Sony Mhc-V44d Ver.1.1

MHC-V44D SERVICE MANUAL

Russian Model E Model

Ver. 1.1 2016.05

 Australian Model Model

Note: Be sure to keep your PC used for service and checking of this unit always updated with the latest version of your anti-virus software. In case a virus affected unit was found during service, contact your Service Headquarters.

Model Mo del Nam Namee Using Using Simi Similar lar Mech Mechani anism sm CD/DVD Section CD Mechanism Type Optical Pick-up Name

HCD-GT HCD -GT3D 3D CDM90-DVBU204//C CMS-S76RFS7G1 or CMS-S76RFS7GP

SPECIFICATIONS Speaker section Speaker system 3-way, Sound Pressure Horn Speaker unit Tweeter L/R: 40 mm, cone type Midrange L/R: 80 mm, cone type Woofer: 200 mm, cone type Rated impedance Tweeter L/R: 4 ohms Midrange L/R: 4 ohms Woofer: 2 ohms Inputs AUDIO/PARTY CHAIN IN (TV) L/R  Voltage 2 V, impedanc e 47 kilohms TV (ARC) Supported audio signal: 2-channel Linear PCM MIC1, MIC2 Sensitivity 1 mV mV,, impedance 10 kilohms Outputs AUDIO/PARTY CHAIN OUT L/R  Voltage 2 V, impedanc e 1 kilohm VIDEO OUT Max. output level 1 Vp-p, unbalanced, Sync. negative load  impedance 75 ohms HDMI OUT (TV) Supported audio signal: 2-channel Linear PCM (up to 48 kHz), Dolby   Digital HDMI section Connector  Type A (19 pin) USB section Supported bit rate WMA: 48 kbps – 192 kbps, VBR, CBR  AAC: 48 kbps – 320 kbps, VBR, CBR  WAV: WA V: 16 bit Sampling frequencies WMA: 44.1 kHz AAC: 44.1 kHz WAV: 44.1 kHz/4 8 kHz Supported USB device Mass Storage Class

Maximum current 1A  (USB) port Type A

Disc/USB section Supported bit rate MPEG1 Layer-3: 32 kbps – 320 kbps, VBR  Sampling frequencies MPEG1 Layer-3: 32 kHz/44.1 kHz/48 kHz Xvid  Video codec: Xvid  Bit rate: 4.854 Mbps (MAX) Resolution/Frame rate: 720 × 480, 30 fps 720 × 576, 25 fps Audio codec: MP3 MPEG4 File format: MP4 File Format Video codec: MPEG4 Simple Pro file (AVC is not compatib le.) Bit rate: 4 Mbps Resolution/Frame rate: 720 × 576, 30 fps Audio codec: AAC-LC (HE-AAC is not compatible.) DRM: Not compatible Disc player section System Compact disc and digital audio and  video system Laser Diode Properties Emission Duration: Continuous Laser Output*: Less than 44.6 μ W * This output is the value measure ment at a distance of 200 mm from the objective lens surface on the Optical Pick-up Block with 7 mm aperture. Frequency response 20 Hz – 20 kHz Video color system format NTSC and PAL

FM Tuner section System FM stereo, FM superheterodyne   tuner  Antenna FM lead antenna Tuning range 87.5 MHz – 108.0 MHz (50 kHz step) BLUETOOTH section Communication Communicati on system BLUETOOTH Standard version 3.0 Output BLUETOOTH Standard Power  Class 2 Maximum communication range Line of sight approx. 10 m 1) Frequency band  2.4 GHz band (2.4000 GHz –  2.4835 GHz) Modulation method  FHSS (Freq Hopping Spread    Spectrum) Compatible BLUETOOTH profiles2) A2DP (Advanced Audio Distribution Profile) AVRCP (Audio Video Remote Control Profile) SPP (Serial Port Profile) Supported codecs SBC 3), AAC, LDAC 1)

  The actual range will vary depending on factors such as obstacles between devices, magnetic fields around a microwave oven, static electricity, reception sensitivity, antenna’s performance, operating system, software application, etc. 2)   BLUETOOTH standard profiles indicate the purpose of BLUETOOTH communication between devices. 3) Subband Codec

General Power requirements AC 120 V – 240 V, 50/60 Hz Power consumption 120 W Power consumption (at the Power Saving mode) For RU model only: 0.5 W (When “BT STBY” is set to “OFF” and [CONTROL FOR HDMI] is set to [OFF].) 3 W 4) (When “BT STBY” is set to “ON” and [CONTROL FOR HDMI] is set to [ON].) Dimensions (w/h/d) (Approx.) 293 mm × 798 mm × 288 mm Mass (Approx.) 14.0 kg The power consumption of the system will be less than 0.5 W when there is no HDMI connection and “BT STBY” is set to “OFF”. Unpacking • Remote control (1) • R03 (size AAA) batteries (2) • FM lead antenna (1) • AC power cord (mains lead) (1) • AC plug adaptor (1) (supplied only for certain areas) The AC plug adaptor is not use in Chile. Use this plug adaptor in the countries where it is necessary. Design and specifications are subject to change without notice.

 – Continued on next page  – 

HOME AUDIO SYSTEM 9-890-676-02 2016E81-1

Sony Corporation

© 2016.05

Publis hed by Sony EMCS (Malaysia) (Malaysia) PG Tec

MHC-V44D Ver. 1.1

License and Trademark Notice •

is a trademark of DVD Format/Logo Licensing Corporation.

• “DVD+RW”, “DVD-RW”, “DVD+R”, “DVD-R”, “DVD “DVD-R”, “DVD VIDEO”, and the “CD” logos are trademarks. • MPEG Layer-3 audio coding coding technology and patents licensed licensed from Fraunhofer IIS and Thomson. • Windows Windows Media is either a registered trademark or trademark of Microsoft Corporation in the United States and/or other countries. • This product is protected by certain intellectual intellectual property rights of Microsoft Corporation. Use or distribution of such technology outside of this product is prohibited without a license from Microsoft or an authorized Microsoft subsidiary. • “WALKMAN” and “WALKMAN” logo are registere d trademarks of Sony Corporation. • This system system incorporates incorporates Dolby* Digital. * Manufactured under license from Dolby Laboratories. Laboratories. Dolby and the double-D symbol are trademarks of Dolby Laboratories. • This system incorporates incorporates High-Definition High-Definition Multimedia Multimedia Interface (HDMI™) technology. The terms HDMI and HDMI HighDefinition Multimedia Interface, and the HDMI Logo are trademarks or registered trademarks of HDMI Licensing LLC in the United States and other countries. • “BRA “BRAVIA” VIA” is a trademark of Sony Sony Corporation. • LDAC™ and LDAC LDAC logo are trademarks of of Sony Corporation. Corporation. • The BLUETOOTH ® word mark and logos are registered trademarks owned by Bluetooth SIG, Inc. and any use of such marks  by Sony Corp orat ion is unde r lice nse. Othe r tra dema rks and trade names are those of their respective owners. • The N Mark is a trademark or registered trademark of of NFC Forum, Inc. in the United States and in other countries. • Android™ is a trademark of Google Inc. • Google Play™ is a trademark of Google Inc. • Apple, the Apple logo, iPhone, iPhone, and iPod touch are trademarks trademarks of Apple Inc., registered in the U.S. and other countries. App Store is a service mark of Apple Inc. • “Made for iPod” and “Made for iPhone” mean that an electronic accessory has been designed to connect specifically to iPod or iPhone, respectively, respectively, and has been certified by the developer to meet Apple performance standards. Apple is not responsible for the operation of this device or its compliance with safety and regulatory standards. Please note that the use of this accessory with iPod or iPhone may affect wireless performance. • THIS PRODUCT IS LICENSED UNDER THE THE MPEG-4 VISUAL PATENT PORTFOLIO LICENSE FOR THE PERSONAL AND  NON-COMMERCIAL USE OF A CONSUMER CONSUMER FOR  (i) E ENCODING NCODING VIDEO IN COMPLIANCE WITH THE MPEG-4 VISUAL STANDARD (“MPEG-4 VIDEO”)   AND/OR 

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. 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 manufacturers’ instructio instructions ns to use these   instruments. 2. A battery-opera battery-operated ted 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-oper battery-operated ated AC voltmeter. The “limit” indication is 0.75 V, so analog meters must have an accurate low-voltage 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 2V AC range are suitable. (See Fig. A)

(ii) DECODING MP EG-4 VIDEO THAT WAS WAS ENCODED BY A CONSUMER ENGAGED IN A PERSONAL AND NONCOMMERCIAL ACTIVITY AND/OR WAS OBTAINED FROM A VIDEO PROVIDER LICENSED TO PROVIDE MPEG-4 VIDEO.

 

To Exposed Metal Parts on Set

NO LICENSE IS GRANTED OR SHALL BE IMPLIED FOR ANY OTHER USE. ADDITIONAL INFORMATION INCLUDING THAT RELATING TO PROMOTIONAL, INTERNAL AND COMMERCIAL USES AND LICENSING MAY BE OBTAINED FROM MPEG LA, L.L.C. HTTP://WWW.MPEGLA.COM

• All other trademarks trademarks are trademarks trademarks of their respective respective owners. • In this manual, manual, ™ and ® marks are not specified.

0.15 μF

1.5 kΩ kΩ

 AC voltmeter  (0.75 V)

•  Abbreviation

  AR AUS   E4 E12 E93 LA9   MY RU   TH

: Argentina model : Australian model : African model : 220-240 V AC area in E model : 240 V AC area in E model : Latin-American model : Malaysia model : Russian model : Thai model

Earth Ground

Fig. A. Using an AC volt meter to check AC leakage. leakage.

SAFETY-RELATED COMPONENT WARNING! COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED LINE WITH MARK 0 ON THE SCHEMATIC DIA GRAMS A ND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.

2

MHC-V44D

TABLE OF CONTENTS 1.

SERVICING NOTES .............................................

2.

DISASSEMBLY

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

Disassembly Flow ........................................................... Disassembly Side (L) Panel, Side (R) Panel ........................................ Top To p Panel Section ........................................................... Loading Panel Assy ........................................................ CDM Section .................................................................. Back Panel Section ......................................................... DAMP Board .................................................................. Bracket Chassis............................................................... MOTHERBOARD MOTHERBO ARD Board............................................... SMPS Board ................................................................... Chassis ............................................................................ Front Panel Section ......................................................... Loudspeaker Loudspe aker (200 (200 mm)-157-1 mm)-157-11 1 ...................................... Loudspeaker Loudspe aker (69 mm)-155mm)-155-11 11 ........................................ Service Optical Optical Device (7G), (7G), Wire Wire (Flat Type) Type) ..............

3.

TEST MODE ............................................................ 23

4.

ELECTRICAL CHECK ......................................... 25

5.

TROUBLESHOOTING .......................................... 26

6.

DIAGRAMS ............................................................... Block Diagram - CD/USB/HDM CD/USB/HDMII Section - ................... Block Diagram - MAIN MAIN Section -................................... Block Diagram - DAMP Section - .................................. Block Diagram - PANEL/POWER PANEL/POWER SUPPLY SUPPLY Section - ............................ Printed Wiring Board - MOTHERBOARD MOTHERBOARD Board - ....... Printed Wiring Board - DAMP Board - .......................... Printed Wiring Board - STR Board - .............................. Schematic Diagram - STR Board (1/2) - ........................ Schematic Diagram - STR Board (2/2) - ........................ Printed Wiring Board - SMPS Board - ........................... Printed Wiring Board - MIC Board Board -.............................. Schematic Diagram - MIC Board Board -................................. Printed Wiring Board - PART ARTY Y LED Board - ................ Schematic Diagram - PAR ARTY TY LED Board Board - ................... Printed Wiring Board - IR Board - ................................. Schematic Diagram - IR Board - .................................... Printed Wiring Board - SPEAKER LED_R Board Board - ...... Schematic Diagram - SPEAKER LED_R LED_R Board Board - ......... Printed Wiring Board - SPEAKER LED_L Board -....... Schematic Diagram - SPEAKER LED_L Board - .........

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

4

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

7.

EXPLODED VIEWS

7-1. 7-2. 7-3. 7-4. 7-5. 7-6. 7-7. 7-8. 7-9. 7-10.

Side Panel Section .......................................................... Loading Panel Section .................................................... Back Panel Section ......................................................... MOTHERBOARD MOTHERBO ARD Board Section.................................. Chassis Section ............................................................... Front Panel Section ......................................................... Speaker Cabinet Section ................................................. Top To p Panel Section ........................................................... CDM Section .................................................................. CD Mechanism Section (CDM90-DVBU204//C (CDM90-D VBU204//C)) .................................................

8.

49 50 51 52 53 54 55 56 57 58

ELECTRICAL PARTS LIST .............................. 59

 Accessories are listed in the last part of the electrical parts list.

32 33 34 35 36 38 39 40 41 42 43 44 44 45 45 45 45 46 46 46 46

3

MHC-V44D Ver. 1.1

SECTION 1 SERVICING NOTES

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)

MODEL IDENTIFICATION  – Rear View –

  

        

 

  

 

                          

     







                   

: 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 viscous (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.



MODEL NUMBER LABEL HOME AUDIO SYSTEM

MADE IN CHINA

Destination Code Part No.

Mo d el

CAUTION

Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure. 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  break-do wn because because of the potential potential difference difference generated 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. block. Therefore, Therefore, when checking checking the the laser diode diode emission, observe from more than 30 cm away from the objective lens.

This appliance is classi fied as a CLASS 1 LASER product under IEC 60825-1:2007. This marking is located on the rear exterior.

Par t No .

LA9

4-584-043-0 []

 AR

4-584-043-1[]

E4

4-584-043-2[]

E93

4-584-043-3 []

E12

4-584-043-4[]

MY

4-584-043-5[]

 AUS

4-584-043-6[]

TH

4-584-043-7[]

RU

4-584-043-8 []

• Abbreviation   AR : Argentina model AUS : Australian model   E4 : African model E12 : 220-240 V AC area in E model E93 : 240 V AC area in E model LA9 : Latin-American model   MY : Malaysia model RU : Russian model   TH : Thai model

PLAYABLE DISCS • DVD VIDEO • DVD-R/DVD-RW in DVD VIDEO format or video mode • DVD+R/DVD+RW in DVD VIDEO format • VIDEO CD (V (Ver. er. 1.0, 1.1, and 2.0 discs) • Super VCD • CD-R/CD-RW/CD-ROM in VIDEO CD format or super VCD format • AUDIO CD • CD-R/CD-RW in AUDIO CD format PLAYABLE FILES ON DISCS/USB DEVICE • Music: MP3 files1)2) (.mp3), WMA files2)3) (.wma), AAC files2)3) (.m4a/.mp4/.3gp), (.m4a/.mp4/ .3gp), WAV files3) (.wav) • Video: MPEG4 files4) (.mp4/.m4v), Xvid files (.avi) 1)

MP3 (MPEG 1 Audio Layer 3) is a standard format de fined by ISO/MPEG for compressed audio data. MP3 files must be in MPEG 1 Audio Layer 3 format. 2) Files with copyright protection (Digital Rights Management) cannot be played back by the system. 3)  USB device only. 4) MPEG4 files must be recorded in MP4 file format. Supported video codec and audio codec are as follows: – Video codec: MPEG4 Simple Profile (AVC is not supported.) – Audio codec: AAC-LC (HE-AAC is not supported.)

4

MHC-V44D

Note • JIG When disassembling the set, use the following jig (for front  panel removal). removal). Part No.: J-2501-238-A JIG FOR SPEAKER REMOV REMOVAL AL

NOTE OF REPLACEMENT OF THE MS-476 BOARD When the MS-476 board is defective, exchange the entire CDM90 ASSY. TEST DISCS Use following TEST DISC when this unit confirms the operation and checks it. • For CD Part No. 3-702-101-01 4-225-203-01 J-2501-307-A

Description DISC (YEDS-18), TEST DISC (PATD-012), TEST DISC (HLX-A1), TEST

• For DVD SL (Single Layer) Part No. Description J-6090-069-A DISC (HLX-503), J-6090-088-A DISC (HLX-504), J-2501-305-A DISC (HLX-513), J-6090-077-A DISC (HLX-506), • For DVD DL (Double Layer) Part No. Description J-6090-071-A DISC (HLX-501), J-6090-089-A DISC (HLX-505), J-2501-306-A DISC (HLX-514), J-6090-078-A DISC (HLX-507),

RELEASING THE DISC TRAY LOCK The disc tray lock function for the antitheft of an demonstration disc in the store is equipped. Releasing Procedure: 1. Press [1] button to turn the power on. 2. Press the [FUNCTION] button until the message “DVD/CD” is displayed. 3. Press the [ENTER] [ENTER] button  button and [VOCAL FA FADER] DER] button simultaneously and hold down for around 3 seconds. 4. The message “UNLOCKED” is displayed and the disc tray is unlocked. Note:  When “LOCKED”  is displayed, the slot lock is not released by turning power on/off with the  [1] button.

NOTE OF REPLACING THE IC2002 AND IC2003 ON THE DAMP BOARD AND THE COMPLETE DAMP BOARD When IC2002 and IC2003 on the DAMP board and the complete DAMP board are replaced, it is necessary to spread the compound  between parts parts and heat heat sink. Part No. 7-300-009-67

Description THERMAL COMPOUND (TIG2000)

Spread the compound referring to the figure below. TEST (NTSC) TEST (NTSC) TEST (NTSC) TEST (PAL)

 – DAMP B oar d (Co mp on ent Sid e) –

thermal compound (TIG2000)

TEST (NTSC) TEST (NTSC) TEST (NTSC) TEST (PAL)

IF “ PROT PROTECTX ECTX”” (X IS A NUMBER) NUMBER)  APPEARS IN THE DISPLAY PANEL PANEL Immediately unplug the AC power cord (mains lead), and check the following items. • Is anything blocking the ventilation holes of the unit? • Is the USB port short-circuited?

IC2003

thermal compound (TIG2000)

IC2002

 After checking the above items and fixing any problems, plug in the AC power cord (mains lead) again and turn on the system.

5

MHC-V44D

NOTE OF REPLACING THE IC965, Q908 AND Q909 ON THE SMPS BOARD When IC965, Q908 and Q909 on the SMPS board are replaced, it is necessary to spread the compound between parts and heat sink. Part No. 7-300-009-67

Description THERMAL COMPOUND (TIG2000)

Spread the compound referring to the figure below.

 – SMPS B oar d (Co mp on ent Sid e) – thermal compound (TIG2000)

D909

D908

thermal compound (TIG2000)

IC965

NOTE OF REPLACING MOTHERBOARD BOARD OR BLUETOOTH MODULE OR RC-S730 (WW) BOARD When the MOTHERBOARD board or BLUETOOTH module or RC-S730 (WW) board are replaced, please execute the below service mode.

Pairing this system with a Bluetooth  device  device 1. Press the [1] button to turn the power on. 2. Place the  Bluetooth  device within 1 meter (3 feet) from the system. 3. Press BLUETOOTH on the unit to select  Bluetooth  function. “BT AUDIO” appears in the display panel.   Notes • When there is no pairing information on the system, the system enters the pairing mode automatically and “PAIRING” flashes in the display panel. Proceed to step 5. • If the system is connected to a BLUETOOTH device, press BLUETOOTH on the unit to disconnect the BLUETOOTH device. 4. Hold down BLUETOOTH on the unit for 2 seconds or more.   “PAIRING” flashes in the display panel. 5. Perform the pairing procedure on the  Bluetooth device. 6. Select the model number of the unit on the display of the  Bluetooth device. For example, select “MHC-V44D”. If passkey is required on the  Bluetooth device, enter “0000”. 7. Perform the  Bluetooth connection on the  Bluetooth device. 8. When pairing is completed and the  Bluetooth connection is established, the  Bluetooth device name appears in the display  panel. 9. To cancel pairing operation, hold down BLUETOOTH on the unit for 2 seconds or more until “BT AUDIO” appears in the display panel.

Connecting with a smartphone by one touch (NFC) Note: The operation in this mode must use a NFC-compatible smartphone (Smartphones with a built-in NFC function [OS: Android 2.3.3 or later, excluding Android 3.x])

1. Press the [1] button to turn the power on. 2. Download and install the app “NFC Easy Connect”. Download the free Android app from Google Play by searching for “NFC Easy Connect”. 3. Start the app “NFC Easy Connect” on the smartphone. Make sure that the application screen is displayed. 4. Touch the smartphone to the N-Mark on the system until the smartphone vibrates.

Complete the connection by following the instructi instructions ons displayed on the smartphone. 5. When pairing is completed and the  Bluetooth  connection is established, the  Bluetooth device name appears in the display  panel.

6

MHC-V44D

Playing music from a Bluetooth  device  device

1. DAMP boar d  – DAMP B oar d (Co mp on ent Sid e) –

For a Bluetooth  device 1. Press the [1] button to turn the power on. 2. Press BLUETOOTH on the unit to select  Bluetooth function. “BT AUDIO” appears in the display panel. 3. Establish connection with the  Bluetooth device. Press BLUETOOTH on the unit to connect to the last connected  Bluetooth device. Perform the  Bluetooth connection from the  Bluetooth device if the device is not connected. Once the connection is established, the  Bluetooth device name appears in the display panel. 4. Press N. Depending on the  Bluetooth device, – you may have to press N twice. – you may need to start playback of an audio source on the  Bluetooth device.

