Sony MHC-V77DW Service Manual

MHC-V77DW

SERVICE MANUAL

Ver. 1.0 2016.08

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 Name Using Similar Mechanism SA-WGT4D
DVD
Section

DVD Mechanism Type CDM90-DVBU204//M

Optical Pick-up Name CMS-S76RFS7G1 OR CMS-S76RFS7GP

AEP Model

UK Model

E Model

Australian Model

Speaker section

Speaker system:
Tweeter + Midrange speaker + Woofer
Speaker unit:
Tweeter L/R: 40 mm, cone type
Midrange L/R: 120 mm, cone type
Woofer: 250 mm, cone type
Rated impedance:
Tweeter L/R: 4 ohms
Midrange L/R: 4 ohms
Woofer: 8 ohms

Inputs

AUDIO/PARTY CHAIN IN (TV) L/R:
Voltage 2 V, impedance
47 kilohms
TV (ARC):
Supported audio signal:
2-channel Linear PCM
MIC1, MIC2:
Sensitivity 1 mV, impedance
10 kilohms

Outputs

AUDIO/PARTY CHAIN OUT L/R:
Voltage 2 V, impedance 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)

Disc player section

System:
Compact disc and digital audio and

video system

SPECIFICATIONS

Laser Diode Properties
Emission Duration: Continuous
Laser Output*: Less than 44.6 μW
* This output is the value measurement

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:
Latin American model:
NTSC
Other models:
NTSC and PAL

USB section

Supported USB device:
Mass Storage Class
Maximum current:
1 A

(USB) port:

Type A

FM tuner section

FM stereo, FM superheterodyne tuner
Antenna:
FM lead antenna
Tuning range:

87.5 MHz – 108.0 MHz (50 kHz step)

BLUETOOTH section

Communication system:
BLUETOOTH Standard version 4.2
Output:
BLUETOOTH Standard Power Class 1
Maximum communication range:
Line of sight approx. 30 m
Frequency band:

2.4 GHz band (2.4000 GHz –

2.4835 GHz)
Modulation method:
FHSS (Freq Hopping Spread Spectrum)

*1

Compatible BLUETOOTH profiles

A2DP (Advanced Audio Distribution
Profile)
AVRCP (Audio Video Remote
Control Profile)
SPP (Serial Port Profile)
Supported codecs:
SBC (Subband Codec)
AAC (Advanced Audio Coding)
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.

Network section

Ethernet LAN
100BASE-TX
Wireless LAN
Compatible standards:
IEEE 802.11 a/b/g/n
Security:
WPA/WPA2-PSK, WEP
Radio frequency:

2.4 GHz, 5 GHz

Supported audio formats

Supported bit rate and sampling frequencies:
MP3:
16/22.05/24/32/44.1/48 kHz,
16 kbps – 320 kbps (CBR/VBR)
AAC:
16/22.05/24/32/44.1/48/88.2/96 kHz,
16 kbps – 320 kbps (CBR/VBR)
WMA:
32/44.1/48 kHz, 16 kbps – 320 kbps
(CBR/VBR)

*2

:

WAV:
16/22.05/24/32/44.1/48/88.2/96/

176.4/192 kHz (16/24 bit)
AIFF:
32/44.1/48/88.2/96/176.4/192 kHz
(16/24 bit)
FLAC:
16/22.05/24/32/44.1/48/88.2/96/

176.4/192 kHz (16/24 bit)
ALAC:
16/22.05/24/32/44.1/48/88.2/96/

176.4/192 kHz (16/24 bit)
DSD (DSF/DSDIFF):

2.8 MHz (1 bit)

Supported video formats

Xvid:
Video codec: Xvid video
Bit rate: 4.854 Mbps (MAX)
Resolution/Frame rate:
720 × 480, 30 fps
720 × 576, 25 fps (except for Latin
American model)
Audio codec: MP3
MPEG4:
File format: MP4 File Format
Video codec: MPEG4 Simple
Profile (AVC is not compatible.)
Bit rate: 4 Mbps
Resolution/Frame rate:
720 × 480, 30 fps
720 × 576, 25 fps (except for Latin
American model)
Audio codec: AAC-LC (HE-AAC is

not compatible.)

DRM: Not compatible

– Continued on next page –

9-890-683-01

2016H80-1

2016.08

©

HOME AUDIO SYSTEM

Sony Corporation

Published by Sony EMCS (Malaysia) PG Tec

MHC-V77DW

General

Power requirements:
AC 120 V – 240 V, 50/60 Hz
Power consumption:
220 W
Power consumption (at the Power Saving mode):

0.5 W (When “NW STBY” is set to “OFF” and
[CONTROL FOR HDMI] is set to [OFF].)

3 W* (When “NW STBY” is set to “ON” and

[CONTROL FOR HDMI] is set to [ON].)

Dimensions (W/H/D) (Approx.):
340 mm × 924 mm × 378 mm
Mass (Approx.):
22 kg
* The power consumption of the system will be less than 0.5 W

when there is no HDMI connection and “NW STBY” is set to
“OFF”.

Design and specifications are subject to change without notice.

License and Trademark Notice

is a trademark of DVD Format/Logo Licensing Corporation.

•

•

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

• WALKMAN® and WALKMAN® logo are registered trademarks

of Sony Corporation.

• MPEG Layer-3 audio coding technology and patents licensed from

Fraunhofer IIS and Thomson.

• 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 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.

• This system incorporates Dolby* Digital.

* Manufactured under license from Dolby Laboratories. Dolby,

Dolby Audio, and the double-D symbol are trademarks of Dolby
Laboratories.

• This system incorporates High-Definition 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.

• “BRAVIA” is a trademark of Sony Corporation.

• LDAC™ and LDAC logo are trademarks of Sony Corporation.

• The BLUETOOTH

trademarks owned by Bluetooth SIG, Inc. and any use of such
marks by Sony Corporation is under license. Other trademarks
and trade names are those of their respective owners.

• The N-Mark is a trademark or registered trademark 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.

• Google Cast™ is a trademark of Google Inc.

• Apple, the Apple logo, iPhone, and iPod touch are 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, 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.

®

, Wi-Fi Protected Access® and Wi-Fi Alliance® are

• Wi-Fi

registered trademarks of Wi-Fi Alliance

• Wi-Fi CERTIFIED™, WPA™, WPA2™ and Wi-Fi Protected

Setup™ are trademarks of Wi-Fi Alliance

• DLNA™, the DLNA Logo and DLNA CERTIFIED™ are

trademarks, service marks, or certification marks of the Digital
Living Network Alliance.

• AOSS is a trademark of BUFFALO INC.

• This product incorporates Spotify software which is subject to

3rd party licenses found here:
https://developer.spotify.com/
esdk-third-party-licenses/

• Spotify and Spotify logos are trademarks of the Spotify Group.

• ClearAudio+ and

Corporation.

• “Xperia” and “Xperia Tablet” are trademarks of Sony Mobile

Communications AB.

• THIS PRODUCT IS LICENSED UNDER THE MPEG-4 VISUAL

PATENT PORTFOLIO LICENSE FOR THE PERSONAL AND
NON-COMMERCIAL USE OF A CONSUMER FOR

(i) ENCODING VIDEO IN COMPLIANCE WITH THE MPEG-4

VISUAL STANDARD (“MPEG-4 VIDEO”)

AND/OR

(ii) DECODING MPEG-4 VIDEO THAT 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.

®

word mark and logos are registered

are trademarks of Sony

“DVD VIDEO”, and

®

.

®

.

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 are trademarks of their respective owners.

• In this manual, ™ and

Abbreviation

•

®

marks are not specified.

AUS : Australian model
E4 : African model
EA : Saudi Arabia model
LA9 : Latin-American model
MY : Malaysia model
RU : Russian model
TH : Thai model

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’ instructions to use these
instruments.

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

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

To Exposed Metal
Parts on Set

AC

1.5 kΩ0.15 μF

voltmeter
(0.75 V)

Earth Ground

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

SAFETY-RELATED COMPONENT WARNING!

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

2

TABLE OF CONTENTS

MHC-V77DW

1. SERVICING NOTES ............................................. 4

2. DISASSEMBLY

2-1. Disassembly Flow ........................................................... 10

2-2. Rear Cover Assy ............................................................. 11

2-3. Side-L Panel .................................................................... 11

2-4. Panel Loading Section .................................................... 12

2-5. Top Panel Section ........................................................... 13

2-6. Side-R Panel ................................................................... 14

2-7. CDM Section .................................................................. 15

2-8. CDM90-DVBU204//M ................................................... 15

2-9. Service, Optical Device (7G), Flexible Flat Cable ......... 16

2-10. Back Panel Section ......................................................... 17

2-11. 2CH DAMP Board .......................................................... 18

2-12. BENTEN-MOTHERBOARD Board, 89G Board .......... 19

2-13. REGULATOR, SWITCHING (SSN-161AD) ................ 20

2-14. Front Panel Section ......................................................... 21

2-15. Loudspeaker (260mm)-180-11 (Woofer) (SP5) .............. 22

2-16. Loudspeaker (120mm)-181-11 (Mid: L-CH) (SP1),

Loudspeaker (120mm)-181-11 (Mid: R-CH) (SP3) ....... 22

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

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

5. TROUBLESHOOTING .......................................... 27

6. DIAGRAMS

6-1. Block Diagram - RS SERVO, USB Section - ................. 31

6-2. Block Diagram - MEMORY Section - ............................ 32

6-3. Block Diagram - MAIN Section - ................................... 33

6-4. Block Diagram - AMP Section - ..................................... 34

6-5. Block Diagram

- PANEL, POWER SUPPLY Section - ........................... 35

6-6. Printed Wiring Board - BENTEN-MOTHERBOARD

Board (Component Side) - .............................................. 37

6-7. Printed Wiring Board - BENTEN-MOTHERBOARD

Board (Conductor Side) - ................................................ 38

6-8. Schematic Diagram

- BENTEN-MOTHERBOARD Board (1/11) - .............. 39

6-9. Schematic Diagram

- BENTEN-MOTHERBOARD Board (2/11) - .............. 40

6-10. Schematic Diagram

- BENTEN-MOTHERBOARD Board (3/11) - .............. 41

6-11. Schematic Diagram

- BENTEN-MOTHERBOARD Board (4/11) - .............. 42

6-12. Schematic Diagram

- BENTEN-MOTHERBOARD Board (5/11) - .............. 43

6-13. Schematic Diagram

- BENTEN-MOTHERBOARD Board (6/11) - .............. 44

6-14. Schematic Diagram

- BENTEN-MOTHERBOARD Board (7/11) - .............. 45

6-15. Schematic Diagram

- BENTEN-MOTHERBOARD Board (8/11) - .............. 46

6-16. Schematic Diagram

- BENTEN-MOTHERBOARD Board (9/11) - .............. 47

6-17. Schematic Diagram

- BENTEN-MOTHERBOARD Board (10/11) - ............ 48

6-18. Schematic Diagram

- BENTEN-MOTHERBOARD Board (11/11) - ............. 49

6-19. Printed Wiring Board

- SENSOR Board (Component Side) - ........................... 50

6-20. Printed Wiring Board

- SENSOR Board (Conductor Side) - ............................. 51

6-21. Schematic Diagram - SENSOR Board (1/3) - ................ 52

6-22. Schematic Diagram - SENSOR Board (2/3) - ................ 53

6-23. Schematic Diagram - SENSOR Board (3/3) - ................ 54

6-24. Printed Wiring Board - 2CH DAMP Board - .................. 55

6-25. Printed Wiring Board - 89G Board - ............................... 56

6-26. Schematic Diagram - 89G Board (1/3) - ......................... 57

6-27. Schematic Diagram - 89G Board (2/3) - ......................... 58

6-28. Schematic Diagram - 89G Board (3/3) - ......................... 59

6-29. Printed Wiring Board - LCD Board - .............................. 60

6-30. Schematic Diagram - LCD Board - ................................ 61

6-31. Printed Wiring Board - MIC Board - .............................. 62

6-32. Schematic Diagram - MIC Board - ................................. 63

6-33. Printed Wiring Board - DUMMY Board - ...................... 64

6-34. Schematic Diagram - DUMMY Board - ......................... 64

6-35. Printed Wiring Board - FM-TUNER Board - ................. 65

6-36. Schematic Diagram - FM-TUNER Board - .................... 66

6-37. Printed Wiring Board - POWER BUTTON Board - ...... 66

6-38. Schematic Diagram - POWER BUTTON Board - ......... 66

6-39. Printed Wiring Board - USB Board - .............................. 67

6-40. Schematic Diagram - USB Board - ................................. 67

6-41. Printed Wiring Board - IR Board - .................................. 67

6-42. Schematic Diagram - IR Board - .................................... 67

6-43. Printed Wiring Board - SPK PARTY LED Board - ........ 68

6-44. Schematic Diagram - SPK PARTY LED Board - ........... 68

6-45. Printed Wiring Board - PARTY LED Board - ................ 68

6-46. Schematic Diagram - PARTY LED Board - ................... 68

6-47. Printed Wiring Board - SPK LED Board - ..................... 69

6-48. Schematic Diagram - SPK LED Board - ........................ 69

7. EXPLODED VIEWS

7-1. Cover, Rear, Panel Side, L .............................................. 102

7-2. Panel Loading Section .................................................... 103

7-3. Back Panel Section ......................................................... 104

7-4. 2CH DAMP Board Section ............................................. 105

7-5. BENTEN-MOTHERBOARD Board,

89G Board Section .......................................................... 106

7-6. Chassis Section ............................................................... 107

7-7. Front Panel Section ......................................................... 108

7-8. Speaker Cabinet Section ................................................. 109

7-9. Top Panel Section ........................................................... 110

7-10. Side-R Panel Section ...................................................... 111

7-11. CDM BLOCK Section .................................................... 112

7-12. DVD Mechanism Section

(CDM90-DVBU204//M) ................................................ 113

8. ELECTRICAL PARTS LIST .............................. 114

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

3

MHC-V77DW

SECTION 1

SERVICING NOTES

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.

UNLEADED SOLDER

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

: LEAD FREE MARK

Unleaded solder has the following characteristics.

• Unleaded solder melts at a temperature about 40 °C higher
than ordinary solder.
Ordinary soldering irons can be used but the iron tip has to be
applied to the solder joint for a slightly longer time.
Soldering irons using a temperature regulator should be set to
about 350 °C.

Caution: The printed pattern (copper foil) may peel away if
the heated tip is applied for too long, so be careful!

• Strong viscosity
Unleaded solder is more viscous (sticky, less prone to fl ow)
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.

CAUTION

Use of controls or adjustments or performance of procedures
other than those specifi ed 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 because of the potential difference generated by the
charged electrostatic load, etc. on clothing and the human body.
During repair, pay attention to electrostatic break-down and also
use the procedure in the printed matter which is included in the
repair parts.
The fl exible board is easily damaged and should be handled with
care.

MODEL IDENTIFICATION

– Back Panel –

R

MODEL NO. / MODELO : MHC-V77DW

~ 120-240 V 50/60 Hz 220 W

Manufactured under license from Dolby

HOME AUDIO SYSTEM

Laboratories. Dolby and the double-D
symbol are trademarks of Dolby Laboratories

HECHO EN MALASIA

N0. SERIE/

0000005

NƖ SERIE

Only for Mexico / Sólo para México

Homologaciòn No: XXXXXXXXX-XXXX
Modelo: DHSR-SY30
Marca: Wistron NeWeb Corporation
Homologaciòn No: XXXXXXXXX-XXXX
Modelo: DHSR-SY25
Marca: Wistron NeWeb Corporation

NOM

NYCE

Only for Chile / Sólo para Chile

05/2016

4-595-019-01 LA9

Model Part No.

LA9

AUS

AEP, UK

E4

EA

RU

MY

TH

• Abbreviation
AUS : Australian model
E4 : African model
EA : Saudi Arabia model
LA9 : Latin-American model
MY : Malaysia model
RU : Russian model
TH : Thai model

4-595-019-0[]

4-595-019-2[]

4-595-019-3[]

4-595-019-4[]

4-595-019-6[]

4-595-019-7[]

4-595-019-8[]

4-596-414-0[]

NOTES ON LASER DIODE EMISSION CHECK

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

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

4

MHC-V77DW

PLAYABLE DISCS

• AUDIO CD

• CD-R/CD-RW/DVD-R/DVD-RW
– audio data
– MP3 fi les that conforms to ISO9660 Level 1/Level 2, or

Joliet (expansion format).

Notes

• MP3 (MPEG 1 Audio Layer-3) is a standard format defi ned
by ISO (International Organization for Standardization) which
compresses audio data. MP3 fi les must be in MPEG 1 Audio
Layer-3 format.

• The system can only play back MP3 fi les that have a fi le
extension of “.mp3”.

• JIG

When disassembling the set, use the following jig (for front

panel removal).

Part No.: J-2501-238-A JIG FOR SPEAKER REMOVAL

NOTE OF REPLACING THE IC8001 AND IC8003 ON
THE 89G BOARD

IC8001 and IC8003 on the 89G board cannot exchange with
single. When these parts on the 89G board are damaged, exchange
the entire mounted board.

NOTE OF REPLACING THE IC6001, IC6002, IC6202,
IC6203, IC6341, IC6342, IC6602, IC6901 AND IC6907
ON THE BENTEN-MOTHERBOARD BOARD

IC6001, IC6002, IC6202, IC6203, IC6341, IC6342, IC6602,
IC6901 and IC6907 on the BENTEN-MOTHERBOARD board
cannot exchange with single. When these parts on the BENTEN­MOTHERBOARD board are damaged, exchange the entire
mounted board.

NOTE OF REPLACING THE IC8902 ON THE FM­TUNER BOARD

IC8902 on the FM-TUNER board cannot exchange with single.
When this part on the FM-TUNER board is damaged, exchange
the entire mounted board.

IMPORTANT NOTE OF REPLACING THE BENTEN­MOTHERBOARD BOARD

When the BENTEN-MOTHERBOARD board is replaced, be sure
to perform the following work.

1. Stick the new MAC address label on the rear side of this unit.

• Sticking method of MAC address label

location of MAC
address label

R

MODEL NO. / MODELO : MHC-V77DW

~ 120-240 V 50/60 Hz 220 W

Manufactured under license from Dolby

HOME AUDIO SYSTEM

Laboratories. Dolby and the double-D
symbol are trademarks of Dolby Laboratories

HECHO EN MALASIA

N0. SERIE/

0000005

NƖ SERIE

Only for Mexico / Sólo para México

Homologaciòn No: XXXXXXXXX-XXXX
Modelo: DHSR-SY30
Marca: Wistron NeWeb Corporation
Homologaciòn No: XXXXXXXXX-XXXX
Modelo: DHSR-SY25
Marca: Wistron NeWeb Corporation

NOM

NYCE

Only for Chile / Sólo para Chile

05/2016

4-595-019-01 LA9

– Rear view –

2. Perform the connection check of wireless LAN (Refer to
“CHECKING METHOD OF WIRELESS LAN CONNEC­TION” on this page).

3. The MAC address has been changed. Print the following
explanations, and pass it to the customer together with repaired
unit.

Note of the MAC address change:

The MAC address of this unit was changed along with this repair.
Please set it again if you are using the MAC address filtering
function of access point device connection destination.
When registration of client devices to the DLNA server device
is not automatic, it is necessary to register this unit into a server
again.
MAC address is displayed on rear side of this unit.
MAC1: MAC address of LAN(100)
MAC2: MAC address of wireless LAN

NOTE OF REPLACING THE IC001 AND IC002 ON
THE SENSOR BOARD

IC001 and IC002 on the SENSOR board cannot exchange with
single. When these parts on the SENSOR board are damaged,
exchange the entire mounted board.

NOTE OF REPLACING THE CUSHION REAR ON THE
COVER REAR ASSY

When the cover rear assy is disassembled from the set, replace the
old cushion rear on the cover rear assy with a new cushion rear.

cushion, rear

cover, rear assy

NOTE OF REPLACEMENT OF THE MS-476 BOARD

When the MS-476 board is defective, exchange the entire
LOADING COMPLETE ASSY (T).

CHECKING METHOD OF WIRELESS LAN CONNEC­TION

When the BENTEN-MOTHERBOARD board is replaced, be sure
to perform the connection check of wireless LAN.

Required item:

• Wireless router with the Wi-Fi Protected Setup™ (WPS)
button

Procedure:

1. Press the [1] (power) button to turn on the system.

When the system is on, the power indicator lights up in green.

1

5

MHC-V77DW

2. Touch and hold WPS key on the unit until the NETWORK
indicator fl ashes in white.

NETWORK

WPS

3. Within 90 seconds, press the Wi-Fi Protected SetupTM (WPS)
button of the router.

When the NETWORK indicator lights up in white, the Wi-Fi

network connection is complete.

WPS

NETWORK

BOND FIXATION OF ELECTRIC PARTS

When 2CH DAMP board is replaced, it is necessary to fi x parts to
the boards by using a specifi ed bond without fail.

• Object boards

Complete 2CH DAMP board

• Use bond

1) SILICONE RTV ADHESIVE (UB-501G) 300ML

2) HM-40 (E318202) 300ML

• Parts position

1. 2CH DAMP board (page 6)

1. 2CH DAMP board

– 2CH DAMP Board (Component Side) –

m

NETWORK

Depending on the wireless router, press and hold the WPS button
for a few seconds. For details, refer to the operating instructions
of your router.

• The WPS button may be called “AOSS button” depending on
the wireless router.

IMPORTANT NOTE OF DHSR-SY30 AT BENTEN­MOTHERBOARD BOARD

Be sure to plug in the HARNESS, COAXIAL to DHSR-SY30
after replacing the BENTEN-MOTHERBOARD board.

BENTEN-MOTHERBOARD
BOARD

C1094

C1093

The portion which applies bond:

DHSR-SY30

6

HARNESS, COAXIAL
FROM ANTENNA BOARD

MHC-V77DW

BOND FIXATION OF ELECTRICAL PARTS

When switching regulator (SSN-161AD) is replaced, fi x the
electrical parts by using the bond (SC608Z2).

• Object board

1. REGULATOR, SWITCHING (SSN-161AD) board

• Use bond

Part No. Description

7-600-020-70 ADHESIVE (SC608Z2) 180ML

• Parts position

1. REGULATOR, SWITCHING (SSN-161AD) board
(page 7)

1. REGULATOR, SWITCHING (SSN-161AD) board

– SWITCHING REGULATOR (Component Side) –

Z1

C3

C27

LF1

C8

C34

R40

C17

L1

TEST DISCS

Use following TEST DISC when this unit confi rms the operation
and checks it.

• For CD

Part No. Description

3-702-101-01 DISC (YEDS-18), TEST
4-225-203-01 DISC (PATD-012), TEST
J-2501-307-A DISC (HLX-A1), TEST

• For DVD SL (Single Layer)

Part No. Description

J-6090-069-A DISC (HLX-503), TEST (NTSC)
J-6090-088-A DISC (HLX-504), TEST (NTSC)
J-2501-305-A DISC (HLX-513), TEST (NTSC)
J-6090-077-A DISC (HLX-506), TEST (PAL)

• For DVD DL (Double Layer)

Part No. Description

J-6090-071-A DISC (HLX-501), TEST (NTSC)
J-6090-089-A DISC (HLX-505), TEST (NTSC)
J-2501-306-A DISC (HLX-514), TEST (NTSC)
J-6090-078-A DISC (HLX-507), TEST (PAL)

RELEASING THE DISC TRAY LOCK

The disc tray lock function for the antitheft of sample disc in the
shop is equipped.
It can release the lock function in the following procedure.

C21

R40

C35

L1

C22

TP1

T2

C18

R50

C47

R15

R62

SR1

C20

R112

R109

R14

Q14

R47

T2

C20

R105

R107

SR1

C35

Releasing Procedure:

1. Press the [1] button to turn the power on.

2. Touch the [FUNCTION] touch key to turn the DVD/CD func­tion.

3. Touch [x] and [MIC LEVEL +] touch keys simultaneously for
three seconds.

4. The message “UNLOCKED” is displayed on the screen
display panel and the disc tray is unlocked.

Note: When “LOCKED” is displayed on the screen display panel, the

disc tray lock is not released by turning the power on/off with the
[1] button.

IF “PROTECTX” (X IS A
NUMBER) APPEARS IN THE
DISPLAY PANEL

Immediately unplug the AC
power cord (mains lead), and
check if anything is blocking the
ventilation openings of the unit.

After you have checked and
found no problems, reconnect
the AC power cord (mains lead),
and turn on the system. If the
issue persists, contact your
nearest Sony dealer.

The portion which applies bond:

7

MHC-V77DW

HOW TO OPEN THE TRAY WHEN POWER SWITCH TURN OFF

Note 1: After the side case and top panel block 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 rear cover assy, side-L panel.
(Illustration of disassembly is omitted.)

– Left view –

Insert the clip etc. processed to the
length of 8 cm or more in the hole
on the side of the CDM and push.

8 cm or more

Note: Push after it inserts it

in this hole well.

hole

DVD mechanism
deck

tray

– Top view –

3

2 Insert the clip etc.

8

CAPACITOR ELECTRICAL DISCHARGE PROCESSING

When checking the board, for the electric shock prevention, con­nect the resistors to respective parts to discharge.

Discharge at capacitor (Ref. No C27)
Discharge method 1

Connect the resistors to both ends of capacitor (Ref. No. C27) on
the switching regulator (SSN-161AD) to discharge.

– SWITCHING REGULATOR (Conductor Side) –

800 :/5 W

(for C27)

Discharge method 2

When connecting the resistor to both ends of capacitor (Ref.
No. C27) on the switching regulator (SSN-161AD) is diffi cult,
discharge by connecting the resistor between fuse (Ref. No. F4)
and jumper (Ref. No. J26, J24, J94).

Note: Be careful not to short-circuit, because between the terminal is close.

MHC-V77DW

– SWITCHING REGULATOR (Component Side) –

J26

J74

J94

800 :/5 W

F4

Discharge at capacitor (Ref. No C18 and C20)

Discharge by connecting the resistor between pin 1, 2 (+VH) and
pin 8, 9 (–VH) of connector (Ref. No, CN2) on the switching
regulator board.

– SWITCHING REGULATOR Board (Component Side) –

Pin 1

Pin 10

CN2

800 :/5 W

9

MHC-V77DW

Note: Disassemble the unit in the order as shown below.

2-1. DISASSEMBLY FLOW

SET

2-2. REAR COVER ASSY
(Page 11)

2-3. SIDE-L PANEL
(Page 11)

2-4. PANEL LOADING SECTION
(Page 12)

2-5. TOP PANEL SECTION
(Page 13)

SECTION 2

DISASSEMBLY

2-6. SIDE-R PANEL
(Page 14)

2-7. CDM SECTION
(Page 15 )

2-8. CDM90-DVBU204//M
(Page 15 )

2-9. SERVICE, OPTICAL DEVICE (7G),
FLEXIBLE FLAT CABLE
(Page 16)

2-10. BACK PANEL SECTION
(Page 17)

2-11. 2CH DAMP BOARD
(Page 18)

2-13. REGULATOR, SWITCHING
(SSN-161AD)
(Page 20)

2-12. BENTEN-MOTHERBOARD BOARD,
89G BOARD
(Page 19)

10

2-14. FRONT PANEL SECTION
(Page 21)

2-15. LOUDSPEAKER (260MM)-180-11
(WOOFER) (SP5)
(Page 22)

2-16. LOUDSPEAKER
(120MM)-181-11
(MID: L-CH) (SP1),
LOUDSPEAKER
(120MM)-181-11
(MID: R-CH) (SP3)
(Page 22)

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

2-2. REAR COVER ASSY

Note 1: When the cover rear assy is disassembled from the

set, refer “NOTE OF REPLACING THE CUSHION
REAR ON THE COVER REAR ASSY” on page 5.

1 three screws
(flathead (TP))

MHC-V77DW

2 three screws
(+BVTP 3 u 10)

2-3. SIDE-L PANEL

3 three screws
(flathead (TP))

4 Lift up the top panel section
in the direction of the arrow.

2 five screws
(+BVTP 3 u 10)

3 cover, rear assy

Note 2: There is cushion rear at the top of the cover, rear assy.
Remove the cover, rear assy gently to avoid from
being broken.

2 three screws
(flathead (TP))

1 two screws
(+BVTP 3 u 8)

2 four screws
(flathead (TP))

6 panel side, L

5 Slide the panel side, L

in the direction of the arrow.

11

MHC-V77DW

2-4. PANEL LOADING SECTION

3 three claws

4 panel loading

section

– Left view –

Insert the clip etc. processed to the
length of 8 cm or more in the hole
on the side of the CDM and push.

8 cm or more

Note: Push after it inserts it

in this hole well.

hole

DVD mechanism
deck

2 Draw out the tray.

1 Insert the clip etc.

tray

– Top view –

12

2-5. TOP PANEL SECTION

3 filament tape

4 dual-band dipole

antenna connector

6 wire (flat type)

(7 core) (CN6203)

MHC-V77DW

0 panel, top section

9 CN1009 (8P)

5 wire (flat type)

(29 core) (CN3902)

$(38.580<$86

7 cushion, seal

2 Remove the

panel, top section
in the direction
of the arrow.

