

14

R488

85

1

R451

C469

R631

R622

85

1

514

3

R472

R473

R487

R440

R441

R450

R447

14

85

R1746

R1743

C1720

R1768

R1749

R1750

R1767

C1713

C1715

R1765

R1769

R1760

4

IC1707

R1779

C1729

C1723

R1782

R474

R442

IC440

R453

R486

R445

R461

IC403

4

R467

13

CN412

4

R1800

R1792

51
43

R1798
C1731

R1794
C1730

R1766

IC1704

135

R1801

R1790

C1714

R1802

R1811

R1799

R1803

R1813

1-872-739-

A001

11

HCD-X10

H

• Semiconductor Location

Ref. No. Location

I

D701 E-7
D702 E-7

IC4 F-6
IC6 F-6
IC401 E-9

Ref. No. Location

IC403 E-10
IC412 D-10
IC440 E-10
IC441 E-10
IC442 F-10
IC502 E-2

K1

P-AMP BOARD

CN902

L1

P-AMP BOARD

CN3006

(Page 65) (Page 64)

Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location

IC1100 B-6
IC1101 D-5
IC1107 D-6
IC1108 C-8
IC1703 C-10
IC1704 B-11

IC1705 C-10
IC1706 B-10
IC1707 C-11

Q1 F-5
Q406 E-9

Q407 E-9
Q408 D-9
Q409 D-9
Q410 E-10
Q411 E-10
Q1101 B-4

Q1102 C-4
Q1700 B-9
Q1701 B-9

MS-203 BOARD

1

2

CN001

5

4

MM

M301

DISC TRAY

OPEN/CLOSE

S001-1

DISC TRAY

OPEN DETECT

S001-2

DISC TRAY

CLOSE DETECT

S001

–1

–2

1-861-327-

12, 21

P-AMP BOARD

M1

(Page 65)

CN3004

4545

HCD-X10

6-21. PRINTED WIRING BOARD – MAIN Section (1/2) (TYPE-12) –

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

A

B

C

D

E

F

G

MAIN BOARD (COMPONENT SIDE)

R1752

R1724

CN1701

HDMI

OUT

Q1702

R1805

D1710

R1810

R483

R484

R485

CN410

DMPORT

2

R439

R452

R471

CN409

DMPORT

1

C1732

BCE

Q1703

1

18

1

18

19

1

FL1703

R1808

R1804

BCE

C420

C439

R454

C448

R469

C419

R1776

60

R1777

C1712

L1703

61

L1702

L1701

80

L1700

1

C1711

+

R1761

C1718

Q1704

BCE

+

R1807

C1717

R1809

Q1705

C433

C438

C427

C408

C407

C447

C446

C406

FL1702

C409

+

+

+

R448

+

+

+

+

+

+

+

C449

C421

BCE

IC1701

C1716

+

FL1701

C1721

+

R446

C475

C476

+

R697

R1728

R1720

C430

+

+

R696

C1705

41

C1704

20

R1714

+

R629

C477

IC605

C620

R630

17

40

C1701

21

R1730
R1725
R1715
R1712

R1717

Q405

C441

R443

L401

C478

++

+

+

CN502 (US, CND)
CN504 (AEP, UK)

15

48

49

64

1

+

C1703

FL1700

E

C

B

C443

+

C470

L602

C628

C626

5

C624

1845184

C613

C621

C622

R615

R612

IC1702

R1708

R460

R455

R459

R468

C465

+

C466

+

C625

B

R677

R624

1

EC

R492

R409

C623

1

X1700

Q603

33

16

+

R616

R1703

R402
R479

C473

L601

C627

32

R1731

17

+

C404

+

C405

+

(US, CND)

R695

IC604

19

17

R1132

R1729

C1706

(AEP, UK)

(US, CND)

R1727

R401
C474

+

C403

C464

R662

R663

R664

CN501 (US, CND)
CN503 (AEP, UK)

R1716

IC443

R661

R660

• See page 32 for Circuit Boards Location.

IC1104

1

4

RB1112

RB1111

RB1109

R742

R722

R737

+

R739
R740

FB1105FB1106

RB1107

RB1102

RB1106

RB1105

R1211

RB1104

RB1103

R1220

R1215

R1223

(AEP, UK)

R1187

R1186

FB1113

IC772

C705

+

C724

C727

C774

R741

C1184

RB1108

128

129

192

193 256

R1182

FB1114

R754

C751

1

R763

R756

8

R753

R749

R757

R755

R786

R723

R730

R732

R728

R733

C722

C725

24

25

IC702

36

37

C723

R734

C720

CN505

RB1101

C752

FB702

R724

R708
R771

13

C721

+

R640

R1178

R1175

R727

48

R1172

16

9

R762

FB751

R725

R713

12

1

R726

L703

R642

85

R1166

FB1102

RB1100

R1156

R1162

R1158

R758

IC704

R760
R751
R752

R761

R759

R721

R70

R709

C719

C716

R718
R719

C1171

R778

R50

C709

C1195

++

R1191

1

C1194

C1197

C1196

C463

IC1109

27

R790
R780
R781

+
C717

+

C462

13

R607

R608

1

115

C1188
C1187

C706

L701

RB1110

R1207

R1204

C718

C708

+

54

28

R1214

16 9

18

C707

X701

C775

R1195

R1194

R1196

R1159

R1157

IC1105

X1100

C1161

C002

+

L702

C52

C56

IC1102

R1200

R1197

R1137

R023

C4

C23

1

C26

C28

C32

C33

C35

C36

C40

36

+

R12

+

C1163

X1

R35

C51

: Uses unleaded solder.

C1107

R1122

C1112

5

314

C1121

C16

C1138

C001

FB1100

65

C1160

+

R1121

R1127

C1136

64

C1120

C1118

C1116

1

R30

R29

C7

C10C11

C12C14

C17

109144

IC1

C45

C46

C47C48C49

C50

R67

R66

R11

R1332

C1308

R1327

R552

C615

C614

R1331

R549

30

51

R550

C525

IC504

R584

541

FB505

+

C529

R1334

R1333

C1317

37

24

R517

C506

IC501

IC603

C612

C524

+

3

C514

C538

C533

36

25

R536

C517

C609

C1322

C1319

C522

X501

C518

C1320

IC503

C515

R591

R593

+

+

C1321

+

C1318

541

Q503

R501

R658

FB503

FB510

R502

+

C521

E

C

B

R527

5

1

IC601

FL501

R557

R656

C610

C611

C523

3

D501

R524

80

1

R595

R657

R659

R634

R522

R561

100

R676

C604

C608

R519

81

R639

+

R556

R563
C520

R542

C507

C508

C1332

R1335
R1347

C1331

R562

R671

C503

R514

R513

R512

R511

C502

R509

R510

R505

C603

R643

R535

R533

R526

R587

FB509

+

R633

C602

D601

R635

R651

+

R530
R503

C601

R632

5

1

IC602

15

C607

C606

R655

C501

R576

R652

C619

C510

R577

R654

R675
R674

C605

R653

G
S

D

C536

+

R1337

R1336

R1339
R1346

Q504

+

R1338

C1323

C1324

6

CN1300

1

1

CN506

17

11

CN507

1

OPTICAL

PICK-UP BLOCK

KHM-310CAA

KHM-313CAA

(1/2)

H2

P-SW

BOARD

CN100

(Page 57)

J2

DISPLAY

BOARD

CN801

or

(Page 62)

FB502

+

FL503

R1317

R1321

R1322

C1311

C1309

RB601RB602RB603

C526

R579

R1108

R42

R44

IC9

R1314

R1323

R1318

48

48

1

IC1300

13

12

31

R1

R515

+

C58

R2

R14

5

C59

C65

1

R4

C68

R7

5

C69

1

C72

D502

+

+

C528

C531

FB508

FB506

D504

C532

+

C71

R9

+

FL502

+

FB507

C535

+

+

R636

50

C519
R554
R534

FB501

R1101

C1100

C1101

Q1100

R1111

G2 S2D1

D2

G1S1

R1106

IC1103

+

+

+

C9

108

73

C39

7237

R65

1

C1126

+

3

+

C1109

+

C1105

C66

+

C22

C24

C25

C27

C29

C30

C31

C34

C37

C44

C53

R604

R605

IC5

C18

R53

H

HCD-X10

• Semiconductor Location

Ref. No. Location

D501 C-10
D502 F-8
D504 F-9
D601 F-10
D1710 C-1

Ref. No. Location

IC1 F-7
IC5 E-8
IC9 F-8
IC443 F-4

G2

(Page

60)

D IN-002

BOARD
CN2001

(Page

48)

AV-001
BOARD

A2

CN400

(US, CND) (AEP, UK) (US, CND) (AEP, UK) (US, CND) (AEP, UK)

D2

AV-002
BOARD

CN401

(Page

52)

(Page

48)

AV-001
BOARD

CN301

B2

E2

(Page

52)

AV-002
BOARD

CN301

(Page

58)

D IN-001

BOARD
CN2001

F2

Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location

IC501 D-10
IC503 C-10
IC504 G-9
IC601 F-10
IC602 G-10

IC603 F-10
IC604 G-3
IC605 G-2
IC702 F-5
IC704 E-5

IC772 E-5
IC1102 B-7
IC1103 C-8
IC1104 B-6
IC1105 C-6

IC1109 B-4
IC1300 B-9
IC1701 B-2
IC1702 C-3

Q405 D-3
Q503 C-10
Q504 E-11
Q603 G-3
Q1100 B-8

4646

R601

R602

R603

Q1702 C-1
Q1703 C-1
Q1704 C-1
Q1705 C-1

1-872-739-

12

Note: In type-11 and type-12, the WIRE (FLA T TYPE) (11 CORE)

connected with CN507 on the MAIN board is different.
Replace it for the WIRE (FLAT TYPE) (11 CORE) that is
sure to suit each type when you replace the WIRE (FLAT
TYPE) (11 CORE).
Refer to “NO TE OF REPLACING THE WIRE (FLAT TYPE)
(11 CORE) (CN507 ON THE MAIN BOARD – CN801 ON
THE DISPLA Y BOARD)” (page 7) in servicing notes for the
combination of the WIRE (FLAT TYPE) (11 CORE).

6-22. PRINTED WIRING BOARDS – MAIN Section (2/2) (TYPE-12) –

1 2 3 4 5 6 7 8 9 10 11

A

MAIN BOARD

(CONDUCTOR SIDE)

• See page 32 for Circuit Boards Location.

OPTICAL PICK-UP BLOCK

(KHM-310CAA or KHM-313CAA)

(2/2)

HCD-X10

: Uses unleaded solder.

(NC)

123

CN1102

224

C1312

R1320

R548
R547
R582

C1314

R1311

C1313

C1310

R1319

R558

R1306

C1302

R1307

R1312

C1304

R1313

R1316

R644

C1303

R1305

C1305

R1315

R1310

R1309

R1308

R1304

R1113

BCE

Q1101

C1123

R1123

C1125

C1110

R1103

R1120

R1119

C1E1B1B2E2

Q1102

C2

R1110

R1116

R1117

R1118

IC1101

R10

5

CN1301

B

1

C1315

R1348

R1326

R1325

C

R539

(US, CND)

R523

R525

R731

D

R506
R504

R581

R638

R665

C511

4

C509

C516

3

R617
R666

1

5

R1115

R1100
R1104
C1104

C1106

R1105
R1107

R1114

R1109

C1108

R1124

R1112

C1111

1

24

C1117

C1115

45

13

C1127

C1137

C1122

FB1101

IC1100

C1124

C1119

C1129

C1130

C1131

C1128

R1130

C1133

R1129

C1139

C1146

C1144

R1131

C1143

C1147

C1135

C1134

C1149

C1141

C1150

C1132

C1157

C1151

C1148

C1154

C1152

C1153

R1128

C1162

R1135

C1156

R1139

R1143

48

R1171

R1147

25

C1167

FB1103

C1165

C1159

R1134

64

13

R1142

IC1107

R1170

R1149

R1146

R1151

R1138

R1169

R1173

R1152

R1165

C1168

C1166

FB1104

R1102

R1167

R1179

R1153

C1170

R1148

FB1115

R1221

C1174
C1172

FB1107

C1173

R1125

R1183

R1188

R1199
R1201

FB1108

R1126

R1192

C1182

C1181

C1180

C1179

C1178

R787

C1175

C1183

FB1109

FB1110

C1190

FB1111

C1191

R1213

FB1112

C1193

C1192

R1216

R1218

C1189

R1217

R1141

R1144

C1158

13

54

IC1108

RB1114

RB1113

R1140

IC502

C617

E

F

R670

R667

R669R668

C616

C618

R36

R24

C13

R13

R32

R47

R48

R51

R52

R60

R54

R58
R59

C15

C8

R26

R25

R3

C70

Q1

E

C

B

R92

R8

C62

R16

R18

R20

R15

R17

R6

R28

R27

IC6

1345

C63

R91

R49

45

IC4

13

R34

R90

R41

R43

R45

C711

C710

R736

R716

C43

R735

R738

D702
D701

CN1101

16

R1747

R609

Q409

IC401

R610

R1718

B

C

E

R496

R406

R1744

C1708

R1726

C483

B

C

E

R498

Q406

R405

85

14

R611

R1711

Q408

B
E

R490

C

R1732

C481

R679

Q1700

R1771

R1758

R410

R494

R408

R489

R1707

R497

B

C

E

R641

R1706

G

D

S

R1763

R1734

R1740

R1736

R466

IC412

Q407

R491

R495

R1772

R465

16 9

G

113

CN515

21

CN514

1

R606

R673

R1762

Q410

1

C482

R613

R1774

SGD

Q1701

R1770

C1702

7

R458

BEC

R411

IC441

R407

R414
R493

R614

C1728

1

148

Q411

R456

R1780

C1727

R1704

R457

BEC

R463
R500
R499

R470

R1733

R412

8

IC442

R480

(US, CND)

IC1706

C1726

354

R1793

1

R1796

R1735

R1719

R1713

C1707

R1710

R1721

R1722

C1719

IC1703

IC1705

R1788

C1724

R1786

85

14

R488

85

1

R451

R631

R622

85

1

514

C1722

R473

R487

R441

R450

14

85

C469

R1746

R1743

R1749

R1767

R1765

R1769

4

R1779

3

R1782

R474

R472

IC440

R453

R445

R440

IC403

4

R447

13

CN412

4

C1720

R1768

R1800

R1792

R1750

C1713

C1715

R1760

IC1707

C1729

C1723

R442

R486

R461

R467

IC1704

135

R1790

C1714

R1798
C1731

51
43

R1794
C1730

R1766

R1801

R1802

R1811

R1799

R1803

R1813

1-872-739-

A001

12

HCD-X10

H

• Semiconductor Location

Ref. No. Location

D701 E-7

I

D702 E-7
IC4 F-6

IC6 F-6
IC401 E-9

Ref. No. Location

IC403 E-10
IC412 D-10
IC440 E-10
IC441 E-10
IC442 F-10
IC502 E-2

K2

P-AMP BOARD

CN902

(Page 65)

L2

P-AMP BOARD

CN3006

(Page 64)

Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location

IC1100 B-6
IC1101 D-5
IC1107 D-6
IC1108 C-8
IC1703 C-10
IC1704 B-11

IC1705 C-10
IC1706 B-10
IC1707 C-11

Q1 F-5
Q406 E-9

Q407 E-9
Q408 D-9
Q409 D-9
Q410 E-10
Q411 E-10
Q1101 B-4

Q1102 C-4
Q1700 B-9
Q1701 B-9

MS-203 BOARD

1

2

CN001

5

4

MM

M301

DISC TRAY

OPEN/CLOSE

S001-1

DISC TRAY

OPEN DETECT

S001-2

DISC TRAY

CLOSE DETECT

S001

–1

–2

1-861-327-

12, 21

M2

P-AMP BOARD

CN3004

(Page 65)

4747

HCD-X10

• Semiconductor

Location

Ref. No. Location

IC300 C-1
IC301 D-6
IC302 E-6
IC400 C-4
IC401 C-3
IC402 E-4

Q300 D-7
Q301 D-7
Q302 C-1

6-23. PRINTED WIRING BOARD – AV-001 Board (Component Side) (US and Canadian models) –

1 2 3 4 5 6 7

A

AV-001 BOARD (COMPONENT SIDE)

B

FB302

BCE

Q302

C

R309

R342

IC300

5

8

R339

C322

14

C324

R343

R341

C415

R402

C413

C402

R408

32

1

IC401

C417

C418

IC400

R415

14

17

16

C419

58

C409

R416

R409

D

R410

R411

C424

5

1

C425

R414

R413

IC402

E

• See page 32 for Circuit Boards Location.

R423

R424

R417

R425

R421

R422

CN400

C307

17

16

2

1

C308

R323R325 R327 R329R331 R333

C330

R311

C327

16

1

IC302

5

8

R313R314 R315

IC301

14

: Uses unleaded solder.

R312

C305C306

9

8

R310

C303C304

Q300

BEBEC

Q301

C

CN301

17

16

2

1

(TYPE-11)

A1

MAIN

BOARD

CN502

A2

MAIN

BOARD

CN502

(TYPE-12)

(TYPE-11)

B1

MAIN
BOARD
CN501

B2

MAIN

BOARD

CN501

(TYPE-12)

(Page 44)

(Page 46)

(Page 44)

(Page 46)

HCD-X10

F

1-872-741-

11

(11)

4848

HCD-X10

6-24. PRINTED WIRING BOARD – AV-001 Board (Conductor Side) (US and Canadian models) –

1 2 3 4 5 6 7 8 9

J301 J402

A

AV-001 BOARD

(CONDUCTOR SIDE)

B

C

D

E

SAT/

TV

CABLE

AUDIO

AUDIO

IN R

IN R

R303 R304R305 R306 R307

C311 C312

R346

R347

R350

C313

SAT/

TV

CABLE

AUDIO

AUDIO

IN L

IN L

R308

C314 C315C316

R322 R324R326R328 R330R332

C329

C333

C332

C331

SAT/

CABLE

VIDEO

IN

R400

VIDEO
AUDIO

IN R

COMPONENT

VIDEO OUT

(DVD ONLY)

Y

C400

C427

C401

VIDEO

AUDIO

IN L

L400

• See page 32 for Circuit Boards Location.

J401

COMPONENT

VIDEO OUT

(DVD ONLY)

B

P

R405

C410

/ C

B

C405

C408

VIDEO
VIDEO

IN

R406

C420

COMPONENT

VIDEO OUT

(DVD ONLY)

R

/ C

P

R401

C406

C421 C422C423

R

R407

C407

R400

D451

R403

S VIDEO

(DVD ONLY)

4

3

D452

C403

C404

R404

C412

L401

J400

MONITOR OUT

21

C325

: Uses unleaded solder.