For an NFC-compatible smartphone 1. Press the [1] button to turn the power on. Touch the smartphone to the N-Mark on the system to establish the  Bluetooth connection. Start playback of an audio source on the smartphone. For details on playback, refer to the operating instructions of your smartphone.

C2076

The portion which applies bond:



2. SMPS bo ard  – SMPS B oar d (Co mp on ent Sid e) –

C905

To disconnect the Bluetooth  device For a Bluetooth  device

C914 VDR901

Press BLUETOOTH on the unit. “BT AUDIO” appears in the display panel.

For an NFC-compatible smartphone C2010

Touch the smartphone to the N-Mark on the system again.

R998 R996

C992

To erase all all the pairing registration infor mation perform COLD RESET test mode (Refer page 23).

C917

BOND FIXATION OF ELECTRIC PARTS When DAMP board or SMPS board are replaced, it is necessary to fix parts to the boards by using a speci fied bond without fail. • Object boards 1. Complete DAMP board  2. Complete SMPS board  • Use bond HM-40 (E318202) 300ML

 A933

• Pa Parts rts posit ion 1. DAMP board (page 7) 2. SMPS board (page 7)

 A932

C1003



The portion which applies bond:

7

MHC-V44D

HOW TO OPEN THE TRAY WHEN POWER SWITCH TURN OFF Note 1: After the side panel and top panel are removed, this work is done. Note 2: Please prepare the thin wire (clip etc. processed to the length of 8 cm or more).

1 Remove the side L, R panel, top panel bl ock. (Illustration of disassembly is omitted.)

hole

 – Left view – Insert the clip etc. processed to the length of 8 cm or more in the hole on the side of the chassis and push. CD mechanism deck

8 cm or more

Note: Push after it inserts it

in this hole well.

tray

 – Top vi ew –

8

MHC-V44D

CAPACITOR DISCHARGE FOR ELECTRIC SHOCK PREVENTION SMPS Board (Conductor side view) In checking the SMPS board, make 3 capacitors discharge of C914, C1003 and C1006 for eletrical shock prevention.

800 /5 W

800 /5 W

C1003 800 /5 W C914 C1006

DAMP Board (Conductor side view) In checking the DAMP board, make 1 capacitor discharge of C2076 for electrical shock prevention.

800 / 5 W 

C2076 076

9

MHC-V44D SECTION 2 DISASSEMBLY Note: Disassemble the unit in the order as shown below.

2-1.

DISASSEMBLY FLOW SET

2-2. SIDE (L) PANEL, SIDE (R) PANEL (Page 11)

2-3. TOP PANEL SECTION (Page 11)

2-4. LOADING PANEL ASSY (Page 12)

2-5. CDM SECTION (Page 13)

2-6. BACK PANEL SECTION (Page 14)

2-7. DAMP BOARD (Page 15)

2-8. BRACKET CHASSIS (Page 16)

2-9. MOTHERBOARD BOARD (Page 17)

2-10. SMPS BOARD (Page 18)

2-11. CHASSIS (Page 18)

2-12. FRONT PANEL SECTION (Page 19)

2-13. LOUDSPEAKER (200MM)-157-11 (200MM)-157-11 (Page 20)

2-14. LOUDSPEAKER (69MM)-155-11 (69MM)-155-11 (Page 21)

10

2-15. SERVICE OPTICAL DEVICE (7G), WIRE (FLAT TYPE) (Page 22)

MHC-V44D

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

2-2.

SIDE (L) PANEL PANEL,, SIDE SIDE (R) (R) PANEL 1 one screw (SCREW, TAPPING)

3 two screws (+BVTP 3 x 8)

4 three claws

6 panel, side (R) 3 two screws (+BVTP 3 x 8)

2 three screws (SCREW, TAPPING)

4 three claws

6 panel, side (L) panel, side (L) 5 Remove the panel, in the direction of the arrow.

1 one screw   (SCREW, TAPPING) 2 three screws (SCREW, TAPPING) panel, side (R) 5 Remove the panel, in the direction of the arrow.

 – Fron t vi ew –

2-3.

TOP PANEL SECTION       ire i re ettin  

top

qs top panel section fan, DC

1 one screw (+BVTP 3 x 8)

hemilon, 10xLx0.4

7 wire (flat type) (6 core) (CN105) 6 wire (flat type) (21 core) (CN126) C

      ire i re ettin  

top

MOTHERBOARD board

2 Remove hemilon,   10xLx0.4. 2  Remove hemilon,   10xLx0.4.

3 one screw (+BV3 (3-CR)) B A

5 Remove the top panel section in the direction of the arrow.

8 CN451 (4P)

C qa CN3007 (3P)

3 one screw (+BV3 (3-CR))

q;  CN3500   (4P)

B

hemilon, 10xLx0.4

      ire i re ettin  

top

MOTHERBOARD board

4 three claws A

9 Remove wires from clip,   coating.

11

MHC-V44D

2-4.

LOADING LOA DING PANEL ASSY 3 three claws

4 panel, loading assy

  hole

 – Lef t vi ew – Insert the clip etc. processed to the length of 8 cm or more in the hole on the side of the chassis and push. CD mechanism deck

2 Draw out the tray. 1 Insert the clip etc.

8 cm or more

Note: Push after it inserts it

in this hole well.

tray

 – Top vi ew –

12

 – Fron t v iew –

MHC-V44D

2-5.

CDM SECTION 8 four screws (+BVTP 3 x 8)

q;  CDM90-DVBU204//C 9 1 two screws (+BVTP 3 x 8)

6 wire (flat type) (5 core)   (CN303)

5 CN401 (6P)

qa bracket, CDM

7 wire (flat type) (24 core)   (CN302)

4 Remove the CDM section in the direction of the arrow.

3 two claws

2 two screws (+BVTP 3 x 8)

 – Rear vi ew –

13

MHC-V44D

2-6.

BACK BA CK PANEL SECTION    

hemilon, 10xLx0.4

clip, coating

1 Remove the wire from clip, coating.

fan,DC

rear side

3 CN2001 (2P)

MOTHERBOARD board

2  Remove hemilon, 10xLx0.4.

 

9 panel, back section

5 three screws (+BVTP 3 x 8)

8 one screw (+B 3 x 6) 6 two screws (+BVTP 3 x 8) 7 one screw (+BVTP 3 x 8) 4 four screws (+BVTP 3 x 8)

 –    –

14

MHC-V44D

2-7.

DAMP BOA BOARD RD 5 four screws (+BVTP 3 x 8)

    front side

1 Remove wire from clip, coating. DAMP board

9 heatsink (AMP) Note: When you install the heatsink (AMP), spread the compound referring to “NOTE OF REPLACING THE IC2002  AND IC2003 ON THE DAMP DAMP BOARD  AND THE COMPLETE DAMP BOARD” on servicing notes (page 5).

6 clip, coating

7 DAMP board

8 three screws (+BVTP 3 x 10) 4 wire (flat type) (25 core)   (CN2004)

2 CN2003 (6P)

3 CN2002 (10P)

15

MHC-V44D

2-8.. 2-8

BRACKET BRACK ET CHASSIS

   

7 four screws (+BV3 (3-CR)) front side

5 Remove wire from clip, coating.

3  Remove hemilon, 10xLx0.4.

3  Remove hemilon, 10xLx0.4.

   

   

q; CN2002 (10P)

MOTHERBOARD board

qa  bracket, chassis

   

 

hemilon, 10xLx0.4

top side

1  Remove hemilon, 10xLx0.4.

   

MOTHERBOARD board

hemilon, 10xLx0.4

8  Remove bracket, chassis in the direction of arrow.

    9 Draw out the wire from bracket, chassis. front side

MOTHERBOARD board

    front side

MOTHERBOARD board

6 CN001 (9P)

bracket, chassis

hemilon, 10xLx0.4

2 CN123 (2P)

16

4 wire (flat type) (10 core) (CN102)

 – Rear view –

MHC-V44D

2-9.

MOTHERBOARD BOA BOARD RD

Note: When the MOTHERBOARD MOTHERBOARD BOARD BOARD is replaced, refer to “NOTE OF REPLACING MOTHERBOARD BOARD OR BLUETOOTH MODULE OR RC-S730 (WW) BOARD” on page 6.

1 five screws (+BVTP 3 x 8) 2 clip, coating 2 clip, coating

2 clip, coating

3 MOTHERBOARD board

 –    –

17

MHC-V44D

2-10. SMPS BOARD

2 three screws (+PWH 3 x 8 (SUMITITE)) 1 six screws (+PWH 3 x 8 (SUMITITE))

3 SMPS board

 – Rear vi ew –

2-11. CHASSIS 1 six screws (STEP SCREW M4) 2 one claw

2 one claw 3  chassis

 – Rear vi ew –

18

MHC-V44D

2-12. FRONT PANEL SECTION

total sixteen bosses

3 Insert the jig into a space and slowly remove the front panel section. Note 1: When using a jig, please work so as not to injure front panel section and speaker cabinet. 4  All bosses are removed while moving jig in the direction of the arrow, and front panel section is removed.

1 one screw ((3.5 x 14), TAPPING)

3 Insert the jig into a space and slowly remove the front panel section. Note 1: When using a jig, please work so as not to injure front panel section and speaker cabinet.

    5 Push the protrusion, and remove the terminal top side (wide side). loudspeaker  (4cm)

4  All bosses are removed while moving jig in the direction of the arrow, and front panel section is removed. 2 two screws ((3.5 x 14), TAPPING) protrusion

5 Push the protrusion, and remove the terminal (narrow side).

7 front panel section Note 2: When installing the front panel section, remove the used glue and use a new glue to fix the front panel.

   

5 Push the protrusion, and remove the terminal (narrow side). top side loudspeaker  (4cm)

protrusion

6 Remove the front panel section in the direction of an arrow.

5 Push the protrusion, and remove the terminal (wide side).

 –    –

19

MHC-V44D

2-13. LOUDSPEAKER (200MM)-157-11     3 Push the protrusion, and remove the terminal (wide side).

top side

protrusion

3 P ush the protrusion, and remove the terminal (narrow side).

loudspeaker (200mm)-157-11

terminal (narrow side)

      

terminal (wide side)

loudspeaker (200mm)-157-11 (200mm)-157-11 terminal position

2 Remove the loudspeaker (200mm)-157-11 (200mm)-157-11 in the direction of the arrow. (200mm)-157-11 4 loudspeaker (200mm)-157-11 20), +BV TAPPING) TAPPING) 1 four screws ((4 x 20),

 –    –

20

MHC-V44D

2-14. LOUDSPEAKER (69MM)-155-11    

   

4 Push the protrusion, and remove the terminal (wide side).

hook

rib

hook

rib

terminal (wide side)

terminal (narrow side)

protrusion

1 Remove the speaker cable.

4 Push the protrusion, and remove the terminal (narrow side). 3 Remove the loudspeaker (69mm)-155-11 in the direction of the arrow.

terminal (wide side)

5  loudspeaker (69mm)-155-11

2 four screws ((3.5 x 14), TAPPING) 5  loudspeaker (69mm)-155-11 2 four screws ((3.5 x 14), TAPPING)

 –    –        loudspeaker (69mm)-155-11 (69mm)-155-11 terminal position

terminal position    

4 Push the protrusion, and remove the terminal (narrow side).

protrusion

4 Push the protrusion, and remove the terminal (wide side).

21

MHC-V44D

2-15. SERVICE OPTICAL DEVICE (7G), WIRE (FLAT TYPE)

1 three claws

2 chuck holder assy (MB) qk cushion (H)

qf wire(flat type) (5 core)

1 three claws ql cushion (H)

7 four insulator screws qa insulator 

qh holder, FFC

qs service, optical device(7G)

qa insulator 

qj wire (flat type) (24 core)

9 8

6 belt

qg qd loading base assy

3 Insert the clip etc.

0 connector 

loading assy (MB)

 – Bot to m vi ew –

5 tray

4

              Note:

This illustration sees the loading assy (MB) from bottom side.

5 two claws

5 three claws

1 wire (flat type) (24 core) loading assy (MB)

6 holder, FFC 3 Through the hole

4 7 wire (flat type) (24 core)

8 wire (flat type) (5 core)

terminal face

2 Through the hole

 – 

  –

q; cushion (H)

Under the guide (Fold area)

Under the guide

22

9 cushion (H)

MHC-V44D SECTION 3 TEST MODE [PANEL TEST MODE] This mode is used to check the screen display panel, LEDs, keys, [VOLUME/DJ CONTROL] jog, model, destination and  software version.

[COLD RESET] The cold reset clears all data including preset data stored in the data flash to initial conditions included history mode data. Execute this mode when returning the set to the customer.

Procedure:

Procedure:

1. Press [1] to turn on the system. 2. Press [] but butto ton n and and [ TUNI TU NING NG - .] button simultaneously and hold 3 seconds. 3. All LEDs and segments in screen display panel are lighted up. 4. When [ENTER] button is pressed after all LEDs and segments in screen display panel light up, alternate segments in screen display panel and LEDs would light up. If you press [ENTER]  button again, another half of alternate segments in screen display panel and LEDs would light up, all Party Light LEDs would light up in green color. Pressing [ENTER] button again would cause all segments in screen display panel and LEDs light up, all Party Light LEDs would light up in blue color. Pressing [ENTER] button again would turn off all segments in screen display panel and all LEDs including Party Light LEDs. 5. When you want to enter to the software version display mode,  press [  +] button. The model information appears on the screen display panel. Press [   +] button again to view the destination information. 6. Duri During ng the dest destinat ination ion info informat rmation ion disp display lay,, pres presss [  +]  button. Each time [   +] button is pressed, the screen display panel shows the version of each category software in the following sequence: SC, MTK, OPU, UI, PF, SUB, SYS, CD, CMA, CMB, ST, TA, TM, CEC and return back to model information display. 7. When [] button is pressed while the version numbers are  being displayed except except model and destination, the date of the software creation appears. When [ ] button is pressed again, the display returns to the software version display. 8. Press [  - ] button, the key check mode is activated. 9. In the key check mode, the screen display panel displays “K 0 V0”. Each time a button is pressed, “K” value increases. However, once a button has been pressed, it is no longer taken into account. After all the buttons have been pressed, "K" value will toggle between "OK" and "K26". “V” value increases in the manner of 0, 1, 2, 3 ... if [VOLUME/ DJ CONTROL] knob is turned clockwise, or it decreases in the manner of 0, 9, 8, 7 ... if [VOLUME/DJ CONTROL] knob is turned counterclockwise. 10. To release from this mode, press the buttons in the same manner as step 2, or disconnect the power cord.

1. Press [1] button to turn on the system. 2. Press [] but butto ton n and and [ TUNI TU NING NG + >] button simultaneously for 3 seconds. 3. “COLD RST” appears on the screen display panel. After that, the screen display panel will display “SONY”. The set will automatically Power ON and Power OFF again, and the system is reset.

[USER RESET] The user reset clears all data including preset data stored in the data flash to initial conditions exclude history mode data. Procedure:

1. Press [1] button to turn on the system. 2. Pre Press ss [ENTER [ENTER]] bu butto tton n an and d[ TUNIN TU NING G + >] button simultaneously for 3 seconds. 3. “RESET” appears on the screen display panel. After that, the screen display panel becomes blank for a while, and the system goes to demo mode.

[DISC THEFT PREVENTION] This mode let you lock the disc tray. When this mode is activated, the disc tray will not open when [ Z] button is pressed. The message “LOCKED” will be displayed on the screen display panel. This mode only applied when there is disc on the tray. Procedure:

1. Press [1] button to turn on the system. 2. Press [FUNCTION] button to turn the DVD/CD function. 3. Press [ENTER] button and [VOCAL FADER] button simultaneously and hold down until “LOCKED” or “UNLOCKED” displayed on the screen display panel (around 3 seconds). Bluetooth PAIRING HISTORY CLEAR

It can clear the Bluetooth pairing history. Procedure:

1. Press [1] button to turn on the system. 2. Press [FUNCTION] button to turn the Bluetooth function. 3. Press two buttons of [ENTER] and [  - ] simultaneously for 3 seconds. 4. The message “BT HIST” →  “CLEAR” is displayed on the screen display panel, and the pairing history of Bluetooth is cleared.

DEMO MODE The demo mode can be performed. (This mode is used by shop front) Procedure:

1. Press [1] button to turn on the system. 2. Press two buttons of the [] and [MIC ECHO] simultaneously for 5 seconds. 3. The message "AutoPLAY" is displayed on the screen display  panel . 4. Pr Preess [ TUN TU NIN ING G + >] or [ TUNING - .] to select either AutoPLAY or AutoSTOP in Demo mode, then press [ENTER] to make selection. 5. Pr Preess [ TUN TU NIN ING G + >] or [ TUNING - .] to select reset timer setting, then press [ENTER] to make selection. 6. Set will power off and power on, after that it will mode into Demo mode. 7. The message "* DEMO *" is displayed on the screen display  panel. To release from Demo Mode

1. Press two buttons of the [] and [MIC ECHO] simultaneously for 5 seconds or perform the "USER RESET". Note: The demo mode does not release by unplug the AC cord.

23

MHC-V44D

[HISTORY MODE] This mode is used to check important data stored in the system when PROTECTOR happened. Procedure:

1. Press [1] to turn on the system. 2. During demo mode, press [ ] button and [ 3. Press the [ TUNING + >] button or [

 +]

button for 5 seconds to mode into history mode. TUNING - .] button to check history data stored.

Display on screen display panel

 No. of time protector protector happened happened (0 ~ 99) 99)

N

T

※

※

※

※

※

※

*h

*h

*h

*m

*m

*h

*h

*h

*h

*m

*m

※

※

※

※

※

※

Input Function during protector happened 

※

※

※

Volume setting (MIN / 1 - 50 / MAX)

※

※

※

MEGA BASS setting (OFF / ON)

P

C

P

T

1

*h

*h

2

*h

F

Description

O

V

O

L

B

A

S

U

S

Refer to protect type description Single Power On Time until protector happened (0~99999 hours, 0~99 minutes) Total Power On Time [ no consider protector happened ] (0~99999 hours, 0~99 minutes)

To release from History Mode. To release from this mode, press [ 1] button. Protect Type Description: Error Code

Description Descripti on

2

Defe De fecct of of th therm rmis isto torr IC IC or or ch chargin ing g cir circcuit use sed d by by SPM SPM (S (So ound Pre Presssu sure re Manage gem ment) sys yste tem m.

3

There is possibility of over current happen at speaker output. or Unusual heat up of AMP IC by improper assembly of heat sink.

4

DC appears in SP terminal by defect of AMP IC.

6

Defect of DC FAN and DC FAN driver circuit.

If speaker does not have output even if the set status is not in PROTECT mode, the following defect might be possible: Defects

Possible cause

RESE RE SET T de defe fect ct

Rese Re sett sig signa nall sta statu tuss fro from m mi mico com m is no nott ‘H’ ‘H’..

[DVD COLOR SYSTEM MODE] This mode let you change the color system of the video output from PAL to NTSC or vice-versa. Procedure: 1. Press [1] button to turn on the system. 2. Press [FUNCTION] button to turn the DVD/CD function. 3. Press [ENTER] button button and [MIC ECHO] button button simultaneously and hold hold for for 3 seconds. seconds. 4. The message “PAL “PAL”” or “NTSC” appears on the screen display panel. panel. • To release fro m DVD Color System Mode 1. Once the color system has been selected, the mode is fixed there after. If you wish to change the mode again, perform the above item 2 again.

24

MHC-V44D SECTION 4 ELECTRICAL CHECK TUNER SECTION

FOCUS BIAS CHECK

0 dB = 1 V

oscilloscope (DC range)

FM AUTO STOP CHECK

signal generator 

MOTHERBOARD board CN302 pin 17 (RF) CN302 pin 1 (GND)

+  –

set + 75  –

Procedure:

1. Turn the power on. 2. Input the following signal from Signal Generator to FM antenna input directly.

Procedure: 1. Connect the oscilloscope to CN302 pin 17 (RF) and CN302  pin 1 (GND) on on the MOTHERBOARD MOTHERBOARD board. board. 2. Press the [1] button to turn the power on, and press the [FUNCTION] button to select DVD/CD function. 3. Set the test disc (CD: YEDS-18) on the tray and press [B]  button to playback. playback. 4. Confirm that oscilloscope waveform is as shown in the figure  below (eye pattern). A good eye pattern means that the diamond shape ( ◊) in the center of the waveform can be clearly distinguished. VOLT/DIV: 200 mV TIME/DIV: 500 ns

Carrier frequency : A = 87.5 MHz, B = 98 MHz, C = 108 MHz Deviation : 75 kHz Modulation : 1 kHz ANT input : 35 dBu (EMF)

level: 1.1 ± 0.25 Vp-p (DVDSL) 1.0 ± 0.25 Vp-p (CD)

Note: Please use 75 ohm “coaxial cable” to connect SG and the set. You cannot use video cable for checking. Please use SG whose output impedance is 75 ohm. 3. Set to FM tuner function and scan the input FM signal with automatic scanning. 4. Confirm that input Frequency of A, B and C detected and  automatic scanning stops.