Note 1: When installing the wire (flat type), ensure that

the colored line is not slanted after insertion.

OK

Insert is straight to the interior. Insert is incline

wire (flat type) wire (flat type)

NG

8 clamp, sleeve ferrite

:LUHVHWWLQJ

CDM section

pin, lead

front side

1 two screws
(flathead (TP))

Note 2: When you install the connector, please install them correctly.

There is a possibility that this machine damages when not
correctly installing it.

OK NG NG

Insert is straight
to the interior.

connector

Insert is shallow

connector

MIC board

Insert is incline

connector

colored line

colored line

connectorconnector

connector

connector connector

13

MHC-V77DW

2-6. SIDE-R PANEL

4 wire (flat type)

(29 core) (CN6850)

3 one screw
(+BVTP 3 u 8)

7 panel, side-R section

1 two screws

(+BVTP 3 u 8)

6 Remove the
panel, side-R
in the direction
of the arrow.

Note 1: When installing the wire (flat type), ensure that

the colored line is not slanted after insertion.

OK

Insert is straight to the interior. Insert is incline

wire (flat type) wire (flat type)

colored line

colored line
connectorconnector

NG

5 CN6801 (4P)

2 two screws

2 two screws

(flathead (TP))

Note 2: When you install the connector, please install them correctly.

There is a possibility that this machine damages when not
correctly installing it.

OK NG NG

Insert is straight
to the interior.

connector

connector

Insert is shallow

connector

(flathead (TP))

Insert is incline

connector

connector connector

14

2-7. CDM SECTION

8 CDM block

1 two screws

(+BVTP 3 u 8)

3 filament tape

7 Remove the CDM section

in the direction of the arrow.

6 CN8400 (6P)

4 flexible flat cable

(24 core) (CN8001)

5 flexible flat cable

(5 core) (CN8401)

MHC-V77DW

Note 1: When installing the flexible flat

cable, ensure that the colored line
is not slanted after insertion.

OK

Insert is straight to the interior.

flexible flat
cable

colored line

connector

2-8. CDM90-DVBU204//M

2 one screw
(+BVTP 3 u 8)

flexible flat
cable

colored line

2 one screw
(+BVTP 3 u 8)

Note 2: When you install the connector, please install them correctly.

There is a possibility that this machine damages when not
correctly installing it.

OK NG NG

Insert is straight
to the interior.

connector

connector

connector

1 four screws
(BVTP3 u 8)

connector

Insert is shallow

connector connector

NG

Insert is incline

Insert is incline

connector

4 cushion, saranet (30X50)

5 core, ferrite

2 Draw wire out of

the hole in bracket CDM
section.

7 CDM90-DVBU204//M

3 Draw two wires out of

the hole in bracket CDM
section.

6 bracket CDM section

15

MHC-V77DW

2-9. SERVICE, OPTICAL DEVICE (7G), FLEXIBLE FLAT CABLE

2 chuck holder assy (T)

1 six claws

qa insulator

8 four insulator screws

qs service,

optical device (7G)

qa insulator

qa insulator

6 belt

3 Insert the thin

wire (clip etc.).

qd loading base assy

4

5 tray

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Note: This illustration sees the loading assy (T) from bottom side.

5 two claws

1 flexible flat cable (24P)

loading assy (T)

0

9

7 connector

qf filament tape

5 three claws

qh flexible flat cable

(5P)

qj holder, FFC

qk flexible flat cable

(24P)

qg

loading assy (T)

– Bottom view –

16

terminal face

2 Through the hole

Under the guide
(Fold area)

3 Through the hole

6 holder, FFC

4

7 flexible flat cable

(24P)

9 filament tape

8 flexible flat cable

(5P)

Under the guide

2-10. BACK PANEL SECTION

:LUHVHWWLQJ

rear
side

0 wire (flat type)

6 two screws

(+BVTP 3 u 8)

(9 core) (CN6402)

2CH DAMP board

clamp

MHC-V77DW

5 one screw

1 two screws

(rivet (DIA. 3), nylon)

Note 1: When installing the wire (flat type), ensure that

the colored line is not slanted after insertion.

Insert is straight to the interior. Insert is incline

wire (flat type) wire (flat type)

(+B 3 u 6)

2 cover, jack

3 one screw

(rivet (DIA. 3), nylon)

OK

colored line

4 cover, LAN

7 two screws

(+BVTP 3 u 8)

NG

colored line

connectorconnector

8 Wire is removed
from the clamp.

9 CN1002 (2P)

qa panel, back section

Note 2: When you install the connector, please install them correctly.

There is a possibility that this machine damages when not
correctly installing it.

OK NG NG

Insert is straight
to the interior.

connector

connector

–7RSUHDUYLHZ–

Insert is shallow

connector

connector connector

connector

Insert is incline

17

MHC-V77DW

2-11. 2CH DAMP BOARD

7 one screw
(+BVTP 3 u 8)

:LUHVHWWLQJ

2CH DAMP board

9 plate, shield D-AMP

qa heat sink, AMP

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0<$86

4 cushion, seal

5 core, ferrite

3 CN1004 (8P)

8 clamp

qs sheet, thermal

6 CN1003

(6P)

7 three screws
(+BVTP 3 u 8)

0 two screws
(+PTPWH 2.6 u L (DIA8.0)

qd 2CH DAMP board

qf two screws

(+BVTP 3 u 8)

qh bracket, heat sink

qg Remove the

bracket, heat sink
in the direction
of the arrow.

2 Wire is removed
from the clamp.

1 wire (flat type)

(17 core) (CN1001)

rear
side

clampcushion (QJ, S)

Note 1: When installing the wire (flat type), ensure that

the colored line is not slanted after insertion.

OK

Insert is straight to the interior. Insert is incline

wire (flat type) wire (flat type)

colored line

colored line
connectorconnector

NG

Note 2: When you install the connector, please install them correctly.

There is a possibility that this machine damages when not
correctly installing it.

OK NG NG

Insert is straight
to the interior.

connector

connector

Insert is shallow

connector

connector connector

connector

Insert is incline

18

2-12. BENTEN-MOTHERBOARD BOARD, 89G BOARD

Note 1: When the BENTEN-MOTHERBOARD board is replaced,

refer to “IMPORTANT NOTE OF REPLACING THE
BENTEN-MOTHERBOARD BOARD” on page 5 and “IM­PORTANT NOTE OF DHSR-SY30 AT BENTEN-MOTH­ERBOARD BOARD” on page 6.

:LUHVHWWLQJ

BENTEN-MOTHERBOARD board

MHC-V77DW

ANTENNA board

rear side

5 wire (flat type)

(6 core) (CN6202)

harness coaxial connector

6 CN6901 (9P)

9 four screws

(+BVTP 3 u 8)

7 CN6851 (3P)

0 BENTEN-MOTHERBOARD board

4 CN6802 (3P)

8 wire (flat type)

(29 core) (CN7001)

qa two screws
(+BVTP 3 u 8)

qs 89G board

2 filament tape

1 CN6401

(4P)

3 ANTENNA board
harness coaxial connector

Note 2: When installing the wire (flat type), ensure that

the colored line is not slanted after insertion.

OK

Insert is straight to the interior. Insert is incline

wire (flat type) wire (flat type)

colored line

colored line

connectorconnector

NG

Note 3: When you install the connector, please install them correctly.

There is a possibility that this machine damages when not
correctly installing it.

OK NG NG

Insert is straight
to the interior.

connector

connector

Insert is shallow

connector

connector connector

connector

Insert is incline

19

MHC-V77DW

2-13. REGULATOR, SWITCHING (SSN-161AD)

3 one screw
(+BVTP 3 u 8)

6 eight screws
(+PWH 3 u 8 (SUMITITE))

qa Remove the wire from the hole.

:LUHVHWWLQJ

REGULATOR, SWITCHING

hole

(SSN-161AD)

qd two step screws
M4

rear
side

4 clamp

2 two screws

(+BVTP 3 u 8)

5 sub, chassis

E

7 clamp

:LUHVHWWLQJ

REGULATOR, SWITCHING
(SSN-161AD)

2 three screws
(+BVTP 3 u 8)

6 one screw
(+PWH 3 u 8
(SUMITITE))

clamp

qs REGULATOR, SWITCHING
(SSN-161AD)

9 himelon 45

0 core, ferrite

8 CN1

qd two step screws

M4

qf chassis block

E

Note : When you install the connector, please install them correctly.

There is a possibility that this machine damages when not
correctly installing it.

OK NG NG

Insert is straight
to the interior.

connector

Insert is shallow

connector

1 one screw
(+BVTP 3 u 8)

Insert is incline

connector

20

connector

connector connector

2-14. FRONT PANEL SECTION

4 All bosses are removed while moving
jig in the direction of the arrow, and
panel, front section is removed.

3 Insert the jig into a space and slowly
remove the panel, front section.

Note 1: When using a jig, please work
so as not to injure panel, front
section and speaker cabinet.

total seventeen bosses

MHC-V77DW

1 one screw
(4 x 13) (TR-184A)

4 All bosses are removed while moving
jig in the direction of the arrow, and
panel, front section is removed.

3 Insert the jig into a space and slowly
remove the panel, front section.

Note 1: When using a jig, please work
so as not to injure panel, front
section and speaker cabinet.

:LUHVHWWLQJ

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

2 one screw
(4 x 13) (TR-184A)

6 terminal (narrow)
[yellow]

3 Insert the jig into a space and slowly
remove the panel, front section.

Note 1: When using a jig, please work
so as not to injure panel, front
section and speaker cabinet.

2 one screw
(4 x 13) (TR-184A)

6 terminal (wide side)
[black/yellow]

6 terminal (narrow)
[yellow]

6 terminal (wide side)
[black/yellow]

:LUHVHWWLQJ

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

protrusion

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

7 panel,
front section

5 Remove the
panel, front section
in the direction of an arrow.

protrusion

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

21

MHC-V77DW

2-15. LOUDSPEAKER (260MM)-180-11 (WOOFER) (SP5)

:LUHVHWWLQJ

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

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 PP63

loudspeaker

terminal position

(260mm)-180-11 (SP5)

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

4 loudspeaker
(260mm)-180-11
(woofer) (SP5)

protrusion

3 terminal (narrow)
[grey/black]

3 terminal
(wide side) [grey]

1 eight screws
((1) (4 u 20), +BV TAPPING)

2-16. LOUDSPEAKER (120MM)-181-11 (MID: L-CH) (SP1),

LOUDSPEAKER (120MM)-181-11 (MID: R-CH) (SP3)

3 terminal (narrow)
[blue/black]

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terminal position

loudspeaker
(120mm)-181-11 (SP1)

loudspeaker
(120mm)-181-11 (SP3)

2 Remove the loudspeaker
(120mm)-181-11 (SP1)
in the direction of the arrow.

4 loudspeaker
(120mm)-181-11
(mid: L-ch)
(SP1)

2 Remove the loudspeaker (260mm)-180-11
(SP5) in the direction of the arrow.

7 terminal (narrow)

3 terminal

(wide side) [blue]

[red/black]

7 terminal
(wide side)
[red]

22

1 four screws
((1) (3.5X14), TAPPING)

5 four screws
((1) (3.5X14),

TAPPING)

8 loudspeaker (120mm)-181-11
(mid: R-ch) (SP3)

6 Remove the loudspeaker (120mm)-181-11
(SP3) in the direction of the arrow.

SECTION 3

TEST MODE

MHC-V77DW

[PANEL TEST MODE]

This mode is used to check the screen display panel, LEDs, keys,
GESTURE CONTROL sensor, model, destination, motion gesture
and software version.

Procedure:

1. Touch [] and [

TUNING

‒ .] touch keys simultaneously

and hold 3 seconds.

2. All LEDs and segments in screen display panel are lighted up.

3. When you want to enter to the software version display mode,

touch [+] touch key.

The model information appears on the screen display panel.
Touch [+] touch key again to view the destination

information.

4. During the destination information display, touch [+] touch
key. Each time [+] touch key is touched, the screen display
panel shows the version of each category software in the
following sequence: SYSTEM, MTK and return back to model
information display.

5. Touch [‒] touch key, the key check mode is activated.

6. In the key check mode, the screen display panel displays
“K 0 ”.

Each time a button/touch key is touched, “K” value increases.

However, once a button/touch key has been touched, it is no
longer taken into account.

The screen display panel displays “<” or “>” or “˄” or “˅” on

the right side of “K31 OK” each time swing left, right, up and
down at GESTURE CONTROL.

7. To release from this mode, touch the touch keys in the same
manner as step 1, or disconnect the power cord.

[COLD RESET]

The cold reset clears all data including preset data stored in the
data flash to initial conditions. Execute this mode when returning
the set to the customer.

Procedure:

1. Press the [1] button to turn the power on.

2. Touch [] and [

TUNING + >]

touch keys simultaneously

for 3 seconds.

3. “COLD RST” appears on the screen display panel. After that,
the screen display panel will display “WELCOME”. The set
will automatically return to SONY DEMO condition.

[DISC THEFT PREVENTION]

This mode let you lock the disc tray. When this mode is activated,
the disc tray will not open when [Z] touch key is touched. 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 the [1] button to turn the power on.

2. Touch the [FUNCTION] touch key to select the DVD/CD
function.

3. Touch the [Z] touch key to open the disc tray and insert the
CD.

4. Touch the [Z] touch key to close the disc tray.

5. Touch [x] and [MIC LEVEL +] touch keys simultaneously for
5 seconds.

6. The message “LOCKED” is displayed on the screen display
panel and the disc tray is locked.

(Even if pressing the [Z] touch key, the message “LOCKED”

is displayed on the screen display panel and the disc tray is
locked)

[DEMO MODE]

The demo mode can be performed.
(This mode is used by shop front)

Procedure:

1. Press the [

1] button to turn the system.

2. Touch [] and [SOUND FIELD] touch keys simultaneously
for 5 seconds.

3. The message “AutoPLAY” is displayed on the screen display
panel.

4. Touch [TUNING + >] or [TUNING – .] to select either
AutoPLAY or AutoSTOP in Demo mode, then touch [N] to
make selection.

5. Touch [TUNING + >] or [TUNING – .] to select reset
timer setting, then touch [N] 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. Touch [] and [SOUND FIELD] touch keys simultaneously
for 5 seconds.

Note: The demo mode does not release by unplug the AC cord.

[BROWSER MODE]

Prepare PC or Mobile Phone that is able to connect WiFi. Turn off
proxy server setting.

• Procedure on the set

1. Perform COLD RESET.

2. Press [1] button to turn on the system.

3. Touch [B] and [SOUND FIELD] touch keys simultaneously
for 5 seconds to enter Browser Mode.

4. The message “BROWSER” is displayed on the screen display
panel.

• Procedure on the PC/Mobile Phone

In order to connect the set to WIFI, the following standard
procedure must be followed.

1. Connect the set by soft AP and select the following:

Wi-Fi networks

SSID： MHC-V77DW_XXXXXX

MHC-V77DW_3e2511

Saved

XXXXXX : Lower 6 digits of MAC Address
Key : None(Non Secure)

(Display image is example of procedure on the Mobile Phone)

2. Access to [http://192.168.211.161/cgi-bin/index_fact.cgi] on
the browser of PC or Mobile Phone and below image will
appear.

Set Serial No. and Color variation

Login Password

Send(P) Reset(R)

Releasing method:

1. Touch [x] and [MIC LEVEL +] touch keys simultaneously for

5 seconds.

2. The message “UNLOCKED” is displayed on the screen
display panel and the disc tray is unlocked.

23

MHC-V77DW

3. Insert password (svctm) and click [Send(P)]. The following
image will appear.

(Displayed values in the following fi gure are example)

Serial No.
Color Variation
Wifi Channel Index
Wifi Power Table
Destination
Wired LAN MAC Address

Wireless LAN MAC Address

BD Address

Write and Copy(C)

8388828
00

06
1
30

104fa8471c95
8c579b15f48f

8c579b15f490

4. Insert the value for Serial No. (7 digits), Color Variation, Wifi
Channel Index, Wifi Power Table, Destination and Wired
LAN MAC Address respectively by referring below data.

Serial No. (7 digits) Input 7 digits directly

Color Variation Input 2 digits directly

Wifi Channel Index Input 2 digits directly

Wifi Power Table Input 1 digit directly

Destination Input 2 digits directly

Wired LAN MAC Address Input 12 digits directly

Color Number

Black 0

Destination Destination

AR2 25 3 3

LA9

CEK 27 0 4

CEL 28 0 4

RU1 29 6 4

E4 30 6 4

EA3 31 6 4

E12 32 0 4

TH1 33 0 4

AU1 34 0 4

SP6 10 0 4

Index

26 5 3

Wi-Fi Channel
Index

Wi-Fi Power
Table

6. If you enter non-specifi ed number of digits and click the
button, then an ERR message is displayed.

(Displayed values in the following fi gure are example)

ERR : Serial no

Serial No.
Color Variation
Wifi Channel Index
Wifi Power Table
Destination
Wired LAN MAC Address

Wireless LAN MAC Address

BD Address

Write and Copy(C)

8388828
00

06
1
30

104fa8471c95
8c579b15f48f

8c579b15f490

7. To save the value, press [1] button.

[DVD COLOR SYSTEM MODE] (Except for Latin American,
European, and Russian models)

• This mode let you change the color system of the video output

from PAL to NTSC or vice-versa.

Procedure:

1. Press the [1] button to turn on the system.

2. Touch the [FUNCTION] touch key until message “DVD/CD”
appears.

3. Touch the [DJ] and [

TUNING +

>] touch keys simultane-

ously and hold for 3 seconds.

4. The message “PAL” or “NTSC” appears on the screen display
panel.

• To release from DVD Color System Mode

1. Once the color system has been selected, the mode is fi xed
there after. If you wish to change the mode again, perform
step 3 again.

5. Click [Write and Copy(C)] to rewrite the values and refresh
the screen.

24

SECTION 4

ELECTRICAL CHECK

MHC-V77DW

TUNER SECTION

0 dB = 1 ȝV

FM AUTO STOP CHECK

signal

generator

set

+

75

–

Procedure:

1. Turn the power on.

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

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

Note: 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. Confi rm that input Frequency of A, B and C detected and
automatic scanning stops.

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

CD/DVD SECTION

[TEST DISC LIST]

Use the following test disc on test mode.

• CD: YEDS-18 (PART No. 3-702-101-01)
or
PATD-012 (PART No. 4-225-203-01)
HLX-A1 (PART No. J-2501-307-A)

• DVD (SL)
NTSC HLX-503 (PART No. J-6090-069-A)
or
HLX-504 (PART No. J-6090-088-A)
HLX-513 (PART No. J-2501-305-A)
PAL HLX-506 (PART No. J-6090-077-A)

• DVD (DL)
NTSC HLX-501 (PART No. J-6090-071-A)
or
HLX-505 (PART No. J-6090-089-A)
HLX-514 (PART No. J-2501-306-A)
PAL HLX-507 (PART No. J-6090-078-A)

Note: When the BASE UNIT is replaced, perform the Execute

IOP measurement

(Refer to page 23).

FOCUS BIAS CHECK

oscilloscope

(DC range)

MOTHERBOARD board

CN302 pin 17 (RF)

CN302 pin 1 (GND)

+
–

Procedure:

1. Connect the oscilloscope to CN302 pin 17 (RF) and CN302
pin 1 (GND) on the MOTHERBOARD board.

2. Press the [

] button to turn the power on, and press the

?/1

[FUNCTION] button to select DVD/CD function.

3. Set the test disc (CD: YEDS-18) on the tray and press [N]
button to playback.

4. Confi rm that oscilloscope waveform is as shown in the fi gure
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

level:

1.1 ± 0.25 Vp-p (DVDSL)

1.0 ± 0.25 Vp-p (CD)

25

MHC-V77DW

Checking Location:

-MOTHERBOARD Board (COMPONENT SIDE)-

pin 17 (RF)pin 1 (GND)

CN302

26

TROUBLESHOOTING

Switching Regulator (SSN-161AD) Diagnosis Flow

Connect the AC power cord.

MHC-V77DW

SECTION 5

The output voltage from the switching regulator is the following standard value.

Standby Demo mode Power on

CN4:
Between pin 3, 4 (LED)
and pin 5, 6 (LED GND)

CN2:
Between pin 1 to 2 (+PVDD)
and pin 5 (GND)

CN2:

%HWZHHQSLQWRí39''

and pin 5 (GND)

CN2:
Between pin 3 (+VL)
and pin 5 (GND)

CN2:

%HWZHHQSLQí9/

and pin 5 (GND)

CN2:
Between pin 10 (SVP)
and pin 5 (GND)

Yes

End

(1) CN1 (AC power cord connector)

13.5 V ± 5 % 13.5 V ± 5 % 13.5 V ± 5 %

0 V

0 V 0 V í9

0 V 0 V 17 V ± 5 %

0 V 0 V í9

0 V 0 V í9

0 V 62.5 V ± 5 %

– SWITCHING REGULATOR (Component Side) –

(2) F1 (Fuse)
(3) T1 (Sub power transformer)
(4) CN4 (Main power connector)
Pin 1 : Audio
Pin 2 : Audio GND

(6)

Pin 3 : LED
Pin 4 : LED
Pin 5 : LED GND
Pin 6 : LED GND
Pin 7 : AC-DET
Pin 8 : PCON
Pin 9 : LOW AC
(5) T2 (Main power transformer)
(6) CN2 (Amplifier power connector)
Pin 1 : +PVDD
Pin 2 : +PVDD
Pin 3 : +VL
Pin 4 : GND

– SWITCHING REGULATOR (Conductor Side) –

Pin 5 : GND
Pin 6 : GND

Pin 1

Pin 7 : –VL
Pin 8 : –PVDD
Pin 9 : –PVDD
Pin 10 : SPV

(6)

No

Replace the switching regulator.

(5)

(3)

(4)

(2)

(1)

Pin 10

(4)

Pin 9 Pin 1

27

MHC-V77DW

Reinsert the wire that connected between CN1004 on the

2CH DAMP board and switching regulator, and check the

voltage again.

If there is no problem to the wire, check that the switching

regulator is properly fixed.

No

The voltage between pin 7 to 8 (+VH) and pin 5 (PGND) of

CN1004 on the 2CH DAMP board is +62.5 V.

7KHYROWDJHEHWZHHQSLQWRí9+DQGSLQ3*1'RI

&1RQWKH&+'$03ERDUGLVí9

No

No

Yes

The voltage between pin 6 (+VL) and pin 5 (PGND) of

CN1004 on the 2CH DAMP board is +17 V.

7KHYROWDJHEHWZHHQSLQí9/DQGSLQ3*1'RI

No

Yes

&1RQWKH&+'$03ERDUGLVí9

The voltage between pin 1 (-VG) and pin 5 (PGND) of

Checks circumference circuit of REG IC1001.

If there are no problems, exchanges IC1001.

No

Yes

CN1004 on the 2CH DAMP board is -45.5 V.

Yes

Checks OUT terminal REG IC1001 output is -50.5 V

reference to pin 5 (PGND) of CN1004.

Reinsert the flexible flat cable (FFC4) that connected between

CN1001 on the 2CH DAMP board and CN6404 on the

MOTHERBOARD board, and check the voltage again.

If there is no problem to the flexible flat cable (FFC4), check

Checks circumference circuit of REG IC1002.

If there are no problems, exchanges IC1002.

No

Checks OUT terminal REG IC1002 output is +7 V reference

to pin 5 (PGND) of CN1004.

Checks circumference circuit of REG IC1003.

If there are no problems, exchanges IC1003.

No

Yes

Checks OUT terminal REG IC1003 output is -7 V reference

to pin 5 (PGND) of CN1004.

Checks circumference circuit of REG IC1006.

If there are no problems, exchanges IC1006.

Checks circumference circuit of REG IC1007.

If there are no problems, exchanges IC1007.

No

Yes

Checks OUT terminal REG IC1006 output is +9 V reference

to pin 5 (PGND) of CN1004.

No

Yes

Yes

Checks OUT terminal REG IC1007 output is +15 V reference

to pin 5 (PGND) of CN1004.

that the MOTHERBOARD board is properly fixed.

No

Yes

Check the voltage of CN1001 pin 7 (I_AMP_RESET) on the

2CH DAMP board is +3.3 V.

Replace 2CH DAMP Board.

No

Leave 2CH DAMP Mount to a state of it only and checks

Power Audio Driver (MOSFET) with Tester.

Is it shorted out? (Refer to Page 29)

No

Yes

Assembles into the unit again then, checks whether there is

audio output from 2CH DAMP Board.

Yes

Yes

Playback the music.

2CH DAMP Board Mount Diagnosis Flow

Yes

The audio is outputted

from the 2CH DAMP board.

28

End

MHC-V77DW

ÚAEP, UK, RU, MY, AUS

¾EA, TH, E4, LA9

MOSFET Confi rmation for DAMP Mount

CL1045

CL1028

CL1021

CL1027

CL1026

CL1020

CL1095

CL1019

R1136

CL1070

CL1072

Q1022

CL1071

CL1067

R1133

R1134

CL1039

CL1068

CL1030

R1072

C1109

CL1029

CL1053

CL1037

CL1065

CL1066

R1071

CL1040

IC1007

CL1054

CL1035

CL1075

CL1077

C1108

CL1094

CL1036

R1108

CL1069

D1025

R1137

R1031

CL1074

R1099

CL1085

D1018

AK

CL1080

R1098

CL1078

R1022

CL1076

CL1025

CL1022

CL1043

CL1046

CL1089

CL1096

CL1015

C1070

R1115

R1116

¾

¾

CL1091

CL1073

CL1081

CL1083

R1061

CL1003

R1060

R1027

C1089

CL1079

CL1087

C1090

R1055

CL1090

CL1034

CL1032

CL1033

CL1088

CL1002

R1009

R1062

R1063

CL1007

CL1008

CL1086

CL1084

CL1005

CL1012

CL1001

CL1006

C1001

CL1004

C1005

C1036C1032

CL1009

CL1013

CL1031

CL1038

Tester Tester Tester Tester

CL1061

CL1063

CL1041

CL1016

R1014

CL1059

C1015

C1014

CL1060

D1007

C1045

CL1057

C1044

CL1058

R1044

D1004

CL1017

CL1062

CL1064

CL1056

R1017

R1047

CL1014

CL1052

CL1055

CL1018

CL1047

CL1050

CL1051

CL1049

CL1048

C1049

C1048

C1053

CL1042

C1054

<Note>

Please check each channel’s resistance value for the Coil’s terminal and Capacitor’s + and – terminal.

These terminal is equal to resistance value for POWER AUDIO DRIVER terminal.