VIDEO

R300

FB301

R335

C318

C320

R337

R317

C326

R344

R345

C328

C309

CN300

9

28

1

L300

C300

C301

J300

A.CAL

MIC

ECM AC2

R320
R319

R301

TUNER

(FM/AM)

• Semiconductor

Location

Ref. No. Location

D451 C-6
D452 C-6

FM 75Ω

COAXIAL

AM

ANTENNA

HCD-X10

R302

F

1-872-741-

11

(11)

4949

HCD-X10

6-25. SCHEMATIC DIAGRAM – AV-001 Board (1/2) (US and Canadian models) –

(1/2)AV-001 BOARD

A

J400

4

1

(2/2)

B/CB

R/CR

1

3

2

(CHASSIS)

J401

VIDEO_L_IN

VIDEO_R_IN

J402

(CHASSIS)

C402

R402

0.1

75

R408

C403
1000

6.3V

C407

100
16V

C401

10

50V

C400

50V

10k

25

23

22

21

10

D451

STZ6.8N-T146

6P

R401

75

1P

R400

75

R405

75

R406

R403

75

R404

75

C404
1000

6.3V

STZ6.8N-T146D452

C405

1000

6.3V

75

C406

100
16V

R407

75

S VIDEO

(DVD ONLY)

MONITOR

OUT

VIDEO

B

COMPONENT VIDEO OUT

C

D

E

(DVD ONLY) Y

VIDEO AUDIO IN

R

COMPONENT VIDEO OUT

(DVD ONLY) P

VIDEO AUDIO IN

L

COMPONENT VIDEO OUT

(DVD ONLY) P

VIDEO VIDEO IN

AV-001
BOARD

(Page 51)

SAT/CABLE

VIDEO IN

F

26

(2.3) (5.1)

(0.1)

(1.8)

(1.7)

24

(1.7)

(2.3)

(2.3)

(2.2)

(3.1)

(2.1)

(3.2)

• See page 71 for Waveforms. • See page 74 for IC Block Diagrams.

5

IC401

VIDEO AMP,
75

BH7868FS-E2

32

C OUT

S-DC OUT

31

30

VOUTa

29

VOUTb

28

GND

YOUTa

27

YOUTb

26

25

GND

CYOUTa

24

CYOUTb

23

22

GND

CbOUTa

21

CbOUTb

20

19

GND

CrOUTa

18

CrOUTb

17

NJM2235V(TE2)

1

IN1

2

SW1

3

IN2

SW2 IN3

Ω

IC401

IC400

DRIVER

MUTE1

CVBS IN

YC MIX

CYIN

Cb IN

MUTE2

GND

OUT

VDD

Vcc1

BIAS

CLP

GND

CrIN

Vcc2

IC B/D

1

(0.1)

S1

2

S2

3

(2.2)

CIN

4

(3.2)

5

(1.7)

6

(5.1)

7

(1.7)

YIN

8

(2.2)

9

10

(1.7)

11

12

(2.2)

13

(3.2)

14

(2.2)

15

(5.1)

16

C412

470

10V

L401
10uH

C419

C415

0.1

C422

C413

0.01

C423

C417

C418

1

IC400

VIDEO SELECT

8

(1.9)

7

(5.2)

6

(2.6)

54

R409

C408

10

50V

0

78

R421

1k

R416

0

50V

1

R415

R423

150

R424

150

C409

0.01

C410

100
16V

R417

0

L400
10uH

R425
150

0

10

100C421

C420

0.01

1

1

IC B/D

50V

16V

R410

100k

IC402

GND

C425

0.47

(6.3)

1012

IC B/D

EN

IN

12345

(6.3)

R414

22k

R413

10k

9643

IC402

+5V REGULATOR

NJM2887DL3

OUT

FB

(1.3)

(5.2)

300k

R411

C427

C424

47

0.01

16V

11

R422

12

0

CN400

17P

Y

17

VGND

16

C

15

VGND

14

V

13

VGND

12

Y/G

11

VGND

10

CB/B

9

12V

8

CR/R

7

WIDE

6

V_SEL3

5

V_SEL2

4

V_SEL1

3

V_SEL0

2

E6V

1

A

MAIN

BOARD

(3/11)
CN502

(Page

35)

HCD-X10

5050

HCD-X10

6-26. SCHEMATIC DIAGRAM – AV-001 Board (2/2) (US and Canadian models) –

5 17

A

J300

A.CAL MIC

B

ECM-AC2

(2/2)AV-001 BOARD

C

D

E

J301

VIDEO_R_IN

VIDEO_L_IN

4P

R303

220

R310

220k

R311

R304

220

220k

R305

220

R312
220k

R313

R306

R307

R308

220k

220

220

R314
220k

R315

220

220k

C303

220p

C304

220p

C305

220p

C306
220p

C307

220p

C308
220p

TV AUDIO IN

L

SAT/CABLE

F

AUDIO IN L

TV AUDIO IN

SAT/CABLE
AUDIO IN R

R

G

1

AV-001
BOARD

H

(1/2)

(Page 50)

• See page 74 for IC Block Diagrams.

78

R320

3.3k

R317

2.2k

FB301

FB302

R300

0

C309

22

50V

Q302

RT1N441C-TP-1

MIC DETECT SWITCH

R301

0

47k

47k

R322

C311

22

C312

22

C313

22

C314

22

C315

22

C316

22

R324

R319

1.2k

R309

0

47k

R326

47k

47k

R328

47k

R332

R330

964 15 163

C320

10

R337

50V

C318

R335
100k

C329

100

16V

100p

C327

0.01

1012

R339

470

IC301

R341
330

MC14052 BDR2

22k

4.6

4.6

4.6

Y0

Y2YY3

X

X1

X2

VDD

16 15 14 13 12 11 10 9

9

4.6

4.6

4.6

0

R342

4.6

4.6

­+

+

-

GND

4321

4.6

4.6

C322

47p

4.64.6

Y1

INH

X3

X0

4.6

Q300

RT1N241C-TP-1

12

R344

4.7k

C325

100
16V

94.6

8765

VDD

IC300

NJM4558M-TE2

C324
10p

87654321

VEE

VSSB

A

0

0

0

IC300

R343

27k

3.2

RT1N241C-TP-1

INVERTERINVERTER

MIC AMP

Q301

C326

0.01

R345

4.7k

AUDIO SELECTOR

0

C328

IC B/D

IC301

R346

10k

R347

10k

16V

47

3.2

1311

4.6

4.6

4.6

­+

+

-

GND

4321

4.6

4.6

14

C332

0.01

R350

0

C333

47
16V

C331

16V
100

C330

0.01

9

8765

VDD

IC302

NJM4558M-TE2

TUNED

CE

DI

CLK

DO

IC302

LINE AMP

CN301

17P

1

AGND

2

TUNER_L

3

9V

4

TUNER_R

5

AGND

6

TUNED

7

CE

8

DI

9

CLK

10

DO

11

A_SEL0

12

A_SEL1

13

MICSW

14

AGND

15

AD_L

16

AGND

17

AD_R

B

MAIN

BOARD

(3/11)
CN501

(Page

35)

HCD-X10

CN300

9P

1

TUNER_L

2

FM 75Ω

AM

COAXIAL

TUNER

(FM/AM)

I

ANTENNA

TUNER_R

A-GND

TUNED

9V

3

4

5

6

CE

7

DI

8

CL

9

DO

TUNED

CE

DI

CLK

DO

C301

C300

100

0.01
16V

R302

0

R323

10uHL300

47k

47k

47k

R327

R325

47k

47k

47k

R331

R333

R329

J

5151

HCD-X10

• Semiconductor

Location

Ref. No. Location

D400 B-4
IC301 C-6

IC302 C-6
IC400 C-4
IC401 C-4
IC402 D-3
IC403 C-3

Q300 C-7
Q301 C-7
Q400 B-4
Q401 B-5
Q402 B-4
Q403 B-4
Q404 B-5
Q405 B-5
Q406 C-3
Q407 C-3
Q408 D-5

6-27. PRINTED WIRING BOARD – AV-002 Board (Component Side) (AEP and UK models) –

1 2 3 4 5 6 7

A

AV-002 BOARD (COMPONENT SIDE)

R413
R412

R411
R410

17

16

C430

C429

R426

D

B

Q406

R320

R318

32

1

IC403

17

16

C

C420

C423

C422

C421

CE

R424

BEBC

Q407

C418

32

1

C413

IC402

IC401

C428

R425

5

1

R428 R429

C436

C437

• See page 32 for Circuit Boards Location.

R407

R406

R408

R409

R414

CC

R415

IC400

R423

R405

Q404 Q405

BE

R436

BE

C

C

CN401

15

R430

14

2

1

B

C

Q408

E

D400

C411

BEBE

CC

Q400 Q401

BEBE

Q402Q403

14

58

R314

IC302

: Uses unleaded solder.

R306R307

R316

C321

16

1

5

8

C324

IC301

4

1

CN301

9

8

R334

R335

182

C303C304

BE

BECC

19

Q300

Q301

(TYPE-11)

D1

MAIN

BOARD

CN504

D2

MAIN
BOARD
CN504

(TYPE-12)

(TYPE-11)

E1

MAIN

BOARD

CN503

(Page 44)

(Page 46)

(Page 44)

HCD-X10

1

E

1-872-742-

(TYPE-12)

11

(11)

E2

MAIN

BOARD

CN503

(Page 46)

5252

HCD-X10

6-28. PRINTED WIRING BOARD – AV-002 Board (Conductor Side) (AEP and UK models) –

1 2 3 4 5 6 7 8 9

J400

COMPONENT

SAT/

VIDEO OUT

CABLE

(DVD ONLY)

A

AUDIO

IN R

Y

SAT/
CABLE
AUDIO

IN L

COMPONENT

VIDEO OUT

(DVD ONLY)

B

/ C

B

P

SAT/
CABLE
VIDEO

IN

COMPONENT

VIDEO OUT

(DVD ONLY)

R

/ C

R

P

AV-002 BOARD

(CONDUCTOR SIDE)

C323

R404

C402

R435

R421

C408

R439

R437

R438

R420

C407

R422

R431

B

R303

C309

R317

R304

C310

R315

C

C325

D

C326

C327

• See page 32 for Circuit Boards Location.

CN400

EURO AV OUTPUT (TO TV)

D455

20

21

C405

D453

R418

C417

D454

C409

C439

C412

L400

C410

C406

R419

C434

D451

C403

R416

C414

C432

L401

C440

D452

C425

C404

R417

: Uses unleaded solder.

2

1

C401

R401

R403

C307C308

R319

L402

C431C433

R321

C424

R400

R402

C400

CN300

11

1

• Semiconductor

Location

Ref. No. Location

D451 B-5
D452 B-6
D453 B-5
D454 B-4
D455 A-5

CN302

1

C

4

10

2

MIC-002

BOARD

CN351

(Page 56)

TUNER

(FM/AM)

FM 75Ω

COAXIAL

AM

ANTENNA

HCD-X10

R338

L300

R302

C301

C300

E

11

1-872-742-

5353

(11)

HCD-X10

6-29. SCHEMATIC DIAGRAM – AV-002 Board (1/2) (AEP and UK models) –

43

A

AV-002 BOARD (1/2)

VIDEO AMP,75Ω DRIVER

B

J400

COMPONENT VIDEO OUT

(DVD ONLY) Y

C

D

SAT/CABLE

AUDIO IN R

COMPONENT VIDEO OUT

(DVD ONLY) PB/C

SAT/CABLE
AUDIO IN L

COMPONENT VIDEO OUT

(DVD ONLY) P

SAT/CABLE VIDEO IN

B

R/CR

6P

R404

75

R420

R421

IC B/D

IC401

75

C407
1000

6.3V

C408

75

R422

C409

75

C402

5

IC401

BH7868FS-E2

C OUT

32

S-DC OUT

31

VOUTa

30

VOUTb

29

GND

28

YOUTa

27

26

YOUTb

GND

25

CYOUTa

24

CYOUTb

23

GND

22

CbOUTa

21

100
16V

100
16V

10

50V

CbOUTb

20

GND

19

CrOUTa

18

17

E

Q400

RT1P141C-TP-1

Q400,402

DVD SELECT

F

R409

R407

R406

2.2k

2.2k

2.2k

R408

R405

1k

22k

G

(2/2)

SAT/CABLE_L_IN

SAT/CABLE_R_IN

SCART_L_IN

SCART_R_IN

C440

1000p

CN400

23P

t

EURO

R400

AV OUTPUT

(TO TV)

1k

1

2

R401

C400

R402

220p

100k

C401

R403

220p

100k

1k

11

AV-002

H

I

BOARD

(Page 55)

Q401

RT1N441C-TP-1

WIDE SWITCH

RT1N441C-TP-1

R416

75

R417

75

R418

75

J

20

21

D452

D451

D454

STZ6.8N-T146

STZ6.8N-T146

STZ6.8N-T146

D455

STZ6.8N-T146

D453

STZ6.8N-T146

R419

75

K

• See page 74 for IC Block Diagrams.

78

L401

IC400

VIDEO SELECT

R412

330

IC B/D

10uH

C413

0.01

C417

470
10V

C418

0.01

C414

0.1

C432

0.01

C428

1

C429

1

C430

1

1

2

3

Q403

RT1P141C-TP-1

Q404

2SC3052EF-T1-LEF

R413

330

IC403

VIDEO AMP,75ΩDRIVER

IC403

BH7868FS-E2

CrOUTb

17

Vcc2

CrOUTa

18

CrIN

GND

19

MUTE2

CbOUTb

20

CbIN

CbOUTa

21

GND

GND

22

CYIN

CYOUTb

23

CLP

CYOUTa

24

BIAS

GND

25

YIN

YOUTb

26

YC MIX

YOUTa

27

CVBS IN

GND

28

MUTE1

VOUTb

29

CIN

VOUTa

30

S-DC OUT

31

C OUT

32

Vcc1

C434
100
16V

IC B/D

IC400

NJM2235V(TE2)

IN1

SW1

IN2

SW2 IN3

Q403,404,405
RGB SELECT

16

15

14

13

12

11

10

9

8

7

6

5

4

3

S2

2

S1

1

8

GND

7

OUT

6

VDD

54

MUTE1

CVBS IN

YC MIX

MUTE2

R410

Vcc1

BIAS

CYIN

GND

Cb IN

Vcc2CrOUTb

Q402

330

1

S1

2

S2

3

CIN

4

5

6

7

YIN

8

9

CLP

10

11

12

13

14

CrIN

15

16

D400

MA2J1110GLS0

R411

330

C403
1000

6.3V

C404

1000

6.3V

C405

1000

6.3V

C406
1000

6.3V

R415
220k

R414

96

1012

12

1311

14

IC B/D

IC402

+5V REGULATOR

IC402

NJM2887DL3

EN

IN

GND

OUT

FB

R426

300k

C439

R425

47

100k

16V

RT1N241C-TP-1

C412

100

C411

0.01

16V

R423

0

C410

10

50V

L400

10uH

47k

C424

470
10V

C423

C425

C420

0.01

RT1N441C-TP-1

C421

1

C422

1

1

0.1

Q405

C433

L402
10uH

R424

Q406

RT1N241C-TP-1

VIDEO MUTING

100
16V

C431

10

50V

10k

0.01

C436

C437

0.47

Q408

VIDEO MUTING

Q407

RT1N241C-TP-1

VIDEO MUTING

12345

R429

22k

R428

10k

R430

0

CN401

15P

0

R436

R437

R438

R439

R431

R435

150

150

150

100

V

15

VGND

14

Y/G

13

VGND

12

CB/B

11

12V

10

CR/R

9

1k

WIDE

8

V_SEL3

7

V_SEL2

6

V_SEL1

5

V_SEL0

4

E6V

3

RGB_SEL

2

TV_SEL

1

D

MAIN

BOARD

(3/11)

CN504

(Page 35)

HCD-X10

5454

HCD-X10

6-30. SCHEMA TIC DIAGRAM – AV-002 Board (2/2) (AEP and UK models) –

5

A

(2/2)AV-002 BOARD

B

C

CN302

4P

4

MIC DET

SCART_R_IN

SCART_L_IN

SAT/CABLE_R_IN

SAT/CABLE_L_IN

TUNER_L

TUNER_R

RDS-CLOCK

RDS-DATA

MIC IN

AGND

TUNED

3

2

A9V

1

L300
10uH

R303

220

R304

220

CN300

11P

1

2

9V

3

4

GND

5

6

CE

7

DI

8

CLK

9

DO

10

11

TUNED

RDS_CLK

RDS_DATA

CLK

DO

C300

CE

DI

C301

100

0.01
16V

R302

0

R306

220k

C

MIC-002

D

BOARD

CN351

(Page 56)

11

E

F

ANTENNA

FM 75Ω

COAXIAL

AM

G

AV-002
BOARD

(1/2)

(Page 54)

TUNER

(FM/AM)

• See page 74 for IC Block Diagrams.

78 14

IC301

MC14052 BDR2

R321

R320

C321

0.01

47k

47k

C303

C308

220p

R307

C307

47k

22

R314

50V

22

50V

C309

22

50V

C310

22

50V

47k

R315

C304

220p

220k

R316

R317

47k

47k

R318

47k

47k

R319

964 153

Y

Y0

Y2

Y3

Y1

INH

X3

X0

X

X1

X2

VDD

16 15 14 13 12 11 10 9

C323
100
16V

1012

VSSB

IC B/D

IC301

AUDIO SELECTOR

R334

10k

Q300

RT1N241C-TP-1

INVERTER

R335

10k

Q301

RT1N241C-TP-1

INVERTER

87654321

VEE

A

12

C326

0.01

­+

+

-

GND

4321

IC302

LINE AMP

C327

47

16V

R338

0

C325

100
16V

C324

0.01

8765

VDD

IC302

NJM4558M-TE2

1311

CN301

19P

RDS_DATA

RDS_CLK

TUNED

CE

DI

CLK

DO

1

RDS_DATA

2

RDS_CLK

3

AGND

4

TUNER_L

5

9V

6

TUNER_R

7

AGND

8

TUNED

9

CE

10

DI

11

CLK

12

DO

13

A_SEL0

14

A_SEL1

15

MICSW

16

AGND

17

AD_L

18

AGND

19

AD_R

E

MAIN

BOARD

(3/11)

CN503

(Page 35)

HCD-X10

H

5555

HCD-X10

6-31. PRINTED WIRING BOARD – MIC-002 Board (AEP and UK models) –

: Uses unleaded solder.• See page 32 for Circuit Boards Location.