Checking Che cking Lo cation:  – MOTHERBOARD Bo ard (Comp on ent Sid e) –

The stop of automatic scanning means “The station signal is received in good condition”.

DVD SECTION Note: 1. DVD block is basically constructed to operate without adjustment. 2. Use YEDS-18 disc (Part No. 3-702-101-01) unless otherwise indicated. 3. Use an oscilloscope with more than 10 M Ω impedance. 4. Clean the object lens by an applicator with neutral detergent when the signal level is low than speci fied value with the following check.

pin 1 (GND)

pin 17 (RF)

CN302

25

MHC-V44D SECTION 5 TROUBLESHOOTING    t    i   u  .   c    l   r   a   i   c   m   r   e   o   c   n   n   e   e   r   r   e  .   a   f   e    t   m   e   u   d    i    l    t   c   s   u   i   r   o   c   d   r    d   k   a   o   n   c   b   a   e   e   h   D    l    R    b   c   a   e   A   c   s    O   a   a   e   B    f    l    R   o   p  ,    E   e   s    t    H   a   m    T    t   e   O   s   l   e   b    M   o    h   r    t   p   m   r   o   e   o   f   r    h   n    t   n   e   e   r   o    h   a     w    i   n   e    k   r   a   c   e   m   e   t   r    h   h   o    C   f    I    f

 .   y    l    l   a   m   r   o   n   n   o    i    t   c   n   u    f   s    i    d   r   a   o    b   e    h    T   s   e    Y

  o    N

  s   e    N    Y    I    C    A

 .   w   o    l   e    b    k   c   e    h   c   n   o    i    t    i    d   n   o   c    d   r   a   o    b    S    P    M    S   o    t    l   a   n   g    i   s    l   o   r    t   n   o   c   r   e   w   o    P   e    h    T

   )   y    l   n   o    d   r   a   o    b    S    P    M    S    k   c   e    h    C    (

   D    N    G    V   =   3  .    7   -    3    1   6   =    0  ,    9    0   3   n   i   n    O    i N   P   P

   D    N    G   =    2   6      0   1    0   n    O    i N   P

   )   g   n    i    d   n   u   o   r   g   n   e    h   w   r   e    h    t   s   e   e   g    Y   o    t    2    0    0    O    N    d   n   a    1    0    0    O    N    t   c   e   n   n   o    C (

 .   w   o    l   e    b   s   a    k   c   e    h   c    d   r   a   o    b    S    P    M    S   m   o   r    f    t   u   p    t   u   o   e    h    T

   )   o    )   m   n   e   o    D   r   e    &   w   y   o    b    d    P   n  ,   a   o   o    t   m    (    S    N   e    D    V  ,    0   y  ,    b    )    d   n   n   o   a   r    t   e    S    (   w   o    V    P    5    (  .    3    V    1    6    3   =   =    5  ,    1    1   4    2    1    0  ,    0     0   1    0    7   n    O   n    O    i    i    N    P    N    P

   A

        )        1         (

        )        9         (

        )        2         (

    )     2     /     1     (    w    o     l     F    s     i    s    o    n    g    a     i     D     d    r    a    o     B     S     P     M     S

26

        )        8         (

        )        7         (

        )        5         (         )        3         (

        )        4         (

        )        6         (

  r   r   e   e   m   m   r   r   o    f   o    f    R   s   s    D   n    D    O    E   n    N  a    N    T    D   r   a    N    T   O    t   e   r    V   G    S    I    O    I    E  -   r    G   s   t    5    1    D  .    D   r    S    D   u   e    V   N   e    /    D    N    1    3    V    I      E   w    T    t    F  w    5    1   M   :  .    G    A  o    V   u   –   o   1   3    E   E   :   :    C   :    1   R    A   5    A    M  p   2   p    7    6    1    F   G    1   p    0    0    E   :   :       :   :       n    D    i    1   n   0    1   3   4   6   8   9   i    1   7   S   S   I    0   b   0   n   i   n   i   n   i   n   i   n   i   n   a   O   n   i   n   U    O    R    i    i    C    9   u   O    N    B    P   P   P   P   P    P   M    P   P   F   M    A   F   S   N    )   )   )   )    )   )    )   )   )    1    5    7    (   2    (   3    (   4    (    (   6    (    (   8    (   9    (

MHC-V44D

   D    N    E   s   e    Y  .    d   r   a    d   n   a    t   s   o    t   p   u    t   o   n   s    i    t    i    f    i    d   r   a   o    b    S    P    M    S   e   c   a    l   p   e    R   o    N

    )     2     /     2     (    w    o     l     F    s     i    s    o    n    g    a     i     D     d    r    a    o     B     S     P     M     S

   )   e    d   o   m   e  .    d   o    N   o    i    ?    d    E    N    /    N    (    K   s    )   s   e   e   n   o    E    O    P   m   o    Y    N    O    h    Y    i    R    t    i   o    A    d    N    B   s    1    i   n    E    i   s   n    1   o    P   a    0   c    T    h    9    t   e   N   O    R    F    d   E  =   N   O   s   e   s   o   P   )    i   s   -    E   e    P   H    (    d   O   u   n   l    S    (   e    F   k   e    +   =    O  ,    K   g    K   =    )   n   o    d    i   r    O      d    )    i   a   b     -    O   r    (   n   a    (   s    M  -    T    B   d    i   n   l   a   d    k   N   R    k   a   r   n    N   c   E   O   c    t   a   E   e   e   e   u   )    h   P   H   v   e    P    h   i    C   O   S    C   L   N   +    (    O

  o    N

   ?    N   r    E   o    t    P   s   O    i   s   s   n   e   e   r    i    k    K   o   e   5   r    O    6   s   9   b   u   R  -      f    T    k  ,    N   R   c   4   E   O   e   1    h   9   P   H    C   R   O    S

   N    E    P    O   s    i    4    1    9    R    f    I

   N    E    P    O    5    6    9    R    f    I

   9    0    9    Q  ,    8    0    9    Q  ,    4    1    9    R  ,   w   2   e   0   n   9   e   D   g  ,   n   1   a    h   0    9    C   F   s   e    Y    9    0    9    Q  ,    ?    8   T    0   R    9   O    H    Q    T   S   s    E   i    F   e    S  c    O  r   u    M  o    k   s     c   i   e   n    h   a   r    C   d

  o    N   w   o    l   e    b   s   a    k   c   e    h   c    d   r   a   o    b    S    P    M    S   m   o   r    f    t   u   p    t   u   o   e    h    T

   )   o    )   m   n   e    O    D   r    &   e   y   w    b   o    d    P   n  ,   a   o    t   m    S    (   e    D    V    0  ,   y  ,    )    b   n    d   n    O   a   r    t   e    S    (   w   o    V    P    5    (  .    3    V    1    6    3   =   =    5  ,    1   4    2   1    1    0  ,    0      0   1    0   7   n    O   n    O    i    i    N   P   N   P

  o    N

   ?    t   r    5   o    6    h    9   s    C    I    2  ,      5    1    6   n    i    9   p    R  ,  ,    5    2    6   s   w    9   e   e   n   0    9    C    I    Y   e   D   g  ,    k   n   1   c   a   e    h   0    9    h    C    F    C

27

MHC-V44D

 .   r   o    V   f    t    2    i  .    1   u   c   r    +   i   r   c   o    f   e    t    i   c   u   n   e   c   r   r    i   e   c   f   e   m   c   u   n   c   r   e   r    i   c   e    )    f    1   m   u   7    0   c   r    L    i   c   J    (    3   9    0   0    3   0    C    I    C    I   s   s  .    k   k   V   c   c   3   e   e  .    h   h   3    C   C   +

 .  .    l    1   a    0   n    4   i   g    C   S    I    f    O   o   -    M    L   F    S   1    /    +   0    L   3    S   I    C   r    f   o   o    f    t    i    t    i   u   u   c   r   c   r    i    i   c   c   e   e   c   c   n   n   e   r   e   r   e   f   e    f   m  m   u   u   c   r   c   r    i    i   c   c   s   s    k   k   c   c   e   e    h   h    C   C

  o   o    N    N    ?  .    V  .    3   2    0   1    3   d    C    I   n   a    G    E   V    3  .    R   3    V   f    2  .   o    1   e  .    l   s    +   g   a   s   e   e   a    t    d   l   n    Y   n   o    Y    i   g   a   v   s   l    ?   -   a    V  r   e    L    3   n  .   w    S   i   g    3   o    /    +   p    +   s   r   e    L   e   o   h    S   h    f    t    1   t    1   t    0   t    8   u    4   u    3   t   p   p    L   u    N   t    C  o    C  u   o   s   t   s   t    k   i    k   i   c   s   c   s   e   e   e   e    h   o    h   o    C   D    C   D

    )     2     /     1     (    w    o     l     F    s     i    s    o    n    g    a     i     D     k    c    o     l     B     l    a    c     i     t    p     O

28

   L   L    E   E    N   N    A   A    P   P    E   P    D    I    O    S   T    E   E   N    N    V   V   O    I    O   O    N   Y    M    M    R   A    E   E   U   R    R   R   T   T

 .   m   e    l    b   o   r   p   a   s   a    h   r   o  .    t   o   U    B   m    d   s   e   e    l   c   a    S   l   e   p    h   e    T   R

 .  .    l    1   a    0   n   g    4   i    C    I    S    f    O   o    M    P   D    S    /    1    +   0    P   3    S   I    C   r    f   o   o    f    t    i    t    i   u   u   c   r   c   r    i    i   c   c   e   e   c   c   n   n   e   r   e   r   e   f   e    f   m  m   u   u   c   c   r    i   r    i   c   c   s   s    k   k   c   c   e   e    h   h    C   C

 .    1    0  .    4   l    C    I   a   n    f    i   g   o   S      S   O    C   O    F    /    F    +   1    S   0    C   3    F   I    C   r    f   o   o    f    t    i    t    i   u   u   c   r   c   r    i    i   c   c   e   e   c   c   n   n   e   r   e   r   e   f   e    f   m  m   u   u   c   c   r    i   r    i   c   c   s   s    k   k   c   c   e   e    h   h    C   C

  o    N

  o    N

 .    l   s   a   e   n    Y   g    i   s   ?   -    l    P  a   n    S   g    /    i    +   s    P  e    S   h    1   t    0   t    4   u   p    N   t    C  u   o   s   t    k   i   c   s   e   e    h   o    C   D

 .   m   e    l    b   o   r   p   a   s   a    h   r   o    t   o   m  .   e   U    l    d   B   n   s    i   p   e   c   a    S   l   e   p    h   e    T   R

 .  .    l   m   a   e   n   g   s    l    i   e    b   s   o    Y   r     p    S   ?   a    C   l   a   s    F    /   n   a    +   i   g    h    S  s   p    C  e   u    F   h    k   c  .    i    2   t    t   p    0   u    l    U    3   p   a   B    N   t   c    i    C  u    t   s   o   p   e    t   s   i   c    k   a    O    l   c   s   e   p   e   e   e    h    h   o    T   R    C   D

  o    N

  o    N

  o    N

   ?   e   c   n   e   r   e    f   m   u   c   r    i   c   r   e   n   n   s    i   e   o    t    Y   e   v   o   m   p   u    k   c    i   p   )    l    k   a   c   c   e    i    t    h   p   c    l    O   a   s   u   e   i   s   o   V    D   (

   ?   e    t   a    t   o   r   r   s   o    t   e   o    Y   m    )   e   k    l    d   c   e   n   h    i   c   p   l    S  a   s   u   e   i   s   o   V    D   (

   ?    h   c   r   a   e   s   s   s   e   u    Y   c   o    f   o    d   p   u    k   c    i   p    l    )    k   a   c   c   e    i    t    h   p   c    l    O   a   s   u   e   i   s   o   V    D   (

   A

MHC-V44D

 .    1    O    D    L  .    1    2   0    0   3    4    C    Q    I    f    f   o   o    t    i    t    i   u   u   c   c   r   i   r    i   c   c   e   e   c   c   n   n   e   r   e   r   e   f   e    f   m  m   u   u   c   c   r   i   r    i   c   c   s   s    k   k   c   c   e   e    h   h    C   C

 .    d   r   a    d   n   a    t   s   o    t   p   u    t   o   n   s    i    t    i    f    i    U    B   s   e   c   a    l   p   e    R

  o    N

   ?   s   u   o   n    i  .    l   m   u   a   l   n   e   g    i   s   m   s    )    )   o   e    0   c   e    8   b    Y    7    (   r   e    D  s    l    C  a _   n    D  e    L   h _    E  w    F    (   V    2    6   t    0   u   p    3   t    L   u    J   o   s   t    k   i   c   s   e   e    h   o    C   D

  o    N    )    )    L    A    P    (    4    0    5      X    L    ?    H   r    d   o   r   a    )    d    C   n    S   a    T    t   s    N   o    (    t    3   p    0   u    5      X   s   s    )    7    L   e    1   e    Y    3    H   :    Y    L    D    J    (  .    l   p   V    d   a   p   D  ,  ,   e   n   V   8    d   g    1   r   m   r    i    5   a   o   s   4      d   f  .    S    F   0   n   r   e   a   p    R       ±   D    t    E    f   s   i   s    5   Y   o   o   g    l    0    t  .   :   e   1   n   v    D   p   i   e   =   C   u   n    (    l    t   a    t    l   c   o   l   e   i   e   u   s   n   c   p   v    d    t   e   s   s    i   u   L   t    t   n   o   F   s    i   e   e    f   s   R   T    I    L    I

 .   m   e    l    b   o   r   p   a   s   a    h   p   u    k   c  .    i   p    l    U   a   B   c    i    t   s   p   e   c   a    O    l   e   p    h   e    T   R

  o    N

    )     2     /     2     (    w    o     l     F    s     i    s    o    n    g    a     i     D     k    c    o     l     B     l    a    c     i     t    p     O

   A

  s    ?   e   s   u    Y   o   n    i   m   u    l   e   m   o   c   e    b   e    d   )   o    i    d   k   c   r   e   e   h   s   c   a   l    l   s   a   u   e   i   s   o   V    D   (

  o    N

  s   e    N    I    Y    C    S    I    D

   )    )    L    A    P    (    4    0    5      X    L    ?    H   r    d   o   r   a    )    d    C   n    S   a    T    t   s    N   o    (    t    3   p    0   u    5   -   s    )    X   e    7    L    Y    1    H    3   :    L    D    J    (    l   p   V   a   p   D  ,   n   V   8   g    1    i     s   5    4  .    S    F   0    R       ±   D    E    f   o   5   Y    l    0  .   :   e   1   v    D   e   =   C    (    l    t    l   c   u   e   s    i   p   v    t   e   d   u   L   t   o   F  s   e   s   R   T    I

 .   m   e    l    b   o   r   p   a   s   a    h   p   u    k   c  .    i   p    l    U   a   B   c    i    t   s   p   e   c   a    O    l   e   p    h   e    T   R   o    N

   ?    )   n    i   m    0    6    (    t   s   e    T   g   n    i   g  .    A  p   s    i   e   m    Y   r    k   s   e   d    t   g   n   n   u   o   o    L   s   o    h    t   n    i   s   w   i   m  e   e   r   e    l    b   h    t   o   r    t   a   p   h   o   t   n   s   e   m   r    i   r   e   f    h    t   n   o   s   C    I

   D    N    E

29

MHC-V44D

    )     2     /     1     (    w    o     l     F    s     i    s    o    n    g    a     i     D     t    n    u    o     M     P     M     A     D

30

  n   o   r   e   w   o   p   e    h    t   g   n    i   n   r   u    t   r   e    t    f   a   e    b   u    t   r   o    t   a   c    i    d   n    i    t   n   e   c   s   e   r   o   u

 .   r   e    k   a   e   p   s   e    h    t   e   c   a    l   p   e   r

   d   n   a    k   c   e    h    C

         fl

  e    h    t   n   o    d   e   y   a    l   p   s    i    d   s    i    ”    3    T    C    E    T    O    R    P    “  .    1

  s   e    Y   e   g   n    h    t    i   n   n   r   u   o   t    d   r   e   e   t   y   f   s   a   a    l   e   p   l   e    Y   s   n    i    d   a   s   p    i  .    "   y   a   n    3   l    T  p   o   s   r    C   i    E   d   e    T  n   w   o    O  e   p    R  e   r   e   c    P    "   s   h    t

   d  ,   n    d   a   e   r   y   e   a   k    l   p   a   s   e    i  .    d   p   o    t   s   n    N   o   e   o   r    h   n   t   s   g   e    i   w    "   i   n   o    3   v   p    T   o   e    C  m    h    E  e   t    T   r   g   n    O  n   i   e   n    R   h   r    P   u    "   w   t

   2    0    0    2    C    I    d   r   a   o    b    P    )    M    A   1    0    D     2   e   4   g   7   n     a   1    h   2   c   7   x      E   6    (

   3    0    0    2    C    I    d   r   a   o    b    P    )    M    A   1    0    D     2   e   4   g   7   n     a   1    h   2   c   7   x      E   6    (

  s   e    Y

  s   e    Y

   2   o    0   t    0   t    2   r   o    C   h    I   s    d   s   r    i   a   o   o   9    b   3    N    d    P   n    M  a    A   5    D   3    t  ,   a   2    h   3    t  ,    k   7  .   c   2   D   e   n   N    h   i    C  p   G

   3   o    0   t    0   t    2   r   o    C   h    I   s    d   s   r    i   a   o   o   9    N    b   3    P   d   n    M  a    A   5    D   3    t  ,   a   2    h   3    t  ,    k   7  .   c   2   D   e   n   N    h   i    C  p   G

  e   g   n   a    h   c   x    E  .  .    d   e   r   g   a   a   o    b   m   a   P    d   M    d   r    A   a   D   o   e    b   t   e    P   l   p    M  m    A  o    D  c

MHC-V44D

   d   r   a   o    B    P    M    A    D   o    t    t   r   e   s   n    i    C    F    F  .   e   4   c   0   a   0    l   p   2   e   N    R   C

   1    0    0    2    C    I    d   r   a   o    b    P    M   )    A   1    0      D   5   e   0   g   1     n   8   a    h   1   c   7   x      E   6    (

   2    0    0    2    C    I    d   r   a   o    b    P    M   )    A   1    0      D   2   e   4   g   7     n   1   a    h   2   c   7   x      E   6    (

   3    0    0    2    C    I    d   r   a   o    b    P    M   )    A   1    0      D   2   e   4   g   7     n   1   a    h   2   c   7   x      E   6    (

  o    N

  o    N

  o    N

  o    N

 .    7    2   o   d    t   n    t   a   u   4   p   2   n    i   n   s   i    i   p   s    l    1   e   a   0    Y   n    0   g   2    i   s   C   e   I    h    t    d    t   r   a   a   o    h    t    b    k   P   c   M   e    h   A    C   D

    )     2     /     2     (    w    o     l     F    s     i    s    o    n    g    a     i     D     t    n    u    o     M     P     M     A     D

 .   s  ,   n   9    i   s   p   3    i  ,    l   g   8   a   i   n   n   3   n   g   w   i    i   o   p   s   s   l    l   e   o   1    M   f    Y    0  .   e    0    W    h   2   9    P   t    C   4    I   e   m    d    h   n    t   o   r   a   r    d    t    f   a   d   a   o   8    h   e   b    4    t  ,    t    P   3    k   t   u   c   p   M   4   e  ,    h   t   u   A   2    C  o   D   4

   d   e    t    t   u    )    )   p    R   L    t   u   2   T   T   o   0   N   N   s   0   O   O    i    l    2   R   R   s   e   a   I    C   n    F   F    Y   g   d    P   P    i   r   s   a   S    S    (   e   o   (    9    b    h    t    3   2    t    P   d   3   a   n   d   n    h   M    t    A  a   a    k   D   5   7   c    3   2   e   n   i   n    h   m   o   r   i    C   f   p   p

   d   e    t    t   u   p    t   u   3   o   0   s   0    i    l    2   9   a   C   n   I    3   g   d    d    i   s   r   a   n    )   e   o   a   R    h    t    b   5    E    3    t    P  ,    F   a   M   2   O    h    t    A   3  ,    O    k   D   7   c    2   W   e   n   P    h   m   o   r    i    C   f   p   S    (

  s   e    Y    d   e    t    t   u   p    t   u   o    t   o   n   s    i

   d   n   u   o   s   e    h    T  .    2

 .    d   e    t    t   u   p    t   u   o    t   o   n   s    i    d   n   u   o   s   e    h    T

31

MHC-V44D SECTION 6 DIAGRAMS • Circuit Boards Location

RC-S730 (WW)

PARTY LED board STR board

IR board

MIC board

DAMP board MOTHERBOARD board MS-476 board BLUETOOTH module SMPS board

SPEAKER SPEAKER LED_R b oard

SPEAKER SPEAKER LED_L b oard

32

MHC-V44D

6-1.