CL1011

CL1010

29

MHC-V77DW

• Circuit Boards Location

POWER BUTTON board

SENSOR board

SECTION 6

DIAGRAMS

LCD board

SPK PARTY LED board

FM-TUNER board

IR board

RC-S730 (WW)

2CH DAMP board

MS-476 board

ANTENNA board

SPK LED board

PARTY LED board

DUMMY board

89G board

USB board

BENTEN-MOTHERBOARD board

MIC board

REGULATOR, SWITCHING
(SSN-161AD)

SPK LED board

30

6-1. BLOCK DIAGRAM - RS SERVO, USB Section -

FOCUS/TRACKING ERROR AMP

CD SYSTEM PROCESSOR

SERVICE, OPTICAL DEVICE (7G)

RF

VOA/A
VOB/B

VOD/C

VOD/D

VOE/E+G

VOF/F+H

VC

MPD

LD_CD (780)

LD_DVD (650)

(LO:DVD.HI:CD)MSW

CD_VR (780)

DVD_VR (650)

NC(LIMIT)

SP+

SP–

SL+
SL–

TRK+
TRK–

FCS+
FCS–

MS-476 BOARD

LOAD+
LOAD–

TRAY-IN

TRAY-OUT

AUTO POWER

AUTO POWER

MOTOR DRIVER

11 VOSL+

12 VOSL–

17 VOLD+
18 VOLD–

16 VOTK–
15 VOTK+

14 VOFC+
13 VOFC–

10 VOTR+

9VOTR–

CTRL

Q8401

CTRL

Q8400

5CH SYSTEM

IC8400

X8001

27MHz

4VINSL+

23VINLD

26VINTK

1VINFC

28MUTE

27BIAS

6FWD
7REV

DIGITAL SERVO PROCESSOR

RFIP

119

RFC

125

RFB

124

RFA

123

RFD

126

RFF

128

RFE

127

V20

5

MDI1

8

LDO1

9

LDO2

10

FG/GPIO2

18

TRAY_OPEN/GPI0 VREF/GPO14

14

TRAY_CLOSE/GPI0 DVD_VR

15

APLLVDD_GPIO/GPIO34

107

XTALO

4

XTALI

3

DMO

12

FMO

13

TRO

16

FOO

17

PAPLLCAP/GPIO35

108

V14

6

AD24

PCM_CLK

AF26

PCM_RX

SPI2_CLK

AH24

SRCLKENAI

Y27

IC8003

GPIO10/HPLG

GPIO3/INT_ (CEC)NC

GPIO13 (VSTB)NC

SPDIF/GPIO12

34

36

80

V25

P6

V5

MTK-SDI

MTK-CLK

MTK-SDO

I2S4_DATA_IN

AUD_EXT_CK2

CVBS

TX2P
TX2N
TX1P
TX1N
TX0P
TX0N
TXCP

TXCN

UP1_6/SCL

UP1_7/SDA

USB_DP

USB_DM

SF_DO

SF_DI

SF_CK

SF_CS_

RD0 – RD15

RA0 – RA11

BA0
BA1

RCLK

RWE

CAS

RAS
DQM0
DQM1

USB_DP_P1
USB_DM_P1

UCTS2

CEC

SPDIF_IN0

98

94
93
91
90
88
87
85
84
28
29
81

19

20

25
26

72
73

69
70

T28
T29

N3
AA4

AF24
AE18

V4

SERIAL FLASH

2 SO/SIO1
5 SI/SIO0
6SCLK27
1CS24

DQ0 – DQ15

A0 – A11

20 BA0
21 BA1
38 CLK60
16 WE68
17 CAS
18 RAS
15 LDQM49
39 UDQM59

IC8001

SD-RAM

IC8005

USB SWITCH CONTROLLER

IC6802

2D+

4

2D-

10

1D+111D-2S

3

5D+

USB POWER CONTROL

IC6803

/FLAG

4

OUT

EN

3

MHC-V77DW

J8001

VIDEO OUT

CN8003

DATA2+
DATA2–
DATA1+
DATA1–
DATA0+

DATA0–
CLOCK+
CLOCK–
SCL (5V)

SDA (5V)

HOT PLUG DET

ARC BUFFER

IC8007

3A

2Y

2A

3Y

+5V POWER

6

3

2

+5V

3

CN3203

D+

REC/PLAY

2

D–9D-

5V 1A

1

5

6

1
3

4
6
7
9
10
12
15
16
19
18

CEC

13

14

6LJQDOSDWK

: CD PLAY

: VIDEO

: USB

HDMI OUT

(TV) ARC

V

MHC-V77DW

SYSTEM CONTROL

IC6001 (1/5)

3131

MHC-V77DW

6-2. BLOCK DIAGRAM - MEMORY Section -

SD-RAM

IC6341

DQL0 - DQL7,

DQU0 - DQU7

A0 - A12,

NC, NC

BA0
BA1
BA2

WE

CS
CAS
RAS

CKE

CK

CK

DMU
DQSU
DQSU

DML

DQSL
DQSL

RESET

SD-RAM

IC6342

DQL0 - DQL7,

DQU0 - DQU7

A0 - A12,

NC, NC

BA0
BA1
BA2

WE

CS
CAS
RAS

CKE

CK

CK

DMU
DQSU
DQSU

DML

DQSL
DQSL

RESET

X6001

32 KHz

X6002

62 MHz

M2
N8
M3
L3
L2
K3
J3

K9
J7
K7
D3
C7
B7
E7

F3
G3
T2

M2
N8
M3
L3
L2
K3
J3

K9
J7
K7
D3
C7
B7
E7

F3
G3
T2

OUT

A3

A4

F2

D0A0 - D0A14

D0A0 ­D0A14

POWER MANAGEMENT

IC6002

SYSRSTB

SRCLKEN

CHG_DM
CHG_DP

SPI_CSN

SPI_MISO

SPI_CLK

XIN

XOUT

CLK26M

INT

RTC_32K1V8

SPI_MOSI

RESETB

A1

A2
A11
A12

B7
B9
B10

C7
D6

D9
M3

WATCHDOG

AA28

SRCLKENA

AA27

CHD_DM_P0

N29

CHD_DP_P0

N28

PWRAP_SPI0_CSN

V26

PWRAP_SPI0_MI

V28

PWRAP_SPI0_CK

W26

PWRAP_INT

W28

RTC32K_CK

AA29

PWRAP_SPI0_MO

Y28

SYSRSTB

Y26

RDQ0 - RDQ15

RA0 - RA14

RBA0

D18

RBA1

B15

RBA2

A20

RWE_

B18

RCS_

A18

RCAS_

B19

RRAS_

A19

RCKE

A12

RCLK0

F14

RCLK0_

E14

RDQM1

C11

RDQS1

D10

RDQS1_

E10

RDQM0

E8

RDQS0

E12

RDQS0_

F12

RRESET

C19

RDQ16 - RDQ31

RCLK1

D19

RCLK1_

E19

RDQM3

D24

RDQM3

D24

RDQS3

E23

RDQM2

C22

RDQS2

E22

RDQS2_

D22

SYSTEM CONTROL

IC6001 (2/5)

MSDC0_DAT0-MSDC0_DAT7

NRNB
NREB

NCEB0

NCLE

MSDC0_CMD

MSDC0_CLK

G2_RXD0
G2_RXD1

G2_RXC
G2_TXD0
G2_TXD1

G2_TXEN

EXT_SDIO1

MDC

MDIO

G2_RXDV

WB_RSTB

F2W_DATA

F2W_CLK

WB_SCLK

WB_SDATA

WB_SEN

XIN_WBG
WB_TXQN
WB_TXQP

WB_TXIN

WB_TXIP
WB_RXQN
WB_RXQP

HTPLG

WB_RXIP

SDA2
SCL2

AUX_IN0
WB_CRTL1
WB_CRTL2
WB_CRTL3
WB_CRTL4
WB_CRTL5

EXT_SCK

EINT0
EINT1

EXT_XCS

MSDC2_CMD
MSDC2_DAT3
MSDC2_DAT2

MSDC2_CLK

MSDC2_DAT1
MSDC2_DAT0

SCL2

SDA2
EINT5
EINT4

F26
G27
G28
H29
J28
F28

AD8
AE8
AB9
AJ9
AG9
AH8
G25
AJ11
AG11
AC9

AB5
AB6
AC6
AD5
AD4
AD6
AE6
AJ4
AH4
AJ3
AH3
AG1
AG2
AF1
AF2
U27
U28
AE1
AE2
AD1
AD2
AC3
AC2

F25
AG24
AH26

J25
L1
M2
L2
N2

M3
L3

U28
U27
AG26
AH25

NAND FLASH

IC6202

I/O1-I/O8
RY/BY

7

RE

8

CE

9

CLE

16

ALE

17

WE

18

ETHERNET PHYCEIVER

IC6602

RXD[0]/CLK_CTL

8

RXD[1]

9

REF_CLK

11

TXD[0]

12

TXD[1]

13

TXEN

14

PHYRSTB

15

MDC

16

MDIO

17

CRS_DV

20

WLAN/BT CARD

CP6701

WB_RSTB

10

F2W_DATA

12

F2W_CLK

13

WB_SCLK

15

WB_SDATA

16

WB_SEN

17

26M_CLK_SOURCE

22

WB_TXQN

31

WB_TXQP

32

WB_TXIN

33

WB_TXIP

34

WB_RXQN

38

WB_RXQP

39

WB_RXIN

40

WB_RXIP

41

EEPROM_SDA

45

EEPROM_SCL

46

WB_CRTL0

49

WB_CRTL1

50

WB_CRTL2

51

WB_CRTL3

52

WB_CRTL4

53

WB_CRTL5

54

WLAN/BT CARD

CP6702

PMU_EN

5

WIFI_INT_B

8

BGF_INT_B

23

SYSRST_B

25

SDIO_CMD

34

SDIO_DAT3

35

SDIO_DAT2

36

SDIO_CLK

37

SDIO_DAT1

38

SDIO_DAT0

39

NFC

SCL
DATA
IRQ
RFDET

MDI+[0]

MDI-[0]

MDI+[1]

MDI-[1]

CKXTAL1

23

X6601

25 MHz

WB_ANT

3

4

5

6

CKXTAL2

24

15

J6601

LAN (100)

1

2

3

6

: LAN

ETH_TX +

ETH_TX -

ETH_RX +

ETH_RX -

J1301

ANTENNA

MHC-V77DW

3232

6-3. BLOCK DIAGRAM - MAIN Section -

MHC-V77DW

ANTENNA

FM

AUDIO/PARTY

CHAIN IN (TV)

J8002 (1/2)

CN8902

2

J3500
MIC1

J3501
MIC2

LINK DETECTOR

Q6402, Q6404

AUDIO/PARTY

R

L

CHAIN IN (TV)

FM RECEIVER

IC8902

113

FRF1 LRCK/LOUT

BCLK/ROUT

12

5&+

6,*1$/6(/(&725

2Y3

4

1Y3

11

1Y2

15

IC6406

MIC AMP

IC3500

&20

AUDIO/PARTY

CHAIN OUT

J8002 (2/2)

67(5(2$'

CONVERTER

IC6405

6&.,

6

VINL

5&+

13

VINR

14

VINL

13

VINR

14

9

DOUT

8

BCK

7

LRCK

6

6&.,

6&.

16

LRCK

3

BCK

1

DATA

2

7513

13

B

9

A

10

ANALOG

6(/(&725

Q6406

67(5(2$'

CONVERTER

IC6407

67(5(2'$

CONVERTER

IC6401

VOUTR

VOUTL

BCK

DOUT

LRCK

8

9

7

OP AMP

IC6402

3

+IN1

8

7

OUT1

1

5

OUT2

+IN2

7

ANALOG

6(/(&725

Q6401

6,*1$/6(/(&725

IC6403

&20

1Y0

12

1

2Y0

9

10

&20

B

A

1Y1

2Y1

5

14

MUTE

PROTECT

Q6407

MUTE

6:,7&+

Q6405

LINK

6(7

Q6403

OP AMP

IC6404

37

13

+IN1

3

+IN2

5

OUT2

OUT1

L

1

R

AUDIO/PARTY

CHAIN OUT

14

D/A CONVERTER

IC6409

OUTL

DIN

OUTR

BCK

6&.

LRCK

1512 13

6

7

/&+

5&+

>001B

AMP SECTION

(Page 34)

MHC-V77DW

X8901

12MHz

B2

/,1.'(7

,,&5'6,

DA

11

CK

8

6

AE20

6'$

AE19

6&/

,6B'$7$B,1

W3

16

X1

X2

17

N6

,6B'$7$

06'&B,16

63,B0,

,6B%&.

,6B/5&.

,6B'$7$B,1

,6B'$7$

,6B0&/.

6<67(0&21752/

IC6001 (3/5)

P2

N1

P3

R2

P1

AJ21

D2

T2

,6B/5&.

,6B%&.

,6B0&/.

,6B'$7$B,1

(;7B6',2

06'&B'$7

06'&B'$7

,6B'$7$
,6B0&/.

,6B%&.

,6B/5&.

AA1
AB3
AB2
AB1

6LJQDOSDWK

C2

E1

T4

J24

R3

T1

: AUDIO

: TUNER (FM/AM)
: CD PLAY

: MIC

5FKLVRPLWWHGGXHWR
VDPHDV/FK

3333

MHC-V77DW

6-4. BLOCK DIAGRAM - AMP Section -

>001B

MAIN

SECTION

(Page 33)

L+

SPB1

SPK BOX ASSY

(MID (L-CH))

(TWEETER (L-CH))

(MID (R-CH))

(TWEETER (R-CH))

SP1

SP2

SP5

(WOOFER)

SP3

SP4

AUDIO CODEC

IC1005

36

FL

R-CH

INF1

33

INF2

34

OUTF1

OUTF2

TH1001

SDA22SCL

23

DIGITAL POWER AMP

IC1004

2IN-2

9IN-135

OTP

23

CLK

INVERTER

1132

Q1003

LO2 25

HO2 28

VS2 27

LO1 18

HO1 15

VS1 16

CSD

BOOSTER

Q1006

BOOSTER

Q1005

BOOSTER

Q1002

BOOSTER

Q1001

CN1003

+

+

DC DETECT

Q1004

FL

FR

+

-

+

-

R+

AE20

AE19

SDA1

SCL1

U2

PWM1

INVERTER

Q1012

AD12

AUX_IN4

T3

PWM4

SYSTEM CONTROL

IC6001 (4/5)

BUFFER

Q1013

D1017

FAN M OTOR

CONTROL

Q1014

FAN M OTOR

DRIVE

Q1015, Q1019

FAN PROTECTION

Q1016

AE12

DC FAN

AUX_IN5

6LJQDOSDWK

: AUDIO

5FKLVRPLWWHGGXHWR
VDPHDV/FK

MHC-V77DW

3434

6-5. BLOCK DIAGRAM - PANEL, POWER SUPPLY Section -

MHC-V77DW

D1004,D1012

D1003

D1101~D1103,D1018

LIQUID CRYSTAL

DISPLAY

ND3200

33

D3700~D3702

D3800~D3802

LIQUID CRYSTAL

DISPLAY DRIVER

SEG0

SEG32

14 - 47

COM0

4

COM3

51 - 52, 1 - 2

D1022

D1013

D3650

D1016

GREEN

D3603

D3602

D3601

D3600

D1002

D1006

D1007

D1014

IC3204

I

I

RED

BLUE

GREEN

GREEN

BLUE

D1017

RED
BLUE

GREEN

RED

BLUE

GREEN

RED

BLUE

GREEN

RED

BLUE

GREEN

RED

BLUE

GREEN

RED

BLUE

RED

GREEN

BLUE

RED

BLUE

GREEN

BLUE

RED
BLUE

RED
BLUE

INHB

SDA

SCL

CSB

POWER CONTROL

Q6894

POWER CONTROL

Q6892

1

16

VOLTAGE REGULATOR

IC6901

9

VIN2_9

VIN1_32

32

SW1_28

SW2_13

SW1_26

26

SW2_15

15

OUT IN

OUT IN

+7V

+9V

VOUT VIN

+15V

OUT IN

-7V
OUT IN

LOW AC DETECT

LOW AC DETECT

28

13

+1.2V REG.

IC1001

+7V REG.

IC1002

+9V REG.

IC1006

+15V REG.

IC1007

-7V REG.
IC1003

SWITCH

SWITCH

Q6601

Q6601

AC CUT

SWITCH

Q6002, Q6003

REGULATOR, SWITCHING

(SSN-161AD) BOARD

O_AMP_MAIN_PWR

13.5V

-VG

+VL

-VL

LOW_AC

I_AC_DET

(AC IN)

AUX_IN6
AUX_IN7

UCT52

SPI1_CLK

SPI1_MO

UTXD2

SDA1

SCL1

I2S5_BCK

EINT7

PWM2

SPI2_MO

SPI2_MI

EINT6

PWM3

SDA1

SCL1

EINT2

J23
AE14
AD15

V6
AF24

AH22

AF27

C1

AG21

AE23

T7

AE20

AE19

P7

T6

AH27

V2

AG22
AH23

AB27

IR

AJ26

J26

V1

AE20

AE19

E2
AJ27

TH6890

+3.3V REG.

IC6411

+3.3V

3 4

+3.3V REG.

IC8004

+3.3V

3 4

POWER CONTROL

+5.2V

LED DRIVER

Q001, Q002

IR DETECTOR

Q6850

GESTURE CONTROLLER

EIO0

1

/MCLR

13

EI04/SI0

9

EI05/ST1

10

EEPROM

IC3600

Q6906

IC6203

SDA

SCL

TXD

RX0

RX2

RX3

RX4

1

+3.3V

3

VDDVOUT

+3.3V

3 4

VDDVOUT

2

6

REMOTE CONTROL

SIGNAL RECEIVER

15

21

23

24

25

POWER CONTROL

POWER CONTROL

D3402

IC3300

S3403

1

TRANSMITTER

EAST ELECTRODE

SOUTH ELECTRODE

WEST ELECTRODE

NORTH ELECTRODE

+3.3V REG.

IC8901

CE

VOUT

+3.3V REG.

IC6410

Q6904

Q6909

VDD

VDDVOUT

4

POWER CONTROL

+1.2V

TOUCH CONTROLLER

I2CSDA

21

I2CSCL

22

23

/HI/BUZ/GPO7

/XRES

24

TOUCH CONTROLLER

I2CSDA

21

I2CSCL

22

23

/HI/BUZ/GPO7

/XRES

24

POWER CONTROL

POWER CONTROL

AVDD+9V

POWER CONTROL

+5V REG.

IC6903

Q6910

VCCVO

1 6

IC002

CS0/PS0

CS1/PS1

CS2/GUARD

CS3

CS14/GPO6

CS13/GPO5

CS12/GPO4

CS11/GPO3

CS10/GPO2

CS9/GPO1

CS8/GPO0

CS7

CS6

CS5

CS4

IC001

CS0/PS0

CS1/PS1

CS2/GUARD

CS3

CS14/GPO6

CS13/GPO5

CS12/GPO4

CS11/GPO3

CS10/GPO2

CS9/GPO1

CS8/GPO0

CS7

CS6

CS5

CS4

Q6908

Q6913

Q6912

VINVOUT

POWER CONTROL

+1.2V REG.

IC8002

1

2

3

4

10

11

12

13

14

15

16

17

18

1

2

3

4

10

11

12

13

14

15

16

17

18

19

SW+13V

+9V REG.

IC6902

VINVOUT

Q6911

CD/DVD

NETWORK WPS

STEREO PAIR SET UP

x

BLUETOOTH PAIRING

N

GESTURE ON/OFF

PLAYBACK

DJ

SAMPLER

KARAOKE

TV

AUDIO IN

FM19

USB20

VOLUME -

VOLUME +

FUNCTION

FIESTA

SOUND FIELD

MEGABASS

PARTY CHAIN

PARTY LIGHT

MIC LEVEL -

MIC LEVEL +

-

+

TUNING + >

TUNING -

Z20

POWER CONTROL

Q6905

POWER CONTROL

Q6902

POWER CONTROL

Q6907

POWER CONTROL

Q6903

.

+13V

HDMI+5V

POWER CONTROL

Q8003, Q8004

POWER CONTROL

Q1011

POWER CONTROL

Q1022

USB+5V

POWER CONTROL

3 4

1

VOUT

4

14

12

+1.5V REG.

POWER CONTROL

Q6891

POWER CONTROL

Q6890

POWER CONTROL

Q6893

VOLTAGE REGULATOR

IC6904

SW2

5

EN1

VIN1

SW1

3

IC6907

+5V REG.

IC6905

POWER CONTROL

POWER CONTROL

EN2

Q6901

VDDVOUT

VINCONT

Q1010

Q1009

5

TO

AMP

SECTION

VIN2

EXT_SDIO0

SPDIF_OUT

PCM_SYNC

MSDC1_CMD

I2S5_DATA_IN

I2S5_LRCK

EXT_SDIO3

MSDC1_DAT0

RESET

SCL

SDA

RESET

SCL
SDA

RESET

SCL

SDA

RESET

SCL

SDA

LED DRIVER

Q3200

BUS BUFFER

IC3209

BUS BUFFER

IC3207

BUS BUFFER

IC3208

BUS BUFFER

IC3206

25
26

27

25
26
27

25
26
27

25
26
27

PWRAP_SPI0_CK

W26

SPI0_MO

L27

K27

SPI0_CK

PWRAP_SPI0_CSN

V26

I2S0_DATA_IN

AA2

W5

SCL0

W4

SDA0

SYSTEM CONTROL

IC6001 (5/5)

D3200

13

10

9

8

LED DRIVER

IC1002

OUT0

I

6 - 9

OUT3

OUT8

I

15 - 18

OUT11

OUT12

I

20 - 23

OUT15

OUT4

I

11 - 14

OUT7

LED DRIVER

IC1003

OUT4

I

11 - 146 - 7

OUT7

OUT8

I

15 - 1820- 23

OUT11

OUT12

I

OUT15

OUT0

I

OUT1

OUT2

I

8 - 9

OUT3

LED DRIVER

IC1000

OUT0

I

6 - 821 - 23

OUT2

OUT4

I

11 - 1317,18,20

OUT6

OUT7

I

OUT9

14 - 16

OUT10

I

OUT12

OUT13

I

OUT15

LED DRIVER

IC1004

OUT0

I

6 - 816 - 18

OUT2

OUT3

I

OUT5

9,11-1213 - 15

OUT6

I

OUT8

OUT9

I

OUT11

OUT12

I

OUT15

20 - 23

MHC-V77DW

3535

MHC-V77DW

• Note for Printed Wiring Boards and Schematic Diagrams

Note on Printed Wiring Board:

• X : parts extracted from the component side.

• : parts extracted from the conductor side.

•
(The other layer’s patterns are not indicated.)

t Indication of transistor

• Abbreviation
AUS : Australian model
E4 : African model
EA : Saudi Arabia model
LA9 : Latin-American model
MY : Malaysia model
RU : Russian model
TH : Thai model

: Pattern from the side which enables seeing.

Caution:

Pattern face side:

(Conductor Side)

Parts face side:

(Component Side)

C

Q

B

E

D

Q

G

S

Q

B

CE

Q

B

CE

Note 1: When the C1093 and C1094 on the 2CH DAMP

board are replaced, spread the bond referring
to “BOND FIXATION OF ELECTRIC PARTS” on
servicing notes (page 6).

Note 2: When the BENTEN-MOTHERBOARD board

is replaced, refer to “IMPORTANT NOTE OF
REPLACING THE BENTEN-MOTHERBOARD
BOARD” on page 5 and “IMPORTANT NOTE OF
DHSR-SY30 AT BENTEN-MOTHERBOARD
BOARD” on page 6.

Note 3: When the MS-476 board is defective, exchange

the entire LOADING COMPLETE ASSY (T).

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.

These are omitted.

These are omitted.

These are omitted.

These are omitted.

Note on Schematic Diagram:

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

• All resistors are in  and 1/4 W or less unless otherwise
specifi ed.

•

2

• C : panel designation.

Note: The components identifi ed by mark 0 or dotted

Replace only with part number specifi ed.

• A : B+ Line.

• B : B– Line.

• H : Adjustment for repair.

• Voltage and waveforms are dc with respect to ground
under no-signal (detuned) conditions.

no mark : TUNER

• 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.
F : AUDIO
f : TUNER (FM/AM)
L : VIDEO
E : USB
d : LAN
J : CD PLAY
N : MIC

• Abbreviation
AUS : Australian model
E4 : African model
EA : Saudi Arabia model
LA9 : Latin-American model
MY : Malaysia model
RU : Russian model
TH : Thai model

Note 1: When the C1093 and C1094 on the 2CH DAMP

Note 2: When the BENTEN-MOTHERBOARD board

Note 3: When the MS-476 board is defective, exchange

: nonfl ammable resistor.

line with mark 0 are critical for safety.

board are replaced, spread the bond referring
to “BOND FIXATION OF ELECTRIC PARTS” on
servicing notes (page 6).

is replaced, refer to “IMPORTANT NOTE OF
REPLACING THE BENTEN-MOTHERBOARD
BOARD” on page 5 and “IMPORTANT NOTE OF
DHSR-SY30 AT BENTEN-MOTHERBOARD
BOARD” on page 6.

the entire LOADING COMPLETE ASSY (T).

• Waveforms

– BENTEN-MOTHERBOARD Board – – 89G Board –

IC6405 7 (LRCK)

1

500 mV/DIV, 5 Ps/DIV

IC6405 8 (BCK)

2

1 V/DIV, 100 ns/DIV

IC6407 7 (LRCK)

3

500 mV/DIV, 5 Ps/DIV

IC6407 8 (BCK)

4

1 V/DIV, 100 ns/DIV

IC6409 qd (BCK)

5

1 V/DIV, 100 ns/DIV

IC6409 qg (LRCK)

6

3.4 Vp-p

20.8 Ps

3.6 Vp-p

324 ns

3.4 Vp-p

20.8 Ps

3.6 Vp-p

324 ns

3.6 Vp-p

324 ns

IC6602 wf (CKXTAL2)

7

25.0 MHz

200 mV/DIV, 10 ns/DIV

IC6901 qh (BOOT2)

8

6.4 Ps

5 V/DIV, 10 Ps/DIV

IC6901 wg (BOOT1)

9

6.4 Ps

5 V/DIV, 10 Ps/DIV

IC6904 2 (VBST1)

0

6.4 Ps

5 V/DIV, 500 ns/DIV

IC6904 qg (VBST2)

qa

6.4 Ps

5 V/DIV, 500 ns/DIV

976 mVp-p

14.8 Vp-p

14.8 Vp-p

14.8 Vp-p

17.8 Vp-p

IC8003 4 (XTALO)

qs

37.2 ns

500 mV/DIV, 20 ns/DIV

IC8003 <zz. (RFIP)

qd

(CD play mode)

200 mV/DIV, 100 ns/DIV

1.2 Vp-p

1 Vp-p

MHC-V77DW

3.4 Vp-p

20.8 Ps

500 mV/DIV, 5 Ps/DIV

3636

6-6. PRINTED WIRING BOARD - BENTEN-MOTHERBOARD Board (Component Side) - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

MHC-V77DW

1

A

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

BENTEN-MOTHERBOARD BOARD
(COMPONENT SIDE)

CN6205

FOR

SERVICE

ONLY V

B

C

Q6402, Q6404,
Q6406, Q6850

>001P

89G BOARD

JL6205

78

16

JL6203

JL6204

JL6202

B2 E2C1

E1

B1 C2

JL6201

JL6206

CN8004

(Page 56)

>002P

(CHASSIS)

D

USB BOARD

CN3202

(Page 67)

NC

E

F

G

>003P

DUMMY BOARD

H

CN3900

(Page 64)

I

>004P

SENSOR BOARD

CN3600

(Page 51)

JL6226

JL6867

JL6865

JL6862

JL6860

JL6868

JL6854

JL6221

JL6220

JL6219

R6864

JL6871

R6868

CN6204

R6021
R6017

1456

JL6223

C6084

R6858

R6850

C6070

JL6225

JL6224

C6080

C6082

C6088
C6083

28

CN6850

2

1 29

7

6

CN6203

2

1

JL6217

J

(CHASSIS)

C6073

C6077

C6068

C6066

JL6919

JL6803

JL6872

R6863

JL6870

JL6869

CN6801

JL6866

JL6850

JL6222

JL6218

JL6861

C6071

JL6856

R6034

R6242

X6001

JL6208

R6216

JL6853

C6072

CL6004

C6067

R6856

JL6207

JL6210

JL6852

C6092

R6018

14

JL6209

C6212

JL6855

R6215

JL6924

351

CN6802

JL6806

56

R6024

R6022

C6074

R6033

Q6850

CL6003

CL6005

JL6864

IC6203

C6211

R6228

C6968

C6967

R6950

JL6931

R6943

C6915

JL6903

11

R6027

C6075

IC6002

C6069

CL6001

CL6002

JL6863

JL6859

R6951

4

IC6802

C6086

R6036

R6029

C6089

L6001

C6085

C6065

JL6851

CL6210

JL6914

C6809

C6087

L6909

L6002

R6028

R6026

CL6211

JL6858

JL6857

R6814

R6808

C6090

C6079

CL6209

JL6905

K

CONNECT TO

REGULATOR, SWITCHING

(SSN-161AD)

BOARD

~ AC IN

R6235

R6236

C6078
CL6206

CL6207

L6910

R6980

R6265

R6251

R6253

C6948

CN6901

R6232

R6237

R6220

R6252

C6223

R6280

R6272
R6274
R6226

R6032

R6279

R6250
CL6208

CL6212

CL6213

C6205

R6986

R6955

C6970

JL6907

C6947

R6907

C6224

R6254

JL6930

R6947

R6268

R6956

C6961

CL6232

R6219
R6273
R6260
R6275
R6225

R6957

C6964

C6219

RB6601

R6271

C6023

R6270

C6972

LAN (100)

R6258

C6963

C6908

C6907

J6601

C6601

R6860

R6234

C6218

CL6204

R6948

R6949

C6949

C6022

R6861

CL6203

CL6340

R6946

R6898

CL6217

R6264

C6221

C6217

C6216

R6030

IC6342

C6951

R6952

C6955

C6957

JL6906

19

R6255

R6257

C6952

IC6904

JL6904

10

R6256

C6093

X6002

JL6875

R6262

R6035

CL6620
CL6618
CL6617
CL6626
CL6625
CL6631
CL6633
CL6632

L6907

C6956

JL6212

NFC

R6958
C6971

R6261

R6263

C6209

L6908

R6609

R6604

JL6874

R6608

R6347

R6241

R6602

R6662

R6601

R6607

R6606

C6202

JL6214

R6240

R6603

R6605

IC6001

JL6215

CL6413

CN6202

351

CN6851

CL6635

R6655

R6340

IC6341

C6353

JL6216

CL6412

JL6213

256

1

JL6873

C6891

R6702

R6640

R6638

R6641

R6639

R6658

R6661

R6665

R6664

CL6621
CL6619

R6673

CL6627
CL6629
CL6630
CL6634

CL6419

CL6417

R6555

R6556

JL6211

CL6402

CL6414

4

>005P

IR BOARD

CN3300

(Page 67)

R6663

CL6415

C6401

R6657

R6659
R6660

CL6418

CL6701

CL6420

CP6701

JL6411

R6530

IC6407

R6529

R6528

R6498

CL6423

CL6428

R6714

CL6702

R6701

C6702

CL6705
CL6704

CL6703

CP6702

C6703

R6266

JL7008

C6471

JL6417

R6531

C6469

C6470

C6467

C6466

R6510

C6465

C6473

C6457

C6450

C6461

C6458

C6452

R6502

R6497

R6501

IC6405

JL6402

C6447

R6532

R6534

R6538

R6536

R6533

R6535

R6537

CL6416

CL6422

2

1

CL6421

CN6404

CL6425

>006P

2CH DAMP BOARD

CN1001

(Page 55)

C6472

C6448

R6468

C6446

R6267

R6239

R6511

R6469

JL6405

R6507

R6506

CL6424

CL6410

Q6406

CL6411

C6438

JL7020

C6468

C6449

JL6410

JL6412

C6432

C6439

R6238

C6463

C6464

CL6409

JL7021

R6461

R6489

R6546

16

CL6429

JL7014

JL7010

C6442

R6552

JL7022

JL7019

JL7011

JL7012

JL7009

JL7003

Q6404

R6460

JL6406

R6475

R6490

C6443

R6462

R6463

R6551

17

CL6426

R6476

R6457

C6426

C6451

CL6430

JL7018

JL7013

JL7006

JL6403

JL7026

JL7016

R6456

C6430

R6446

8

JL6922

JL7028

JL7024

JL7004

JL7001

C6433

Q6402

R6941

JL6921

JL7027

1

2

JL7025

JL7023

JL7017

JL7015

CN7001

JL7007

JL7005

28

29

JL7002

JL6413

R6451

C6429

R6450

JL6407

C6425

R6441
C6445

R6445

R6482

R6487

JL6404

IC6406

JL6418

JL6415

19

CN6402

2

JL6416

JL6414

CL6403

14

CN6401

56

1-981-036-

(CHASSIS)

R6442

R6483

R6488

C6444

FM-TUNER BOARD

(CHASSIS)

11

(11)

>009P

89G BOARD

CN8501

(Page 56)

>008P

CN8901

(Page 65)

>007P

MIC BOARD

CN3500

(Page 62)

ANTENNA BOARD

J1301

11

1-981-107-

(11)

Note 1: When the BENTEN-MOTHERBOARD board is replaced,

refer to “IMPORTANT NOTE OF REPLACING THE BENTEN-
MOTHERBOARD BOARD” on page 5 and “IMPORTANT NOTE
OF DHSR-SY30 AT BENTEN-MOTHERBOARD BOARD” on page

6.