1 2 3

A

MIC-002 BOARD

R331

C316

R329

R327

C318

14

IC300

8

5

R330

(COMPONENT SIDE)

B

11

BT301

(11)

(CHASSIS)

11

(11)

J300

A.CAL MIC

ECM-AC2

C

D

MIC-002 BOARD

AV-002

C

BOARD

(Page 53)

CN302

14

CN351

C319

R332

C314

C305

R311

C320

R312

R325

R309

(CONDUCTOR SIDE)

E

C

B

FB302

R300

Q310

R305

C322

R333

FB301

R323

C312

1-872-969-

1-872-969-

6-32. SCHEMATIC DIAGRAM – MIC-002 Board (AEP and UK models) –

12

MIC-002 BOARD

D

A

B

C

C

AV-002
BOARD

(2/2)

CN302

(Page 55)

MIC IN

AGND

MIC DET

A9V

4

3

2

1

CN351

4P

C319

100

16V

C320

0.01

R333

4.7k

C322

47

16V

R332

4.7k

R330

0

8765

+

-

C316

47p

R329

330

3.3k

0

-

+

VDD

C318

10p

R331

27k

R312

R305

IC300

MIC AMP

IC300

NJM4558M-TE2

GND

4321

R325

470

R327

22k

1.2kR311

C314

10

50V

R323

100k

R309

2.2k

5

R300

0

C312
100p

FB301

FB302

Q310

RT1N441C-TP-1

MIC DETECT SWITCH

50V22C305

643

A,CAL MIC
ECM-AC2

J300

HCD-X10

5656

HCD-X10

6-33. PRINTED WIRING BOARD – P-SW Board –

1 2 3 4

P-SW BOARD

(SIDE A)

A

S100

1

B

15

14

CN101

T-SENSOR

BOARD

6-34. SCHEMATIC DIAGRAM – P-SW Board –

: Uses unleaded solder.• See page 32 for Circuit Boards Location.

P-SW BOARD

R102

R103

C100

C101

(SIDE B)

12

P-SW BOARD

A

KEY0

DGND

KEYOUT3

KEYOUT2

KEYOUT1

KEYIN1

B

KEYIN2

H

MAIN

BOARD

(3/11)

CN506

(Page

35)

C

DGND

PCONT_TS

GND-LED

6V-LED

LED3

LED2

LED1

DGND

XRST

CN100

17P

17

16

15

14

13

12

11

6V

10

9

8

7

6

5

4

3

2

1

R100

1k

S100

/

0.01C100

0.01C101

R103

0

R102

435

CN101

15P

1

KEYOUT3

2

KEYOUT2

3

KEYOUT1

4

KEYIN1

5

KEYIN2

6

6V

7

DGND

8

PCONT_TS

9

GND_LED

10

6V_LED

11

LED3

12

LED2

13

LED1

14

GND

15

XRST

0

T-SENSOR

BOARD

C

D

CN100

1

17

1

2

16

2

1-872-746-

11

(11)

(TYPE-11)

H1

MAIN

BOARD

CN506

H2

MAIN

BOARD

CN506

(TYPE-12)

(Page 44)

(Page 46)

R100

1-872-746-

11

(11)

HCD-X10

5757

HCD-X10

6-35. PRINTED WIRING BOARD – D IN-001 Board (US and Canadian models) –

: Uses unleaded solder.• See page 32 for Circuit Boards Location.

1 2 3 4 5 6

A

B

C

D IN-001 BOARD

1

7

8

14

R2010

R2009

8

(COMPONENT SIDE)

IC2001

C2007

FB2001

FB2002

1

(Page 44)

(Page 46)

(TYPE-11)

F1

MAIN

BOARD

CN505

F2

MAIN

BOARD

CN505

(TYPE-12)

D IN-001 BOARD

R2001

R2002

C2003

C2001

R2003

R2007

CN2001

5

1

C2009

R2012

(CONDUCTOR SIDE)

C2004

C2002

R2021

R2004

R2022

R2008

C2031

R2031

R2032

R2042

R2041

C2041

3

2

IC2003

1

3

2

IC2004

1

S2001

DIGITAL

INPUT

SELECTOR

COAXIAL

OPTICAL

VIDEO

COAXIAL

COAXIAL

SAT/

CABLE

OPTICAL

TV

OPTICAL

J2001

DIGITAL

IN

D

E

9

IC2002

16

C2011

1-872-743-

11

(11)

R2014

R2013

BT2001

1-872-743-

(CHASSIS)

11

(11)

HCD-X10

5858

HCD-X10

6-36. SCHEMATIC DIAGRAM – D IN-001 Board (US and Canadian models) –

12

J2001

2P

A

VIDEO

COAXIAL

COAXIAL

D IN-001 BOARD

R2002

75

R2001

75

R2005

47k

C2003

0.1

R2003

470

B

1.5

7654321

GND

8

2.9

1.5

R2009

100

C

D

DIGITAL

IN

SAT/CABLE

OPTICAL

S2001

DIGITAL INPUT

()

SELECTOR

COAXIAL

R

OPTICAL

VCC

OUT

GND

3.2

3

0

1

2

R2031

R2032

0

C2031

0.01

0

10k

R2022

R2021

100

• See page 74 for IC Block Diagrams.

5

C2004

0.1

C2001

47

16V

R2006

47k

1.5

1.7

2.9

1.5

R2010

100

C2002

47

16V

R2004

470

1.7

R2007

470k

R2008

470k

VCC

14131211109

3.2

TC74VHCU04FT(EL)

IC2001

643

IC2001

WAVE SHAPER

FB2001

C2007

0.01

R2012

100

C2009

47

16V

78

CN2001

5P

5

4

3

2

1

A_SEL0

A_SEL1

D3.3V

DIGITAL-IN

DGND

F

MAIN

BOARD

(3/11)

CN505

(Page 35)

G

IC2003

E

F

TV

OPTICAL

VCC

OUT

GND

IC2004

OPTICAL RECEIVER

3.2

3

0

1

2

OPTICAL RECEIVER

IC2003

TORX147L

IC2003

TORX147L

C2041

0.01

R2041

IC2002

AUDIO SELECTOR

TC74HC151AF(EL)

0.01

IC B/D

IC2002

FB2002

R2014

R2013

100

100

2.9

2.9

0

8 7654321

Y

W

ST

GND

C

B

A

D7

3.203.2

0

R2042

0

3.2

D1

D0

D6

D5

0

2.9

D3

D2

D4

VCC

161514131211109

0

3.2

C2011

HCD-X10

5959

HCD-X10

6-37. PRINTED WIRING BOARD – D IN-002 Board (AEP and UK models) –

1 2 3 4 5 6

D IN-002 BOARD

(COMPONENT SIDE)

A

B

R2005

(TYPE-11)

1

D

C

7

O

O

8

R2009

8

IC2001

14

FB2001

C2007

FB2002

1

IC2002

9

16

C2011

(Page 44)

(Page 46)

G1

MAIN

BOARD

CN505

G2

MAIN

BOARD

CN505

(TYPE-12)

• See page 32 for Circuit Boards Location.

D IN-002 BOARD

CN2001

5

C2042

1

C2009

(CONDUCTOR SIDE)

R2001

C2001

C2003

R2003

R2007

R2031

R2012

R2042

R2022

C2031

R2032

R2041

C2041

R2021

3

2

1

3

2

1

IC2003

IC2004

: Uses unleaded solder.

J2002

COAXIAL

S2001

DIGITAL

INPUT

SELECTOR

COAXIAL

OPTICAL

SAT/

CABLE

OPTICAL

TV

OPTICAL

DIGITAL

IN

HCD-X10

R2014

R2013

E

1-872-744-

11

(11)

BT2001

1-872-744-

(CHASSIS)

11

(11)

6060

HCD-X10

6-38. SCHEMATIC DIAGRAM – D IN-002 Board (AEP and UK models) –

1

2

34 6

D IN-002 BOARD

A

COAXIAL

J2002

1P

R2001

75

B

SAT/CABLE

C

S2001

DIGITAL INPUT

()

SELECTOR

COAXIAL

R

OPTICAL

• See page 74 for IC Block Diagrams.

5

C2001

47

16V

R2003

47k

470

R2007

470k

C2003

0.1
R2005

7654321

GND

87

IC2001

WAVE SHAPER

IC2001

TC74VHCU04FT(EL)

VCC

16151413121110

G

D

E

F

DIGITAL

IN

OPTICAL

TV

OPTICAL

VCC

OUT

GND

VCC

OUT

GND

IC2003

OPTICAL RECEIVER

IC2003

TORX147L

3

1

2

IC2004

OPTICAL RECEIVER

TORX147L

3

1

2

IC2004

C2041

0.01

R2041

R2042

0R2032

0

0

C2031

0.01

R2031

10k

100

R2022

R2021

C2007

0.01

FB2001

C2009

47

16V

R2012

100

R2009

0

100

CN2001

5P

5

4

3

2

1

A_SEL0

A_SEL1

D3.3V

DIGITAL-IN

DGND

G

MAIN

BOARD

(3/11)

CN505

(Page 35)

IC B/D

87654321

ST

GND

C

B

Y

W

A

D0

D7

D6

D2

D1

D5

D4

161514131211109

D3

VCC

C2011

0.01

IC2002

AUDIO SELECTOR

IC2002

TC74HC151AF(EL)

FB2002

HCD-X10

100R2014

100R2013

6161

HCD-X10

6-39. PRINTED WIRING BOARD – DISPLAY Board –

1 2 3 4 5 6 7 8 9 10

DISPLAY BOARD

(COMPONENT SIDE)

A

CN801

2

1

10

11

B

(Page 44)

J1

MAIN

BOARD

CN507

(TYPE-11)

(TYPE-12)

J2

MAIN

BOARD

CN507

(Page 46)

• See page 32 for Circuit Boards Location.

: Uses unleaded solder.

R825 R827

C828

+

R861

R805

Q801

C2C1

B1 B2E

C801

R801

C809

D802

C806

D801

D803D804

C807 C808

++ +

R803

D805

C861

+

C

11

1-872-745-

(11)

D

R830

C824

C825

C826

E

DISPLAY BOARD

F

(CONDUCTOR SIDE)

R800

5154

C827

R824

64

1

FL801

R823

R826

FLUORESCENT INDICATOR TUBE

C823

R828

C821C822

R822

IC821

Q821

BEC

R821

R882

R881

33

32

C862

13

IC861

9

R804

14

TRANSFORMER

T801

INVERTER

5

1

R829

L801

R808

R802

C805

HCD-X10

• Semiconductor Location

Ref. No. LocationRef. No. Location

D801 B-9
D802 B-9
D803 B-9
D804 B-9

D805 B-8
IC821 E-5

IC861 F-8

Ref. No. Location

Q801 B-10
Q821 D-6

11

1-872-745-

(11)

Note: The WIRE (FLA T TYPE) (11 CORE) connected with CN801 on the DISPLAY board is different by the type of the MAIN board.

Replace it for the WIRE (FLAT TYPE) (11 CORE) that is sure to suit each type when you replace the WIRE (FLAT TYPE) (11
CORE).
Refer to “NOTE OF REPLACING THE WIRE (FLAT TYPE) (11 CORE) (CN507 ON THE MAIN BOARD – CN801 ON THE

6262

DISPLAY BOARD)” (page 7) in servicing notes for the combination of the WIRE (FLAT TYPE) (11 CORE).

HCD-X10

6-40. SCHEMATIC DIAGRAM – DISPLAY Board –

A

DISPLAY BOARD

B

IC861

C

D

REMOTE CONTROL RECEIVER

IC861

NJL23H400A

VCC

OUT

GND

213

3.3

3.3

C861

100
16V

R861

47

E

F

• See page 71 for Waveforms. • See page 74 for IC Block Diagrams.

5

17891011 1256 14 19181713 16 2015 23 24 2721 28262522 31 33 3530 32 363429 42 44434037 3938 41 46 484745 5149 50 544

P31

P32

P33

P34

P35

P36

P37G1G2

P32

-15.9

P33

-20.9

S30

S27

3.3 -23.6

-23.9

R821

1k

P34

P35

-18.4

-15.9

37

S31

S32

S33

S24

S25

S26

G1

P37

-23.4

G2

-23.9

-23.9

G1

G2

S35

S20

S21

S22

P36

-18.4

38 39 40 41 42

S34

S23

G3

-23.9

G4

-23.9

G3

G4

S18

S19

C862

0.01

IC B/D

IC821

FUORESCENT

INDICATOR

TUBE DRIVER

IC821

ML9208-03MBZ03B

Q821

2SC3052EF-T1-LEF

GRID DRIVE

33 34 35 36

S29

S28

32

78

P21

P22

P23

P24

P25

P26

P27

P28

G6

G5

-23.9

-23.9

4443 45 46 47 48 49

G5

S17

212223242531 30 29 262728

G8

G9

G7

-23.9

-23.9

-23.9

G6

G7

G8

G9

S13

S14

S15

S16

FLUORESCENT INDICATOR TUBE

P29

G10

-23.9

G10

S12

P30

G11

-23.9

G11

S11

151617181920

P17

P18

P19

P20

R826

G12

G13

S9

S10

14 13 12 11 10 9 8

FL801

P16

G14

S8

P6

0.01C823

1012

P2

P3

P4

P5

100pC825

2200pC824

G3G4G5G6G7G8G9

P1

0.01C827

100pC826

9643

P7

P8

P9

P10

P11

P12

P13

P14

P15

0.1C821

100kR822

100R825

100R823

100R824

100

10kR827

C822 47p

R828

3.3k

32

G15

S7

-25.2

5650 51 52 53 54 55

57 58 59 60 61 62 63 64

VFL

G16

GND

S4

S5

S6

3.1

1.3

13

OSC0

OSC1

XRST

S1

S2

S3

7654321

3.2

3.1

XCS

AD1

CLK

AD2

3.3

0

DAT

VDD

P1

P2

16V

100

C828

11

R830

0

C809

0.01

D805

MAZ8068GMLS0

C807

22

50V

C806

0.1

G10

G11

R805

R804

R803

C808

50V

12

R829

0

100

100

33k

22

HCD-X10

CN801

11P

1

E3.3V

2

SIRCS

3

G

J

MAIN

BOARD

(3/11)

CN507

(Page 35)

H

I

DGND

FL_RST

FL_CLK

DGND

FL_CS

FL_DATA

DGND

3.3V

4

5

6

7

8

9

5V

10

11

R882

R800

0

0

R881

0

-23.4 -25.9

P30 P31

-25.9

P29

-13.4

P28

-15.9

P27

-25.9

P26

-23.4

P25

-25.9

P24

R808

-15.9

-18.4

-18.4

P21

P22

P23

-18.4

P20

-20.9

P19

-18.4

P18

-18.4

P17

-20.9

P16

-20.9

P15

-23.4

P14

-13.4

P13

-15.9

P12

31

R801

0

Q801

CPH5504-TL-E

OSC

4.8

4.8

-1 -2

C801

100

0

16V

00

R802

2.2k

L801
47uH

-23.4

P11

C805

0.022

-25.9

P10

-25.4

P9

INVERTER TRANSFORMER

-13.4

-15.9

-13.4

P6

P7

P8

T801

2

3

49

5

6

-13.4

P5

1

8

7

-13.4

P4

-15.9

P3

-23.4

P2

-25.9

P1

MA2J1110GLS0

MA2J1110GLS0

MA2J1110GLS0

MA2J1110GLS0

D803

D804

D801

D802

Note: The WIRE (FLA T TYPE) (11 CORE) connected with CN801 on the DISPLAY board is different by the type of the MAIN board.

Replace it for the WIRE (FLAT TYPE) (11 CORE) that is sure to suit each type when you replace the WIRE (FLAT TYPE) (11
CORE).
Refer to “NOTE OF REPLACING THE WIRE (FLAT TYPE) (11 CORE) (CN507 ON THE MAIN BOARD – CN801 ON THE

6363

DISPLAY BOARD)” (page 7) in servicing notes for the combination of the WIRE (FLAT TYPE) (11 CORE).

HCD-X10

6-41. PRINTED WIRING BOARD – P-AMP Board (Component Side) –

1 2 3 4 5 6 7 8 9 10 11 12 13 14

A

P-AMP BOARD

C962

B

C

D

(COMPONENT SIDE)

C945

R932

C946

R942

D923

EBC

C949

Q902

R941

R944

: Uses unleaded solder.• See page 32 for Circuit Boards Location.

(TYPE-11)

MAIN BOARD

R3008

R3009

R3010

R3011

CN3006

R3012

R3013

C3235

C3233

L1

R3014

R3015

R3016

(Page 45)

21

20

R3006

R3007

L904L905

L906

15

IC903

CN514

R3020

R3023

R3019

C3239

15

IC3014

51

C3238

43

IC3015

2

C3234

(TYPE-12)

1

IC3001

L2

MAIN BOARD

CN514

L3001

13

C3037

54

L3005

L3002

R3032

R3033

R3035

R3036

C3022

R3045

C3024

(Page 47)

IC3002

R3044

R3041

25

R3031

36

IC3004

R3040

25

R3034

36

51

C3019

43

24

37

24

37 48

IC3005

C3031

C3032

C3184

R3132

R3133

E

Q3004

C

B

R3106

R3077

R3066

R3068

C3076

R3084

R3085

R3088

C3074

C3063

C3077

C3065

R3107

R3102

18

18

18

1

C3073

1

1

IC3007

IC3008

IC3009

R3065

13

R3057

12

R3058

R3059

1

R3060

48

R3048

13

R3061

12

R3063

R3064

1

R3062

36

C3093

C3094

19

36

C3102

C3095

19

36

C3103

C3096

19

C3201

C3224

C3226
C3211

C3193
C3199

C3207
C3221

R3103

R3070

R3072

R3074

C3080

R3095

R3098

R3091

C3066

C3070

C3068

R3094

R3105

18

18

18

1

C3078

1

C3079

1

IC3010

IC3011

IC3012

C923

E

R913

D903

R903

F

R915

D914

C929

G

R912

R907

R3038

R3039

R3043
R3042

R3046

R3037

C3026

IC3006

24

25

36

37 48

IC3003

C3054

C3040

C3033

X3001

R3049

13

R3053

12

R3054

R3055

1

R3056

C3055

C3053

R3050

45

R3052

R3051

L3004

31

H

36

C3104

C3097

19

36

C3105

C3098

19

36

C3106

C3099

19

D3016

5

1

BC

Q3001

CN3001
1

2

E

M

M3001

(FAN)

IC3013

I

HCD-X10

• Semiconductor Location

Ref. No. Location

D903 F-4
D914 G-1
D923 B-4
D3016 H-11

Ref. No. Location

IC903 C-6
IC3001 B-8
IC3002 B-8

Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location

IC3003 G-9
IC3004 C-9
IC3005 D-9
IC3006 F-9

IC3007 B-10
IC3008 C-10
IC3009 D-10
IC3010 E-10

IC3011 F-10
IC3012 G-10
IC3013 I-11
IC3014 C-7

IC3015 D-7
Q902 B-4

Q3001 H-13

Q3004 A-10

6464

1-872-740-

11

(11)

6-42. PRINTED WIRING BOARD – P-AMP Board (Conductor Side) –

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

HCD-X10

: Uses unleaded solder.• See page 32 for Circuit Boards Location.