BLOCK DIAGRAM - CD/USB/H CD/USB/HDMI DMI Section        

    

RF

 

       

 

F



5



     R R FR  



       

F    5 F    F   F  

   

   

   

 

R  R

  5 

 

 

F





   

 

     R    5

  R   

 



      

F

  R



 

R   



     

5

 

      5

 

     

R  R 

R

 R  R





5 5

 

 

 R 5





   

5

     

 



           

5     

F

    R

 

5  R

      

 

 

   5

  

 RF

                                                                                                        R       F            F            F            F            F           

   

 5 5   

        

F

 

   

          5

 

 R  R

5

5   

  

 



           R 

R

 

  

  R 

    5

     R 

 R 5 R

 F  F

   

     

R   R  

    

F 

 5

 

R  R5

 



F

 

                 

R  

 

R  R 5

MAIN SECTION (Page 34)

  

 F



>002B

 

    R F 

 F

   R R FR  

5

MAIN SECTION (Page 34)



 

F

>001B

 

 

                                                                                            F                                                                                                                    R                                                   

            R                    R                                           

   



5 

      5

                                                                                                               

                              

   

5 5                                                                                                    

         

MHC-V44D 33

33

MHC-V44D

6-3.

BLOCK DIAGRAM - DAMP Section STREAMPROCESSOR IC2001

POWERAMP IC2002

>003B MCK

MAIN SECTION (Page 34)

LRCK SCLK

11 MCLK 11 MCLK

PWM_P_4 49

5   INPUT_A

OUT_D_27 27

22  22  LRCK

PWM_M_4 48

6   INPUT_B

OUT_D_28 28

23 SCLK 23 SCLK

PWM_P_3 43

14  14  INPUT_C

OUT_C 32

PWM_M_3 42

15 INPUT_D

TWEETER L-CH

SYSTEM CONTROLLER IC109(3/4)

VALID 37 SSI2-D0(FR) 40

4   RESET

OUT_B 35

16  16  FAULT

3D-PWM-SDA

130

20 SDA 20 SDA

3D-PWM-SCL

129

21 SCL 21 SCL

R-CH

  OUT_A_40 40

POWERAMP IC2003

4 RESET

OUT_D_27 27

EVOL-CLK/DAMP-MUTE 57

19 MUTE 19 MUTE

PWM_P_1 39

5   INPUT_A

OUT_D_28 28

SSI1_D0(SW) 54

27  27  SDIN4

PWM_M_1 38

6   INPUT_B

OUT_B 35

/AMP-RESET 53

TWEETER

OUT_A_39 39

24  24  SDIN1

16 RESET

WOOFER

OUT_C 32 OUT_A_39 39 /SD-FAST 49

  OUT_A_40 40

16  16  FAULT

D2001  AMP-PROTECT 78

DC DETECTION Q2003

+5V

FANMOTOR DRIVER Q2006

+13V

FANMOTOR DRIVER Q2000

OVERLOAD DETECTION Q2004

FANRESET SWITCH Q2005

CN2001 DCFAN

FAN PROTECTION (LOCK) Q2002

 S 

: AUDIO(ANALOG) AUDIO (ANALOG) AUDIO(DIGITAL)

MHC-V44D

6-3.

BLOCK DIAGRAM - DAMP Section STREAMPROCESSOR IC2001

POWERAMP IC2002

>003B MCK

MAIN SECTION (Page 34)

LRCK SCLK

11 MCLK 11 MCLK

PWM_P_4 49

5   INPUT_A

OUT_D_27 27

22  22  LRCK

PWM_M_4 48

6   INPUT_B

OUT_D_28 28

23 SCLK 23 SCLK

PWM_P_3 43

14  14  INPUT_C

OUT_C 32

PWM_M_3 42

15 INPUT_D

TWEETER L-CH

SYSTEM CONTROLLER IC109(3/4)

VALID 37 SSI2-D0(FR) 40

4   RESET

OUT_B 35

16  16  FAULT

3D-PWM-SDA

130

20 SDA 20 SDA

3D-PWM-SCL

129

21 SCL 21 SCL

R-CH

  OUT_A_40 40

POWERAMP IC2003

4 RESET

OUT_D_27 27

EVOL-CLK/DAMP-MUTE 57

19 MUTE 19 MUTE

PWM_P_1 39

5   INPUT_A

OUT_D_28 28

SSI1_D0(SW) 54

27  27  SDIN4

PWM_M_1 38

6   INPUT_B

OUT_B 35

/AMP-RESET 53

TWEETER

OUT_A_39 39

24  24  SDIN1

16 RESET

WOOFER

OUT_C 32 OUT_A_39 39 /SD-FAST 49

  OUT_A_40 40

16  16  FAULT

D2001 DC DETECTION Q2003

 AMP-PROTECT 78

+5V

FANMOTOR DRIVER Q2006

+13V

FANMOTOR DRIVER Q2000

OVERLOAD DETECTION Q2004

FANRESET SWITCH Q2005

CN2001 DCFAN

FAN PROTECTION (LOCK) Q2002

 S 

: AUDIO(ANALOG) AUDIO (ANALOG) : AUDIO(DIGITAL)

MHC-V44D 35

35

MHC-V44D

6-4.

BLOCK DIAGRAM - PANEL/POWER PANEL/POWER SUPPL SUPPLY Y Section Section SYSTEM CONTROLLER IC109(4/4)

REMOTECONTROL RECEIVER IC3300

PCONT-DAMP 135

VO 1

PROTECTIONCONTROL Q576

118

SIRCS PROTECTIONCONTROL Q575

S3010

6 POWER-KEY  

S3001~ S3005,S3007, S3011, S3017, S3019, S3021, S3023, S3024

84   AD-KEY0 84

S3006,S3012~ S3016,S3018, S3020,S3022,S3025~S3028

85   AD-KEY1 85

PROTECTIONCONTROL Q572

PROTECTIONCONTROL Q571

C-CONT 55

VIN1 1

14 SW2

VIN2 16

POWERCONTROL PROTECTION Q459 5 EN1 12 EN2

83   MASTER-VOLUME 83

LEDDRIVER IC3001

3 SW1

M+5.2V

SMPS NO002

POWERCONTROL PROTECTION Q457 VBUS-OE/SD_WP_0

D3005

FE_5.2V_M FE_5.2V_TRAY

USB+5V

THERMOSTAT TH571

SPM-AMBIENT-TEMP  80 VOLUME/ DJCONTROL EN001

+5V/ +5.2VREG. IC001

PROTECTIONCONTROL Q574

SPM-C-MON 79

PCONT-BTSTBY

+V1

+V1

112

+3.3V/+1.2VREG. IC009

122

 

IC103 13 OUT8

SIN 2

117

RGB-SOUT RES 76

4 VOUT

15 OUT10

D005

SCK 3

134

RGB-SCLK

TRANS 4

173

RGB-TRANS-LED

+1.2V D+3.3V

PWMCLK 21

136

3 SW1

VIN1 1 VIN2 16

E+3.3V

14 SW2

EN1 5 EN2 12

POWERCONTROL PROTECTION Q009

9 OUT4 10 OUT5 11 OUT6 12 OUT7

E+1.2V VDD 2

D3006

RGB-PWM-CLK

POWERCONTROL PROTECTION Q008

+1.2VREG. IC303 POWERCONTROL PROTECTION Q005

DVDD+3.3V

D003 5 6 7 8

+12VREG. IC2000

OUT0 OUT1 OUT2 OUT3

 AVDD+3.3V

+3.3VREG. IC008

+12V

D002 LEDDRIVER Q110

51 LED-CTRL

D3021

1 VO

VCC 8 EN 5

 AVDD+5V

 ACDD+9V

+3.3V

+3.3VREG. IC903

+3.3V

+3.3VREG. IC305

+5VREG. IC006

+9VREG. IC004

POWERCONTROL PROTECTION Q004

+13V

ST-CE 44 LEDDRIVER Q001

DVDD+5V LIQUID CRYSTAL DISPLAYDRIVER IC3003

LIQUID CRYSTAL DISPLAY ND001 33

4

 SEG0 I SEG32

   8    4      4    1

   2      1  ,    2    5      1    5

COM0 I COM3

POWERCONTROL PROTECTION Q461

POWERCONTROL PROTECTION Q007 SW+13V

INHB 13

BUSBUFFER IC3007

SDA 10

BUSBUFFER IC3006

4   LCD-SDA

SCL 9

BUSBUFFER IC3005

2   LCD-CLK

CSB 8

BUSBUFFER IC3004

175

LCD-BCKLED/INHB

MTK-POWER-CTRL 59

POWERCONTROL PROTECTION Q006

PCONT-PSAVE-PROTECT 60

176

LCD-CSB

BUSBUFFER IC102(2/2)

 AC-CUT(MD-BOOT0) 63

PCONT-DAMP

118

11 4Y 11  4Y

4A 12

POWERCONTROL PROTECTION Q011

POWERCONTROL PROTECTION Q012 (ACIN)  ACCUTSWITC TCH Q107

 AC-DET

MAINON

MHC-V44D

6-4.

BLOCK DIAGRAM - PANEL/POWER PANEL/POWER SUPPL SUPPLY Y Section Section SYSTEM CONTROLLER IC109(4/4)

REMOTECONTROL RECEIVER IC3300

PCONT-DAMP 135

VO 1

PROTECTIONCONTROL Q576

118

SIRCS PROTECTIONCONTROL Q575

S3010

6 POWER-KEY  

S3001~ S3005,S3007, S3011, S3017, S3019, S3021, S3023, S3024

84   AD-KEY0 84

S3006,S3012~ S3016,S3018, S3020,S3022,S3025~S3028

85   AD-KEY1 85

PROTECTIONCONTROL Q572

PROTECTIONCONTROL Q571

C-CONT 55

3 SW1

VIN1 1

M+5.2V

14 SW2

VIN2 16

POWERCONTROL PROTECTION Q459 5 EN1 12 EN2

SMPS NO002

POWERCONTROL PROTECTION Q457

83   MASTER-VOLUME 83

VBUS-OE/SD_WP_0 LEDDRIVER IC3001

D3005

FE_5.2V_M FE_5.2V_TRAY

USB+5V

THERMOSTAT TH571

SPM-AMBIENT-TEMP  80 VOLUME/ DJCONTROL EN001

+5V/ +5.2VREG. IC001

PROTECTIONCONTROL Q574

SPM-C-MON 79

PCONT-BTSTBY

+V1

+V1

112

+3.3V/+1.2VREG. IC009

122

 

IC103 13 OUT8

SIN 2

117

RGB-SOUT RES 76

4 VOUT

15 OUT10

D005

SCK 3

134

RGB-SCLK

TRANS 4

173

RGB-TRANS-LED

+1.2V D+3.3V

PWMCLK 21

136

3 SW1

VIN1 1 VIN2 16

E+3.3V

14 SW2

EN1 5 EN2 12

POWERCONTROL PROTECTION Q009

9 OUT4 10 OUT5 11 OUT6 12 OUT7

E+1.2V VDD 2

D3006

RGB-PWM-CLK

POWERCONTROL PROTECTION Q008

+1.2VREG. IC303 POWERCONTROL PROTECTION Q005

DVDD+3.3V

D003 +12VREG. IC2000

OUT0

5 6 7 8

OUT1 OUT2 OUT3

 AVDD+3.3V

+3.3VREG. IC008

+12V

D002 LEDDRIVER Q110

51 LED-CTRL

D3021

1 VO

VCC 8 EN 5

 AVDD+5V

 ACDD+9V

+3.3V

+3.3VREG. IC903

+3.3V

+3.3VREG. IC305

+5VREG. IC006

+9VREG. IC004

POWERCONTROL PROTECTION Q004

+13V

ST-CE 44 LEDDRIVER Q001

DVDD+5V LIQUID CRYSTAL DISPLAYDRIVER IC3003

LIQUID CRYSTAL DISPLAY ND001

 SEG0 I SEG32

33

   8    4      4    1

   2      1  ,    2    5      1    5

4

COM0 I COM3

POWERCONTROL PROTECTION Q461

POWERCONTROL PROTECTION Q007 SW+13V

INHB 13

BUSBUFFER IC3007

SDA 10

BUSBUFFER IC3006

4   LCD-SDA

SCL 9

BUSBUFFER IC3005

2   LCD-CLK

CSB 8

BUSBUFFER IC3004

175

LCD-BCKLED/INHB

POWERCONTROL PROTECTION Q006

MTK-POWER-CTRL 59

PCONT-PSAVE-PROTECT 60

176

BUSBUFFER IC102(2/2)

 AC-CUT(MD-BOOT0) 63

PCONT-DAMP

LCD-CSB

11 4Y 11  4Y

4A 12

POWERCONTROL PROTECTION Q011

POWERCONTROL PROTECTION Q012 (ACIN)  ACCUTSWITC TCH Q107

 AC-DET

MAINON

118

MHC-V44D 36

36

MHC-V44D Ver. 1.1

• Note for Printed Wiring Boards and Schematic Diagrams Diagrams Note on Printed Wiring Board: • X : parts extracted from the component side. • : parts extracted from the conductor side. • : Pattern from the side which enables seeing. (The other layer’s patterns are not indicated.) Caution: Pattern face side: (Conductor Side) Parts face side: (Component Side) 

Parts on the pattern face side seen from the pattern face are indicated. Parts on the parts face side seen from the parts face are indicated.

Note on Schematic Diagram: • All capacitors are inμF unless otherwise noted. (p: pF) 50 V or less are not indicated except for electrolytics and tantalums. • All resistors are in Ω and 1/4 W or less unless otherwise   specified. • 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.

Indication of transistor

C Q

These are omitted.

B E

• • • •

A : B+ Line. B : B– Line. H : Adjustment for repair. Voltage and waveforms are dc with respect respect to ground under no-signal (detuned) (detuned) conditions. no mark : TUNER

D Q

These are omitted.

G S

Q B

C

E These are omitted.

Q

B

C

E These are omitted.

• Abbreviation   AR : Argentina model AUS : Australian model   E4 : African model E12 : 220-240 V AC area in E model E93 : 240 V AC area in E model   LA9 : Latin-American model   MY : Malaysia model RU : Russian model   TH : Thai model Note 1: When the DAMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC2002 and IC2003 ON THE DAMP BOARD  AN D TH E COM PL ET E DA MP BOA RD ” on servicing notes (page 5). Note 2: When the SMPS board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC965, Q908 AND Q909 ON THE SMPS BOARD” on servicing notes (page 6). Note 3: When the DAMP board is replaced, spread the bond referring to “BOND FIXATION FIXATION OF ELECTRIC PARTS”” on servicing notes (page 7). PARTS Note 4: When the SMPS board is replaced, spread the bond referring to “BOND FIXATION FIXATION OF ELECTRIC PARTS” on servicing note (page 7).

• Voltages are taken with a VOM (Input impedance 10 MΩ). Voltage variations may be noted due to normal production   tolerances. • Waveforms are taken with a oscilloscope. Voltage variations may be noted due to normal production   tolerances. • Circled numbers refer to waveforms. • Signal path. : AUDIO (ANALOG) F L : USB : AUDIO (DIGITAL) J N : MIC • Abbreviation   AR : Argentina model AUS : Australian model   E4 : African model E12 : 220-240 V AC area in E model E93 : 240 V AC area in E model   LA9 : Latin-American model   MY : Malaysia model RU : Russian model   TH : Thai model

MHC-V44D Ver. 1.1

• Note for Printed Wiring Boards and Schematic Diagrams Diagrams Note on Printed Wiring Board: • X : parts extracted from the component side. • : parts extracted from the conductor side. • : Pattern from the side which enables seeing. (The other layer’s patterns are not indicated.) Caution: Pattern face side: (Conductor Side) Parts face side: (Component Side) 

Parts on the pattern face side seen from the pattern face are indicated. Parts on the parts face side seen from the parts face are indicated.

Note on Schematic Diagram: • All capacitors are inμF unless otherwise noted. (p: pF) 50 V or less are not indicated except for electrolytics and tantalums. • All resistors are in Ω and 1/4 W or less unless otherwise   specified. • 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.

Indication of transistor

C Q

These are omitted.

B E

• • • •

A : B+ Line. B : B– Line. H : Adjustment for repair. Voltage and waveforms are dc with respect respect to ground under no-signal (detuned) (detuned) conditions. no mark : TUNER

D Q

These are omitted.

G S

Q B

C

E These are omitted.

Q

B

C

E These are omitted.

• Abbreviation   AR : Argentina model AUS : Australian model   E4 : African model E12 : 220-240 V AC area in E model E93 : 240 V AC area in E model   LA9 : Latin-American model   MY : Malaysia model RU : Russian model   TH : Thai model

• Voltages are taken with a VOM (Input impedance 10 MΩ). Voltage variations may be noted due to normal production   tolerances. • Waveforms are taken with a oscilloscope. Voltage variations may be noted due to normal production   tolerances. • Circled numbers refer to waveforms. • Signal path. : AUDIO (ANALOG) F L : USB : AUDIO (DIGITAL) J N : MIC • Abbreviation   AR : Argentina model AUS : Australian model   E4 : African model E12 : 220-240 V AC area in E model E93 : 240 V AC area in E model   LA9 : Latin-American model   MY : Malaysia model RU : Russian model   TH : Thai model

Note 1: When the DAMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC2002 and IC2003 ON THE DAMP BOARD  AN D TH E COM PL ET E DA MP BOA RD ” on servicing notes (page 5). Note 2: When the SMPS board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC965, Q908 AND Q909 ON THE SMPS BOARD” on servicing notes (page 6). Note 3: When the DAMP board is replaced, spread the bond referring to “BOND FIXATION FIXATION OF ELECTRIC PARTS”” on servicing notes (page 7). PARTS Note 4: When the SMPS board is replaced, spread the bond referring to “BOND FIXATION FIXATION OF ELECTRIC PARTS” on servicing note (page 7). Note 5: When the MS-476 board is defective, exchange the entire CDM90 ASSY. Note 6: When the complete MOTHERBOARD board is replaced, refer to “NOTE OF REPLACING MOTHERBOARD BOARD OR BLUETOOTH MODULE OR RC-S730 (WW) BOARD” on page 6.

MHC-V44D 37

37

MHC-V44D

6-6.

PRINTED PRINTE D WIRING B OARD - DAMP Board - • See page 32 for Circuit Boards Boards Location. 1

A

2

3

4

5

6

DAMP BOARD (COMPONENT SIDE)

•

7

: Uses unleaded solder. 8

9

-

LOUDSPEAKER

-

10

11

12

13

14

15

DAMP BOARD (CONDUCTOR SIDE)

+ 

CN2003 7

1

B       9      7       0       2       C

      0       9      3       0      9       2      0       2       C       C

      4      5       8       9       0       0       2       2       C      C

      2       8       0       2       C

JL2030 CL2031

CL2033

CN2003

C

(CHASSIS)

JL2029

JL2027 JL2026 Q2004

 ABC

      9      5       0       2C2113       R

D

7

      0       6 R2058       0       1       2       6       R       0       2       R       9      7       0       2       R

      3       6       0       2       C

      1      7       0       2       C

C2058

R2057 C2075

CL2032

C2076

      1       1

     7       6       0       2       C

C2068

(CHASSIS)

1

C2069

 C2060

JL2006

      2       0       0       2       L

C2061

      3       0       0       2       L

E

      2       0       0       2       N       C

C2066 C2074

C2070

      4       0       0       2       L

JL2016 JL2012

JL2021 JL2015

R2049

R2053

      2       C

C2042

R2051 JL2018

F

      8       3       0       2       C      5       2       0       2       C

      0      7       0       2       R

G

      8       8       0       2       R

R2031

C2028       9       2       0      0      7       8      2      3       2      3       2       2      3      3       0       R      0       0      0      0       2       2      2      2       2       R       R       R       R       R

(CHASSIS)

H

R2019 C2008

25

JL2023      0

23

IC2003

C2034       1       3       0       2       C

C2029

      6       6       0       2       R

     7       6       0       2       R

     7       9      0       1       0       0       0       0       0       2       2      2       R      R      R

R2008 1

2

      3       2       6       0       0       2       0       2       R       R

R2012 R2011

R2055

     7       3       0       2       C      5       4       0       2       R

R2073

      0       0       0       2       D

R2075 R2087 Q2006

C2006 R2016 R2018 C2012

R2084

4

9

Q2005       C       B       A

     5 Q2000       1       0       2       R       3       1       0 R2014       2       R       2       2       0       8       2       1 C2017       0 Q2002      C       2       C

1

IC2000

      8      7       0       2       R

      3       0       0       2       C

 

CL2024       6       1       0       2       C

JL2011

      1       9       0       2       R

R2025

      1       4       0       2       R

JL2035 JL2001

R2024 JL2032

5

8

C2002 C2004

C2116

      6      5       2       3       0       2       0       R       2       R

     7      0       3      4       0      0       2      2       R      R       6      9       3      3       0      0       2      2       R       R

1

CL2000

JL2033 CL2010

JL2000 2

CL2004

C2023 D2001

C2115

R2080

CL2012

      1       4       0       2       C

     5       8       0       2       R

C2011

     5       0       2       C

CL2014

      9       4       0       2       C

JL2036

28       1

      3       0       0       2       R

      1

JL2014

22

IC2001

C2021

SMPSBOARD NO001 (Page43)

JL2017

C2057 C2103

C2050

44

R2047 C2035

29

CN2004

24

C2047 C2048 C2047  C2048

      4       0       2       C       0       3       0       2 1       C       3       4       0       2       R

JL2004

      4       4       0       2       R

R2077

1 C2014 C2013 C2007

C2044

C2010

C2020

      0       9       2       0       0       0       2       2       R       C

      2       0       1       2       C R2054

 

 JL2025 C2104 R2056

JL2013 C2101 R2050

C2053 C2056

      4       3       0       2       R

56

      9       1       0       2       C

   

      9       3       0       2 JL2009       C       6       3       0       2       C

  C2027

JL2019

R2052

23

22

C2032

      8       6       0       2       R

R2004 C2108 C2001 R2022 R2021

      2       C

IC2002

C2024

 

C2043

1

      1

JL2010 JL2008 C2100 C2052       9 C2055       9       0

44

      2       4       0       2       RR2046

JL2003       9       6       0       2       R

  C2045 C2046 C2045  C2046

JL2007

>007P

JL2022

JL2005 C2097

      2       0       0       2       N       C

     5       0       0       2       L

JL2020

C2051       8       9C2054       0

CL2034 JL2028

C2059

C2065

Q2003

CL2028

CL2018

C2073

      8       4       0       2       R

CL2030 CL2029

JL2024

      1       1

CL2011

CL2025 CL2026

      0       0       0       2       C

CL2023 CL2021

CL2027 CN2001

CL2022 CL2020

JL2039 CL2019

JL2037 JL2034 JL2031

JL2040

JL2038

(CHASSIS)

I >002P MOTHERBOARD BOARD CN124 (Page38)

J

DCFAN

11 1-980-507- (11)

11 1-980-507- (11)

16

MHC-V44D

6-6.