Note 2: IC6001, IC6002, IC6203, IC6341 and IC6342 on the BENTEN-

MOTHERBOARD board cannot exchange with single. When these
parts on the BENTEN-MOTHERBOARD board are damaged,
exchange the entire mounted board.

MHC-V77DW

3737

MHC-V77DW

6-7. PRINTED WIRING BOARD - BENTEN-MOTHERBOARD Board (Conductor Side) - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

A

BENTEN-MOTHERBOARD BOARD
(CONDUCTOR SIDE)

B

Q6401, Q6403,
Q6407, Q6901

B2 E2C1

R6896

Q6891

Q6892

R6895

R6894

E

R6892

R6897

CL6892

E

E

CL6893

Q6894

E1

C

B1 C2

TH6890

CL6891

C6892

R6893

D

R6710

R6706

R6408

Q6909

R6526

CL6407

Q6405

R6447

R6421

Q6401

C6404

C6403

R6422

R6407

C6406

E

CL6408

IC6401

C6494

C6484

R6222
R6637
R6244
R6667
R6666

C6405

C6483

R6449

C6486

CL6406

C6487

20

R6276

1

CL6607
FB6701

C6485

R6221

C6013

C6011

C6033

C6037

R6404

R6405

IC6409

R6540

C6207

R6402

R6403

R6016

C6201

C6208

R6522

C6482

C6481

R6653

R6668

R6650

R6523

R6521
R6524

R6520

11

10

R6542

JL6912

Q6904

R6930

R6413

R6471

R6428

C6459

R6932

C6938

R6935

C6934

R6936

R6921

C6424

R6415

R6466

Q6903

C6423

R6419

R6420

R6465

C6410

Q6906

R6504

JL6917

R6410

C6941

E

C6431

C6413

E

R6418

R6459

C6436

C6415

C6940

R6975

R6929

C6936

C6933

R6923

R6458

C6455

R6495

C6453

R6496

IC6403

C6411

R6412

R6416

R6414

R6931

R6409

R6928

R6934

JL6409

R6411

C6935

R6484

R6474

E

Q6911

R6926

R6933

JL6910

Q6403

R6503

C6456

R6472

C6434

IC6404

R6426

R6425

C6428

CL6404

R6437

C6408

C6421

C6407

C6441

Q6910

R7001

Q6407

R6438

C6942

R6508

R6509

R6455

R7002

R7004

E

JL6908

JL6401

R6454

C6409

C6420

E

JL6911

F

JL6909

G

R6505

R6494

R6499

JL6408

R6500

C6460

R6479

H

I

J

C6440

R6467

CL6405

R6452

R6453

IC6402

R6470

R6427

C6427

R6431

C6412

CL6401

R6417

C6435

R6473

C6437

R6432

C6418

C6419

C6422

C6414

K

C6893

A

R6705

R6708

R6227

R6656

Q6890

D6891

R6539

C6492

R6967

C6979

C6978

A

E

D6890

K

K

R6891

KA

D6701

R6709

R6214
R6213

R6643
R6645

R6277
R6246

R6646

R6649

R6647

C6372
R6349

R6562

R6541

C6491

R6648

R6245
R6644

CL6894

CL6739

R6247

R6344

C6349

R6890

CL6616

R6630

R6230

C6366

IC6411

R6654

C6506

Q6893

E

R6652

C6352

C6002

R6631

R6001

R6981

C6890

R6003

C6370

C6348

C6342

C6350

R6965

CL6890

CL6233

R6348

IC6907

R6231

R6229

C6701

C6044

CL6610

CL6606

C6615

C6341
C6340
R6341
C6371

C6347

C6365

C6505

R6561

R6550

C6489

IC6410

R6233

R6343

C6488

JL6419

C6206

C6210

R6548

C6030

Q6913

C6344

E

JL6916

C6345

R6991

C6052

C6061

R6704

R6990

R6989

C6040

C6016

C6035

C6939

C6937

C6346

C6351

R6342

L6602

T6602

R6635

R6622
R6621

C6612

R6620

R6624

R6269

R6627

R6223

R6011

C6059

C6005

R6217

R6218

R6002

R6224

C6020

C6045

C6047

R6009

R6012

C6027

C6031

C6039

C6034

C6058

C6012
C6063

R6278

C6015

C6004

R6046

R6010

C6057

C6010

C6050

C6007

C6029
C6064
C6062

C6359

R6015

C6364

C6009

C6360

R6346

C6361

C6343

C6363

JL6933

JL6925

JL6926

R6988

Q6912

E

C6932

JL6915

IC6903

C6603

C6613

IC6602

6

7

12

13

R6619

R6617

R6618

C6032

C6036

C6025

C6006
R6259

C6220

C6017

C6041

C6021

R6007

R6201

C6001

C6026

C6358

C6981

C6930

C6944

IC6902

C6042

C6003

R6915

R6977

C6028

C6053

L6601

C6038

R6616
R6004
C6048

C6018

C6024

C6008

R6972
C6918

T6601

C6049

R6971

C6919

C6369

R6615

C6054

C6356

C6602

C6605

R6611

C6606

C6604

R6610

1

R6612

24

19

18

CL6615

C6607

CL6614
CL6613

R6613

X6601

R6614

R6807

R6008

JL6928

R6970

IC6901

C6911

R6905

Q6902

R6927

Q6907

R6047

32
1

8

C6914

L6902

C6910

9

C6917
C6916

C6019

C6973

E

R6851

R6006

L6905

Q6601

R6922

R6960

CL6215

C6055

C6922

C6921

R6801

C6081

C6043

C6974

E

C6014

C6929

C6927

C6909

JL6802

FB6802

R6817

C6091

C6076

R6031

R6023

25

24

R6909

17

R6912

16

L6906

C6901

C6903

C6614

C6362

R6969

JL6929

C6056

C6046

R6919

R6014

Q6901

R6013

C6354

R6345

C6355

JL6913

R6925

C6985

C6051

C6060

C6357

R6906

C6928

C6913

C6906

JL6934

C6980

R6914

C6902

C6904

25

48

JL6927

L6904

E

CL6202

C6808

R6818

R6025

JL6902

R6903

L6903

C6912

R6973
C6987

R6910

R6913

C6989
R6974

R6961

JL6932

IC6905

R6940

CL6201

C6806

R6815

R6821

R6819

IC6202

L6901

R6901

R6902

C6975

R6976

C6810

R6904

R6916

C6905

JL6901

R6918

C6986
R6979
R6911

R6944
R6978

C6988

8

CL6219

R6820

FOR

SERVICE

ONLY V

7

CN6201

61

R6207

R6204

R6206

R6205

R6920

JL6920

IC6803

R6816

C6805

C6804

CL6218

R6041

R6038

C6095

E

Q6003

E

R6019

R6040

C6096

24

1

R6917

C6983

R6984

E

R6938

R6939

Q6908

R6937

E

Q6905

JL6923

C6945

C6920

C6946

1-981-036-

R6039

R6211

Q6002

R6208

C6204

R6212

R6209

11

(11)

Note: IC6202, IC6602, IC6901 and IC6907 on the BENTEN-

MOTHERBOARD board cannot exchange with single. When these
parts on the BENTEN-MOTHERBOARD board are damaged,
exchange the entire mounted board.

MHC-V77DW

3838

6-8. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (1/11) - • See page 76 for IC Pin Function Descriptions.

MHC-V77DW

A

B

C

D

E

F

G

H

I

J

K

MHC-V77DW

1

BENTEN-MOTHERBOARD BOARD (1/11)

SYSTEM CONTROL

AJ24

GNDK_AJ24

AJ28

GNDK_AJ28

AH29

GNDK_AH29

AJ29

GNDK_AJ29

F10

GNDK_F10

K20

GNDK_K20

H16

GNDK_H16

G23

GNDK_G23

H17

GNDK_H17

K10

GNDK_K10

K11

GNDK_K11

K13

GNDK_K13

K14

GNDK_K14

E7

GNDK_E7

A28

GNDK_A28

C18

GNDK_C18

C16

GNDK_C16

C5

GNDK_C5

B29

GNDK_B29

B11

GNDK_B11

D4

GNDK_D4

B4

GNDK_B4

A29

GNDK_A29

D26

GNDK_D26

D23

GNDK_D23

D14

GNDK_D14

D11

GNDK_D11

D6

GNDK_D6

C27

GNDK_C27

C24

GNDK_C24

C20

GNDK_C20

K15

GNDK_K15

K16

GNDK_K16

K17

GNDK_K17

A2

GNDK_A2

A1

GNDK_A1

B1

GNDK_B1

D3

GNDK_D3

K18

GNDK_K18

Y11

GNDK_Y11

J16

GNDK_J16

L10

GNDK_L10

L11

GNDK_L11

L12

GNDK_L12

L13

GNDK_L13

L14

GNDK_L14

L15

GNDK_L15

L16

GNDK_L16

L17

GNDK_L17

L18

GNDK_L18

M10

GNDK_M10

M11

GNDK_M11

M12

GNDK_M12

M13

GNDK_M13

M14

GNDK_M14

M15

GNDK_M15

M16

GNDK_M16

M17

GNDK_M17

M18

GNDK_M18

M19

GNDK_M19

K12

GNDK_K12

N10

GNDK_N10

N11

GNDK_N11

N12

GNDK_N12

N13

GNDK_N13

N14

GNDK_N14

N15

GNDK_N15

N16

GNDK_N16

P11

GNDK_P11

P10

GNDK_P10

N19

GNDK_N19

N18

GNDK_N18

N17

GNDK_N17

W12

GNDK_W12

AH9

GNDK_AH9

Y12

GNDK_Y12

U10

GNDK_U10

Y13

GNDK_Y13

T18

GNDK_T18

T17

GNDK_T17

T16

GNDK_T16

T15

GNDK_T15

T14

GNDK_T14

T13

GNDK_T13

T12

GNDK_T12

T11

GNDK_T11

T10

GNDK_T10

R17

GNDK_R17

R16

GNDK_R16

R15

GNDK_R15

R14

GNDK_R14

R13

GNDK_R13

R12

GNDK_R12

R11

GNDK_R11

R10

GNDK_R10

K19

GNDK_K19

P17

GNDK_P17

P16

GNDK_P16

P15

GNDK_P15

P14

GNDK_P14

P13

GNDK_P13

P12

GNDK_P12

AH11

GNDK_AH11

R19

GNDK_R19

R18

GNDK_R18

P19

GNDK_P19

P18

GNDK_P18

AD10

GNDK_AD10

AC24

GNDK_AC24

AB24

GNDK_AB24

W15

GNDK_W15

W14

GNDK_W14

W13

GNDK_W13

W11

GNDK_W11

W10

GNDK_W10

AA22

GNDK_AA22

V16

GNDK_V16

V15

GNDK_V15

V14

GNDK_V14

V13

GNDK_V13

V12

GNDK_V12

V11

GNDK_V11

V10

GNDK_V10

L19

GNDK_L19

Y22

GNDK_Y22

Y21

GNDK_Y21

U17

GNDK_U17

U16

GNDK_U16

U15

GNDK_U15

U14

GNDK_U14

U13

GNDK_U13

U12

GNDK_U12

U11

GNDK_U11

U18

GNDK_U18

U19

GNDK_U19

V17

GNDK_V17

V18

GNDK_V18

V19

GNDK_V19

W17

GNDK_W17

W18

GNDK_W18

Y16

GNDK_Y16

AA11

GNDK_AA11

AA13

GNDK_AA13

AH20

AVSS18_PLLGP_AH20

AH18

AVSS18_PLLGP_AH18

J18

AVSS18_MEMPLL

AG13

AVSS18_HDMITX_AG13

AG12

AVSS18_HDMITX_AG12

AH13

AVSS18_HDMITX_AH13

U21

AVSS33_VDAC

R27

AVSS33_USB_R27

U29

AVSS33_USB_U29

W25

AVSS18_DAC

P25

AVSS33_HDMI_0_RX_P25

R24

AVSS33_HDMI_0_RX_R24

AF5

AVSS18_WBG_AF5

AF7

AVSS18_WBG_AF7

AG3

AVSS18_WBG_AG3

AG5

AVSS18_WBG_AG5

AG6

AVSS18_WBG_AG6

AH1

AVSS18_WBG_AH1

AH7

AVSS18_WBG_AH7

AJ1

AVSS18_WBG_AJ1

AJ2

AVSS18_WBG_AJ2

AJ7

AVSS18_WBG_AJ7

F2

DVSS18_MIPITX_F2

G3

DVSS18_MIPITX_G3

K1

DVSS18_MIPITX_K1

K2

DVSS18_MIPITX_K2

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

IC6001

MT8591AOAT (1/6)

IC6001

AD13

VCCK_AD13

J12

VCCK_J12

J15

VCCK_J15

J21

VCCK_J21

G8

VCCK_G8

J9

VCCK_J9

J10

VCCK_J10

L8

VCCK_L8

J14

VCCK_J14

L9

VCCK_L9

L20

VCCK_L20

N9

VCCK_N9

N20

VCCK_N20

R9

VCCK_R9

M20

VCCK_M20

P20

VCCK_P20

Y10

VCCK_Y10

R8

VCCK_R8

R20

VCCK_R20

Y15

VCCK_Y15

AB12

VCCK_AB12

W9

VCCK_W9

Y14

VCCK_Y14

AA12

VCCK_AA12

AA14

VCCK_AA14

AB10

VCCK_AB10

AB11

VCCK_AB11

AB13

VCCK_AB13

AC13

VCCK_AC13

AD18

VCCK_VPROC_AD18

AD19

VCCK_VPROC_AD19

AC19

VCCK_VPROC_AC19

AC18

VCCK_VPROC_AC18

AA17

VCCK_VPROC_AA17

AB19

VCCK_VPROC_AB19

W19

VCCK_VPROC_W19

W20

VCCK_VPROC_W20

Y17

VCCK_VPROC_Y17

Y19

VCCK_VPROC_Y19

AA18

VCCK_VPROC_AA18

AA20

VCCK_VPROC_AA20

AB18

VCCK_VPROC_AB18

AB20

VCCK_VPROC_AB20

W22

VCCK_VPROC_W22

V21

VCCK_VPROC_V21

V22

VCCK_VPROC_V22

Y18

VCCK_VPROC_Y18

U20

VCCK_VPROC_U20

Y20

VCCK_VPROC_Y20

V20

VCCK_VPROC_V20

G12

VDD_EMI_G12

G11

VDD_EMI_G11

G15

VDD_EMI_G15

G18

VDD_EMI_G18

G22

VDD_EMI_G22

G21

VDD_EMI_G21

H12

VDD_EMI_H12

H14

VDD_EMI_H14

H19

VDD_EMI_H19

T9

AVDD12_GLOBAL_G1

F1

AVDD12_GLOBAL

AC21

AVDD18_GLOBAL_G1

J7

AVDD18_GLOBAL_J7

J8

AVDD18_GLOBAL_J8

V9

AVDD18_GLOBAL_V9

L7

AVDD18_GLOBAL_L7

J4

AVDD33_GLOBAL

F8

DVDD18_EFUSE

W29

DVDD18_IO0

AJ20

DVDD18_IO1

K26

DVDD18_IO2

AB4

DVDD18_IO_WBCT

AG29

DVDD18_IO_MSDC0E

E26

DVDD18_IO_MSDC0

F27

DVDD28_MSDC0

F5

DVDD18_IO_MSDC1

F4

DVDD28_MSDC1

L4

DVDD18_IO_MSDC2

N8

DVDD28_MSDC2

V7

DVDD18_IO_SPDIF

W7

DVDD28_SPDIF

V8

DVDD18_IO_I2S

W8

DVDD28_I2S

AC8

DVDD18_IO_RGMII

AF8

DVDD28_RGMII

K25

DVDD18_IO_NOR

J27

DVDD28_NOR

AB22

DVDD18_IO_DPI

AH28

DVDD28_DPI

AA15

AVDD18_AP

AJ18

AVDD18_PLLGP

E25

AVDD18_MEMPLL

J5

DVDD18_MIPITX

AJ12

AVDD18_HDMITX

Y25

AVDD18_DAC

U22

AVDD33_VDAC

T27

AVDD18_USB

T25

AVDD33_USB

L29

AVDD12_HDMI_0_RX

M29

AVDD18_HDMI_0_RX

M28

AVDD33_

HDMI_0_RX

AB15

REFP

AC15

AVSS18_AP

C6004 0.1u

C6015 0.1u

C6006 0.1u

C6025 0.1u

C6027 0.1u

C6016 0.1u

C6002

0.1u

C6003

0.1u

C6008

0.1u

C6009

0.1u

C6010

0.1u

C6011

0.1u

C6012

0.1u

C6013

0.1u

C6014

0.1u

C6017 0.1u

C6018 0.1u

C6019

0.1u

R6047

0

C6020

C6021 0.1u

C6022

C6023 0.1u

C6024 0.1u

C6001

1u

C6035 1u

C6026 0.1u

C6030 0.1u

C6039 1u

C6046 10u

C6028 0.1u

C6032 0.1u

C6036 0.1u

C6042 1u

C6040 10u

C6031 0.1u

C6034 0.1u

C6005

C6007

0.1u

0.1u

C6033 0.1u

C6037 0.1u

C6029 0.1u

R6046

R6004

0

R6006

0.1u
0

R6007

0

0.1u

Note 1: When the BENTEN-MOTHERBOARD board is replaced, refer to “IMPORTANT NOTE

OF REPLACING THE BENTEN-MOTHERBOARD BOARD” on page 5 and “IMPORTANT
NOTE OF DHSR-SY30 AT BENTEN-MOTHERBOARD BOARD” on page 6.

C6048 10u

0

C6044

>001S

BENTEN-MOTHERBOARD

R6014

0

C6051 10u

R6013

0

C6056 10u

C6060 10u

C6054 10u

R6008

0

R6001

0

0

R6002

R6003

0

C6047 0.1u

C6043 0.1u

C6038 0.1u

C6052 0.1u

C6041 0.1u

0.1u

C6061 0.1u

C6055 0.1u

C6050 0.1u

C6045 0.1u

C6058 0.1u

C6053 1u

C6059 0.1u

C6062 0.1u

C6049 0.1u

C6057 0.1u

(4/11) (Page 42)

VDD_EMI

R6009

0

C6063 0.1u

R6010

10

R6011

0

R6012

0

R6015

0

C6064 1u

R6016 0

BOARD

ET6006ET6004ET6003ET6002ET6001 ET6007

BENTEN-MOTHERBOARD BOARD

DGND

>002S

(7/11) (Page 45)

_PMU

VMCH_PMU

R6039

VMCH_PMU

VEMC_3V3

Q6002

KRC402-RTK

10k

AC CUT
SWITCH

0

3.3

C6095

4.7u
35V

BENTEN-MOTHERBOARD BOARD

VCN33_PMU

VCN28_PMU

C6068

0.1u

R6017

1k

R6018

0

CL6005

CL6001

C6065

0.1u

CL6004

C6066

1u

C6067

1u

CL6002

C6069

1u

R6041

0

R6038

10k

Q6003

KRC402-RTK

AC CUT SWITCH

5.1

0

R6040

C6096

0.1u

>013S

BENTEN-MOTHERBOARD BOARD

(3/11), (11/11)

BENTEN-MOTHERBOARD BOARD

(Page 41), (Page 49)

>003S

(8/11) (Page 46)

VIO18_PMU

VMCH_PMU

VCN18_PMU

R6019

100k

C6070

0.1u

M13

VCAM_IO

M15

VGP3

N1

FCHR_ENB

N2

PMU_TESTMODE

N3

VTCXO

N6

VUSB

N7

VCN33

N8

VGP1

N10

SIMLS2_SRST

N11

SIMLS1_SCLK

N12

SIMLS1_SIO

N13

GND_LDO_N13

N15

AVDD22_BUCK_N15

P1

PWRKEY

P2

VCN28

P3

VIO28

P6

VCAM_AF

P7

VBAT_LDOS3_P7

P8

VSIM2

P10

SIMLS1_SRST

P11

SIMLS1_AP_SIO

P12

EXT_PMIC_EN

P13

BATSNS

P14

VDRV

P15

VREF

R1

VBAT_SPK

R2

VBAT_LDOS1

R3

VCAMA

R4

VMCH

R5

VBAT_LDOS2

R6

VEMC_3V3

R7

VBAT_LDOS3_R7

R8

VSIM1

R10

SIMLS2_SIO

R11

SIMLS2_AP_SIO

R13

ISENSE

R14

CHRLDO

R15

GND_VREF

1k

I_AC_DET

VEMC_3V3_PMU

>012S

(10/11) (Page 48)

R6021 100

C6073

1u

M6

M8

M10

M12

VIBR

SIMLS2_SCLK

GND_LDO_M12

SYSRSTBA1SRCLKENA2XINA3XOUTA4DVDD18_IO

X6001

22p

C6072 22p

C6071

>004S

BENTEN-MOTHERBOARD BOARD

(2/11) (Page 40)

SYSRSTB

R6023

0

C6076

C6078

4.7u

10u

L1

L2

L6

L8

L9

L11

L12

L15

M1

M3VAM4

VMC

A5

R6022 0

A6

RESETB

AUD_MISO

1u

1u

C6074

C6075

SPK_N

DVDD18_DIGA8FSOURCE

A10

A11

VCAMD

VIO18

CHG_DM

A12

GND_LDO_L11

CHG_DP

A13

VGP2

GND_LDO_L9

VCDT

VBAT_VPA_A14

A14

A15

C6077

0.1u

I_AC-CUT

SRCLKENA

GND_SPK

GND_LDO_L6

AUXADC_AUXIN_GPS

VPA_A15
B1

B2

SPI_MOSI

>011S

BENTEN-MOTHERBOARD

BOARD

(2/11) (Page 40)

VIO18_PMU

CL6003

K12

K14

K15

SPK_P

VCN18

AVDD22_BUCK_K15

POWER MANAGEMENT

AVSS28_AUXADC

GND_LDO_B3B3SIM2_AP_SCLK
B6

B7

20k

R6024

PWRAP_INT

BENTEN-MOTHERBOARD BOARD

C6081

C6079

4.7u

10u

K4

K6

K7

K8

K10

K11

VRF18

GND_LDO_K6

GND_LDO_K7

GND_LDO_K8

GND_LDO_K11

GND_LDO_K10

IC6002

MT6323L

IC6002

AUD_MOSI

SPI_CSN

SPI_MISOB9SPI_CLK

ISINK3

B10

B11

SPI_MISO

B13

SPI_CLK

B14

VPA_FB

B8

R6025 20k

SPI_CSN

BENTEN-MOTHERBOARD BOARD

>005S

(11/11)

(Page 49)

VIO18_PMU

C60831uC6084

J9

J11

J12VMJ15

K2

K3

BATON

AU_HPR

AVDD33_RTCC1AUXADC_VREF18

VBAT_VPA_B14

VPA_B15

C2

MT6630_VRTC

GND_VSYS

GND_LDO_J11

RTC_32K2V8C5INTC7SIM1_AP_SCLK

C8

MT6630_RTCCLK

GND_ABB_K4

B15

C6080

1u

>010S

(8/11) (Page 46)

J5

J7

J8

GND_LDO_J7

GND_LDO_J8

GND_LDO_J9

AUD_CLK

ISINK0

C9

C10

C11

C6082

0.1u

>006S

BENTEN-MOTHERBOARD BOARD

(10/11) (Page 48)

R6028

R6026

0

1u

J1

J2

AU_HPL

GND_LDO_J5

ISINK1

VPROC_FB

C13

C15

R6027

1.8k

L6001

0.68uH

H13

H15

VSYS

AVDD28_ABB

AVDD28_AUXADC

VPROC_C15
D2

H11

VBAT_VSYS

AU_VIN0_PD3AU_VIN0_N
D4

C6085

4.7u

H8

H10

GND_LDO_H11

GND_LDO_H10

VBAT_VPROC_G15

GND_VPROC_G11

VBAT_VPROC_F15

VBAT_VPROC_F14

GND_VPROC_F12

GND_VPROC_F11

VBAT_VPROC_E14

GND_VPROC_E13

GND_VPROC_FB

GND_LDO_D5D5RTC_32K1V8
D6

220k

R6036

39k

R6029

39k

GND_LDO_H8

GND_LDO_H6

GND_LDO_H5

AU_HSP

AU_HSN

AU_MICBIAS1

AU_MICBIAS0

GND_VPA

GND_LDO_G10

GND_LDO_G9

GND_LDO_G8

GND_LDO_G7

GND_LDO_G6

ACCDET

AU_VIN1_N

AU_VIN1_P

GND_LDO_F9

GND_LDO_F6

GND_LDO_F5

GND_ABB_F3

CLK26M

VPROC_E15

GND_ISINK

GND_LDO_E9

GND_LDO_E6

AU_VIN2_P

AU_VIN2_N

VPROC_D15

ISINK2

SPI_MOSI

SIM1_AP_SRST

SIM2_AP_SRST

WATCHDOG

RTC32K_1V8

X26M_CLKSQ

>009S

BENTEN-MOTHERBOARD BOARD

(2/11) (Page 40)

PMIC_4V

C6086

1u

H6

H5

H4

H3

H2

H1

G15

G13

G11

G10

G9

G8

G7

G6

G3

G2

G1

F15

F14

F12

F11

F9

F6

F5

F3

F2

E15

E14

E13

E11

E9

E6

E2

E1

D15

D13

D11

D9

D8

D7

CHD_DM_P0

CHD_DP_P0

BENTEN-MOTHERBOARD BOARD

C6088

0.1u

R6030

0.68uH

C6087 4.7u

L6002

0

C6090

4.7u

C6092 4.7u

C6089 4.7u

C6091 4.7u

X6002

26MHz

OUT VDD

BENTEN-MOTHERBOARD BOARD

(3/11), (8/11)

(Page 41), (Page 46)

(11/11) (Page 49)

R6035

0

GND_1GND_2

C6093

1u

R6031

R6032

R6033

R6034

VEMC_3V3_PMU

>008S

>007S

0

0

0

0

DGND

Note 2: IC6001 and IC6002 on the BENTEN-MOTHERBOARD board cannot exchange with

3939

single. When these parts on the BENTEN-MOTHERBOARD board are damaged,
exchange the entire mounted board.

MHC-V77DW

6-9. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (2/11) - • See page 76 for IC Pin Function Descriptions.