(Page 47)

A

B

C

CN3005

SPEAKER

IMPEDANCE

USE 4Ω

D

E

F

G

H

I

P-AMP BOARD (CONDUCTOR SIDE)

C3195

C3209

C3194

C3200

1

CN3005

(CHASSIS)

C3219

C3198

C3202

A3002

C3222

C3212

9

C3220

15

C3002

C3003

8

C3004

C3223

C3225

C3206

R3018

C3196

C3197

C3210

C3187

D3001

Q3003

BCE BCE

C3006

C3189

C3190

C3188

B

L3020

L3021

L3027

L3028

L3019

L3022

C3192

R3140

R3136

L3029

L3030

E

R3021

R3017

C3191

R3030

R3025

R3142

R3151

R3146

1

R3143

R3145

R3149

R3138

R3147

R3139

R3022

R3152

R3150

B

C3005

R3148

BCE

R3144

ECC

Q3013

BE

BCCE

BCCE

R3153

E

Q3017

R3141

E

Q3009

R3137

L3031

E

CN3003

Q3014

B

B

CE

B

B

CE

Q3002

C3208

D3015

R3161

L3008

L3007

L3009

L3010

L3011

L3012

L3013

L3014

L3015

L3016

L3017

L3018

BEC

R3134

R3135

Q3005

L3032

C3228

C3124

C3109

C3127

C3112

C3130

C3115

C3133

C3125

C3136

C3120

C3139

C3123

D3020

D3002

D3003

D3004

D3005

D3006

D3007

D3008

D3009

D3010

D3011

D3012

D3013

C3082

C3081

C3088

C3083

C3084

C3089

C3085

C3090

C3086

C3091

C3087

C3092

R3087

D3032

R3104

R3090

R3093

R3097

R3100

D3021

D3022

D3023

D3024

D3025

D3026

D3027

D3028

D3029

D3030

D3031

C3071

C3072

C3062

C3075

C3064

C3058

C3057

C3059

C3067

C3060

C3069

C3061

1

CN900

C3236

R3029

C3018

C3034

C3050

C3044
C3041

C3049

C3036

C3051

C3045

C3042

C3047

C3048

C3038

C3052

C3046

C3043

FH900

R901

3

C3237

F900

VDR900

C3021

C3035

C3023C3218

C3025

C3039

C3030

C3008

D3017

R3047

L3003

FH901

C3185

D3014

4

C3216

R3160

Q3010

BEC

C3126

Q3011

B

C3158

Q3012

C3148

BE

Q3016

C3151

BE

Q3006

Q3008

C3154

Q3015

BEBC

E

C3157

BEBC

Q3007

E

CN3004

C3227

C3240

13

C3203

C3186

C3142

C3143

C3144

C3145

C3146

C3147

C3149

C3150

C3152

C3153

C3155

C3156

C3217

R3162

C904

R3026

R3024

R3027

R3004

L900

R3003

R3028

C3011

C3017

R3156

R3157

C3013

C3020

R3155

SUB POWER

TRANSFORMER

C907

C908

C3012

R3154

T900

C964

C3010

R908

C909

R909

C922

R943

C959

C918

MAIN BOARD

(TYPE-12)

C3001

R3001

R938

C939

C943

C947

R930

R928

R929

D912 D916

D922

C900

TH900

C913

CN515

14

IC900

1

C930

L908

C928

R900

L901

K2

L907

C901

C902

C956

R902

R906

K1

C957

CN902

C931

D902

C926

MAIN BOARD

CN515

C955

C933

D908

8

C903

D909

C958

PH902

D906

R904

C905

D904

(Page 45)

(TYPE-11)

1

C921

D910

R919

R931

R927

C906

Q900

D905

B

E

BCE

C954

C912

C927

R923

C935

R924

R925

R922

R921

R911

(CHASSIS)(CHASSIS)(CHASSIS)

CN901

4

R945

C951

C950

A900

C948

1

C941

D921

A901

D915

C932

R918

D920

IC902

2

31

R920

R910

C934

R933

C952

C937

R934

L902

R936

R935

R940

R937

R939

13

2

IC904

T901

MAIN POWER

TRANSFORMER

15

C916

C914

IC901

2

4

C915

(CHASSIS) (CHASSIS)

C924

R926

PH900PH901

CECECE

D911

C920

C942C944

R916

D919

D918

R917

Q901

D917

D913

C925

BEC

C917

HCD-X10

J

• Semiconductor Location

D902 F-10
D904 F-11
D905 F-11
D906 E-11
D908 C-10
D909 G-10
D910 C-11

(Page 47)

(TYPE-12)

Ref. No. LocationRef. No. Location

D911 E-11
D912 C-10
D913 G-14
D915 G-14
D916 C-10
D917 F-14
D918 G-14

MAIN BOARD

CN412

M2

M1

MAIN BOARD

CN412

(Page 45)

(TYPE-11)

(CHASSIS) (CHASSIS) (CHASSIS)

(AC IN)

Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location Ref. No. Location

D919 G-14
D920 H-14
D921 C-13
D922 F-9
D3001 H-2
D3002 B-5
D3003 B-5

D3004 C-5
D3005 C-5
D3006 D-5
D3007 D-5
D3008 E-5
D3009 E-5
D3010 F-5

D3011 F-5
D3012 F-5
D3013 G-5
D3014 A-4
D3015 A-4
D3017 F-7
D3020 H-5

D3021 B-6
D3022 B-6
D3023 C-6
D3024 C-6
D3025 C-6
D3026 D-6
D3027 E-6

D3028 E-6
D3029 E-6
D3030 F-6
D3031 F-6
D3032 G-6

IC900 E-10

IC901 H-13
IC902 C-12
IC904 C-12

Q900 F-11
Q901 H-15
Q3002 H-3

6565

Ref. No. Location Ref. No. Location Ref. No. Location

Q3003 H-3
Q3005 A-4
Q3006 E-3
Q3007 G-3
Q3008 E-3
Q3009 G-3
Q3010 B-3

Q3011 B-3
Q3012 C-3
Q3013 C-3
Q3014 D-3
Q3015 F-3
Q3016 D-3
Q3017 F-3

PH900 D-11
PH901 D-11
PH902 D-11

(CHASSIS)

1-872-740-

11

(11)

HCD-X10

6-43. SCHEMATIC DIAGRAM – P-AMP Board (1/5) –

A

P-AMP BOARD

(1/5)

B

C

71

75

P-AMP

BOARD

(3/5)

P.CONT4

P.CONT4

DC_DETECT

OVF2

OVF1

DRIVE_RST

DAMP_LAT3

DAMP_LAT2

DAMP_LAT1

SHIFT

SCDT

SOFT_MUTE

AMP_D3

AMP_D2

AMP_D1

DSP_LRCK

DSP_BCK

SD_PCONT

DGND

P.CONT4

AMP_D+3.3V

XFSOIN

GND

MCK

GND

GND

GND

1.8V

FSOI

VDD

CN3006

21P

21

20

19

18

SD

17

16

15

14

13

12

11

10

INT

9

8

7

6

5

4

3

2

1

OVF

A

R3006

R3007

R3008

R3009

R3010

R3011

R3012

R3013

R3014

R3015

R3016

C3001

0.1

R3001

2.2

100

100

0

100

100

100

100

100

100

100

100

100R3023

100R3020

100R3019

0R3024

0R3003

P-AMP
BOARD

(4/5)

(Page 69)

D

E

L

MAIN

BOARD

(2/11)

F

CN514

(Page 34)

G

72

P-AMP

BOARD

H

I

(5/5)

(Page 70)

(Page 68)

• See page 71 for Waveforms. • See page 74 for IC Block Diagrams.

78

INIT

DSP_LRCK

DSP_BCK

DATA2

MCK_3

DC_DETECT

OVF2

OVF

SD

DRIVER_RESET

LAT3

LAT2

LAT1

SHIFT

SCDT

C3037

100

100R3027

100

0.1

SOFT_MUTE

DSP_LRCK

L3001

10uH

DATA3

DATA2

DATA1

DSP_BCK

MCK_1

MCK_2

MCK_3

SOFT_MUTE

INIT

SCDT

SHIFT

LAT3

OVF2

INIT

DSP_LRCK

DSP_BCK

DATA3

MCK_2

C3012

100pC3010

100p

100pC3013

5

1000pC3017

100R3004

R3026

IC3001

TC7SHU04FU(T5RSOJF)

1

NC

1.7

2

3

GND

BUFFER
IC3001

3.3V

3.3

54

1.6

C3008

R3028

100
16V

R3044

470

R3041

470

R3033

22

C3022

R3034

R3035

C3023

C3024

R3036

9643

100R3031

100R3032

0.1C3021

0.1

1012

LAT2

SCDT

SHIFT

SOFT_MUTE

C3031

0.1

3.3

3.300

3.3

3.3

3.3

19

20

21

22

23

24

3.3

252627282930313233343536

3.3

MCKSEL

1.6

LRCK

1.6

BCK

1.6

DATA

3.3

BFVDD

BFVSS

TEST

1.8

DVDD

1.6

XFSIIN

SCDT

SCSHIFT

PGMUTE

SCLATCH

OVFFLAGR

OVFFLAGL

SFLAG

INIT

FSOCKO

FSOI

3738394041424344454647

1.6

IC3004

STREAM PROCESSOR

IC3004

CXD9876R

HPOUTR2

HPVSSR

HPOUTR1

3.3

SOFTMUTE

HPVDDR

17

18

DVSS

NSPMUTE

HPOUTL2

HPVSSL

1.8

16

DVDD

HPOUTL1

3.3

3.3

C3034

0.1

15

XOVDD

HPVDDL

14

XFSOOUT

XVDD

1.6

13

XOVSS

OUTL1

OUTL2

OUTR1

OUTR2

VSUBC

XFSOIN

48

VSSL

VDDL

VSSL

VSSR

VDDR

VSSR

XVSS

12

IC B/D

1.6

3.3

1.6

1.6

3.3

1.6

123456789101112

C3044

C3050

C3047

100
25V

1311

0.1

0.1

R3057

100

R3058

100

R3059

100

R3060

100

14

B

L1A

L2A

R1A

R2A

73

P-AMP
BOARD

(2/5)

(Page 67)

42

C3035

0.1

470R3045

R3040

10k

3.3

0

0

3.3

3.3

20

21

22

23

24

SCDT

SCSHIFT

252627282930313233343536

OVFFLAGR

3.3

100

100

0.1

0.1

22

1.6

1.6

1.6

3.3

1.8

1.6

OVFFLAGL

INIT

SFLAG

MCKSEL

LRCK

BCK

DATA

BFVDD

BFVSS

TEST

DVDD

XFSIIN

FSOCKO

3738394041424344454647

1.6

SCLATCH

STREAM PROCESSOR

HPOUTR2

FSOI

PGMUTE

IC3005

CXD9876R

HPVSSR

HPOUTR1

3.3

19

SOFTMUTE

IC3005

HPVDDR

3.3

0.1C3032

3.3

18

NSPMUTE

HPOUTL2

C3041

1.8

17

DVSS

HPVSSL

0.1

R3048

47

16

DVDD

HPOUTL1

3.3

3.3

1.6

15

XOVDD

HPVDDL

3.3

13

14

XOVSS

XFSOOUT

XVDD

XFSOIN

48

1.6

VSSL

OUTL1

VDDL

OUTL2

VSSL

VSSR

OUTR1

VDDR

OUTR2

VSSR

VSUBC

XVSS

IC B/D

C3036

123456789101112

GND

0.1

1.6

3.3

1.6

3.3

C3051

C3045

C3048

100
25V

0.1

R3061

100

R3063

100

R3064

100

R3062

100

0.1

L1B

L2B

L2C

L1C

(Page 69)

74

P-AMP
BOARD

(4/5)

J

HCD-X10

C3218

0.1

C3042

0.1

6666

HCD-X10

6-44. SCHEMATIC DIAGRAM – P-AMP Board (2/5) –

A

P-AMP BOARD

B

OTW

SD

0R3065

DRIVER_RESET

B

L1A

(2/5)

D3021 1SS367-T3SONY

C3073

0.1C3071

100R3106

0R3084

22kR3104

0.1

C

L2A

10R3077

D3022 1SS367-T3SONY

0.1C3074

0.1C3072

D

C3076

0.1C3062

100R3107

0R3085

22kR3087

0.1

73

P-AMP

BOARD

(1/5)

D3023 1SS367-T3SONY

(Page 66)

E

R2A

F

R1A

GND

D3024

10R3066

0.1C3063

1SS367-T3SONY

0.1C3075

G

C3064

1SS367-T3SONY

R3102 100

C3077

0.1

10

1SS367-T3SONY

0.1

0R3088

22kR3090

0.1C3065

0.1C3058

H

I

76

P-AMP

BOARD

(4/5)

(Page 69)

DRIVER_RESET

OTW

D3025

L2B

L1B

SD

V

GND

R3068

D3026

• See page 74 for IC Block Diagrams.

5

0.033

0.033

0.033

0.033

IC3007

DIGITAL POER AMP

C3093

0.1

RSA39LTE25

C3094

0.1

IC3008

DIGITAL POWER AMP

C3102

0.1

RSA39LTE25

C3095

0.1

IC3009

DIGITAL POWER AMP

C3103

RSA39LTE25

RSA39LTE25

C3096

0.1

IC3007

CXD9883M

OUT_A

OUT_A

OUT_A

OUT_B

OUT_B

OUT_B

OUT_A

OUT_A

OUT_A

OUT_B

OUT_B

OUT_B

OUT_A

OUT_A

OUT_A

OUT_B

OUT_B

OUT_B

31.226.7

36

35

34

33

GND

32

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

C3082

31

15.6

30

29

28

15.6

27

26

25

C3081

24

23

22

31.2

21

20

19

IC3008

CXD9883M

31.2

36

35

34

33

C3088

32

0.033

31

15.6

30

29

28

15.6

27

26

25

24

C3083

23

22

31.2

21

20

19

IC3009

CXD9883M

31.2

36

35

34

33

C3084

32

31

15.6

30

29

28

15.6

27

26

25

24

C3089

23

0.033

22

31.2

21

20

19

1

BST_A

12

2.5

3.3

3.2

1.6

1.1

3.4

1.6

12.2

12

26.7

26.7

12

2.5

3.3

3.2

1.6

1.1

3.4

1.6

12.2

12

26.7

26.7

12

2.5

3.3

3.2

1.6

1.1

3.4

1.6

12.2

12

26.7

PVDD_A

2

GVDD_A

PVDD_A

3

/OTW

PVDD_A

4

/SD

5

/RESET

PWM_A

6

7

OC_ADJ

8

GND

9

GND

VREG

10

11

M3

12

M2

13

M1

14

PWM_B

VDD

15

16

GND

PVDD_B

17

GVDD_B

PVDD_B

18

BST_B

PVDD_B

1

BST_A

PVDD_A

GVDD_A

2

PVDD_A

3

/OTW

PVDD_A

4

/SD

5

/RESET

PWM_A

6

OC_ADJ

7

8

GND

GND

9

VREG

10

11

M3

12

M2

M1

13

PWM_B

14

VDD

15

GND

16

PVDD_B

GVDD_B

17

PVDD_B

18

BST_B

PVDD_B

PVDD_A

1

BST_A

PVDD_A

2

GVDD_A

PVDD_A

3

/OTW

4

/SD

5

/RESET

6

PWM_A

7

OC_ADJ

8

GND

9

GND

10

VREG

11

M3

12

M2

13

M1

14

PWM_B

15

VDD

PVDD_B

16

GND

PVDD_B

17

GVDD_B

PVDD_B

18

BST_B

D3002

D3003

RSA39LTE25

D3004

D3005

RSA39LTE25

0.1

D3006

D3007

78

IC B/D

C3124

100

35V

C3142

1

L3008

10uH

L3007

10uH

C3143

1

C3109

C3126

100

2200

35V

35V

IC B/D

C3127

100
35V

C3144

1

L3009

10uH

L3010

10uH

C3112

C3115

C3145

1

C3158

100

2200

35V

35V

IC B/D

C3130

100
35V

C3146

1

L3011

10uH

L3012

10uH

C3147

1

C3148
100
35V

2200

35V

R3134

100k

C3185

50V

MA2J1110GLS0

R3146

100k

1012

OVER LOAD DETECT

00

Q3012

ISA1235AC1TP-1EF

Q3013

ISA1235AC1TP-1EF

C3192

10

R3149

100k

964 153

DC_DETECT

Q3004

DC DETECT

Q3004

2SC3052EF-T1-LEF

3.4

2SC3052EF-T1-LEF

FAN MOTOR DRIVE

1

D3015

MA2J1110GLS0

D3014

0

R3132

100k

000

Q3011

ISA1235AC1TP-1EF

0000

00

Q3010

ISA1235AC1TP-1EF

Q3005

0.2

C3186

10

50V

R3135

10k

R3133

0

C3184

0.1

C3189

2.2

00

R3143

100k

R3148

R3142

100k

100k

2.5

00

00

Q3016

ISA1235AC1TP-1EF

Q3014

ISA1235AC1TP-1EF

00

0

Q3010-3013

ISA1235AC1TP-1EF

ISA1235AC1TP-1EF

00

R3152

100k

C3191

R3145

Q3008

Q3006

0

2.2

100k

R3151

100k

R3144

100k

Q3006,3008,3014,3016

OVER LOAD DETECT

00

C3187

10

R3138

100k

R3136

100k

12

R3160

100k

C3216

1311

OTW

0.1

14

CN3003

4P

1

GND

2

+30V

3

+30V

4

GND

77

P-AMP
BOARD

(5/5)

CN901

(Page 70)

1000pC3209

1000pC3199

C3193 0.01

0.6uHL3019

0.6uHL3020

0.6uHL3021

0.6uHL3022

0.01C3223

R3140

100k

C3195 0.01

C3197 1000p

0.01C3224

C3196 0.01

C3201 1000p

1000pC3210

0.01C3225

C3194 0.01

C3206 1000p

1000pC3200

0.01C3226

C3211 1000p

CN3005

15P

SPEAKER

IMPEDANCE

USE 4 Ω

1

9

15

8

FL-

FR+

FL+

78

FR-

SW1-

P-AMP

BOARD

SW1+

(4/5)

A

(Page 69)

PVDD

HCD-X10

J

6767

HCD-X10

6-45. SCHEMATIC DIAGRAM – P-AMP Board (3/5) –

P-AMP BOARD

A

A

XFSOIN

GND

75

P-AMP

(Page 66)

79

P-AMP

BOARD

(5/5)

(Page 70)

BOARD

(1/5)

MGND

+V_FAN

FAN_GND

AMP_D+3.3V

E13V_A

1.8V

VDD

FSOI

E13V

OVF

13.1

C3003

0.1

7.1

CN3001

1

2

2P

B

C

D

E

M3001

(FAN)

M

F

G

H

• See page 71 for Waveforms. • See page 74 for IC Block Diagrams.

