Sony HCDX-1-V Service manual

HCD-X1V

SERVICE MANUAL

Ver. 1.0 2006.07

• HCD-X1V is the amplifier, super audio CD/DVD system, tuner and video section in DAV-X1V.

This system incorporates with Dolby* Digital and Dolby Pro L ogic (II) ada p tive matrix surround decoder and the DTS** Digital Surround System.

This system perfectly decodes 5.1 channel signal, but you cannot add other com mercially 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 Digital Theater

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

AUDIO POWER SPECIFICATIONS for the US model

POWER OUTPUT AND TOTAL HARMONIC DISTORTION (FTC Output Power): Front: 38 W/ch 4 ohms at

Amplifier section

Front Power output (rated): 70 W + 70 W (4 ohms,

RMS output power

Front surround* Power output (rated): 70 W + 70 W (4 ohms,

RMS output power

Subwoofer Power output (rated): 70 W + 70 W (4 ohms,

RMS output power

* Depending on the sound field settings and the source,

there may be no sound output.

150 -20,000 Hz,

0.7% THD Front surround: 38 W/ch 4 ohms at 150 -20,000 Hz,

0.7% THD Subwoofer: 38 W/ch 4 ohms at 25 - 150 Hz,

0.7 % THD

1 kHz, 1 % THD)

(reference):

80 W + 80 W (4 ohms,

1 kHz, 10 % THD)

1 kHz, 1 % THD)

(reference):

80 W + 80 W (4 ohms,

1 kHz, 10 % THD)

100 Hz, 1 % THD)

(reference):

80 W + 80

100 Hz, 10 % THD)

US Model

Canadian Model

AEP Model

UK Model

Model Name Using Similar Mechanism NEW DVD Mechanism Type CDM69EH Optical Pick-up Block Name KHM-310CAB or

KHM-313CAB

SPECIFICATIONS

Inputs (Analog)

W (4 ohms,

VIDEO1, VIDEO2, TV, AUDIO IN

Inputs (Digital/COAXIAL)

VIDEO1 , VIDEO2 Impedance: 75 ohms

Super Audio CD/DVD system

Laser Semiconductor laser

Signal format system For North American models:

For European models: NTSC/PAL

Tuner section

System PLL quartz-locked digital

FM tuner section Tuning range For North American models:

For European models: 87.5 – 108.0 MHz

Antenna (aerial) FM wire antenna (aerial) Antenna (aerial) terminals 75 ohms, unbalanced Intermediate frequency 10.7 MHz

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

(Super Audio CD/DVD:

λ = 650 nm) (CD:λ = 790 nm) Emission duration: continuous

NTSC

synthesizer system

87.5 – 108.0 MHz (100 kHz step)

(50 k Hz step)

– Continued on next page –

9-887-304-01

SUPER AUDIO CD/DVD RECEIVER

Sony Corporation

Home Audio Division Published by Sony Techno Create Corporation

HCD-X1V

r

AM tuner section Tuning range For North American models:

For European models: 531 – 1,602 kHz (with the

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

Video section

Outputs VIDEO: 1 Vp-p 75 ohms

Inputs VIDEO: 1 Vp-p 75 ohms

General

Power requirements For North American models:

For European models: 230 V AC, 50 Hz Power consumption On: 165 W

Dimensions (approx.) 413 × 90 × 325 mm

Mass (approx.) 5.5 kg (12 lb 3 oz)

Design and specifications are subject to change without notice.

530 – 1,710 kHz (with the interval set at 10kHz) 531 – 1,710 kHz (with the interval set at 9 k Hz)

interval set at 9 k Hz)

S VIDEO: Y: 1 V p-p 75ohms C: 0.286 V p-p 75ohms COMPONENT: Y: 1 Vp-p 75 ohms

PB/CB, PR/CR: 0.7 V p-p 75 ohms

HDMI OUT: Type A (19 pin)

S VIDEO: Y: 1 Vp-p 75 ohms

C: 0.286 V p-p 75 ohms

120 V AC, 60 Hz

Standby: 0.3 W (at the Power Saving mode)

3

(16

/8 × 3 5/8 × 12 7/ inches) (w/h/d) incl. projecting parts

8

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 rear or 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 AC milliammeter. The Data Precision 245 digital multimeter is suitable for this job.

3. Measuring the voltage drop across a resistor by means of a VOM or battery-operated 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 PARTS 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

1.5 k

0.15 µF

Ω

voltmete (0.75 V)

Earth Ground

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

HCD-X1V

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 screen and the front panel display. In this case, check the following table.

C:13:50

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 give the 5character service number. Example: E 61 10

SERVICING NOTES

7-19. Printed Wiring Board

– MAIN Board (Conductor Side) – ................................. 51

7-20. Schematic Diagram – MAIN Section (1/6) – .................. 52

7-21. Schematic Diagram – MAIN Section (2/6) – .................. 53

7-22. Schematic Diagram – MAIN Section (3/6) – .................. 54

7-23. Schematic Diagram – MAIN Section (4/6) – .................. 55

7-24. Schematic Diagram – MAIN Section (5/6) – .................. 56

7-25. Schematic Diagram – MAIN Section (6/6) – .................. 57

7-26. Printed Wiring Board

– AMP Board (Component Side) – ................................. 58

7-27. Printed Wiring Board

– AMP Board (Conductor Side) – ................................... 59

7-28. Schematic Diagram – AMP Board (1/3) – ...................... 60

7-29. Schematic Diagram – AMP Board (2/3) – ...................... 61

7-30. Schematic Diagram – AMP Board (3/3) – ...................... 62

7-31. Schematic Diagram – KEY Section – ............................. 63

7-32. Printed Wiring Board – LED Board – ............................. 64

7-33. Printed Wiring Boards – KEY/POWER-SW Boards – ... 65

7-34. Printed Wiring Board – DISPLAY Board – .................... 66

7-35. Schematic Diagram – DISPLAY Board – ....................... 67

7-36. Printed Wiring Board

– POWER Board (Component Side) –............................ 68

7-37. Printed Wiring Board

– POWER Board (Conductor Side) –.............................. 69

7-38. Printed Wiring Board – LF Board – ................................ 70

7-39. Schematic Diagram – POWER SUPPLY Section – ........ 71

8. EXPLODED VIEWS

8-1. Front/Side/Top Panel Section .......................................... 98

8-2. MAIN Board Section....................................................... 99

8-3. POWER Board Section .................................................. 100

8-4. DVD Mechanism Deck section-1 (CDM69EH)............. 101

8-5. DVD Mechanism Deck section-2 (CDM69EH)............. 102

8-6. DVD Mechanism Deck section-3 (CDM69EH)............. 103

8-7. DVD Mechanism Deck section-4 (CDM69EH)............. 104

8-8. DVD Mechanism Deck section-5 (CDM69EH)............. 105

8-9. DVD Mechanism Deck section-6 (CDM69EH)............. 106

8-10. Optical Pick-Up Section

(KHM-310CAB or KHM-313CAB) .............................. 107

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.

9. ELECTRICAL PARTS LIST............................... 108

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 repeatedly to select “DVD”.

3. While pressing the x button, press the Z button 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 repeatedly to select “DVD”.

3. While pressing the x button, press the N button until “DEMO OFF” displayed on the fluorescent indicator tube (around 5 seconds).

Note: When “DEMO PLAY” is displayed, the DEMO play lock is not

released by turning power on/off with the I/1 button.

4

HCD-X1V

NOTE OF REPLACING THE EEPROM (IC103 and IC706) ON THE DMB12 BOARD

EEPROM (IC103 and IC706) on the DMB12 board cannot exchange with single. When EEPROM (IC103 and IC706) on the DMB12 board is damaged, exchange the entire mounted board.

NOTE OF HANDLING THE DMB12 BOARD

When the DMB12 board is replaced by a repair for a fee, throw away the DMB12 board after obtaining consent of not returning of the DMB12 board to the customer. When throwing awa y the DMB12 board, be sure to throw away after destroying EEPROM (IC103 and IC706) physically with the hammer etc.

Part No. Destination

A-1212-048-A US, Canadian A-1212-049-A AEP, UK

MODEL IDENTIFICATION – Back Panel –

PART No.

MODEL PART No.

US model 2-647-349-0[] Canadian model 2-647-349-1[] AEP and UK models 2-647-349-2[]

S-FORCE FRONT SURROUND OPERATION CHECK

When complaint by the effect of the sound field, check as follows and confirm abnormality is not found in the set.

Procedure:

1

Press [/1.

The system turns on. Unless the system is set to “DVD,” press FUNCTION +/– to select “DVD.”

2

Press DISC 1.

3

Press Z.

4

Load the Setup Disc.

Push the disc into the disc slot until the disc is pulled in automatically. The Setup Disc is drawn into the system automatically.

With the playback side facing down

e Setup Disc menu appears.

Th

DAV-X1 Series

This setup disc is common for DAV-X1 series.

5

Sit in the listening position, then select one of the three options on the screen using

C/c

, and press H or .

The selected option starts.

C

FL FR

SW

RL RR

6

Listening carefully to how the option sounds to determine the optimal surround sound effect.

If a satisfactory surround sound effect cannot be achieved, adjust the speaker positions.

7

Press x to stop the disc.

8

Press Z on the system to eject the disc.

5

HCD-X1V

About This Manual

•The instructions in this manual describe the controls on the remote. You can also use the controls on the system if they hav e the same o r similar names as those on the remote.

•The Control Menu items may be different depending on the area.

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

•Measurements are expressed in feet (ft) for North American models.

•The following symbols are used in this manual.

Symbol Meaning

1)

MP3 (MPEG1 Audio Layer 3) is a standard format defined by ISO/MPEG which compresses audio data.

2)

European models only.

3)

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

4)

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

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

CD-RWs in music CD

or CD-Rs/ format

Functions available for DATA CDs (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)

audio tracks,

1)

audio tracks,

2)3)4)

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 (audio data) (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-R O M s / C D - R s /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 to 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 Disc Format)

*European models only

Example of discs that the system cannot play

The system cannot play the following discs:

•CD-ROMs/CD-Rs/CD-RWs other than those recorded in the formats.

•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 *

*European models only

• DVD-RAMs

Also, the system discs:

•A DVD VIDEO

•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

cannot play the following

with a different region code

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 b e aware that among those discs, there are some th at do n ot conform to the CD standard and may not be playable by this product.

Note on DualDisc

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 au di o material side does no t 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 contain ed 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 regi on 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 DV Ds 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.

6

HCD-X1V

B B

DMB12 board (side A)

DMB12 board (side B)

Please place a sheet for insulation.

HOW TO IDENTIFY OPTICAL PICK-UP BLOCK

There are two kinds of OPTICAL PICK-UP BLOCK in this set. When replacing the OPTICAL PICK-UP BLOCK, make sure which OPTICAL PICK-UP BLOCK it is following the “How to Identify” in the figure shown below.

Printed of KHM-310CAB or KHM-313CAB.

KHM-310CA

or

KHM-313CA

DMB12 BOARD SERVICE POSITION

7

HCD-X1V

t

POWER BOARD SERVICE POSITION

POWER board

Note

: The Power board can be removed individually.

Please place a shee for insulation.

NOTE ON WIRE PROCESSING BETWEEN AMP BOARD AND POWER BOARD

Note

:To prevent a contact with the components on the primary side of power supply,

the wires should be routed in front of the wire (flat type) (19 core) and reshaped.

wire (flat type) (19 core)

wire

POWER board

AMP board

8

MAIN BOARD SERVICE POSITION

AMP board (component side)

AMP board (conductor side)

Please place a sheet for insulation.

1 wire (flat type) (9 core)

(US, Canadian models) wire (flat type) (11 core) (AEP, UK models) (CN303)

HCD-X1V

3 Remove the Back Panel,

and then the MAIN board.

4

2 connector

(CN1000)

AMP BOARD SERVICE POSITION

Please place a sheet for insulation.

MAIN board

9

HCD-X1V

)

DVD MECHANISM DECK (CDM69EH) SERVICE POSITION

In checking the DVD mechanism deck (CDM69EH), prepare jig (extension cable J-2501-248-A: 1.00 mm Pitch, 27 cores, Length 300 mm).

DVD mechanism deck (CDM69EH)

wire (flat type) (27 core)

MAIN board (CN621)

connect jig (extension cable J-2501-248-A to the MAIN board (CN621) and wire (flat type) (27 core).

PRECAUTION WHEN INSTALLING A NEW OPTICAL PICK-UP BLOCK/ PRECAUTION BEFORE UNSOLDERING THE STATIC ELECTRICITY PREVENTION SOLDER BRIDGE

CAUTION

When installing a new Optical Pick-up block, be sure to connect the flexible printed circuit board first of all before removing the static electricity prevention solder bridge by unsoldering. Remove the static electricity prevention solder bridge by unsoldering after the flexible printed circuit board has already been connected. (Do not remove nor unsolder the solder bridge as long as the Optical Pick-up block is kept standalone.)

flexible flat cable (24 core)

optical pick-up block

10

Front panel

SECTION 2

GENERAL

HCD-X1V

This section is extracted from instruction manual.

A "/1 (on/standby) B Disc slot C (remote sensor) D N (play) E x (stop) F FUNCTION G VOLUME –/+

Rear panel

HDMI OUT

SPEAKER

IMPEDANCE USE 4

A HDMI OUT jack B COMPONENT VIDEO OUT jacks C MONITOR OUT (S VIDEO/VIDEO) jacks

D VIDEO1 (VIDEO IN, S VIDEO/VIDEO)

jacks

E VIDEO2 (VIDEO IN, S VIDEO/VIDEO)

jacks

F VIDEO1 (AUDIO IN L/R) jacks G VIDEO2 (AUDIO IN L/R) jacks H TV (AUDIO IN L/R) jacks

H Front surround indicator I Front panel display J Z (eject) K DISC 1-5/indicator L AUDIO IN jack

VIDEO1

VIDEO2

COMPONENT VIDEO

OUT

P

B/CB

PR/C

VIDEO2

VIDEO1

S VIDEOY

VIDEO

VIDEO INMONITOR

R

OUT

TV

DIGITAL IN

L

R

OPTICALOPTICAL

VIDEO1

AUDIO IN

COAXIAL COAXIAL

VIDEO2

TV

A.CAL

MIC

ECM-AC1

ANTENNA

AM

FM

75 COAXIAL

I A.CAL MIC jack J AM terminal K FM 75Ω COAXIAL jack L VIDEO2 (DIGITAL IN COAXIAL) jack M VIDEO1 (DIGITAL IN COAXIAL/

OPTICAL) jacks

N TV (DIGITAL IN OPTICAL) jack O SPEAKER jacks

11

HCD-X1V

Front panel display

About the indications in the front panel display

A Lights up when the sleep timer is set. B Current surround format (Except for

JPEG and Super Audio CD)

C Playing status (DVD function only) D Lights up when the time information of

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

E Lights up when a station is received.

(Radio only)

F Monaural/Stereo effect (Radio only) G Lights up when the music or movie

mode is selected.

Remote control

With the cover opened.

A TV [/1 (on/standby) B TV button/TV mode indicator C SLEEP D DISPLAY E Number buttons F CLEAR

3)

-/--

G MOVIE/MUSIC H SOUND FIELD I DVD TOP MENU J C/X/x/c/ K O RETURN L ./>

PRESET –/+

M (instant replay/instant

advance) c/C STEP

3)

2)3)

H Displays system’s status such as

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

I Lights up when the system outputs

progressive signals (DVD function only).

J 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.

K Lights up when Super Audio CD/CD is

loaded.

N m/M

/

TUNING –/+

O DISC SKIP P VOLUME +/–

TV VOL +/–

Q MUTING R AUDIO

3)

2)

S PICTURE NAVI T PROGRESSIVE U DIMMER V FM MODE W DIRECT TUNING X [/1 (on/standby) Y THEATRE SYNC Z TV/VIDEO

wj ENTER

1)3)

wk BASS/TREBLE wl DVD MENU

e; DISPLAY

ea H (play)

TOOLS

TV MENU

3)

2)

es x (stop) ed X (pause) ef FUNCTION +/–

TV CH +/–

2)

3)

eg SUBTITLE eh ANGLE ej SA-CD/CD ek REPEAT el AMP MENU r; TUNER MENU

1)

The ENTER button is the same function as the

button.

2)

The H ea, 5 5, AUDIO qk, and FUNCTION +/

– ef buttons have tactile dots. Use the tactile dots as references 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.

12

SECTION 3

3-7. MAIN BOARD

(Page 16)

SET

3-2. TOP PANEL, SIDE PANEL

(Page 14)

3-4. POWER BOARD

(Page 15)

3-3. DMB12 BOARD

(Page 14)

3-5. AMP BOARD

(Page 15)

3-8 . DVD MECHANISM DECK

(CDM69EH) (Page 17)

3-9. OPTICAL PICK-UP SECTION

(Page 17)

3-10. OPTICAL PICK-UP BLOCK

(KHM-310CAB or KHM-313CAB) (Page 18)

3-11. BRACKET (TOP) ASSY

(Page 18)

3-13. MOTOR (STOCKER)

ASSY (STOCKER) (M761) (Page 19)

3-14. MOTOR (STOCKER)

ASSY (ROLLER) (M781) (Page 20)

3-16. RUBBER ROLLER

(SLIDER) ASSY, SUB CHASSIS (Page 21)

3-17. TIMING BELT

(FRONT/REAR) (Page 21)

3-12.RELAY BOARD

(Page 19)

3-15. MOTOR (STOCKER)

ASSY (MODE) (M771) (Page 20)

3-18. CAM (GEAR)

(Page 22)

3-19. SENSOR BOARD,

ROTARY ENCODER (MODE) (S771) (Page 22)

3-6. REAR PANEL BLOCK

(Page 16)

Note 1: The process described in can be performed in any order. Note 2: Without completing the process described in , the next process can not be performed.

DISASSEMBLY

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

3-1. DISASSEMBLY FLOW

HCD-X1V

13

HCD-X1V

)

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

3-2. TOP PANEL, SIDE PANEL

1

two screws (BVTT3 × 8)

2

side panel (L)

6

screw (BV/ring)

8

top panel

5

connector (CN804)

7

three screws (BV/ring)

3

two screws (BVTT3 × 8

3-3. DMB12 BOARD

1

cushion (FFC)

6

8

screw (BVTT3 × 6)

7

screw (BV/ring)

four screws (BVTT3 × 6)

three screws (BV/ring)

4

side panel (R)

6

two connectors (CN201, CN601)

2

wire (flat type) (11 core) (CN4301)

3

wire (flat type) (24 core) (CN101)

4

wire (flat type) (11 core) (CN4501)

9

shield plate (DMB)

5

wire (flat type) (11 core (CN109)

14

q;

8

three screws (BVTT3 × 6)

DMB12 board

3-4. POWER BOARD

)

1

three connectors (CN902, CN903, CN904)

2

four screws (BVTT3

1

×

6)

5

POWER board

connector (CN905)

3

screws (BVTT3

4

cover (L)

HCD-X1V

×

8

3-5. AMP BOARD

2

two screws (BVTT3

×

6)

A

5

two connectors (CN902, CN903)

4

bracket (DMB)

A

two screws

6

(BV3)

7

heart sink

8

screw (BV3)

qa

AMP board

1

wire (flat type) (19 core (CN621)

3

two screws (BV/ring)

q;

two accessory screws

9

two screws (BV/ring)

15

HCD-X1V

3-6. REAR PANEL BLOCK

5

9

4

two connectors (CN401, CN506)

screw (BVTT3

two screws (BVTT3

×

6)

×

6)

A

7

bracket (DMB)

qd

two bosses

8

three screws (BVTT3

×

6)

q;

A

two screws (BV/ring)

2

wire (flat type) (27 core) (CN621)

3

wire (flat type) (19 core) (CN507)

6

two screws (BV/ring)

qs

two screws (BV/ring)

qa

two accessory screws

qd

boss

qf

back plate block

qd

two bosses

3-7. MAIN BOARD

9

screw (BVTT3

two connectors

4

(CN901, CN3000)

9

three screws (BVTT3

4

MAIN board

1

wire (flat type) (19 core) (CN501)

×

6)

×

6)

16

1

wire (flat type) (9 core) (US, Canadian models) wire (flat type) (11 core) (AEP, UK models) (CN303)

2

connector (CN1000)

3

six screws (BV/ring)

3-8. DVD MECHANISM DECK (CDM69EH)

)

7

DVD mechanism deck (CDM69EH)

1

two screws (BVTP3

×

8)

6

four screws (BV3)

4

two screws (BV3)

3

screw (BVTT3

2

HCD-X1V

×

6)

bar

5

cover (CDM

4

screw (BV3)

3-9. OPTICAL PICK-UP SECTION

1

two screws (BVTP3

×

8)

1

floating screw (PTPWH M2.6)

3

boss

6

optical pick-up section

4

boss

2

5

boss

17

HCD-X1V

w

y

3-10. OPTICAL PICK-UP BLOCK (KHM-310CAB or KHM-313CAB)

2

5

optical pick-up block (KHM-310CAB or

2

insulator screw

4

insulator

2

insulator screw

4

insulator

KHM-313CAB)

3

4

1

insulator screw

insulator

flexible flat cable (24 core)

2

insulator scre

4

insulator

3-11. BRACKET (TOP) ASSY

3

Lift up the

1

2

Lift up the

SW (1) board.

four

screws

(BTP2.6

SW (2) board.

×

6)

4

Lift up the

5

Lift up the

SW (3) board.

SW (4) board.

6

six screws

(BVTP2.6)

7

bracket (top) ass

18

3-12. RELAY BOARD

CN705

– bottom view –

1

Remove thirteen solders of CN704, CN705, CN706, CN707, CN708.

CN704

CN707

4

connector (CN703)

3

4

connector (CN702)

4

connector (CN710)

HCD-X1V

CN706

CN708

RELAY board

1

Remove five solders of rotary encoder (stocker position) (S702).

3-13. MOTOR (STOCKER) ASSY (STOCKER) (M761)

3

5

stocker motor board

two screws

(BVTP2.6)

4

5

2

Remove two solders of

motor (stocker) assy (stocker) (M761)

2

Remove two solders of

6

motor (stocker) assy (stocker) (M761)

2

RELAY board

.

connector (CN761)

four screws (BVTP2.6)

.

1

belt (stocker)

19

HCD-X1V

3-14. MOTOR (STOCKER) ASSY (ROLLER) (M781)

3

two screws

(BVTP2.6)

4

ROLLER MOTOR

5

motor (roller) assy (roller) (M781)

board

2

Remove two solders of motor (roller) assy (roller) (M781).

2

Remove two solders of

connector (CN781)

.

3-15. MOTOR (STOCKER) ASSY (MODE) (M771)

2

Remove seven solders of connector (CN771).

MODE MOTOR board

2

Remove five solders of rotary encoder (mode) (S771).

1

belt (roller V)

3

two screws

(BVTP2.6)

4

MODE MOTOR board

5

motor (stocker) assy (mode) (M771)

20

2

Remove two solders of motor (stocker) assy (mode) (M771).

1

belt (mode V)

3-16. RUBBER ROLLER (SLIDER) ASSY, SUB CHASSIS

qg

sub chassis

qf

screw

(BVTP2.6

×

8)

8

step screw

qs

step screw

5

step screw

9

tension spring (slider 2)

6

tension spring (slider 4)

0

rubber roller (slider 4) assy

7

rubber roller (slider 1) assy

qa

rubber roller (slider 2) assy

qd

rubber roller (slider 1) assy

3

tension spring (base slider 5)

1

step screw

4

rubber roller (slider 5) assy

2

rubber roller (slider S) assy

bracket (top) assy

HCD-X1V

3-17. TIMING BELT (FRONT/REAR)

5

two gears (center)

6

timing belt (front)

4

gear (timing)

3

slider (mode cam) assy

2

gear (mode cam)

Note: Refer to assembly (Section 4).

7

two gears (center)

8

timing belt (rear)

9

timing belt (rear)

When install three timing belts, its pass under each claws.

timing belt (rear)

claw

timing belt (rear)

claw

timing belt (front)

claw

1

screw

(PTPWH2.6

×

8)

21

HCD-X1V

)

3-18. CAM (GEAR)

qf

Note: Refer to assembly

(Section 4: page 23).

qs

gear (mode cam)

Note: Refer to assembly

(Section 4: page 24).

cam (gear)

qd

screw

qa

screw (PTPWH2.6

0

Note: Refer to assembly

(Section 4: page 24).

×

8)

gear (mode C)

9

screw (PTPWH2.6

6

gear (mode 5)

5

screw (PTPWH2.6 × 8

4

gear (mode 5)

3

screw (PTPWH2.6 × 8)

2

pulley (mode deceleration)

1

screw (PTPWH2.6 × 8)

8

gear (mode D)

×

8)

7

screw (PTPWH2.6 × 8)

3-19. SENSOR BOARD, ROTARY ENCODER (MODE) (S771)

Note: Refer to assembly

(Section 4: page 23).

qa

cam (eject lock)

q;

screw

qd

cam (BU U/D)

(PTPWH2.6

qf

gear (eject lock)

×

8)

6

shaft (shutter)

5

compression spring (shutter)

qg

gear (mode A)

7

Remove three solders of

9

SENSOR board

8

screw (BVTP2.6

connector (CN751)

×

8)

ql

two claws

w;

rotary encoder (mode) (S771)

qk

screw

×

(PWH2

qj

.

gear (mode B)

qh

screw (PTPWH2.6

6)

×

8)

qs

22

screw (PTPWH2.6

4

base (shutter) block

3

8)

screw (BVTP2.6

1

screw (PTPWH2.6

×

8)

×

8)

3

two screws (BVTP2.6

2

lever shutter (A)

×

8)

×

SECTION 4

ASSEMBLY

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

4-1. HOW TO INSTALL THE CAM (EJECT LOCK)

1

Rotate the cam (BU U/D) fully in the direction of arrow.

2

Engage the gear (eject lock) and the gear of the cam (eject lock) aligning the mark with the center of the gear (eject lock).

cam (BU U/D)

HCD-X1V

mark

gear (eject lock)

4-2. HOW TO INSTALL THE CAM (GEAR)

1

Check that the cam (BU U/D) can not be rotated in the direction of arrow.

2

Align the mark on the cam (gear) with the boss as shown in the figure and install the cam (gear).

cam (gear)

cam (BU U/D)

cam (eject lock)

– bottom view • front –

boss

mark

– bottom view • front –

23

HCD-X1V

4-3. HOW TO INSTALL THE GEAR (MODE C)

1

Align the mark on the rotary encoder (S771) with the projection of the assy.