1

A

BENTEN-MOTHERBOARD

B

C

D

BENTEN-MOTHERBOARD

E

BENTEN-MOTHERBOARD

F

BENTEN-MOTHERBOARD

G

BENTEN-MOTHERBOARD

H

BENTEN-MOTHERBOARD

(10/11), (11/11)

(Page 48), (Page 49)

I

J

K

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

>009S

BOARD

(1/11)

(Page 39)

NC

>014S

BOARD

(9/11)

(Page 47)

>015S

BOARD

(5/11)

(Page 43)

>016S

BOARD

(10/11) (Page 48)

>017S

BOARD

(7/11) (Page 45)

>018S

BOARD

>019S

BENTEN-MOTHERBOARD

BOARD

(Page 44)

>020S

BENTEN-MOTHERBOARD

BOARD

(3/11)

(Page 41)

BENTEN-MOTHERBOARD

BOARD

(Page 46)

O_AUX-OUT_MUTE

O_AMP_MAIN_PWR

(6/11)

>021S

(8/11)

X26M_CLKSQ

RTC32K_1V8

WATCHDOG

CHD_DP_P0

CHD_DM_P0

USB_VBUS_P1

USB_DP_P1

USB_DM_P1

A+1.5V

MAC_RST

ANT_SEL

BENTEN-MOTHERBOARD BOARD (2/11)

CN6204

4P

JL6223

1VBUS0

JL6224

2USB_DP_P0

JL6225

3USB_DM_P0

JL6226

4GND

O_AMP_CLK_PWM

/TOUCH-RESET

O_AMP_RST

R6230

4.7k
R6229

100

R6231

4.7k

I_AMP_PROTECT

I_DC_PROTECT

I_FAN-LOCK_PROTECT

AUX_IN6

AUX_IN7

I_FAN_DET

1

2

3

4

C6202

0.1u

CL6233

/3D-RESET

3D-INT

C6201

0.1u

C6207

0.1u

MT6630_PMU_EN

MT6630_SYSRST

C6206

0.1u

C6209

0.1u

CL6201

CL6202

CL6218

CL6219

C6208

NFWEN

NFALE

NFCLE

NFCEN

NFREN

NFRBN

R6245

R6246 100

R6244 100

R6247 100

0.1u

R6279 100

R6270 100

R6269 100

R6268 100

R6266 100

R6267 100

C6210

NFD7

NFD6

NFD5

NFD4

NFD3

NFD2

NFD1

NFD0

CL6203

CL6204

>022S

IC6001

MT8591AOAT (2/6)

IC6001

SYSTEM CONTROL

AH19

26M_CLKSQ

AA29

RTC32K_CK

AG18

TESTMODE

B3

FSOURCE_P0

AA28

WATCHDOG

AF21

JTCK

AE21

JTDO

AD21

JTDI

AD22

JTMS

AF18

JTAG_RESET

P27

USB_VBUS_P0

P26

USB_VBUS_P1

R26

USB_VRT

R6201

5.1k
R28

USB_DP_P0

R29

USB_DM_P0

T28

USB_DP_P1

T29

USB_DM_P1

N28

CHD_DP_P0

N29

CHD_DM_P0

U3

PWM0

U2

100

PWM1

V2

PWM2

V1

PWM3

T3

PWM4

AE11

AUX_IN0

AD11

0.1u
AF14

AE15

AD12

AE12

AE14

AD15

AF15

AD14

AC29

AC28

AE28

AF28

AG28

AD28

AE29

AF29

AC26

AE27

AD26

AC27

J26

J24

G25

J23

F25

J25

C29

C28

D28

E29

F29

D27

E27

E28

F28

J28

J29

H29

H27

G28

G27

F26

AUX_IN1

AUX_IN2

AUX_IN3

AUX_IN4

AUX_IN5

AUX_IN6

AUX_IN7

AUX_IN8

AUX_IN9

EXT_SDIO3

EXT_SDIO2

EXT_SDIO1

EXT_SDIO0

EXT_SCK

EXT_XCS

MSDC0E_DAT7

MSDC0E_DAT6

MSDC0E_DAT5

MSDC0E_DAT4

MSDC0E_DAT3

MSDC0E_DAT2

MSDC0E_DAT1

MSDC0E_DAT0

MSDC0E_RSTB

MSDC0E_CMD

MSDC0E_CLK

MSDC0E_DSL

MSDC0_DAT7

MSDC0_DAT6

MSDC0_DAT5

MSDC0_DAT4

MSDC0_DAT3

MSDC0_DAT2

MSDC0_DAT1

MSDC0_DAT0

MSDC0_CLK

MSDC0_CMD

MSDC0_RSTB

NCLE

NCEB1

NCEB0

NREB

NRNB

URXD2

URXD1

URXD0

PCM_CLK

PCM_RX

PCM_SYNC

PCM_TX

DAC_B_OUTPUT

DAC_A_OUTPUT

SYSRSTB

SRCLKENAI

SRCLKENA

PWRAP_SPI0_CSN

PWRAP_SPI0_CSN2

PWRAP_SPI0_CK

PWRAP_SPI0_CK2

PWRAP_SPI0_MI

PWRAP_SPI0_MO

PWRAP_INT

SPDIF_IN0

SPDIF_IN1

SPDIF_OUT

SPI0_MI

SPI0_MO

SPI0_CSN

SPI0_CK

SPI1_MI

SPI1_MO

SPI1_CSN

SPI1_CLK

SPI2_MI

SPI2_MO

SPI2_CSN

SPI2_CLK

UCTS2

URTS2

UTXD2

UTXD1

UTXD0

SCL2

SDA2

SCL1

SDA1

SCL0

SDA0

EINT0

EINT1

EINT2

EINT3

EINT4

EINT5

EINT6

EINT7

CL6217

CL6232

CL6215

C6216

0.1u

R6219 100

R6254 100

R6220 100

R6274 22

R6275

R6225 22

R6226 22

R6223 22

R6224 22

R6221 22

R6222 22

R6272 100

R6271 100

R6265 100

R6273 100

R6260 1k

R6277 22

R6278 22

R6276 0

R6250 100

R6251 22

R6252 22

R6253 22

R6263 1k

R6261 1k

R6262 100

R6255 100

R6256 100

R6257 1k

R6239 100

R6238 100

C6217

0.1u

22

R6213

4.7k

R6217

1.8k

R6215

2.2k

C6220 0.001u

R6264 10k

C6221 0.001u

C6224

0.1u

R6259

C6219

0.001u

22k

C6218

22p

R6214

4.7k

R6218

1.8k

R6216

2.2k

R6227 0

MT6630_WIFI_INT

MT6630_BGF_INT

R6232 100

R6233 100

R6234 100

R6235 100

100

R6236

R6237 100

R6258

SCL1

SDA1

LCD-INHIBIT

SCL0

SDA0

SDA2

SCL2

IR_1_8V

PULLUP-PWR-CTRL

SPI0_MO

SPI0_CSN

SPI0_CK

22k

R6280

10k

LED-RED

LED-GREEN

C-CONT

EINT4

EINT5

P_KEY

EINT7

SDA1

SCL1

O_ST_PWR

O_ECO2_PWR

MIC-DET

O_89G_PWR

O_ECO_PWR

SCL1

SDA1

FE_5.2V_TRAY

FE_5.2V_M

MGND

FE_5V

FE_3.3V

DVDD5V

DVDD3.3V

HDMI+5V

DGND

ANALOG-IN-R

ANALOG-OUT-R

AGND

ANALOG-OUT-L

ANALOG-IN-L

R7001 0

R7004 0

R7002 0

JL7001

JL7002

JL7003

JL7004

JL7005

JL7006

JL7007

JL7008

JL7009

JL7010

JL7011

JL7012

JL7013

JL7014

JL7015

JL7016

JL7017

JL7018

JL7019

JL7020

JL7021

JL7022

JL7023

JL7024

JL7025

JL7026

JL7027

JL7028

AF24

AF25

AE23

AF23

V24

V25

T24

U24

U28

U27

AE19

AE20

W5

W4

AD24

AF26

AF27

AD25

Y24

W24

AB27

IR

Y26

Y27

AA27

V26

V27

W26

W27

V28

Y28

W28

V4

V5

V6

K28

L27

L28

K27

AJ21

AG21

AH21

AH22

AH23

AG22

AJ23

AH24

AG24

AH26

AJ27

AG25

AH25

AG26

AJ26

AH27

C6223

0.1u

CN7001

29P

29 FE_5.2V_TRY

28 FE_5.2V_M

27 FE_GND_M

26 FE_GND_M

25 FE_5V

24 FE_3.3V

23 DVDD5V

22 DVDD3.3V

21 HDMI+5V

20 DGND

19 O_89G_RST

18 UTXD1

17 URXD1

16 XIFBSY

15 CEC

14 DGND

13 ARC_SPDIF

12 DGND

11 1389G_SPDIF

10 FE_TRCLOSE

9 FE_TROPEN

8 FE_TRYOUT

7 FE_TRYIN

6DGND

5 AMALOG-IN-R

4 ANALOG-OUT-R

3AGND

2 ANALOG-OUT-L

1 ANALOG-IN-L

O_VBUS_PWR

5

6

7

8

9

10
11

12
13

SCL2

SDA2

MT6625_VIO

CEC

14

XIFBSY

SYSRSTB

VIO18_PMU

SPI_CSN

SRCLKENA

SPI_CLK

SPI_MISO

SPI_MOSI

PWRAP_INT

I_AC-CUT

15

BENTEN-MOTHERBOARD

BOARD

(9/11), (10/11)

(Page 47), (Page 48)

>023S

BENTEN-MOTHERBOARD

BOARD

(3/11)

(Page 41)

>024S

BENTEN-MOTHERBOARD

BOARD

(8/11)

(Page 46)

>025S

BENTEN-MOTHERBOARD BOARD

(5/11) (Page 43)

>026S

BENTEN-MOTHERBOARD

BOARD

(7/11)

(Page 45)

>004S

BENTEN-MOTHERBOARD

BOARD

(1/11) (Page 39)

>011S

BENTEN-MOTHERBOARD

BOARD

(1/11)

(Page 39)

>027S

BENTEN-MOTHERBOARD BOARD

(10/11)

(Page 48)

>028S

89G BOARD

(2/3)

CN8501

(Page 58)

>029S

BENTEN-MOTHERBOARD BOARD

16

(11/11)

(Page 49)

MHC-V77DW

Note: IC6001 on the BENTEN-MOTHERBOARD board cannot exchange with single. When

4040

this part on the BENTEN-MOTHERBOARD board is damaged, exchange the entire
mounted board.

6-10. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (3/11) - • See page 70 for IC Block Diagrams.

MHC-V77DW

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

A

BENTEN-MOTHERBOARD BOARD (3/11)

JL6203

5

B

6

C

7

8

9

>023S

D

E

BENTEN-MOTHERBOARD BOARD

(2/11)

(Page 40)

10

11

12

SCL2

SDA2

EINT5

EINT4

SCL1

R6240

R6241

10k

10k

R6204 100

R6205 100

R6206 100

R6207 100

JL6204

JL6205

JL6206

JL6202

JL6201

JL6211

JL6213

JL6212

JL6214

JL6215

JL6216

6 XJTAG_RESET

5 XDIAG(GND:Diag)

4 TXD(OUT)

3RXD(IN)

2GND

1 3.3V

CN6201

6P

1

XJTAG_RESET

2 XDIAG(GND:Diag)

3 TXD(OUT)

4RXD(IN)

5GND

6 3.3V

CN6205

6P

VMCH_PMU

CN6202

6P

1VDD

2SCL

3DGND

4DATA

5IRQ

6 RF-DET

FOR

SERVICE

ONLY V

FOR

SERVICE

ONLY V

>013S

BENTEN-MOTHERBOARD BOARD

(1/11)

(Page 39)

NFC

9

IC6202

3.3

8

VCC

0

JL6209

7

RST

3.3

6

SCL

JL6210

5

C6211

0.1u

R6228

C6212

0.1u

10k

D+3.3V

BENTEN-MOTHERBOARD BOARD

>030S

(10/11)

(Page 48)

CN6203

JL6218

7P

1 D+3.3V

2 3D-CLK

3DGND

4 3D-DATA

5DGND

6 3D-RESET

7 3D-DETECT

>031S

SENSOR BOARD

(3/3)

CN3600

(Page 54)

NC_48

NC_47

NC_46

NC_45

NC_40

NC_39

NC_38

VCC_37

VSS_36

NC_35

NC_34

NC_33

NC_28

NC_27

NC_26

NC_25

JL6217

JL6219

JL6220

R6242
/3D-RESET

3D-INT

48

47

46

45

3.3

CL6212

44

I/O8

3.3

43

I/O7

3.3

42

I/O6

3.3

41

I/O5

40

39

38

3.3

37

36

35

34

33

3.3

32

I/O4

3.3

31

I/O3

1.5

30

I/O2

1.5

29

I/O1

28

27

26

25

C6205

CL6213

NFD7

NFD6

NFD5

NFD4

0.1u

NFD3

NFD2

NFD1

NFD0

10k

JL6221

JL6222

1

GND

F

SDA1

13

JL6207

JL6208

3.3

IC6203

2

MFI337S3959

SDA

3

IC6203

NC_3

4

EEPROM

NC_4 NC_5

G

VEMC_3V3_PMU

2

3

R6211 10k

R6208 10k

R6209 4.7k

NFRBN

NFREN

NFCEN

NFCLE

NFALE

NFWEN

CL6209

CL6210

CL6211

R6212

10k

CL6206

CL6207

CL6208

C6204

0.1u

TH58NVG3S0HTAI0

IC6202

NAND FLASH

1

NC_1

2

NC_2

3

NC_3

4

NC_4

5

NC_5

6

NC_6

7

RY/BY

3.3

8

RE

3.3

9

CE

3.3

10

NC_10

11

NC_11

12

VCC_12

3.3

13

VSS_13

14

NC_14

15

NC_15

16

CLE

0

17

ALE

0

18

WE

3.3

19

WP

3.3

20

NC_20

21

NC_21

22

NC_22

23

NC_23

24

NC_24

>020S

BENTEN-MOTHERBOARD BOARD

(2/11)

(Page 40)

H

>008S

BENTEN-MOTHERBOARD BOARD

(1/11)

(Page 39)

I

J

K

MHC-V77DW

Note: IC6202 and IC6203 on the BENTEN-MOTHERBOARD board cannot exchange with

single. When these parts on the BENTEN-MOTHERBOARD board are damaged,
exchange the entire mounted board.

4141

MHC-V77DW

6-11. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (4/11) - • See page 76 for IC Pin Function Descriptions.

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

BENTEN-MOTHERBOARD

A

B

C

D

E

F

G

H

I

J

K

BOARD

(4/11)

IC6001

MT8591AOAT (3/6)

IC6001

SYSTEM CONTROL

RDQ0

RDQ1

RDQ2

RDQ3

RDQ4

RDQ5

RDQ6

RDQ7

RDQ8

RDQ9

RDQ10

RDQ11

RDQ12

RDQ13

RDQ14

RDQ15

RDQ16

RDQ17

RDQ18

RDQ19

RDQ20

RDQ21

RDQ22

RDQ23

RDQ24

RDQ25

RDQ26

RDQ27

RDQ28

RDQ29

RDQ30

RDQ31

RDQM0

RDQM1

RDQM2

RDQM3

RDQS0

RDQS0_

RDQS1

RDQS1_

RDQS2

RDQS2_

RDQS3

RDQS3_

RA10

RA11

RA12

RA13

RA14

RA15

RCS_

RCS1_

RCKE

RCLK0

RCLK0_

RCLK1

RCLK1_

RCAS_

RRAS_

DDR3RSTB

RWE_

RBA0

RBA1

RBA2

REXTDN

RVREF0

RVREF1

TP_MEMPLL

A9

RDQ0

A6

RDQ1

B9

RDQ2

B7

RDQ3

B8

RDQ4

A7

RDQ5

C9

RDQ6

C8

RDQ7

A4

RDQ8

C10

RDQ9

B5

RDQ10

A11

RDQ11

B6

RDQ12

A10

RDQ13

A5

RDQ14

B10

RDQ15

B26

RDQ16

B23

RDQ17

C26

RDQ18

A23

RDQ19

C25

RDQ20

B24

RDQ21

B25

RDQ22

A24

RDQ23

A21

RDQ24

A27

RDQ25

B21

RDQ26

B28

RDQ27

B22

RDQ28

B27

RDQ29

C21

RDQ30

A26

RDQ31

E8

RDQM0

C11

RDQM1

C22

RDQM2

D24

RDQM3

E12

RDQS0

F12

RDQS0_

D10

RDQS1

E10

RDQS1_

E22

RDQS2

D22

RDQS2_

E23

RDQS3

F23

RDQS3_

C15

RA0

A14

RA1

E18

RA2

B16

RA3

B14

RA4

A16

RA5

C14

RA6

D15

RA7

B13

RA8

A17

RA9

B12

F15

E15

B17

C13

F18

A18

B20

A12

F14

E14

D19

E19

B19

A19

C19

B18

D18

B15

A20

A3

G19

G14

F19

RA10

RA11

RA12

RA13

RA14

RCS_

RCS1_

RCKE

RCLK0

RCLK0_

RA0

RA1

RA2

RA3

RA4

RA5

RA6

RA7

RA8

RA9

RCLK1

RCLK1_

RCAS_

RRAS_

DDR3RSTB

R6340

42.2

RWE_

RBA0

RBA1

RBA2

CL6340

R6341

C6340

0.1u

RA0

RA1

RA2

RA3

RA4

RA5

RA6

RA7

RA8

RA9

RA10

RA11

RA12

RBA0

RBA1

RBA2

RDQM1

RDQS1
RDQS1_

RDQM0

RDQS0

RDQS0_

R6343

RCLK0

RCLK0_

RCKE

RCS_

RRAS_

RCAS_

RWE_

DDR3RSTB

R6342

0

0

C6341

0.1u

N3

A0_N3

P7

A1_P7

P3

A2_P3

N2

A3_N2

P8

A4_P8

P2

A5_P2

R8

A6_R8

R2

A7_R2

T8

A8_T8

R3

A9_R3

L7

A10/AP

R7

A11_R7

N7

A12/BC

M2

BA0

N8

BA1

M3

BA2

D3

DMU

C7

DQSU

B7

DQSU

E7

DML

F3

DQSL

G3

100

DQSL

J7

CK

K7

CK

K9

CKE

L2

CS

J3

RAS

K3

CAS

L3

WE

T2

RESET

K1

ODT

A9

VSS_A9

B3

VSS_B3

E1

VSS_E1

G8

VSS_G8

J2

VSS_J2

J8

VSS_J8

M1

VSS_M1

M9

VSS_M9

P1

VSS_P1

P9

VSS_P9

T1

VSS_T1

T9

VSS_T9

B1

VSSQ_B1

B9

VSSQ_B9

D1

VSSQ_D1

D8

VSSQ_D8

E2

VSSQ_E2

E8

VSSQ_E8

F9

VSSQ_F9

G1

VSSQ_G1

G9

VSSQ_G9

NT5CB128M16IP-EK

IC6341

SD-RAM

C6371

C6370

IC6341

0.1u

0.1u

DQL0

DQL1

DQL2

DQL3

DQL4

DQL5

DQL6

DQL7

DQU0

DQU1

DQU2

DQU3

DQU4

DQU5

DQU6

DQU7

NC_J1

NC_J9

NC_L1

NC_L9

NC_M7

NC_T7

A13_T3

VREFDQ

VREFCA

VDD_B2

VDD_D9

VDD_G7

VDD_K2

VDD_K8

VDD_N1

VDD_N9

VDD_R1

VDD_R9

VDDQ_A1

VDDQ_A8

VDDQ_C1

VDDQ_C9

VDDQ_D2

VDDQ_E9

VDDQ_F1

VDDQ_H2

VDDQ_H9

R6348

R6349

E3

F7

F2

F8

H3

H8

G2

H7

D7

C3

C8

C2

A7

A2

B8

A3

J1

J9

L1

L9

M7

T7

T3

H1

M8

C6342

0.1u

L8

ZQ

B2

D9

G7

K2

K8

N1

N9

R1

R9

A1

A8

C1

C9

D2

E9

F1

H2

H9

1k

C6372

1k

0.1u

R6344

240

C6343 0.1u

C6344 1000p

C6345 1000p

C6346 1000p

1000p

C6347

C6348

1000p

C6349 1000p

C6350 1000p

C6351 1000p

C6352 1000p

C6353 10u

RDQ0

RDQ1

RDQ2

RDQ3

RDQ4

RDQ5

RDQ6

RDQ7

RDQ8

RDQ9

RDQ10

RDQ11

RDQ12

RDQ13

RDQ14

RDQ15

RCS1_

RA14

RA13

RCKE

RBA1

RA12

RA4

RA1

RA6

RA8

RRAS_

RCAS_

RCS_

RBA0

RA3

RA5

RA13

DDR3RSTB

RA9

RA7

RA2

RA0

RBA2

RWE_

RA14

RCS1_

RA11

RA10

RA0

RA1

RA2

RA3

RA4

RA5

RA6

RA7

RA8

RA9

RA10

RA11

RA12

RBA0

RBA1

RBA2

RCKE

RCS_
RRAS_

RCAS_

RWE_

DDR3RSTB

RDQM3

RDQS3

RDQS3_

RDQM2

RDQS2

RDQS2_

RCLK1

RCLK1_

R6345

N3

A0_N3

P7

A1_P7

P3

A2_P3

N2

A3_N2

P8

A4_P8

P2

A5_P2

R8

A6_R8

R2

A7_R2

T8

A8_T8

R3

A9_R3

L7

A10/AP

R7

A11_R7

N7

A12/BC

M2

BA0

N8

BA1

M3

BA2

D3

DMU

C7

DQSU

B7

DQSU

E7

DML

F3

DQSL

G3

R6346

100

0

DQSL

J7

CK

K7

CK

K9

CKE

L2

CS

J3

RAS

K3

CAS

L3

WE

T2

RESET

K1

ODT

A9

VSS_A9

B3

VSS_B3

E1

VSS_E1

G8

VSS_G8

J2

VSS_J2

J8

VSS_J8

M1

VSS_M1

M9

VSS_M9

P1

VSS_P1

P9

VSS_P9

T1

VSS_T1

T9

VSS_T9

B1

VSSQ_B1

B9

VSSQ_B9

D1

VSSQ_D1

D8

VSSQ_D8

E2

VSSQ_E2

E8

VSSQ_E8

F9

VSSQ_F9

G1

VSSQ_G1

G9

VSSQ_G9

NT5CB128M16IP-EK

IC6342

SD-RAM

IC6342

DQL0

DQL1

DQL2

DQL3

DQL4

DQL5

DQL6

DQL7

DQU0

DQU1

DQU2

DQU3

DQU4

DQU5

DQU6

DQU7

NC_J1

NC_J9

NC_L1

NC_L9

NC_M7

NC_T7

A13_T3

VREFDQ

VREFCA

VDD_B2

VDD_D9

VDD_G7

VDD_K2

VDD_K8

VDD_N1

VDD_N9

VDD_R1

VDD_R9

VDDQ_A1

VDDQ_A8

VDDQ_C1

VDDQ_C9

VDDQ_D2

VDDQ_E9

VDDQ_F1

VDDQ_H2

VDDQ_H9

E3

F7

F2

F8

H3

H8

G2

H7

D7

C3

C8

C2

A7

A2

B8

A3

J1

J9

L1

L9

M7

T7

T3

H1

M8

C6354

0.1u

L8

ZQ

R6347

240

B2

D9

G7

K2

K8

N1

N9

R1

R9

A1

A8

C1

C9

D2

E9

F1

H2

H9

C6355

0.1u

C6356

1000p

C6357 1000p

C6358 1000p

C6359 1000p

C6360 1000p

C6361 1000p

C6362 1000p

C6363 1000p

C6364 1000p

C6365 1000p

C6366 10u

RDQ16

RDQ17

RDQ18

RDQ19

RDQ20

RDQ21

RDQ22

RDQ23

RDQ24

RDQ25

RDQ26

RDQ27

RDQ28

RDQ29

RDQ30

RDQ31

RCS1_

RA14

RA13

C6369

22u

BENTEN-MOTHERBOARD

VDD_EMI

DGND

(Page 39)

>001S

BOARD

(1/11)

MHC-V77DW

Note: IC6001, IC6341 and IC6342 on the BENTEN-MOTHERBOARD board cannot

exchange with single. When these parts on the BENTEN-MOTHERBOARD board are

4242

damaged, exchange the entire mounted board.

6-12. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (5/11) - • See page 36 for Waveforms. • See page 70 for IC Block Diagrams.

MHC-V77DW

1

A

B

>032S

MIC BOARD

CN3500

(Page 63)

C

>033S

FM-TUNER

D

BOARD
CN8901

(Page 66)

E

BENTEN-

MOTHERBOARD

F

BENTEN-MOTHERBOARD

G

(Page 40)

>034S

BOARD

(10/11)

(Page 48)

>025S

BOARD

(2/11)

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

AVDD+9V

AVDD+5V

BENTEN-MOTHERBOARD BOARD (5/11)

CN6401

4P

JL6402

1MIC DET

JL6403

2MIC SIGNAL

JL6404

3MIC GND

JL6405

4A+9V

CN6402

9P

JL6410

9ST-CLK

JL6411

8ST-RDS

JL6412

7ST-DATA

JL6413

6AGND

JL6418

5TUNER-R

4ST-CE

JL6414

3TUNER-L

JL6415

2A+5V

JL6416

1N.C.

JL6417

14

ANALOG-IN-L

JL6406

O_ST_PWR

ANALOG-IN-R

ANALOG-OUT-L

ANALOG-OUT-R

JL6407

JL6408

JL6409

MIC-DET

SCL1

SDA1

R6462

R6463

10k

10k

C6429

2.2u

R6450

120k

R6451

150k

5

E

0

B

0

C

Q6402

XP4501

LINK DETECTOR

2.5 2.5 0.5 1.7

13

14

12

FMT

VINL

VINR

IC6405

PCM1808PWR

IC6405

STEREO A/D CONVERTER

C6438

R6468

4.7u

C6439

C6432

10u

R6460

22k

4.7u

47

R6469

47

RN4902(T5RSONY,D,F)

0

R6461

0

22k

3.2

Q6404

LINK DETECTOR

C

E

B

B

C

E

C6433

10u

R6442

56k

C6448

0.1u

C6446

0.001u

C6443

4.7u

R6441

56k

0

5

5

R6445

680k

R6446

680k

C6425

10p

C6442

C6426

C6445

C6444

4.7u

10p

4.7u

4.7u

C6447

0.001u

R6489 47k

R6475 1M

R6490 47k

R6476 1M

R6482 1M

C6451 0.1u

R6487 47k

R6488 47k

R6483 1M

CL6409

R6546

0

R6457

C

B

E

120k

0

R6456

0

C6430

150k

2.2u

5

AGND

VCC4VDD

VREF

1

2

3

2.5 1.75 1.73.3

C6449

10u
16V

C6473

0.1u

C6452 0.1u

C6450 10u 16V

0 2.5 2.4 2 2.4 5 5

13

16

15

1Y1141Y2

VCC

SN74LV4052APWR

IC6406

SIGNAL SELECTOR

2Y022Y232-COM42Y3

1

2.5 2.4 0

11

IC6406

5

C6457 10u 16V

12

1-COM

5

9

MD010MD1

DGND6SCKI

0.1u

C6458

R6506

47k

2Y1

6

R6497 10
R6501 10

8

BCK

DOUT

2

1

LRCK

7

R6502 10

R6498 10

10u

C6461

9

10

A

1Y3111Y0

INH7GND_78GND_8 B

R6507

47k

C6463

4.7u

C6464

4.7u

BENTEN-DATAIN2

BENTEN-BCK2

BENTEN-LRCK2

BENTEN-MCK2

ANALOG-ASEL

R6561

0

IC6411

5 3.3

4

1CE2

3

VDD

VOUT

C6505

1u

GND

5

R6562

0

MM3411A33URE

C6506

1u

IC6411

+3.3V REG.