PRINTED PRINTE D WIRING B OARD - DAMP Board - • See page 32 for Circuit Boards Boards Location. 1

2

3

4

5

6

DAMP BOARD (COMPONENT SIDE)

A

•

: Uses unleaded solder.

7

8

9

-

LOUDSPEAKER

-

10

11

12

13

14

15

16

DAMP BOARD (CONDUCTOR SIDE)

+ 

CN2003 7

1

B       9      7       0       2       C

      0       9      3       0      9       2      0       2       C       C

      4      5       8       9       0       0       2       2       C      C

      2       8       0       2       C

JL2030 CL2031

CL2033

CN2003 (CHASSIS)

C

JL2029

JL2027 JL2026 Q2004

 ABC

      9      5       0       2C2113       R

D

7

      0       6 R2058       0       1       2       6       R       0       2       R       9      7       0       2       R

      1      7       0       2       C

C2058

R2057 C2075

      3       6       0       2       C

CL2032

C2076

      1       1

     7       6       0       2       C

C2068

(CHASSIS)

1

C2069

 C2060

JL2006

      2       0       0       2       L

C2061

      3       0       0       2       L

E

      2       0       0       2       N       C

C2066 C2074

C2070

      4       0       0       2       L

JL2016 JL2012

JL2021 JL2015

R2049

R2053

      2       C

C2042

R2051       8       3       0       2       C      5       2       0       2       C

JL2018

F

  C2045 C2046 C2045  C2046

      0      7       0       2       R

C2032

      8       6       0       2       R

      8       8       0       2       R

G

(CHASSIS)

R2019 C2008

      3       0       0       2       R

R2087 Q2006

R2016 R2018

     5       0       2       C

C2012 4

1

9

IC2000

C2116

8

5

      3       0       0       2       C

      8      7       0       2       R

 

CL2024       6       1       0       2       C

JL2011

Q2005       C       B       A

      1       9       0       2       R

      1       4       0       2       R

R2025

JL2035 JL2001

R2024 JL2032

      6      5       2       3       0       2       0       R       2       R

CL2000

JL2033 CL2010

JL2000 2

     7      0       3      4       0      0       2      2       R      R       6      9       3      3       0      0       2      2       R       R

C2002 C2004

2

CL2004

C2023 D2001

C2115

R2080

R2012 R2011

      3       2       6       0       0       2       0       2       R       R

1

R2084

     5 Q2000       1       0       2       R       3       1       0 R2014       2       R       2       2       0       8       2       1 C2017       0 Q2002      C       2       C

C2006

R2008

CN2004

24

      0       0       0       2       D

R2075

     5       8       0       2       R

C2011

28       1      7       9      0       1       0       0       0       0       0       2       2      2       R      R      R

     7       3       0       2       C      5       4       0       2       R

JL2036

R2077

H 25

     7       6       0       2       R

IC2001

C2021

R2055

R2073

      1       3       0       2       C

CL2012

      1       4       0       2       C

22

C2034

CL2014

      9       4       0       2       C

23

R2047 C2035

29

1 C2014 C2013 C2007

      0       9       2       0       0       0       2       2       R       C

      6       6       0       2       R

JL2014

IC2003

C2010

C2020       9       1       0       2       C

      1

C2057 C2103

C2050

44

C2029

      4       3       0       2       R

56

R2004 C2108 C2001 R2022 R2021

C2047 C2048 C2047  C2048

      4       0       2       C       0       3       0       2 1       C       3       4       0       2       R

JL2004

      4       4       0       2       R

R2031

C2028       9       2       0      0      7       8      2      3       2      3       2       2      3      3       0       R      0       0      0      0       2       2      2      2       2       R       R       R       R       R

C2044

JL2023      0

      9       3       0       2 JL2009       C       6       3       0       2       C

  C2027

      2       0       1       2       C R2054

 

 JL2025 C2104 R2056

JL2013 C2101 R2050

C2053 C2056

R2052

23

22

C2024

      9       6       0       2       R

   

      2       C

IC2002

      2       4       0       2       RR2046

JL2003

JL2019

 

C2043

1

SMPSBOARD NO001 (Page43)

JL2017

      1

JL2010 JL2008 C2100 C2052       9 C2055       9       0

44

JL2007

>007P

JL2022

JL2005 C2097

      2       0       0       2       N       C

     5       0       0       2       L

JL2020

C2051       8       9C2054       0

CL2034 JL2028

C2059

C2065

Q2003

CL2028

CL2018

C2073

      8       4       0       2       R

CL2030 CL2029

JL2024

      1       1

1

CL2011

CL2025 CL2026

      0       0       0       2       C

CL2023 CL2021

CL2027

JL2039 CL2019

CL2022 CL2020

CN2001

JL2037 JL2034 JL2031

JL2040

JL2038

(CHASSIS)

I

11 1-980-507- (11)

>002P MOTHERBOARD BOARD CN124 (Page38)

DCFAN

11 1-980-507- (11)

J

K Note 1: When the DAMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC2002 and IC2003 ON THE DAMP BOARD AND THE COMPLETE DAMP BOARD” on servicing notes (page 5).

Note 2: When the DAMP board is replaced, spread the bond referring to “BOND FIXATION OF ELECTRIC PARTS” on servicing notes (page 7).

MHC-V44D 39

39

MHC-V44D

6-7.

PRINTED PRINTE D WIRING BOA RD - STR Board - • See page 32 for Circuit Boards Boards Location. 1

2

3

4

5

6

•

: Uses unleaded solder.

7

8

9

10

11

12

13

14

15

16

STR BOARD A

B

>008P IRBOARD NO3300 (Page45)

NO3017 1

S3016 MICECHO

JR3007 JR

JR3006 JR

CL3104 R3031 JR3045 JR

      9       1       0       R       3       J       R       J

D

3

1

4

5

1

CL3066 CL3063

R3117

1

5

4

5       6 4

5

JR3054 JR

CL3060         2       2       0       R       3       J       R       J

      6       0       3       C

20

CL3056

CL3102

CL3228

      7       4       0       R       3       J       R       J

      4       3       0       3       R

S3012

CL3235

      6       4       0       R       3       J       R       J       2       5       0      R       3      J       R       J S3018

CL3100

      2       0       1       3       R

S3025 DJOFF

 -

JR3016 JR CL3249

CL3237

CL3098

      R       R       J       J       4       5       1       1       0       0       3       3       R       R       J       J

      R       J       5       2       0       3       R       J

      R       J       3       2       0       3       R       J

TUNING-

Z

.

CL3177

24

      5       2       0       3       R

CL3040

      8       0       0       3       R       J       2       0       0      R       R       3      J       J       R       J

R3005 CL3004

5 3

CL3001

S3019 FIESTA

      8       7       0       3       R

      8       1       0       3       R

CL3170

JR3027 JR

      1       0       1       3       R

      8       1       0      R       3      J       R       J

NO3014

      1       0       0       3       R

CL3000

S3021 FOOTBALL

CL3239

      2       6       0       3       C

 AUS C3041

CL3006 R3076 CL3168

      7       1       0       3 R

R3016

CL3022

      0       0       0       3       R

S3005

N

CL3124

      9       7       0       3       R

CL3171

S3004

x S3024

3

CL3089

ISOLATOR

CL3096

CL3090

1

CL3091

S3010

1

>009P

J

CL3002 R3002

EN001

      8       0       3       R

D3018 S3002 SOUNDFIELD

D3005

PARTYLEDBOARD CN004 (Page45)

I

R3003

D3017

S3023 FLANGER

CL3023

CN3007 CL3238

R3006

CL3169

VOLUME/ DJCONTROL

CL3240

S3026

      1       0       0      R       3      J       R       J

R3077

CL3174 CL3038 R3027 CL3172 CL3039       1       2      4       5      5       0      0       3      3       C      C

JR JR3044

      0       3       0       R       3       J       R       J

25

C3031

1

CL3005

CL3128

      6       0       0       3       C

4

JR CL3081 JR3021

      2       2       0       3       C

R3004

      0      1      1      5       5      5      7      0       0      0      0      0       3      3       3      3       C      C      R      C

C3029 1

      2       9       0       3       R

S3011 PARTYLIGHT

CL3024

12

1

CL3085

S3001 MEGABASS

S3003 FUNCTION

CL3129

IC3001

CL3248 13

R3082

JR3043 JR

S3022

      1       7       0       3       C

CN3005

C3023 S3007 ENTER C3024

CL3130

CL3019

S3014

S3013

CL3164

CL3131

CL3020

W001

1A     6

D3013

      0       1       9       5       5       0       0       R       0       R       R       3       J       J      0       J       3       3       R       R       R       J       J       J

JR3037 JR

REC/PLAY5V

CL3003

      5       1       1       3       R

CL3178

CL3021 CL3132

R3103

CL3045

      R

CL3175       0       7       0       3 R3067JR3012       C JR       3      1      0      4      5      2      7       9      0       8      8      9       1      0      0      1      1      0      4       6      7       6      4      4       0      0      0      0      0      0      0       0      0      0       0       0       3       3       3       3      3       3      3       3      3      3      3      3       C      C       R       R      C      C      R      R       C      C      R      R

      6       3       0       3       R

 

C3025CL3084

D3006

CL3107

CL3082 D3022

CL3231

R3028 CL3108

CL3241

S3017 RECTOUSB

      1       1

CL3106 R3029

PARTYCHAIN

CL3242 R3037

      7       5       5       5       0       0       3       3       C      C

      1 CL3187 13 14       3 CL3247       R CL3232 R3089 CL3185 CL3183 R3090 S3006 CL3186       1 -PAIRING       9       0 BLUETOOTH       3

CL3165 CL3121

JR3039 JR

R3035

>

CL3048

H

CL3236

S3028 MICLEVEL-

      1       3       0       R       J      3       R       J

      0      9       9       1      0       0      5       3      3       3      3       R      R      R      0       3       R       J

      7       1       0       R       J      3       R       1       J       6       0       3       C

CL3101

TUNING+

CL3051

Q001 JR3000 CL3179       R JR       0      3       4       J

      0       3       0       3       R

      4       3       3       3       0       3       0       3       R       R       J       J

JR3048 JR JR3049 JR

CL3184

JR3038

JR       2       3       0 CL3105       R       3       J       R       J

CL3214 CL3217 CL3219 CL3203 CL3210 CL3192 CL3199 CL3221 CL3194 CL3201 CL3212 CL3216 CL3220 CL3189 CL3202CL3204 CL3193 CL3197 CL3211 CL3190 CL3195 CL3213 CL3215 CL3218 CL3198CL3200 CL3191 CL3196 CL3229 CL3206 CL3209 ND001 CL3226 JR3013 CL3188 40 39 JR CL3244 CL3205 CL3208 JR3041       R       J      1 CL3224 CL3243 JR       1 CL3207       0 CL3223 CL3230       3 JR3029       R 27 JR CL3222 52 JR3042       J JR IC3003 26 JR3028 JR 1

CL3225 CL3227

D3021

S3020 VOCALFADER

      6       3       0      R       R       R       3      J       J       J       R       J

      3       4       4       0       2      R      0      R      0       R       0      J       3      J       0       3      J       3       R       R CL3065       R       J       J       J CL3046       3 CL3057       3       0 CL3053       3       R CL3055

CL3054

G

3

CL3050

 +

>005P 21

1

      5       0       0      R       3      J       R       6       J       0       1       3       R

S3015

MOTHERBOARD BOARD CN126 (Page38)

3

      0       4       RCL3058       0       J       3       R       J

CL3059

CL3062

E

      7       6

1

CL3103

S3027 CL3064 MICLEVEL+ CL3061

2

JR3055 JR

      5       6       0

      0 IC3004      3 IC3005 IC3006      3       C       C

      8       6 3       0       3       C 4

      7       0       1       3       R

CN3002

F

      0       2       0      R       3      J       R       J

JR3026 JR

IC3007       2       3       0       3       R

CL3234

4

R3108

JR3010 JR

C

3

11 1-980-575- (11)

>006P MOTHERBOARD BOARD CN451 (Page38)

MHC-V44D

6-7.

PRINTED PRINTE D WIRING BOA RD - STR Board - • See page 32 for Circuit Boards Boards Location. 1

2

3

4

5

6

•

: Uses unleaded solder.

7

8

9

10

11

12

13

14

15

16

STR BOARD A

B

>008P IRBOARD NO3300 (Page45)

NO3017 1

S3016 MICECHO

JR3007 JR

JR3006 JR

CL3104 R3031 JR3045 JR

      9       1       0       R       3       J       R       J

D

3

1

4

5

1

CL3066 CL3063

R3117

1

5

4

5       6 4

5

JR3054 JR

CL3060         2       2       0       R       3       J       R       J

      6       0       3       C

20

CL3056

CL3102

CL3228

      7       4       0       R       3       J       R       J

      4       3       0       3       R

S3012

CL3235

      6       4       0       R       3       J       R       J       2       5       0      R       3      J       R       J S3018

CL3100

      2       0       1       3       R

S3025 DJOFF

 -

JR3016 JR CL3249

CL3237

CL3098

      R       R       J       J       4       5       1       1       0       0       3       3       R       R       J       J

      R       J       5       2       0       3       R       J

      R       J       3       2       0       3       R       J

TUNING-

Z

.

CL3177

25

      5       2       0       3       R

CL3040

R3006

R3003

5 3

R3005 CL3004

CL3001

      8       0       0       3       R       J       2       0       0      R       R       3      J       J       R       J

      1       0       0       3       R

CL3000

S3021 FOOTBALL

      7       1       0       3 R

R3016

CL3022

S3019 FIESTA

      8       7       0       3       R

      8       1       0       3       R

CL3170

JR3027 JR

      0       0       0       3       R

S3005

N

CL3124

      9       7       0       3       R

CL3171

S3004

x S3024

CN3007       8       1       0      R       3      J       R       J

NO3014

D3005

      1       0       1       3       R

CL3238

 AUS C3041

S3023 FLANGER

CL3023

CL3239

      2       6       0       3       C

D3018 S3002 SOUNDFIELD

CL3002 R3002

EN001

      8       0       3       R

D3017

CL3006 R3076 CL3168

CL3169

VOLUME/ DJCONTROL

CL3240

S3026       0       3       0       R       3       J       R       J

      1       0       0      R       3      J       R       J

R3077

CL3174 CL3038 R3027 CL3172 CL3039       1       2      4       5      5       0      0       3      3       C      C

JR JR3044

24

C3031

1

CL3005

CL3128

      6       0       0       3       C

4

JR CL3081 JR3021

      2       2       0       3       C

R3004

      0      1      1      5       5      5      7      0       0      0      0      0       3      3       3      3       C      C      R      C

C3029 1

      2       9       0       3       R

S3011 PARTYLIGHT

CL3024

12

1

CL3085

S3001 MEGABASS

S3003 FUNCTION

CL3129

IC3001

CL3248 13

R3082

JR3043 JR

S3022

      1       7       0       3       C

CN3005

C3023 S3007 ENTER C3024

CL3130

CL3019

S3014

S3013

CL3164

CL3131

CL3020

W001

1A     6

D3013

      0       1       9       5       5       0       0       R       0       R       R       3       J       J      0       J       3       3       R       R       R       J       J       J

JR3037 JR

REC/PLAY5V

CL3003

      5       1       1       3       R

CL3178

CL3021 CL3132

R3103

CL3045

      R

CL3175       0       7       0       3 R3067JR3012       C JR       3      1      0      4      5      2      7       9      0       8      8      9       1      0      0      1      1      0      4       6      7       6      4      4       0      0      0      0      0      0      0       0      0      0       0       0       3       3       3       3      3       3      3       3      3      3      3      3       C      C       R       R      C      C      R      R       C      C      R      R

      6       3       0       3       R

 

C3025CL3084

D3006

CL3107

CL3082 D3022

CL3231

R3028 CL3108

CL3241

S3017 RECTOUSB

      1       1

CL3106 R3029

PARTYCHAIN

CL3242 R3037

      7       5       5       5       0       0       3       3       C      C

      1 CL3187 13 14       3 CL3247       R CL3232 R3089 CL3185 CL3183 R3090 S3006 CL3186       1 -PAIRING       9       0 BLUETOOTH       3

CL3165 CL3121

JR3039 JR

R3035

>

CL3048

H

CL3236

S3028 MICLEVEL-

      1       3       0       R       J      3       R       J

      0      9       9       1      0       0      5       3      3       3      3       R      R      R      0       3       R       J

      7       1       0       R       J      3       R       1       J       6       0       3       C

CL3101

TUNING+

CL3051

Q001 JR3000 CL3179       R JR       0      3       4       J

      0       3       0       3       R

      4       3       3       3       0       3       0       3       R       R       J       J

JR3048 JR JR3049 JR

CL3184

JR3038

JR       2       3       0 CL3105       R       3       J       R       J

CL3214 CL3217 CL3219 CL3203 CL3210 CL3192 CL3199 CL3221 CL3194 CL3201 CL3212 CL3216 CL3220 CL3189 CL3202CL3204 CL3193 CL3197 CL3211 CL3190 CL3195 CL3213 CL3215 CL3218 CL3198CL3200 CL3191 CL3196 CL3229 CL3206 CL3209 ND001 CL3226 JR3013 CL3188 40 39 JR CL3244 CL3205 CL3208 JR3041       R       J      1 CL3224 CL3243 JR       1 CL3207       0 CL3223 CL3230       3 JR3029       R 27 JR CL3222 52 JR3042       J JR IC3003 26 JR3028 JR 1

CL3225 CL3227

D3021

S3020 VOCALFADER

      6       3       0      R       R       R       3      J       J       J       R       J

      3       4       4       0       2      R      0      R      0       R       0      J       3      J       0       3      J       3       R       R CL3065       R       J       J       J CL3046       3 CL3057       3       0 CL3053       3       R CL3055

CL3054

G

3

CL3050

 +

>005P 21

1

      5       0       0      R       3      J       R       6       J       0       1       3       R

S3015

MOTHERBOARD BOARD CN126 (Page38)

3

      0       4       RCL3058       0       J       3       R       J

CL3059

CL3062

E

      7       6

1

CL3103

S3027 CL3064 MICLEVEL+ CL3061

2

JR3055 JR

      5       6       0

      0 IC3004      3 IC3005 IC3006      3       C       C

      8       6 3       0       3       C 4

      7       0       1       3       R

CN3002

F

      0       2       0      R       3      J       R       J

JR3026 JR

IC3007       2       3       0       3       R

CL3234

4

R3108

JR3010 JR

C

3

3

CL3089

ISOLATOR

CL3096

CL3090

1

CL3091

S3010

1

>009P PARTYLEDBOARD CN004 (Page45)

I

J

K

MHC-V44D 40

40

11 1-980-575- (11)

>006P MOTHERBOARD BOARD CN451 (Page38)

MHC-V44D

6-9.