5

78

(3/5)

SOFT_MUTE

SCDT

SHIFT

LAT1

OVF

C3233

0.1

OTW

12.2

R3030

100

VOUT

R3025

10k

1

INIT

DSP_LRCK

DSP_BCK

DATA1

R3022

4.7k

MCK_1

R3021

C3006

SENSE

R3155

R3156

10k

33k

100
16V

R3154

100k

IC3015 IC3002

+3.3V REGULATOR

TK11133CSCL-G

10k

C3020

220

16V

C3002

470

16V

13.1

BCP56T1

(FOR FAN MOTOR)

7.7

Q3001

Q3001-3003

B+ SWITCH

2SC3052EF-T1-LEF

7.7

IC B/D

Q3002

8.3

C3005

3.3
50V

IC3014

+12V REGULATOR

IC3014

SI-3010KM-TL

C3004

0.1

R3018

2.2

R3017

7.5k

0

2SC3052EF-T1-LEF

12345

3.3

C3234

0.1

0.7

VCONT

C3239

MA2J1110GLS0

Q3003

VIN

13.1

0.1

D3001

GND

L3005

10uH

IC B/D

IC3015

C3026

0.1

9643

1012

0.1C3033

0.1C3038

12

47R3049

1311

41

470R3046

R3042

10k

0

0

3.3

3.3

3.3

1.8

18 131415161724 23 22 21 20 19

NSPMUTE

HPOUTL2

C3030

220
16V

DVSS

HPVSSL

3.3

3.3

1.6

DVDD

XOVDD

HPOUTL1

HPVDDL

3.3

3.3

C3043

0.1

C3040

0.01

54

3.3V

NC

1.6

XOVSS

XFSOOUT

OUTR1

OUTR2

VSUBC

XVDD

XFSOIN

1.5

1.5

321

OUTL1

OUTL2

GND

3.3

470R3043

100R3037

100R3038

0.1C3025

22R3039

0.01C3019

16V220C3237

1.33.3

321

NP

GND

CONT

VOUT

VIN

54

12.2

C3011

220
16V

C3235

0.1

R3157

C3238

0.1

0

3.3

L3002

R3029

C3236

220
16V

3.3

3.3

1.6

1.6

1.6

3.3

1.8

1.6

10uH

3.3

0

25

26

27

28

29

30

31

32

33

34

35

36

54

VIN

CONT

3.3

OVFF

OVFFLAGL

SFLAG

INIT

MCKSEL

LRCK

BCK

DATA

BFVDD

BFVSS

TEST

DVDD
XFSIIN

37 38 39 40 41 42 43 44 45 46 47 48

1.6 3.3

D3017

1SS367-T3SONY

1.8

VOUT

GND

NP

321

1.3

C3018

0.1

LAGR

SCSHIFT

SCLATCH

STREAM PROCESSOR

FSOCKO

FSOI

HPOUTR2

R3047

2.2

IC B/D

+1.8V REGULATOR

IC3002

TK11118CSCL-G

IC3003

TC7SHU04FU(T5RSOJF)

SCDT

PGMUTE

SOFTMUTE

IC3006

IC3006

CXD9876R

HPVSSR

HPOUTR1

HPVDDR

3.3

C3039

L3003

10uH

OSC BUFFER

IC3003

0.1

VSSL

VDDL

VSSL

VSSR

VDDR

VSSR

XVSS

R3050

IC B/D

C3052

0.1

L3004

1uH

R3053

100

R3054

100

R3055

100

R3056

100

L1D

L2D

R1D

R2D

V

80

P-AMP

BOARD

(4/5)

(Page 69)

12

1.6

11

3.3

10

1.6

9

8

7

1.6

6

3.3

5

1.6

4

3

2

1

47

R3051

1M

C3055

10p

R3052

100

49.1MHz

C3053

1000p

X3001

C3054

5p

C3046

C3049

100
25V

0.1

HCD-X10

6868

HCD-X10

6-46. SCHEMATIC DIAGRAM – P-AMP Board (4/5) –

A

B

C

76

P-AMP
BOARD

(2/5)

(Page 67)

DRIVER_RESET

74

P-AMP
BOARD

(1/5)

(Page 66)

GND

V

OTW

SD

L2C

L1C

(4/5)P-AMP BOARD

D3027 1SS367-T3SONY

D3028

R3103 100

C3078

0.1

10R3070

1SS367-T3SONY

0.1C3057

0R3091

22kR3093

0.1C3066

0.1C3059

D

D3029 1SS367-T3SONY

L1D

0.1C3067

R3094 100

0R3095

22kR3097

E

C3079

0.1

F

L2D

D3030

10R3072

1SS367-T3SONY

0.1C3068

0.1C3060

• See page 74 for IC Block Diagrams.

5

IC3010

CXD9883M

26.7

12

2.5

3.3

3.2

1.6

1.1

3.4

1.6

12.2

12

26.7

26.7

12

2.5

3.3

3.2

1.6

1.1

3.4

1.6

12.2

12

26.7

PVDD_A

1

BST_A

PVDD_A

2

GVDD_A

3

PVDD_A

/OTW

4

/SD

5

/RESET

6

PWM_A

7

OC_ADJ

8

GND

9

GND

10

VREG

11

M3

12

M2

13

M1

14

PWM_B

15

VDD

PVDD_B

16

GND

PVDD_B

17

GVDD_B

PVDD_B

BST_B

PVDD_A

1

BST_A

PVDD_A

2

GVDD_A

PVDD_A

3

/OTW

4

/SD

5

/RESET

6

PWM_A

7

OC_ADJ

8

GND

9

GND

10

VREG

11

M3

12

M2

13

M1

14

PWM_B

15

VDD

PVDD_B

16

GND

PVDD_B

17

GVDD_B

PVDD_B

BST_B

OUT_A

OUT_A

OUT_A

OUT_B

OUT_B

OUT_B

OUT_A

OUT_A

OUT_A

OUT_B

OUT_B

OUT_B

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

31.2

36

35

34

33

32

31

15.6

30

29

28

15.6

27

26

25

24

23

22

31.2

21

20

1918

IC3011

CXD9883M

31.2

36

35

34

33

32

31

15.6

30

29

28

15.6

27

26

25

24

23

22

31.2

21

20

1918

C3085

0.033

C3090

0.033

C3086

0.033

C3091

0.033

C3104

C3097

C3105

C3098

IC B/D

IC3010

DIGITAL POWER AMP

0.1

0.1

IC B/D

IC3011

DIGITAL POWER AMP

0.1

RSA39LTE25

0.1

IC B/D

C3133

100
35V

D3008

RSA39LTE25

D3009

RSA39LTE25

C3125

100
35V

C3136

100

35V

D3010

D3011

RSA39LTE25

C3120
100
35V

78

C3149

1

L3013

10uH

L3014

10uH

C3150

1

C3151

2200

35V

ISA1235AC1TP-1EF

ISA1235AC1TP-1EF

C3152

1

L3015

10uH

L3016

10uH

C3153

1

C3154

2200

35V

0

Q3009

Q3007

R3137

100k

9643

C3188

R3139

100k

R3141

1012

0

Q3017

Q3015

00

0000

R3147

100k

00

00

2.2

100k

ISA1235AC1TP-1EF

ISA1235AC1TP-1EF

C3190

2.2

R3150

100k

R3153

100k

Q3007,3009,3015,3017

OVER LOAD DETECT

0.6uHL3027

0.6uHL3028

0.6uHL3029

0.6uHL3030

0.01C3222

C3212 1000p

0.01C3221

12

C3207 1000p

0.01C3220

C3202 1000p

0.01C3219

C3198 1000p

1311

PVDD

SW1-

SW1+

A

FL+

FL-

FR-

FR+

14

78

P-AMP
BOARD

(2/5)

(Page 67)

71

P.CONT4

P-AMP
BOARD

(1/5)

(Page 66)

HCD-X10

IC3012

G

H

I

80

P-AMP
BOARD

(3/5)

(Page 68)

10R3074

C3080

0.1C3069

100R3105

0R3098

22kR3100

0.1

0.1C3070

0.1C3061

D3031

1SS367-T3SONY

R2D

R1D

D3032

V

1SS367-T3SONY

CXD9883M

26.7

12

2.5

3.3

3.2

1.6

1.1

3.4

1.6

12.2

12

26.7

PVDD_A

1

BST_A

PVDD_A

2

GVDD_A

PVDD_A

3

/OTW

4

/SD

5

/RESET

6

PWM_A

7

OC_ADJ

8

GND

9

GND

10

VREG

11

M3

12

M2

13

M1

14

PWM_B

15

VDD

PVDD_B

16

GND

PVDD_B

17

GVDD_B

PVDD_B

BST_B

OUT_A

OUT_A

OUT_A

OUT_B

OUT_B

OUT_B

GND

GND

GND

GND

GND

GND

31.2

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

1918

C3087

0.033

15.6

15.6

C3092

0.033

31.2

IC3012

DIGITAL POWER AMP

C3106

0.1

C3099

0.1

C3139

100
35V

D3012

RSA39LTE25

D3013

RSA39LTE25

C3123

100

35V

C3155

L3017

10uH

L3018

10uH

C3156

1

1

C3157
2200

35V

MA2J1110GLS0

L3031
220uH

C3227

0.1

D3020

IC3013

+5V REGULATOR

VIN

12345

31.2

C3203

1000

35V

IC3013

SI-8050JD-TP

VOUT

5.2

D3016

SFPB-76V

GND

IC B/D

VOS

SS

5

2.5

R3161

L3032

100uH

C3240

0.1

270

C3208

3300

6.3V

R3162

47k

C3217

C3228

0.47

0.1
50V

CN3004

3P

1

+5V

2

GND

3

+5V

M

MAIN

BOARD

(6/11)
CN412

(Page 38)

J

6969

HCD-X10

6-47. SCHEMATIC DIAGRAM – P-AMP Board (5/5) –

A

1

LIVE

3

NEUTRAL

(AC IN)

CN900

3P

B

F900

8A 15V

(US,CND)

T6.3AH 250V

(AEP,UK)

R901

1/2W

1M

C

D

(5/5)P-AMP BOARD

IC B/D

IC901

POWER CONTROL

IC901

FB/OLP

VCC

GND

OCP/SYNC

C904

275V

D

VDR900

STR-F6138-LF1352(US,CND)

STR-F6168-LF1352(AEP,UK)

L900

14

0.22

3.3

5

20

4

151.5

3

2

0.4

1

E

C923

0.1

(CHASSIS)

F

IC B/D

IC900

POWER CONTROL

G

H

IC900

STR-V153

DRAIN

S/OCP

VCC

C900

GND

0

21

47p

2KV

1 3456 8

151.5

I

R900

∗

C901

C902

0.1

4700p

∗

R900

0.82 1W(US,CND)
1 1W(AEP,UK)

J

• See page 74 for IC Block Diagrams.

5

TH900

C907
330p

32

FB/OLP

2.4

125V

C908
330p

125V

C914

∗

1000p 1.5kV(AEP,UK)

3300p 1.5kV(US,CND)

START_UP

151.5

R902
680k

C914

C916
220p

∗

MAZ8051GMLS0

L901

C913

0.22

275V

C917

47

50V

DTC143TKA-T146

21 25.6

D902

C903

2.2

50V

14

Q900

RIPPLE FILTER

32

RT1P431C-TP-1

B+ SWITCH

C915

4700p

22.2

C905
4700p

Q901

5.4

R913

3.3k

MAZ8220G0LS0

D911

MA2J1110GLS0

R904

4.7k

D904

33k 2W(US,CND)
68k 2W(AEP,UK)

C954

0.01

250V

D5SBA60F01

2020

C925

1

50V

MAZ8051GMLS0

∗

R908

C906

100V

D909

6

5

4

3

2

1

∗

C929

0.1C921

25V1000C924

0.1C918

16V2200C922

0.1C928

16V2200C930

0.1C931

6.3V3300C933

MAIN POWER

TRANSFORMER

R922
100k

R943

2.2

1012

8

9

10

11

12

13

14

1.7

TLP421F(D4-GR)

0

2.4 4

PH900

TLP421F(D4-GR)

ISOLATOR

PH901

ISOLATOR

PH902

TLP421F(D4-GR)

ISOLATOR

C937T901

220 125V(US,CND)
680p 125V(AEP,UK)

D921

YG906C2R

C941

0.1

C942

2200

35V

26.8

25.8

4

2.9

3

IC903

SI-3010KM-TL

Vcont

Vin

GND

9.2

Vout

8

68k

R928

R929

2.2k

IC902

RT9H301C-T112-1

12345

3.2

C939
1000p

C944

12

L902
10uH

R934

C948

R930

3.3k

R935

4.7k

R936

33k

R937

4.7k

C952

0.047

R926

1k

R931
820

0

RT1N141M-TP-1

MAIN POWER

R927

1k

R919

470

10k

2.3

ON/OFF SWITCH

R920

C934

22k

0.047

3

2.5

1

2

2200

35V

R933

2.2k

Sense

1

78

C926

0.01

250V

~

~

C927

∗∗

C920

0.01

250V

D913

MA2J1110GLS0

D903

MA2J1110GLS0

R903

10

R912

220

D905

22

R907

D906

D1NL20U-TR2

R909

2.2

1k

R908

1/2W

C909

∗∗

D922

ERA22-08KFLB

∗

C909

0.0033 400V(AEP,UK)

0.01 400V(US,CND)

C927

330 400V(AEP,UK)

100 200V(US,CND)

D914

MA2J1110GLS0

R915

3.3k

D915

MA2J1110GLS0

R910 R911

0.05 5W(US,CND)

0.1 5W(AEP,UK)

1

2

R906

4.7
3

4

5

7

8

18k 3W(US,CND)

47k 3W(AEP,UK)

C932

0.0033 400V(AEP,UK)

0.01 400V(US,CND)

D917

D1NL20U-TR2

∗

R910

T900

SUB POWER

TRANSFORMER

R916
18k

∗

R918

∗∗

16

15

14

13

12

11

10

9

964 15 163

D920

SARS03

R917

10

D918

MA2J1110GLS0

R921

2.2k

D919

MAZ8100GMLS0

C929

∗

∗

R911

0.22 2W(US,CND)

0.33 2W(AEP,UK)

C912
330p 125V (US,CND)
470p 125V (AEP,UK)

D910

EK19LF-F7

D908

EK19LF-F7

D912

RK36LF-B3

D916

RK36LF-B3

R918

∗

C935

47

50V

1000p(AEP,UK)

1500p(US,CND)

C959

0.1

0.1

R923

R924

220

2.2k

R939

470k

1.5

Q902

1000p

1311

C950
2200

35V

25.8

3

RT9H301C-T112-1

IC904

SHUNT REGULATOR

MA2J1110GLS0

C949

IC903

+8V REGULATOR

R925

3.9k

IC902

SHUNT REGULATOR

D923

L908

L907

IC B/D

IC904

R942

14

CN901

4P

1

GND

2

+30V

3

C962

0.1

CN902

14P

4

14

13

12

11

10

9

8

7

6

5

4

3

2

1

+30V

GND

(CHASSIS)

GND

DGND

SD_PCONT

P.CONT4

AMP_D+3.3V

AMP_D+3.3V

FAN_GND

E13V_A

E13V

GND_LED

6V_LED

D+3.3V

AGND

E+4V

E4_D+3.3V

E6V

E6_D+5V

DGND

E13V

DGND

M+8V

NC

M_GND

C951

1000p

2.5

1

4.7k

10uH

1kR938

R945

100k

R940

3.3k

2

C945

0.1

R932

10uHL906

10uHL904

10uHL905

C946

2.2

0.1

C943

R941

0.1

0

R944

0

0.1C956

0.1C957

0.1C955

0.1C958

C947

220
10V

77

P-AMP
BOARD

CN3003

(Page 67)

72

P-AMP
BOARD

(1/5)

(Page 66)

79

P-AMP
BOARD

(3/5)

MAIN

BOARD

(2/11)
CN515

(Page 34)

(2/5)

(Page 68)

K

HCD-X10

7070

• Waveforms
– MAIN Board –

HCD-X10

IC1105 <z.v (YUV1)

1

(Color bar)

500 mV/DIV, 20 µs/DIV

IC1105 <z.n (YUV2)

2

(Color bar)

500 mV/DIV, 20 µs/DIV

IC1105 <z., (YUV3)

3

(Color bar)

IC1105 <xzc (ALRCK)

7

1 Vp-p

H

8

0.9 Vp-p

H

9

20.8 µs

1 V/DIV, 10 µs/DIV

IC1105 <xzv (ABCK)

326 ns

1 V/DIV, 100 ns/DIV

IC1105 <xzb (ACLK)

3.7 Vp-p

4 Vp-p

IC702 qd (CKOUT(O))

qd

81.4 ns

1 V/DIV, 50 ns/DIV

IC702 qf (BCK(O))

qf

326 ns

1 V/DIV, 100 ns/DIV

IC702 qg (LRCK(O))

qg

4.6 Vp-p

4 Vp-p

H

500 mV/DIV, 20 µs/DIV

IC1105 <x// (YUV4)

4

(Color bar)

500 mV/DIV, 20 µs/DIV

IC1105 <x/x (YUV5)

5

(Color bar)

500 mV/DIV, 20 µs/DIV

IC1105 <x/c (YUV6)

6

(Color bar)

1.2 Vp-p

40.8 ns

1 V/DIV, 20 ns/DIV

IC1107 6 (1Y)

q;

1 Vp-p

H

qa

0.8 Vp-p

H

qs

37.4 ns

1 V/DIV, 20 ns/DIV

IC1702 qg (X1)

100 ns

1 V/DIV, 50 ns/DIV

IC501 qd (Xout)

3.6 Vp-p

4 Vp-p

3.8 Vp-p

20.8 µs
1 V/DIV, 10 µs/DIV

IC702 wa (XOUT(O))

qh

81.4 ns

1 V/DIV, 50 ns/DIV

IC1 ih (DPDVLRCK)

qj

20.8 µs

1 V/DIV, 10 µs/DIV

IC1 ij (DPDVBCK)

qk

3.9 Vp-p

4.2 Vp-p

4.1 Vp-p

0.8 Vp-p

H

500 mV/DIV, 20 µs/DIV

200 ns

1 V/DIV, 100 ns/DIV

3.2 Vp-p
326 ns

4.1 Vp-p

1 V/DIV, 100 ns/DIV

71

HCD-X10

IC1 <zvc (XTAL)

ql

40 ns

1 V/DIV, 20 ns/DIV

1.6 Vp-p

– AV-001 Board –

IC401 qj, qk (CrOUT)

wa

(Color bar)