CL6410

0

B

E

C

5

0

E

Q6406

C

5

0

RN1902

ANALOG

SELECTOR

R6510

100

R6511

100

10p

C6465

10p

C6466

2.5 2.5 0.5 1.7

11

12

13

14

FMT

VINL

VINR

IC6407

PCM1808PWR

IC6407

STEREO A/D CONVERTER

AGND

VREF

VCC4VDD5DGND

1

3

2

2.5 1.75 1.73.3

0.1u

10u 16V

C6470 0.1u

C6469 1000p

C6472

0.1u

C6467

C6468

MD010MD1

9

6

8

DOUT

SCKI7LRCK

C6471

10u

4

3

R6528 10
R6529 10

BCK

R6530

R6531

10

10

B

CL6411

0

ANALOG-BSEL

BENTEN-DATAIN3

LINK-SET

LINK-DET

LINK-OUT-A

17
18
19

20

BENTEN-MOTHERBOARD

21

22

O_AUX-OUT_MUTE

>038S

BENTEN-

MOTHERBOARD

BOARD

(7/11)

(Page 45)

>037S

BOARD

(6/11)

(Page 44)

>015S

BENTEN-MOTHERBOARD

BOARD

(2/11)

(Page 40)

H

I

J

K

MHC-V77DW

>035S

BENTEN-MOTHERBOARD

BOARD

(10/11)

(Page 48)

>036S

BENTEN-

MOTHERBOARD

BENTEN-LRCK3

BENTEN-DATA3

BENTEN-BCK3

BENTEN-MCK3

BOARD

(7/11)

(Page 45)

AGND

ST-RDS

CL6401

CL6402

CL6403

C6401

470u

6.3V

R6402 10

1.7 1.7 5 0 00.4

1

2

BCK

STEREO D/A CONVERTER

SCK
15

16

R6403

10

R6404 10

R6405 10

3

4

DATA

LRCK

PCM1754DBQR

IC6401

DGND

IC6401

5

CL6406

6

NC

TEST12DEMP13MUTE14FMT
11

CL6407
C6405

10u
16V

R6452

68k

R6453

C6404

10u
16V

C6414

47u

680p

4.5 4.5 4.5

4

3

VEE+IN2

+IN1

IC6402

BA4558F

IC6402

OP AMP

-IN26OUT27VCC

5

R6420

1.5k

R6418

4.7k

C6421

0.1u

R6417

R6419

2

-IN1

4.7k

C6422

1.5k

4.7u

1

OUT1

C6419

10u
16V

C6418

0.1u

8

C6423

4.7u

R6421

4.7k

R6422

4.7k

C6403

0.1u

7

8

VCC

VOUTL

VCOM10ZEROA

9

2.5 2.5 2.5 2.5 91.7

VOUTR

AGND

C6406

100p

R6407

R6408

C6407

47u

R6409

6.3V

C6408

47u

6.3V

C6409

100p

R6411

3.3k

3.3k

R6410 10k

R6412 10k

0

0

C6412

820p

R6413

R6415

2.7k

2.7k

C6410 47p

R6416

R6414

2.7k

2.7k

C6413

820p

C6415

C6411 47p

680p

C6420

6.3V

R6427 47k

R6431 1M

R6432 1M

R6428 47k

R6425 1M

R6426 1M

470k

0.1u

C6424

R6437 47k

R6438 47k

5 2.4 2.5 2.4 2.4 5

C6427

4.7u

15

16

VCC

SN74LV4052APWR

SIGNAL SELECTOR

2Y022Y232-COM42Y352Y16INH7GND_78GND_8 B

1

2.5 2.5 2.52.4

CL6404

CL6405

12

13

1Y1141Y2

1-COM

IC6403

IC6403

47k

RN1902

ANALOG

SELECTOR

R6447

R6449

9

10

A

1Y3111Y0

C6428

Q6401

4.7u

CL6408

0

B

C

E

E

C

5

B

0

0

JL6401

C6435

4.7u

C6434

4.7u

R6454

68k

R6455

470k

C6437 0.1u

C6436 47u6.3V

C6440

4.7u

R6467

68k

R6473

27k

4.54.54.5

2

3

4

1

-IN1

VEE+IN2

+IN1

OUT1

IC6404

R6470 470k

R6465 4.7k

BA4558F

IC6404

OP AMP

-IN26OUT27VCC

5

4.5 4.5 4.5 9

68k

4.7u

R6474

27k

8

R6484

4.7k

R6466 4.7k

R6471 470k

R6472

C6441

R6479

4.7k

C6453

0.1u

C6460

47u

C6456

47u

R6503

6.8k

C6455

10u

R6494

100

R6500

R6495

C6459

10u

R6499

100

220

220

R6496 10k

R6504 10k

R6526 0

0

Q6405

LTA014EUBFS8TL

MUTE SWITCH

-2.3
0

R6508

-2.3 0 0

R6509

1k

Q6407

IMX25T110

1k

MUTE

PROTECT

EEBBC

C

0 0 0

RN4902(T5RSONY,D,F)

5

E

B

C

B

0 0 5

R6458 22k

R6505 6.8k

C6431 2.2u

R6459 15k

Q6403

LINK SET

C

E

4343

MHC-V77DW

6-13. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (6/11) - • See page 36 for Waveforms. • See page 70 for IC Block Diagrams.

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

A

BENTEN-MOTHERBOARD BOARD (6/11)

B

19

R6534

10k

R6535

10k

R6538

R6536

10k

R6537

10k

1k

I_FAN_DET

I_FAN-LOCK_PROTECT

I_DC_PROTECT

I_AMP_PROTECT

O_AMP_RST

O_AMP_CLK_PWM

CL6430

0

R6551

CL6429

R6552 0

CL6426

CL6425

CL6424

CL6419

CL6418

CL6417

CL6416

CL6413

CL6412

CL6422

CL6421

CL6423

R6532

R6555

10k

R6556

10k

10k

R6533

10k

C

D

17

18

21

E

BENTEN-MOTHERBOARD

F

>037S

BOARD

(5/11)

(Page 43)

R6548

20

0

C6488

1u

IC6410

MM3411A33URE

IC6410

+3.3V REG.

3.3 5

3

VOUT

4

VDD

CE2GND

JL6419

C6489

1u

1

5

C6487 0.1u

C6486 0.1u

3.3 1.9 3.3 1.7 1.7 1.7 1.7

18

19

20

DVDD

DGND

CAPP3CPGND

CPVDD

1

2

3.3 1.7 -1.6 -3.2 0 3.3 3.3

R6521 10

15

16

17

FMT

XSMT

LDOO

IC6409

PCM5101

IC6409

D/A CONVERTER

VNEG

CAPM

4

5

6

14

LRCK

OUTL

7

R6523 10

DIN

6

OUTR

8

R6522 10

12

5

AVDD9AGND

R6524 10

R6520 10

11

FLT

SCK13BCK

DEMP

10

R6541

470

C6491
2200p

C6492
2200p

R6542

10k

R6540

10k

CN6404

17P

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

PCM5101_LRCK

PCM5101_MID/TW_DATA

PCM5101_BCK

PCM5101_MCLK

I_PWR_PROTECT

BENTEN-MOTHERBOARD

>019S

BENTEN-MOTHERBOARD

1

BOARD

(2/11)

(Page 40)

E_VOL_CLK

E_VOL_DATA

FAN_G ND

+13V

FAN_G ND

+5V

O_AMP_RST

O_AMP_CLK_PWM

I_PWR_PROTECT

I_AMP_PROTECT

I_DC_PROTECT

I_FAN-LOCK_PROTECT

A_GND

FR

A_GND

FL

A_GND

>039S

BOARD

(7/11)

(Page 45)

2CH DAMP

BOARD
CN1001

G

C6485 2.2u

R6539

470

H

I

J

K

MHC-V77DW

C6484

2.2u

M+13V

BENTEN-MOTHERBOARD

R6550

22

0

C6483 0.1u

C6494

0.1u

C6481 10u 16V

C6482 0.1u

M+5.2V

(MGND)
MGND

>040S

BOARD

(10/11)

(Page 48)

>030S

BENTEN-MOTHERBOARD

D+3.3V

BOARD

(10/11)

(Page 48)

4444

6-14. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (7/11) - • See page 36 for Waveforms. • See page 70 for IC Block Diagrams. • See page 76 for IC Pin Function Descriptions.

MHC-V77DW

1

A

B

C

D

E

F

G

H

I

J

K

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

BENTEN-MOTHERBOARD BOARD (7/11)

IC6001

MT8591AOAT (4/6)

IC6001

SYSTEM CONTROL

AUD_EXT_CK2

AUD_EXT_CK1

MSDC1_INS

MSDC1_CLK

MSDC1_CMD

MSDC1_DAT0

MSDC1_DAT1

MSDC1_DAT2

MSDC1_DAT3

MSDC2_CLK

MSDC2_CMD

MSDC2_DAT0

MSDC2_DAT1

MSDC2_DAT2

MSDC2_DAT3

I2S0_BCK

I2S0_MCLK

I2S0_LRCK

I2S0_DATA

I2S0_DATA_IN

I2S1_BCK

I2S1_MCLK

I2S1_LRCK

I2S1_DATA

I2S1_DATA_IN

I2S2_BCK

I2S2_MCLK

I2S2_LRCK

I2S2_DATA

I2S2_DATA_IN

I2S3_BCK

I2S3_MCLK

I2S3_LRCK

I2S3_DATA

I2S3_DATA_IN

I2S4_BCK

I2S4_MCLK

I2S4_LRCK

I2S4_DATA

I2S4_DATA_IN

I2S5_BCK

I2S5_MCLK

I2S5_LRCK

I2S5_DATA

I2S5_DATA_IN

G2_TXC

G2_TXD0

G2_TXD1

G2_TXD2

G2_TXD3

G2_TXEN

G2_RXC

G2_RXD0

G2_RXD1

G2_RXD2

G2_RXD3

G2_RXDV

MDC

MDIO

D2

D1

C1

E2

E1

B2

C2

N2

L1

L3

M3

L2

M2

AB2

AB3

AB1

AA1

AA2

Y3

W1

Y2

W2

W3

R3

T4

T2

T5

T1

R2

N1

P3

P2

P1

N5

N4

N7

N6

N3

T6

P5

P7

P6

T7

AA4

AA5

AJ8

AJ9

AG9

AH10

AG10

AH8

AB9

AD8

AE8

AF9

AE9

AC9

AJ1

AG11

R6646

R6647

R6648

R6652

R6649

R6654

CL6618

R6638

R6639

CL6619

R6640

CL6620

CL6621

R6641

R6637

*1 R6638, R6640, R6641, R6657,

R6658, R6659, R6660, R6661,
R6662, R6663, R6664, R6665
22 (EA, TH, E4, LA9)
100 (AEP, UK, RU, MY, AUS)

CL6617

R6643

CL6625

R6657

R6658

CL6627

R6659

CL6626

R6660

CL6629

R6661

CL6630

R6662

CL6632

R6663

CL6631

R6664

CL6633

R6665

CL6634

R6673

R6644

R6631

R6667

R6655

R6645

CL6606

R6630

CL6607

R6601

R6602

CL6610

R6603

R6604

R6605

R6606

R6607

1

R6608

R6609

BENTEN-MOTHERBOARD BOARD

100

R6656

10k

100

1k

100

1k

100

*1

100

*1

*1

100

100

*1

*1

*1

*1

*1

*1

*1

*1

*1

100

100

100

100

100

100

100

33

33

33

33

33

33

33

33

33

(11/11) (Page 49)

R6653

10k

/LED-RESET

TOUCH2_INT

/TOUCH2-RESET

LED-PUREDIRECT

>041S

Q6601

KRC402-RTK

LOW AC DETECT SWITCH

MT6630_SDIO_CLK

MT6630_SDIO_CMD

MT6630_SDIO_DAT0

MT6630_SDIO_DAT1

MT6630_SDIO_DAT2

MT6630_SDIO_DAT3

R6666

10k

C6615

22p

G2_TXD0

G2_TXD1

G2_TXEN

G2_RXC

G2_RXD0

G2_RXD1

G2_RXDV

MDC

MDIO

R6668

0

R6650

10k

0.1
0

C6614

0.1u

XIFBSY

>026S

BENTEN-MOTHERBOARD BOARD

(2/11) (Page 40)

CL6635

R6614 22

R6615 22

R6616 22

R6617 22

R6618 22

R6627

R6635

MAC_RST

4.7k

CL6613

0

ANT_SEL

MDIO

MDC

G2_TXEN

G2_TXD1

G2_TXD0

G2_RXC

G2_RXD1

G2_RXD0

>017S

BENTEN-MOTHERBOARD BOARD

(2/11) (Page 40)

CL6615

R6613

4.7k

R6624 0

3.3

18

LED0/PHYAD[0]/PMEB/INTB

3.3

17

MDIO

1.6

16

MDC

3.3

15

PHYRSTB

1.5

14

TXEN

1.5

13

TXD[1]

R6619 22

R6620 22

R6621 22

R6622 22

19

RTL8201FR-VB-CGT(ASE)

ETHERNET PHYCEIVER

12

C6612

0.1u

C6607

G2_RXDV

CL6614

0 0 0.8 0.8

22

20

23

21

CRS_DV

RXER/FXEN

DVDD10OUT

LED1/PHYAD[1]

IC6602

IC6602

RXD[1]10DVDD33

REF_CLK

TXD[0]

8

9

11

0 1.7 0 0 0 0

C6613

0.1u

1u

R6612

1M

CKXTAL124CKXTAL2

7

AVDD10OUT

AVDD33

RXD[0]/CLK_CTL

7

RSET

MDI+[0]

MDI-[0]

MDI+[1]

MDI-[1]

VEMC_3V3_PMU

VMCH_PMU

O_HDMI_PWR

LOW_AC

4

BENTEN-MOTHERBOARD BOARD

BENTEN-MOTHERBOARD BOARD

BENTEN-MOTHERBOARD BOARD

(Page 46)

PCM5101_BCK

C6606

22p

X6601

25MHZ

PCM5101_MCLK

PCM5101_LRCK

PCM5101_MID/TW_DATA

I_PWR_PROTECT

LINK-DET

LINK-OUT-A
LINK-SET
ANALOG-ASEL

ANALOG-BSEL

BENTEN-DATAIN3

BENTEN-BCK2

BENTEN-MCK2

BENTEN-LRCK2

BENTEN-DATAIN2

ST

-RDS

BENTEN-BCK3

BENTEN-MCK3

BENTEN-LRCK3

BENTEN-DATA3

USB_SW_SEL

USB_OC

C6605

22p

25

1

2

3

4

5

6

0

0

1.1

1.1

0

0

R6611 10k

R6610 3.3k

C6604 0.1u

C6602

0.01u

C6603

0.01u

T6601

T6602

RB6601

75

C6601

0.001u

BENTEN-MOTHERBOARD BOARD

BENTEN-MOTHERBOARD BOARD

BENTEN-MOTHERBOARD BOARD

BENTEN-MOTHERBOARD BOARD

L6601

0uH

L6602

0uH

Note: IC6001 and IC6602 on the BENTEN-MOTHERBOARD board cannot exchange with

single. When these parts on the BENTEN-MOTHERBOARD board are damaged,
exchange the entire mounted board.

>021S

(8/11)

J6601

8P

>002S

(1/11)

(Page 39)

>044S

(10/11)

(Page 48)

(Page 44)

>038S

(5/11)

(Page 43)

>036S

(5/11)

(Page 43)

>043S

(9/11)

(Page 47)

1 ETH_TX+

2 ETH_TX-

3ETH_RX+

4

5

6ETH_RX-

7

8

DGND

>039S

(6/11)

LAN (100)

>042S

BENTEN-MOTHERBOARD BOARD

(8/11)

(Page 46)

MHC-V77DW

4545

MHC-V77DW

6-15. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (8/11) - • See page 76 for IC Pin Function Descriptions.

1

A

B

>003S

C

BENTEN-

MOTHERBOARD

BOARD

(1/11)

(Page 39)

D

E

F

BENTEN-MOTHERBOARD

G

H

>024S

BOARD

(2/11)

(Page 40)

>010S

BENTEN-

MOTHERBOARD

BOARD

(1/11)

(Page 39)

>006S

BENTEN-

MOTHERBOARD

BOARD

(10/11)

(Page 48)

I

J

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

BENTEN-MOTHERBOARD BOARD (8/11)

WB_SEN

F2W_CLK

F2W_DATA

13

12

14

GND_11

F2W_CLK

F2W_DATA

EEPROM_WP

WB_CRTL050WB_CRTL151WB_CRTL252WB_CRTL353WB_CRTL454WB_CRTL555VCN18_PMU_55

GND_48

46

47

48

CL6701

WB_CTL0

MT6630_WIFI_INT

8

9

10

GND_9

WIFI_INT_B

WB_SCLK

15

16

GND_14

WB_SCLK

EEPROM_SDA

EEPROM_SCL

44

45

22

R6706

R6705 22

11

12

GND_11

GND_10

WB_SDATA

18

17

WB_SEN

WB_SDATA

VIO18_PMU

GND_43

42

43

GND_1213GND_13

R6702

0

22

GND_1819GND_1920GND_2021GND_21

WB_RXIN

WB_RXIP

WB_RXQP

GND_42

38

39

40

41

42

GND_14

14

WB_ANT

15

GND_16

16

GND_17

17

GND_18

18

GND_19

19

GND_20

20

23

GND_23

GND_24

26M_CLK_SOURCE

GPS_RXQN

GPS_RXQP

GPS_RXIN

GPS_RXIP

GND_29

GND_30

WB_TXQN

WB_TXQP

WB_TXIN

WB_TXIP

GND_35

GND_36

GND_37

WB_RXQN

37

>008S

VEMC_3V3_PMU

74

24

25

26

27

28

29

30

31

32

33

34

35

36

75

WB_CTL5

WB_CTL4

WB_CTL3

WB_CTL2

WB_CTL1

WB_CTL0

WB_RSTB

WB_SEN

WB_SDATA

WB_SCLK

F2W_CLK

F2W_DATA

FB6701

C6701

0.1u

AE6

AJ6

AH6

AJ5

AH5

AJ4

AH4

AG1

AG2

AF1

AF2

AJ3

AH3

AC2

AC3

AD2

AD1

AE2

AE1

AB5

AD6

AD4

AD5

AC6

AB6

AE7

IC6001

MT8591AOAT (5/6)

IC6001

SYSTEM CONTROL

XIN_WBG

GPS_RXQN

GPS_RXQP

GPS_RXIN

GPS_RXIP

WB_TXQN

WB_TXQP

WB_RXQN

WB_RXQP

WB_RXIN

WB_RXIP

WB_TXIN

WB_TXIP

WB_CRTL5

WB_CRTL4

WB_CRTL3

WB_CRTL2

WB_CRTL1

WB_CRTL0

WB_RSTB

WB_SEN

WB_SDATA

WB_SCLK

F2W_CLK

F2W_DATA

AVDD18_WBG_AE7

R6710

D6701

RB521CS-30T2R

R6709

22

IC6001

MT8591AOAT (6/6)

IC6001

SYSTEM CONTROL

AJ15

HDMITX_CH0_P

AH15

HDMITX_CH0_M

AJ16

R6704

12k

HDMITX_CH1_P

AH16

HDMITX_CH1_M

AJ17

HDMITX_CH2_P

AH17

HDMITX_CH2_M

AJ14

HDMITX_CLK_P

AH14

HDMITX_CLK_M

AD17

HDMISD

AE17

HDMISCK

AE18

CEC

AF17

HTPLG

P21

HDMI_0_RX_0

P22

HDMI_0_RX_0B

L23

HDMI_0_RX_1

L24

HDMI_0_RX_1B

L21

HDMI_0_RX_2

L22

HDMI_0_RX_2B

P23

HDMI_0_RX_C

P24

HDMI_0_RX_CB

N25

HDMI_SDA_RX

M25

HDMI_SCL_RX

L25

MHL_SENCE

M27

HDMI_HPD_CBUS_RX

AH12

HDMITX_REXT

M26

HDMI_TESTOUTP_RX

0

R6708

27k

CL6739

TDP0

TDN0

TDP1

TDN1

LCM_RST

DSI_TE

VDAC_C

G2

G1

H2

H1

J2

TCP

J1

TCN

Y6

W6

J3

VRT

T23

HDMI+5V

DGND

BENTEN-MOTHERBOARD BOARD

(1/11)

(Page 40)

>045S

BENTEN-MOTHERBOARD BOARD

(10/11)

(Page 48)

ANTENNA BOARD

J1301

ANT

GND

>042S

BENTEN-MOTHERBOARD BOARD

(7/11)

(Page 45)

VCN28_PMU

VMCH_PMU

VIO18_PMU

VCN33_PMU

VCN18_PMU

CEC

SCL2

SDA2

MT6625_VIO

MT6630_VRTC

MT6630_RTCCLK

PMIC_4V

73

72

71

70

69

68

67

66

65

64

63

62

61

60

76

MT6630_SDIO_DAT0

MT6630_SDIO_DAT1

MT6630_SDIO_CLK

MT6630_SDIO_DAT2

MT6630_SDIO_DAT3

MT6630_SDIO_CMD

VCN28_PMU_72

VCN28_PMU_71

GND_70

GND_69

VCN33_PMU_68

VCN33_PMU_67

VCN33_PMU_66

GND_65

GND_64

WB_ANT

GND_62

GND_61

GND_60

41

40

39

38

37

36

35

34

1

2

GND_1

GND_59

58

59

C6702

0.1u

GND_40

SDIO_DAT0

SDIO_DAT1

SDIO_CLK

SDIO_DAT2

SDIO_DAT3

SDIO_CMD

3

4

5

GND_3

FM_ANT

FM_RX_N_6627

VCN18_PMU_56

GND_57

GND_58

56

57

1

GND_1

GND_56GND_6

WB_CTL5

C6703

0.1u

2

VBAT_23VBAT_34VBAT_4

7

8

GPS_ANT

WB_CTL4

WB_CTL3

WB_RSTB

R6714

0

10

11

GND_89GND_9

WB_RSTB

CP6701

CP6701

WLAN/BT CARD

49

WB_CTL1

WB_CTL2

MT6630_PMU_EN

5

6

7

VRTC

RTCCLK

PMU_EN

CP6702

CP6702

WLAN/BT CARD

K

MHC-V77DW

GND_33

31

32

33

44

CL6702

R6701

0

30

29

CL6703

CL6704

28

CL6705

26

21

22

23

24

43

BGF_INT_B

GND_21

GND_22

UART_RX25SYSRST_B

UART_TX27DVDD_IO

PCM_SYNC

PCM_CLK

PCM_IN

PCM_OUT

DVDD_SDIO

>021S

MT6630_BGF_INT

MT6630_SYSRST

BENTEN-MOTHERBOARD BOARD

4

(2/11), (7/11)

(Page 40), (Page 45)

Note: IC6001 on the BENTEN-MOTHERBOARD board cannot exchange with single. When

4646

this part on the BENTEN-MOTHERBOARD board is damaged, exchange the entire
mounted board.

6-16. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (9/11) - • See page 70 for IC Block Diagrams.

MHC-V77DW

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

A

BENTEN-MOTHERBOARD BOARD (9/11)

B

BENTEN-MOTHERBOARD

>014S

BOARD

(2/11)

(Page 40)

USB_DM_P1
USB_DP_P1

USB_VBUS_P1

C

R6808

R6801

10k

0

R6814

100k

>046S

89G BOARD

(1/3)

D

E

BENTEN-MOTHERBOARD

CN8004

(Page 57)

>043S

BOARD

USB_SW_SEL

(7/11)

(Page 45)

F

USB_GND

USB_OC

CN6802

3P

D+A

1

D-A

2

3

FB6801

0uH

R6807

0

1

NC_1

2

S

0

0

0

IC6802

3

TC7USB40FT

1D+

4

2D+

IC6802

5

USB SWITCH

D+

CONTROLLER

6

GND

7

NC_7

>022S

G

BENTEN-MOTHERBOARD

BOARD

O_VBUS_PWR

(2/11)

(Page 40)

H

>030S

BENTEN-MOTHERBOARD

BOARD

D+3.3V

(10/11)

(Page 48)

I

>047S

BENTEN-MOTHERBOARD

BOARD

USB+5V

(10/11)

(Page 48)

NC_14

VCC

NC_8

14

3.3

13

12

OE

0.2

11

1D-

2D-

D-

C6809

0

10

9

8

0.1u

0

FB6802

0uH

JL6806

JL6803

CN6801

4P

1 USB_+5V

2D-A

3D+A

4 USB_GND

>048S

USB BOARD

CN3202

(Page 67)

R6816

R6815

20k

C6808

0.1u

R6817

R6818

R6819

4.7k

4.7k

10k

R6821

0

C6810

1u

3.2 5.1

3

EN

FLAG
4

R6820

0

C6804

16V

C6805

2

GND

ILIM5OUT

4.7k

10u

1u

1

VIN

6

5.10.33.3

IC6803

NCP380HSNAJAAT1G

IC6803

USB POWER CONTROL

C6806

0.1u

JL6802

J

K

MHC-V77DW

4747

MHC-V77DW

6-17. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (10/11) - • See page 36 for Waveforms.

1

A

~ AC IN

CONNECT TO
REGULATOR,

B

SWITCHING

(SSN-161AD)

BOARD

>012S

BENTEN-MOTHERBOARD

C

BOARD

(1/11)

(Page 39)

>035S

BENTEN-MOTHERBOARD

D

BOARD

(5/11)

(Page 43)

>047S

BENTEN-MOTHERBOARD

BOARD

E

(9/11)

(Page 47)

>018S

BENTEN-

MOTHERBOARD

F

BOARD

(2/11)

(Page 40)

>022S

G

BENTEN-

MOTHERBOARD

BOARD

(2/11)

(Page 40)

H

I

BENTEN-MOTHERBOARD

(Page 39), (Page 46), (Page 49)

>006S

BOARD

(1/11), (8/11), (11/11)

J

K

BENTEN-MOTHERBOARD

>016S

BOARD

(2/11), (11/11)

(Page 40), (Page 49)

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

>040S

BENTEN-

MOTHERBOARD

BOARD

(6/11)

(Page 44)

>049S

BENTEN-

MOTHERBOARD

BOARD

(11/11)

(Page 49)

>034S

BENTEN-

MOTHERBOARD

BOARD

(5/11)

(Page 43)

>030S

BENTEN-

MOTHERBOARD

BOARD

(3/11), (6/11),

(9/11), (11/11)

(Page 41), (Page 44),

(Page 47), (Page 49)

>050S

BENTEN-

MOTHERBOARD

BOARD

(11/11)

(Page 49)

>027S

BENTEN-

BOARD

(2/11)

(Page 40)

>044S

BENTEN-

MOTHERBOARD

BOARD

(7/11)

(Page 45)

>045S

BENTEN-

MOTHERBOARD

BOARD

(8/11)

(Page 46)

AGND

M/DGND

M/DGND

I_AC-DET

O_AMP_MAIN_PWR

LOW_AC

I_AC_DET

VEMC_3V3_PMU

AGND

USB+5V

O_AMP_MAIN_PWR

O_VBUS_PWR

PMIC_4V

A+1.5V

BENTEN-MOTHERBOARD BOARD (10/11)

13.5V

13.5V

13.5V

CN6901

9P

1

2

3

4

5

6

7

8

9

C6947

100p

JL6930

JL6904

JL6906

JL6907

JL6905

JL6914

JL6903

JL6924

JL6902

C6978

R6969

L6905

2.2uH

1u

22k

C6907

100p

C6948

0.1u

R6940

0

R6903

R6904

MM3411A15URE

C6908

0.1u

C6915

470u

25V

R6941

0

JL6919

R6948

0

R6949

0

JL6933

Q6901

RN1902

POWER CONTROL

C

0

B

3.6

E

C6929

0

22u

0

IC6907

IC6907

+1.5V REG.

R6971

C6949

JL6921

C6951

0

E

B

C

470u
25V

R6928

22u

R6965

1.5 4

0

0

0

0

C6927

22u

3

VOUT

GND

2

4

VDD

CE
1

3.2

R6967

100k

C6952

22u

C6910

R6970

C6921

10u

L6903

4.7uH

R6920

JL6922

0.1u

0

0

C6955

C6979

R6946 0
R6980 0

R6907 0
R6947 0
R6943 0

JL6920

0.1u

L6907

4.7uH

JL6934

JL6927

JL6928

C6922

0.1u

C6909

0.047u

1u

R6981

1k

C6980

0.1u

C6957

10u

M+13V

M+5.2V

(MGND)

0

R6990

3.3k

1.8

MGND

(MGND)
MGND
M+5.2V

SW+13V

9

AVDD+9V

AVDD+5V

D+3.3V

SPM+13V

MOTHERBOARD

15

O_HDMI_PWR

LOW_AC

HDMI+5V

Q6905

KTA1542T-RTK/P

POWER CONTROL

13.5

R6937

68k

R6938

R6939

3.3k

3.3k

0.1

Q6908

DTC014YMT2L

POWER CONTROL

L6908

2.2uH

L6910

2.2uH

R6915

4.7k

R6919

3.9k

7

GND_6

FB220GND_20

11

VIN2_78VIN2_8

17

R6912

39k

C6983

22p

EN218VOUT2

2.232.22.262.2

R6974

PGND2

VREG5

R6914

R6972

47k

VBST2

VFB2

39k

33k

8

VIN2

SW2

PG2

EN2

17

C6963

1u

PGND2_10

PGND2_11

PGND2_12

C6920

C6988

0.0033u

C6989

16

15

14

13

12

11

10

9

C6985 22p

C6918 0.0022u

C6919 0.01u

VIN2_9

SW2_13

SW2_14

SW2_15

BOOT2

0.01u

22p

13.5

9

R6973

R6909

39k

10.7

5.1

3.2

0

R6952

12k

3.6

1

VIN1_12VIN1_2

33k

1

VIN1

10

2

VBST1

3

SW1

4

PGND1

IC6904

5

TPS542941PWPR

EN1

6

IC6904

PG1

7

VOLTAGE

VFB1

REGULATOR

8

GND

C6913 1u

JL6926

JL6929

JL6925

0 0 6.2 0 2.2 0

3

5

4

6

VCC

VINS

VREG

IC6901

TPS65261RHBR

IC6901

VOLTAGE REGULATOR

TEST

FB123VOUT124EN1

21

19

22

68kR6916

R6913 3.3k

R6910 6.8k

R6917 2.7k

R6944 1k

R6918 2.7k

R6911 100

C6956

0.1u

R6958

68k

C6971

22p

C6981

0.1u

33

3.6

VIN1_32

32

PGND1_31

31

PGND1_30

30

PGND1_29

13

29

SW1_28

0

28

SW1_27

4

27

SW1_26

0.1

26

BOOT1

25

C6912

0.01u

C6987

22p

C6986

0.0022u

R6979

0

C6961

C6964

10u

R6955

0.1u

L6909

4.7uH

C6968

C6967

22u

22u

56k

R6986

0

R6977

0

R6906

C6906

0.047u

C6916

0.1u

C6917

0.1u

C6905

0.047u

R6978

L6904

4.7uH

C6904

22u

C6914

10u

C6911

10u

C6903

22u

L6901

4.7uH

0

C6902

22u

C6901

R6901

R6902

0

R6905

0

JL6913

L6902

2.2uH

L6906

2.2uH

22u

R6961

JL6901

0

R6976

0

0

JL6932

0

C6974

2.2u

C6970

0.1u

13.4

0

5.2

3.2

2.2

0.8

R6956

2.2k

5.7

C6972

22p

R6957

10k

9.5

9

3.3

10

11

12

13

13

14

6

15

0

16

6.1

5.1

C6975

2.2u

5

4

R6950

R6951

VIN

0

0

JL6931

IC6905

MM1839A50NRE

IC6905

+5V REG.