SCHEMATIC DIAGRA M - STR Boar d (2/2) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

A

STR BOARD (2/2)

B R3108 0

   1    1    1    1    0  .    0  .    0  .    0  .    0    0    0    0

   1    1    1    1    1    1    1    1    0  .    0  .    0  .    0  .    0  .    0  .    0  .    0  .    0    0    0    0    0    0    0    0

   4    2    0    1    5    5    7    7    0    0    0    0    3    3    3    3    C    C    C    C

   1    0    2    7    8    9    0    1    0    0    0    4    4    4    5    5    0    0    0    0    0    0    0    0    3    3    3    3    3    3    3    3    C    C    C    C    C    C    C    C

D3005 HL-364V620MZ-T REDLED

C M+5.2V

CL3248

3.7

CL3249

2

CL3179

CL3175

R3082

22

CL3172

3

CL3178

CL3177

R3081

22

CL3174

2.1

D3006 HL-364B460MZ-T BLUELED RGB_PWM

D

R3027

100

D+3.3V

R3025 680

1.7

CL3038

C3029 1016V

CL3039

1.1

CL3040

3.3

13 OUT8

OUT7 12

14 OUT9

OUT6 11

15 OUT10

OUT5 10

16 OUT11

OUT4 9

17 OUT12

OUT3 8

18 OUT13

OUT2 7

19 OUT14

OUT1 6

20 OUT15

OUT0 5

21 PWMCLK

TRANS 4 SCK 3

22 SOUT 23 REXT

SIN 2

R3067

33

2.5

CL3019

R3013

33

2.5

CL3020

R3014

33

2.5

CL3021

R3015

33

2.5

CL3132

2.5

CL3131

R3068

22

2.5

CL3130

R3069

22

2.5

CL3129

R3070

22

2.5

CL3128

R3071

22

0

CL3022

R3016

100

0

CL3023

R3017

100

0

CL3024

R3018

100

CL3235 CL3236

NO3017 4P 1 LED+5.2V 3 GREENHILED 4 BLUEHILED

>002S PARTYLED BOARD CN004 (Page45)

CL3165

GND 1

24 VDD IC3001 TC62D723FNG

C3006 0.22

CL3234 CL3121

C3005 100p

IC3001 LEDDRIVER

LEDGND

E    S    K    N    L    A    D    C    R    S    S    T    B    B    B    G    G   G    R    R    R

>002S

F

1

STRBOARD (1/2) (Page41)

G NO3014 5P USB+5V 1 MOTHERBOARD BOARD CN451

CL3081 CL3084

D- 3 D+ 4

(AUS)

USBGND 5

H

D3013 C3041 0.125V DZ2J068M0L

       X        X

D3017 BAV99-215

D3018 BAV99-215

C3031 1006.3V

C3022 C3024 10 22

GND

J

  REC/PLAY5V 1A

CN3005 4P

D3022 BAV99-215 CL3082

I

DD+

CL3241 C3025 0.01

C3023 0.1

VBUS

CL3085

W001 GNDWIRETOCHASSIS

15

16

17

MHC-V44D

6-9.

SCHEMATIC DIAGRA M - STR Boar d (2/2) 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

A

STR BOARD (2/2)

B R3108 0

   1    1    1    1    0  .    0  .    0  .    0  .    0    0    0    0

   1    1    1    1    1    1    1    1    0  .    0  .    0  .    0  .    0  .    0  .    0  .    0  .    0    0    0    0    0    0    0    0

   4    2    0    1    5    5    7    7    0    0    0    0    3    3    3    3    C    C    C    C

   1    0    2    7    8    9    0    1    0    0    0    4    4    4    5    5    0    0    0    0    0    0    0    0    3    3    3    3    3    3    3    3    C    C    C    C    C    C    C    C

D3005 HL-364V620MZ-T REDLED

C M+5.2V

CL3248

3.7

CL3249

2

CL3179

CL3175

R3082

22

CL3172

3

CL3178

CL3177

R3081

22

CL3174

2.1

D3006 HL-364B460MZ-T BLUELED RGB_PWM

D

R3027

100

D+3.3V

R3025 680

1.7

CL3038

C3029 1016V

CL3039

1.1

CL3040

3.3

13 OUT8

OUT7 12

14 OUT9

OUT6 11

15 OUT10

OUT5 10

16 OUT11

OUT4 9

17 OUT12

OUT3 8

18 OUT13

OUT2 7

19 OUT14

OUT1 6

20 OUT15

OUT0 5 TRANS 4

21 PWMCLK

SCK 3

22 SOUT 23 REXT

SIN 2

R3067

33

2.5

CL3019

R3013

33

2.5

CL3020

R3014

33

2.5

CL3021

R3015

33

2.5

CL3132

2.5

CL3131

R3068

22

2.5

CL3130

R3069

22

2.5

CL3129

R3070

22

2.5

CL3128

R3071

22

0

CL3022

R3016

100

0

CL3023

R3017

100

0

CL3024

R3018

100

CL3235

>002S

3 GREENHILED

CL3236

PARTYLED BOARD CN004 (Page45)

4 BLUEHILED

CL3165

GND 1

24 VDD IC3001 TC62D723FNG

C3006 0.22

NO3017 4P 1 LED+5.2V

CL3234 CL3121

C3005 100p

IC3001 LEDDRIVER

LEDGND

E    S    K    N    L    A    D    C    R    S    S    T    B    B    B    G    G   G    R    R    R

>002S

1

STRBOARD (1/2) (Page41)

F

G NO3014 5P USB+5V 1 MOTHERBOARD BOARD CN451

CL3084

(AUS)

USBGND 5

D3013 C3041 0.125V DZ2J068M0L

H

VBUS

CL3081

D- 3 D+ 4 C3031 1006.3V

       X        X

D3017 BAV99-215

D3018 BAV99-215

C3022 C3024 10 22

D-

CL3085

D+

CL3241

GND

  REC/PLAY5V 1A

CN3005 4P

C3025 0.01

D3022 BAV99-215

C3023 0.1

W001 GNDWIRETOCHASSIS

CL3082

I

J

K

MHC-V44D 42

42

MHC-V44D

6-10. PRINTED WIRING BOARD - SMPS Boar d - • See page 32 for Circuit Circuit Boards Location. 1

2

3

4

5

6

•

: Uses unleaded solder.

7

8

9

10

11

12

13

14

15

16

SMPS BOARD A

    4     9     8    2     2     1     2     2     0     0     2     1     2     1     2    2     L     C    R    R    C

    5     0     9     T     E

JW941

    2     6     0     1     R

NO002

JL920

NO002

9

1

ET902

JL1036 R2136 JL1020     2     1 C     3     2     0     0     0     1     2     7 CL971 JL1026     L     L     0     4     9     7     J     C     0     C     6 PH933     9     0     0     9 CL1001     5     1     R     0     W     8     L     J     CC1008     1     9 C     9     0     6     D     5     3     7     6 R992     1     9     1     1     1     1     1 E     R     C     0     0     0     0     1     1     1     1     1     0     2     R     1     R     R    R     0     2 JL1023 D972 R971     7     0     R     9     1 CL1003     L     L     C 1     C 4     1 R1019    2 3 T903     0    8     9     4 2     1     1     0     1     L     0     0IC1000     J     1     0     1     1 D927 JW937     R    C     R JL1003     1    0     7     9    7     9     C     R

D902

JL921 R2130

(CHASSIS)

B

PH934 E

Q1019

9

1

C1011

C

JL919 JW951

    4     4     9     9     W     6     9     J     D

JL1045

D

    3     2     9     W     J D1001 JL1042

JL1018

    8     6     9     D

    5     6     9     L     C

    7     5     1     6     4     9     9     3     9     C     4     W     J     W     0     2     3     3     J     9     3     9     9     D     7     W     W     J     6     J     9     L     2     6     2     C     0     1     1     0     1     L     J     L     J     5     5     7     2     7     5     9     9     9     C     R     R R978 R950

C1006

MOTHERBOARD BOARD CN001 (Page38)

    2     2     7     9     7     9     1     6     C R     1     9     6     9     Q     D R969

    2     3     3     9     1     9     W     W     J     J

>003P

    0     3     9     W     J

JL1024

JL1040

    2     4     9 R981     W     J

    6     2     9     W     J CL905

1

R966

7

    8     6     9     C

    9     7     9     R JW948

    9     0     9     S     J

JW938

C966

    9     6 2     9     L     C 6

JW935

D1025

    6     6     9     L     C

    1     2     9     W     J

CL970

JW952

R901

JW927 Q1020 R2135

R974 R973

    3     3     4     9     5     9     W     J     W     J

    4     2     9     W     6     J     1     0     2     C

    7     2     0     1     D

JL1034

11

    1     0     0     O     N

G >007P DAMPBOARD CN2002 (Page39)

    4     1     0     2     L     C

    3     0     0     1     D

JL1050 JL1051 JL1052

JL918

    9     1     0     2     L     C

JL1049

H

C1019

    9     3     0     1     L     J

D1004     3     2 R1054     0     1     2     2     R C1027     9     7     W     J     3     0     1     L Q1008     J     2     1     3     0     1     6     CQ1003     0     1     R     0     0     0     1     L     C

I

J

ET904

(CHASSIS)

CAM905 PATTERN SPARK-GAP

    3     0     9     D

C2008

L906

CL904 C2009     5     2     9     W     J

JW929     8     0     9     Q    2    9    9   C R929

CAM904 PATTERN SPARK-GAP

    1     0     9     D

    4     0     9     W     J

C902

C903

    8     4     9     R

D906 D1009

JL1035

    2     3     3     3     1 JL1033     1     2     2     R     R

C2010

    7     1     0     2     L     C     8     1     0     2     L     C

1

    4     1     7     6     3     1     3     2     2     1     2     2     1     1     R     R     2     2     R     R

JW905

    8     9     9     R

    7     1     9     C

    5     1     0     2     L     C     6     1     0     2     L     C

JL917 C1003

    6     4     0     1     L     J     7     4     6     0     3     1     9     L    W     J     J 3     8     4     0     1     L     J

    6     9     9     R

(CHASSIS)

JW949 JW920

    7     6     9     D

T901 CONVERTER TRANSFORMER

ET903

C907

JL1004

JW928

F

   2    0    9    H    T

D1026 JL1041

R914

JL922

   0  4    9    H    T

C914

C2017 JL1019

R965

E

(CHASSIS)

 A933

    5     6     9     C     I

R953 JL1017

    0     1     9     C

L905     3     0     9     W     J

JL1006

D918     9     0     7     0     9     7     5     2     1     0     Q D923     0     8     0     1 R1038     1     1     2 TH903     R     R    D     0     1     9     5 IC1001     0     0     R JL1005     9 3 2     0     0 Q1004 JL1015     2     1     D Q1005     0     L     2 R986 R1042 D911     C 4 1     L     9     C     0 JL1030 Q903     0 R1007     7     1 R946     0     R R1039     4     9     6     1     8     4 R945 C1015     S     0     2     9     0 CL1006     J     9 D910     9     9     R    Q     W    5     5     R R1004     J     6     2     0     0     0 D912     0 R1003     3     1     1     1     9 D907     R    R     4 JL1031     0     R     7     0 C921     1 R1006 C1016     4     6     9     C     7     6     9 JL1028     Q     0     1 JL1008     R     9     1     5 D1007     0     6     3     0     2     0     2     4     7     3     4     R    0     4 JW916     4 R943     Q     1     1     1     0     1     9     9     3 PH930     1 R975     0     8     9     R     R     R     W     9     1     0     W     0     R     J     0     J JW919     C     1     W C     0 C934     7     J     D     5     0   D1005     0     8     0     5     1 R916     0 E JL1010     1     0 R1056 R2124     1 R997 JL1029     R     9    2     9     2     7     1     1     0     0     L     C    C     2     0     R    0     J D1002 JL1038     1     9     9 R999 Q913 Q905     9     2     D     R    C R1072     6     0     8     0     0     1     1     3 D1011 JL1043     1     D     0     0     9 R954 JW940     R Q1006     1 R930     R Q1018     C     7     0     5 JL1044     1     7     2     7 PH932 D921     3     R     1     0     8     9     2     9     1 Q910    R     R C     W    9     8     4     1 JW917     J     2     2     0     W     0     0     0     J     9     9 E     9     1 JL1009     W    R D913     R     W     J     J R955 Q915 Q914

C922 D925     5 D914     0     9 JW950 C913     D JW910 1

8

IC900 4

5

JW911

CL902

JL902

    9     3     9     R

C926 JL1013 R938     6     0     9     5 R942     W     1     9     J     W D904 C933     J R1068 JL1012 R941     9     9     6     0 JL1011     3     5     0     9     9     4     8     5     9     9     W     9     R     W     J J     R     R

C905     2     1     9     W     J

    1     0     9     F

VDR901 CAM902 PATTERN SPARK-GAP JL903

JL901

2

1

ET901

CN902 (CHASSIS)

MHC-V44D

6-10. PRINTED WIRING BOARD - SMPS Boar d - • See page 32 for Circuit Circuit Boards Location. 1

2

3

4

5

6

•

: Uses unleaded solder.

7

8

9

10

11

12

13

14

15

16

SMPS BOARD A

    4     9     8    2     2     1     2     2     0     0     2     1     2     1     2    2     L     C    R    R    C

    5     0     9     T     E

    2     6     0     1     R

JW941 NO002

JL920

NO002

9

ET902

JL1036 R2136 JL1020     2     1 C     3     2     0     0     0     1     2     7 CL971 JL1026     L     L     0     4     9     7     J     C     0     C     6 PH933     9     0     0     9 CL1001     5     1     R     0     W     8     L     J     CC1008     1     9 C     9     0     6     D     5     3     7     6 R992     1     9     1     1     1     1     1 E     R     C     0     0     0     0     1     1     1     1     1     0     2     R     1     R     R    R     0     2 JL1023 D972 R971     7     0     R     9     1 CL1003     L     L     C 1     C 4     1 R1019    2 3 T903     0    8     9     4 2     1     1     0     1     L     0     0IC1000     J     1     0     1     1 D927 JW937     R    C     R JL1003     1    0     7     9    7     9     C     R

D902

JL921 R2130

(CHASSIS)

B

PH934 E

Q1019

9

1

1

JL919

C1011

C

JW951

    4     4     9     9     W     6     9     J     D

    0     3     9     W     J

JL1045

    5     6     9     L     C

D

    7     5     1     6     4     9     9     3     9     C     4     W     J     W     0     2     3     3     J     9     3     9     9     D     7     W     W     J     6     J     9     L     2     6     2     C     0     1     1     0     1     L     J     L     J     5     5     7     2     7     5     9     9     9     C     R     R R978 R950

C1006     3     2     9     W     J

MOTHERBOARD BOARD CN001 (Page38)

    8     6     9     D

R969

    2     3     3     9     1     9     W     W     J     J

>003P

D1001 JL1042

JL1018

JL1024

    2     2     7     9     7     9     1     6     C R     1     9     6     9     Q     D

    6     2     9     W     J

 A933

CL905

1

R966

7

    8     6     9     C

    9     7     9     R JW948

    9     0     9     S     J

JW938

C966

    9     6 2     9     L     C 6

JW935

D1025

    6     6     9     L     C

    1     2     9     W     J

CL970

JW952

R901

JW927 Q1020 R2135

JL1041     3     3     4     9     5     9     W     J     W     J

    4     2     9     W     6     J     1     0     2     C

    7     2     0     1     D

JL1034

11

    1     0     0     O     N

G >007P DAMPBOARD CN2002 (Page39)

    4     1     0     2     L     C

    3     0     0     1     D

JL1050 JL1051 JL1052

JL918

H

C1019

D1004     3     2 R1054     0     1     2     2     R C1027     9     7     W     J     3     0     1     L Q1008     J     2     1     3     0     1     6     CQ1003     0     1     R     0     0     0     1     L     C

I

J

CL904 C2009

ET904

    5     2     9     W     J

JW929     8     0     9     Q    2    9    9   C

CAM904 PATTERN SPARK-GAP

    1     0     9     D

    4     0     9     W     J

R929

C902

C903

    8     4     9     R

L905     3     0     9     W     J

JL1006

D918     9     0     7     0     9     7     5     2     1     0     Q D923     0     8     0     1 R1038     1     1     2 TH903     R     R    D     0     1     9     5 IC1001     0     0     R JL1005     9 3 2     0     0 Q1004 JL1015     2     1     D Q1005     0     L     2 R986 R1042 D911     C 4 1     L     9     C     0 JL1030 Q903     0 R1007     7     1 R946     0     R R1039     4     9     6     1     8     4 R945 C1015     S     0     2     9     0 CL1006     J     9 D910     9     9     R    Q     W    5     5     R R1004     J     6     2     0     0     0 D912     0 R1003     3     1     1     1     9 D907     R    R     4 JL1031     0     R     7     0 C921     1 R1006 C1016     4     6     9     C     7     6     9 JL1028     Q     0     1 JL1008     R     9     1     5 D1007     0     6     3     0     2     0     2     4     7     3     4     R    0     4 JW916     4 R943     Q     1     1     1     0     1     9     9     3 PH930     1 R975     0     8     9     R     R     R     W     9     1     0     W     0     R     J     0     J JW919     C     1     W C     0 C934     7     J     D     5     0   D1005     0     8     0     5     1 R916     0 E JL1010     1     0 R1056 R2124     1 R997 JL1029     R     9    2     9     2     7     1     1     0     0     L     C    C     2     0     R    0     J D1002 JL1038     1     9     9 R999 Q913 Q905     9     2     D     R    C R1072     6     0     8     0     0     1     1     3 D1011 JL1043     1     D     0     0     9 R954 JW940     R Q1006     1 R930     R Q1018     C     7     0     5 JL1044     1     7     2     7 PH932 D921     3     R     1     0     8     9     2     9     1 Q910    R     R C     W    9     8     4     1 JW917     J     2     2     0     W     0     0     0     J     9     9 E     9     1 JL1009     W    R D913     R     W     J     J R955 Q915 Q914

    9     3     0     1     L     J

C2008

L906

D906 D1009

CAM905 PATTERN SPARK-GAP

C2010

    9     1     0     2     L     C

JL1049

JL1035

    2     3     3     3     1 JL1033     1     2     2     R     R     3     0     9     D

    7     1     0     2     L     C     8     1     0     2     L     C

1

    4     1     7     6     3     1     3     2     2     1     2     2     1     1     R     R     2     2     R     R

JW905

    8     9     9     R

    7     1     9     C

    5     1     0     2     L     C     6     1     0     2     L     C

JL917 C1003

    6     4     0     1     L     J     7     4     6     0     3     1     9     L    W     J     J 3     8     4     0     1     L     J

    6     9     9     R

(CHASSIS)

JW949 JW920

    7     6     9     D

T901 CONVERTER TRANSFORMER

ET903

C907

JL1004

JW928

F

   2    0    9    H    T

D1026

JL1019

R914

JL922

   0  4    9    H    T

C914

C2017

R974 R973

R965

E

(CHASSIS)

JL1040

    2     4     9 R981     W     J

    5     6     9     C     I

R953 JL1017

    0     1     9     C

C922 D925     5 D914     0     9 JW950 C913     D JW910     9     3     9     R

8

1

IC900 4

CL902

JW911 JL902

5

C926 JL1013 R938     6     0     9     5 R942     W     1     9     J     W D904 C933     J R1068 JL1012 R941     9     9     6     0 JL1011     3     5     0     9     9     4     8     5     9     9     W     9     R     W     J J     R     R

C905     2     1     9     W     J

    1     0     9     F

VDR901 CAM902 PATTERN SPARK-GAP JL903

JL901

2

1

ET901

CN902 (CHASSIS)

(CHASSIS) ~ACIN

K

11 1-980-336- (11) Note 1: When the SMPS board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC965, Q908 AND Q909 ON THE SMPS BOARD” on servicing notes (page 6).

MHC-V44D 43

Note 2: When the SMPS board is replaced, spread the bond referring to “BOND FIXATION OF ELECTRIC PARTS”” on servicing notes (page 7). PARTS

43

MHC-V44D

6-11. PRINTE PRINTED D WIRING BOA RD - MIC Board • See page 32 for Circuit Boards Location. 1

2

•

3

: Uses Uses unleaded solder.