2

Check that the cam (BU U/D) can not be rotated in the direction of arrow.

3

Install the gear (

rotary encoder (S771)

mode

C).

gear (

mode

C)

cam (BU U/D)

mark projection

– bottom view • front –

4-4. HOW TO INSTALL THE GEAR (MODE CAM)

1

Slide the shaft in the direction of arrow.

2

Align mark A on the gear (mode cam) with mark B on the slider (mode cam) assy, then install the gear (mode cam).

3

Check that mark C on the gear (mode cam) is in alignment with mark D on the cam (gear).

mark

A

gear (mode cam)

chassis

shaft

slider (mode cam) assy

24

cam (gear)

mark

D

– bottom view • front –

mark

B

C

HCD-X1V

2

five

solders

6

two gears (stocker communication)

4

gear (stocker communication)

RELAY board

ST ENCODER board

7

two screws

(PTPWH2.6

×

8)

5

screw (PTPWH2.6

×

8)

3

screw

(PWH2

×

6)

rotary encoder (S702)

gear (stocker communication)

– rear –

1

rotary encoder (S702)

Engage the rotary encoder (S702) and the gear (stocker communication) as shown below in the figure.

2

two cams (stocker U/D)

2

cam (stocker U/D)

3

two screws

(PTPWH2.6

×

8)

3

screw

(PTPWH2.6

×

8)

rotary encoder (S702)

hole

gear (stocker communication)

– rear –

screw

1

Position the hole on the gear (stocker communication) on the screw of the rotary encoder (S702).

To install three cams (stocker U/D), align each groove of the cam (stocker U/D) with each

f

mark on the

chassis as shown in the figure.

f mark

f

mark

f

mark

cam (stocker U/D)

4-5. HOW TO INSTALL THE ROTARY ENCODER (S702), GEAR (STOCKER COMMUNICATION)

4-6. HOW TO INSTALL THE CAM (STOCKER U/D)

25

HCD-X1V

4-7. HOW TO INSTALL THE STOCKER ASSY

1

Fit three shafts of the stocker assy in respective slits of the cams (stocker U/D).

cam (stocker U/D)

Note:For the location of slits of the cams (stocker U/D),

see 4-6. HOW TO INSTALL CAM (STOCKER U/D).

cam (stocker U/D)

shaft shaftstocker assy

cam (stocker U/D)

shaft

26

pulley (stocker)

stocker assy

pulley (stocker)

A

2

Making sure that three shafts of the stocker assy fit in respective slits of the cams (stocker U/D), rotate the pulley (stocker) in the direction of arrow A by hand to store the stocker assy.

4-8. PHASE ADJUSTMENT BETWEEN PINIONS (SLIDER) AND SLIDER-1 TO 5 (L/R)

As shown in the following figure, adjust the portion A of each slider to the boss with the

1

slider-1 to 5 (L) and the slider-1 to 5 (R) pushed in the arrow directions respectively (see Fig. 1).

2

Paying attention to the up/down direction of the pinion (slider) (see Fig. 2), install each pinion (slider) so that the portion

Note: Push in the pinion (slider) until the claw of the boss comes out above the pinion (slider) to lock.

B

of each pinion (slider) meshes with the portion A of each slider (see Fig. 3).

A

HCD-X1V

slider-5 (L)

slider-4 (L)

slider-3 (L)

slider-2 (L)

slider-1 (L)

(Fig. 1)

boss

claw

slider-5 (R)

slider-4 (R)

slider-3 (R)

slider-2 (R)

slider-1 (R)

boss

A

pinion (slider)

A

pinion (slider)

pinion (slider) portion

slider portion

A

B

(Fig. 2)

boss

(Fig. 3)

pinion (slider) portion

slider portion

claw

A

boss

pinion (slider)

A

B

A

27

HCD-X1V

SECTION 5

TEST MODE

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 on the system.

2. Press the [FUNCTION] button repeatedly to select the “TUNER AM”.

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

4. Press two buttons of [FUNCTION] and I/1 simultaneously. The system will turn on automatically. The message “AM 9k STEP” or “AM10k STEP” appears on the fluorescent indicator tube and thus the channel step is changed.

DVD VERSION VIEW

This mode is used to display the DVD version.

Procedure:

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

2. Press the [FUNCTION] button repeatedly to select the “DVD”.

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

4. Press two buttons of x and I/1 simultaneously. The system will turn on automatically.

5. The DVD version appears on the TV screen.

COLD RESET

The cold reset clears all data including preset data stored in the RAM to initial conditions.

Procedure:

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

2. Press three buttons of x , [FUNCTION] and I/1 simultaneously.

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

SHIP MODE

This mode moves the optical pick-up to the position durable to vibration.

Procedure:

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

2. Press the [FUNCTION] button repeatedly to select the “DVD”.

3. Press three buttons of x , Z and I/1 simultaneously.

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

PANEL TEST MODE

This mode is used to check the fluorescent indicator tube, LEDs, keys, model, destination and software version.

Procedure:

1. Press three buttons of x , N and [DISC 3] simultaneously.

2. LEDs (amber) and all segments in fluorescent indicator tube are lighted up. And half LEDs (green) and segments in fluorescent indicator tube are lighted up, all LEDs and others half segments in fluorescent indicator tube are lighted up, then LEDs (amber) and all segments in fluorescent indicator tube are lighted up. This operation is repeated.

3. Press the N button, the key check mode is activated.

4. In the key check mode, the fluorescent indicator tube displays “K 0”. Each time a button is pressed, “K 0” value increases. However , once a button has been pressed , it is no longer taken into account.

5. When you want to enter the software version display mode, press the [VOLUME +] button. The model information appears on the fluorescent indicator tube.

6. Each time the [VOLUME +] button is pressed, the display changes from destination information, MC version, GC version, SYS version, DVD version, CDMA version, CDMB version, ST version, TC version, TA version, DVD version, TM version in this order, and returns to the model information display.

7. When the [VOLUME --] button is pressed while the version numbers are being displayed except model information and destination information, the date of the software creation appears. When the [VOLUME --] button is pressed again, the display returns to the software version display. When the [VOLUME +] button is pressed while the date of the software creation is being displayed, the date of the software creation is displayed in the same order of software version display.

8. To release from this mode, press three buttons in the same manner as step 1 or disconnect the power cord.

AMP TEST MODE

Procedure:

1. Press three buttons of x , N and Z simultaneously. The message “MEASURE” appears on the fluorescent indicator tube.

2. Press the [SLEEP] button on the remote commander. The message “SAFETY” appears on the fluorescent indicator tube.

3. Press the [SLEEP] button on the remote commander again. The message “MEASURE” appears on the fluorescent indicator tube.

4. Press the [SOUND FIELD] button on the remote commander. The message “SWAP FULL” appears on the fluorescent indicator tube.

5. Each time the [SOUND FIELD] button is pressed, the display changes from SWAP THRU, SWAP F2S, SWAP F2CW in this order, and returns to “SWAP FULL” .

6. Press the [BASS/TREBLE] button on the remote commander. The message “D.C.A.C. MIC” appears on the fluorescent indicator tube.

7. Press the [BASS/TREBLE] button on the remote commander again. The message “FUNC INPUT” appears on the fluorescent indicator tube.

8. Press two buttons of [VOLUME +] and [VOLUME --] simultaneously. The message “VOL N” (volume normal operation) or “VOL M/M” (volume MIN/MAX operation) appears on the fluorescent indicator tube and thus the volume step is changed.

9. When the [VOLUME --] button is pressed in the volume MIN/ MAX operation state, the message “VOLUME MIN” appears on the fluorescent indicator tube.

10. When the [VOLUME +] button is pressed in the volume MIN/ MAX operation state, the message “VOLUME MAX” appears on the fluorescent indicator tube.

11. To release from this mode, press COLD RESET.

I/1 button to execute the

PRODUCT OUT

This mode moves the optical pick-up to the position durable to vibration and clears all data including preset data stored in the RAM to initial conditions.

Procedure:

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

2. Press the [FUNCTION] button repeatedly to select the “DVD”.

3. Press three buttons of x , [DISC 3] and [VOLUME +] simultaneously.

4. After the “STANDBY” blinking display f inishes, The message “MECHA LOCK” appears on the fluorescent indicator tube and the ship mode is set.

28

HCD-X1V

DVD SECTION

1. DVD SER VICE 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.

2. ENTERING DVD SERVICE MODE

Procedure:

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

2. Press the [FUNCTION] button repeatedly to select the “DVD”.

3. Press three buttons of x , Z and [VOLUME +] simultaneously .

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 :XZ1_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 system.

I/1 button to turn off the

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. Mecha test 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: ED:

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. Convert data from hexadecimal to decimal by using conversion table.

6. If the value is smaller than 93 (decimal), then it is OK. Howev er if the value is higher than 93, then BU (base unit) is defectiv e and need to be change.

7. Press the 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.

O RETURN button on the remote commander to

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

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

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

29

HCD-X1V

2. Y ou 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 er ror 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

30

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.

e

VOLT/DIV: 200 mV TIME/DIV: 500 ns

level:

0.58

±

1.23 Vp-p

(DVD-SL)

0.57 ± 1.1 Vp-p (CD)

SECTION 6

ELECTRICAL CHECK

HCD-X1V

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 SubCPU: Ver.X.XX(XXXX)

[0]Return to Top Menu

2. To return to the top menu of Remocon Diagnosis Menu, press the [0] on the remote commander.

DVD SECTION

RFMON LEVEL CHECK

Connection :

oscilloscop

DMB12 board

CN105 pin

Procedure :

1. Connect an oscilloscope to CN105 pin 6 (RFMON) and CN105 pin 3 (GND) on the DMB12 board.

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

3. Insert the test disc (DVD-SL (NTSC): HLX-503 (Part No. J6090-069-A, CD: YEDS-18 (Part No. 3-702-101-01) and press the N button to playback.

4. Confirm that oscilloscope waveform is clear and check RFMON signal level is correct or not.

Note: A clear RFMON signal waveform means that the shape “◊” can be

clearly distinguished at the center of the waveform.

6

(RFMON)

3

(GND)

+ –

Connecting Location:

– DMB12 Board (Side A) –

CN105

6

1

IC201

IC101

HCD-X1V

3131

HCD-X1V

SECTION 7

DIAGRAMS

7-1. BLOCK DIAGRAM – RF SERVO/VIDEO Section –

6

DVDRFIP

MA

8

MB

9

MC

10

MD

11

DVDA2 DVDB3 DVDC4 DVDD5

TNI18VOE/E+G TPI19VOF/F+H

V2O29VC

MDI120 MDI221

LDO123LD (780)

22LD (650)

LDO2

MSW

48VR (650)

LINYSW

136LIMIT

RF AMP, SERVO DSP,

MPEG DECODER

FOO42

TRO41

FMO38

DMO37

SPFG47

MUTE123MUTE12 184

MUTEMUTE34 183 TSD_MTSD-M 181

IOPMON40

RF+3.3V

OPTICAL PICK-UP

KHM-310CAB

KHM-313CAB

TX27M

A

(Page 33)

VOA/A VOB/B VOC/C

VOD/D

BLOCK

OR

MSW

VR (780)

FCS+ FCS– 37

TRK+ 35 TRK– 34

SL+ 29 SL– 30

SP+ 27 SP– 28

RF

PD

REGO2 REGO1

AUTOMATIC POWER

CONTROL (FOR CD)

Q102-1

AUTOMATIC POWER

CONTROL (FOR DVD)

Q102-2

IC201

FOCUS

COIL DRIVE

TRACKING

COIL DRIVE

SLED

SPINDLE

BUFFER

Q103

MUTE5

CD ON

SWITCH

Q101-1

DVD ON SWITCH

Q101-2

FOCUS/TRACKING COIL DRIVE, SPINDLE/SLED MOTOR DRIVE

36

MOTOR DRIVE

46 47

41

31

REGULATOR

32

1

4

10

13

45

19 21 20 22

40

8

SPDIF 225

ASDATA0 217

ASDATA1 218

ASDATA2 219

ASDATA4 222

ABCK 214

ALRCK 213

ACLK 215

SMPTE_Y (0)

SMPTE_Y (1) 176

SMPTE_Y (2) 174

SMPTE_Y (3) 172

SMPTE_Y (4) 171

SMPTE_Y (5) 170

SMPTE_Y (6) 169

SMPTE_Y (7) 168

VCLK

SMBSY

VSYN

SMSDI

SMSDO

SMSCK XSMCS

YUV3

YUV2

YUV1

IC101

YUV4

YUV5

YUV6

XTALI

229

177

178 207 205

209 210 208 211

198

196

194

200

202

203

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

OSC BUFFER

IC111

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

VCLK HSYNC VSYNC

SMSDI

SMSDO

SMSCK XSMCS

SPDIF

DQ0 – DQ15

RD0 – RD15

X101

27MHz

ASDATA0

ASDATA1

103

5

EEPROM

ABCK

ASDATA2

ASDATA4

147, 149 – 151, 166 – 164,

162, 160, 159, 146, 158

SDASDA

SCLSCL

EEWPWF

102

51

6

7

IC103

ALRCK

ACLK

SD-RAM

IC104

A0 – A11

23 – 26,

29 – 34, 22, 35

RA0 – RA11

HD0 – HD7

81 – 84,

86 – 88, 91

29, 31, 33, 35,

38, 40, 42, 44

DQ0 – DQ7

BUFFER

IC4501

BUFFER

IC4502

SPDIF

D1

D2

D3

BCK

LRCK

MCK

20

21

38

37

15

143

145

156

157

113

BA0 BA0

BA1 BA1

CKE CLKE

DQM0 LDQM

DRCLK CLK

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

IC102

39

137

18

140

DQM1 UDQM

RAS RAS

(Page 34)

DIGITAL AUDIO BUS

HDMI BUS

B

C

(Page 33)

V1

VIDEO SELECTOR

IC202

V1

V2

C1

C2

Y1

Y2

17

19

16

1

VIN1

3

VIN2

5

VIN3

VIDEO SELECTOR

1

VIN1

3

VIN2

5

VIN3

VIDEO SELECTOR

1

VIN1

3

VIN2

5

VIN3

SW14SW2

2

IC201

SW14SW2

2

IC200

SW14SW2

2

VOUT

7

VIDEO AMP, 75Ω DRIVER

IC203

6

CVBSIN

4

CIN

7

8

YIN

11

SYIN

13

CBIN

15

CRIN

VOUTA VOUTB

C OUT

S-DC OUT

YOUTA YOUTB

CYOUTA CYOUTB CBOUTA CBOUTB CROUTA CROUTB

MUTE114MUTE2

S1

5

2

Y1

C1

V2

Y2

C2

30 29

32 31 27 26

24 23 21 20 18 17

CY

• SIGNAL PATH

PB/C

PR/C

Y

B

R

VIDEO

S VIDEO

VIDEO

S VIDEO

VIDEO

S VIDEO

J200

COMPONENT

VIDEO OUT

J203

VIDEO2

J202

VIDEO1

J201

MONITOR

OUT

: CD PLAY

: DVD PLAY

139

142

138

CAS CAS

RCS CS

RWE WE

WIDE

179

: AUDIO

: VIDEO

: Y

: CHROMA

XROMCSCE

XRDOE

XWRWE

77

79

66

26

28

11

98

100

101

99

32

37

31

33

DVD_SID IFSOI

DVD_SCO IFSCK

DVD_SOD IFSDO

114

34

DVD XIFCS XIFCS

110

38

DVD_XIFBUSY XIF5SY

XRST

105

SWITCHING

SYSTEM CONTROLLER

MTK RST XSYSRST

IC150

IC501 (1/5)

56

V_SEL0

55

V_SEL1

54

V_SEL2

53

V_SEL3

: COMPONENT VIDEO

XRST

D

(Page 33)

HCD-X1V

3232

7-2. BLOCK DIAGRAM – CHANGER/HDMI Section –

HCD-X1V

OFF:

In the midst disc is moving

S718

S717

between play position and stocker

In the midst disc is moving between play position and stocker ON: disc is play position side, OFF: disc is stocker side

OFF:

S716

The moment disc in/out from stocker

OFF:

S715

When disc out from play position

ON: Play position

S714

S713 (ON: Play position)

S711 (ON: When disc insert)

(8cm disc only)

M781

M

(ROLLER)

M771

M

(MODE)

M761

(STOCKER)

S718 (STOCKING)

S717 (DISC POSITION)

S716 (STOCKER IN/OUT)

S715 (DISC OUT)

S714 (DISC IN (8cm))

S713 (DISC IN (8/12cm))

S711 (DISC INSERT (8/12cm))

M

DISC INSERT

DETECT SENSOR

IC751

ROLLER MOTOR DRIVE

IC711

4

OUT1 OUT2

2 9

MODE MOTOR DRIVE

IC701

4

OUT1 OUT2

2 9

STOCKER MOTOR DRIVE

IC721

4

OUT1 OUT2

2 9

LEVEL SHIFT

Q731

CDM_OPEN_SW

35

IO_DI

IO_CLK

IO_CE

IO_RESET

87 DI126 89 CLK3 85 LATCH4 86

CHANGER CONTROLLER1

IC621

247

P0FIN P1RIN 23

P2FIN 227 P3RIN 21

P4FIN 207 P5RIN 19

6

P14

P812

10

P10

9

P11

11

P9

8

P12

7

P13

2

RESET_B

LATCHO

DO2 DO1

CLKO

• SIGNAL PATH

: AUDIO

: VIDEO

HDMI TRANSMITTER

IC701

ASDATA0

ASDATA1

ASDATA2

ASDATA4

SPDIF

ACLK ABCK ALRCK

CHANGER CONTROLLER2

IC622

ROTARY

ENCODER

5 – 8

P15 – P12

9 – 12

P11 – P8

25 15 14 13

DI216

26

DI1 CLK3 LATCH4 RESET_B2

DO2

25

S771

(MODE)

ROTARY

ENCODER

S702

(STOCKER POSITION)

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

VCLK HSYNC VSYNC

EEPROM

IC706

AD076

75

AD1

AD2

74

AD3

73

SPDIF

72

ACL

77

ABCK

78

ALRCK

79

Y0

13

Y114

Y215

Y316

Y417

Y518

Y619

Y720

VCK11 HSYNC39 VSYNC

38

TCKN

HTPLG 40

CLK 26

52TX0P

51TX0N

55TX1P

54TX1N

58TX2P

57TX2N

49TCKP

48

LEVEL SHIFT

IC705

LEVEL SHIFT

Q701

LEVEL SHIFT

Q702

+5V

SW+9V

REGULATOR

IC707

CN701

HDMI OUT

7

9

4

6

1

3

10

12

19

16

15

18

TMDS DATA0 +

TMDS DATA0 –

TMDS DATA1 +

TMDS DATA1 –

TMDS DATA2 +

TMDS DATA2 –

TMDS CLOCK +

TMDS CLOCK –

HOT

SDA

SCL

+5V POWER

TX27M

A

(Page 32)

HCD-X1V

HDMI BUS

C

(Page 32)

IO-DO

SYSTEM CONTROLLER

IC501 (2/5)

88

SMSDI SMSDI SMSCK XSMCS VSYNC

31 SDO 30 SDI 32 SCK 23 XSMCS 22 VSYNC

SDA5SCL6WP

49

50

HDCP-SDA

7

51

HDCP-WP

HDCP-SCL

MSD

22

34

35

62

HDMI CONTROLLER

25

31

21

X701

10MHz

40

41

59

242761

63

X014X1

SCL0

SDA0

XTXRST

IC708

58

15

P35/AN05

XRST

21

XRST

D

RST

INTXTXINT

TRAP2TRAP2

SSCKSCK

SSOSDA

MSCK

(Page 32)

3333

HCD-X1V

7-3. BLOCK DIAGRAM – AUDIO Section –

AUDIO IN

J401

A.CAL MIC

ECM-AC1

J801

AUDIO IN

(Page 32)

DIGITAL AUDIO BUS

B

FM 75Ω

COAXIAL

AM

VIDEO1

VIDEO2

ANTENNA

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

• SIGNAL PATH

: AUDIO

: TUNER (FM/AM)

: DIGITAL AUDIO IN

: MIC INPUT

DSP

IC2

97 NOUAUDIO∗

82 DPSIE

78 DPSIA

41Y

72Y

124Y

A/B

70

SEL_SA-CD

6DSP_MISO 3DSP_INTR 15 INT_REQ

71DSP_SPIDS 122 SPIDS∗ 72DSP_RESET 121 RESET∗

79 DPSIB

89 DPBCK

88 DPLRCK93Y

94 DPFSCK

80 DPSIC

81 DPSID

127 MOSI 125 SPICLK

16 DIR_ERR

126 MISO

CLKIN

142

(Page 35)

AMP BUS

64DPSOA

65DPSOB

70DPSOC

87DPDVBCK

86DPDVLRCK

D1

D2

D3

BCK

LRCK

MCK

DIR_XSTATE

E

F

(Page 35)

XTAL

143

R-CH

IC771

A/D CONVERTER

IC701

19 AINL

16 AINR

6 BCLK 3 LRCLK 1 MCLK

18

DIR_ZERO

2DOUT

ASDATA0

ABCK

ALRCK

ACLK

DATA SELECTOR

IC704

ASDATA1

ASDATA2

21A 31B 5

2A

62B

11

3A

10 3B

14

4A

1314B

AUDIO SELECTOR

J201

L

TV

R

L

R

L

R

R-CH

TUNER (FM/AM)

FM ANT

L-CH

R-CH

AM ANT

DIN

DO

CLK

CE

TUNED

RDS-DATA

RDS-CLOCK

MIC AMP

IC401

R-CH

(AEP, UK)

AUDIO SELECTOR

IC351

12 13X0 X

15 X2

14 X1

B

10A9

100 MIC/A.CAL SW

59 MIC_SW2

44 ST_DI 47 ST_DO 45 ST_CLK 48 ST_CE 43 TUNED

42 RDS_DATA 75 RDS_CLK

Q305

Q397

IC350

15 13X2 X

11 X3

14 X1

12 X0

10A9

B

Q396

Q395

50

MUTING

Q302

MUTING CONTROL

SWITCH

Q304

49

A_SEL2

A_SEL458A_SEL151A_SEL052A_SEL3

LINE AMP

R-CH

DIGITAL IN

IC360

TV

OPTICAL

VIDEO1

OPTICAL

VIDEO1

COAXIAL

VIDEO2

COAXIAL

OPTICAL

RECEIVER

IC1000

OPTICAL

RECEIVER

IC1001

J1000

WAVE

SHAPER

IC1003

DIGITAL AUDIO SELECTOR

IC1004

C

DIGITAL INPUT

13

XOUT

5Y

SW+3.3V

S1000

SELECTOR

OPTICAL

COAXIAL

2D2 4 DIN1 (I)

13 D6

15 D4

4D0

3D1

14 D5

11A10B9

X501

5MHz

15

XIN

SYSTEM CONTROLLER

IC501 (3/5)

DIGITAL AUDIO INTERFACE RECEIVER

3 DIN0 (I)

SPDIF

IC702

DO (O)DIR_HDOUT

DI (I)DSP_MOSI/DIR_DIN

CL (I)DSP_SPICLK/DIR_CLK

35 36

38

37

66

5

7

68

XOUT (O)

CE (I)DIR_HCE

CSFLAG (O)DIR_CSFLAG

25

34

19

27

ERROR (O)DIR_ERR

XIN (I)

XSTATE (O)DIR_XSTATE

XMODE (I)DIR_RST

17

48

67

69

24AUDIO (O)

16DATA (O)

14BCK (O)

15LRCK (O)

13CKOUT (O)

22

21

12.288MHz

SWITCHING

X701

HCD-X1V

X1

25MHz

3434

7-4. BLOCK DIAGRAM – AMP Section –

HCD-X1V

(Page 34)

AMP BUS

E

DIR_XSTATE

F

(Page 34)

LRCK

D1

D2

D3

BCK LRCK MCK

Q701

D FLIP-FLOP

IC706

Q

4

CLK

2

SWITCHING

IC705

9

10

13 12

4 5 1 2

• SIGNAL PATH

: AUDIO

1

D

SW+

SW

SW+

SW

CN3500

SPEAKER

–

13

15

14

12

5

7

9

11

STREAM PROCESSOR

IC3010

DATA1

MCK1 BCK LRCK

8

11

6

3

9

8

7

6 5 4 3 2

BUFFER

IC3500

SCDT

11

12

13

14 15 16 17 18

DATA1

DATA2

DATA3

BCK

LRCK

MCK2 MCK1 MCK3

SHIFT LAT1 INIT SOFTMUTE OVF1

DATA3

MCK3 BCK LRCK

SCDT SHIFT LAT3 INIT SOFTMUTE OVF2

31 11DATA 36 XFSIIN 30 BCK 29 LRCK

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

STREAM PROCESSOR

IC3020

31 11DATA 36 XFSIIN 30 BCK 29 LRCK

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

OUTL1

9OUTL2

6OUTR1

4OUTR2

48XFSOIN

37FSOCKO 38FSOI

14XFSOOUT

48XFSOIN

38FSOI

14XFSOOUT

OSC BUFFER

IC3051

X3051

49.152MHz

9OUTL2

DIGITAL POWER AMP

IC3150

6 PWM_A OUT_A

14

14 PWM_B OUT_B

6

14 PWM_B OUT_B

6

14 PWM_B OUT_B

6

OUT_B

PWM_B

/SD

/RESET

5

4

DIGITAL POWER AMP

IC3100

PWM_A

OUT_A

/RESET4/SD

5

DIGITAL POWER AMP

IC3250

PWM_A

OUT_A

/RESET4/SD

5

DIGITAL POWER AMP

IC3200

OUT_A

PWM_A

/SD

/RESET

5

4

28 – 30

25 – 27

28 – 30

25 – 27

28 – 30

25 – 27

28 – 30

L.P.F.