500 mV/DIV, 20 µs/DIV

IC401 w;, wa (CbOUT)

ws

(Color bar)

500 mV/DIV, 20 µs/DIV

IC401 wd, wf (CYOUT)

wd

(Color bar)

– DISPLAY Board –

T801 2

ea

1.7 Vp-p

H

es

1.3 Vp-p

H

7 µs

10 V/DIV, 5 µs/DIV

IC821 tl (OSC1)

638 ns

1 V/DIV, 200 ns/DIV

16.4 Vp-p

3.8 Vp-p

H

1 V/DIV, 20 µs/DIV

IC401 wh, wj (YOUT)

wf

(Color bar)

H

1 V/DIV, 20 µs/DIV

IC401 wl, e; (VOUT)

wg

(Color bar)

H

1 V/DIV, 20 µs/DIV

IC401 es (C OUT)

wh

(Color bar)

2.2 Vp-p

2.4 Vp-p

2.4 Vp-p

72

1.6 Vp-p

H

500 mV/DIV, 20 µs/DIV

– P-AMP Board –

IC3006 qf (XFSOOUT)

ra

20.6 ns

1 V/DIV, 10 ns/DIV

IC3005 qf (XFSOOUT)

rs

20.6 ns

1 V/DIV, 10 ns/DIV

HCD-X10

3 Vp-p

3 Vp-p

73

HCD-X10

• IC Block Diagrams
– MAIN Board –

IC4 SN74LVC1G79DCKR

1

D

CLK

GND

C

2

3

TG

_
C

C

TG

_

C

C

_

C

IC5, 9, 601 – 603 SI-3010KM-TL IC412 SN74L V125APWR

C

TG

_
C

C

TG

_

C

VCC

5

Q

4

1VC

2VIN

3GND

TSD
–
+

REF

4VOUT

5ADJ

1 OE

2 OE

GND

1

2

1A

3

1Y

4

5

2A

6

2Y

7

14

VCC

13

4 OE

12

4A

11

4Y

10

3 OE

9

3A

8

3Y

IC441 MC14052 BDR2 IC442, 604, 605 NJM2235V(TE2)

16

2Y0

2Y2

2-COM

2Y3

INH

GND

GND

2Y1

1

2

3

4

5

6

7

8

VCC

15

1Y2

1Y1

14

1-COM

13

12

1Y0

11

1Y3

A

10

9

B

VIN 1

SW 1

VIN 2

SW 2

1

BUFFER

2

3

BIAS

4

8

GND

7

V OUT

V+

6

VIN 3

5

74

8

15

16

10

14 13

12

11

G

4A 4B 4Y 3A 3B

3Y

9

6

7

4

5

2 3

1

S

1A 1B

1Y

2A 2B 2Y

VCC

OUTPUT CTL

4Y OUTPUT3A3B

3Y OUTPUT

4A

4B

1Y OUTPUT

2A

2B

2Y OUTPUT

1A

1B

GND

SELECT

INPUTS

INPUTS

INPUTS

INPUTS

IC503 PST3635NR IC504, 1706 TK11150CSCL-G

IC502, 1101, 1102, 1707 TK11133CSCL-G

OUT

VDD 2

GND

1

CD5

–
+

VREF

3

4

NC

IC1705 TK11118CSCL-G

VIN

5

OVER HEAT &

OVER CURRENT

PROTECTION

CONTROL

CIRCUIT

REFERENCE

BANDGAP

–
+

HCD-X10

VOUT

4

1

VCONT

2

GND

3

NP

IC702 LC890561W IC704 SN74LVC257APWR

37CE

38CLK

39XSEL

40MODE0

41MODE1

42DGND

43DVDD

44DOSEL0

45DOSEL1

46CKSEL0

DI

36

35DO34

ERROR33BPSYNC32VREF31DGND30DVDD29VF/DATAO228F2/DLMP

REGULATOR FS CALCULATION

PA,PB DETECT

MICRO

C-BIT DETECT

CONTROLLER

DATA SELECTOR

DEMODULATION

LOCK DETECT

DATA SELECTOR

BUFFER RAM

&

F1/FSB126F0/FSB025CSFLAG

27

AMP

PLL

CLOCK

SELECTOR

24 AUDIO

23 EMPHA

22 XIN

21 XOUT

20 XMCK

19 DVDD

18 DGND

17 XSTATE

16 DATAO

15 LRCK

14 BCK

13 CKOUT

47CKSEL1

48XMODE

1

DISEL

2

DOUT

INPUT SELECTOR

3

DIN04DIN1

5

DIN2

6

DGND

7

DVDD

8

SDIN

9

AGND

10

11

12

LPF

AVDD

AGND

75

HCD-X10

IC772 PCM1808PWR

DELTA-SIGMA

MODULATOR

VREF 1

AGND

VCC

VDD

DGND

SCKI

LRCK

REFERENCE

DELTA-SIGMA

MODULATOR

2
3
4
5

6

7

POWER
SUPPLY

– AV-001 Board –

IC301 MC14052 BDR2

× 1/64

DECIMATION

FILTER

WITH

HIGH-PASS

FILTER

CLOCK & TIMING CONTROL

ANTIALIAS

LOW-PASS FILTER

ANTIALIAS

LOW-PASS FILTER

SERIAL

INTERFACE

&

MODE/FORMAT

CONTROL

14

13

IC401 BH7868FS-E2

VINR

VINL

FMT12
MD111
MD010
DOUT9
BCK8

1

2Y0

2Y2

2

3

2-COM

2Y3

4

5

2Y1

6

INH

7

GND

GND

8

IC400 NJM2235V(TE2)

1

VIN 1

SW 1

2

VIN 2

3

BIAS

SW 2

4

16

15

14

13

12

11

10

9

VCC

1Y2

1Y1

1-COM

1Y0

1Y3

A

B

BUFFER

1

VCC1

2

S1

3

S2

4C IN

BIAS

6dB

MUTE1

5MUTE1

6CV IN

CLAMP

6dB

7SEL (CV/MIX)

8Y IN

CLAMP

6dB

9BIAS

BIAS

10SEL (BIAS/CLAMP)

BIAS

11PY/G IN

CLAMP

12GND

8

GND

7

V OUT

V+

6

VIN 3

5

13PB/B IN

BIAS

14MUTE2

MUTE2

15PR/R IN

BIAS

16VCC2

H

L

6dB

6dB

L

+

H

6dB

6MHz

LPF

S-DC OUT

S1/S2

6MHz

LPF

6MHz

LPF

12MHz

LPF

12MHz

LPF

12MHz

LPF

75Ω

75Ω

75Ω

75Ω

75Ω

75Ω

32 C OUT

31 S-DC OUT

30

CV OUT

29

CV OUT SAG

GND

28

Y OUT

27

26

Y OUT SAG

25 GND

PY/G OUT

24

23

PY/G OUT SAG

22 GND

PB/B OUT

21

20

PB/B OUT SAG

19 GND

PR/R OUT

18

17

PR/R OUT SAG

76

IC402 NJM2887DL3 (TE2)

PROTECTION

BANDGAP

REFERENCE

HCD-X10

THERMAL

+
–

3

1

CONTROL

2

VIN

GND

– AV-002 Board –

IC301 MC14052 BDR2

1

2Y0

2Y2

2

3

2-COM

2Y3

4

5

2Y1

6

INH

7

GND

GND

8

4

VOUT

5

VADJ

IC400 NJM2235V(TE2)

8

16

VCC

15

1Y2

1Y1

14

1-COM

13

12

1Y0

11

1Y3

A

10

9

B

VIN 1

SW 1

VIN 2

SW 2

1

BUFFER

2

3

BIAS

4

GND

7

V OUT

V+

6

VIN 3

5

IC401, 403 BH7868FS-E2 IC402 NJM2887DL3 (TE2)

VCC1

1

2

S1

3

S2

4C IN

BIAS

6dB

MUTE1

5MUTE1

6CV IN

CLAMP

6dB

7SEL (CV/MIX)

8Y IN

CLAMP

6dB

9BIAS

BIAS

10SEL (BIAS/CLAMP)

BIAS

11PY/G IN

CLAMP

12GND

13PB/B IN

BIAS

14MUTE2

MUTE2

15PR/R IN

BIAS

16VCC2

H

L

6dB

6dB

L

+

H

6dB

6MHz

LPF

S-DC OUT

S1/S2

6MHz

LPF

6MHz

LPF

12MHz

LPF

12MHz

LPF

12MHz

LPF

75Ω

75Ω

75Ω

75Ω

75Ω

75Ω

32 C OUT

31 S-DC OUT

30

CV OUT

29

CV OUT SAG

GND

28

Y OUT

27

26

Y OUT SAG

25 GND

PY/G OUT

24

23

PY/G OUT SAG

22 GND

PB/B OUT

21

20

PB/B OUT SAG

19 GND

PR/R OUT

18

17

PR/R OUT SAG

1

CONTROL

BANDGAP

REFERENCE

2

VIN

PROTECTION

3

GND

THERMAL

4

VOUT

+
–

5

VADJ

77

HCD-X10

– D IN-001 Board –

IC2002 TC74HC151AF (EL)

1

GND

D3

D3D2

D1

D0

Y

W

SC

D4

D5

D6

D7

A

B

2

D2

3

D1

4

D0

Y

5

6

XY

7

OE

8

CC

V

16

15

D4

14

D5

13

D6

12

D7

11

A

10

B

9

C

– DISPLAY Board –

IC821 ML9208-03MBZ03B

– D IN-002 Board –

IC2002 TC74HC151AF (EL)

1

GND

D3

D3D2

D1

D0

Y

W

SC

64 VDD

D4

D5

D6

D7

A

B

2

D2

3

D1

4

D0

Y

5

6

XY

7

OE

8

CC

V

16

15

D4

14

D5

13

D6

12

D7

11

A

10

B

9

C

8 BIT SHIFT

REGISTER

1P1

PORT

DRIVER

2P2

3AD2

AD

DRIVER

4AD1

5SEG1
6SEG2
7SEG3
8SEG4

9SEG5
10SEG6
11SEG7
12SEG8
13SEG9
14SEG10
15SEG11
16SEG12
17SEG13
18SEG14

SEGMENT

DRIVER

19SEG15
20SEG16
21SEG17
22SEG18
23SEG19
24SEG20
25SEG21
26SEG22
27SEG23
28SEG24
29SEG25
30SEG26
31SEG27
32SEG28

ADRAM

16W × 2B

CGRAM

248W × 35B

CGRAM

8W × 35B

READ
ADDRESS
COUNTER

ADDRESS

SELECTOR

DCRAM

16W × 8B

WRITE
ADDRESS
COUNTER

TIMING

GENERATOR2

DIGIT

CONTROL

DUTY

CONTROL

COMMAND

DECODER

CONTROL

CIRCUIT

TIMING

GENERATOR1

OSCILLATOR

GRID

DRIVER

63 DA
62 CP
61 CS

60 RESET

59 OSC1
58 OSC0

57 GND
56 VFL

55 COM16
54 COM15
53 COM14
52 COM13
51 COM12
50 COM11
49 COM10
48 COM9
47 COM8
46 COM7
45 COM6
44 COM5
43 COM4
42 COM3
41 COM2
40 COM1

39

SEG35

38

SEG34

37

SEG33

36

SEG32

35

SEG31

34

SEG30

33 SEG29

78

– P-AMP Board –

IC900 STR-V153

HCD-X10

D

N.C.

+

−

TSD

DRIVE

POWER

MOS FET

SOURCE/OCP

OVP

OCP

VCC

BLANKING

+

−

BUFFER

DELAY LATCH

OLP

+

−

DISCHARGE

5 841 2 3

6

7

GND

FB/OLP

N.C.

INTERNAL

BIAS

BURST

+

−

–

+

FB

UVLO

PRC LATCH

S

Q

R

+

−

OFF TIMER

+

−

STARTUP

IC901 STR-F6138-LF1352 (US and Canadian models)
IC901 STR-F6168-LF1352 (AEP and UK models)

CURRENT

MIRROR

OSC

DELAY

OVER

CURRENT

PROTECT

2

FEED

BACK

OVER
CURRENT
PROTECT

2

LOGIC

INH

2

BOTTOM

SKIP

LOGIC

INH

CURRENT

1

PROTECT

OVER

1

DELAY

SWITCHING

REGULATOR

BLOCK

OVER VOLTAGE

PROTECT

LATCH

THERMAL

SHUT DOWN

OVER LOAD

PROTECT

INTERNAL BIAS

UNDER VOLTAGE

LOCK OUT

1

OCP/INH

3

S/GND2DRAIN

4

VCC

5

FB/OCP

79

HCD-X10

IC3002 TK11118CSCL-G
IC3015 TK11133CSCL-G

VIN

5

OVER HEAT &

OVER CURRENT

PROTECTION

1

VCONT

CONTROL

CIRCUIT

REFERENCE

BANDGAP

2

–
+

GND

IC3004 – 3006 CXD9876R

XFSOIN

48

47

XVDD

3

NP

HPVDDL

46 45

VOUT

4

HPOUTL1

HPVSSL

44 43

HPOUTL2

HPVDDR

42 41

HPOUTR1

HPVSSR40HPOUTR2

FSOCKO

FSOI

37

38

39

XVSS

VSUBC

VSSR

OUTR2

VDDR

OUTR1

VSSR

VSSL

OUTL2

VDDL

OUTL1

VSSL

CLOCK

GENERATOR

14

XOVSS

(SECONDARY)

INTERPOLATOR

15

XOVDD

XFSOOUT

LINER

16

DVDD

17

DVSS

MUTE

18

NSPMUTE

CONTROL

INIT/

19

SOFTMUTE

GAIN

20

PGMUTE

FILTER &
LOW CUT

SERIAL

CONTROLLER

21

22

SCDT

SCSHIFT

FILTER

23

SCLATCH

24

OVFFLAGR

SAMPLING

RATE

CONVERTER

1

2

3

4

5

6

7

8

9

10

11

12

PWM

∆ Σ

13

CLOCK

GENERATOR

(PRIMARY)

S g P

36

35

34

33

32

31
30
29

28

27

26

25

XFSIIN

DVDD

TEST

BFVSS

BFVDD

DATA
BCK
LRCK

MCKSEL

INIT

SFLAG

OVFFLAGL

80

IC3007 – 3012 CXD9883M

BST_A

1

GVDD_A

2

Over

Current

Fault

36

35

HCD-X10

PVDD_A

PVDD_A

/OTW

/SD

/RESET

PWM_A

OC_ADJ

GND

AGND

VREG

M2

PWM_B

VDD

GND

GVDD_B

BST_B

3

4

5

6

7

8

9

10

M3

11

12

13

M1

14

15

16

17

18

Protection

Reset
Logic

OTP

CB3C

REG

and

OLP

VREG

Programmable
Current

Temperature

waming/error

/HIZ_HS_X
/HIZ_LS_X
/OCH_X

/OCL_X
/RESET_X

/PCR

Power-Up

/UVP

/UVP_VREG

VREG

Reset

sense

Stuck

Detect

Timing

Control

/UVP

Under

Voltage

Protection

Timing
Control

Stuck

Detect

/HIZ_HS_A

VREG

GVDD_A
GVDD_B

/HIZ_LS_A

/OCH_A

/OCL_A

/RESET_A

/HIZ_HS_B

/HIZ_LS_B

/OCH_B

/OCL_B

/RESET_B

Protection

Logic

Protection

Logic

Gate
Drive

Gate

Drive

Gate

Drive

Gate
Drive

Over

Current

Fault

Over

Current

Fault

Over

Current

Fault

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

PVDD_A

PGND

PGND

PGND

OUT_A

OUT_A

OUT_A

OUT_B

OUT_B

OUT_B

PGND

PGND

PGND

PVDD_B

PVDD_B

PVDD_B

IC3013 SI-8050JD-TP IC3014, 903 SI-3010KM-TL

1VC

1

VIN

REGULATOR

ON/OFF

SOFT START

OSC

+
–

COMPARATOR

ERROR AMP

RESET

+
–

OVER

CURRENT

PROTECTOR

OVER HEAT

PROTECTOR

VREF

2

SW OUT

3

GND

LATCH

&

DRIVER

4

5

VOS

ON/OFF

2VIN

3GND

TSD
–
+

REF

4VOUT

5ADJ

81

HCD-X10

• IC Pin Function Description

MAIN BOARD IC1 ADSST-AVR-1115 (DSP)

Pin No. Pin Name I/O Description

1

2

3

4, 5

6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23

24 to 26

27
28

29, 30

31
32

33, 34

35

36, 37

38
39
40

41 to 43

44
45
46
47
48

49 to 52

53
54
55

VDDINT

CLKCFG0

CLKCFG1

BOOTCFG0,

BOOTCFG1

GND

VDDEXT

GND

VDDINT

GND

VDDINT

GND

VDDINT

GND
INT_REQ
DIR_ERR I PLL lock error signal and data error flag input from the digital audio interface receiver

AD7

GND

VDDINT

GND
VDDEXT

GND

VDDINT

AD6 to AD4

VDDINT

GND

AD3, AD2

VDDEXT

GND

AD1, AD0

WR*

VDDINT

GND

RD*
ALE

AD15 to AD13

GND
VDDEXT

AD12

VDDINT

GND

AD11 to AD8

A16

VDDINT

GND

-

Power supply terminal (+1.2V) (for core)
Core instruction rate to CLKIN (pin 142) ratio selection signal input terminal

I

Fixed at "L" in this set
Core instruction rate to CLKIN (pin 142) ratio selection signal input terminal

I

Fixed at "H" in this set

I

Boot mode selection signal input terminal Fixed at "H" in this set

-

Ground terminal

-

Power supply terminal (+3.3V) (for I/0)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

O

Interrupt signal output to the system controller

I/O

Two-way address and data bus terminal Not used

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+3.3V) (for I/0)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

I/O

Two-way address and data bus terminal Not used

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

I/O

Two-way address and data bus terminal Not used

-

Power supply terminal (+3.3V) (for I/0)

-

Ground terminal

I/O

Two-way address and data bus terminal Not used

O

Write enable signal output terminal Not used

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

O

Read enable signal output terminal Not used

O

Address latch enable signal output terminal Not used

I/O

Two-way address and data bus terminal Not used

-

Ground terminal

-

Power supply terminal (+3.3V) (for I/0)