4

MIC BOARD A

5

MIC2

MIC1

J3501

J3500

6

W2001

B

CL3502

      3       2       5       3       R

C

C3501 C3502

CL3524

1

      3       4       0       0       5       5       3       3       D       D

CL3503 CL3521 CN3500

      2       1       5       3 R

5

      0       3       5       3       R

CL3522

      6       0       5       3       R

CL3509

      2       3       5       3       R

CL3517

      5      3      4       1      2      0       5      5      5       3      3      3       R       C      R

CL3519 CL3516

CL3513

CL3507

R3527

CL3515

      3       0       0       1       5       5       3       R R3525       3       C       9       0       9       2       5       0       2 CL3514       3       5       5       R       3 1 CL3510 C3527      3       C R3526       C       1       3 C3505 C3528       5       2       3       1       2       R       5       0       R       3       J      0       C       5       3       R       8      7 R3507       J       0      0       5      5       3      3       R      C

IC35004

      5 CL3505 5       1       5       3       3       1       9       5       2       3 8       5       R       3 R3521       R         4       1       5       6       3       0       C       5       3       C

R3528       C

R3522

D

CL3523

CL3518

CL3520

CL3508 C3508 JR35003 JR CL3506 R3500

D3500

CL3500 CL3504

      4      1       0      1       5      5       3      3       C      R

      6       2       5       3       C

      5       2       5       3 D3501       C

CL3501

CL3512 CL3511

R3514 C3524

11 1-980-521- (11)

CL3525

>001P MOTHERBOARD BOARD CN601 (Page38)

6-12. SCHEMATIC DIA GRAM - MIC Boar d 1

2

3

4

5

6

7

8

9

10

11

12

13

14

A MIC BOARD

B

MOTHERBOARD BOARD CN601

CN3500 4P CL3521  A+9V 5 CL3522 MICGND 4 CL3523 MICSIGNAL 3 MICDETECT 1

CL3524

R3521

0

R3522

0

R3523

0

R3530 39k

R3528 18k

D3503 DA2J10100L R3500 100

CL3503

R3527 18k

C3502 2.250V

R3529 39k

J3500

D3504 DA2J10100L CL3504 9.1

C3515 470p

C

8

R3513 68k

4.6

C3501 150V

CL3506

BA4558F  

-IN1 2

-IN2

IC3500  

+IN1 3

+IN2

MICAMP

VEE 4

OUT2

4.2 4.1

R3509 0 CL3511

C3522 0.0018 R3525 4.7k

C3509 2.250V

R3503 1k

CL3518

CL3515

CL3519 MIC1

CL3514 R3514 22k

C3524 0.001       5       1       0       2          0       9       5       9       3       V       D       A       B

R3526 4.7k

CL3512

C3525 0.001

CL3525

W2001 GNDWIRETOCHASSIS J3501

CL3507 C3508 0.150V

R3507 10k

CL3520 C3505 0.1

CL3509

R3508 10k C3512 22010V C3507 0.1 C3514 22010V

R3532 0

E

4.2

R3531 100k

C3506 0.1

R3506 1.2k R3512 100k

D

OUT1 1

IC3500

5

4.1

R3511 100k

 

VCC

6

7

4.6

CL3505 C3504 0.1

C3527 0.0018

CL3510

C3528 2.250V

C3510 2.250V

R3504 1k

CL3517

CL3516 R3515 22k

C3523 0.001

      5       1       1       2          0       9       5       9       3       V       D       A       B

C3526 0.001

MIC2

15

MHC-V44D

6-11. PRINTE PRINTED D WIRING BOA RD - MIC Board • See page 32 for Circuit Boards Location. 1

2

•

3

: Uses Uses unleaded solder.

4

MIC BOARD A

5

MIC2

MIC1

J3501

J3500

6

W2001

B

CL3502

      3       2       5       3       R

C

C3501 C3502

CL3524

1

      3       4       0       0       5       5       3       3       D       D

CL3503 CL3521 CN3500

      2       1       5       3 R

5

      0       3       5       3       R

CL3522

CL3509

      2       3       5       3       R

CL3517

      5      3      4       1      2      0       5      5      5       3      3      3       R       C      R

CL3519 CL3516

      6       0       5       3       R

CL3513

CL3507

R3527

IC35004

      5 CL3505 5       1       5       3       3       1       9       5       2       3 8       5       R       3 R3521       R         4       1       5       6       3       0       C       5       3       C

R3528       C

R3522

D

CL3523

CL3518

CL3520

CL3508 C3508 JR35003 JR CL3506 R3500

D3500

CL3500 CL3504

      4      1       0      1       5      5       3      3       C      R

      6       2       5       3       C

      5       2       5       3 D3501       C

CL3501

CL3512 CL3511       9       0       5       3       R

R3514 C3524

CL3515       0       1       5       3       C

R3525

      3       0       5       3       R

      2       2 CL3514       5 1 CL3510 C3527      3       C R3526       1       3 C3505 C3528       5       2       3       1       2       R       5       0       R       3       J      0       C       5       3       R       8      7 R3507       J       0      0       5      5       3      3       R      C

      9       0       5       3       C

11 1-980-521- (11)

CL3525

>001P MOTHERBOARD BOARD CN601 (Page38)

6-12. SCHEMATIC DIA GRAM - MIC Boar d 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

A MIC BOARD

B

CN3500 4P CL3521  A+9V 5 CL3522 MICGND 4 CL3523 MICSIGNAL 3

MOTHERBOARD BOARD CN601

MICDETECT 1

R3521

0

R3522

0

R3523

0

R3530 39k

CL3524

R3528 18k

D3503 DA2J10100L R3500 100

CL3503

R3527 18k

C3502 2.250V

R3529 39k

J3500

D3504 DA2J10100L CL3504 9.1

C3515 470p

C

8

R3513 68k

4.6

C3501 150V

CL3506

OUT1 1

IC3500

BA4558F  

-IN1 2

-IN2

IC3500  

+IN1 3

5

+IN2

MICAMP

VEE 4

4.1

R3511 100k

 

VCC

6

7

4.6

CL3505 C3504 0.1

C3527 0.0018

CL3510

OUT2

4.2

R3509 0

4.2 4.1

CL3511

C3522 0.0018 R3525 4.7k

C3509 2.250V

R3531 100k

R3503 1k

CL3518

CL3515

MIC1 C3524 0.001

R3514 22k

C3525 0.001

      5       1       0       2          0       9       5       9       3       V       D       A       B

R3526 4.7k

CL3512

CL3525

C3506 0.1

R3506 1.2k

CL3519

CL3514

W2001 GNDWIRETOCHASSIS J3501

R3512 100k CL3507

D

C3508 0.150V

R3507 10k

CL3520 C3505 0.1

CL3509

C3510 2.250V

R3508 10k

R3504 1k

CL3517

CL3516

C3512 22010V

C3523 0.001

R3515 22k

C3507 0.1

MIC2

C3526 0.001

      5       1       1       2          0       9       5       9       3       V       D       A       B

C3514 22010V R3532 0

C3528 2.250V

E

F

MHC-V44D 44

44

MHC-V44D

6-13. PRINTED WIRING BOARD - PARTY LED Board • See page 32 for Circuit Boards Location. 1

A

2

3

•

6-15. PRINT PRINTED ED WIRING BOARD - IR Board -

: Uses Uses unleaded solder.

4

5

• See page 32 for Circuit Boards Location.

6

PARTY LED BOARD (COMPONENT SIDE)

1

2

3

•

: Uses Uses unleaded solder.

4

5

IR BOARD A CN004

CL006 D005

D003

CL3307 CL3303

CL3304

3

NO3300

1

CL007

1

>009P

B

11 1-980-518- (11)

C

B

STRBOARD CN3007 (Page40)

4

5

4

R3300

C3300

PARTY LED BOARD (CONDUCTOR SIDE)

CL3305

11 1-980-522- (11)

C >008P

CL003

STRBOARD NO3017 (Page40)

CL004 CL002

D

11 1-980-518- (11)

6-14. SCHEMATIC DIA GRAM - PARTY LED Board 1

2

3

6-16. SCHEM SCHEMATIC ATIC DIAGRAM - IR Board -

4

5

A

6

1

2

3

4

5

A PARTY LED BOARD

IR BOARD

D003 LDCN5M-4Q4R-35-1(B) BLUELED

NO3300 4P SIRCS 1

D005 LTCN5M-GAHB-25-1(G) GREENLED

B CN004 3P LED+5.2V 1

>002S STRBOARD (2/2) NO3017 (Page42)

C

IC3300

R3301

CL3306

GREENHILED 2 BLUEHILED 3

B

CL004 CL006 CL007

CL002 CL003

C

>001S STRBOARD (1/2) CN3007 (Page41)

DGND 3 E+3.3V 4

CL3303 CL3304

R3301 0

CL3307

1.8

CL3306

3.3

1

 

CL3305 R3300 22

C3300 0.22

VO

IC3300 PNA4823M01S0

2

GND

IC3300

3

VCC

REMOTECONTROL SIGNALRECEIVER

6

MHC-V44D

6-13. PRINTED WIRING BOARD - PARTY LED Board • See page 32 for Circuit Boards Location. 1

2

3

•

6-15. PRINT PRINTED ED WIRING BOARD - IR Board -

: Uses Uses unleaded solder.

4

5

• See page 32 for Circuit Boards Location.

6

1

PARTY LED BOARD (COMPONENT SIDE)

A

2

3

•

: Uses Uses unleaded solder.

4

5

IR BOARD A CN004

CL006 D005

D003

CL3307 CL3303

CL3304

3

NO3300

1

CL007

1

>009P

B

B

STRBOARD CN3007 (Page40)

11 1-980-518- (11)

C

4

5

4

R3300

C3300

PARTY LED BOARD (CONDUCTOR SIDE)

IC3300

R3301

CL3306

CL3305

11 1-980-522- (11)

C >008P

CL003

STRBOARD NO3017 (Page40)

CL004 CL002

D

11 1-980-518- (11)

6-14. SCHEMATIC DIA GRAM - PARTY LED Board 1

2

3

6-16. SCHEM SCHEMATIC ATIC DIAGRAM - IR Board -

4

5

6

1

A

2

3

4

5

A PARTY LED BOARD

IR BOARD

D003 LDCN5M-4Q4R-35-1(B) BLUELED

NO3300 4P SIRCS 1

D005 LTCN5M-GAHB-25-1(G) GREENLED

B CN004 3P LED+5.2V 1

>002S

GREENHILED 2

STRBOARD (2/2) NO3017 (Page42)

BLUEHILED 3

>001S

B

DGND 3

STRBOARD (1/2) CN3007 (Page41)

CL004

E+3.3V 4

CL3303

R3301 0

CL3307

1.8

CL3306

3.3

1

 

CL3304

VO

IC3300 PNA4823M01S0

2

GND

IC3300

3

VCC

REMOTECONTROL SIGNALRECEIVER

CL3305 C3300 0.22

R3300 22

CL006 CL002

CL007

CL003

C

C

MHC-V44D 45

45

MHC-V44D

6-17. PRINTE PRINTED D WIRING BOA RD - SPEAKER LED_R LED_R Board • See page 32 for Circuit Boards Location. 1

A

2

• See page 32 for Circuit Circuit Boards Location. 1

3

A

2

1

CN001

11 1-980-519- (11)

>010P >004P

SPEAKERLED(L) BOARD CN001 (Page46)

B

SPEAKER LED_R BOARD (CONDUCTOR SIDE)

C

: Uses Uses unleaded solder.

4

      1       0       0       D       3       0       0       R

4 1 2

11 1-980-520- (11)

•

3

SPEAKER LED_L BOARD (COMPONENT SIDE)

CN003

      2       0       0       D

B

6-19. PRINTE PRINTED D WIRING B OARD - SPEAKER LED_L LED_L Board -

: Uses Uses unleaded solder.

SPEAKER LED_R BOARD (COMPONENT SIDE) R001 R002

C

•

>010P

MOTHERBOARD SPEAKERLED(R) BOARD BOARD CN123 CN003 (Page38) (Page46)

SPEAKER LED_L BOARD (CONDUCTOR SIDE) JL004 JL003

JL001 JL002

11 1-980-520- (11)

D

D

6-18. SCHEM SCHEMATIC ATIC DIAGRAM - SPEAKER SPEAKER LED_R Board 1

11 1-980-519- (11)

2

3

4

6-20. SCHEMA SCHEMATIC TIC DIAGRAM - SPEAKER SPEAKER LED_L Board 5

A

1

2

3

CN003 2P

C

5

A SPEAKER LED_R BOARD

B

4

>003S SPEAKERLED_L BOARD CN001 (Page46)

SPEAKER_LED_R 1 LED 2

  JL001 JL002

SPEAKER LED_L BOARD

D002 HL-PST-1608H203BC BLUELED

MOTHERBOARD BOARD CN123

CN001 4P SW+13V 1

R001 1k

R002 1k

SW_LEDCTRL

B >003S SPEAKERLED_R BOARD CN003 (Page46)

C

2

SPEAKER_LED_R 3 LED 4

  JL004 JL003

D001 HL-PST-1608H203BC BLUELED

R003 0

6

MHC-V44D

6-17. PRINTE PRINTED D WIRING BOA RD - SPEAKER LED_R LED_R Board • See page 32 for Circuit Boards Location. 1

A

2

6-19. PRINTE PRINTED D WIRING B OARD - SPEAKER LED_L LED_L Board -

: Uses Uses unleaded solder.

• See page 32 for Circuit Circuit Boards Location. 1

3

SPEAKER LED_R BOARD (COMPONENT SIDE) R001 R002

1

CN001

11 1-980-519- (11)

>010P >004P

B

SPEAKER LED_R BOARD (CONDUCTOR SIDE)

C

: Uses Uses unleaded solder.

4

      1       0       0       D       3       0       0       R

4

SPEAKERLED(L) BOARD CN001 (Page46)

•

3

SPEAKER LED_L BOARD (COMPONENT SIDE)

1 2

11 1-980-520- (11)

B

A

2

CN003

      2       0       0       D

C

•

>010P

MOTHERBOARD SPEAKERLED(R) BOARD BOARD CN123 CN003 (Page38) (Page46)

SPEAKER LED_L BOARD (CONDUCTOR SIDE) JL004 JL003

JL001 JL002

11 1-980-520- (11)

D

D

6-18. SCHEM SCHEMATIC ATIC DIAGRAM - SPEAKER SPEAKER LED_R Board 1

11 1-980-519- (11)

2

3

4

6-20. SCHEMA SCHEMATIC TIC DIAGRAM - SPEAKER SPEAKER LED_L Board 5

1

A

2

3

5

A SPEAKER LED_R BOARD

CN003 2P

B

4

>003S SPEAKERLED_L BOARD CN001 (Page46)

SPEAKER_LED_R 1 LED 2

  JL001 JL002

SPEAKER LED_L BOARD

D002 HL-PST-1608H203BC BLUELED

MOTHERBOARD BOARD CN123

CN001 4P SW+13V 1

R001 1k

R002 1k

SW_LEDCTRL

B >003S SPEAKERLED_R BOARD CN003 (Page46)

C

C

MHC-V44D 46

46

2

SPEAKER_LED_R 3 LED 4

  JL004 JL003

D001 HL-PST-1608H203BC BLUELED

R003 0

MHC-V44D

IC3004, IC3005, IC3006, IC3007 TC7SH125FU (STR BOARD)

G 1

5 VCC

IN_A 2

GND 3

48

4 OUT_Y

MHC-V44D

Ver. 1.1

SECTION 7 EXPLODED VIEWS Note: • The mechanical parts with no reference number in the exploded views are not supsupplied. • Items marked “*” are not stocked since they are seldom required for routine service. Some delay should be anticipated when ordering these items. • -XX and -X mean mean standardized parts, so they may have some difference from the original one. • Accessories are given in the last of this parts list.

7-1.

• Abbreviation AR : Argentina model AUS : Australian model E4 : African model E12 : 220-240 V AC area in E model E93 : 240 V AC area in E model LA9 : Latin-American model MY : Malaysia model RU : Russian model TH : Thai model

The components identi fied by mark 0 or dotted line with mark 0  are critical for safety. Replace only with part number speci fied. The components identi fied by mark 9 contain confidential information. Strictly follow the instructions whenever the components are repaired and/or replaced.

SIDE PANEL SECTION

#1 1 2

ns loading panel section

#1

2 3

#1

4

#1

1

ns

2

Ref. No. 1 2   3   4 #1

Part No. Part 4-589-281 4-58 9-281-11 -11 4-589-281-01 4-581-299-01 4-581-298-01 7-685-646-71

Descrip scription tion SCREW, TAPPING SCREW, TAPPING PANEL, SIDE (L) PANEL, PANEL, SIDE (R) PANEL, SCREW +BVTP 3X8 TYPE2 IT-3

Remark

Ref. No. ns

Part No. Part not supplied

Descrip scription tion

2

Remark

49

MHC-V44D

7-2.

LOADING LOA DING PANEL SECTION #1

C top panel section ns 55 55

B ns #1

A D

E

CDM section

C #1

B D

back panel section

E

A 52

51

54

54 53

Ref. Re f. No No.. 51 52 53 54 55

50

Part Pa rt No No..

Descrip De scription tion

4-569-030-01 4-588-651-01 4-581-300-01 4-592-253-11 3-077-331-21

SPRING (LP) LOADING, BASE PANEL, LOADING CUSHION, HEMILON +BV3 (3-CR)

Rem Re mark

Ref. Re f. No No.. #1 ns

Part Pa rt No No..

Descrip De scription tion

7-685-646-71 7-685-646-71 not supplied

SCREW +BVTP 3X8 TYPE2 IT-3

Rem Re mark

MHC-V44D

7-3.

BACK BA CK PANEL SECTION ns #1 ns

#1 #1

#1

#2

101

#1

MOTHERBOARD board section

Ref. No. 0 101 #1   #2 ns

Part No.

Descripti Descri ption on

1-855-006-41 7-685-646-71 7-682-547-04 not supplied

FAN, DC SCREW +BVTP 3X8 TYPE2 IT-3 SCREW +B 3X6

Remark

51

MHC-V44D Ver. 1.1

7-4.

MOTHERBOARD BOA BOARD RD SECTION #1

151

ns

ns

#1

ns

ns

ns

ns

ns

154

152 153 ns #3

ns

ns

chassis section

Note 1: If wire (flat type) is replaced, install it after bending it in the same form as that before replacement.

Note 3: When the complete DAMP board is replaced, refer to “NOTE OF REPLACING THE IC2002 AND IC2003 ON THE DAMP BOARD AND THE COMPLETE DAMP BOARD” on page 5.

Note 2: When the MOTHERBOARD board is replaced, refer to “NOTE OF REPLACING MOTHERBOARD BOARD OR BLUETOOTH MODULE OR RCS730 (WW) BOARD” on page 6. Ref. Re f. No No.. 151 152 153 9 154 9 154

Part Pa rt No No..

Rem Re mark

1-849-475-11 A-2083-918 A-2083 -918-A -A 3-077-331-21 A-2126-571 A-2126 -571-A -A

WIRE (FLAT TYPE) (25 CORE) DAMP BOARD, COMPLETE +BV3 (3-CR) MOTHERBOARD BOARD, COMPLETE (for SERVICE) (MY) A-2121-647A-2121 -647-A A MOTHERBOARD BOARD, COMPLETE (for SERVICE) (AR, LA9)

9 154

A-2121-648A-2121 -648-A A

9 154

A-2121-649A-2121 -649-A A

52

Descrip De scription tion

MOTHERBOARD BOARD, COMPLETE (for SERVICE) (RU) MOTHERBOARD BOARD, COMPLETE (for SERVICE) (AUS)

Ref. Re f. No No..

Part Pa rt No No..

Descrip De scription tion

9 154

A-2121-650A-2121 -650-A A

9 154

A-2121-651A-2121 -651-A A

9 154

A-2121-652A-2121 -652-A A

MOTHERBOARD BOARD, COMPLETE (for SERVICE) (TH) MOTHERBOARD BOARD, COMPLETE (for SERVICE) (E12) MOTHERBOARD BOARD, COMPLETE (for SERVICE) (E93, E4)

#1 #3 ns

7-685-646-71 7-685-647-71 not supplied

SCREW +BVTP 3X8 TYPE2 IT-3 SCREW +BVTP 3X10 TYPE2 IT-3

Rem Re mark

MHC-V44D

7-5.

CHASSIS SECTION

ns 203

ns

201 201

#1

ns

ns 204 202

A

A front panel section

speaker cabinet section

202

Ref. No. 201 202   203 203 0 204 #1

Part Pa rt No.

Descrip scription tion

2-677-839-01 2-677-839-01 4-874-614-12 4-874-61412 4-589-647 4-58 9-647-01 -01 A-2083-01 A-208 3-018-A 8-A 7-685-646-71 7-685-64671

+PWH3X8 (SUMITITE) SCREW (1) (3.5X14), TAPPING STEP SCREW M4 SMPS BOARD, COMPLETE SCREW +BVTP 3X8 TYPE2 IT-3

Remark

Ref. No. ns

Part Pa rt No.

Descrip scription tion

Remark

not supplied

53

MHC-V44D

7-6.

FRONT PANEL SECTION

#1 256

ns

252

253

ns

#1

ns

IR board (ns)

#1

ns

255 252

251

ns

#1

253

SPEAKER LED_L board (ns) #1

SPEAKER LED_R board (ns)

ns

#1

254 254 254

#1

ns

Note 1: If wire (flat type) is replaced, install it after bending it in the same form as that before replacement.

Ref. Re f. No No..

 

251 252 253 254 255

54

Part Pa rt No No..

Descrip De scription tion

1-849-480-11 4-874-614-12 1-859-156 1-85 9-156-11 -11 4-592-164-01 1-492-699 1-49 2-699-31 -31

WIRE (FLAT TYPE) (10 CORE) SCREW (1) (3.5X14) (3.5X14),, TAPPING LOUDSPEAKER (4CM) FOOT, RUBBER BLUETOOTHMODULE

Note 2: When the BLUETOOTH MODULE is replaced, refer “NOTE OF REPLACING MOTHERBOARD BOARD OR BLUETOOTH MODULE OR RCS730 (WW) BOARD” on page 6. Rem Re mark

Ref. Re f. No No.. 256 #1 ns

Part Pa rt No No..