OVER LOAD

DETECT

Q3171, 3172

OVER LOAD

DETECT

Q3121, 3122

OVER LOAD

DETECT

Q3271, 3272

OVER LOAD

DETECT

Q3221, 3222

FRONT LCH+

FRONT LCH

FRONT RCH+

FRONT RCH

SYSTEM CONTROLLER

IC501 (4/5)

DAMP_SCDT

DAMP_SHIFT DAMP LATCH1 DAMP LATCH2 DAMP LATCH3

DAMP INIT

DAMP SOFT MUTE

OVERFLOW1 OVERFLOW2

DRIVE_RST (EN)

DRIVE_OCP (DIAG)

1

2 78 79 80 76 77 83 84

81 82

SCDT

SHIFT

LAT1 LAT2 LAT3

INIT

SOFTMUTE

OVF1 OVF2

DATA2

MCK2 BCK LRCK

SCDT SHIFT LAT2 INIT SOFTMUTE OVF1

STREAM PROCESSOR

IC3030

31 11DATA 36 XFSIIN 30 BCK 29 LRCK

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

OUTL1

DIGITAL POWER AMP

IC3350

DRIVE

Q3000

D3351

REAR LCH+

REAR LCH

REAR RCH+

REAR RCH

4

–

2

1

–

3

M3000

M

(FAN)

OUT_B

OUT_A

/SD

4

28 – 30

25 – 27

28 – 30

L.P.F.

OVER LOAD

DETECT

Q3371, 3372

OVER LOAD

DETECT

Q3301, 3302

M+13V

FAN MOTOR

Q3001, 3002

B+ SWITCH

(FOR FAN MOTOR)

6 PWM_A OUT_A

9OUTL2

6OUTR1

4OUTR2

48XFSOIN

38FSOI

PWM_B

14

/RESET4/SD

5

DIGITAL POWER AMP

IC3300

14 PWM_B OUT_B

6

PWM_A

/RESET

5

PROTECT DETECT

Q3351

HCD-X1V

3535

HCD-X1V

7-5. BLOCK DIAGRAM – PANEL/POWER SUPPLY Section –

FL801

FLUORESCENT

INDICATOR

TUBE

D811

DISC 1

D812

DISC 2

D813

DISC 3

D814

DISC 4

D815

DISC 5

(AMBER)

D817

FOCUS

SUR

D818

WIDE

SUR

D819

2CH

STEREO

GRID DRIVE

(GRN)

Q802

FLUORESCENT INDICATOR

TUBE DRIVER

IC803

58OSC0

Q817

Q818

Q819

DAT

59OSC1

63 62CLK 61CS 60RST

3DATA 4CLK 5LCK

40 – 49 3 – 39

50

15

14

13

12

11

10

9

8

7

6

S1 – S35

AD1, AD2,

G1 – G10

G11

LED DRIVER

IC802

Q9

Q8

Q7

Q6

Q4

Q3

Q2

Q1

Q0

LED DRIVE

OSC

C809, R814

FL_D_OUT/LED_DATA

24

FL_CLK/LED_CLK

21

FL_CS/STB

25

FL_RESET

11

LED_LAT

22

PWM_OUT

SYSTEM CONTROLLER

IC501 (5/5)

LED1

23

LED2

28

LED3

36

P_CONT3

P_CONT2

A+9V

A+12V, M+12V

M+9V

T801

INVERTER

+3.3V

REGULATOR

IC105

+3.3V

REGULATOR

IC107

+3.3V

REGULATOR

IC703

+1.2V

REGULATOR

IC1

+1.8V

REGULATOR

IC110

+1.8V

REGULATOR

IC702

TRANSFORMER

VFL

PANEL+3.3V

SW+5V

RF+3.3V

HDMI+3.3V

LED+6V

A+5V

DSP+1.2V

SW+2.6V

SW+3.3V

HDMI+1.8V

FL FL

RECT

D801,802,804, 805

FOR FLUORESCENT

INDICATOR TUBE

SERVO DSP+3.3V

41

26

40

SERVO DSPI+1.8V

+9V

REGULATOR

IC300

OSC

Q801

+3.3V

REGULATOR

IC502

RIPPLE FILTER

Q504

+2.6V

REGULATOR

IC703

+3.3V

REGULATOR

IC505

+12V

REGULATOR

IC507

+9V

REGULATOR

IC507

+5V

REGULATOR

IC506

B+ SWITCH

(FOR LED)

Q501, 502

+5V

REGULATOR

IC504

M+13V

SHUNT

REGULATOR

IC951

RECT D941

RECT D944

RECT D942

RECT D943

T902

SUB POWER

TRANSFORMER

ISOLATOR

PC902

+32V

D922

RECT D931

MAIN POWER

ON/OFF SWITCH

Q943

SHUNT

REGULATOR

IC931

RIPPLE FILTER

Q921

T901

MAIN POWER

TRANSFORMER

ISOLATOR

PC903

ISOLATOR

PC901

D905

D906, 907

D908

D935

POWER CONTROL

IC921

4 VCC

6 FB/OLP

8 STARTUP

1 DRAIN

TH901

RECT D901

B+ SWICH

Q904

LINE FILTER

LF901

POWER CONTROL

IC901

1 OCP/SYNC

4 VCC

3D

5 FB/OLP

(AC IN)

F901

HCD-X1V

S801 – 812

(FRONT & TOP PANEL KEY)

REMOTE CONTROL

RECEIVER

IC801

4

SIRCS_IN

74

KEY INT

97, 95, 94

KEY0 – KEY2

P_CONT1

AC_CUT

RESET

AMP+1.8V

39

E+3.3V

20

12

RESET

SWITCH

Q503

SYSTEM+3.3V

RESET SIGNAL

GENERATOR

IC503

+1.8V

REGULATOR

IC3050

D502

D504

3636

HCD-X1V

d

• 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: Parts 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: Parts on the parts face side seen from (Side A) the parts face are indicated.

• DMB12 board is multi-layer printed board.

• Indication of transistor

: internal component.

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

C

B

Q

E

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 critical 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. – DMB12 Board – no mark : DVD PLAY – Other Boards – no mark : TUNER (FM/AM) (): DVD PLAY

• Voltages are tak en with a V OM (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 L : VIDEO E : Y a : CHROMA r : COMPONENT VIDEO f : TUNER (FM/AM) i : DIGITAL AUDIO IN N : MIC INPUT

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

POWER-SW board

AUDIO IN board

SW (2) board

SW (1) board

SENSOR board

MAIN board

LED board

SW (4) board

SW (3) board

TUNER (FM/AM)

KEY board

DISPLAY board

ROLLER MOTOR board

D-IO board

DMB12 board

AMP boar

LF board

POWER board

STOCKER MOTOR board

ST ENCODER board

RELAY board

HCD-X1V

MODE MOTOR board

3737

HCD-X1V

• Semiconductor

Location

Ref. No. Location

IC101 E-4 IC102 E-2 IC103 F-2 IC104 G-4 IC110 C-5 IC201 C-3 IC701 G-8 IC708 F-7

Q101 B-5 Q103 B-5

7-6. PRINTED WIRING BOARD – DMB12 Board (Side A) –

1 2 3 4 5 6 7 8 9

A

DMB12 BOARD

B

C

R1173

CN109

1

D

2

R225 R223

R232

R230

R1143

R1145

(SIDE A)

R234

C233 C211

C209

CN201

FOR

C219

C221

CHECK

C222

25

C218

C224

36

IC201

112

R233

R231

37

R220

48

R212

C220

R226

R221

• See page 37 for Circuit Boards Location.

OPTICAL PICK-UP

BLOCK

KHM-310CAB

OR

KHM-313CAB

CN101

R1110

C118

C187

C101

1

3

CN105

24

C217

C119

13

C117

2D 2G 1S

R117

R116

IC110

Q101

R108

2S 1G

1D

E

Q103

2

: Uses unleaded solder.

C112

R111

C105

FB604

C602

(Page 51)

MAIN BOARD

B

CN601

C4501

CN505

C603

FL4501

R4520

FB605

FB606

R4501

1

2

R4701

R4805

R4502

(Page 50)

C

CN4301

R4703

R4702

MAIN BOARD

CN201

10

11

R4704

R4705

R4706

R4619

A

MAIN BOARD

CN504

(Page 50)

R1138 R1140

10

R1141

11

R1142

64

65

1

256

C150

IC102

E

C102

F

IC103

FB111

R193

R191

C177

FB106

R152 R153 C160

RB112

RB113

RB107

R1176

128

RB110

X101

C153

C152

IC101

R771

X701

16

17

32

33

R183

R185

R159

R162

193

129

RB111

RB103

RB109

RB108

RB104

RB115

R1114

RB114

RB116

RB117

R1183

R170

R140

192

R171

R1179

R1101

R166 R169

R167

R184

R160

R161

R163 R164 R165

C733 R790 R789

G

C1104

C1103

C190

FB108

IC104

11

10

R1715

R767

IC708

CN4501

48

1

2

R4803

R4802

R4801

FL705

C731

1

R763 R762

64

C702

1

49

C701

20

C736

R728

C707

60

LF701

LF702

LF703

LF704

41

C713

C715

FL703

C710

FL704

CN701

HDMI

OUT

FL701

C709

R793

80

61

IC701

21

C704

R1750

40

D

MAIN BOARD

CN701

(Page 50)

HCD-X1V

C179

C180

H

Note: When the DMB12 board is replaced by a repair for a fee, throw awa y the DMB12 board after

obtaining consent of not returning of the DMB12 board to the customer. When throwing a wa y the DMB12 board, be sure to throw awa y after destroying EEPROM (IC103 and IC706) ph ysically with the hammer etc.

C197

1-868-160-

11

Note: EEPROM (IC103) cannot exchange with single. When EEPROM

3838

(IC103) is damaged, exchange the entire mounted board.

HCD-X1V

7-7. PRINTED WIRING BOARD – DMB12 Board (Side B) – • See page 37 for Circuit Boards Location.

1 2 3 4 5 6 7 8 9

A

DMB12 BOARD

B

R5010

(SIDE B)

R4610

R4718

FL602

FB601

FB603

FL603

FB602

FL601

R118 R120

R121 R110 C106 R109

Q102

R1129

1C 1B 2E

R107

R114

C113 R123

R124 R115 R113

R112

1E 2B 2C

C

R4620

R5004

R5014

R5016

R748

R747

R749 R751

R752

(US, CND)

(AEP, UK)

R738

R742

C718

IC703

R730

C711

C712

C714

R750

R744

1

5

34

C725

IC705

R736

R734

R740

1

6

34

IC706

R745

R743

R725

R724

R723

R787

R722

C719

C716

46

13

C723

C720 R1706

C726

C703

R712

R718

R1705

IC702

C717

R1751

R788

D

E

F

G

R731

R709

R705

C730

R714

C729

R701

R708

R753

R4527

R4514

R704

R703

R702

IC707

IC4501

R4515

R4516

R772

G

R784

R756

C727

1346

R754

R4510

C732

Q701

R783

R4511

R759

R785

S

D

G

R4518

C4502

R765

IC4502

45

C4504

R4512

R4513

R760

R769

R773

R764

R781

R786

Q702

R766

13

R782

S

D

C734

R792

R1710

R778

R770

R780

IC107

FB112

R136

C135

C139

C143

R1125

R189

R779

C195

R1124

R190

45

R1168

R1167

R1102 R1120 R1121

R197

R1122

C132

C137

C141 C145

R142

FB123

R1123

13

R195

C192

C138 C142

C147

1

3

IC111

R192

C193

C130

C148

R1191

IC150

R1503

R1169

6

4

C161

R1185

C1105

C133

R172

R173

: Uses unleaded solder.

R102

C198

C183

R1178

R1134

C115

C124 C123 C122 C121 C120

C163

R175

R132

R1186

C157

C156

R174

R138

R1184

C140

C149

R126

1345

C154

C171

C1501

C151 R141

R146

C126

FB107

R143

C172

C1107

C1106

R133

R1502

R1501

C125

R101

C116

C174

C114

C199

C175

R130

R139

R135

C176

R1177

R1201

RB106

R224 C210 R219

C155

C158

C173

C181

C144

C127

C136

C162

C164

C213

R103

C128

R154

R145

R147

R1400

C191

R2504

R213

C208 R210 R204

R155

FB115

C131

R148

R1115

RB105

R216

C206

R205 C203 R207

R1133

R151

4

6

C186

IC105

R1152

R1151

R1150

C182

R156

R247

3

1

R246

R215

R209

C184

C215

R214

C214 C212

C205 R208

R105

R106

• Semiconductor

Location

Ref. No. Location

C105 D-8 IC107 D-5 IC111 E-5 IC150 G-6 IC702 E-3 IC703 F-2 IC705 G-2 IC706 F-2 IC707 G-3 IC4501 D-3 IC4502 D-4

Q102 B-5 Q701 G-4 Q702 G-4

R206

R1139

R1170

HCD-X1V

H

11

Note: When the DMB12 board is replaced by a repair for a fee, throw awa y the DMB12 board after

obtaining consent of not returning of the DMB12 board to the customer. When throwing a wa y the DMB12 board, be sure to throw awa y after destroying EEPROM (IC103 and IC706) ph ysically with the hammer etc.

1-868-160-

Note: EEPROM (IC706) cannot exchange with single. When EEPROM

3939

(IC706) is damaged, exchange the entire mounted board.

HCD-X1V

7-8. SCHEMATIC DIAGRAM – DMB12 Board (1/6) –

R102

0

C101

0.01

R1173

EEPROM

IC103

BR24L64F-WE2

0

XRST

(FOR CHECK)

(Page 52)

(Page 42)

(Page 45)

TRK-

TRK+

FCS-

FCS+

XRST

IOP

CN101

GND(LD)

LD(650)

N.C

PD

LD(780)

VR(650)

VR(780)

N.C

VOE/E+G

VCC

VC

VOF/F+H

VOB/B

VOA/A

RF

(LO:DVD.HI:CD)MSW

VOD/D

VOC/C

TRK-

TRK+

FCS+

FCS-

CN105

TXD

RXD

GND

SW+3.3V

V2REF0

RF MON

CN109

A1

A2

A3

24P

6P

11P

OCSW1/GND

XSYSRST

3.3V_MNT

XIFCS

XIFBSY

IFSDI

IFSDO

XAMUTE

IFSCK

DGND

N.C.

IOP

TRK-

TRK+

FCS-

FCS+

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams.

(1/6)

R116

1k

DVD_LD

MSW

PD

CD_LD

VOE

V2O

VOF

VOB

VOA

RF

VOD

VOC

TRK-

TRK+

FCS+

FCS-

R101

100

TXD

RXD

V2REFO

R1110

2.7k

R1143

0

XSYSRST

R1145

0

R1138

0

R1139

R1140

R1141

R1170

R1142

1k

191 R

SDA

A D S

XIFCS

0

XIF5SY

0

IFSOI

0

IFSDO

0

XMAMUTE

0

IFSCK

2

D

A0

A

A1

N G

O

L

F

C

VC

W

S

1k

R193

FB111

EEWP

SCL

Q101

UM6K1N-TN

IOP

LDO2

LDO1

DVD_LD

CD_LD

C184

0.01

FB108

XWR

Q101-1

CD ON SWITCH

Q101-2

DVD ON SWTICH

S

S-1

R113

22

R112

22

R109

0

R123

0

A16

A15

A14

A13

A12

A11

A10

A9

A20

A21

R105

10k

A19

R106

10k

A18

A8

A7

A6

A5

A4

A3

A2

A1

R117

47k

R1129

100k

FLASH ROM

IC102

Q103

RT1N241C-T112-1

INVERTER

-2-1

R114 100k

A16

BYTE

VSS

A-1

DQ7

DQ14

DQ6

DQ13

DQ5

DQ12

DQ4

VCC

DQ11

DQ3

DQ10

DQ2

DQ9

DQ1

DQ8

DQ0

OE

VSS

CE

A0

AUTOMATIC POWER

CONTROL (FOR CD)

-2

R111R108

1001M

C106

0.01

R115 R118 R120 R121

AUTOMATIC POWER

CONTROL (FOR DVD)

+3.3V REGULATOR

C105

22 22 22 22

TK11133CSCL-G

10V

R110

47k

Q102-2

IC105

NOISE

VOUT

GND

CONT

VIN

S29AL032D70TF-CHE2-0601UC(US,CND)

S29AL032D70TF-CHE2-0611CE(AEP,UK)

47

A15

A14

A13

A12

A11

A10

A9

A8

A19

A20

WE

RESET

N.C.

WP/ACC

RY/BY

A18

A17

A7

A6

A5

A4

A3

A2

A1

C192 C195 C193

0.01 0.22 0.22

R124R107

C112

47k10k

47

Q102

QST8TR

Q102-1

C113

0.01

R151

C182C186

0.220.22

10k

R1133

0

+3.3V REGULATOR

TK11133CSCL-G

C102

1

XROMCS

CONT

GND

NOISE

REGO1

+1.8V REGULATOR

IC110

MM1661JTRE

IC107

VIN

VOUT

SWITCHING

IC150

RA4

RA5

RA6

RA7

RA8

RA9

RA11

CLKE

DRCLK

RB108

RB107

0

TC7SZO8FU(TE85R)

G

C181

0.1

C191

0.1

R1501

R1503

0

R1502

0

DQM1

RD8

RD9

RD10

RD11

RD12

RD13

RD14

RD15

XRST1

XSYSRST

XRST

A17

A0

HD7

HD6

HD5

HD4

HD3

HD2

HD1

HD0

XRD

D N

O V

G

VIN

C187 R1178

C183C198

474V1k

0.331

FB106

FB112

V

SD-RAM

IC104

EDS6416AHTA-75-E

VSS

A4

A5

A6

A7

A8

A9

A11

NC

CLKE

CLK

UDQM

NC

VSS

DQ8

VDDQ

DQ9

DQ10

VSSQ

DQ11

DQ12

VDDQ

DQ13

DQ14

VSSQ

DQ15 DQ0

C190

47

10V

VSS

C179 C180 C197

0.1 0.1 0.1

LDQM

OSC BUFFER

IC111

TC7PAU04FU

(TE85R)

VDDGND

R1168

R1134

220

X101 27MHz

C1501

0.01

0

R1167

R142

0

100k

C152C153

15p15p

C157

0.01

FB123

SW+5V

RF+3.3V

SW+3.3V

REG02

SW+3.3V

SW+5V

GND

(Page

42)

(Page

R1169

47

R1186R1191

00

VDD

A3

A2

A1

A0

A10

BA1

BA0

CS

RAS

CAS

WE

VDD

DQ7

VSSQ

DQ6

DQ5

VDDQ

DQ4

DQ3

VSSQ

DQ2

DQ1

VDDQ

VDD

RA3

RA2

RA1

RA0

RA10

BA1

BA0

RCS

RAS

CAS

RWE

DQMO

RB106

47

RB105

47

VOD

VOC

VOB

VOA

VOE

VOF

EEWP

SDA

SCL

XRST1

XSYSRST

XIFCS

XIF5SY

RD7

IFSOI

RD6

IFSDO

RD5

XMAMUTE

RD4

IFSCK

LDO2

LDO1

RD3

V2REFO

RD2

TXD

RD1

RXD

RD0

PD

V2O

RF

MSW

A13

A12

A10

A11

A9

A7

A6

A4

A5

A8

TX27M

XTALI

VOD

VOC

VOB

VOA

VOE

VOF

EEWP

SDA

SCL

XRST

XSYSRST

XIFCS

XIF5SY

IFSOI

IFSDO

XMAMUTE

IFSCK

LDO2

LDO1

V2REFO

TXD

RXD

PD

V2O

RF

MSW

44)

(Page 41)

(Page

44)

(Page

41)

HCD-X1V

(Page 41)

Note: EEPROM (IC103) cannot exchange with single. When EEPROM

4040

(IC103) is damaged, exchange the entire mounted board.

7-9. SCHEMATIC DIAGRAM – DMB12 Board (2/6) – • See page 72 for Waveforms. • See page 81 for IC Pin Function Description.

HCD-X1V

(Page

40)

(2/6)

CS

SDI

UTE

SCK

SDO

ACLK

XTALI

FB107

680k

R141

JITFO

XTALI

XTALO

RF AMP,SERVO DSP,MPEG DECODER

HA0

HA17

HD7

A0

A17

RFVDD18

DVSS

SPDIF

ASDATA4

0.01

C156

0.1

47

4.7k

47

C154

R143

R126

R146

GPIO

DVSS

SDPIF

SPDATA

DVDD18

ASDATA4

RFGND18

IC101

CXD9804R

IFSCK

IFSOI

IFSDO

XIFCS

DVDD18

URD

UWR

0.01

0

C155

R145

R147

R148

3.3k

R1152

R1151

R1150

IFSOI

XIFCS

IFSCK

IFSDO

VREFO

0.033

0.1

15k

0.1

C130

R136

C132

C133 C147 C148

0.1 0.047 0.047

OSP

OSN

IREF

RFGC

CEQN

AVDD3

VOA

VOB

VOC

VOD

RF

VOE

VOF

PD

LDO2

LDO1

V2REFO

V2O

VREFO

C116

DMO

FMO

IOPMON

TRO

FOO

C127

SPFG

MSW

EEWP

A2

A3

A4

A5

A6

A7

A8

A18

A19

R103

A1

A2

A3

C120

1

C121

1

C122

1

C123

1

C124

1

C125

0.1

C117

C118

C114

C115

0.11016V

C119

10

16V0.1

C126

0.1

C199

0.0047

0.01

R130

R135

0.01 10k

R1177

100

C128

0

0.0015

AGND

DVDA

DVDB

DVDC

DVDD

DVDRFIP

DVDRFIN

MA

MB

MC

MD

SA

SB

SC

SD

SDFON

SDFOP

TNI

TPI

MDI1

MDI2

LDO2

LDO1

SVDD3

CSO

RFLVL

SGND

V2REFO

V2O

VREFO

FEO

TEO

TEZISLV

OPOUT

OP_INN

OP_INP

DMO

FMO

TROPENPWM

IOPMON

TRO

FOO

USB_VSS

USBP

USBM

USB_VDD3

SPFG

MSW

CKSW

OCSW

EEWP

DVDD18

HA2

HA3

HA4

HA5

HA6

HA7

HA8

HA18

HA19

DVSS

APLLCAP

APLLVSS

HA13

HA15

HA14

HA16

XWR

APLLVDD3

2.2

C131

R

XW

A13

A14

A15

A16

22p

0.1

1

100k

R132

C135

C137

C139

0.001

C138

CEQP

HRFZC

RFGND

RFRPAC

CRTPLP

RFRPDC

HA20

HA9

HA10

DVDD3

HA11

HA12

0.01

C136

A9

A20

A11

A10

A12

0.1

C149

C140

C141

C143

C145

0.001

16V

10

C151

C150

IDAC

JITFN

LPFIP

LPFIN

LPFOP

LPFON

PLLVSS

PLLVDD3

ALE

HA21

HD6

HD5

HD4

HD3

DVSS

HD2

0

R1176

3

HD6

HD5

HD4

HD

HD2

A21

XROMCS

RFVDD3

XROMCS

0.1

C142

VSS

VCM

VDD3

VREFP

VREFN

HD1

HD0

DVDD3

XRO

HA1

0.01

C144

D

XR

HD1

HD0

A1

ASDATA2

47

R183

0

R152

SCL

ASDATA2

SCL

ASDATA1

47

R184

0

R153

SDA

ASDATA1

SDA

R1201

3.3k

R1400

ASDATA0

47

R185

ASDATA0

TRG-SW

ABCK

ALRCK

SM

VSYNC

HSYNC

XSM

SM

XMAM

47

0.01

R163

R165

0

R162

0.01

C160

XSMCS

XSYSRST

R167

0

R164

R166

R169

YUV7

VSYN

SMSDI

SMBSY

SMSCK

SMSDO

IR

R156

100

DVDD3

RD6

XIF5SY

DVSS

DQMO

RD7

XTXINT

0

R1115

RD6

RD7

DQMO

XIF5SY

R159

R160

R161

C161

DVSS

ACLK

ABCK

ALRCK

DVDD3

ICE

DVDD3

TXD

RXD

XRST

0

0.01

R154

R155

C158

XRST

RXD

TXD

V

Y

/B

CB

CR/R

150

R197

YUV6

YUV5

RD5

DVSS

RD4

RD5

C

Y/G

R1123 R1124R1122R1121R1120

R1125

R189R192R1102

150150150

150

R190

R195

0

R173

R172

YUV3

YUV2

YUV4

DAVSS

RD4

RB112

0

DAVDD

RD15

RD0

RD1

RD2

DVDD18

RD3

0.01

C162

RB113

0

D0 R

RD1

RD2

RD3

C163

0.01

YUV1

DAVSS

CIN

FS

DACVDDC

DAVCC

XDACS

ADSDO

FWD

REW

MUTE123

MUTE

DVDD3

TSD_M

ADSCK

WIDE

VCLK

SMPTE_Y(0)

SMPTE_Y(1)

DVSS

SMPTE_Y(2)

DVDD18

SMPTE_Y(3)

SMPTE_Y(4)

SMPTE_Y(5)

SMPTE_Y(6)

SMPTE_Y(7)

DVDD3

RA4

RA5

RA6

DVSS

RA7

DVSS

RA8

RA9

RA11

CKE

DRCLK

DVDD3

RCLKB

RVREF

DVDD18

RA3

RA2

RA1

DVSS

RA0

RA10

BA1

DVSS

BA0

RCS

DVDD3

RAS

CAS

RWE

DQM1

LINYSW

RD8

DVSS

RD9

RD10

RD11

RD12

RD13

RD14

DVDD3

0.01

C164

R1101

2.2k

R174

0

R175

0

C1103

R1179

100

R171

100

R1185

100

R1184

100

R140

10k

R170

10k

R138

100

R1183

220

R1114

22

R139

0

C173

0.001

FB115

0.001

C1104

0.001

C171

0.01

R133

0

C1107

0.001

C172

0.01

C174

0.01

C175

0.01

C176

0.01

10V

47

C177

0.001

C1105

C1106

0.001

RB116

47

RB117

47

0

RB114

0

RB115

0

RB104

0

RB103

0

RB111

RAS

CAS

RWE

DQM1

LIMITSW

RD8

0

RB109

RD9

RD10

RD11

RD12

0

RB110

RD13

RD14

RD15

RF

V2REFO

V2O

LDO2

LDO1

PD

XTALI

XMAMUTE

XIF5SY

XRST

SDA

XSYSRST

SCL

IFSOI

XIFCS

IFSCK

IFSDO

TXD

RXD

MSW

EEWP

VOA

VOB

VOC

MUTE123

VOD

MUTE

VOE

VOF

TSD_M

DMO

WIDE

FMO

VCLK

IOPMON

YUV0

TRO

YUV1

FOO

YUV2

SPFG

YUV3

VREFO

MUTE123

MUTE

YUV4

TSD_M

YUV5

LIMITSW

YUV6

YUV7

RA4

SPDIF

RA5

ASDATA2

RA6

ASDATA1

RA7

ASDATA0

ACLK

ABCK

RA8

ALRCK

RA9

CR/R

RA11

CB/B

CLKE

Y/G

V

DRCLK

C

Y

WIDE

RA3

SPDIF

RA2

ASDATA4

RA1

ASDATA2

RA0

ASDATA1

ASDATA0

RA10

ACLK

BA1

ABCK

BA0

ALRCK

RCS

HSYNC

VSYNC

VCLK

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

XSMCS

SMSDO

SMSDI

SMSCK

VSYNC

RF

V2REFO

V2O

LDO2

LDO1

PD

XTALI

XMAMUTE

XIF5SY

XRST

SDA

XSYSRST

SCL

IFSOI

XIFCS

IFSCK

IFSDO

TXD

RXD

MSW

EEWP

VOA

VOB

VOC

VOD

VOE

VOF

DMO

FMO

IOPMON

TRO

FOO

SPFG

VREFO

MUTE123

MUTE

TSD_M

LIMITSW

SPDIF

ASDATA2

ASDATA1

ASDATA0

ACLK

ABCK

ALRCK

CR/R

CB/B

Y/G

V

C

Y

WIDE

SPDIF

ASDATA4

ASDATA2

ASDATA1

ASDATA0

ACLK

ABCK

ALRCK

HSYNC

VSYNC

VCLK

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

XSMCS

SMSDO

SMSDI

SMSCK

VSYNC

GND

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

(Page 40)