CONT

GND

Q6902

KTA1542T-RTK/P

POWER CONTROL

13.4

R6922

68k

DTC014YMT2L

POWER CONTROL

R6984

0

Q6906

KTA1542T-RTK/P

POWER CONTROL

4.5

5.2

R6921

0

10k

R6975

0

R6929

10k

JL6909

R6923

680

JL6910

Q6909

DTC014YMT2L

POWER

CONTROL

1.6

0.1

JL6908

R6960

C6973

0.01u

1k

3.3

1

2

3

NCVOUT

R6925

3.3k

Q6907

0.1

Q6903

KTA1542T-RTK/P

POWER CONTROL

3.3

0

JL6911

R6926

220

DTC014YMT2L

1.6

13.4

R6927

3.3k

3.3

C6933

2.6

Q6911

POWER

CONTROL

IC6902

78D09AG-TN3-R

+9V REG. +5V REG.

0

13

VOUT

VIN

GND

C6928

0.1u

JL6917

0.1u

POWER CONTROL

R6930

10k

Q6910

DTC014YMT2L

POWER

CONTROL

0.2
0

12.8

13.5

C6945

0.1u

0

9

JL6915

C6944

0.1u

C6935

100u

10V

Q6904

KTA1542T-RTK/P

4.3

5

JL6912

5

R6931

470

1.6

0

JL6923

C6946

220u

16V

C6930

100u

16V

R6933 0

R6934 0

C6941

0.1u

R6932

0

FB6906

0uH

C6932

0.1u

IC6903

78D05AG-TN3-R

9

VIN

C6942

0.1u

C6936 100u 10V

C6934 0.1u

VOUT

GND

C6938 1u

POWER CONTROL

5

JL6916

C6937

0.1u

R6936

0

R6935

0

C6940 100u 10V

R6988

68k

R6991

0

Q6913

DTC014YMT2L

C6939

100u
10V

O_ECO_PWR

O_ECO2_PWR

FE_5.2V_TRAY

O_89G_PWR

Q6912

KTA1542T-RTK/P

POWER CONTROL

9

R6989

3.3k

0

AGND

FE_5.2V_M

FE_3.3V

DVDD3.3V

DVDD5V

FE_5V

DGND

MGND

HDMI+5V

MHC-V77DW

Note: IC6901 and IC6907 on the BENTEN-MOTHERBOARD board cannot exchange with

single. When these parts on the BENTEN-MOTHERBOARD board are damaged,

4848

exchange the entire mounted board.

6-18. SCHEMATIC DIAGRAM - BENTEN-MOTHERBOARD Board (11/11) -

MHC-V77DW

1

A

B

C

>051S

D

DUMMY BOARD

CN3900

(Page 64)

E

F

>049S

BENTEN-MOTHERBOARD BOARD

G

(10/11)

(Page 48)

>016S

BENTEN-MOTHERBOARD BOARD

H

(10/11)

(Page 48)

>006S

BENTEN-MOTHERBOARD BOARD

(10/11)

I

(Page 48)

>030S

BENTEN-MOTHERBOARD BOARD

(10/11)

(Page 48)

J

>007S

BENTEN-MOTHERBOARD BOARD

(1/11)

(Page 39)

K

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

SW+13V

M+5.2V

(MGND)

MGND

A+1.5V

PMIC_4V

D+3.3V

DGND

BENTEN-MOTHERBOARD BOARD (11/11)

CN6850

29P

1SW+13V

2SW+13V/M+5.2V

3M+5.2V

4M+5.2V

5LEDGND

6LEDGND

7LEDGND

8LED-CLK

9LED-DATA

10LED-RESET

11D+3.3V

12LCD-CLK

13LCD-DATA

14LCD-CSB

15LCD-INHIBIT/BKLED

16LED-RED

17LED-GREEN

18PMIC4V

19LED-PUREDIRECT

20D+3.3V

21TOUCH-CLK

22TOUCK-DATA

23DGND

24TOUCH1-RESET

25TOUCH1-INT

26PWR-KEY

27DGND

28TOUCH2-INT

29TOUCH2-RESET

R6868

JL6850

JL6852

JL6853

JL6854

JL6855

JL6868

JL6856

JL6857

JL6858

JL6859

JL6869

JL6860

JL6861

JL6862

JL6870

JL6863

JL6864

JL6865

JL6866

JL6867

JL6851

JL6871

JL6872

0

R6850

0

R6860 4.7k

R6861 4.7k

R6864

1.2k

SPI0_CK

SPI0_MO

SPI0_CSN

LCD-INHIBIT

LED-RED

LED-GREEN

/TOUCH-RESET

PULLUP-PWR-CTRL

CL6890

R6898

4.7k

SCL0

SDA0

P_KEY

0

C6890

0.1u

KTA1542T-RTK/P

POWER CONTROL

1.5

D6890

DA2J10100L

R6890

220k

R6891

4.7k

2.5

Q6893

DTC014YMT2L

POWER CONTROL

R6863

Q6890

1.5

1.2k

R6858

0

0.9

D6891

DA2J10100L

C6891
1000u

6.3V

R6893

6.8k

TH6890

10k

R6892

1k

C6892

0.1u

R6894

2.2M

Q6892

LTA014EUBFS8TL

POWER CONTROL

1.5

RHK005N03T146

POWER CONTROL

13.5

12.2

Q6891

JL6873

JL6874

JL6875

R6856

0

R6851

4.7k

IR_1_8V

3.3 3.3 1.8

CEBBE

Q6850

RN4902 (T5RSONY,D,F)

C

0

0

R6895

1k

R6897

10

1.5

S

2.6

Q6894

R6896

DTC014YMT2L

10k

POWER CONTROL

CL6892

CL6893

0

C6893

0.1u

CL6894

CL6891

IR DETECTOR

EINT7

SDA1

SCL1

AUX_IN6

C-CONT

AUX_IN7

CN6851

3P

1 SIRCS

2 IR+3.3V

3DGND

>052S

IR BOARD

CN3300

(Page 67)

VMCH_PMU

VIO18_PMU

/LED-RESET

LED-PUREDIRECT

TOUCH2_INT

/TOUCH2-RESET

BENTEN-MOTHERBOARD BOARD

BENTEN-MOTHERBOARD BOARD

BENTEN-MOTHERBOARD BOARD

>029S

BENTEN-MOTHERBOARD BOARD

16

(2/11)

(Page 40)

BENTEN-MOTHERBOARD BOARD

SPM+13V

O_AMP_MAIN_PWR

BENTEN-MOTHERBOARD BOARD

>013S

(1/11)

(Page 39)

>005S

(1/11)

(Page 39)

>041S

(7/11)

(Page 45)

>050S

(10/11)

(Page 48)

>018S

(2/11)

(Page 40)

MHC-V77DW

4949

MHC-V77DW

6-19. PRINTED WIRING BOARD - SENSOR Board (Component Side) - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

A

SENSOR BOARD
(COMPONENT SIDE)

B

C

D

E

CL007

D1101

D1102

D1103

D1018

D1017

F

CL003

CL004

G

D1003

CL008

CL1150

D1007

CL1148

D1022

CL006

CL1149

D1014

H

CL041

D1004

I

CL1151

D1002

D1006

J

CL1070

D1016

D1013

D1012

CL1152

1-980-639-

11

(11)

MHC-V77DW

K

5050

6-20. PRINTED WIRING BOARD - SENSOR Board (Conductor Side) - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

MHC-V77DW

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

SPK PARTY LED

R1006

R1000

R1014

IC1000

R1005

C1020

C1019

C1016

C1035

R1027

BOARD
CN3700

(Page 68)

CN1004

154

C1008

>010P

6

GESTURE CONTROL

EAST ELECTRODE

CL3636

CL3627

CL3616

CL3705

C3609

CL3632

R3614

CL3629

CL3630

CL3628

CL3700

13

12

CL3708

CN3601

2

1

CL3704

D3601

CL3706

R3620

CL3635

GESTURE CONTROL

TRANSMITTER

D001

R3616

R3610

R3613

CL3631

CL3702

CL3710

K

CL3703

A

A/K

CL3701

R3617

D006

D002

K

A

K/A

CL3601

2

D008

CN3600

17

R3612

CL3626

IC3600

14

15

C3600

C3618

CL3634

C3617

CL3709

C3601

D3600

D003

K

D3602

A/K

CL3603
D007

R3600

BENTEN-MOTHERBOARD BOARD

CN6203

(Page 37)

>004P

2

6

CN3600

17

CL3639

GESTURE CONTROL
NORTH ELECTRODE

R3618

A

K

K/A

D004

A

D005

R3619

CL3605

CL3604

6

CL3600

CL3619

1

28

R3603

R3601

CL3620

R3606

CL3606

R3609

CL3633
CL3609

CL3713

R3615

R3611

CL3711
C3604
R3604

CL3712

R3608

C3602

C3603

CL3637

GESTURE CONTROL
SOUTH ELECTRODE

D3603

GESTURE CONTROL

WEST ELECTRODE

CL3638

JL183

GESTURE

CL1020

CL1025

CL1000

R1004

CL1005

CL1001

CL1003

CL1004

2

6

CN1000

17

JL179

JL181

JL184

JL177

>011P

LCD BOARD

CN3201

JL025

(Page 60)

A

SENSOR BOARD
(CONDUCTOR SIDE)

CL1093

C1099

R167

CL1094

R1156

R1044

C1023
R1092
R1088

R1096

R1040

R1048

R1100

C1097

CL1065

C1074

C1037

C1022

15

R1043

R1039

14

R1047

C1134

C1038

C1021

CL1063

R1089

C1098

R1035

CL1064

R1170

1

CL1040

CL1032

CL1023

13

CL1056

JL093

CL013

C115

R132

C114

R141

R131

C116

R166

C1039

C1040

14

15

CN1001

R1031

2

12

C1024

R1165

CL1099
R1036

R1023

JL097

R1019

CL1052

R1166

C1041

C1036

C1026

C1007

R1013

CL1044

R1017

C1104

R1167

CL1104

R1010

1

28

R1009

B

JL013 JL165

C

JL081

D

JL193

C1070 C1071

JL077

JL185

R1072

R1076

C1096

R1080

R1084

C1095

R1058

IC1002

R1066
R1062

C1100

C1054

C1077

R1081

R1059

R1085

R1067

C1056

C1094

28

1

R1070

R1055

R1063

R1073

TB1000

C1101

C1072

CL1036

CL1028

C1078

CL1018

C1073

R1077

CL1048

E

JL205

JL189

F

R140

R120

G

H

JL201

JL213

JL197

R124

JL209

C112

R121

R119

R135

R125

C113

R127

712

6

13

R122

24

R130

18

1

R123

19

IC001

R128
R129

R136

R133

C124

R134

I

J

K

MHC-V77DW

>016P

PARTY LED

BOARD
CN3800

(Page 68)

R1069

C1065

C1088

R1098
CL1108

CL1091

CL1120

R1159

C1064

CL1088

R1057

R1061

R1071

R1065

IC1003

R1161

R1087

C1105

R1091

R1099

R1095

29

28

CL1090

CL1085

JL041

C1135

C1136

R1105

R1103

C1062C1063

CL1128

CL1116

CL1155

CL1112

CL1124

910

CN1009

18

>015P

SPK LED BOARD

(RIGHT)

CN3650

(Page 69)

C1087

CL1084

C1055

1

14

C1086

CL1081

CL1083

>014P

28

15

R1102

CL1087

CN1010

C1057

CL1080

R1064

R1068

CL1082

R1060

C1082

C1061

R1074

CL1072
R1078
R1082

CL1071

R1086

C1085

R1094

R1090

R1179

CL1079

CL1078

CL1068

CL1156

CL1069

CL1075

SPK LED BOARD

(LEFT)

CN3650

(Page 69)

C1059

C1084

2

C1083

C1060

CL1066

1

CL1067

CL1153

CL1154

JL137

>013P

DUMMY BOARD

CN3902

(Page 64)

C1140

C1133
R1158
R1164

C1129

C1137

R1162

C1141

R1149

R1169

14

15

R1163

R1131

1

28

R1123

C1138

R1130

C1116

R1128

C1139

R1126

C1112

67

CL1139

CL1141

CN1007

CL1142

CL1143

>012P

POWER BUTTON

BOARD
CN3400

(Page 66)

R143

R142

C120

13

18

IC002

R155

CL042

JL101

R161

C119

R168

C122

C121

7

6

12

R154

R162

1

24

19

R153

R152

R156

AK

R164

C123

D100

C125

C1119

R1133

R1132

JL109JL125JL141JL147

JL169

JL133

JL121

R148

R144

R157

R149
R147
R145
R146

R150
R151

R1160

C1120

C1121

R1168

C1132

R1176

R1139

R1177

R1141

C1127

R1143

R1137

C1118

C1126

R1135

C1125

C1117

C1111

R1129

R1127
R1125

IC1004

R1121

CL1147

15

11

1-980-639-

(11)

Note: IC001 and IC002 on the SENSOR board cannot exchange

with single. When these parts on the SENSOR board are
damaged, exchange the entire mounted board.

5151

MHC-V77DW

6-21. SCHEMATIC DIAGRAM - SENSOR Board (1/3) - • See page 70 for IC Block Diagrams.

A

B

>053S

SENSOR BOARD

CN3601

(Page 54)

C

D

LCD BOARD

(Page 61)

E

>055S

POWER BUTTON

BOARD

CN3400

(Page 66)

F

SENSOR BOARD

(Page 53)

G

H

I

>057S

DUMMY BOARD

CN3902

(Page 64)

J

K

1

(3/3)

>054S

CN3201

>056S

(2/3)

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

R1004 0

R1179

0

R1121

(1/3)

0

R1019 33
R1023 82
R1027 33
R1031 33
R1035 82
R1039 33
R1043 33

R1047 82

100R1009

100R1013

R1005

100

C1007 1000p

C1008

C1016

47u

0.1u

10V

28

1.4 0 0 2.9 0 0 0 0.6 0.6

910R1000

D1018

R1125

C1111 1000p

C1112

C1116

47u

0.1u

10V

28

1.4 0.1 3.3 0.1 0.1 3 2.8 0 3 0 8.8 2.8 3.7

910R1123

3.33.3

25

26

27

SCL

SDA

VCC

A14A2

REXT

2A03

1

R1010 0

R1006 0

R1036 33
R1040 82

33

R1044
R1048 33

D1101

CL-197HG5-CD-T

P1L015BC7TT86C

100R1127

100

3.13.3

25

26

27

SCL

SDA

VCC

REXT

1

2A03A14

R1128 0

R1126 0

R1014 0

100R1129

R1130 0

00

24

RESET

5

3.33.2

24

RESET

A2

5

R1017 0

R1131 0

23

GND

OUT15

IC1000

TLC59116IPWR

IC1000

LED DRIVER

A3

OUT18OUT29OUT3

OUT0

6

7

D1103

SL-194S-WS-SD-T

R1133 33

R1132 33

GND

IC1004

TLC59116IPWR

IC1004

LED DRIVER

A3

OUT18OUT2

OUT0

6

7

R1158

19

20

OUT1221OUT1322OUT14

10

D1102

CL-194S-HB8-SD-T

R1135 33

R1137 33

19

20

OUT1221OUT1322OUT1423OUT15

OUT3

9

10

R1160

33

82

18

GND

GND

11

12

R1143 33

18

GND

OUT11

GND11OUT4

12

17

OUT11

OUT10

OUT4

OUT5

13

R1167 33
R1165 33

R1166 82

R1141 33

R1139 82

17

OUT10

OUT513OUT614OUT7

C1035 0.01u

C1019 0.01u

C1036 0.01u
C1020 0.01u

C1021 0.01u
C1037 0.01u
C1022 0.01u

C1038 0.01u

0.600.60.60.20.60.60.60

15

OUT816OUT9

OUT7

OUT6

14

C1023 0.01u
C1039 0.01u

C1024 0.01u

C1040 0.01u
C1041 0.01u
C1026 0.01u

C1104 0.01u

CL-435F2-AW01

R1149 680

R1176 680

C1125 0.01u

C1117 0.01u

C1126 0.01u

C1118 0.01u

C1119 0.01u

C1127 0.01u

C1120
C1132 0.01u

8.83.13.80.11.72.302.9

15

OUT816OUT9

C1133 0.01u

C1121 0.01u

C1129 0.01u
C1137 0.01u

C1138 0.01u

C1139 0.01u
R1164 33
R1162 33
R1163 82

D1003

33

R108833R109233R1096

18

17

GND

OUT11

GND

OUT4

11

12

33

R1089

33

33

R1090

R1094

17

18

GND

OUT11

OUT10

OUT412OUT513OUT614OUT7

GND

11

82

82

R1095

R1091

15

16

OUT9

OUT10

OUT513OUT6

14

33

R1170

33

R1098

15

16

OUT9

82

R1099

33

R1100

C1070

C1094 0.01u
C1071 0.01u

C1095 0.01u

C1072 0.01u

C1096 0.01u

C1073 0.01u

C1097 0.01u

C1074 0.01u

0.600.201.81.71.50

OUT8

OUT7

C1134 0.01u

C1098 0.01u

C1099 0.01u

C1077 0.01u

C1100 0.01u

C1078 0.01u

C1101 0.01u

82

R1156

33

R1102

C1082 1000p

C1059 0.01u

C1083 0.01u

C1060 0.01u

C1084 0.01u

C1061 0.01u

C1085 0.01u

C1062 0.01u

C1086 0.01u

1.91.91.91.900.90.90.9

OUT8

C1063 0.01u

C1087 0.01u

C1064 0.01u

C1088 0.01u

C1065 0.01u

C1105 0.01u

C1135 0.01u

C1136 0.01u

82

R1103

1000p

CL1093

CL1094

CL1099

CL1104

CL1128

CL1124

CL1120

CL111 6

CL111 2

CL1108

CL1155

CN1004

4P

4RED HILED

3 GREEN HILED

2 BLUE HILED

1 LED +5.2V

CN1009

8P

1 LED+5.2V

2 GREEN HILED

3 BLUE HILED

4 RED HILED

5 LED+5.2V

6 STROBE

7 LED+5.2V

8 STROBE

33

R1072

23

GND

OUT15

TLC59116IPWR

IC1002

LED DRIVER

OUT0

0

R1073 82

R1070

33

R1074

GND

TLC59116IPWR

IC1003

LED DRIVER

A3

OUT07OUT18OUT29OUT3

6

0

R1071

33

33

33

R1076

R1080

R1084

20

19

OUT1221OUT1322OUT14

IC1002

OUT18OUT2

OUT3

7

9

10

82

82

82

R1081

R1085

R1077

D1017

SML-D12V8WT86SN

33

33

33

R1082

R1086

R1078

19

20

OUT1221OUT1322OUT1423OUT15

IC1003

10

33

33

R1105

R1087

100

100

100

R1062

R1058

R1066

C1056

C1054

0.1u
47u

25V

01.7

2.12.8

25

26

28

24

27

SCL

SDA

VCC

RESET

A1

A2

REXT

1

2A03

5A36

4

1.4 0 0 2.7 2.7 2.9 3.7 3.8

R1055

910

D1022

CL-421-C4-SD-TS

BLU

GRN

CL-421-C4-SD-TS

CL1149

BLU
GRN
RED

CL-421-C4-SD-TS
RED
GRN

BLU

D1014

D1013

RED

BLU
GRN

RED

CL1152

C1055

47u
10V

R1057

910

R1159

R1161

C1057

0.1u

82

33

CL1148

D1007

CL-421-C4-SD-TS

BLU
GRN

RED

CL1150

D1004 D1012

CL-435F2-AW01 CL-435F2-AW01

R1177 680

0.01u

C1140

0.01u

C1141

R1168 33

R1169 33

0.01u

D1016

CL-421-C4-SD-TS

D1002

CL-421-C4-SD-TS

CL-421-C4-SD-TS

CL1151

BLU
GRN
RED

BLU
GRN
RED

D1006

0

0

R10630R1067

R1059

100

100

100

R1060

R1064

R1068

3.33.3

3.32.5

24

25

26

28

27

SCL

SDA

VCC

RESET

A2

A03A1

REXT

1

2

4

1.4 0 3 3.7 1.4 1.3 0 0.2 0.2 0.2

5

0

0

R1069

R10650R1061

LED+5V

N_BLUE_RGB

N_RED_RGB

N_GREEN_RGB

E_BLUE_RGB

E_RED_RGB

E_GREEN_RGB

S_BLUE_RGB

S_RED_RGB

S_GREEN_RGB

W_BLUE_RGB

W_RED_RGB

W_GREEN_RGB

LCD INHIBIT/BKLED

LCD-CLK

LCD-DATA

M+5.2V

LCD-CSB

DGND

LEDGND

M+5.2V

POWER_LED_RED

POWER_LED_GREEN

DGND

PWR-KEY

D+3.3V

TOUCH_CLK

TOUCH_DATA

TOUCH_RESET_1

TOUCH_INT_1

DGND

TOUCH_INT_2

TOUCH_RESET_2

TOUCH_RESET_2

T

OUCH_INT_2

DGND

PWR-KEY

TOUCH-INT_1

TOUCH_RESET_1

DGND

TOUCH-DATA

TOUCH-CLK

D+3.3V

PMIC4V

POWER_LED_GREEN

POWER_LED_RED

LCD-INHIBIT/BKLED

LCD-CSB

LCD-DATA

LCD-CLK

D+3.3V

LED-DATA

LED-CLK

LEDGND

LEDGND

LEDGND

M+5.2V

M+5.2V

SW+13V

SW+13V

SENSOR BOARD

CN1001

13P

CL1056

1

CL1052

2

CL1048

3

CL1044

4

CL1040

5

CL1036

6

CL1032

7

CL1028

8

CL1023

9

CL1018

10

CL1063

11

CL1064

12

CL1065

13

CN1000

7P

CL1000

7

CL1001

6

CL1003

5

CL1004

4

CL1005

3

CL1020

2

CL1025

1

CN1007

5P

1

CL1139

2

CL1141

3

CL1147

4

CL1142

5

CL1143

CN1010

29P

CL1153

1

CL1154

2

CL1066

3

CL1067

4

CL1068

5

CL1069

6

CL1070

7

CL1071

8

CL1072

9

10

NC

11

CL1075

12

13

14

CL1078

15

CL1079

16

CL1080

17

CL1081

18

CL1082

19

CL1083

20LED-RESET

CL1084

21

CL1085

22

23

CL1087

24

CL1088

25

26

CL1090

27

CL1091

28

29

>061S

SPK PARTY

LED BOARD

CN3700

(Page 68)

>060S

PARTY LED

BOARD
CN3800

(Page 68)

>059S

SPK LED

BOARD
(RIGHT)
CN3650

(Page 69)

>058S

SPK LED

BOARD

(LEFT)

CN3650

(Page 69)

MHC-V77DW

5252

6-22. SCHEMATIC DIAGRAM - SENSOR Board (2/3) - • See page 70 for IC Block Diagrams.

MHC-V77DW

1

A

SENSOR BOARD

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

(2/3)

FUNCTION FIESTA

JL165

JL013

B

MEGABASSSOUND FIELD

CL004

JL209

JL077

JL185

JL197

JL189

TUNING -

.

-

C

D

NETWORK

WPS

JL177

BLUETOOTH

PAIRING

STEREO PAIR

E

JL025

xN

JL184

JL183

F

G

H

SET UP

JL181

GESTURE

ON/OFF

JL179

CL007

C122

0.0022u

R154 560

R162 560

R152

C123

0.01u

C121

C119

0.1u

R168

0

1.8

1.8

560R153

560

D100

RB521CS-30T2R

CL003

VOLUME +

C120

0.1u

0

0

0

0

6

5

4

3

2

1

VCC

CMOD

CS3

CS2/GUARD

CS1/PS1

CS0/PS0

25

C125 0.01u

R156 22

R155 22

1u

CL042

7

8

VSS

VDD

CY8CMBR3116-LQXIT

IC002

TOUCH CONTROLLER

XRES

HI/BUZ/GPO7

23

24

0 0 0 3.3 0 0

R164

R161 560

R143 560

9

CS15/SH/HI

IC002

I2CSCL

22

0

R142 560

R144 560

0000

10

11

CS14/GPO6

CS13/GPO512CS12/GPO4

I2CSDA

CS4

21

20

R151 560

R150 560

0

19

CS5

CS11/GPO3

CS10/GPO2

CS9/GPO1

CS8/GPO0

JL093

VOLUME -

0

R157 560

0

13

R148 560

0

14

R149 560

0

15

R147 560

0

16

R145 560

CS7

0

17

R146 560

CS6

18

JL097

C115

0.0022u

R132

R141

R131 560

R130

C114

560
560

560

C116

0.01u

C112

0.1u

C113

0.1u

1u

R167

0

VCC

6

1.8

CMOD

5

1.8

CS3

4

0

CS2/GUARD

3

0

CS1/PS1

2

0

CS0/PS0

1

0

25

0 0 0 3.3 0 0

C124 0.01u

R134 22

R133 22

R136

0

R119 560

R120 560

R140 560

CL013

9

10

7

8

VSS

VDD

CS15/SH/HI

CS14/GPO6

IC001

CY8CMBR3116-LQXIT

IC001

TOUCH CONTROLLER

I2CSCL

I2CSDA

HI/BUZ/GPO7

XRES

23

21

22

24

R129 560

R166 0

R121 560

0

0000

12

11

CS13/GPO5

CS12/GPO4

CS4

CS5

19

20

R128 560

CS11/GPO3

CS10/GPO2

CS9/GPO1

CS8/GPO0

0

R135 560

0

13

R125 560

0

14

R127 560

0

15

R124 560

0

16

R122 560

CS7

0

17

R123 560

CS6

18

JL205

JL213

TUNING +

JL041

JL081

PART Y LIG HTPARTY CHAIN

JL193

MIC LEVEL +MIC LEVEL -

+

JL201

>

Z

I

J

K

MHC-V77DW

CL006

CL008

JL121

PLAYBACK

JL109 JL141

CD/DVD

VOCAL FADER

USB

SCORE

DJ

CL041

JL169

SAMPLER

JL133

FM

VOICE CHANGER - VOICE CHANGER +

AUDIO IN

5353

JL137JL101

KARAOKE

JL147JL125

MIC ECHO

D+3.3V
TOUCH_CLK

TOUCH_DATA

TOUCH_RESET_1

TOUCH_INT_1

DGND

TOUCH_INT_2

TOUCH_RESET_2

TV

>056S

SENSOR

BOARD

(1/3)

(Page 52)

Note: IC001 and IC002 on the SENSOR board cannot exchange

with single. When these parts on the SENSOR board are
damaged, exchange the entire mounted board.

MHC-V77DW

6-23. SCHEMATIC DIAGRAM - SENSOR Board (3/3) - • See page 70 for IC Block Diagrams.