I/O

Two-way address and data bus terminal Not used

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

I/O

Two-way address and data bus terminal Not used

-

Not used

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

82

Pin No. Pin Name I/O Description

56, 57

58
59
60
61
62
63

64, 65

66
67
68
69
70
71
72
73
74
75
76
77
78
79

80, 81

82
83

84, 85

86
87
88
89
90

91, 92

93
94
95
96
97 NONAUDIO*
98

99
100
101
102
103
104
105
106

107, 108

A17, A18

GND

VDDEXT

VDDINT

GND

PF_CE

SPI_MAS

DPSOA, DPSOB

VDDINT

GND

VDDINT

GND

DPSOC

DPSOD

VDDINT

VDDEXT

GND

VDDINT

GND

DPSOE

DPSIA
DPSIB

DPSIC, DPSID

DPSIE

VDDINT

GND

DPDVLRCK

DPDVBCK

DPLRCK

DPBCK

VDDINT

GND

VDDEXT

DPFSCK

GND

VDDINT

SF_CE*

VDDINT

GND

VDDINT

GND

VDDINT

GND

VDDINT

GND

VDDINT

-

Not used

-

Ground terminal

-

Power supply terminal (+3.3V) (for I/0)

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Not used

-

Not used

O

Audio serial data output to the stream processor

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

O

Audio serial data output to the stream processor

O

Audio serial data output terminal Not used

-

Power supply terminal (+1.2V) (for core)

-

Power supply terminal (+3.3V) (for I/0)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

O

Audio serial data output terminal Not used

I

Audio serial data input from the digital audio interface receiver

I

Audio serial data input from the digital audio interface receiver and servo DSP

I

Audio serial data input terminal Not used

I

Audio serial data input from the digital audio interface receiver and servo DSP

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

O

L/R sampling clock signal output to the stream processor

O

Bit clock signal output to the stream processor

I

L/R sampling clock signal input from the digital audio interface receiver and servo DSP

I

Bit clock signal input from the digital audio interface receiver and servo DSP

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+3.3V) (for I/0)

I

Audio clock signal input from the digital audio interface receiver and servo DSP

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

I

PCM audio data input from the digital audio interface receiver

-

Not used

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

HCD-X10

83

HCD-X10

Pin No. Pin Name I/O Description

109
110
111
112
113
114
115
116
117
118
119
120
121
122 SPIDS* I Device selection signal input from the system controller
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144

GND

VDDINT

GND

VDDINT

GND

VDDINT

GND

VDDEXT

GND

VDDINT

GND

VDDINT

RESET*

GND

VDDINT

SPICLK

MISO
MOSI

GND

VDDINT

VDDEXT

AVDD

AVSS

GND

CLKOUT

EMU*

TDO

TDI

TRST*

TCK
TMS
GND

CLKIN

XTAL

VDDEXT

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+3.3V) (for I/0)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

I

Reset signal input from the system controller "L": reset

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

I

Serial data transfer clock signal input from the system controller

O

Serial data output to the system controller

I

Serial data input from the system controller

-

Ground terminal

-

Power supply terminal (+1.2V) (for core)

-

Power supply terminal (+3.3V) (for I/0)

-

Power supply terminal (+1.2V) (analog system)

-

Ground terminal (analog system)

-

Ground terminal

O

Local clock signal output terminal Not used

O

Emulation status signal output terminal Not used

O

Test data output terminal (for JTAG) Not used

I

Test data input terminal (for JTAG) Not used

I

Test reset signal input terminal (for JTAG) Not used

I

Test clock signal input terminal (for JTAG) Not used

I

Test mode select signal input terminal (for JTAG) Not used

-

Ground terminal

I

System clock input terminal (25 MHz)

O

System clock output terminal (25 MHz)

-

Power supply terminal (+3.3V) (for I/0)

84

MAIN BOARD IC501 M30626MJP-A13FPU0 (SYSTEM CONTROLLER)

Pin No. Pin Name I/O Description

1

2

3 CEC_RX_IN I CEC serial data input from the HDMI OUT connector
4 SIRCS_IN I SIRCS signal input from the remote control receiver
5
6
7
8

9 CNVss
10 DSP_SPIDS O Device selection signal output to the DSP
11

12 RESET I

13 Xout O Main system clock output terminal (5 MHz)
14 Vss - Ground terminal
15 Xin I Main system clock input terminal (5 MHz)
16 Vcc1 - Power supply terminal (+3.3V)
17 NMI I Non-maskable interrupt input terminal Fixed at "H" in this set
18 DIR_ZERO I Audio serial data input from the digital audio interface receiver
19 DIR_CSFLAG I CSFLAG data input from the digital audio interface receiver

20

21
22 CEC_TX_OUT O CEC serial data output to the HDMI OUT connector
23
24 LED_PWM2
25 DC_DETECT I Over load detection signal input terminal
26 LED_PWM1
27
28 LED_PWM3
29 I2C_CLK I/O
30 I2C_DATA I/O
31 DVD_SID O Serial data output to the servo DSP
32 DVD_SOD I Serial data input from the servo DSP
33 DVD_SCO I Serial data transfer clock signal input from the servo DSP
34 DVD_XIFBUSY O Busy signal output to the servo DSP
35 CLINK_TX_OUT O
36 CLINK_RX_IN I
37 DVD XIFCS I Chip select signal input from the servo DSP
38 MTK RST O
39 SACD_SEL O Data selection signal output terminal
40

41 to 45

46
47

DAMP_SCDT/

DIR_DIN

DAMP_SHIFT/

DIR_CLK

DSP_MOSI
DSP_MISO

DSP_SPICLK

BYTE

DSP_RESET O Reset signal output to the DSP "L": reset

DRIVE_OCP

(DIAG)

DIR_HCE O Chip enable signal output to the digital audio interface receiver

DIR_RST O Reset signal output to the digital audio interface receiver "L": reset

DIR_ERR I Error signal input from the digital audio interface receiver

DIR_XSTATE I Source clock selection monitor input from the digital audio interface receiver

V_SEL0 to V_SEL4

DSP_SF_CE O Chip enable signal output terminal Not used

TV_SEL

O

Serial data output to the digital audio interface receiver and stream processor

O

Shift clock signal output to the digital audio interface receiver and stream processor

O Serial data output to the DSP

I Serial data input from the DSP

O Serial data transfer clock signal output to the DSP

I

External data bus width selection signal input terminal Fixed at "L" in this set

I Processor mode switch input terminal (for test)

System reset signal input from the reset signal generator "L": reset
For several hundreds msec. after the power supply rises, "L" is input, then it change to "H"

I

Shut down state input from the digital power amplifier "L": shut down

O LED drive signal output terminal

O LED drive signal output terminal

O LED drive signal output terminal

Two-way I2C clock bus terminal Not used
Two-way I2C data bus terminal Not used

Serial data output to the DMPORT 1 connector and DMPORT 2 connector
Serial data input from the DMPORT 1 connector and DMPORT 2 connector

Reset signal output to the servo DSP, HDMI controller and flash ROM "L": reset

O Video signal input selection signal output terminal

O Video signal input selection signal output terminal

HCD-X10

85

HCD-X10

Pin No. Pin Name I/O Description

48 CLINK_SEL O Data selection signal output terminal for the DMPORT section

49 to 53

65, 66

69, 70

71, 72

79, 80

94, 95 KEY2, KEY1 I Key input terminal (A/D input) Not used

100

A_SEL0 to A_SEL4

54
55 TUNED I
56 ST_CLK O
57 ST_DO I
58 ST_CE
59 ST_DI O
60

61

62 Vcc - Power supply terminal (+3.3V)
63
64 Vss - Ground terminal

67
68 DSP_INTR I Interrupt signal input from the DSP

73
74 KEY INT I Wake up signal input terminal
75 RDS CLK I
76 RDS DATA I
77
78

81 CS O Chip select signal output to the touch sensor
82
83 MODE O Mode signal output to the touch sensor
84
85
86
87
88 CDM_OPEN_SW I Disc insert (8/12cm) detect switch input terminal "L": disc insert
89 CLINK_DET I Connect detection signal input from the DMPORT 1 connector and DMPORT 2 connector
90 DSP_MASTER - Not used
91
92 DESTINATION I
93 MODEL

96 Vss - Ground terminal
97 KEY0 I Front panel key input terminal for the power key (A/D input)
98 Vref I
99 Vcc - Power supply terminal (+3.3V)

MIC_SW I Audio cable detection signal input from the A.CAL MIC ECM-AC2 jack

DAMP INIT

DAMP SOFT

MUTE

DAMP LATCH1

DAMP LATCH2,

DAMP LATCH3

DRIVE_RST (EN)

OVERFLOW1,

OVERFLOW2

P_CONT1,

P_CONT2

AC_CUT

P_CONT3

P_CONT_TS

KEYIN1, KEYIN2

CLK

FL_RST O Reset signal output to the fluorescent indicator tube driver "L": reset
FL_CLK

FL_D_OUT

FL_CS O

P_CONT4

DIR_HDOUT I Read data input from the digital audio interface receiver

O Audio signal input selection signal output terminal

Tuning detection signal input from the tuner (FM/AM) "L": tuned
Serial data transfer clock signal output to the tuner (FM/AM)
Serial data input from the tuner (FM/AM)

O Serial chip enable signal output to the tuner (FM/AM)

Serial data output to the tuner (FM/AM)

O

Reset signal output to the stream processor "L": reset

O

Soft muting on/off control signal output to the stream processor "L": muting on

O

Serial data latch pulse signal output to the stream processor

O

Serial data latch pulse signal output to the stream processor

O

Reset signal output to the digital power amplifier "L": reset

I Over flow status input from the stream processor

O Power on/off control signal output terminal "H": power on

I

AC cut detection signal input terminal "L": AC cut on

RDS serial data transfer clock signal input from the tuner (FM/AM) (AEP and UK models only)

RDS serial data input from the RDS decoder (AEP, Russian and UK models only)
O Power on/off control signal output terminal "H": power on
O Power on/off control signal output terminal for the touch sensor "H": power on

I Touch sensor data input terminal

O Serial data transfer clock signal output to the touch sensor

O

Serial data transfer clock signal output to the fluorescent indicator tube driver
O Serial data output to the LED driver and fluorescent indicator tube driver

Chip select signal output to the fluorescent indicator tube driver

O Power on/off control signal output terminal "H": power on

Setting terminal for the destination

I Setting terminal for the model

Reference voltage (+3.3V) input terminal

86

MAIN BOARD IC1105 CXD9804R (RF AMP, SERVO DSP, MPEG DECODER)

HCD-X10

Pin No.

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19

20, 21

22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47

Pin Name I/O Description

AGND - Ground terminal
DVDA I AC coupled input path A
DVDB I AC coupled input path B
DVDC I AC coupled input path C
DVDD I AC coupled input path D

DVDRFIP I AC coupled DVD RF signal input from the optical pick-up block

DVDRFIN I AC coupled DVD RF signal input terminal Not used

MA I DC coupled main-beam RF signal input A
MB I DC coupled main-beam RF signal input B
MC I DC coupled main-beam RF signal input C
MD I DC coupled main-beam RF signal input D

SA I DC coupled sub-beam RF signal input A Not used
SB I DC coupled sub-beam RF signal input B Not used
SC I DC coupled sub-beam RF signal input C Not used
SD I DC coupled sub-beam RF signal input D Not used

CDFON I CD focusing error negative input terminal Not used

CDFOP I CD focusing error positive input terminal Not used

TNI I 3 beam satellite PD signal negative input from the optical pick-up block

TPI I 3 beam satellite PD signal positive input from the optical pick-up block

MDI1, MDI2 I Laser power monitor input from the optical pick-up block

LDO2 O Laser diode drive signal output to the optical pick-up block (for DVD)
LDO1 O Laser diode drive signal output to the optical pick-up block (for CD)

SVDD3 - Power supply terminal (+3.3V)

CSO O Central servo signal output terminal Not used

RFLVL O RFRP low pass output terminal Not used

SGND - Ground terminal

V2REFO O Reference voltage (+2.8V) output terminal Not used

V2O O Reference voltage (+2V) output to the optical pick-up block

VREFO O Reference voltage (+1.4V) output terminal

FEO O Focus error monitor output terminal Not used

TEO O Tracking error monitor output terminal Not used

TEZISLV O Slice level of tracking error signal output terminal Not used

OPOUT O Output from the internal operational amplifier Not used
OP_INN I Negative input to the internal operational amplifier Not used
OP_INP I Positive input to the internal operational amplifier Not used

DMO O Spindle motor control signal output to the motor driver

FMO O Sled motor control signal output to the motor driver

TROPENPWM O Loading motor control signal output terminal

IOPMON I Power monitor terminal

TRO O Tracking coil control signal output to the coil driver
FOO O Focus coil control signal output to the coil driver

USB_VSS - Ground terminal

USBP I/O USB communication data input/output terminal Not used

USBN I/O USB communication data input/output terminal Not used

USB_VDD3 - Power supply terminal (+3.3V)

SPFG I Spindle motor hall sensor input from the motor driver

87

HCD-X10

Pin No.

48
49
50
51
52

53 to 61

62
63
64
65
66

67 to 72

73

74 to 76

77
78
79
80

81 to 84

85

86 to 88

89
90
91

92, 93

94
95
96
97
98

99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114

Pin Name I/O Description

MSW
CKSW I Chucking detection switch input terminal
OCSW I Disc table open/close detection switch input terminal

EEWP O Write protect signal output to the EEPROM

DVDD18 - Power supply terminal (+1.8V)

HA2 to HA8,
HA18, HA19

DVSS - Ground terminal

APLLCAP - Connection terminal for an external capacitor

APLLVSS - Ground terminal

APLLVDD3 - Power supply terminal (+3.3V)

XWR O Write enable signal output to the flash ROM

HA16 to HA11 O Address signal output to the flash ROM

DVDD3 - Power supply terminal (+3.3V)

HA10, HA9,

HA20

XROMCS O Chip select signal output to the flash ROM

HA1 O Address signal output to the flash ROM

XRD O Read enable signal output to the flash ROM

DVDD3 - Power supply terminal (+3.3V)

HD0 to HD3 I/O Two-way data bus terminal with the flash ROM

DVSS - Ground terminal

HD4 to HD6 I/O Two-way data bus terminal with the flash ROM

HA21 O Address signal output to the flash ROM

ALE O Address latch enable signal output terminal Not used
HD7 I/O Two-way data bus terminal with the flash ROM

HA17, HA0 O Address signal output to the flash ROM

DVSS - Ground terminal

UWR O Write enable signal output terminal Not used

URD O Read enable signal output terminal Not used

DVDD18 - Power supply terminal (+1.8V)

IFSDO O Serial data output to the system controller

IFSCK O Serial data transfer clock signal output to the system controller
XIFCS O Chip select signal output to the system controller

IFSOI I Serial data input from the system controller

SCL O Serial data transfer clock signal output to the EEPROM
SDA I/O Two-way data bus with the EEPROM

TRG-SW I Trigger detection switch input terminal Not used

XRST O Reset signal output to the HDMI controller "L": reset

RXD I Receive data input terminal for UART communication when data writing to flash memory
TXD O Transmit data output terminal for UART communication when data writing to flash memory

DVDD3 - Power supply terminal (+3.3V)

ICE I ICE mode enable signal input terminal Not used

XSYSRST I Reset signal input from the system controller "L": reset

IR I IR control signal input terminal Not used

XTXINT O Interrupt request signal output terminal Not used

DQM0 O Data mask signal output to the SD-RAM

XIF5SY I Busy signal input from the system controller

O

CD/DVD selection signal output terminal "L": CD, "H": DVD

O Address signal output to the flash ROM

O Address signal output to the flash ROM

88

HCD-X10

Pin No.

115
116

117, 118

119

120, 121

122

123 to 126

127

128 to 133

134
135
136
137
138
139
140
141
142
143
144
145

146, 147

148

149 to 151

152
153
154
155
156
157

158 to 160

161
162
163

164 to 166

167

168 to 172

173
174
175

176, 177

178

179

180
181

Pin Name I/O Description

RD7 I/O Two-way data bus with the SD-RAM

DVSS - Ground terminal

RD6, RD5 I/O Two-way data bus with the SD-RAM

DVSS - Ground terminal

RD4, RD3 I/O Two-way data bus with the SD-RAM

DVDD18 - Power supply terminal (+1.8V)

RD2 to RD0, RD15

DVDD3 - Power supply terminal (+3.3V)

RD14 to RD9 I/O Two-way data bus with the SD-RAM

DVSS - Ground terminal

RD8 I/O Two-way data bus with the SD-RAM

LINYSW I Limit detection switch input terminal

DQM1 O Data mask signal output to the SD-RAM

RWE O Write enable signal output to the SD-RAM

CAS O Column address strobe signal output to the SD-RAM
RAS O Row address strobe signal output to the SD-RAM

DVDD3 - Power supply terminal (+3.3V)

RCS O Chip select signal output to the SD-RAM
BA0 O Bank address signal output to the SD-RAM

DVSS - Ground terminal

BA1 O Bank address signal output to the SD-RAM

RA10, RA0 O Address signal output to the SD-RAM

DVSS - Ground terminal

RA1 to RA3 O Address signal output to the SD-RAM

DVDD18 - Power supply terminal (+1.8V)

RVREF - Not used
RCLKB - Not used
DVDD3 - Power supply terminal (+3.3V)
DRCLK O Serial data transfer clock signal output to the SD-RAM

CKE O Clock enable signal output to the SD-RAM

RA11, RA9, RA8

DVSS - Ground terminal

RA7 O Address signal output to the SD-RAM

DVSS - Ground terminal

RA6 to RA4 O Address signal output to the SD-RAM

DVDD3 - Power supply terminal (+3.3V)

SMPTE_Y (7) to

SMPTE_Y (3)

DVDD18 - Power supply terminal (+1.8V)

SMPTE_Y (2) O

DVSS - Ground terminal

SMPTE_Y (1),

SMPTE_Y (0)

VCLK

WIDE

ADSCK - Not used

TSD_M O Thermal shut down signal output to the motor/coil driver

I/O Two-way data bus with the SD-RAM

O Address signal output to the SD-RAM

Video signal output to the HDMI transmitter

O

Video signal output to the HDMI transmitter

Video signal output to the HDMI transmitter

O

O System clock (27 MHz) signal output to the HDMI transmitter

Normal/squeeze selection signal output to the video amplifier

O

"L": normal, "H": squeeze

89

HCD-X10

Pin No.