(Page 42)

(Page 43)

(Page 44)

(Page 45)

(Page 40)

HCD-X1V

4141

HCD-X1V

7-10. SCHEMATIC DIAGRAM – DMB12 Board (3/6) –

(3/6)

R221

C209

56k

0.033

C233

VREFO

SPFG

FOO

TRO

FMO

R208

R209

R204

1.2k

R210

R213

6.8k

C205 220p

33k

R206

10k

C206 220p

33k

R207

2.7k

R205

10k

C208

47k

0.01

FOCUS/TRACKING COIL DRIVE,

SPINDLE/SLED MOTOR DRIVE

R214

15k

R215

12k

C203

0.01

R216

12k

0.0047

R220

1k

R226

56k

R223 100k

C211

0.033 C214

0.001

C212

0.01

R230R212

82k10k

IC201

FAN8036L

R225 100k

R231

15k

IOP

IOPMON

R246

4.7k

RF+3.3V

SW+5V

SW+3.3V

REGO1

REG02

(Page 40)

R232

18k

R234

10k

33k

R233

C220

10

16V

C224

0.01

C219

0.01

C218

10

16V

C221

0.1

C222

0.1

C215

0.01

FCS-

TRK+

R247

FCS+

TRK-

FCS-

FCS+

TRK+

TRK-

IOP

VREFO

SPFG

FOO

TRO

FMO

DMO

MUTE123

MUTE

TSD_M

IOPMON

1k

SL-

SL+

SP-

SP+

SL-

SL+

SP-

SP+

LIMIT

(GND) LIMIT

SL-

SL+

CN201

SW+5V

SW+3.3V

GND

SW+9V

MTR_GND

(Page 43)

FCS-

FCS+

TRK+

TRK-

IOP

(Page 40)

VREFO

SPFG

FOO

TRO

FMO

DMO

MUTE123

MUTE

TSD_M

IOPMON

LIMITSW

6P

(Page 41)

HCD-X1V

MUTE123

DMO

R219

27k

R224

C210

0.01

C217

47

16V

R2504

4.7k

10k

C213

0.01

MUTE

TSD_M

4242

7-11. SCHEMATIC DIAGRAM – DMB12 Board (4/6) –

MTR_GND

SW+9V

SW+3.3V

(Page 42)

GND

SW+5V

(4/6)

FB604

C602

10V

HCD-X1V

CN601

5P

FB605

FL602

C603

47

FB606

10V

47

FL603

FB601

FB603

FB602

MGND

SW+9V

SW+3.3V

DGND

SW+5V

(Page 52)

(Page 45)

(Page 41)

SW+9V

SW+3.3V

SPDIF

ASDATA0

ASDATA1

ASDATA2

ALRCK

CR/R

WIDE

CB/B

ABCK

ACLK

FL601

Y/G

Y

C

V

IC4501

SN74LVC541

GND

VCC

R4803

0

R4801 R4805

00

R4501

R4802

0

BUFFER

R4527

0

R4502

0

R4518

0

FL4501

C4504

0.01

C4501

R4610 R4619 R4620

0

100

0

000

CR/R

WIDE

CB/B

V-GND

CY/G

V-GND

Y

V-GND

C

V-GND

CVBS

D-GND

D1

D2

D3

BCKO

LRCKO

D-GND

MCKO

D-GND

SPDIF

D-GND

CN4301

11P

CN4501

11P

(Page 57)

(Page 54)

R4514

R4515

R4516

R4510

R4511

R4513

R4512

C4502

R4701

R4702

R4703

R4704

R4705

R4706

R4718

0.01

10

HCD-X1V

R4520

R5016

0

(AEP,UK)

BUFFER

IC4502

TC7SZ125FU

(TE85R)

0

GND

VCC

R5014

R5010

R5004

0

(US,CND)

0

4343

HCD-X1V

7-12. SCHEMATIC DIAGRAM – DMB12 Board (5/6) –

(5/6)

ASDATA4

ASDATA2

ASDATA1

ASDATA0

ALRCK

ABCK

ACLK

SPDIF

R701

C701

0.1

0

C704

0.1

(Page 41)

ASDATA4

ASDATA2

ASDATA1

ASDATA0

ALRCK

ABCK

ACLK

SPDIF

VCLK

YUV0

YUV1

YUV2

YUV3

YUV4

YUV5

YUV6

YUV7

HSYNC

• See page 74 for IC Block Diagrams. • See page 81 for IC Pin Function Description.

C717

0.01

R734

0

R736

0

+1.8V REGULATOR +3.3V REGULATOR

C736

47

0

FS

VSYNC

SWING

VREF

DAC_AVDD3

AVDD3

PLL_AVDD3

HSYNC

HTPLG

4V

R1705

AVSS

TX2P

TX2N

TX1P

TX1N

AVDD

TX0P

TX0N

TCKP

TCKN

AVSS

PLLC1

PLLC0

AVSS

MSD

0.1

C709

DAC_AVDD3

TYPE

10k

R1750

R731

AVSS

ASDATA4

GND

CONT

NOISE

VIN

VOUT

C716 C719 C720

0.22 0.22 0.22

1k

0.0056

GATE SWITCH

IC705

TC7SZ08FU

(TE85R)

G

V

R730

C711

C712

FL701

C707

C714

22

10V

510

0.1

HDMI TRANSMITTER

DVSS

C0

C1

C2

C3

C4

C5

C6

C7

DVDD33

VCK

DVSS

Y0

Y1

Y2

Y3

Y4

Y5

Y6

Y7

0.1

C702

1k

R708

DVDD18

SSCK

ALRCK

0

R702

1k

R709

ALRCK

SSO

ABCK

0

R703

ACLK

0

R704

ABCK

DVDD18

4.7k

R705

ACL

PWDN

ASDATA0

AD0

RST

100

R712

ASDATA1

AD1

CLK

0

R788

ASDATA2

0

R793

AD2

INT

0.01

C703

ASDATA4

0

R714

AD3

DVSS

SPDIF

CXD9873Q

A7

R718

4.7k

IC701

R728

0

G

R

B

AVSS

DAC_AVDD3

MSCK

TRAP0

TRAP1

A6

TRAP2

10k

0

R722

R723

R724

R725

SW+3.3V

SW+5V

GND

C718

0.01

R740

0

(Page 40)

IC703IC702

TK11133CSCL-GTK11118CSCL-G

R1706

1k

FL703

C710

10

16V

FL704

C715C713

47

10V

R744

4.7k

C725

R742

47k

0.01 0.1

R738

GND

CONT

NOISE

VOUT

VIN

C723

0.22

0

CN701

19P

HDMI

OUT

B1

B2

B3

C726

R743

LF701

LF702

LF703

LF704

R787

4.7k

R747

R748

R749

1.8k

R750

1.8k

0

R751

0

R752

0

EEPROM

IC706

BR24L16F-WE2

A0

A2

A1

GND

SDA

SCL

WP

VCC

1k

R745

1k

TMDS DATA2 +

TMDS DATA2 SHIELD

TMDS DATA2 -

TMDS DATA1 +

TMDS DATA1 SHIELD

TMDS DATA1 -

TMDS DATA0 +

TMDS DATA0 SHIELD

TMDS DATA0 -

TMDS CLOCK +

TMDS CLOCK SHIELD

TMDS CLOCK -

CEC

RESERVED

SCL

SDA

DOC/CEC GND

+5V POWER

HPD

HCD-X1V

(Page 40)

VSYNC

TX27M

R1751

10k

B4

B5

B6

B7

B8

(Page 45)

B9

B10

B11

Note: EEPROM (IC706) cannot exchange with single. When EEPROM

4444

(IC706) is damaged, exchange the entire mounted board.

HCD-X1V

7-13. SCHEMATIC DIAGRAM – DMB12 Board (6/6) –

C732

0.01

X701

10MHz

R767

R766

4.7k

R765

0

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams. • See page 81 for IC Pin Function Description.

(6/6)

0

HDMI CONTROLLER

AVCC

AVR

PE3/ INT13

PE2/INT12

PE1/INT11

PE0/INT10

P83

P82

P81

P80

P71/TI0

P70/TO0

MOD

X0

X1

VSS

AVSS

VDD

R763

0

R762

SCK

)

0/(CIN

PG

SDA

2/X1A

PG

AP2

TR

PG2/X0A

0

R772

N

ST

D

XPW

XTXR

MB95F108ASPFV-

VSYNC

XRST

06

P35/AN05

P36/AN

IC708

GE1-H0601

CS

XSM

XTXINT

08

07

P40/AN

P37/AN

P04/INT04

P03/INT03

N10

42/A

P41/AN09

P

T06

P05/INT05

P06/IN

P

CP-W

P43/AN11

HD

T07

I

P07/IN

SD

A

DCP-SD H

PPG11/

PPG10/

TRG1/P53

PPG1/P52

TO01/P23

TO00/P22

PPG01/P21

PPG00/P20

PPG0/P14

O

SD

EC1/

DCP-SCL H

T011/

T010/

SDA0

SCL0

EC0/P24

ADTG/

TRG0/

CK S

Q701

2SK1399-T1B

P64

P63

P62

P61

P60

R785

0

10k

R781

10k

R782

C727

R786

0.01

0

R792

P13

4.7k

LEVEL SHIFT

Q702

2SK1399-T1B

LEVEL SHIFT

S

R754

0

T

D

ISE

GN

T

NO

VOU

CON

+5V REGULATOR

TK11150CSCL-G

VIN

IC707

B11

B10

B7

B8

B6

B4

B5

R784

0

R783

S

0

B2

B3

(Page 44)

HCD-X1V

(Page 43)

(Page 41)

(Page 40)

SW+3.3V

SW+9V

VSYNC

XSMCS

SMSCK

SMSDI

SMSDO

XRST

GND

FL705

C731

10V

R753

0

4.7k

C730

C729

R756

10k

0.22

R790

100

R773

0

R789

R764

100

R760

0

R759

R779

R778

0

R780

0

C734 R1710

0.01 4.7k

22

C733

0.01

R1715

R771

R770

R769

0

0.22

B1

B9

4545

HCD-X1V

7-14. PRINTED WIRING BOARDS – CHANGER Section –

12

MODE MOTOR BOARD

A

43G

S771

M771

(MODE)

M

21

S771

ROTALY ENCODER

(MODE)

1-686-724-

CN771

1

13

7

(13)

B

SENSOR BOARD

CN751

1

3

4

1-686-723-

3

13

(13)

C

IC751

2

1

ROLLER MOTOR BOARD

M781

D

(ROLLER)

M

1-686-726-

CN781

12

13

(13)

E

• See page 37 for Circuit Boards Location.

: Uses unleaded solder.

34567

SW(1) BOARD

(Page 50)

RELAY BOARD

CN710

C771

R732

R731

R734

1173

CN702

JW714

JW712

1

R701

R702

D701

19

R721

R722

JW707

D721

JW706

19

R712 R711

CN703

2

1

JW708

C781

D711

IC711

9

JW711

IC721

ST ENCODER

BOARD

1

2

JW713

JW719

JW715

C711

IC701

JW710

C765

JW703

JW704

JW705

12G34

S702

ROTALY ENCODER

(STOCKER POSITION)

R733

JW716

JW702

JW717

C764

JW718

Q731

C763

JW701

1-686-732-

E

C762

E

CN701

JW721

C768

C767

C766

C769

13

(13)

JW727

MAIN

BOARD

CN621

JW723

JW709

JW724

JW720

27

26

JW726

JW722

JW725

JW728

JW731

JW732

JW733

JW734

C756

C755

JW729

JW730

1

3

1

C753

C752

C751

S715

(DISC OUT)

4

JW735

OFF :When disc out from play position

S715

CN706

CN708

1

2

C758

C754

CN707

C761

1-686-731-

2

CN711

1

SW(2) BOARD

S714

(DISC IN (8cm))

(ON: Play position (8cm disc only))

1

CN705

2

1

CN704

2

3

1

S714

CN721

STOCKER MOTOR

BOARD

13

(13)

CN761

12

SW(4) BOARDSW(3) BOARD

1

CN731

2

1-686-729-

13

(13)

4

1

CN741

S716

S718

S717

1-686-730-

8

S711

(DISC INSERT (8/12cm))

(ON: When disc insert)

S711

1-686-727-

S713 (DISC IN (8/12cm)) (ON: Play position)

S713

1-686-728-

M

M761

(STOCKER)

1-686-725-

OFF: In the midst disc is moving

In the midst disc is moving between play position and stocker ON : disc is play position side

13

OFF : disc is stocker side

(13)

S716 (STOCKER IN/OUT)

ON:The moment disc in/out

13

(13)

13

(13)

13

(13)

S718 (STOCKING)

between play position and stocker

S717 (DISC POSITION)

from stocker

HCD-X1V

• Semiconductor Location

Ref. No. Location

D701 C-4 D711 D-3 D721 C-4

IC701 C-4 IC711 D-3 IC721 C-4 IC751 C-2

Q731 B-5

4646

7-15. SCHEMATIC DIAGRAM – CHANGER Section – • See page 74 for IC Block Diagrams.

HCD-X1V

M781

(ROLLER)

M761

(STOCKER)

IC751

RPR-220

DISC INSERT

DETECT SENSOR

CN751

3P

DIODE DIODE

D SENSE D SENSE

GND

CN781

2P

MTR RL 2

MTR RL 1

CN761

2P

MTR ST 2

MTR ST 1

CN702

CN703

CN704

3P

GND

2P

MTR RL 2

MTR RL 1

2P

MTR ST 2

MTR ST 1

C781

0.01

D721

MTZJ-T-77-4.3B

R731

91

R733

R734

10k

R732

1k

OUT2

VREF

R702

100

D701

MTZJ-T-77-5.1C

VREF

OUT2

VCC

RNF

VM

OUT1

R721

680

STOCKER MOTOR

GND

RIN

FIN

RNF

DRIVE

IC721

BA6956AN

OUT1

VCC

VM

R701

680

MTZJ-T-77-6.2A0.01 100

MODE MOTOR

GND

FIN

RIN

DRIVE

IC701

BA6956AN

VREF

OUT2

R712

100

D711C761 R722

VCC

VM

RNF

OUT1

R711

680

ROLLER MOTOR

FIN

RIN

GND

DRIVE

IC711

BA6956AN

10k

3 . 2

Q731

RT1N141

LEVEL SHIFT

C754

C711

10

50V

0.1

C758

0.1

C755

0.1

C756

0.1

C751

0.1

C752

0.1

C753

0.1

C764

0.1

C763

0.1

SW3

SW1

SW2A

SW2B

SW5B

SW5A

SW4

C765

0.1

C762

0.1

D.SENSOR

SW1-A SW1-B

SLD (MD) POS

SLD (MD) NEG

LOD (ROL) POS

LOD (ROL) NEG

ELV-POS

ELV-NEG

D+3.3V

M+12V

SW2-A

SW2-B

SW5-B

SW5-A

SLD-E0

SLD-E1

SLD-E2

SLD-E3

ELV-E0

ELV-E1

ELV-E2

ELV-E3

MGND

SW3

SW4

CN701

27P

E

MAIN

BOARD

(1/6)

CN621

(Page 52)

S711

(DISC INSERT(8/12cm))

(ON:WHEN DISC INSERT)

S713

(DISC IN(8/12cm))

(ON:PLAY POSITION)

S714

(DISC IN(8cm))

(ON:PLAY POSITION(8cm DISC ONLY))

S715

(ON:WHEN DISC OUT FROM PLAY POSITION)

BETWEEN PLAY POSITION AND STOCKER

ON:DISC IS PLAY POSITION SIDE

OFF:IN THE MIDST DISC IS MOVING

BETWEEN PLAY POSITION AND STOCKER

(DISC OUT)

S716

(STOCKER IN/OUT)

ON:THE MOMENT DISC IN/OUT

FROM STOCKER

S717

(DISC POSITION)

IN THE MIDST DISC IS MOVING

OFF:DISC IS STOCKER SIDE

S718

(STOCKING)

CN711 CN705

2P 2P

GND

SW1

CN721 CN706

3P 3P

GND

SW2-A

SW2-B

CN731 CN707

2P 2P

GND

SW3

CN741 CN708

4P 4P

GND

SW5-B

SW5-A

SW4

GND

SW1

GND

SW2-A

SW2-B

GND

SW3

GND

SW5-B

SW5-A

SW4

SW2A

SW2B

SW5B

SW5A

SW4

SW1

CN710

MTR MD 1

MTR MD 2

7P

E1

E2

GND

E3

E4

C769

0.1

SW3

C768

0.1

C767

0.1

C766

C771

0.01

CN771

7P

E1

E2

GND

E3

E4

MTR MD 1

MTR MD 2

(STOCKER POSITION)

ROTARY ENCODER

M771

(MODE)

S702

ROTARY ENCODER

S771

(MODE)

HCD-X1V

4747

HCD-X1V

7-16. PRINTED WIRING BOARDS – D-IO/AUDIO IN Boards –

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

D-IO BOARD

A

(COMPONENT SIDE)

FL1001

C1003

C1005

IC1004

R1015

R1014

R1012

R1001

B

D-IO BOARD

(CONDUCTOR SIDE)

C

1000 CN

7

D

F

MAIN BOARD

CN508

(Page 51)

FB1000

• See page 37 for Circuit Boards Location. : Uses unleaded solder.

IC1003

TV

OPTICAL

IC1000

R

R1011

13 13

C1000

R

1013

R

1008

1009

R1000

FB1001

FL1000

C1004

C1001

OPTICAL

IC1001

1010

R

C1010

DIGITAL IN

OPTICAL t COAXIAL

C1009

R1007

VIDEO 1

1000

S

DIGITAL INPUT

SELECTOR

R1004

1005

R

C1007

C1006

COAXIAL

1003

R

R1016

J1000

(CHASSIS)

AUDIO IN BOARD

11

(11)

VIDEO 2

COAXIAL

1-870-013-

AUDIO IN BOARD

1002

R

1-870-013-

11

(11)

J801

AUDIO IN

(COMPONENT SIDE)

(CONDUCTOR SIDE)

FB803

FB805

FB804

FB806

CN

14

808

MAIN BOARD

P

CN401

(Page 51)

1-870-014-

11

(11)

C836

11

(11)

HCD-X1V

4848

HCD-X1V

7-17. SCHEMATIC DIAGRAM – D-IO Board –

OPTICAL RECEIVER

IC1000

TORX147L

TV

OPTICAL

• See page 74 for IC Block Diagrams.

R1001

0

C1000

FB1000

0.1

S1000

DIGITAL INPUT

SELECTOR

COAXIAL

OPTICAL

R1005

10k

0

R1004

100

R1012

100

R1015

100

DIGITAL AUDIO SELECTOR

IC1004

TC74HC151AF

D3

VCC

D2

D4

D1

D5

D0

D6

Y

D7

W

ST

GND

C1003

22

16V

FL1001

C1005

0.1

A

B

C

A_SEL0

A_SEL1

DGND

D3.3V

SPDIF-OUT

DGND

DIGITAL-IN

CN1000

7P

(Page 53)

DIGITAL IN

OPTICAL

VIDEO1

COAXIAL

VIDEO2

COAXIAL

J1000

2P

(CHASSIS)

IC1001

TORX147L

OPTICAL RECEIVER

R1003

R1002

R1016

R1000

0

C1001

FB1001

0.1

75

0

C1007

16V

C1009

0.1

0

R1008

470k

47

R1010

470

C1010

16V

R1011

470k

WAVE SHAPER

IC1003

TC74HCU04F

R1009R1007C1006

47k4700.1

R1013

47

47k

FL1000

R1014

100

C1004

0.1

HCD-X1V

4949

HCD-X1V

• Semiconductor

Location

Ref. No. Location

D501 D-4 D503 G-4

IC1 F-6 IC2 D-7 IC200 F-9 IC201 D-9 IC202 E-9 IC203 C-10 IC350 G-9 IC351 I-9 IC360 H-8 IC401 I-10 IC501 D-5 IC502 C-3 IC503 D-4 IC504 H-5 IC505 G-4 IC506 F-3 IC507 G-4 IC621 B-6 IC622 B-5 IC701 H-7 IC702 F-8 IC703 G-6 IC704 B-8 IC705 E-8 IC706 E-8 IC771 H-7

Q301 H-8 Q302 G-8 Q304 H-8 Q305 H-10 Q395 G-10 Q396 G-10 Q397 H-10 Q501 C-3 Q502 C-3 Q503 D-4 Q504 B-4 Q701 E-9

7-18. PRINTED WIRING BOARD – MAIN Board (Component Side) –

1 2 3 4 5 6 7 8 9 10 11

(Page 38)

DMB12 BOARD

R584

FB501

FB505

R535

R533

R530

R526

C509

R521

C539

FB507

C537

R585

5

1

C528

CN504

E

Q501

R544

R645

R636

R591 R583 R582

R586

R587

IC502

C516

IC503

C541

A

CN109

E

R577

Q504

X501

C506

Q503

R593

R529

1

5

R640

1

5

R555

R570

R519

R522 R524

R597

R532

R508

R556

R623

C503

R536

R643 R518

IC505

R517

IC507

R550

R501

R576

IC622

C625

R512

R510

R514

C502

R513

R511

R509

100 81

1

30

31 50

R588

R589

R502

C511

3

4

5

1

R537

R561

D501

E

R562

C520

C521

R563

1

C523

5

4

3

C522

FB509

C542

C513

C544

C534

C546

C526

FB506

FL503

C519

C504

C536

D503

R548

R637

C543

C545

C532

MAIN BOARD

A

(COMPONENT SIDE)

B

G

DISPLAY

C

BOARD

CN801

(Page 66)

CN501

R592 R580

Q502

E

D

FB502

E

R547

R542

IC506

F

FB503

FL501

FB510

C540

C535

FL502

G

C533

H

FB508

C531

I

• See page 37 for Circuit Boards Location. : Uses unleaded solder.

(Page 58) (Page 38)

AMP

BOARD

J

CN3700

CN507

R601

R602

R603

R604

RB603

RB601

RB602

FB702

R13

R17

R16

R18

R30

R29

R32

R28

R36

R26

R27

C24 C34

C32

FB751

R20

R21

R25

C25

R24

C26

C30

C28

C39

108

C42

C43

IC2

73

C76

C74

C77

R67

C81

C64

C73

C71

R64

R66

R65

IC705

R730

R731

C727

R733

R736 R738

R710

C303

R711

R712

R732

C707

C705

IC702

R734

R707

R709

C304

C724

C725

C723

R729

C354

C355

C364

R726

Q304

R750

R725

C721

E

FB301

L300

(US, CND)

C716

R311

C719

R728

R727

R764

E

Q302

C356

R365

Q301

R327

C305

R740

R722

X701

C720

R739

R723

C706

R741

R735

R724

C708

L701

R359

D

CN4501

CN701

R605

R606

R701

C704

R706

R752

R751

R705

R761

IC704

R759 R749 R762 R760

C752

R758

FB752

C3

R47

R48

C46

R51 R52

R53

R54

R55

R56

R57

R58

R59

FB701

R60

C702 C730

IC706

FB703

C709

R716

R718

R719

R325

R355

R316

E

R317

C366

R360

C306

C751

R763

R747

C365

R326

C323

L702

C711

R300

C710 R713

C712

R364

135

FB704

R354

IC360

R748

C733

Q701

R310

C358

4

R634

R625

C501

IC501

C548

C549

(Page 46)

RELAY

BOARD

E

CN701

CN621

C602

C626

R635

C627

R632

R608

IC621

R525

R545 R540

R573

R621

IC1

IC703

5

R572

1

C529

R575

C525

RB622

RB621

C624

R744

R622

R628

R631

R630

R624

R629

R49 R50

R639

C550 R638

C70

FB1

R14

R15

R2

5

C6

1

R4

C2

R745

C731

5

1

C729

R742

C524

IC771

R721

C419

C424

C302

RB628

RB624

RB623

C80

R433

R432

RB627

X1

C9 C10

R23

R38

R41

R43 R45

C11

C7

C1

FB2

C732

C728

135

R431

R430

R35

144 109

1

C40

C49

C57

C62

C67

36

37 72

C79

R3

L703

IC701

C713

C717

L704

C771

C714

4

C718

R633

RB626

RB630

RB625

RB629

R503

80

51

R523

R528

R534

R596

R558

IC504

DMB12 BOARD

R702

R302

R757

C234

C233

R619

R216

C360

R218

R217

C219

C220

C218

C359

R352

R618

C226

C232

R220

R221

C231

L203

C215

C216

C217

C212

C213

R358

IC350

IC351

R362

C227

C214

IC201

L201

L202

IC200

L200

EEE

Q395

Q397

R398

IC401

C401

(Page 38)

DMB12 BOARD

C

CN4301

CN201

R226

R228

R229

R227

C236

C224

C225

C204

C202

IC202

C205

C203

Q396

R346

R356

R336

R350

EE

R340

Q305

R301

R414 C413

C423

R424

R401

R402

R223

C200

C201

R315

R309

R345

R335

R339

R413

C404

R224

C211

R214

IC203

R201

R308

R307

R349

R425

C412

C422

R422

R423

R412

R230

C403

C206

C207

R200

R202

R203

R205

R204

C312

C342

C344

C334

C421

C309

C332

C411

R206

1-870-013-

11

(11)

HCD-X1V

5050

HCD-X1V

7-19. PRINTED WIRING BOARD – MAIN Board (Conductor Side) –

1 2 3 4 5 6 7 8 9 10 11

A

PR/CR

B

J200

COMPONENT

VIDEO OUT

PB/CB

Y

C

D

E

VIDEO IN

J201

MONITOR

OUT

J202

VIDEO1

VIDEO

S VIDEO

43

(CHASSIS)

12

(CHASSIS)

12

MAIN BOARD (CONDUCTOR SIDE)

C208

R207

C209

R209

R208

C210

R210

R211

C228

C229 C230

R753

R754

• See page 37 for Circuit Boards Location.