Descrip De scription tion

X-2592-337-1 7-685-646-71 7-685-64671 not supplied

PANEL, FRONT (SW) ASSY SCREW +BVTP 3X8 TYPE2 IT-3

Rem Re mark

MHC-V44D

7-7.

SPEAKER SPEAK ER CAB CABINET INET SECTION

ns

ns

304 302

ns

304

302

305

302 302 ns

305

303

301

Ref. No.

     

301 302 303 304 305

Part Pa rt No.

Descrip scription tion

4-238-407-12 4-238-407-12 4-874-614-12 4-874-61412 1-859-157-11 1-859-15711 1-859-155-11 1-859-15511 4-592-164-01 4-592-16401

SCREW (1) (4X20), +BV TAPPING SCREW (1) (3.5X14), TAPPING LOUDSPEAKER (200MM)-157)-157-11 11 LOUDSPEAKER (69MM)-155-11 FOOT, RUBBER

Remark

Ref. No. ns

Part Pa rt No.

Descrip scription tion

Remark

not supplied

55

MHC-V44D

7-8.

TOP PANEL SECTION #1 #1 #1

ns

A 354

EN001 ns STR board (ns)

ns

#1

#1

ns

ns

#1

#1

ns PARTY LED board (ns)

ns

ns

ns

MIC board (ns)

ns

ND001 ns

#1

ns 355

#1

A ns ns

ns

352

ns ns #1

ns

353

ns

ns

ns ns

ns

351

ns

Note 2: When the RC-S730 (WW) board is replaced, refer to “NOTE OF REPLACING MOTHERBOARD BOARD OR BLUETOOTH MODULE OR RCS730 (WW) BOARD” on page 6.

Note 1: If wire (flat type) is replaced, install it after bending it in the same form as that before replacement. Ref. Re f. No No..  

351 352 353 354 355

56

Part Pa rt No No..

Descrip De scription tion

4-581-291-01 8-989-602-00 1-849-479-11 1-849-474-11 X-2592-338-1

KNOB, VOLUME RC-S730 (WW) WIRE (FLAT TYPE) (6 CORE) WIRE (FLAT TYPE) (21 CORE) PANEL, TOPASSY

Rem Re mark

Ref. Re f. No No.. EN001 ND001 #1 ns

Part Pa rt No No..

Descrip De scription tion

Rem Re mark

1-493-0081-493 -008-11 11 1-493-124-11 1-493-12411 7-685-646-71 not supplied

ENCODER, ROTARY (VOLUME/DJ CONTROL) LIQUID CRYSTAL DISPLAY SCREW +BVTP 3X8 TYPE2 IT-3

MHC-V44D

7-9.

CDM SECTION

#1

CD mechanism section (CDM90-DVBU204//C) 402

402 405 401

401

405

ns

402

405

ns 402 403

405

404 403

404

ns

Ref. No Ref. No.. 401 402 403 404 405

Part No Part No.. 2-345-115-01 4-533-702-01 4-533-939-01 4-533-93901 4-533-940-01 4-533-94001 4-533-382-01

Descrip De scription tion SCREW (S), FLOAT STEP SCREW SPRING, INSULATOR (F) SPRING, INSULATOR (R) INSULATOR

Rem Re mark

Ref. Re f. No No.. #1 ns

Part Pa rt No No..

Descrip De scription tion

7-685-646-71 7-685-646-71 not supplied

SCREW +BVTP 3X8 TYPE2 IT-3

Rem Re mark

57

MHC-V44D

7-10. CD MECHANISM SECTION (CDM90-DVBU204//C)

ns 451 (including MS-476 board)

ns

453 454 452 453 453 455

453

ns

ns

ns MS-476 board (ns) 457

ns

456

459 458

460 459

Note: If flexible flat cable and wire (flat type) is replaced, install it after bending it in the same form as that before replacement. Ref. Re f. No No.. 451 452 453 454 0 455 456

58

Part Pa rt No No..

Descrip De scription tion

A-1937-669-C 3-087-599 3-08 7-599-01 -01 2-634-618-21 4-418-987-01 A-2046-956-A

CDM90 ASSY (i(includi ncluding ng MS-476 board) INSULATOR SCREW INSULATOR SHEET (S76) SERVICE, OPTICAL DEVICE (7G)

1-469-829-11

CORE, FERRITE

Rem Re mark

Ref. Re f. No No..

Part Pa rt No No..

Descrip De scription tion

457 458 459 460

1-849-481-11 1-849-476-11 4-474-153-81 4-459-192-02

WIRE (FLAT TYPE) (24 CORE) WIRE (FLAT TYPE) (5 CORE) CUSHION (H) CUSHION (FFC)

ns

not supplied

Rem Re mark

MHC-V44D Ver. 1.1

SECTION 8 DA MP

ELECTRICAL PARTS LIST

MOTH MO THER ERBO BOARD ARD

IR

MIC

PART ARTY Y LED

Note:

• Due to standardization, replacements in the parts list may be different from the parts specified in the diagrams or the components used on the set. • -XX and -X mean mean standardized parts, so they may have some difference from the original one. • RESISTORS All resistors are in ohms. METAL: Metal- film resistor. METAL META L OXIDE: Metal oxide- film resistor. F: nonflammable • Items marked “ *” are not stocked since they are seldom required for routine service. Some delay should should be anticipated when when ordering these items.

Ref. No.

• SEMICONDUCTORS In each case, u: μ, for example: uA. . : μ A. . , uPA. uPA. . , μPA. . , uPB. . : μPB. . , uPC. . , μPC. . , uPD. . : μPD. . • CAPACITORS   uF: μF • COILS   uH: μH • Abbreviation   AR : Argentina model AUS : Australian model   E4 : African model E12 : 220-240 V AC area in E model E93 : 240 V AC area in E model LA9 : Latin-American model   MY : Malaysia model RU : Russian model   TH : Thai model

Part Pa rt No.

Descrip scription tion

Remark

A-2083-918 A-208 3-918-A -A

DAMP BOARD, COMPLETE

Ref. No. 9

A-2126-571 A-212 6-571-A -A

9

A-2121-647 A-212 1-647-A -A

9

A-2121-648 A-212 1-648-A -A

9

A-2121-649 A-212 1-649-A -A

9

A-2121-650 A-212 1-650-A -A

MOTHERBOARD BOARD, COMPLETE (for SERVICE) (MY) MOTHERBOARD BOARD, COMPLETE (for SERVICE) (AR, LA9) MOTHERBOARD BOARD, COMPLETE (for SERVICE) (RU) MOTHERBOARD BOARD, COMPLETE (for SERVICE) (AUS) MOTHERBOARD BOARD, COMPLETE  (for SERVICE) (TH)

********

9

A-2121-651 A-212 1-651-A -A

< IC >

9

A-2121-652 A-212 1-652-A -A

IC TAS5534DGGR IC TAS5614LA IC TAS5614LA

*************************************************************

IR BOARD

IC3300

6-600-766-01

IC PNA4823M01S0 ( )

*************************************************************

 

MS-476 BOARD ************

< CONNECTOR >

When the MS-476 board is defective, defective, exchange the entire entire CDM90 ASSY.

PIN, CONNECTOR 4P

*************************************************************

PARTY LED BOARD

< DIODE >   D3500   D3501   D3503   D3504

6-500-400-01 6-500-400-01 6-502-961-01 6-502-961-01

***************

DIODE BAV99-215 DIODE BAV99-215 DI DA2J10100L DI DA2J10100L

< CONNECTOR > CN004

1-774-730 1-774 -730-21 -21

8-759-909-71

PIN, CONNECTOR (PC BOARD) 3P < DIODE >

< IC >   IC3500

MOTHERBOARD BOARD, COMPLETE (for SERVICE) (E12) MOTHERBOARD BOARD, COMPLETE (for SERVICE) (E93, E4) ******************************

*********

1-784-921 1-784 -921-11 -11

Remark

*************************************************************

MIC BOARD

CN3500

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

Descrip scription tion

< IC > 6-718-105-01 6-721-742-01 6-721-742-01

When indicating parts by reference number, please include the board name.

Part Pa rt No.

*********************

  IC2001 IC2001   IC2002 IC2002   IC2003 IC2003

The components identi fied by mark 0 or dotted line with mark 0  are critical for safety. Replace only with part number speci fied.

D003 D005

IC BA4558F

6-504-102-01 6-504-104-01

DI LD CN5M-4Q4R-35-1 DI LT CN5M-GAHB-25-1

*************************************************************

< JACK > J3500 J3501 JR35002 JR35003

1-822-967-12 1-822-967-12 1-216-2961-216 -296-11 11 1-216-2961-216 -296-11 11

JACK (MIC1) JACK (MIC2) SHORT CHIP SHORT CHIP

0 0

Note 3:

When the complete MOTHERBOARD board is replaced, refer to “NOTE OF REPLACING MOTHERBOARD BOARD OR BLUETOOTH MODULE OR RC-S730 (WW) BOARD” on page 6.

*************************************************************

Note 1:

When the DAMP board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC2002 and IC2003 ON THE DAMP BOARD AND THE COMPLETE DAMP BOARD” on servicing notes (page 5).

Note 4:

When the SMPS board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC965, Q908 AND Q909 ON THE SMPS BOARD” on servicing notes (page 6).

Note 2:

When the DAMP board is replaced, spread the bond referring to “BOND FIXATION OF ELECTRIC PARTS” on servicing notes (page 7).

Note 5:

When the SMPS board is replaced, spread the bond referring to “BOND FIXATION OF ELECTRIC PARTS” on servicing notes (page 7).

59

MHC-V44D Ver. 1.1 SMPS SPEAKER LED_L SPEAKER LED_R STR Ref. Re f. No No..

Part Pa rt No No..

Descrip De scription tion

A-2083-018 A-208 3-018-A -A

SMPS BOARD, COMPLETE *********************

Rem Re mark

Ref. Re f. No No..

Part Pa rt No No..

Descrip De scription tion

Rem Re mark

< EARTH TERMINAL > EN001

1-493-008 1-49 3-008-11 -11

ENCODER, ROTARY (VOLUME/DJ CONTROL)

< DIODE > < IC > D902

6-504-100-01

DI D15XB60-7001 < IC >

IC965

6-714-671-01

IC STR-Y6763

  IIC3001 C3001   IC3003 IC3004 IC3005 IC3006

6-719-142-01 6-720-239-01 6-710-786-01 6-710-786-01 6-710-786-01

IC IC IC IC IC

TC62D723FNG BU9795AKS2 TC7SH125FU TC7SH125FU TC7SH125FU

IC3007

6-710-786-01

IC TC7SH125FU

< TRANSISTOR > Q908 Q909

6-553-599-01 6-553-599-01

TR FETTK10A80E, S4SOYX (S TR FETTK10A80E, S4SOYX (S

< JACK >

< FUSE > 0 F901

1-576-395-51

FUSE 10A 250V < RESISTOR >

R914 1-246-374-11 FUSIBLE 0.1 10% 1W R965 1-257-123-11 FUSIBLE 2.2 10% 1/2W ************************************************************* SPEAKER LED_L BOARD ******************** < CONNECTOR > CN001

1-573-290-21

PIN, CONNECTOR (1.5MM) (SMD) 4P

       

JR3000 JR3001 JR3002 JR3003 JR3004

1-2161 -216-296-11 296-11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

       

JR3005 JR3006 JR3007 JR3008 JR3009

1-2161 -216-296-11 296-11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

       

JR3010 JR3011 JR3012 JR3013 JR3014

1-2161 -216-296-11 296-11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

       

JR3015 JR3016 JR3017 JR3018 JR3019

1-2161 -216-296-11 296-11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

       

JR3020 JR3021 JR3022 JR3023 JR3024

1-2161 -216-296-11 296-11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

       

JR3025 JR3026 JR3027 JR3028 JR3029

1-2161 -216-296-11 296-11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

JR3030 JR3031   JR3032   JR3033   JR3034

1-2161 -216-296-11 296-11 1-216-864-91 1-216-864-91 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

       

JR3035 JR3036 JR3037 JR3038 JR3039

1-2161 -216-296-11 296-11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

       

JR3040 JR3041 JR3042 JR3043 JR3044

1-2161 -216-296-11 296-11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11 1-216-296 1-21 6-296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

JR3045   JR3046

1-216-295-91 1-216-296-11 1-216-296 -11

SHORT CHIP SHORT CHIP

0 0

< DIODE > D001 6-504-265-01 DI HL-PST-1608H203BC ************************************************************* SPEAKER LED_R BOARD ******************** < CONNECTOR > CN003

1-843-885 1-84 3-885-11 -11

PIN, CONNECTOR (PC BOARD) 2P < DIODE >

D002 6-504-265-01 DI HL-PST-1608H203BC ************************************************************* STR BOARD ********** < CONNECTOR > CN3002 1-779-558-11 CN3005 1-819-866-11 CN3007 1-56 1-564-719 4-719-11 -11

CONNECTOR, FFC (LIF (NON-ZIF)) 21P USB CONNECTOR (A) ( REC/PLAY 5V PIN, CONNECTOR (SMALL TYPE) 3P

1A)

< DIODE >          

D3005 D3006 D3013 D3017 D3018

6-504-215-01 6-504-213-01 6-502-970-01 6-500-400-01 6-500-400-01

DI HL-364V620MZ-T DI HL-364B460MZ-T DI DZ2J068M0L DIODE BAV99-215 DIODE BAV99-215

 

D3021 D3022

6-503-770-01 6-500-400-01

DI 1L043RW32EOCI7A11 (WHITE) DIODE BAV99-215

Note 1: When the SMPS board is replaced, spread the compound referring to “NOTE OF REPLACING THE IC965, Q908 AND Q909 ON THE SMPS BOARD” on servicing notes (page 6).

60

MHC-V44D Ver. 1.1 STR Ref. No.

Part Pa rt No.

Descrip scription tion

  JR3047   JR3048   JR3049

1-216-296-11 1-216-296 -11 1-216-296 1-216 -296-11 -11 1-216-296 1-216 -296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0

457 1-849-481-11 WIRE (FLAT TYPE) (24 CORE) 458 1-849-476-11 WIRE (FLAT TYPE) (5 CORE) *************************************************************

JR3050 JR3051 JR3052 JR3054 JR3055

1-2161 -216-296-11 296-11 1-216-296 1-216 -296-11 -11 1-216-296 1-216 -296-11 -11 1-216-296 1-216 -296-11 -11 1-216-296 1-216 -296-11 -11

SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP

0 0 0 0 0

 

       

ND001

Q001

1-493-124 1-493 -124-11 -11

6-552-9366-552 -936-01 01

Remark

Ref. No.

Part Pa rt No.

Descrip scription tion

Remark

ACCESSORIES ************ 1-493-107 1-493 -107-11 -11

< LIQUI LIQUID D CRYSTAL DISPLAY >

0

1-754-852-11 1-785-504-21

LIQUID LIQUI D CRYSTAL DISPLAY

0

1-846-075 1-846 -075-31 -31

< TRANSISTOR >

0

1-846-426 1-846 -426-72 -72

0

1-846-428 1-846 -428-73 -73

0

1-846-429 1-846 -429-91 -91

0

1-846-430 1-846 -430-72 -72

0

1-848-142 1-848 -142-41 -41

REMOTE COMMANDER (RMT-AM210U) (Remote control) ANTENNA (FM) (FM lead antenna) ADAPTOR, CONVERSION (AC plug adaptor) (MY, LA9, E4) CORD SET, POWER-SUPPLY (AC power cor cord) d) (TH) CORD SET, POWER-SUPPLY (AC power cor cord) d) (AR)

TR LTC014EUBFS8TL < SWITCH >

S3001 S3002 S3003 S3004 S3005

1-762-875-21 1-762-875 -21 1-762-875-21 1-762-875-21 1-762-875-21 1-762-875-21

SWITCH, KEYBOARD (MEGA BASS) SWITCH, KEYBOARD (SOUNDFIELD) SWITCH, KEYBOARD (FUNCTION) SWITCH, KEYBOARD (x) SWITCH, KEYBOARD (B)

S3006 S3007 S3010 S3011 S3012

1-762-875-21 1-762-875-21 1-762-875-21 1-762-875 1-762 -875-21 -21 1-762-87 1-76 2-875-21 5-21

SWITCH, KEYBOARD (- PAIRING BLUETOOTH) SWITCH, KEYBOARD (ENTER) SWITCH, KEYBOARD (1) SWITCH, KEYBOARD (PARTY LIGHT) SWITC ITCH, H, KEYBO BOAR ARD D( TUNIN TU NING + >)

S3013 S3014 S3015 S3016 S3017

1-762-875-21 1-762-87 5-21 1-762-87 1-76 2-875-21 5-21 1-762-87 1-76 2-875-21 5-21 1-762-875-21 1-762-875 1-762 -875-21 -21

SWITC ITCH, H, KEYBO BOAR ARD D( TUNIN TU NING - .) SWITC ITCH, H, KEYBO BOAR ARD D( -) SWITCH, SWITC H, KEYBO BOAR ARD D( +) SWITCH, KEYBOARD (MIC ECHO) SWITCH, KEYBOARD (REC TO USB)

S3018 S3019 S3020 S3021 S3022

1-762-875 1-762 -875-21 -21 1-762-875-21 1-762-875 1-762 -875-21 -21 1-762-875-21 1-762-875-21

SWITCH, KEYBOARD (PARTY CHAIN) SWITCH, KEYBOARD (FIESTA) SWITCH, KEYBOARD (VOCAL FADER) SWITCH, KEYBOARD (FOOTBALL) SWITCH, KEYBOARD (Z)

S3023 S3024 S3025 S3026 S3027

1-762-875-21 1-762-875-21 1-762-875-21 1-762-875-21 1-762-875-21

SWITCH, KEYBOARD (FLANGER) SWITCH, KEYBOARD (I (ISOLA SOLATOR) SWITCH, KEYBOARD (DJ OFF) SWITCH, KEYBOARD ( ) SWITCH, KEYBOARD (MIC LEVEL +)

4-584-073-13

4-584-073-31 4-584-073-41

CORD SET, POWER-SUPPLY (AC power cor cord) d) (RU, MY, LA9, E4) CORD SET, POWER-SUPPLY (AC power cor cord) d) (E93) CORD SET, POWER-SUPPLY (AC power cor cord) d) (AUS) POWER-SUPPLYCORD SET (AC power cor cord) d) (E12) MANUAL, INSTRUCTION (ENGLISH) (MY, AUS, LA9, E93, E4, E12)

4-584-073-51 4-584-073-61 4-584-073 4-584 -073-71 -71

MANUAL, INSTRUCTION (FRENCH) (E93, E4) MANUAL, INSTRUCTION (TRADITIONAL CHINESE, MALAY) (MY) MANUAL, INSTRUCTION (ARABIC) (E93, E4) MANUAL, INSTRUCTION (THAI) (TH) MANUAL, INSTRUCTION (PORTUGUESE) (E4)

4-584-074-11 4-584-074-21 4-584-074-31

MANUAL, INSTRUCTION (SPANISH) (LA9) MANUAL, INSTRUCTION (SPANISH) (AR) MANUAL, INSTRUCTION (RUSSIAN) (RU)

S3028 1-762-875-21 SWITCH, KEYBOARD (MIC LEVEL -) *************************************************************  

MISCELLANEOUS **************

0 101 151 251 253 255

1-855-006-41 1-849-475-11 1-849-480-11 1-859-1561-859 -156-11 11 1-492-6991-492 -699-31 31

FAN, DC WIRE (FLAT TYPE) (25 CORE) WIRE (FLAT TYPE) (10 CORE) LOUDSPEAKER (4CM) BLUETOOTH MODULE

   

303 304 352 353 354

1-859-157-11 1-859-155-11 8-989-602-00 1-849-479-11 1-849-474-11

LOUDSPEAKER LOUDSP EAKER (200MM)-157-11 LOUDSPEAKER (69MM)-155-11 LOUDSPEAKER RC-S730 (WW) WIRE (FLAT TYPE) (6 CORE) WIRE (FLAT TYPE) (21 CORE)

451 0 455 456

A-1937-669-C A-2046-956-A 1-469-829-11

CDM90 ASSY (i(includi ncluding ng MS-476 board) SERVICE, OPTICAL DEVICE (7G) CORE, FERRITE

61

MHC-V44D

REVISION HISTORY

Ver.

Dat e

Des c r i p t i o n o f Rev i s i o n

1.0

2016.02

New

1.1

2016.05

Addition of Argentina, Australian, African, 220-240 V AC area in E model, 240 V AC area in E model, Latin-American, Malaysia, Russian and Thai models.

How to search for a contact point of signal lines or the like in DIAGRAMS SECTION If a contact point of a BLOCK DIAGRAM, PRINTED WIRING BOARD or SCHEMATIC DIAGRAM is shown in a different page, use the PDF file search function to find one. e.g.) If a contact point is shown as , follow the procedure below. Procedure: 1. Press the [F] key while pressing the [Ctrl] key. 2. Input “>001Z” in the search box and press the [Enter] key. 3. The relevant part (page), where the contact point is shown, appears. Note: If you still see the original page, press the [Enter] key again.