182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201

202, 203

204
205
206
207
208
209
210
211
212
213
214
215
216
217

218, 219

220
221
222
223
224
225
226
227
228
229

Pin Name I/O Description

DVDD3 - Power supply terminal (+3.3V)

MUTE O Muting signal output to the motor/coil driver

MUTE123 O Muting signal output to the motor/coil driver

FWD

REW
ADSDO O RGB signal selection signal output terminal (AEP and UK models only)
XDACS - Not used
DAVCC - Power supply terminal (+3.3V)

DACVDDC - For bandgap reference voltage terminal

FS - Full scale adjustment terminal

CIN - Not used

DAVSS - Ground terminal

YUV1

DAVDD - Power supply terminal (+3.3V)

YUV2

DAVSS - Ground terminal

YUV3

DAVDD - Power supply terminal (+3.3V)

YUV4 O

DAVSS - Ground terminal

YUV5, YUV6

DVDD3 - Power supply terminal (+3.3V)

VSYN O Vertical sync signal output to the HDMI transmitter and HDMI controller

YUV7 O Muting control signal output terminal Not used
SMBSY O Horizontal sync signal output to the HDMI transmitter
SMSCK O Serial data transfer clock signal output to the HDMI controller

SMSDI I Serial data input from the HDMI controller
SMSDO O Serial data output to the HDMI controller
XSMCS O Chip select signal output to the HDMI controller
DVDD3 - Power supply terminal (+3.3V)
ALRCK O L/R sampling clock signal output to the DSP and HDMI transmitter

ABCK O Bit clock signal output to the DSP and HDMI transmitter
ACLK O Master clock signal output to the DSP and HDMI transmitter

DVSS - Ground terminal

ASDATA0 O Audio serial data output to the DSP and HDMI transmitter

ASDATA1,

ASDATA2

SPDATA I Analog audio data input terminal Not used
DVDD18 - Power supply terminal (+1.8V)

ASDATA4 O Audio serial data output to the HDMI transmitter

DVSS - Ground terminal

GPIO - Not used

SPDIF O SPDIF digital audio signal output to the HDMI transmitter and digital audio interface receiver
RFGND18 - Ground terminal
RFVDD18 - Power supply terminal (+1.8V)

XTALO O System clock output terminal Not used

XTALI I System clock (27 MHz) signal input terminal

O Loading motor drive signal output terminal (forward direction)
O Loading motor drive signal output terminal (reverse direction)

OY signal output to the video amplifier (US and Canadian models only)

O Chroma signal output to the video amplifier (US and Canadian models only)

O Video signal output to the video amplifier

Chroma signal output to the video amplifier

O Component video signal output to the video amplifier

O Audio serial data output to the HDMI transmitter

90

HCD-X10

Pin No.

230
231
232
233
234
235
236
237
238
239
240
241

242, 243

244
245
246
247
248
249

250, 251

252
253
254
255
256

Pin Name I/O Description

JITFO O Output terminal of the RF jitter meter
JITFN I Input terminal of the RF jitter meter

PLLVSS - Ground terminal

IDAC - Not used

PLLVDD3 - Power supply terminal (+3.3V)

LPFON O Data PLL loop filter output terminal

LPFIP I Data PLL loop filter input terminal

LPFIN I Data PLL loop filter input terminal

LPFOP O Data PLL loop filter output terminal

VDD3 - Power supply terminal (+3.3V)

VCM - Not used

VSS - Ground terminal

VREFP, VREFN - For reference voltage terminal

RFVDD3 - Power supply terminal (+3.3V)

RFRPDC O RF ripple detect output terminal
RFRPAC I RF ripple detect input terminal

HRFZC I High frequency RF ripple zero crossing terminal

CRTPLP O Defect level filter capacitor connecting terminal

RFGND - Ground terminal

CEQP, CEQN - Not used

OSP O RF offset cancellation capacitor connecting terminal

OSN O RF offset cancellation capacitor connecting terminal

RFGC O RF AGC loop capacitor connecting for DVD-ROM

IREF I Reference current input terminal

AVDD3 - Power supply terminal (+3.3V)

91

HCD-X10

MAIN BOARD IC1701 CXD9873Q (HDMI TRANSMITTER)

Pin No.

1

2 to 9

10
11
12

13 to 20

21
22
23
24
25
26
27
28

29, 30

31

32, 33

34
35
36
37
38
39
40
41
42

43
44, 45
46, 47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

Pin Name I/O Description

DVSS - Ground terminal (digital system)

C0 to C7 I Digital chroma signal input terminal Not used

DVDD33 - Power supply terminal (+3.3V) (digital system)

VCK I

DVSS - Ground terminal (digital system)

Y0 to Y7 I

SSCK I Serial data transfer clock signal input from the HDMI controller

SSO I/O Two-way data bus with the HDMI controller

DVDD18 - Power supply terminal (+1.8V) (for digital core)

PWDN I Power down signal input from the HDMI controller "L": power down

RST I Reset signal input from the HDMI controller "L": reset

CLK I System clock (27 MHz) signal input terminal

INT O Interrupt signal output to the HDMI controller

DVSS - Ground terminal (digital system)
A7, A6 - Not used
TRAP2 I NTSC/PAL selection signal input from the HDMI controller

TRAP1, TRAP0 - Not used

MSCK I Serial data transfer clock signal input from the HDMI controller

MSD I/O Two-way data bus with EEPROM and HDMI controller

TYPE - Not used

ASDATA4 - Not used

VSYNC I Vertical sync signal input from servo DSP
HSYNC I Horizontal sync signal input from servo DSP
HTPLG I HDMI hot-plug detection signal input terminal

AVSS - Ground terminal (analog system)
PLLC0 - External capacitor ground terminal (for PLL)
PLLC1 - External capacitor connection terminal (for PLL)

PLL_AVDD3 - Power supply terminal (+3.3V) (analog system) (for PLL)

AVSS - Ground terminal (analog system)

TCKN

TCKP

AVDD3 - Power supply terminal (+3.3V) (analog system)

TX0N O TMDS data (negative) output to the HDMI OUT connector

TX0P O TMDS data (positive) output to the HDMI OUT connector

AVDD - Power supply terminal (+3.3V) (analog system)

TX1N O TMDS data (negative) output to the HDMI OUT connector

TX1P O TMDS data (positive) output to the HDMI OUT connector

AVDD3 - Power supply terminal (+3.3V) (analog system)

TX2N O TMDS data (negative) output to the HDMI OUT connector

TX2P O TMDS data (positive) output to the HDMI OUT connector

AVSS - Ground terminal (analog system)

SWING I HDMI output swing adjustment signal input terminal Not used

DAC_AVDD3 - Power supply terminal (+3.3V) (analog system) (for D/A converter)

VREF - Reference voltage terminal (for D/A converter)

FS - Full scale adjustment terminal (for D/A converter)

AVSS - Ground terminal (analog system) (for D/A converter)

System clock (27 MHz) signal input from the servo DSP

Video signal input from the servo DSP

O

TMDS clock signal (negative) output to the HDMI OUT connector

O

TMDS clock signal (positive) output to the HDMI OUT connector

92

HCD-X10

Pin No.

65
66
67
68
69
70
71
72

73 to 76

77
78
79
80

Pin Name I/O Description

DAC_AVDD3 - Power supply terminal (+3.3V) (analog system) (for D/A converter)

AVSS - Ground terminal (analog system) (for D/A converter)

DAC_AVDD3 - Power supply terminal (+3.3V) (analog system) (for D/A converter)

GOComponent analog video signal (Y or green) output terminal Not used

AVSS - Ground terminal (analog system) (for D/A converter)

BOComponent analog video signal (Cb or blue) output terminal Not used
ROComponent analog video signal (Cr or red) output terminal Not used

SPDIF I SPDIF digital audio signal input from the servo DSP

AD3 to AD0 I Audio serial data input from the servo DSP

ACL I Master clock signal input from the servo DSP

ABCK I Bit clock signal input from the servo DSP

ALRCK I L/R sampling clock signal input from the servo DSP

DVDD18 - Power supply terminal (+1.8V) (for digital core)

93

HCD-X10

MAIN BOARD IC1702 MB95F108ASPFV-GE1-H0701 (HDMI CONTROLLER)

Pin No.

1
2

3 to 6

7 to 10

11, 12

13
14
15
16
17
18

19, 20

21
22
23
24

25 to 29

30
31
32
33
34

35, 36

37, 38

39
40
41
42
43

44, 45

46, 47

48
49
50
51

52 to 57

58
59
60

Pin Name I/O Description

AVCC - Power supply terminal (+3.3V)

AVR I Reference voltage (+3.3V) input terminal

PE3/INT13 to

PE0/INT10

P83 to P80 - Not used

P71/TI0,
P70/TO0

MOD - Not used

X0 I System clock input terminal (10 MHz)
X1 O System clock output terminal (10 MHz)

VSS - Ground terminal

VDD - Power supply terminal (+3.3V)
PG0/(Cin) - Not used
PG2/X1A,

PG2/X0A

XRST I Reset signal input from the servo DSP and system controller "L": reset
VSYNC I Vertical sync signal input from the servo DSP
XSMCS I Chip select signal input from the servo DSP

XTXINT I Interrupt signal input from the HDMI transmitter

P03/INT03 to

P07/INT07

SDI I Serial data input from the servo DSP
SDO O Serial data output to the servo DSP
SCK I Serial data transfer clock signal input from the servo DSP

ADTG/TRG0/P13

PP00/P14 - Not used

PPG00/P20,

PPG01/P21

TO00/P22,

TO01/P23

EC0/P24 - Not used

SCL0 O Serial data transfer clock signal output to the HDMI OUT connector

SDA0 I/O Two-way data bus with the HDMI OUT connector

PPG1/PS2 - Not used

TRG1/PS3 - Not used

PPG10/P60 to

PPG11/P61

T010/P62 to

T011/P63

EC1/P64 - Not used

HDCP-SCL O Serial data transfer clock signal output to the HDMI transmitter and EEPROM
HDCP-SDA I/O Two-way data bus with the HDMI transmitter and EEPROM
HDCP-_WP O Write protect signal output to the EEPROM

P43/AN11 to

P36/AN05
P35/AN05 O Power on/off control signal output terminal for HDMI OUT connector "H": power on

XTXRST O Reset signal output to the HDMI transmitter "L": reset

XPWDN O Power down signal output to the HDMI transmitter "L": power down

- Not used

- Not used

- Not used

- Not used

- Not used

- Not used

- Not used

- Not used

- Not used

- Not used

94

HCD-X10

Pin No.

61
62
63
64

Pin Name I/O Description

TRAP2 O NTSC/PAL selection signal output to the HDMI transmitter

SDA I/O Two-way data bus with the HDMI transmitter

SCK O Serial data transfer clock signal output to the HDMI transmitter

AVSS - Ground terminal

95

HCD-X10

SECTION 7

EXPLODED VIEWS

NOTE:

• -XX and -X mean standardized parts, so they

may have some difference from the original
one.

• Color Indication of Appearance Parts

Example:
KNOB, BALANCE (WHITE) . . . (RED)

↑↑

Parts Color Cabinet's Color

7-1. PANEL (BOWL) SECTION

• Items marked “*” are not stocked since they

are seldom required for routine service. Some
delay should be anticipated when ordering
these items.

• The mechanical parts with no reference

number in the exploded views are not supplied.

• Accessories are given in the last of the

electrical parts list.

• Abbreviation

CND : Canadian model

The components identified by mark 0 or
dotted line with mark 0 are critical for safety .
Replace only with part number specified.

Les composants identifiés par une marque 0
sont critiquens pour la sécurité.
Ne les remplacer que par une pièce portant le
numéro spécifié.

The components identified by mark 9 contain
confidential information.
Strictly follow the instructions whenever the
components are repaired and/or replaced.

Les composants identifiés par la marque 9
contiennent des informations confidentielles.
Suivre scrupuleusement les instructions
chaque fois qu’un composant est remplacé et /
ou réparé.

top panel section

not supplied

2

1

Ref. No. Part No. Description Remark

1 A-1239-884-A PANEL (BOWL) ASSY
2 A-1239-882-A PANEL (LOADING) ASSY
3 4-977-358-01 CUSHION

not supplied

#3

not supplied

3

#1

Ref. No. Part No. Description Remark

#1 7-685-646-79 SCREW +BVTP 3X8 TYPE2 IT-3
#3 7-685-645-79 SCREW +BVTP 3X6 TYPE2 IT-3

#1

96

n

7-2. TOP PANEL SECTION

HCD-X10

52

not supplied

not supplied

51

#3

53

#6

Ref. No. Part No. Description Remark

51 A-1246-784-A T-SENSOR BOARD, COMPLETE
52 1-828-338-11 WIRE (FLAT TYPE) (15 CORE)
53 A-1239-883-A TOP ASSY (US, CND)
53 A-1281-878-A TOP ASSY (AEP, UK)

not supplied

main sectio

#1

Ref. No. Part No. Description Remark

#1 7-685-646-79 SCREW +BVTP 3X8 TYPE2 IT-3

#3 7-685-645-79 SCREW +BVTP 3X6 TYPE2 IT-3
#6 7-685-533-19 SCREW +BTP 2.6X6 TYPE2 N-S

97

HCD-X10

7-3. MAIN SECTION

104

not
supplied

103

105

#3

110

107

106

not
supplied

not supplied

106

108

#3

102

not supplied

not supplied

101

#3

#1

not supplied

111

#3

DVD
mechanism
deck section

109

#1

#4

not supplied

not supplied

chasis section

Note 1: In type-11 and type-12 of the MAIN board, the WIRE (FLAT

TYPE) (11 CORE) connected with CN507 on the MAIN board
is different.
Replace it for the WIRE (FLAT TYPE) (11 CORE) that is sure
to suit each type when you replace the WIRE (FLAT TYPE)
(11 CORE).
Refer to “NOTE OF REPLACING THE WIRE (FLAT TYPE)
(11 CORE) (CN507 ON THE MAIN BOARD – CN801 ON
THE DISPLAY BOARD)” (page 7) in servicing notes for the
combination of the WIRE (FLAT TYPE) (11 CORE).

Ref. No. Part No. Description Remark
* 101 4-921-941-01 CUSHION (FL)

102 3-378-109-12 CUSHION, SARANET
103 1-833-128-11 WIRE (FLAT TYPE) (11 CORE) (Type-11)
103 1-828-319-11 WIRE (FLAT TYPE) (11 CORE) (Type-12)
104 1-828-349-11 WIRE (FLAT TYPE) (17 CORE)

105 1-828-293-11 WIRE (FLAT TYPE) (5 CORE)
106 4-237-065-01 CLAMP (L35)

9 107 A-1314-229-A MAIN BOARD, COMPLETE (for SERVICE)

(Type-12) (US, CND)

9 107 A-1314-230-A MAIN BOARD, COMPLETE (for SERVICE)

(Type-12) (AEP, UK)

98

Note 2: If the wire (flat type) was replaced, fold it same as the

wire (flat type) before replacement.

Note 3: Don’t remove the wire (flat type) 24 core (CN1102).

If you remove the wire (flat type) 24 core (CN1102),
solder the bridge of optical pick-up.

Ref. No. Part No. Description Remark

108 1-828-367-11 WIRE (FLAT TYPE) (21 CORE)

109 1-830-688-51 WIRE (FLAT TYPE) (24 CORE)
110 3-531-576-01 RIVET

* 111 4-921-941-81 CUSHION (FL)

#1 7-685-646-79 SCREW +BVTP 3X8 TYPE2 IT-3
#3 7-685-645-79 SCREW +BVTP 3X6 TYPE2 IT-3

#4 7-685-872-01 SCREW +BVTT 3X8 (S)

HCD-X10

5

7-4. CHASSIS SECTION

not supplied
(MIC-002 board)

(AEP, UK)

not supplied

not supplied

not supplied
(P-SW board)

#3

not
supplied

152

#3

#3

(US, CND)

#5

not
supplied

not
supplied

156

not
supplied

CN3005

157

not supplied

not supplied

154

F900

not supplied

155

(AEP, UK)

#1

#2

(US, CND)

#1

158

M3000

not supplied
(D IN-001 board: US, CND/
D IN-002 board: AEP, UK)

supplied

#1

with CN300

#1

159

#1

#1

160

#3

#3

Ref. No. Part No. Description Remark

151 A-1246-774-A DISPLAY BOARD, COMPLETE
152 A-1246-777-A AV-001 BOARD, COMPLETE (US, CND)
152 A-1246-780-A AV-002 BOARD, COMPLETE (AEP, UK)
154 A-1246-771-A P-AMP BOARD, COMPLETE (US, CND)
154 A-1246-772-A P-AMP BOARD, COMPLETE (AEP, UK)

155 1-693-724-11 TUNER (FM/AM) (AEP, UK)
155 1-693-731-11 TUNER (FM/AM) (US, CND)
156 1-823-660-11 WIRE (FLAT TYPE) (17 CORE) (US, CND)
156 1-828-338-11 WIRE (FLAT TYPE) (15 CORE) (AEP, UK)
157 1-828-347-11 WIRE (FLAT TYPE) (17 CORE) (US, CND)

157 1-828-357-11 WIRE (FLAT TYPE) (19 CORE) (AEP, UK)
158 1-828-951-11 WIRE (FLAT TYPE) (9 CORE) (US, CND)
158 1-828-961-11 WIRE (FLAT TYPE) (11 CORE) (AEP, UK)
159 3-703-244-00 BUSHING (2104), CORD

151

#3

161

#3

not supplied

not supplied

Ref. No. Part No. Description Remark

0 160 1-777-071-23 CORD, POWER (AEP, UK)

0 160 1-783-820-11 CORD, POWER (US, CND)

161 3-701-748-00 CLAMP
CN3005 1-820-403-11 SOCKET, D-SUB CONNECTOR 15P

(SPEAKER IMPEDANCE USE 4Ω)

0 F900 1-576-233-51 FUSE (H.B.C.) (T6.3AH/250V) (AEP, UK)
0 F900 1-576-537-12 FUSE, GLASS TUBE (DIA.5) (8A/125V)

(US, CND)

M3000 1-787-396-11 D.C. FAN (50 SQUARE)
#1 7-685-646-79 SCREW +BVTP 3X8 TYPE2 IT-3
#2 7-685-862-09 SCREW +BVTT 2.6X6 (S)
#3 7-685-645-79 SCREW +BVTP 3X6 TYPE2 IT-3
#5 7-685-647-79 SCREW +BVTP 3X10 TYPE2 IT-3

99

HCD-X10

7-5. DVD MECHANISM DECK SECTION (CDM85-DVBU102)

401

(including disc tray open/close motor (M301),
MS-203 board)

402

not supplied

not supplied

not supplied

not supplied
(disc tray open/close
motor (M301))

403

(including sled motor,
spindle motor)

404

405

not supplied
(spindle motor)

not supplied
(MS-203 board)

404

404

405

405

404

405

not supplied
(sled motor)

Note: Refer to the Servicing Notes “HOW TO IDENTIFY

OPTICAL PICK-UP BLOCK” (page 8), if replacing the
Ref. No. 403.

Ref. No. Part No. Description Remark

401 A-6071-669-A LOADING ASSY (M)

(Including disc tray open/close motor (M301),

MS-203 board)

402 3-088-371-01 BELT

0403 8-820-290-02 OPTICAL PICK-UP BLOCK

(KHM-310CAA/C2RP)

(Including sled motor, spindle motor)

100

Ref. No. Part No. Description Remark

0 403 8-820-321-05 OPTICAL PICK-UP BLOCK

(KHM-313CAA/C2RP)

(Including sled motor, spindle motor)

404 2-634-618-01 INSULATOR

405 3-087-599-01 INSULATOR SCREW