R755

R756

L705

C36

C29

C50

C52

C55

C61

C66

C85

C19

C33

C35

C45

C23

C59

C63

C78

C75

: Uses unleaded solder.

(CHASSIS)

C601

(US, CND)

R594

C551

C518

R504

R505

C508

C517

R506

R609

R539

R549 R552

C505

C507

C515

R579

1

R557

(Page 38)

DMB12 BOARD

B

CN601

CN505

5

C538

• Semiconductor

Location

Ref. No. Location

D502 H-10 D504 H-10 D701 H-7 D702 H-7

IC300 J-7

C510

(CHASSIS)

J203

VIDEO2

F

G

H

I

J

J301

AUDIO IN

43

VIDEO1

VIDEO2

J401

A.CAL MIC

ECM-AC1

(CHASSIS)

12

C722

J301

R

L

R

L

R

TV

L

C406

C473

R348

R403

R409

R415

R304

R473

R331

R347

R337

R303

R341

C410

C420

C307

R305

C308

R306

C341

R342

C331

R332

C343

C333

R338

R420

R410

R404

C471

R411

R474

R421

R470

R472

R471

CN508

17

(Page 48)

(AEP,UK)

CN303

D-IO

BOARD

F

CN1000

TUNER (FM/AM)

SUPPLIED WITH THE

ASSEMBLED BLOCK

C737

C738

R737

R708

IC300

3

R642

CN506

1

H

POWER BOARD

D701

C715

C527

1

R600

R574

(CHASSIS)

C547

D502

D504

R406

R405

C405

R408

C402

R407

R419

R418

R447

R417

R448

R416

13

R449

CN401

R446

1-870-013-

R743

R746

D702

CN904

(Page 68)

P

AUDIO IN

BOARD CN808

(Page 48)

11

(11)

HCD-X1V

FM 75Ω COAXIAL

ANTENNA

AM

5151

HCD-X1V

7-20. SCHEMATIC DIAGRAM – MAIN Section (1/6) –

(1/6)

C601 C602

0.1 0.1

MEN23

MEN22

MEN21

MEN20

MEN13

MEN12

MEN11

MEN10

SEN8

MC2

MC1

MA2

MA1

MB2

MB1

SEN6

SEN5

SEN4

SEN3

SEN7

D-SEN

MC2

MC1

MB2

MB1

MA2

MA1

C505

0.1

C547

0.1

FL_RESET

LED_LATCH

R521

100

R526

R530

R533

R535

R582

R583

R591

SIRCS

1k

FL_CLK

100

FL_CS

100

FL_DATA

100

KEY2

KEY1

KEY0

100

LED3

100

LED2

100

LED1

R623

100

C625

0.1

R621

100

R622

10k

RB622

RB621

C624

0.1

R624

0

R592

2.2k

PWM_OUT

(Page

47)

(Page

67)

(Page

53)

(CHASSIS)

ELV-E3

ELV-E2

ELV-E1

ELV-E0

SLD-E3

SLD-E2

SLD-E1

SLD-E0

SW4

ELV-NEG

ELV-POS

LOD(ROL)NEG

LOD(ROL)POS

SLD(MD)NEG

SLD(MD)POS

SW5-A

SW5-B

SW2-B

SW2-A

SW1-A SW1-B

SW3

D.SENSOR

MGND

M+12V

D+3.3V

FL_RST

LED LATCH

6V

3.3V

E3.3V

DGND

SIRCS

DGND

FL_CLK

FL_CS

FL_DATA

KEY2

KEY1

KEY0

5V

DGND

LED3(2CH STEREO)

LED2(WIDE SURR)

LED1(FOCUS SURR)

A3

A4

A5

A6

A7

A8

A9

C626 C627

0.01 0.01

CN621

27P

CN501

19P

C510

0.1

• See page 74 for IC Block Diagrams. • See page 81 for IC Pin Function Description.

R633

100

R580

4.7k

Q502

2SA1235TP-1EF

Q501

RT1N141C

CHANGER CONTROLLER2

IC622

BH2210FV-E2

CLKO

DO1

LATCHO

DI2

P8

P7

P9

P6

P10

P5

P11

P4

P12

P3

P13

P2

P14

P1

P15

P0

LATCH

DO2

CLK

DI1

RESET_B

VSS

CTLIO

VCC

CHANGER CONTROLLER1

IC621

BH2210FV-E2

CLKO

DO1

LATCHO

DI2

P8

P7

P9

P6

P10

P5

P11

P4

P12

P3

P13

P2

P14

P1

P15

P0

LATCH

DO2

CLK

DI1

RESET_B

VSS

CTLIO

VCC

Q501,502

B+ SWITCH

(FOR LED)

C509 C516

11

+3.3V REGULATOR

IC502

TK11133CSCL-G

VOUT

VIN

R634

NOISE

GND

CONT

IODO

RB626

RB625

220

RB624

RB623

R631

R630

R629

MEN23

220

MEN22

MEN21

MEN20

MEN13

220

MEN12

MEN11

MEN10

IORST

R628 R632R625

100 1000

220

SEN8

SEN7

SEN6

SEN5

SEN4

SEN3

D-SEN

IOCE

IOCLK

IORST

IODI

C511

0.001

R537

0

R635 10k

RB630

10k

RB629

10k

RB628

10k

RB627

10k

OCSW

T2 N

Q504

RSR025N03

P_CO

FB507FB501

FB509FB502

R575

1k

S

R577

47k

C535

47

16V

C536

16V

47

+5V REGULATOR

NJM2887DL3

C533

0.1

R576

1k

FL502

FL503

EN

IN

GND

OUT

FB

IC504

RIPPLE FILTER

A1

A2

T1

T2

P_CON

R636 R637

C542

R593

R555

10k

100k

T

B

D

U

F

N

O

G

IN

E

C545

0.1

C546

100 16V

UDZW-TE17

FB506

C532

0.1

C529

100

0.47

R572R573 300k100k

C525

0.1

2200

16V

6.3V

R600

0

R574

0

C524

47

16V

1SS355WTE-17

D503

-20B

D502

D504

+12V REGULATOR

IC507

SI-3010KM-TL

R548

100

R550

10k

C543

0.1

C531

0.1

100 16V

C544

47

25V

C528C526 C527

100 16V

FB505

FB508

FB503

R547

C541R640

1k

47k 22k

0.10

T

B

D

U

F

N

O

G

+5V REGULATOR

N E

IN

SI-3010KM-TL

FL501

IC506

C539

SCO/CLK1

SOD/RXD1

SID/TXD1

BUSY/RTS1

XIFCS

MTRST

0.1

FB510

T3

CON _ P

R645

10k

R542

C534

12k

100 16V

C540

100 16V

C537

0.001

R584

100

R585

100

R586

100

R587

100

R588

100

R589

R529

C519

1k

0.1

T

B

D

U

F

N

O

G

E

IN

R642

3.3k

+3.3V

REGULATOR

IC505

SI-3010KM-TL

C504

0.1

E+4V

A-GND

12V

D-GND

E13V

P_CONT2

E6V

D+3.3V

E4_D+3.3V

D-GND

E6_D+5V

M+9V

M-GND

SW+5V

DGND

SW+3.3V

SW+9V

MGND

N.C.

DGND

IFSCK

XAMUTE

IFSDO

IFSDI

XIFBSY

XIFCS

3.3V_MNT

XSYSRST

OCSW1/GND

R643

10k

C513

100 16V

(Page 53)

T1

_CON P

R517

10k

R518R570 R544

1k1k 1k

(Page

56)

A12V

A-GND

CN506

13P

(Page

71)

(Page

54)

E4V

A-GND

A5V

D-GND

SW3.3V

CN505

5P

CN504

11P

(Page

43)

(Page

40)

HCD-X1V

5252

HCD-X1V

7-21. SCHEMATIC DIAGRAM – MAIN Section (2/6) –

(2/6)

CN508

7P

DIGITAL-IN

(Page 49)

(Page 54)

(Page

56)

(Page 57)

(Page 54)

RDS_DATA

RDS_CLK

MIC_SW2

MIC_SW

DSP_DIR

OPT-IN

SW3.3V

TUNED

ST_CLK

A_SEL0

A_SEL1

A_SEL2

A_SEL3

A_SEL4

V_SEL0

V_SEL1

V_SEL2

V_SEL3

D-GND

ST_DO

ST_CE

DGND

SPDIF-OUT

D3.3V

DGND

A_SEL1

A_SEL0

ST_DI

R764

0

R618

100

R619

100

RDS_DATA

RDS_CLK

TUNED

ST_CLK

ST_DO

ST_CE

A_SEL0

A_SEL1

A_SEL2

A_SEL3

A_SEL4

MIC_SW2

V_SEL0

V_SEL1

V_SEL2

V_SEL3

ST_DI

IOCE

IORST

IODI

IODO

IOCLK

(US,CND)

KEY2

KEY1

KEY0

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams. • See page 81 for IC Pin Function Description.

LAT2

LAT1

LAT3

NS_INIT

RDS_CLK

10k

524 R

10k

525 R

RDS_CLK

DSP_MISO

DSP_SPIDS

DSP_RESET

R501

1k

N.C.

KEY INT

DSP_RESET

DSP_SPIDS

DSP_SPICLK/DIR_CLK

BYTE

LED4

CNVSS

10k

R597

SOFT_MUTE

DAMP

EN

DIAG

OVERFLOW1

OVERFLOW2

10k

R503

R609

R594

10k

R504

47k

R505

1k

C501

0.1

C502

0.1

C508

0.1

C503

0.1

C507

R502

10k

0.1

C506

0.1

C548

47

6.3V

R506

R510

R512

∗

4.7k(AEP,UK)

22k(US,CND)

10k

∗

10k

100

R509

10k

100

R511

10010k

R513R514

R508

R506

1k

SYSTEM CONTROLLER

OVERFLOW1

OVERFLOW2

IO_CE

IO_RESET

IO_DI

IO_DO

IO_CLK

FSDLY

OUT2DLY

DESTINATION

MODEL

KEY2

KEY1

VSS

KEY0

VREF

VCC

MIC/ A.CAL SW

R519

10k

LATCH2

LATCH3

DAMP_SHIFT

DAMP_SCDT

MUTE

DAMP SOFT

DAMP LATCH1

DRIVE_RST(EN)

DRIVE_OCP(DIAG)

DSP_INTR

SIRCS_IN

10k

R522

DAMP INIT

DSP_MOSI/DIR_DIN

SEL_SA-CD

FL_RESET

100

532 R

DIR_RST

0.1

C515

DIR_RST

RESET

DIR_HCE

XOUT

DIR_XSTAE

10k

R545

M30626MJP

C517

0.1

R536

0

DIR_DO

10k

R540

DIR_HDOUT

DIR_XSTATE

IC501

-A05FPU0

VSS

XIN

MIC_SW2

C550

0.1

6.3V

47

0.1

1k

C549

C518

R639

VSS

VCC

N.C.

MIC_SW2

LED_LAT

DIR_ZERO

NMI

DIR_CSFLAG

FL_CLK/LED_CLK

AC_CUT

VCC

R539

10k

X501 5MHz

10k

R579

A_SEL4

10k

638 R

A_SEL4

LED1

V_SEL2

V_SEL1

V_SEL0

N.C.

V_SEL1

V_SEL0

FL_CS/STB

FL_D_OUT/LED_DATA

PWM_OUT

V_SEL3

V_SEL2

DIR_ERR

A_SEL0

V_SEL3

A_SEL0

WRITE CE

RDS_DATA

P_CONT3

P_CONT2

P_CONT1

MTK RST

DVD XIFCS

CDM_OPEN_SW

DVD_XIFBUSY

DVD_SCO

DVD_SOD

I2C_

CLK

LED2

R549

4.7k

R556

47k

A_SEL1

A_SEL2

A_SEL3

ST_CLK

DVD_SID

I2C_

ST_DO

TUNED

P_CONT_DSP

R534

10k

A_SEL2

A_SEL3

C551

47p

ST_CE

ST_DI

R523

R528

0

LED3

DATA

R557

R552

4.7k

47k

R563

10k

Q503

2SC3052EF

RESET SWITCH

ST_CE

ST_DO

R608

0

10k

R558

ST_CLK

R596

0

ST_DI

TUNED

10k

RDS_DATA

P_CONT3

P_CONT2

P_CONT1

MTRST

XIFCS

LED3

OCSW

BUSY/RTS1

SCO/CLK1

SOD/RXD1

SID/TXD1

C520

R562

0.22

47k

C521

R561 100k

0.01

OVERFLOW2

OVERFLOW1

DIAG

EN

LAT3

LAT2

LAT1

SHIFT

SCDT

SOFT_MUTE

NS_INIT

OUT VDD

NCGND

CD

C522 C523D501

0.22 0.11SS355WTE-17

RB601

RB602

RB603

R601

R602

R603

R604

R605

R606

RESET SIGNAL GENELATOR

IC503

PST3635NR

CN507

19P

100

22

47

D-GND

OVF2

OVF1

DIAG

RESET

LAT3

LAT2

LAT1

SHIFT

SCDT

SOFT_MUTE

NS_INIT

AMP_D1

AMP_D2

AMP_D3

AMP_BCKO

AMP_LRCKO

AMP_MCKO

D-GND

AMP_MCKO

AMP_LRCKO

AMP_BCKO

AMP_D3

AMP_D2

AMP_D1

(Page 60)

(Page

54)

A3

A4

A5

A6

A7

(Page 52)

A8

A9

C538

0.1

(CHASSIS)

HCD-X1V

(Page 52)

A1

A2

SHIFT

SCDT

SIRCS

DSP_INTR

DSP_MOSI

DSP_MISO

DSP_SPICLK

FL_RESET

DIR_ZERO

CSFLAG

FL_CLK

LED_LATCH

FL_CS

PWM_OUT

FL_DATA

LED1

DIR_ERR

LED2

5353

HCD-X1V

7-22. SCHEMATIC DIAGRAM – MAIN Section (3/6) –

(3/6)

CN701

11P

(Page 43)

(Page 53)

OPT-IN

SW3.3V

D-GND

D1

D2

D3

BCKO

LRCKO

D-GND

MCKO

D-GND

SPDIF

D-GND

L702 10µH

R701

R706

L705

L703 10µH

L704 10µH

R702

0

330

C704

0

R705

1k

0

R719

R718

C712

R713

R716

220

C710

C719

C709

C711

0.1

D1

SI_C

SI_D

BCKO

LRCKO

MCKO

C720

100 16V

DIGITAL AUDIO INTERFACE RECEIVER

100

0

0.068

0.1

10 16V

C717

10 16V 0.01

C771

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams.

DISEL(I)

SPDIF(O)

DIN0(I)

DIN1(I)

DIN2(I)

DGND

DVDD

SDIN

AGND

LPF(O)

AVDD

AGND

ST

_R

IR D

R726

100

C721 C723C716

0.01 0.10.01

DVDD

DGND

CKSEL0(I)

XMODE(I)

CKSEL1(I)

DOSEL0(I)

DOSEL1(I)

IC702

LC890561W

DVDD

DGND

XSTATE(O)

DATA(O)

CKOUT(O)

LRCK(O)

BCK(O)

0.1

C722

220

100

220

100

R725

R727

R750

R728

0

FB703

T U

CLK

CKO

BCKI

LR

R732

0

100

R737

R729

R730

C724 C725

15p 12p

R731

1k

O

TAE

_XS

_ZER

IR

D

SI_A

D

MODE1(I)

XMCK(O)

1k

_HCE

DIR P_SPICLK S D

R734 R735

100 100

CL(I)

XSEL(I)

MODE0(I)

XIN(I)

XOUT(O)

EMPHA(O)

1M

100

R733

R736

X701

12.288MHz

NAU

_NO

IR

D

CE(I)

ERROR(O)

BPSYNC(O)

CSFLAG(O)

AUDIO(O)

100

FB704

R741

100

R740

DIR_DO

DIR_RERR

R739

100

DIR_ERR

CSFLAG

R743

100

R746

100

0

DIR_RST

DI(I)

DO(O)

C738C737

VREF

DGND

DVDD

VF(O)

F2(O)

F1(O)

F0(O)

SWITCHING

IC771

SN74LVC1G08DCKR

VCC

100.1

C727

0.1

R738

100

GND

SO_C

AMP_D3

SO_B

AMP_D2

SEL_SA-CD

SI_E

D1DSP_MOSI

SI_B

BCKI

BCKO

BCK

AMP_D1

AMP_D2

CKOUT

LRCKO

LRCLK

AMP_D3

AMP_MCKO

SO_A

SO_B

SO_C

SI_A

SI_B

SO_A

SI_C

SI_DAMP_D1

SI_E

BCK

LRCK

MCK

DSP_INTR

DSP_RESET

DIR_RERR

DIR_NONAU

DSP_SPIDS

DSP_MISO

DSP_MOSI

DSP_SPICLK

MCK

MCKO

LRCK

BCKI

SI_E

P_CONT_DSP

R742

1k

0.1

IN

EN

FB

R745

R744 C732

15k

10k 100 16V

GND

OUT

C731

0.1

C728C729

100 16V

IC703

SI-3010KM-TL

D FLIP-FLOP

IC706

SN74LVC1G79DCKR

GND

Q

CLK

D

VCC

SWITCHING

IC705

SN74LV08APWR

VDD

VSS

DATA SELECTOR

IC704

C751

0.01

100

R763

100

R754

100

R757

100

R756

100

R753

150

R755

R708

3.3k

C706

47

C708

16V

0.1

C705

R712C707

47

10k0.1

16V

R711

R709

10k

R710

10k

R707

10k

SN74LVC257APWR

A/B

VCC

1A

G

1B

4A

1Y

4B

2A

4Y

2B

3A

2Y

3B

GND

3Y

C718

C714

47

0.1 16V

A/D CONVERTER

IC701

WM8782SEDS/R

VMID

VREFGND

FORMAT

VREFP

FSAMPEN

AVDD

IWL

AGND

BCLK

AINOPR

DVDD

AINR

DGND

COM

LRCLK

AINOPL

DOUT

AINL

MCLK

M/S

C715

0.001

D702 D701

1SS355WTE

-17

R747

100

C702C730

0.10.1

R748 220k

C733

0.22

Q701

RT1P140C

INVERTER

FB701

0

FB752

0

C752

0.1

10k

R758

100

R760

100

R751

100

R759

100

R752

100

R761

1SS355WTE

-17

R724

100

C713

0.1

R723

100

R722

100

R721

L701

220

10µH

R762

220

R749 FB702

100

DIR_XSTAE

FB751

AMP_MCKO

+2.6V REGULATOR

AMP_D1

AMP_D2

AMP_D3

AMP_LRCKO

AMP_MCKO

AMP_BCKO

SW3.3V

D-GND

SO_A

SO_B

SO_C

DSP_BCK

DSP_LRCK

SI_A

SI_B

SI_C

SI_D

SI_E

BCK

LRCK

MCK

DSP_INT

DSP_RESET*

DIR_RERR

DIR_NONAU

DSP_SPIDS*

DSP_MISO

DSP_MOSI

DSP_SPICLK

SW2.6V

A5V

A-GND

A5V

D-GND

SW3.3V

A-GND

E4V

A-GND

L-IN

R-IN

DSP_DIR

(Page 53)

(Page

55)

(Page 57)

(Page 52)

(Page 56)

(Page 53)

HCD-X1V

5454

HCD-X1V

7-23. SCHEMATIC DIAGRAM – MAIN Section (4/6) –

(4/6)

C3

220

4V

GND

VDDINT

GND

VDDINT

GND

VDDINT

GND

VDDINT

GND

VDDINT

GND

VDDINT

RESET

SPIDS

GND

VDDINT

SPICLK

MISO

MOSI

GND

VDDINT

VDDEXT

AVDD

AVSS

GND

CLKOUT

EMU

TDO

TDI

TRST

TCK

TMS

GND

CLKIN

XTAL

VDDEXT

∗

DSP_RESET

DSP_SPIDS

DSP_SPICLK

DSP_MISO

DSP_MOSI

0.1

C26

0.1

C28

0.1

C29

0.1

R21 10k

∗ ∗

R32 10k

R17

0

C10

8p

R23X1 47025MHz

C30

0.01

C25

1k

R24

0

R25

0.1

C32

22

R26

22

R27

22

R28

0.1

C33

0.1

C23

10

R36

0.1

C34

0.01

C24

22

R29

22

R30

R20

0

R13

0

R18

0

R16

0

12p

C9

1M

R35

0.1

C35

C19

10

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams. • See page 81 for IC Pin Function Description.

K

K C

U A

M

N O N _

IR D

0

0.1

C46

GND

VDDINT

∗

SF_CE

R47

∗

NONAUDIO

0.1

C50

VDDINT

10

R48

C36

GND

DPFSCK

VDDEXT

VDDINT

0.1

C42

C39

C43

GND

VDDINT

∗

GND

VDDEXT

GND

VDDEXT

GND

VDDEXT

VDDINT

CLKCFG0

CLKCFG1

BOOTCFG0

BOOTCFG1

GND

INT_REQ

DIR_ERR

K

C

B

R

_

L

L _

P

S

D

0

47

0.1

C52

C55

GND

VDDINT

DSP

VDDINT

GND

AD7

22

R51

R52

R53

R54

DPBCK

DPLRCK

DPDVBCK

DPDVLRCK

D

VDDINT

VDDEXT

GN

GNF

E

C

B

A

D

I_

S

0

0.1 R55

R56

C61

ID

GND

DPSIE

DPS

VDDINT

GND

VDDINT

AD4

AD5

AD6

22

0.1

R57

R58

R59

R60

DPSIA

DPSIC

DPSIB

DPSOE

DEXT

GND

VD

AD3

AD2

0.1

C64

C66

GND

VDDINT

VDDEXT

VDDINT

DPSOD

DPSOC

VDDINT

DPSOB

DPSOA

SPI_MAS

PF_CE

VDDINT

VDDEXT

VDDINT

AD10

AD11

VDDINT

AD12

VDDEXT

AD13

AD14

AD15

VDDINT

∗

R W

AD0

AD1

VDDINT

+1.2V REGULATOR

R15 10k

R14

2k

GND

A18

A17

GND

A16

AD8

AD9

GND

ALE

RD

∗

GND

R2

10k

IC1

SI-3010KM-TL

FB

OUT

GND

R4

C71

C73

C74

C75

C76

C77

C78

C79

R64

R65

0.1

R66

R67

C7

220 4V

0.1

10k

C85 10

C6

0.1

EN

IN

C2

0.1

C1 100 16V

22

SO_C

SO_B

SO_A

C11IC2

0.1ADSST-AVR-1115

FB2

0

DSP_BCK

DSP_LRCK

SO_A

SO_B

SO_C

SI_A

SI_B

SI_C

SI_D

SI_E

BCK

LRCK

MCK

DSP_INT

DSP_RESET

DIR_RERR

DIR_NONAU

DSP_SPIDS

DSP_MISO

DSP_MOSI

DSP_SPICLK

FB1

0

∗

SW2.6V

SW3.3V

D-GND

DSP_BCK

DSP_LRCK

SO_A

SO_B

SO_C

SI_A

SI_B

SI_C

SI_D

SI_E

BCK

LRCK

MCK

DSP_INT

DSP_RESET

DIR_RERR

DIR_NONAU

DSP_SPIDS

DSP_MISO

DSP_MOSI

DSP_SPICLK

(Page 54)

∗

HCD-X1V

R3

10k

0.1

C40

10k

R38

R41

R43

0.1

R45

C45

0

0.1

C49

0

R49

R50

R

T

ER

IN

R

_

P S

IR D

D

0.1

C57

C59

0.1

C62

0.1

C63

0.1

C67

C80

C70

100

10

16V

0

C81 220 4V

5555

HCD-X1V

7-24. SCHEMATIC DIAGRAM – MAIN Section (5/6) –

(5/6)

J401

A.CAL MIC

ECM-AC1

J801

AUDIO IN

(CHASSIS)

FB803

FB804

FB805

FB806

C836

0.01

AUDIO_L

GND

AUDIO_R

MIC_SW2

• See page 74 for IC Block Diagrams.

C406

0

CN808

R403 R409

0

(US,CND)

R403

(AEP,UK)

4P

CN401

4P

AUDIO_L

GND

AUDIO_R

MIC_SW2

Q396

RT1N241C-TP1

INVERTER

R415

R473

2.2k

C471

R446 R416

R448 R418

00

R448 R418

R449 R419

00

10

(US,CND)

(AEP,UK)

R474

3.3k

R404C473

1.2k10

R471

1.2k

R472R470

3.3k2.2k

R416R446

00

R417R447

00

Q395

RT1N241C-TP1

INVERTER

MIC AMP

IC401

C422

R422

47p

22k

C421

R421

10 16V

470

R420C420 100k100p

R410C410 100k100p

10 16V470

R407

220

R405C402 220k100p

R406C405 220k100p

R408

220

R423

470

C423

R424

47p

27k

C411R411

R433

47k

R431

C419

47k

22

16V

R398

10k

C424

22

16V

Q397

RT1N241C-TP1

INVERTER

R310

0

NJM4558MTE2

G

V

AUDIO SELECTOR

IC351

MC14052 BDR2

Y0

VDD

Y2

X2

Y

X1

Y3

X

Y1

X0

INH

X3

VEE

A

VSS

B

Q305

RT1N241C-TP1

INVERTER

R317

10k

R365

R316

10k

RT1P140C-TP1

MUTING

C412

47p

R414 C413

27k 47p

R412

22k

Q301

R413

470

+9V REUGLATOR

IC300

TA7809LS

OI

C403

100 16V

R401

4.7k

R402C404

4.7k0.1

R425

0

R430

47k

R301

10k

C355

100 16V

C401

47 16V

R432

47k

FB301

L300 10µH

C303

0

R352

100k

R362

100k

G

C323

0.1

R311

(US,CND)

C302C304

0.470.1

CN303

9P(US,CND)

RDS_CLK

RDS_DATA

TUNED

ST_DI

R300

ST_CLK

2.2 ST_DO

ST_CE

0

RDS_DATA

RDS_CLK

TUNED

ST_CLK

ST_DO

ST_CE

ST_DI

RDS-CLOCK

RDS-DATA

TUNED

GND

R-CH

+B (9V)

L-CH

DI

CLK

DO

CE

11P(AEP,UK)(AEP,UK)

47

16V

C305

100 16V

C306

0.1

A12V

A-GND

D-GND

RDS_DATA

RDS_CLK

TUNED

ST_CLK

ST_DO

ST_CE

ST_DI

A_SEL0

A_SEL1

A_SEL2

A_SEL3

A_SEL4

MIC_SW

MIC_SW2

(Page 52)

SUPPLIED WITH

THE ASSEMBLED

(Page

53)

TUNER

(FM/AM)

BLOCK

FM 75Ω

COAXIAL

ANTENNA

AM

AUDIO IN

Q302

MUTING

R327

10k

MUTING CONTROL

C360

0.1

AUDIO SELECTOR

IC350

MC14052 BDR2

B

VSS

A

VEE

X3

R346C342

22 16V

R315

R350

R340

R336

R

TV

L

VIDEO2

VIDEO1

R

L

R

L

J301

6P

R347 R348 C343

220 220k 220p

C333R338R337 220p220k220

C341R342R341 220p220k220

C331R332R331 220p220k220

C307R305R303 220p220k220

C308R306R304 220p220k220

C309

C344

C334

C332

C312

R345

47k22 16V

47k

R308

47k

R349

47k

R339

47k

R335

47k

R307R309

47k47k

INH

X0

Y1

X

Y3

X1

Y

X2

Y2

VDD

Y0

R356 10k

R358 10k

LINE AMP

IC360

NJM4558MTE2

R364R359

4.7k4.7k

.1

R302 R326

0

4.7k

C358

C359

100 16V0.1

C366

R360

C365

22

16V

0 10k

R354

4.7k

V

G

R355

10k

R325 10k

RT1P140C-TP1

Q304

RT1N441C-TP1

SWITCH

C356

0.1

C364

1

50V

C354

1

50V

R-IN

A-GND

L-IN

(Page 54)

HCD-X1V

5656

HCD-X1V

7-25. SCHEMATIC DIAGRAM – MAIN Section (6/6) –

VIDEO

J203

VIDEO2

S VIDEO

VIDEO IN

VIDEO

J202

VIDEO1

S VIDEO

VIDEO

J201

MONITOR

OUT

S VIDEO

J200

3P

COMPONENT

VIDEO OUT

Y

PB /CB

R

/CR

P

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams.

(6/6)

R205

75

VIDEO SELECTOR

IC202

NJM2235V

IN1

SW1

IN2

SW2

VIDEO SELECTOR

IC201

NJM2235V

IN1

SW1

IN2

SW2 IN3

VIDEO SELECTOR

IC200

NJM2235V

IN1

SW1

IN2

SW2 IN3

GND

OUT

VDD

IN3

GND

OUT

VDD

GND

OUT

VDD

VIDEO AMP, 75Ω DRIVER

BH7868FS-E2

CROUTB

CROUTA

GND

CBOUTB

CBOUTA

GND

CYOUTB

CYOUTA

GND

YOUTB

YOUTA

GND

VOUTB

VOUTA

S-DC OUT

C OUT

R204

R203

R202

R201

R200

C204

75

16V

C205

16V

C200

0.1

C201

0.1

C202

16V

C203

16V

10

C207

100

R211

16V

75

C206

R210

100 16V75

C210 1000

R209

6.3V

75

C209 1000

R208

6.3V

75

C208

R207

1000

6.3V75

R214

10k

R206

75

C211

0.1

IC203

MUTE2

YCMIX

CVBSIN

MUTE1

VCC2

CRIN

SYIN

VCC1

CBIN

GND

BIAS

V_SEL0

V_SEL1

V_SEL2

V_SEL3

(Page 53)

C220

100 16V

C217

0.1

R218

L203 10µH

C216

R217

C214

R216

0

10

16V

0

0.1

0

C212

10

16V

100 16V

C225

0.1

C224

1

C230

1

C229

1

C228

0.1

C227

C234

C226

C231

C236

10 16V

150V

100p

0.1

100 16V

C233

C232

100 16V

L202 10µH

C219

100 16V

C215

0.1

L201 10µH

C218

100 16V

C213

0.1

L200 10µH

CLP

YIN

CIN

S2

S1

R220

0

CN201

11P

(Page 43)

A-GND

A5V

R221

R230

0

R224

0

R223

0

R229

0

R228

0

1k

R227

0

R226

0

CVBS

V-GND

C

V-GND

Y

V-GND

CY/G

V-GND

CB/B

WIDE

CR/R

(Page 54)

HCD-X1V

5757

HCD-X1V

• Semiconductor Location

Ref. No. Location

D3551 A-6 D3552 B-6

IC3010 G-3 IC3020 E-3 IC3030 C-3 IC3050 G-2 IC3051 H-2 IC3100 H-5 IC3150 G-5 IC3200 F-5 IC3250 E-5 IC3300 C-5 IC3350 B-5 IC3500 C-2

Q3551 A-7

7-26. PRINTED WIRING BOARD – AMP Board (Component Side) –

1 2 3 4 5 6 7 8 9 10

A

AMP BOARD

B

C3500

IC3500

C

D

J

MAIN BOARD CN507

(Page 50)

E

C3071

R3065

R3066

C3068

R3068

R3078

CN3700

R3502

R3505

R3072

R3506

R3070

R3069

R3067

R3064

R3063

R3507

R3073

C3070

R3071

(COMPONENT SIDE)

R3032

R3031

24 13

25

R3037

R3021

R3024

36

25

36

IC3030

37 48

24 13

IC3020

37 48

R3035

C3067

R3034

R3075

R3025

C3034

C3024

R3354

R3357

C3354

R3351

12

R3352

C3350

R3301

R3302

1

C3040

R3056

12

1

R3202

C3030

R3201

R3307

R3254

R3251

R3252

C3300

R3304

R3257

R3204

R3207

C3304

C3254

C3250

C3204

• See page 37 for Circuit Boards Location. : Uses unleaded solder.

(CHASSIS)

IC3350

IC3300

IC3250

IC3200

C3363

C3358

C3313

C3308

C3263

C3258

C3213

D3551

R3551

D3552

R3553

R3555

Q3551

C3555

E

R3554

C3801

C3376

C3377

C3327

C3326

C3324

C3325

C3277

C3276

C3274

C3275

C3225

C3224

C3226

C3227

C3177

C3176

C3174

C3175

C3125

C3124

HCD-X1V

F

G

H

(CHASSIS)

C3904

L3051

IC3050

R3051

1

34

L3052

5

C3055

IC3051

C3057

L3053

13

45

R3015

FB3051

R3014

R3052

R3012

C3058

X3051

R3011

25

36

L3054

24 13

IC3010

37 48

R3018

R3054

C3060

C3059

R3055

C3014

12

1

C3020

R3053

R3102

R3151

R3152

R3101

R3154

C3200

C3150

C3100

R3157

R3107

R3104

C3154

C3104

IC3150

IC3100

C3208

C3163

C3158

C3113

C3108

R3601

L3000

C3005

I

1-870-021-

11

(11)

(CHASSIS)

5858

HCD-X1V

7-27. PRINTED WIRING BOARD – AMP Board (Conductor Side) –

1 2 3 4 5 6 7 8 9 10

(Page 69)

POWER BOARD

AMP BOARD

(CONDUCTOR SIDE)

L

CN903

A

CN3800

EP3603

C3603

(CHASSIS)

B

CN3500

SPEAKER

2

C

D

C3374

C3126

C3375

C3127

14

C3610

1

15

L3371

C3373

L3372

L3322

C3323

R3326

L3321

L3272

C3273

L3271

R3375

R3377

R3376

R3325

R3275

R3276

E

CN3000

C3002

M3000

F

(FAN)

M

G

H

C3604

I

EP3604

L3222

R3225

C3223

R3226

L3221

L3171

R3175

C3173

R3176

L3172

L3122

R3125

C3123

R3126

L3121

E

R3327

E

R3277

E

R3227

E

R3177

E

R3127

E

C3370

C3369

Q3372

E

Q3371

C3367

C3320

C3319

Q3302

C3316

E

Q3301

C3317

C3270

C3269

Q3272

C3266

E

Q3271

C3267

C3220

C3219

Q3222

C3216

E

Q3221

C3217

C3170

C3169

Q3172

E

Q3171

C3167

C3120

C3119

Q3122

E

Q3121

C3117

C3000

R3370

C3366

R3369

C3368

R3319

C3318

R3269

C3268

R3220

R3219

C3218

R3170

C3166

R3169

C3168

C3116

C3118

R3270

R3119

R3320

R3120

14

C3365

C3364

C3315

C3314

C3265

C3264

C3215

C3214

C3165

C3164

C3115

C3114

• See page 37 for Circuit Boards Location.

C3362

C3312

C3262

C3212

C3162

C3112

R3602

C3129

C3359

C3309

C3259

C3209

C3159

C3109

C3356

D3352

D3351

C3357

C3306

D3302

D3301

D3252

D3251

D3202

D3201 C3207

D3152

D3151

C3106 D3112

D3111

C3552

L3352

L3351

L3302

L3301

L3252

L3251

L3202

L3201

L3152

L3151

L3112

L3111

C3551

C3307

C3256

C3257

C3206

C3156

C3157

C3107

C3353

C3355

C3303

C3305

C3253

C3255

C3203

C3205

C3153

C3155

C3103

C3105

R3116

C3351

C3301

C3251

C3201

C3151

R3166

C3101

: Uses unleaded solder.

C3022

C3012

R3001

EE

R3059

R3060

C3033

C3039

C3031

C3023

C3029

C3021

C3013

C3019

C3011

C3003

C3001

R3353

R3366

R3303

R3316

R3253

R3266

R3203

R3216

R3153

R3103

R3002

Q3002

R3365

R3315

R3265

R3215

R3165

R3115

L3300

L3350

C3032

L3250

L3200

L3150

L3100

R3004

Q3001

C3015

C3028

C3018

C3035

C3025

R3006

R3003

C3038

Q3000

C3037

C3027

C3017

• Semiconductor Location

Ref. No. Location

D3111 H-6 D3112 H-6 D3151 G-6 D3152 G-6 D3201 F-6 D3202 E-6 D3251 E-6 D3252 D-6 D3301 D-6 D3302 C-6

C3501

C3036

R3027

R3017

R3023

C3026

R3013

C3016

L3055

E

C3054

R3076

R3074

C3069

C3052

C3051

C3053

CN3900

R3503

R3504

R3605

C3905

C3903

POWER

BOARD CN902

(Page 68)

C3061

C3056

R3007

1-870-021-

11

(11)

D3351 B-6 D3352 B-6

Q3000 I-8 Q3001 I-8 Q3002 I-7 Q3121 H-3 Q3122 H-3 Q3171 G-3 Q3172 G-3 Q3221 F-3 Q3222 E-3 Q3271 E-3 Q3272 D-3 Q3301 D-3 Q3302 C-3 Q3371 C-3 Q3372 B-3

K

HCD-X1V

(CHASSIS)

5959

HCD-X1V

7-28. SCHEMATIC DIAGRAM – AMP Board (1/3) –

(1/3)

(Page 53)

(Page

61)

(CHASSIS)

CN3700

19P

D-GND

OVF2

OVF1

DIAG

RESET

LAT3

LAT2

LAT1

SHIFT

SCDT

SOFT_MUTE

NS_INIT

AMP_D1

AMP_D2

AMP_D3

AMP_BCKO

AMP_LRCKO

AMP_MCKO

D-GND

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

EP3604

C3071

0.1

R3063

1k

R3064

1k

R3065

1k

R3066

100

R3067

R3068

R3069

R3070

R3071

R3072

R3073

R3507

R3506

R3505

R3504

R3503

R3502

R3078

0

R3605

0

R3601

0

C3604

0.1

C3067

100

10

100p

C3068

100p

C3069

100p

C3070

0.001

RESET

SHIFT

SOFT MUTE

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams..

LAT2

SCDT

SHIFT

PGMUTE

NSP MUTE

R3060

SOFT MUTE

10k

R3059

10k

XOVDD

HPVDDL

XOVDD

HPVDDL

XFSOOUT

XVDD

XFSOOUT

XVDD

C3030

XOVSS

XFSOIN

XOVSS

XFSOIN

0.1

OUTL1

OUTL2

OUTR1

OUTR2

VSUBC

OUTL1

OUTL2

OUTR1

OUTR2

VSUBC

VSSL

VDDL

VSSL

VSSR

VDDR

VSSR

XVSS

VSSL

VDDL

VSSL

VSSR

VDDR

VSSR

XVSS

C3034

0.1

STREAM PROCESSOR

C3035

0.1

R3031

470

STREAM PROCESSOR

OVF2

OVF

SD

INIT

LAT3

LRCK

LAT2

BCK

LAT1

DATA2

SCDT

INIT

OVF2

INIT

LRCK

BCK

DATA3

R3032

470

R3034

100

R3035

330

C3036

0.1

C3037

0.1

R3037

150

C3025

0.1

R3021

R3023

470

10k

R3024

100

R3025

330

C3026

0.1

C3027

0.1

R3027

150

SFLAG

INIT

MCKSEL

LRCK

BCK

DATA

BFVDD

BFVSS

TEST

DVDD

SFLAG

INIT

MCKSEL

LRCK

BCK

DATA

BFVDD

BFVSS

TEST

DVDD

FLAGLOVF

XFSIIN

FLAGLOVF

XFSIIN

OVFFLAGR

FSOCKO

LAT3

OVFFLAGR

FSOCKO

SCLATCH

FSOI

SCLATCH

FSOI

SHIFT

SCSHIFT

HPOUTR2

SCDT

SCSHIFT

HPOUTR2

SCDT

PGMUTE

NSPMUTE

SOFTMUTE

IC3030

CXD9876R

HPOUTL2

HPVDDR

HPOUTR1

HPVSSR

C3038

0.1

PGMUTE

NSP MUTE

SOFT MUTE

SCDT

PGMUTE

NSPMUTE

SOFTMUTE

IC3020

CXD9876R

HPOUTL2

HPVDDR

HPOUTR1

HPVSSR

C3028 C3029

0.1 0.1

DVSS

DVDD

HPOUTL1

HPVSSL

C3039 C3040 R3056

0.1 0.1 100

C3024

0.1

DVSS

DVDD

HPOUTL1

HPVSSL

SD

RESET

R3351

C3033

0.1

C3032

0.1

C3031

100 25V

C3023

0.1

C3022

0.1

C3021

100 25V

R3352

R3301

R3302

R3252

R3201

R3251

R3202

100

DIGITAL POWER AMP

C3353

R3353

R3354

R3357

L3350 10µH

R3366

C3355

C3303

R3303

R3304

R3307

L3300 10µH

R3316

C3305

C3253

R3253

R3254

R3257

R3266

C3255

0.1

10

0

15k

C3350

10

0.1

DIGITAL POWER AMP

0.1

10

0

15k

C3300

10

0.1

DIGITAL POWER AMP

0.1

10

0

15k

C3250L3250 10µH

10

0.1

C3356

0.033

C3354

0.1

10

R3365

10

C3351

C3357

0.033

C3306

0.033

C3304

0.1

R3315

10

C3301

10

C3307

0.033

C3256

0.033

C3254

0.1

C3251

10

R3265

10

0.1

C3257

0.033

BST _A GVDD_A

/OTW

/SD

/RESET

PWM_A

OC_ADJ

GND

VREG

M3

M2

M1

PWM_B

VDD

GND

GVDD_B

BST_B

BST

GVDD_A

/OTW

/SD

/RESET

PWM_A

OC_ADJ

GND

VREG

M3

M2

M1

PWM_B

VDD

GND

GVDD_B

BST_B

BST

GVDD_A

/OTW

/SD

/RESET

PWM_A

OC_ADJ

GND

VREG

M3

M2

M1

PWM_B

VDD

GND

GVDD_B

BST_B

IC3350

CXD9883M

IC3300

CXD9883M

IC3250

CXD9883M

PVDD_A

PVDD_B

PVDD_A_A

PVDD_A

PVDD_B

PVDD_A_A

PVDD_A

PVDD_B

C3362

C3363

100

0.1

D3252

D3251

35V

D3352

P6SMB39AT3

D3351

P6SMB39AT3

C3359

C3358

0.1

C3313

0.1

D3302

D3301

C3308

0.1

C3263

0.1

C3258

0.1

L3352 10µH

L3351 10µH

100 35V

C3312

100 35V

L3302 10µH

L3301 10µH

C3309 C3316

100 35V

C3262

100 35V

L3252 10µH

L3251 10µH

C3259

100 35V

C3266

2200

35V

GND

OUT_A

OUT_B

GND

OUT_A

OUT_B

GND

OUT_A

OUT_B

GND

P6SMB39AT3

C3370

0.0022

C3369

0.0022

R3370

2.7

R3369

2.7

C3368

0.0022

C3367

C3320

C3319

0.0022

R3320

2.7

R3319

2.7

C3318

0.0022

C3317

C3270

C3269

0.0022

R3270

2.7

R3269

2.7

C3268

0.0022

C3267

B1

B2

B3

B4

B5

B6

B7

(Page

62)

A15

A16

A17

A18

A19

A20

A21

(Page

C3365

1

C3364

1

C3366

2200

35V

C3315

1

C3314

1

C3265

2.2

C3264

2.2

61)

HCD-X1V

6060

HCD-X1V

7-29. SCHEMATIC DIAGRAM – AMP Board (2/3) –

(2/3)

A9

A14

A10

A13

A12

(Page

60)

A8

A7

A11

A6

A5

A4

A3

A2

A1

Q3000

2SD1616-TP-LK

B+ SWITCH

(FOR FAN MOTOR)

L3000 10µH

C3000

100 16V

R3004

1.2k

0.1

V 6 1

7 4

.1 0

1

3

0

3

C

C3903

0.1

2SC3052EF-T1-LEF

Q3001,3002

FAN MOTOR DRIVE

Q3001

2SC3052EF-T1-LEF

Q3002

R3007

0

R3006

2.2k

R3003

1.5k

L3052 10µH

R3001

10k

C3061

220 16V

M3000

(FAN)

(Page

71)

(Page

62)

(CHASSIS)

CN3000

C3002

2P

0.1

C3005

0.1

CN3900

7P

FG

13V

3.3V

12V

GND

C1

C3905

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams.

LAT1

SCDT

SHIFT

C3015

0.1

OVF

INIT

LRCK

BCK

DATA1

C3904

R3002

0.1

10k

R3011

470

STREAM PROCESSOR

F

R

H

V

C

IFT

G

O

T

A

H

L

A

S

G

470

R3012

R3013

10k

100

R3014

330

R3015

0.1

C3016

0.1

C3017

150

R3017

R3052

R3053

1M

100

X3051

BUFFER

49.152MHz

C3054

100 16V

+1.8V REGULATOR

C3058

10p

L3055 10µH

L

C

FFL

A

C

S

V

S

FL

O

SFLAG

INIT

MCKSEL

LRCK

BCK

DATA

BFVDD

BFVSS

TEST

DVDD

2 R

O

T

K

IIN

U

I

C

O

FS

P

X

H

FS

R3018

0

OSC BUFFER

SN74AHC1GU04DCKR

C3055 C3053

0.01 0.001

PGMUTE

T D

SC

CXD9876R

R S S V P H

IC3051

IC3500

SN74LVC541

E T U

M G P

IC3010

1

TR U O P H

VGNC

NSP MUTE

SOFT MUTE

E

T

U

M

P

FT

S

O

N

S

2

R

TL

D

U

D

O

V

P

P H

H

IC3050

TK11118CSCL-G

VOUT

VIN

C3014

0.1

S

D

S

D

V

D

1

L

TL

S

U

S

O

V

P

H

C3019C3018

0.10.1

NOISE

GND

CONT

R3055

100

T

S S

DD

V

OU

V

O

X

S

X

VSSL

F X

OUTL1

VDDL

OUTL2

VSSL

VSSR

OUTR1

VDDR

OUTR2

VSSR

VSUBC

L

XVSS

D

IN

D

O

V

D

P

FS

V

X

H

R3054 C3020

100 0.1

C3056

47

63V

L3053

10µH

FB3051

C3501

100 16V

C3057

0.01

C3060

L3054

C3059

0.001

0

100

R3074

100

R3075

100

R3076

C3500

0.1

C3052

100 16V

C3051

0.1

R3051

0

A21

A20

A19

A18

A17

A16

A15

C3206

DIGITAL POWER AMP

0.1

C3203

10

R3203

0

R3204

15k

R3207

R3151

100

0.1

C3013

R3152

100

R3101

100

0.1

C3012

R3102

100

C3011

100 25V

10p

1µH

DATA1

DATA2

DATA3

BCK

LRCK

L3051 10µH

L3200

L3150

L3100

R3216

C3205

C3153

R3153

R3154

R3157

10µH

R3166

C3155

C3103

R3103

R3104

R3107

10µH

R3116

C3105

10µH

10

0.1

DIGITAL POWER AMP

0.1

10

0

15k

10

0.1

DIGITAL POWER AMP

0.1

10

0

15k

10

0.1

0.033

C3204

0.1

10

C3201

10

R3215

0.1

C3200

C3207

0.033

C3156

0.033

C3154

0.1

10

C3151

10

R3165

0.1

C3150

C3157

0.033

C3106

0.033

C3104

0.1

10

C3101

10

R3115

0.1

C3100

C3107

0.033

BST _A GVDD_A

/OTW

/SD

/RESET

PWM_A

OC_ADJ

GND

VREG

M3

M2

M1

PWM_B

VDD

GND

GVDD_B

BST_B

BST _A GVDD_A

/OTW

/SD

/RESET

PWM_A

OC_ADJ

GND

VREG

M3

M2

M1

PWM_B

VDD

GND

GVDD_B

BST_B

BST _A GVDD_A

/OTW

/SD

/RESET

PWM_A

OC_ADJ

GND

VREG

M3

M2

M1

PWM_B

VDD

GND

GVDD_B

BST_B

IC3200

CXD9883M

IC3150

CXD9883M

IC3100

CXD9883M

PVDD_A

PVDD_B

PVDD_A

PVDD_B

PVDD_A

PVDD_B

C3212

100

C3213

0.1

35V

GND

OUT_A

OUT_B

GND

OUT_A

OUT_B

GND

OUT_A

OUT_B

GND

D3202

P6SMB39AT3

D3201

P6SMB39AT3

C3208

0.1

C3162

C3163

0.1

D3152

P6SMB39AT3

D3151

P6SMB39AT3

C3159

C3158

0.1

C3112

C3113

100

0.1 35V

D3112

P6SMB39AT3

D3111

P6SMB39AT3

C3109

C3108

0.1

L3202 10µH

L3201 10µH

C3216C3209 100 35V

100 35V

2200

35V

L3152 10µH

L3151

10µH

C3166

2200

35V

L3112 10µH

L3111 10µH

C3116

2200

35V

C3220

0.0022

C3215

2.2

C3214

2.2

C3165

1

C3164

1

C3115

1

C3114

1

C3219

0.0022

R3220

2.7

R3219

2.7

C3218

0.0022

C3217

0.0022

C3170

0.0022

C3169

0.0022

R3170

2.7

R3169

2.7

C3168

0.0022

C3167

C3120

0.0022

C3119

0.0022

R3120

2.7

R3119

2.7

C3118

0.0022

C3117

0.0022

C3801

0.1

CN3800

P-GND

4P

32V

(Page

60)

C2

C3

C4

C5

C6

C7

C8

(Page

62)

(Page

71)

HCD-X1V

6161

HCD-X1V

7-30. SCHEMATIC DIAGRAM – AMP Board (3/3) –

(3/3)

(Page

60)

SD

Q3302

2SA1235TP-1EF

OVER LOAD DETECT

B1

B5

B3

B4

B2

B7

B6

C3

PROTECT DETECT

R3326

100k

Q3551

2SC3052EF

-T1-LEF

R3327

100k

R3325

100k

OVER LOAD DETECT

R3554 C3555

100k 0.1

R3376 R3375

100k 100k

R3377

100k

R3555

0

EP3603

C3610

Q3222 Q3272Q3372

2SA1235TP-1EF 2SA1235TP-1EF2SA1235TP-1EF

OVER LOAD DETECT

Q3271Q3221Q3371Q3301

2SA1235TP-1EF2SA1235TP-1EF2SA1235TP-1EF2SA1235TP-1EF

OVER LOAD DETECT

C3223

10

R3227 R3277

100k 100k

R3225

R3226

100k

R3602

C3273C3373C3323

102.22.2

R3275R3276

100k100k

L3321

L3372

L3322

L3371

L3271

L3272

L3221

C3326

C3376

C3324

C3374

C3276

C3274

C3224

0.1

C3603

0.1

SW+

SW-

SW+

(CHASSIS)

CN3500

15P

SPEAKER

GND

0

0.01

C3327

C3377

C3325

C3375

C3277

C3275

C3225

0.001

REAR RCH+

REAR LCH-

REAR RCH-

REAR LCH+

HCD-X1V

(Page

61)

(Page

61)

C2

C6

C4

C7

C5

C8

C3552

10

50V

D3552

1SS355WTE-17

D3551

1SS355WTE-17

R3551

100k

C3551

1

50V

C1

R3126

R3125R3553

100k

100k10k

R3127

100k

C3123 C3173

2.2 2.2

Q3122 Q3172

2SA1235TP-1EF 2SA1235TP-1EF

OVER LOAD DETECT

Q3121 Q3171

2SA1235TP-1EF 2SA1235TP-1EF

OVER LOAD DETECT

R3176

100k

R3177

100k

R3175

100k

OVER LOAD DETECT

L3222

L3122

L3171

L3121

L3172

C3226

C3126

C3176

C3124

C3174

0.01

C3227

C3127

C3177

C3125

C3175

0.001

SW-

FRONT RCH-

FRONT LCH+

FRONT RCH+

FRONT LCH-

6262

HCD-X1V

7-31. SCHEMATIC DIAGRAM – KEY Section –

DISC 1 DISC 2 DISC 3 DISC 4 DISC 5

CN807

8P

GND

KEY1

6V

DGND

3.3V

FL_DATA

(Page

67)

FL_CLK

LED LATCH

• See page 81 for IC Pin Function Description.

S811S812 S810 S809 S808 S807

D811 D812 D813 D814 D815

SML-020MDT SML-020MDT SML-020MDT SML-020MDT SML-020MDT

R855R856R857R858R859R860

2.2k2.2k4.7k10k22k47k

C823

220p

C824

220p

C825

220p

C826

220p

C827

220p

DISC 1 DISC 2 DISC 3 DISC 4 DISC 5

R831 R829 R827

220 220 220

R812

0

R830 R828 R825 R823

220 220 220 220

Q7

BU2099FV1

Q5

Q6

Q7

Q8

Q9

Q10

Q11

SO

OE

VDD

Q6

IC802

Q4

Q3

Q2

Q1

Q0

LCK

CLK

DATA

NC

VSS

Q8

Q9

LED DRIVER

Q5

Q6

Q7

Q8

Q9 Q0

C833

0.1

R826 R824 R822

220 220 220

Q5

R818

R819

R813

Q4

100

Q3

Q2

C818

Q4

Q3

Q2

Q1

C819

C820

C821

C822

C806

C817

C816

220p

470p

220p

(GRN)(AMBER)(GRN)(AMBER)(GRN)(AMBER)(GRN)(AMBER)(GRN)(AMBER)

Q1

Q0

HCD-X1V

(Page

67)

CN804

DGND

KEY1

KEY0

KEY2

S802 S805

VOLUME+ -

S801 S804S803

FUNCTION

4P

R853 R862

2.2k 2.2k

R852

2.2k

CN805

2P 2P

S806

CN806

6363

HCD-X1V

7-32. PRINTED WIRING BOARD – LED Board –

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

LED BOARD

(COMPONENT SIDE)

A

(GRN)

(AMBER)

D811

DISC 1

B

LED BOARD

(CONDUCTOR SIDE)

C

• See page 37 for Circuit Boards Location. : Uses unleaded solder.

DISC 3

(GRN)

(AMBER)

R826

R827

R830

R831

D812

DISC 2

(GRN)

(AMBER)

R828 R829

D814D813

DISC 4

(GRN)

(AMBER)

R824

R825

D815

DISC 5

(GRN)

(AMBER)

R822

R823

C806

C817

C816

10 1

IC802

11 20

R819

C833

R813

R818

(Page

66)

N807

C

1-870-016-

N

DISPLAY BOARD

CN803

11

(11)

C827

D

S812

DISC 1

C826

R860

S811

DISC 2

C825

C824

R859

E

S810

DISC 3

C823

C818

858

R

S807 – 812

S809

DISC 4 DISC 5

C819

C820

R857

S808

C821

C822

R

856

R812

S807

855

R

Z

1-870-016-

11

(11)

• Semiconductor Location

Ref. No. Location

D811 B-2 D812 B-4 D813 B-5 D814 B-7 D815 B-8

IC802 B-10

HCD-X1V

6464

HCD-X1V

7-33. PRINTED WIRING BOARDS – KEY/POWER-SW Boards –

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

POWER-SW BOARD

A

B

C

D

POWER-SW BOARD

E

F

G

(COMPONENT SIDE)

S806

1

(CONDUCTOR SIDE)

• See page 37 for Circuit Boards Location.

1-870-018-

CN806

2

1

1-870-018-

: Uses unleaded solder.

KEY BOARD

11

(11)

KEY BOARD

CN805

11

(11)

2

1

(COMPONENT SIDE)

(CONDUCTOR SIDE)

S801

N x

R852

R862

S805

– +VOLUME

S801 – 806

S802

11

(11)

1-870-017-

R853

S804

S803

FUNCTION

(Page

66)

CN804

M

DISPLAY

BOARD CN802

11

1-870-017-

(11)

HCD-X1V

6565

HCD-X1V

7-34. PRINTED WIRING BOARD – DISPLAY Board –

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

DISPLAY BOARD

(COMPONENT SIDE)

A

C829

B

FB801

C

N

LED

BOARD

CN807

(Page 64)

CN

D

• See page 37 for Circuit Boards Location.

(Page 50)

MAIN BOARD

G

CN501

CN801

R805

803

L

02

L804

803

851 R

L8

FB802

861

854

R

: Uses unleaded solder.

C809

C808

R875

872 R

Q802

E

814

R

820

R

C

C815

810

C811

C814

C812

7 86

R

D817

D818

817

846

816

815

813 C

R

D803

C805

R801

R802

D819

E

817 Q

868 R

E

18 Q8

869 R

E

Q819

1-870-015-

11

(11)

(CHASSIS)

E

DISPLAY BOARD

(CONDUCTOR SIDE)

12 4 51 53 54

F

IC801

C828

3

1

821

R

G

FL801

FLUORESCENT INDICATOR

TUBE

IC803

C802

D801

C804

D

804

D

8

805

802

D

9

TRANSFORMER

6

• Semiconductor Location

1

T801

INVERTER

7

EB807

L801

2

3

C801

5

4

801

Q

3245

803 C

C800

1

804

R

14

802

CN

11

(11)

M

KEY BOARD

CN804

1-870-015-

(Page 65)

Ref. No. LocationRef. No. Location

D801 E-9 D802 E-9

IC801 F-2

IC803 G-7 D803 B-9 D804 E-10 D805 E-10 D817 B-10 D818 B-10 D819 B-10

Q801 F-11

Q802 B-7

Q817 B-10

Q818 B-10

Q819 B-10

HCD-X1V

6666

HCD-X1V

7-35. SCHEMATIC DIAGRAM – DISPLAY Board –

P1

NP

FL

FLUORESCENT

INDICATOR TUBE

DRIVER

IC803

ML9208-03MBZ03B

11G

10G

9G

8G

7G

5G

6G

4G

3G

2G

1G

3

5

1

2 G

G

6

4

G

1

0

3

S

S29

S28

8

9

2

2 S

S

0

8

9

1

7

G

3

2

4

3

S

S31

S30

S33

S32

S24

S25

S26

S27

7

5

6

2

S

P2

1 1

2

3

1

S

G

2

1

6

5

3

G

S

G1

G2

S35

S34

S20

S21

S22

S23

1

4

2

3

2

S

P6

P5

P3

P4

7

4

5

6

S

4

6

5

3

G

G4

G6

G5

G3

S16

S17

S18

S19

0

8

9

7

2

1

S

• See page 72 for Waveforms. • See page 74 for IC Block Diagrams.

FL801

FLUORESCENT INDICATOR TUBE

P36

P35

P34

P33

P32

P31

P28

P30

P27

P29

P26

P25

P24

P23

P22

P21

P19

P20

P18

P17

P16

P15

P14

P13

P11

P12

P10

P9

P8

P7

1

2

3

0

1

8

9

1

1 S

S

7 G

G7

S15

6 1 S

1

0

9

8

1

G

G9

G8

G10

S12

S13

S14

3

5

4

2

1

S

5

6

4

2

1

1 S

G11

S11

1 1 S

R872

S

1k

G12

S10

S

Q802

2SC3052EF

-T1-LEF

GRID DRIVE

G13

S9

0 1 S

S

R875 100k

G14

G15

S7

S8

7

8

9 S

S

0

8

9

7 1 S

0.01

C808

G16

S6

6 S

2

1

1 S

S

VFL

GND

S4

S5

4

5 S

S

OSC0

S3

C809

S

10k

0.01

0.0022

100p

R820

C810

C811

C812

47p

R814

3.3k

CS

RST

OSC1

AD1

S1

S2

7

2

3

1

3

S

4

5

2

2 S

S

100p

C813

CLK

DAT

AD2P2P1

7

8

9

6 2 S

0.1

C814

VDD

R817

R816

R815

R846

0

2

3 S

S

100

10

C815

2 3

31

S

D803

UDZS-TE17

-6.2B

C802

47 50V

C804

0.01

D802

1SS355TE-17

D801

1SS355TE-17

R801

33k

3 3 S

4

5

3

3 S

S

C805

0.1

1SS355TE-17

D805

D804

6 3

37 S

S

R802

100

REMOTE CONTROL

RECEIVER

IC801

NJL23H400A

CN802

4P

1k

R854

1k

R851

1k

R861

FL

NP

P37

DGND

KEY1

6V

DGND

3.3V

FL_DATA

FL_CLK

LED LATCH

LED1(FOCUS SURR)

LED2(WIDE SURR)

LED3(2CH STEREO)

DGND

5V

0

KEY0

0

KEY1

0

KEY2

FL_DATA

FL_CS

0

FL_CLK

DGND

SIRCS

DGND

E3.3V

3.3V

6V

LED LATCH

FL_RST

FOCUS

WIDE

2CH

D817 D818 D819

SEC1201C SEC1201C SEC1201C

SUR SUR

R867 R868 R869Q819Q818Q817

LED DRIVE LED DRIVE LED DRIVE

FOCUS

WIDE

2CH

T801

INVERTER TRANSFORMER

65

150 150 150RT1N141C-TP-1RT1N141C-TP-1RT1N141C-TP-1

WIDEFOCUS

C829

6.3V

C828

0.01

47

FB801R821

047

L804

L803

L802

FB802

2CH

STEREO

Q801

CPH5504

OSC

DGND

KEY1

KEY0

KEY2

CN803

CN801

19P

(Page 63)

8P

(Page

63)

(Page

52)

HCD-X1V

R805

9

C803

100

0

10V

1

C800 C801

0.0047 0.022

L801 47mH

R804

3.9k

6767

HCD-X1V

• Semiconductor Location

Ref. No. Location

D906 I-8 D923 F-6 D924 F-6 D935 F-5

IC507 C-3

7-36. PRINTED WIRING BOARD – POWER Board (Component Side) –

1 2 3 4 5 6 7 8 9 10

A

B

POWER BOARD

C

H

MAIN BOARD CN506

(Page

D

51)

C919

R918

E

(Page

F

59)

K

AMP

BOARD

CN3900

CN904

(COMPONENT SIDE)

C966

R915

CN902

L935

L948

L934

L932

1

IC507

5

R953

R949

• See page 37 for Circuit Boards Location.

C923

D923

R925

D935

R923

D924

: Uses unleaded solder.

(CHASSIS)

R911

HCD-X1V

R934

R932

R939

(CHASSIS)

G

R916

R931

C912

R965

H

I

R906

C907

D906

J

(CHASSIS)

11

(11)

1-870-020-

6868

HCD-X1V

7-37. PRINTED WIRING BOARD – POWER Board (Conductor Side) –

1 2 3 4 5 6 7 8 9 10

POWER BOARD

(CONDUCTOR SIDE)

A

Q

LF

BOARD

CN905

(Page

B

C

C913

C902

4

C918

D901

C920

CN906

12

70)

1

R969

R929

R945

C954

D903

R927

D

R912

C903

E

R914

F

G

IC901

C911

C909

1

2

4

5

C906

D913

D925

R926

• See page 37 for Circuit Boards Location.

T902

SUB POWER

D909

R910

R909

TRANSFORMER

C

E

C

E

C

E

C928

PC902

PC903

PC901

C938

Q921

C925

116

IC921

1

3

C929

R922

78

6

D922

8

C922

C915

E

C924

C955

R928

R908

C910

: Uses unleaded solder.

• Semiconductor Location

Ref. No. Location

D901 C-2 D903 C-5 D905 J-4 D907 I-4 D908 I-4 D909 F-6 D913 G-3 D914 J-4 D915 I-4 D922 E-5 D925 F-5 D931 I-8 D941 E-8 D942 D-8 D943 D-8 D944 E-8

R946

C921

IC901 F-3 IC921 E-5 IC931 G-9 IC951 F-8

PC901 F-7 PC902 F-7 PC903 F-7

Q904 H-2

C982

C981

C904

Q921 F-5

C979

C980

C977

C978

L936

L937

C947

C948

L931

Q943 G-8

C976

C946

R958

R935

R967

IC951

Q943

R957

E

C944

C967

C958

C940

C960

C941

13

R954

C937

R936

R933

13

C952

R952

IC931

R951

C968

D942

D943

D944

A

R956

K

A

K

A

K

D941

R955

HCD-X1V

T901

H

Q904

C914

E

C908

C905

R903

I

D907

D908

D905

1

R919

6 7

D915

R905

D914

J

MAIN POWER

TRANSFORMER

C917

CN903

C934

L

C936

1-870-020-

AMP BOARD

CN3800

11

(11)

11

A

K

D931

A

C933

C935

C939

C932

(Page 59)

6969

HCD-X1V

7-38. PRINTED WIRING BOARD – LF Board –

1 2 3 4 5 6 7

LF BOARD (COMPONENT SIDE)

A

(CHASSIS)

B

C

• See page 37 for Circuit Boards Location.

: Uses unleaded solder.

(CHASSIS)

D

1-870-019-

E

F

Q

POWER

BOARD CN906

(Page

69)

G

LF BOARD (CONDUCTOR SIDE)

1

CN905

2

C916

C962

TH901

R901

LF901

LINE

FILTER

FH902

F901

VDR901

C901

(US, CND)

FH901

C964

CN901

C963

11

(11)

12

(AC IN)

HCD-X1V

R902

H

C961

(AEP, UK)

1-870-019-

11

(11)

7070

HCD-X1V

7-39. SCHEMATIC DIAGRAM – POWER SUPPLY Section –

F901

8A 125V(US,CND)

T6.3AH 250V(AEP,UK)

VDR901

(US,CND)

LF901

LINE FILTER

C963 330p 125V

C901

0.22

275V

C964 330p

R902

125V

3.3M 1/2W

(CHASSIS)

1M

1/2W

C962 C961 680p 125V

STR-F6138-LF1352(US,CND)

STR-F6168-LF1352(AEP,UK)

C913

0.01

125V

(US,CND)

125V

100p

TH901

C916R901

0.0047 250V

680p 125V

(AEP,UK)

POWER CONTROL

IC901

OCP/SYNC

(AEP,UK)

FB/OLP

VCC

D

GND

DRAIN

C925

47p 2kV

(AC IN)

CN901 CN905

LIVE

NUTRAL

• See page 74 for IC Block Diagrams.

CN906

POWER CONTROL

S.OCP

NC

R927

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

IC921

STR-V153

VCC

C929

0.1

2P2P 2P

R914

0.05 5W(US,CND)

0.1 5W(AEP,UK)

FB/OLP

GND

C923

0.0047

0.22 2W(US,CND)

0.33 2W(AEP,UK)

NC

C924

2.2 50V

C908

47

50V

R912

STARTUP

RT1P141C

B+ SWITCH

D925

UDZW5.1B

R926 680k

Q904

C909 220p

R911 220

D935

1SS355TE

R925

10

C915

1

50V

C920

0.01 250V

C902

0.22 275V

C918

0.01 250V

1SS355WTE 1SS355WTE

C914

1

50V

Q921

RIPPLE FILTER

D924

UDZW24B

D901

D5SBA60F01

2

1

4

3

1000 200V(US,CND)

330 400V(AEP,UK)

D1NL20U-TR2

D908 D914

D906

1SS355WTE

C911

0.0047

C907

0.0015(US,CND)

0.001(AEP,UK)

∗

C954

0.01 400V(US,CND)

0.0033 400V(AEP,UK)

R969

1k

D923

UDZW5.1B

R923

4.7k

C955

0.0047

C903

D905

D915

UDZW10B

D907

R910

2.2k

R908

3.3k

C954

D1NL20U-TR2

100V

∗

0.01 400V(US,CND)

0.0033 400V(AEP,UK)

∗

18k 3W(US,CND)

47k 3W(AEP,UK)

R919R906

18k3.3k

R909 100k

C910

D909

1SS355WTE

R929

2.2

1/2W

R928

1k

R945

33k 2W(US,CND)

68k 2W(AEP,UK)

∗

ST02D-142SD1616

D922

C905

R903

C905R903

∗∗

D913

SARS03

R905

C906

10

∗

C906

3300p 1.5kV(US,CND)

1000p 1.5kV(AEP,UK)

47

50V

C928

330p 125V(US,CND)

470p 125V(AEP,UK)

D903

R922C922

4.722

T901

MAIN POWER

TRANSFORMER

1

6

PC901

TLP421F(D4-GR)

ISOLATOR

TLP421F(D4-GR)

ISOLATOR

TLP421F(D4-GR)

ISOLATOR

SUB POWER TRANSFORMER

1

3

5

7

PC903

PC902

T902

C938

330p 125V(US,CND)

470p 125V(AEP,UK)

11

10

8

7

16

D931

FCU20UC20

C967

0.1

C934 2200

R931

C936

C939

RT1N144C

MAIN POWER ON/OFF

SWITCH

R949

1k

C944 2200

16V

35V4.7k

0.1

C917

Q943

0.1

R916

C912

0.1

2.2 C948C947

0.10.1

C919R918 CN904

0.12.2 13P

C976

C982

100

0.1

16V

L935 10µH

10µH

L948

L937

10µH

L934

L932

10µH

L936

C981

C979

C980

C977

C978

C921

0.1

C904

0.1

CN903

4P

P-GND

32V

P-GND

(Page 61)

R967

1k

CN902

6P

GND

12V

3.3V

13V

FG

(Page

M-GND

M+9V

0.1

E6_D+5V

D-GND

0.1

E4_D+3.3V

D+3.3V

0.1

E6V

P_CONT2

0.1

E13V

D-GND

12V

A-GND

0.1

E+4V

61)

(Page

52)

R939

3.3k

C935

0.1

C932

2200 35V

C933

2200 35V

R934

R935

IC931

TA76431AS

(TE12L)

+9V REGULATOR

IC507

SI-3010KM-TL

R956

R955

1k

470

D941

EK19LF-F7

D944

C941

EK19LF-F7

D942 RK36

D943 RK36

C958

8

C960

1000

0.1

25V

SHUNT

REGULATOR

IC951

C940

TA76L431S

2200

16V0.1

OUT

GND

C946

C968

1000

0.1

16V

1k

IN

L931

10.8µH

R933C937

4.7k0.047

R936 470k

SHUNT REGULATOR

R958

2.2k

FB

EN

R946

10k

C966 R915

0.1 1k

C952R954

0.04722k

R932 R965

33k 3.3k

R957

68k

R951

220

R952

2.2k

R953

3.9k

HCD-X1V

7171

HCD-X1V

• Waveforms

– DMB12 Board –

IC111 6

1

37 ns

2 V/DIV, 10 ns/DIV

IC101 6 (DVDRFIP)

2

(DVD play mode)

500 mV/DIV, 200 ns/DIV

IC101 <z.v (YUV1)

3

(Color bar)

4.2 Vp-p

1 Vp-p

IC101 <x/x (YUV5)

7

(Color bar)

500 mV/DIV, 20 µs/DIV

IC101 <x/c (YUV6)

8

(Color bar)

500 mV/DIV, 20 µs/DIV

IC101 <xzc (ALRCK)

9

– MAIN Board – – AMP Board –

IC501 qd (XOUT)

wa

H

0.9 Vp-p

ws

0.9 Vp-p

H

wd

200 ns

1 V/DIV, 100 ns/DIV

IC702 qd (CKOUT (O))

81 ns

2 V/DIV, 50 ns/DIV

IC702 qf (BCK (O))

3.2 Vp-p

IC701 3 (LRCLK)

wj

2 V/DIV, 10 µs/DIV

IC701 6 (BCLK)

wk

326 ns

2 V/DIV, 100 ns/DIV

IC2 ih (DPDVLRCK)

wl

3.4 Vp-p

21 µs

3.4 Vp-p

IC203 w; (CBOUTB),

ed

wa (CBOUTA) (Color bar)

H

500 mV/DIV, 20 µs/DIV

IC203 wd (CYOUTB),

ef

wf (CYOUTA) (Color bar)

H

1 V/DIV, 20 µs/DIV

IC203 wh (YOUTB),

eg

wj (YOUTA) (Color bar)

1.5 Vp-p

2 Vp-p

IC3020 qf (XFSOOUT)

ra

20 ns

500 mV/DIV, 10 ns/DIV

IC3010 qf (XFSOOUT)

rs

20 ns

500 mV/DIV, 10 ns/DIV

IC3010 ej (FSOCKO),

rd

ek (FSOI)

1.3 Vp-p

500 mV/DIV, 20 µs/DIV

IC101 <z.n (YUV2)

4

(Color bar)

H

500 mV/DIV, 20 µs/DIV

IC101 <z., (YUV3)

5

(Color bar)

500 mV/DIV, 20 µs/DIV

IC101 <x// (YUV4)

6

(Color bar)

1.1 Vp-p

H

q;

1 Vp-p

qa

1.3 Vp-p

H

qs

20.8 µs

2 V/DIV, 10 µs/DIV

IC101 <xzv (ABCK)

326 ns

2 V/DIV, 100 ns/DIV

IC101 <xzb (ACLK)

40.6 ns

2 V/DIV, 20 ns/DIV

IC708 qg (X1)

4 Vp-p

326 ns

2 V/DIV, 100 ns/DIV

IC702 qg (LRCK (O))

wf

2 V/DIV, 10 µs/DIV

IC702 wa (XOUT (O))

wg

1 V/DIV, 50 ns/DIV

IC701 1 (MCLK)

wh

21 µs

81 ns

3.4 Vp-p

2.8 Vp-p

21 µs

2 V/DIV, 10 µs/DIV

IC2 ij (DPDVBCK)

e;

326 ns

2 V/DIV, 100 ns/DIV

IC2 <zvc (XTAL)

ea

40 ns

500 mV/DIV, 20 ns/DIV

IC203 qj (CROUTB),

es

qk (CROUTA) (Color bar)

3.4 Vp-p

1 Vp-p

H

1 V/DIV, 20 µs/DIV

IC203 wl (VOUTB),

eh

e; (VOUTA) (Color bar)

H

1 V/DIV, 20 µs/DIV

IC203 es (C OUT)

ej

(Color bar)

H

1 V/DIV, 20 µs/DIV

2 Vp-p

2.1 Vp-p

1.3 Vp-p

rf

3.4 Vp-p

21 µs

2 V/DIV, 10 µs/DIV

IC3051 4

1 Vp-p

20 ns

500 mV/DIV, 10 ns/DIV

500 mV/DIV, 20 µs/DIV

HCD-X1V

1.1 Vp-p

H

100 ns

2 V/DIV, 50 ns/DIV

3.8 Vp-p 81 ns

2 V/DIV, 50 ns/DIV

3.2 Vp-p

1.5 Vp-p

H

500 mV/DIV, 20 µs/DIV

7272

– DISPLAY Board –

IC803 tl (OSC1)

ta

636 ns

1 V/DIV, 200 ns/DIV

Q801 (Base)

ts

6.8 µs

HCD-X1V

3.2 Vp-p

15.2 Vp-p

5 V/DIV, 2 µs/DIV

73

HCD-X1V

• IC Block Diagrams – DMB12 Board –

– RELAY Board –

IC105, 107, 703 TK11133CSCL-G IC702 TK11118CSCL-G IC707 TK11150CSCL-G

VIN

5 4

OVER HEAT &

OVER CURRENT

PROTECTION

CONTROL

CIRCUIT

BANDGAP

REFERENCE

1 2 3

VCONT

GND

VOUT

NP

IC701, 711, 721 BA6956AN

TSD

CONTROL LOGIC

1 2 3 4 5 6 7 8 9

VREF

OUT2

RNF

OUT1

VM

VCC

FIN

GND

RIN

– D-IO Board –

IC1004 TC74HC151AF (EL)

1

GND

D3

D3D2

D1

D0

Y

W

SC

D4

D5

D6

D7

A

B

2

D2

3

D1

4

D0

5

Y

6

XY

7

OE

8

V

CC

16

15

D4

14

D5

13

D6

12

D7

11

A

10

B

9

C

– MAIN Board –

IC1, 505, 506, 507, 703 SI-3010KM-TL

1VC

2VIN

3GND

TSD – +

REF

4VOUT

5ADJ

74

HCD-X1V

IC200, 201, 202 NJM2235V (TE2)

1

VIN 1

SW 1

VIN 2

SW 2

2

3

BIAS

4

BUFFER

IC350, 351 MC14052 BDR2

16

2X0

2X2

2XCOM

2X3

2X1

INH

VEE

VSS

1

2

3

4

5

6

7

8

VDD

15

X2

X1

14

XCOM

13

12

X0

11

X3

10

A

9

B

IC203 BH7868FS-E2

8

GND

7

V OUT

V+

6

VIN 3

5

VCC1

GND

PB/B IN

MUTE2

PR/R IN

VCC2

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

12

13

BIAS

MUTE2

14

15

BIAS

16

H

L

6dB

L

+

H

6dB

6MHz

LPF

S-DC OUT

S1/S2

6MHz

LPF

6MHz

LPF

12MHz

LPF

12MHz

LPF

12MHz

LPF

75Ω

32 C OUT

31 S-DC OUT

CV OUT

30

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

IC502 TK11133CSCL-G

VIN

5 4

OVER HEAT &

OVER CURRENT

PROTECTION

CONTROL

CIRCUIT

BANDGAP

REFERENCE

1 2 3

VCONT

GND

VOUT

NP

IC503 PST3635NR

OUT

1

VDD 2

VREF

GND

3

CD5

– +

4

NC

75

HCD-X1V

IC504 NJM2887DL3 (TE2)

PROTECTION

BANDGAP

REFERENCE

3

1

CONTROL

2

VIN

GND

IC702 LC890561W

THERMAL

4

VOUT

IC701 WM8782SEDS/R

M/S

MCLK 1 DOUT 2

LRCLK 3

DGND

+ –

5

VADJ

DVDD

BCLK 6

IWL 7

FSAMPEN 8

FORMAT

VMID 10

AUDIO

INTERFACE

4 5

CONTROL

INTERFACE

9

DIGITAL FILTERS

+ –

A/D

CONVERTER

A/D

CONVERTER

20

– +

19

18

17

16

14

13

12

11

AINL

AINOPL

COM

AINR

AINOPR15

AGND

AVDD

VREFP

VREFGND

IC704 SN74LVC257APWR

37CE

38CLK

39XSEL

40MODE0

41MODE1

42DGND

43DVDD

44DOSEL0

45DOSEL1

46CKSEL0

47CKSEL1

48XMODE

DI

36

35DO34

ERROR33BPSYNC32VREF31DGND30DVDD29VF/DATAO228F2/DLMP

REGULATOR FS CALCULATION

PA,PB DETECT

MICRO

C-BIT DETECT

CONTROLLER

DATA SELECTOR

DEMODULATION

LOCK DETECT

INPUT SELECTOR

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

VCC

16

OUTPUT CTL

15

G

S

1

SELECT

INPUTS

14 13

4A 4B 4Y 3A 3B

1A 1B

2 3

INPUTS

4A

4B

4Y OUTPUT3A3B

11

12

1Y

2A 2B 2Y

5

4

1A

1B

2A

INPUTS

1Y OUTPUT

10

6

2B

3Y OUTPUT

9

3Y

8

7

GND

2Y OUTPUT

76

1

DISEL

2

DOUT

3

DIN04DIN1

5

6

7

8

9

10

11

12

DIN2

DGND

DVDD

SDIN

AGND

LPF

AVDD

AGND

IC706 SN74LVC1G79DCKR

12

11

10

9

8

7

6

5

4

3

VSUBC

XVSS

OUTR2

VSSR

OUTR1

VDDR

VSSL

VSSR

OUTL2

OUTL1

VSSL

VDDL

2

1

PWM

CLOCK

GENERATOR

(SECONDARY)

CLOCK

GENERATOR

(PRIMARY)

31

29

25

OVFFLAGL

26

SFLAG

27

INIT

30

S g P

GAIN

CONTROL

INIT/

MUTE

SAMPLING

RATE

CONVERTER

FILTER &

LOW CUT

FILTER

LINER

INTERPOLATOR

∆ Σ

48

XFSOIN

47

XVDD

HPVDDL

46 45

HPOUTL1

HPVSSL

44 43

HPOUTL2

HPVDDR

42 41

HPOUTR1

HPVSSR40HPOUTR2

39

37

FSOCKO

38

FSOI

13

XOVSS

14

XFSOOUT

15

XOVDD

16

DVDD

17

DVSS

18

NSPMUTE

19

SOFTMUTE

20

PGMUTE

SERIAL

CONTROLLER

21

SCDT

22

SCSHIFT

23

SCLATCH

24

OVFFLAGR

28

MCKSEL

32

BFVDD

33

BFVSS

34

TEST

35

DVDD

36

XFSIIN

LRCK

BCK

DATA

1

D

C

CLK

GND

2

3

TG

_

C

TG

HCD-X1V

C

_ C

C

_ C

TG

C

_

C

TG

_

C

VCC

5

Q

4

– AMP Board –

IC3010, 3020, 3030 CXD9876R

77

HCD-X1V

IC3050 TK11118CSCL-G

VIN

5 4

OVER HEAT &

OVER CURRENT

PROTECTION

CONTROL

CIRCUIT

BANDGAP

REFERENCE

1 2 3

VCONT

GND

VOUT

NP

IC3100, 3150, 3200, 3250, 3300, 3350 CXD9883M

BST_A

GVDD_A

/OTW

/SD

/RESET

PWM_A

OC_ADJ

GND

AGND

VREG

PWM_B

VDD

GND

GVDD_B

BST_B

1

2

3

4

5

6

7

8

9

10

M3

11

12

M2

13

M1

14

15

16

17

18

Protection

Reset Logic

CB3C

REG

and

OLP OTP

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

/HIZ_LS_A

VREG GVDD_A

GVDD_B

/HIZ_HS_B

/OCH_A

/OCL_A

/RESET_A

/HIZ_LS_B

/OCH_B

/OCL_B

/RESET_B

Protection

Logic

Protection

Logic

Gate Drive

Gate

Drive

Gate

Drive

Over

Current

Fault

Over

Current

Fault

Over

Current

Fault

Over

Current

Fault

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

19

PVDD_A

PGND

OUT_A

OUT_B

PGND

PVDD_B

78

– DISPLAY Board –

IC803 ML9208-03MBZ03B

HCD-X1V

64 VDD

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

– POWER Board –

IC507 SI-3010KM-TL

1VC

2VIN

3GND

– +

REF

4VOUT

5ADJ

TSD

79

HCD-X1V

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

CURRENT

MIRROR

OSC

OVER

CURRENT

PROTECT

2

FEED

BACK

OVER CURRENT PROTECT

LOGIC

BOTTOM

INH

SKIP

LOGIC

2

INH

OVER

CURRENT

1

PROTECT

1

2

DELAY

OVER VOLTAGE

PROTECT

LATCH

THERMAL

SHUT DOWN

OVER LOAD

PROTECT

INTERNAL BIAS

1

OCP/INH

IC921 STR-V153

OVP

+

−

TSD

DRIVE

POWER

MOS FET

OCP

BLANKING

+

−

BUFFER

DELAY LATCH

OLP

+

−

DISCHARGE

SWITCHING

REGULATOR

BLOCK

3

S/GND2DRAIN

INTERNAL

BIAS

BURST

+

−

–

+

FB

4

VCC

UVLO

PRC LATCH

S

Q

R

UNDER VOLTAGE

LOCK OUT

5

FB/OCP

+

−

OFF TIMER

+

−

80

D

N.C.

SOURCE/OCP

VCC

5 841 2 3

6

7

GND

N.C.

FB/OLP

STARTUP

• IC Pin Function Description

DMB12 BOARD IC101 CXD9804R (RF AMP, SERVO DSP, MPEG DECODER)

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 Not used

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

HCD-X1V

81

HCD-X1V

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 Not used OCSW I Disc table open/close detection switch input terminal Not used

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

IFCK 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

OAddress signal output to the flash ROM

82

HCD-X1V

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

168

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

OAddress signal output to the SD-RAM

Video signal output to the HDMI transmitter

O

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

83

HCD-X1V

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 to 219

220 221 222 223 224 225 226 227 228 229 230 231

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

REV ADSDO - Not used 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 to

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

JITFO O Output terminal of the RF jitter meter

JITFN I Input terminal of the RF jitter meter

OLoading motor drive signal output terminal (forward direction) Not used OLoading motor drive signal output terminal (reverse direction) Not used

OY signal output to the video amplifier

OChroma signal output to the video amplifier

OVideo signal output to the video amplifier

Chroma signal output to the video amplifier

OComponent video signal output to the video amplifier

OAudio serial data output to the DSP and HDMI transmitter

84

HCD-X1V

Pin No.

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

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)

85

HCD-X1V

DMB12 BOARD IC701 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 terminal "L": power down Not used

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

86

HCD-X1V

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)

87

HCD-X1V

DMB12 BOARD IC708 MB95F108ASPFV-GE1-H0601 (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

PPG0/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/P52 - Not used TRG1/P53 - 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

XPDWN - Not used

-Not used

88

HCD-X1V

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

89

HCD-X1V

MAIN BOARD IC2 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

90

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 DPSIB

80, 81

82 DPSIE 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

DPSIC, DPSID

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 servo DSP or A/D converter

I

Audio serial data input from the servo DSP

I

Audio serial data input from the A/D converter

-

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 servo DSP or digital audio interface receiver

I

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

-

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

-

Ground terminal

-

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

I

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

-

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-X1V

91

HCD-X1V

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)

92

HCD-X1V

MAIN BOARD IC501 M30626MJP-A05FPU0 (SYSTEM CONTROLLER)

Pin No. Pin Name I/O Description

1 2 3 DSP_INTR I Interrupt signal input from the DSP 4 SIRCS_IN I SIRCS signal input from the remote control receiver

5

O Serial data output to the DSP and digital audio interface receiver

6 DSP_MISO I Serial data input from the DSP

7

O Serial data transfer clock signal output to the DSP and digital audio interface receiver

8

9 CNVSS 10 LED4 11 FL_RESET O

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 VCC - 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

FL_CLK/LED_CLK

O 22 LED_LAT O 23 LED1 O LED drive signal output for the FOCUS SUR indicator "H": LED on

24

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

25 FL_CS/STB O Chip select signal output to the fluorescent indicator tube driver 26 PWM_OUT O 27 28 LED2 O LED drive signal output for the WIDE SUR indicator "H": LED on 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 CDM_OPEN_SW I Disc insert (8/12cm) detect switch input terminal "L": disc insert 36 LED3 O LED drive signal output for the 2CH STEREO indicator "H": LED on 37 DVD XIFCS O Chip select signal output to the servo DSP 38 MTK RST O

39 to 41

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

42 RDS_DATA I 43 TUNED I 44 ST_DI I

DAMP_SCDT

DAMP_SHIFT

DSP_MOSI

/DIR_DIN

DSP_SPICLK

/DIR_CLK

BYTE

AC_CUT

FL_D_OUT/ LED_DATA

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

O

Serial data output to the stream processor

O

Shift clock signal output to the stream processor

I

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

I Processor mode switch input terminal (for test) Fixed at "L" in this set

O LED drive signal output terminal Not used

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

AC cut detection signal input terminal "L": AC cut on Serial data transfer clock signal output to the LED driver and fluorescent indicator tube driver Serial data latch pulse signal output to the LED driver

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

P_CONT1 to

P_CONT3

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

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

RDS serial data input from the tuner (FM/AM) (AEP and UK models only) Tuning detection signal input from the tuner (FM/AM) "L": tuned Serial data input from the tuner (FM/AM)

93

HCD-X1V

)

Pin No.

Pin Name

45 ST_CLK O

I/O Description

Serial data transfer clock signal output to the tuner (FM/AM) 46 WRITE CE I Chip enable signal input terminal (for flash writing) 47 ST_DO O 48 ST_CE

49 to 52 53 to 56

A_SEL3 to A_SEL0 V_SEL3 to V_SEL0

Serial data output to the tuner (FM/AM)

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

OAudio signal input selection signal output terminal

OVideo signal input selection signal output terminal 57 N.C. - Not used 58 59

A_SEL4

MIC_SW2 I Audio code detection signal input from the AUDIO IN jack "H": audio code in

OAudio signal input selection signal output terminal

60, 61 N.C. - Not used

62 VCC - Power supply terminal (+3.3V) 63 N.C. - Not used 64 VSS - Ground terminal 65 N.C. - Not used 66 67 68 69

DIR_HDOUT I Read data input from the digital audio interface receiver

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

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 70 SEL_SA-CD O Data selection signal output terminal 71 DSP_SPIDS O Device selection signal output to the DSP 72

DSP_RESET O Reset signal output to the DSP "L": reset 73 N.C. - Not used 74 KEY INT I Wake up signal input terminal

75 RDS_CLK I

76 77

78 to 80

81 82

83, 84

DAMP INIT

DAMP SOFT MUTE

DAMP LATCH1 to

DAMP LATCH3

DRIVE_RST (EN)

DRIVE_OCP (DIAG

OVERFLOW1,

OVERFLOW2 85 IO_CE O 86 87 88

IO_RESET

IO_DI

IO_DO 89 IO_CLK O 90 FSDLY I 91 OUT2DLY I 92 DESTINATION I 93 MODEL

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

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

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

I

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

IOver flow status input from the stream processor

Serial data latch pulse signal output to the changer controller1

O

Reset signal output to the changer controller1 and changer controller2 "L": reset

O

Serial data output to the changer controller1

I

Serial data input from the changer controller2 Serial data transfer clock signal output to the changer controller1 Stream processor setting signal input terminal Fixed at "L" in this set Stream processor setting signal input terminal Fixed at "L" in this set Setting terminal for the destination

I Setting terminal for the model

94, 95 KEY2, KEY1 I Front panel key input terminal (A/D input)

96 VSS - Ground terminal 97 KEY0 I Front panel key input terminal (A/D input) 98 VREF I

Reference voltage (+3.3V) input terminal

99 VCC - Power supply terminal (+3.3V)

100

MIC/A.CAL SW I Microphone detection signal input from the A.CAL MIC jack "H": microphone in

94

MAIN BOARD IC621 BH2210FV-E2 (CHANGER CONTROLLER1)

Pin No. Pin Name I/O Description

1 CTLIO I

Input/output selection signal input terminal "L": input, "H": output Fixed at "L" in this set

2 RESET_B I 3 CLK I 4 LATCH I 5 P15 I 6 P14 I 7 P13 I 8 P12 I 9 P11 I

10 P10 I

11 P9 I

12 P8 I

13 LATCHO O 14 CLKO O 15 DO1 O

16 DI2 I 17, 18 P7, P6 O 19, 20 P5, P4 O 21, 22 P3, P2 O 23, 24 P1, P0 O

25 DO2 O

26 DI1 I

27 VSS -

28 VCC -

Reset signal input from the system controller "L": reset Serial data transfer clock signal input from the system controller Serial data latch pulse signal input from the system controller Not used Disc insert detection signal input from the disc insert detect sensor Disc in (8/12cm) detect switch input terminal "L": play position Disc in (12cm) detect switch input terminal "L": play position Stocker in/out detect switch input terminal "L": the moment disc in/out from stocker

Disc position detect switch input terminal "L": disc is play position side in the midst disc is moving between play position and stocker, "H": disc is stocker side in the midst disc is moving between play position and stocker

Disc out detect switch input terminal "H": disc out from play position Stocking detect switch input terminal

"H": in the midst disc is moving between play position and stocker Serial data latch pulse signal output to the changer controller2 Serial data transfer clock signal output to the changer controller2 Serial data output to the changer controller2 Serial data input terminal Not used Not used Stocker motor drive signal output terminal Mode motor drive control signal output terminal Roller motor drive control signal output terminal Serial data output to the changer controller2 Serial data input from the system controller Ground terminal Power supply terminal (+3.3V)

HCD-X1V

95

HCD-X1V

MAIN BOARD IC622 BH2210FV-E2 (CHANGER CONTROLLER2)

Pin No. Pin Name I/O Description

1 CTLIO I 2 RESET_B I 3 CLK I 4 LATCH I

5 to 8 P15 to P12 I

9 to 12 P11 to P8 I

13 LATCHO O 14 CLKO O 15 DO1 O 16 DI2 I

17 to 24 P7 to P0 O

25 DO2 O 26 DI1 I 27 VSS 28 VCC -

Input/output selection signal input terminal "L": input, "H": output Fixed at "L" in this set Reset signal input from the system controller "L": reset Serial data transfer clock signal input from the changer controller1 Serial data latch pulse signal input from the changer controller1 Mode detect rotary encoder input terminal Stocker position detect rotary encoder input terminal Serial data latch pulse signal output terminal Not used Serial data transfer clock signal output terminal Not used Serial data output terminal Not used Serial data input from the changer controller1 Not used Serial data output to the system controller Serial data input from the changer controller1 Ground terminal Power supply terminal (+3.3V)

96

LED BOARD IC802 BU2099FV (LED DRIVER)

Pin No. Pin Name I/O Description

1VSS2NC3 DATA I 4 CLK I 5 LCK I 6Q0O 7Q1O 8Q2O

9Q3O 10 Q4 O 11 Q5 O 12 Q6 O 13 Q7 O 14 Q8 O 15 Q9 O

16, 17 Q10, Q11 -

18 SO O 19 OE I 20 VDD -

Ground terminal Not used Serial data input from the system controller Serial data transfer clock signal input from the system controller Serial data latch pulse signal input from the system controller LED drice signal output of DISC 5 indicator (green) "L": LED on LED drice signal output of DISC 5 indicator (amber) "L": LED on LED drice signal output of DISC 4 indicator (green) "L": LED on LED drice signal output of DISC 4 indicator (amber) "L": LED on LED drice signal output of DISC 3 indicator (green) "L": LED on LED drice signal output of DISC 3 indicator (amber) "L": LED on LED drice signal output of DISC 2 indicator (green) "L": LED on LED drice signal output of DISC 2 indicator (amber) "L": LED on LED drice signal output of DISC 1 indicator (green) "L": LED on LED drice signal output of DISC 1 indicator (amber) "L": LED on Not used Serial data output terminal Not used Output enable signal input terminal Not used Power supply terminal (+3.3V)

HCD-X1V

97

HCD-X1V

3

SECTION 8

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

• Abbreviation

CND : Canadian model

• Items marked “*” are not stocked since they

• The mechanical parts with no reference

• Accessories are given in the last of the

8-1. FRONT/SIDE/TOP PANEL SECTION

15

14 11

10

not supplied (POWER-SW board)

#3

8

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

number in the exploded views are not supplied.

electrical parts list.

13 12

10

not supplied (KEY board)

not supplied

11 10

9

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.

(US, CND)

not supplied

7

#1

6

not supplied

not supplied (AUDIO IN board)

not supplied

#1

4

5

#1

not supplied (LED board)

#1

3

#1

1

Ref. No. Part No. Description Remark

1 X-2109-247-1 PANEL ASSY, FRONT (US, CND) 1 X-2149-321-1 PANEL ASSY, FRONT (AEP, UK) 2 A-1179-254-A DISPLAY BOARD, COMPLETE (US, CND) 2 A-1179-625-A DISPLAY BOARD, COMPLETE (AEP, UK) 3 1-833-130-11 WIRE (FLAT TYPE) (8 CORE)

4 1-828-622-11 WIRE (FLAT TYPE) (19 CORE) 5 3-087-053-01 +BVTP2.6 (3CR) 6 1-500-753-11 CLAMP, FERRITE 7 3-704-515-22 SCREW (BV/RING) 8 2-677-331-01 PANEL (L), SIDE

9 3-077-331-21 +BV3 (3-CR)

98

9

not supplied

(US, CND)

not supplied

7

not supplied

7

not supplied

#

2

MAIN board section

Ref. No. Part No. Description Remark

10 2-676-410-01 CUSHION (BUTTON) 11 X-2109-248-1 BUTTON (L) ASSY 12 X-2109-249-1 BUTTON (S) ASSY 13 2-677-330-01 ESCUTCHEON (PLAY)

14 2-677-329-01 ESCUTCHEON (POWER) 15 2-677-508-01 PANEL, TOP (US, CND) 15 2-677-508-21 PANEL, TOP (AEP, UK) 16 2-677-332-01 PANEL (R), SIDE #1 7-685-871-01 SCREW +BVTT 3X6 (S)

#3 7-685-872-09 SCREW +BVTT 3X8 (S)

16

not supplied (D-IO board)

#1

51

57

supplied with CN701

52

53

55

56

M3000

60

not supplied

61

not supplied

POWER board section

54

58

59

(AEP, UK)

CN701

not supplied

8-2. MAIN BOARD SECTION

HCD-X1V

Note: Refer to the Servicing Notes “NOTE OF HANDLING

THE DMB12 BOARD” (page 5), if replacing the Ref. No.61.

Ref. No. Part No. Description Remark

51 A-1179-238-A MAIN BOARD, COMPLETE (US, CND) 51 A-1179-611-A MAIN BOARD, COMPLETE (AEP, UK) 52 1-828-576-11 WIRE (FLAT TYPE) (11 CORE) 53 1-833-129-11 WIRE (FLAT TYPE) (11 CORE) 54 1-833-126-11 WIRE (FLAT TYPE) (9 CORE) (US, CND)

54 1-833-127-11 WIRE (FLAT TYPE) (11 CORE) (AEP, UK) 55 1-833-128-11 WIRE (FLAT TYPE) (11 CORE) 56 1-693-700-11 TUNER (FM/AM) (TM10SCE) (AEP, UK) 56 1-693-703-11 TUNER (FM/AM) (TM10SU) (US, CND) 57 3-704-515-22 SCREW (BV/RING)

0 58 1-777-071-23 CORD, POWER (AEP, UK)

Ref. No. Part No. Description Remark

0 58 1-783-820-11 CORD, POWER (US, CND)

59 1-500-386-11 FILTER, CLAMP (FERRITE CORE) (AEP, UK)

* 60 3-703-244-00 BUSHING (2104), CORD

61 A-1212-048-A DMB12 BOARD, COMPLETE (for SERVICE)

61 A-1212-049-A DMB12 BOARD, COMPLETE (for SERVICE)

CN701 1-818-086-41 HDMI CONNECTOR (HDMI OUT) M3000 1-787-396-11 D.C. FAN (50 SQUARE) #1 7-685-871-01 SCREW +BVTT 3X6 (S)

(US, CND)

(AEP, UK)

99

HCD-X1V

d

8-3. POWER BOARD SECTION

101

#1

not supplied

DVD mechanism deck section (CDM69EH)

not supplied

#1

not supplied

#1

106

#2

not supplied

102

not supplied

101

not supplied

#2

#1

#2

#1

#2

not supplied

104

not supplied

#3

103

F901

not supplied (LF board)

#2

not supplied

107

not supplie

107

105

#2

not supplied

#2

not supplied

Ref. No. Part No. Description Remark

101 3-077-331-21 +BV3 (3-CR) 102 1-828-659-11 WIRE (FLAT TYPE) (27 CORE) 103 A-1179-243-A POWER BOARD, COMPLETE (US, CND) 103 A-1179-614-A POWER BOARD, COMPLETE (AEP, UK) 104 1-828-621-11 WIRE (FLAT TYPE) (19 CORE)

105 A-1179-245-A AMP BOARD, COMPLETE (US, CND) 105 A-1179-616-A AMP BOARD, COMPLETE (AEP, UK) 106 4-977-358-01 CUSHION

106

100

#1

Ref. No. Part No. Description Remark

107 3-077-331-01 +BV3 (3-CR)

0 F901 1-576-233-51 FUSE (H.B.C.) (T6.3AH/250V) (AEP, UK)

0 F901 1-576-537-12 FUSE, GLASS TUBE (DIA.5) (8A/125V)

(US, CND) #1 7-685-871-01 SCREW +BVTT 3X6 (S) #2 7-685-646-79 SCREW +BVTP 3X8 TYPE2 IT-3 #3 7-685-872-09 SCREW +BVTT 3X8 (S)

Sony HCDX-1-V Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

TABLE OF CONTENTS

SERVICING NOTES

GENERAL

DISASSEMBLY

3-1. DISASSEMBLY FLOW

3-2. TOP PANEL, SIDE PANEL

3-3. DMB12 BOARD

3-4. POWER BOARD

3-5. AMP BOARD

3-6. REAR PANEL BLOCK

3-7. MAIN BOARD

3-8. DVD MECHANISM DECK (CDM69EH)

3-9. OPTICAL PICK-UP SECTION

3-10. OPTICAL PICK-UP BLOCK (KHM-310CAB or KHM-313CAB)

3-11. BRACKET (TOP) ASSY

3-12. RELAY BOARD

3-13. MOTOR (STOCKER) ASSY (STOCKER) (M761)

3-14. MOTOR (STOCKER) ASSY (ROLLER) (M781)

3-15. MOTOR (STOCKER) ASSY (MODE) (M771)

3-16. RUBBER ROLLER (SLIDER) ASSY, SUB CHASSIS

3-17. TIMING BELT (FRONT/REAR)

3-18. CAM (GEAR)

3-19. SENSOR BOARD, ROTARY ENCODER (MODE) (S771)

ASSEMBLY

4-1. HOW TO INSTALL THE CAM (EJECT LOCK)

4-2. HOW TO INSTALL THE CAM (GEAR)

4-3. HOW TO INSTALL THE GEAR (MODE C)

4-4. HOW TO INSTALL THE GEAR (MODE CAM)

4-5. HOW TO INSTALL THE ROTARY ENCODER (S702), GEAR (STOCKER COMMUNICATION)

4-6. HOW TO INSTALL THE CAM (STOCKER U/D)

4-7. HOW TO INSTALL THE STOCKER ASSY

4-8. PHASE ADJUSTMENT BETWEEN PINIONS (SLIDER) AND SLIDER-1 TO 5 (L/R)

TEST MODE

ELECTRICAL CHECK

DIAGRAMS

7-1. BLOCK DIAGRAM – RF SERVO/VIDEO Section –

7-2. BLOCK DIAGRAM – CHANGER/HDMI Section –

7-3. BLOCK DIAGRAM – AUDIO Section –

7-4. BLOCK DIAGRAM – AMP Section –

7-5. BLOCK DIAGRAM – PANEL/POWER SUPPLY Section –

7-6. PRINTED WIRING BOARD – DMB12 Board (Side A) –

7-7. PRINTED WIRING BOARD – DMB12 Board (Side B) – • See page 37 for Circuit Boards Location.

7-8. SCHEMATIC DIAGRAM – DMB12 Board (1/6) –

7-9. SCHEMATIC DIAGRAM – DMB12 Board (2/6) – • See page 72 for Waveforms. • See page 81 for IC Pin Function Description.

7-10. SCHEMATIC DIAGRAM – DMB12 Board (3/6) –

7-11. SCHEMATIC DIAGRAM – DMB12 Board (4/6) –

7-12. SCHEMATIC DIAGRAM – DMB12 Board (5/6) –

7-13. SCHEMATIC DIAGRAM – DMB12 Board (6/6) –

7-14. PRINTED WIRING BOARDS – CHANGER Section –

7-15. SCHEMATIC DIAGRAM – CHANGER Section – • See page 74 for IC Block Diagrams.

7-16. PRINTED WIRING BOARDS – D-IO/AUDIO IN Boards –

7-17. SCHEMATIC DIAGRAM – D-IO Board –

7-18. PRINTED WIRING BOARD – MAIN Board (Component Side) –

7-19. PRINTED WIRING BOARD – MAIN Board (Conductor Side) –

7-20. SCHEMATIC DIAGRAM – MAIN Section (1/6) –

7-21. SCHEMATIC DIAGRAM – MAIN Section (2/6) –

7-22. SCHEMATIC DIAGRAM – MAIN Section (3/6) –

7-23. SCHEMATIC DIAGRAM – MAIN Section (4/6) –

7-24. SCHEMATIC DIAGRAM – MAIN Section (5/6) –

7-25. SCHEMATIC DIAGRAM – MAIN Section (6/6) –

7-26. PRINTED WIRING BOARD – AMP Board (Component Side) –

7-27. PRINTED WIRING BOARD – AMP Board (Conductor Side) –

7-28. SCHEMATIC DIAGRAM – AMP Board (1/3) –

7-29. SCHEMATIC DIAGRAM – AMP Board (2/3) –

7-30. SCHEMATIC DIAGRAM – AMP Board (3/3) –

7-31. SCHEMATIC DIAGRAM – KEY Section –

7-32. PRINTED WIRING BOARD – LED Board –

7-33. PRINTED WIRING BOARDS – KEY/POWER-SW Boards –

7-34. PRINTED WIRING BOARD – DISPLAY Board –

7-35. SCHEMATIC DIAGRAM – DISPLAY Board –

7-36. PRINTED WIRING BOARD – POWER Board (Component Side) –

7-37. PRINTED WIRING BOARD – POWER Board (Conductor Side) –

7-38. PRINTED WIRING BOARD – LF Board –

7-39. SCHEMATIC DIAGRAM – POWER SUPPLY Section –

EXPLODED VIEWS

8-1. FRONT/SIDE/TOP PANEL SECTION