1

A

B

C

D

>031S

BENTEN-MOTHERBOARD

E

BOARD

(3/11)

CN6203

(Page 41)

F

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

SENSOR BOARD

CN3600

7P

CL3600

13D-INT

CL3601

23D-RESET

3DGND

CL3603

43D-DATA

5DGND

63D-CLK

7D+3.3V

CL3604

CL3605

CL3606

R3619 0

R3609 0

(3/3)

D001

BAV99-215

D002

BAV99-215

D003

BAV99-215

D004

BAV99-215

D008

RB520SM-30T2R

D007

RB520SM-30T2R

D006

RB520SM-30T2R

D005

RB520SM-30T2R

R3615

R3617

R3618

R3616

0

R3612

0

0

0

100

R3613

100

R3620

10k

CL3627

CL3628

CL3629

CL3630

CL3632

R3614

C3609

100p

100

11

12

13

14

NC

/MCLR

EIO6/SI2

EIO7/SI3

GESTURE CONTROLLER

VCAPS

TxD16VSS117VDD

18

15

1.6 3.3 2.7 1.3 1.2 1.2 1.2 2.6 1.6

CL3626

10

EIO5/SI1

VINDS

19

8

9

EIO3

EIO4/SIO

IC3600

MGC3030

IC3600

VSS2

RX0

20

21

7

NC

RX123RX2

22

R3608

10k

R3604

R3611

100

CL3620

CL3619

0003.302.6

1

3

5NC6

4

NC

IS2

EIO2

EIO02EIO1

RX3

VCAPA27VSS3

RX4

VCAPD

25

26

28

24

C3604

100p

10k

C3603 4.7u

CL3636

CL3616

R3601

10k

ELECTRODE

GESTURE CONTROL

R3603

CL3637

SOUTH

10k

C3602 4.7u

R3606

10k

CL3638

ELECTRODE

WEST

CL3639

NORTH

ELECTRODE

CL3633

CL3634

CL3631

D3600

CL-421-C4-SD-TS

G

LED+5V

N_BLUE_RGB

N_RED_RGB

E_BlUE_RGB

E_RED_RGB

S_BlUE_RGB

S_RED_RGB

W_BlUE_RGB

W_RED_RGB

CN3601

13P

13

12

11

10

9

8

7

6

5

4

3

2

1

CL3700

CL3701

CL3702

CL3703

CL3704

CL3705

CL3706

CL3708

CL3709

CL3710

CL3711

CL3712

CL3713

H

>053S

SENSOR BOARD

I

(1/3)

CN1001

(Page 52)

N_GREEN_RGB

E_GREEN_RGB

S_GREEN_RGB

W_GREEN_RGB

J

BLU

GRN
RED

D3601

CL-421-C4-SD-TS

BLU

GRN
RED

D3602

CL-421-C4-SD-TS

BLU

GRN
RED

D3603

CL-421-C4-SD-TS

BLU

GRN
RED

C3617

0.1u

C3618

2.2u

C3600

0.1u

R3610

CL3609

C3601

2.2u

4.7

CL3635

TRANSMITTER EAST

R3600

10k

ELECTRODE

K

MHC-V77DW

5454

6-24. PRINTED WIRING BOARD - 2CH DAMP Board - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

MHC-V77DW

1

A

Q1003, Q1004,
Q1011, Q1012,
Q1013, Q1014,

B2 E2C1

B1 C2

B

E1

C

D

E

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

2CH DAMP BOARD
(COMPONENT SIDE)

ÚAEP, UK, RU, MY, AUS
¾EA, TH, E4, LA9

C1076

IC1006

C1120

R1091

R1092

Ú

C1125

IC1002

IC1003

C1126

C1075

CN1002

R1127

R1118

Q1019

C1122

43

R1089

C1072

C1067

12

E

C1071

C1069

C1027

C1121

Q1012

D1019

AK

D1016

AK

Q1003

R1073

Q1014

R1128

R1086

R1084

C1068

R1090

C1028

R1007

R1003

KA

D1001

R1088

R1002

R1093

R1085

R1083

Q1015

R1087

R1001

R1080

C1065

C1066

R1081

R1110

R1020

R1034

D1002

AK

R1107

E

R1079

R1004

R1005

C1111

D1005

R1006

Q1013

R1097

R1109

Q1001

Q1016

C1063

C1064

R1078

R1082

R1032

C1074

C1029

R1033

IC1004

R1035

KA

R1038

R1036

R1124

R1029

C1031

R1011

C1013

C1026

C1030

R1037

Q1002

C1018

10

11

16

17

C1092

R1010

R1104

C1107

C1091

TH1001

R1030

C1019

CN1002

1

27

26

32

R1103

43

R1125

C1025

R1052

12

R1028

R1105

R1041

Q1006

C1083

C1105

C1106

C1073

C1022

R1102

C1081

R1054

C1047

AK

D1008

R1019

R1049

R1113

R1050

R1051

C1102

C1082

C1020

R1053

C1112

R1039

DC FAN

C1095

C1096

C1021

D1009

AK

R1057

Q1005

21

40

R1056

R1059

20

C1104

R1058

R1119

IC1005

1

R1025

C1103

D1010

KA

R1024

C1116

C1117
C1118

C1119

1

2

C1114

CN1001

16

17

C1113

>006P

BENTEN-

MOTHERBOARD

BOARD
CN6404

(Page 37)

2CH DAMP BOARD
(CONDUCTOR SIDE)

ÚAEP, UK, RU, MY, AUS
¾EA, TH, E4, LA9

CL1028

CL1067

CL1039

R1072

CL1040

CL1066

R1071

CL1035

CL1046

CL1043

CL1033

CL1022

CL1034

CL1032

CL1025

CL1076

CL1090

CL1012

CL1008

CL1084

CL1007

CL1009

CL1077

R1063

R1055

R1022

CL1078

C1090

CL1087

CL1088

R1062

CL1006

C1036C1032

R1098

CL1079

CL1080

CL1045

CL1026

R1136

Q1022

CL1029

CL1065

CL1075

D1018

CL1085

R1099

C1089

CL1001

C1005

R1009

CL1074

CL1089

R1027

CL1002

CL1086

CL1004

R1060

R1031

CL1083

R1061

CL1003

CL1081

CL1005

C1001

AK

CL1027

R1137

CL1073

D1025

CL1071

R1134

CL1030

CL1069

CL1019

CL1037

CL1091

CL1020

R1133

CL1054

R1108

CL1021

CL1036

CL1072

¾

C1109

¾

CL1095

CL1068

CL1053

R1116

CL1094

R1115

CL1070

IC1007

C1108

CL1096

C1070

CL1015

R1117

D1011

KA

E

A

K/K

Q1009

A

K

1

A/A

A

R1070

R1068

C1059

IC1001

E

R1069

C1058

K

K

Q1010

A

K

R1076 R1077

D1012

D1015

D1014

KA

D1003

L1002

C1009

C1040

L1004

C1094

AK

D1006

CL1063

R1044

R1047

CL1058

C1044

CL1057

C1045

CL1064

D1007

CL1060

D1004

CL1062

C1014

C1015

CL1061

R1014

CL1059

R1017

Q1011

F

D1013

C1060

G

CN1004

H

R1074 R1075
CONNECT TO
REGULATOR,

SWITCHING

(SSN-161AD)

BOARD

I

J

(CHASSIS)

8

CL1093

C1124

R1112

R1021

D1017

CL1092

Q1004

C1093

E

R1096
R1026

C1017

R1023

17

C1087

C1050

CN1003

C1052

C1085

(CHASSIS)

CL1042

CL1010

CL1011

C1054

C1053

C1048

C1049

CL1048

CL1049

CL1051

CL1050

11

1-981-108-

(11)

CL1047

CL1031

CL1013

CL1038

CL1016

CL1017

CL1056

CL1014

CL1052

CL1055

CL1018

CL1041

1-981-108-

11

(11)

K

MHC-V77DW

SP3

(Mid (R-CH))

SP4

(TWEETER (R-CH))

(WOOFER)

SPB1

SPK BOX ASSY

SP1

(Mid (L-CH))

SP2

(TWEETER (L-CH))

SP5

Note: When the C1093 and C1094 on the 2CH DAMP board are

replaced, spread the bond referring to “BOND FIXATION
OF ELECTRIC PARTS” on servicing notes (page 6).

5555

MHC-V77DW

6-25. PRINTED WIRING BOARD - 89G Board - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

1

A

B

C

D

E

SERVICE,

OPTICAL DEVICE

(7G)

F

>009P

BENTEN-MOTHERBOARD

BOARD

G

H

CN7001

(Page 37)

SERVICE,

OPTICAL DEVICE

(7G)

I

J

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

89G BOARD
(COMPONENT SIDE)

J8002

CN8501

1 29

AUDIO/PARTY CHAIN

IN (TV)

AUDIO/PARTY CHAIN

IN (TV)

(CHASSIS)

78

CN8006

16

R8503

R8501

24

23

R8002

C8410

C8412

C8076

C8077

C8078

L

R

28

2

(NC)

C8403

C8004

C8407

CN8400

CN8001

CL8411

CL8013

C8405

C8400

C8413

AUDIO/PARTY CHAIN

AUDIO/PARTY CHAIN

CL8030

2

1

C8416

C8414

R8407

R8402

16

78

C8089

CL8034

C8417

R8406

OUT

OUT

D8005

R8005

R8415

D8401

K

A

R8104

CL8031

R8417

R8412

R8414

D8400

CL8011

A

A/K

K/A

K

C8061

IC8004

C8044

R8004

E

R8003

R8057

CL8406

R8059

CL8405

C8404

1245CN8401

CONNECT TO

MS-476 BOARD

R8045

R8416

D8001

CL8019

C8056

CL8018

Q8401

R8413

Q8400

R8006

J8001

VIDEO OUT

R8034

C8043

CL8022

CL8023

CL8021

CL8020

R8107
C8026

R8053

R8411

R8400

R8409

21

R8086

R8064

C8060

C8059

L8002

C8016

R8401

C8057

R8095

CL8015

CL8014

CL8032

SL8400

X8001

C8015

SL8402

CL8024

R8028

R8027

CL8029

R8032

96

97

128

C8013

CL8033

R8052

C8017

C8415

R8410

C8035

SL8401

BENTEN-MOTHERBOARD

20

1

R8099
C8081
C8040

IC8003

CL8003

R8023

R8022

4

>001P

BOARD
CN6802

(Page 37)

CN8004

CN8003

HDMI OUT

(TV) ARC

V

E

Q8003

R8033

CL8004

R8025

R8024

351

Q8004

E

R8036

65

321

R8001

R8100

64

33

CL8007

19

R8037

R8008

JL8038

R8074

CL8009

CL8028

22

23

C8066

R8070

RB8001

R8038

R8039

CL8010
CL8012

CL8008

ET8002

R8047

R8010

R8046

CN8005

13

R8073

JL8036

JL8037

RB8003

RB8004

RB8006

R8110

CL8027

NC

RB8007

R8031

R8094

RB8005

C8018

54

54 28

R8084R8085

RB8008

SERVICE

ONLY V

CN8007

RB8002

R8049

C8079

FOR

R8081

R8050

R8029

45

13

27

IC8005

1

RB8009

JL8049

1-981-038-

(CHASSIS)

11

(11)

89G BOARD
(CONDUCTOR SIDE)

JL8052

R8109

JL8523

JL8051

D8004

R8072

R8078

R8080

C8083

IC8007

C8072

C8053

R8041

C8049

C8047

C8052

C8048

C8051

FB8006

JL8004

R8040

C8045

C8046

FL8001

CL8006

FB8007

R8018

JL8005

JL8003

JL8002

D8003

R8071

CL8005

R8111

C8090

R8075

C8071

R8077
R8079

R8051

R8035

C8014

IC8001

C8087

C8069

C8070

C8025

C8031

R8048

R8015

C8034

R8016

C8021

R8030

C8019

CL8026

C8033

C8039

JL8018

CL8025

R8103

C8038

R8026

C8024

C8027

C8022

R8021

CL8035

CL8001

JL8017

C8037

R8054

C8032

C8028

C8029

JL8513

JL8034

CL8002

R8020

JL8511

JL8033

R8014

C8055
C8030

C8023

JL8001

JL8031

C8010

C8012

JL8512

R8013

JL8510

CL8017

R8106

C8007

C8006

IC8002

R8012

JL8408

R8105

JL8521

C8008

CL8412

JL8520

JL8030

R8418

R8428

R8061

R8425

R8429

R8424

JL8410

JL8013

L8001

CL8413

CL8407

CL8402

CL8401

JL8409

JL8053

CL8016

JL8010

CL8400

JL8519

JL8032

JL8407

JL8006

R8011

CL8414

C8418

JL8023

R8408

28

1

C8401

R8404

JL8044

JL8525

JL8025

JL8007

C8001

C8406

JL8506

C8409

R8405

R8403

C8002

JL8012

C8411

JL8403

JL8045

JL8043

JL8527

JL8048

JL8021

JL8011

JL8009

CL8408

22 21 15

JL8047

C8005

JL8008

R8420

C8408

30

JL8014

JL8024

SL8001

CL8409

JL8509

JL8015

R8419

JL8524

JL8046

JL8019

JL8022

JL8020

CL8410

IC8400

78

29

CL8403

JL8404

CL8404

C8402

JL8405

JL8401JL8402

JL8515

JL8027

JL8026

14

JL8029

JL8526

JL8517

JL8041JL8042

JL8528

JL8406

JL8028

JL8400

JL8516

R8502

JL8518

JL8522

JL8508

JL8504

JL8016

JL8501

1-981-038-

JL8514

R8087

JL8507

JL8505

JL8503

JL8502

11

(11)

K

MHC-V77DW

Note 1: IC8001 and IC8003 on the 89G board cannot exchange

with single. When these parts on the 89G board are
damaged, exchange the entire mounted board.

Note 2: When the MS-476 board is defective, exchange the

entire LOADING COMPLETE ASSY (T).

5656

6-26. SCHEMATIC DIAGRAM - 89G Board (1/3) - • See page 36 for Waveforms. • See page 70 for IC Block Diagrams. • See page 76 for IC Pin Function Descriptions.

MHC-V77DW

A

B

C

D

E

OPTICAL DEVICE

F

G

89G BOARD

>046S

H

BENTEN-

MOTHERBOARD

BOARD

(9/11)

CN6802

(Page 47)

I

J

K

1

>062S

89G BOARD

(2/3)

(Page 58)

>063S

89G BOARD

(3/3)

(Page 59)

SERVICE,

(7G)

(1/2)

>064S

(3/3)

(Page 59)

FOR

SERVICE

ONLY V

NC

NC

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

>067S

89G BOARD

(3/3)

(Page 59)

FE_OP-

FE_OPO

3.3 3.3 2 2 2 2 2.5 2.5 3.3 1.3 3.3 3.3 0 3.2 1.6 3.3 3.1 3.2 1.6 1.6 0 3.3 3.3 0.3 1.3 0 2.3 2.3 2.3 3.3 2.2 1.2

129

1

AVDD12_2

2

AVDD33_1

3

XTALI

4

XTALO

5

12

V20

6

V14

7

REXT/GPO5

8

MDI1

9

LDO1

10

LDO2

11

AVDD33_2

12

DMO

13

FMO

14

TRAY_OPEN/GPI0 CD_VR

15

TRAY_CLOSE/GPI0 DVD_VR

16

TRO

17

FOO

18

FG/GPIO2

19

USB_DP

20

USB_DM

21

VDD33_USB

22

PAD_VRT

23

VDD12_USB

24

SF_CS_

25

SF_DO

26

SF_DI

27

SF_CK

28

UP1_6/SCL

29

UP1_7/SDA

30

GPIO11 (RXD)

31

GPIO6 (TXD)

32

PRST_

FE_LIMIT

FE_MUTE

R8061 10k

0.01u

CL8021

C8032 1u

C8055 0.01u

C8027 0.1u

R8053 100

R8054 10k

C8028 0.01u

CL8013

CL8032

CL8011

C8026 1u

118

119

120

121

122

123

124

125

126

127

128

RFF

RFB

RFE

RFA

RFC

RFD

IR/GPI

GPIO13 (VSTB)NC

GPIO9 (SD-DATA)NC

GPIO3/INT_ (CEC)NC

GPIO4 (VSCK)NC

36

33

34

35

37

3.2 0 0 3.2 1.1 0.7 0 0 0.8 0.2 0 1.6 2.7 0.4 1.3 1.3 1.3 0.9 0.8 0.9 0.9 1 2.7 1.4 0 0 0 0

CL8028

CL8027

CL8007

CL8008

CL8009

C8025

0.01u

R8110

R8094

10k

1k

RFH/OPINN

RFG/OPINP

13

RFIN/OPOUT/GPI36

GPIO8 (SD-CMD)NC

RD041RD142RD243RD344RD445RD5

GPIO7/CKE_ (89G_CEC)

DVDD33_40

38

39

40

CL8010

CL8012

RD0

RD1

RFIP

AVDD12

RD2

R8104 100

R8107 100k

C8029 1u

CL8016

CL8015

CL8014

113

114

115

116

117

AVCM

ADACVDD1

ADACVDD2

(TXD) AL/GPIO

(AUDIO_ALS)NC ALS/GPIO

(AUDIO_ALF)NC CENTER/GPIO

IC8003

CXD9992R

IC8003

FOCUS/TRACKING ERROR AMP

CD SYSTEM PROCESSOR

DIGITAL SERVO PROCESSOR

RD647RD748DQM049RD1550RD1451DVDD12_5252RD1353RD1254RD1155RD10

46

R8031 22

RD5

RD6

RD7

RD3

RD4

100

R8105 100

R8106 4.7k

R8011

CL8017

CL8031

CL8019

CL8018

C8030 10u

109

110

111

112

(RXD) AR/GPIO0

PAPLLCAP/GPIO35

(AUDIO_ARF)NCLFE/GPIO

(AUDIO_ARS)NCARS/GPIO

C8031 0.01u

RD15

RD14

RD13

C8056

0

R8045

CL8030

CL8020

105

106

107

108

AADVDD

ADVCM/GPIO20

APLLVDD_GPIO/GPIO34

(AKIN1)NCAKIN1/GPIO21

RD9

56

RD12

RD10

RD9

RD11

C8057

0.1u

R8095 0

CL8034

CL8023

CL8022

101

102

103

104

B/CB/PB

R/CR/PR

(SCART2)NCAKIN2/GPIO19

RD858DQM159RCLK

57

60

RD8

R8086

75

CL8029

CL8024

98

99

100

Y/G

CVBS

DACVDDB

(AMUTE) VREF/GPO14

RA11

RA962RA863RA7

61

R8038 100
R8039 22

R8032

560

97

FS

DACVDDC

AVDD12_D

AVDD12_C

AVDD33_12

GPIO10/HPLG

SPDIF/GPIO12

DVDD12_79

DVDD33_71

64

TX2P

TX2N

TX1P

TX1N

ASS12

TX0P

TX0N

TXCP

TXCN

EXT_RES

RA10

RWE

1

RA3G

RA2G

RA1G

RA0G

RWE

RA4G

RA5G

RA6G

RA7G

RA8G

RA9G

DQM0

2

3

4

5

6

7

8

BA1

BA0

RAS

CAS

9
10

11

12
13

14
15

CL8026

C8035

47u

CL8035

96

0

95

3.3

94

1.5

93

1.5

92

1.3

91

1.5

90

1.5

89

0

88

1.5

87

1.5

86

1.3

85

0

84

0

83

3.2

R8033 2.49k

82

1.3

81

0

R8103 33

80

1.6

CL8025

79

C8033 0.01u

1.3

78

RA3

0

77

RA2

1.2

76

RA1

1.8

75

RA0

0.2

74

0

73

BA1

1.2

72

BA0

RAS

CAS

RA4

RA5

RA6

71

70

69

68

67

66

65

1.3

3.2

3.1

3.1

3.2

1.2

1.2

1.9

C8034 0.01u

R8035

0

6.3V

C8037 0.1u

C8038 0.1u

C8039 0.1u

C8040 0.1u

R8036 0

R8037 0

TX2+

TX2-

TX1+

TX1-

TX0+

TX0-

TXC+

TXC-

C8081

0.1u

RB8002

RB8005

RB8003

RB8004

RB8001

Q8003

KTA1542T-RTK/P

POWER

CONTROL

2.6

3.2

0

KRC402-RTK

R8099 0

C8090 0.1u

22

22

22

22

22

3.2

R8100

1k

Q8004

POWER

CONTROL

5

RA10G

RA11G

FE_3.3V

FE_5V

FE_LD-CD

FE_LD-DVD

FE_DVD_IOP_

FE_CD_IOP_

FE_FCS­FE_FCS+
FE_TRK+

FE_TRK-

FE_V1P4

FE_LD-CD_SW

FE_LD-DVD_SW

FE_DMO

FE_FMO
FE_TRO
FE_FOO

89G BOARD (1/3)

C8006

0.001u

L8001

47uH

JL8030

C8007

10u

R8002

0

CN8001

24P

JL8006

1LD-GND

JL8007

2LD_DVD (650)

3NC

4NC

5MPD

6LD_CD (780)

7DVD_VR (650)

8CD_VR (780)

9NC

10VOE/E+G

11VCC

12VC

13GND (PDIC)

14VOF/F+H

15VOB/B

16VOA/A

17RF

18(LO:DVD.HI:CD)MSW

19VOD/D

20VOD/C

21TRK-

22TRK+

23FCS+

24FCS-

CN8004

1D+A

2D-A

3USB_GND

CN8007

1TXD

2RXD

3GND

CN8006

1NC

2GND

3RXD

4TXD

5TE-MONITOR

6FE-MONITOR

CN8005

1TXD

2RXD

3GND

3P

3P

6P

3P

JL8008

JL8009

JL8010

JL8011

JL8012

JL8013

JL8014

JL8015

JL8016

JL8017

JL8018

JL8019

JL8020

JL8021

JL8022

JL8023

JL8024

JL8025

JL8026

JL8027

JL8028

JL8029

JL8051

JL8052

JL8046

JL8047

JL8048

JL8001

JL8002

JL8003

JL8004

JL8005

C8001 0.01u

C8002 0.01u

C8004 0.1u

C8005 0.1u

R8008

47

R8109

0

3.3

3.3

C8008

0.1u

R8010

47

R8111

4.7k

4

5

6

EN

NC

VCC

7

R8003 0

R8004 0

R8005 100

R8006 100

0.4

1.2

3.3

IC8002

BD00IC0WHFV-GTR

IC8002

+1.2V REG.

1

CS

2

SO/SIO1

3

WP/SIO2

4

GND SI/SIO0

GND

IC8001

MX25L3235EM2I-10G

IC8001

SERIAL FLASH

HOLD/SIO3

FB

VO

3

2

1

SCLK

>068S

89G BOARD

(2/3)

C8015 10u
C8013 10u

(Page 58)

XSYSRST

URXD1

UTXD1

XIFBSY

C8016 10p

C8017 12p

X8001
27MHz

R8023 150p

R8052 100

R8022 4.7

R8024 4.7
R8025 150p

R8030 5.1k

C8019 0.01u

C8021 0.01u

C8087 47p

R8048 4.7k

R8046

100

R8047 0

R8001

100k

R8029

1k

C8018 0.1u

R8049 0

R8050 0

R8051 4.7k

R8059 0

R8057 0

C8023 0.1u

C8024 0.1u

R8026 0

R8020 0

R8027

R8021 15k

C8022 0.1u

CL8003

1.3

1.3

0.6

R8028

2

1M

330

1.4

0

0

3.3

0

0

1.3

0

0

0

0

1.4

3

0

CL8033

0

0

CL8004

1.3

0

0

0

0

0

0

0

CL8005

0

CL8006

3.3

3.3

0

C8010

10u

CL8002

R8018

R8013

47k

0

27kR8014

CL8001

0.8

1.2

C8012

0.1u

R8012

0

8

VCC

3.2

7

3.2

R8015 47

6

0

R8016 47

5

0

C8014 0.1u

>066S

89G BOARD

(2/3)

(Page 58)

>065S

89G BOARD

(2/3)

(Page 58)

MHC-V77DW

Note: IC8001 and IC8003 on the 89G board cannot exchange

5757

with single. When these parts on the 89G board are
damaged, exchange the entire mounted board.

MHC-V77DW

6-27. SCHEMATIC DIAGRAM - 89G Board (2/3) - • See page 70 for IC Block Diagrams.

1

A

B

C

D

E

F

G

H

I

J

K

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

>066S

89G BOARD

(1/3)

(Page 57)

>065S

89G BOARD

(1/3)

(Page 57)

89G BOARD (2/3)

1

2

3

5

8

4

6

7

RA4G

RA5G

RA6G

RA7G

RA8G

RA9G

RA11G

RD8

RD9

RD10

RD11

RD12

RD13

RD14

RD15

9

10

11

12
13

14

15

RB8006

22

RB8007

22

C8060

220p

L8002

1.8uH

C8045 0.1u

C8046 0.1u

C8059

100p

JL8033

R8034

R8040

10k

0

C8043

1u

R8064

0

3.3

1

2

CE

GND

IC8004

VDD_27

A10/AP

LDQM

VDD_14

VSSQ_12

VDDQ_9

VSSQ_6

VDDQ_3

VDD_1

C8044

1u

27

A3

26

A2

25

A1

24

A0

23

22

BA1

21

BA0

20

CS

19

RAS

18

CAS

17

WE

16

15

14

DQ7

13

12

DQ6

11

DQ5

10

9

DQ4

8

DQ3

7

6

DQ2

5

DQ1

4

3

DQ0

2

1

MM3411A33URE

IC8004

+3.3V REG.

VDD

VOUT

3

4

3.3 5

3.3

VSS_28

2.5

28

A4

3.3

29

A5

2.5

30

A6

2.5

31

A7

32

A8

2.5

33

A9

2.5

34

A11

3.3

35

NC

2.5

36

CKE

2.5

37

CLK

38

UDQM

2.6

39

NC/RFU

3.3

40

VSS_41

2.5

41

DQ8

2.6

42

VDDQ_43

2.6

43

DQ9

2.6

44

DQ10

3.3

45

VSSQ_46

2.6

46

DQ11

2.6

47

DQ12

2.6

48

VDDQ_49

2.6

49

DQ13

2.6

50

DQ14

2.6

51

VSSQ_52

2.6

52

DQ15

3.3

53

VSS_54

54

IC8005

EM638165TSD-6G

IC8005

SD-RAM

2.5

2.5

2.5

3.3

2.5

2.5

2.5

2.5

3.3

2.5

2.5

0

2.5

2.5

2.5

2.5

2.5

2.5

2.5

2.5

JL8031

JL8034

D8001

BAV99-215

D8005

BAV99-215

C8053

0.1u

C8049 0.01u

R8041

10k

C8047

0.1u

C8052 0.1u

C8048 0.1u

C8051 10u

FB8006

0uH

C8061

0.001u

C8089

0.1u

FL8001

J8001

1P

VIDEO OUT

JL8053

231

RB8008

22

RB8009

22

FB8007

0uH

AUDIO/PARTY CHAIN OUT

AUDIO/PARTY CHAIN OUT

TX2+

TX2-

TX1+

TX1-

TX0+

TX0-

TXC+

TXC-

RA3G

RA2G

RA1G

RA0G

RA10G

BA1

BA0

RAS

CAS

RWE

DQM0

RD7

RD6

RD5

RD4

RD3

RD2

RD1

RD0

C8079

0.01u

JL8049

ET8002

R8084

R8085

J8002

0

0

L

R

4P

RED RED

WHTWHT

LR

R

L

JL8043

JL8042

JL8044

JL8041

FE_5.2V_TRAY

89G BOARD (3/3) (Page 59)

L

AUDIO/PARTY CHAIN IN (TV)

R

AUDIO/PARTY CHAIN IN (TV)

C8077

JL8045

0.1u

C8078

220p

C8076

0.001u

R8075

R8071

68

0

1.7

1.7

DGND

DVDD3.3V

FE_5.2V_M

FE_GND_M

>069S

1.8k

RB521CS-30T2R

1

1A

2

3Y

3

2A

4

GND 2Y

FE_3.3V

R8072

1.8k

D8003

RB521CS-30T2R

R8081 10

C8083 10u

C8072 0.1u

IC8007

TC7WHU04FK, RSNJ (CT

IC8007

ARC BUFFER

FE_TROPEN

FE_TRCLOSE

FE_TRAYOUT

D8004

3.3

8

VCC

7

1Y

1.7

6

3A

2.9

5

XSYSRST

FE_TRAYIN

>068S

89G BOARD (1/3)

(Page 57)

R8087 0

C8069 1u

R8070

R8078

220k

R8079

82

UTXD1

R8074 0

47k

C8070

URXD1

XIFBSY

0.1u

R8501 0
R8502 0

R8503 0

C8071

R8077

R8080

10k

10u

470

C8066

R8073

CN8003

19P

1 DATA2+

2 DATA2 SHIELD

3 DATA2-

4 DATA1+

5 DATA1 SHIELD

6 DATA1-

7 DATA0+

8 DATA0 SHIELD

9 DATA0-

10 CLOCK+

11 CLOCK SHIELD

12 CLOCK-

13 CEC

JL8036

JL8037

JL8038

1u

68

14 ARC

15 SCL(5V)

16 SDA(5V)

17 DDC/CEC GND

18 +5V

19 HOT PLUG DET

HDMI OUT

(TV) ARC

>062S

89G BOARD

FE_3.3V

FE_5V

(1/3)

(Page 57)

CN8501

29P

JL8501

1 FE_5.2V_TRY

JL8502

2 FE_5.2V_M

JL8503

3 FE_GND_M

4 FE_GND_M

JL8504

5 FE_5V

JL8505

6 FE_3.3V

JL8506

7 DVDD5V

JL8507

8 DVDD3.3V

JL8508

9 HDMI+5V

JL8509

10 DGND

JL8510

11 XSYSRST

JL8511

JL8512

JL8513

JL8514

JL8515

JL8516

JL8517

JL8518

JL8519

JL8520

JL8521

JL8522

JL8523

JL8524

JL8525

JL8526

JL8527

JL8528

12 UTXD1

13 URXD1

14 XIFBSY

15 CEC

16 DGND

17 ARC_SPDIF

18 DGND

19 1389G_SPDIF

20 FE_TRCLOSE

21 FE_TROPEN

22 FE_TRYOUT

23 FE_TRYIN

24 DGND

25 ANALOG-IN-R

26 ANALOG-OUT-R

27 AGND

28 ANALOG-OUT-L

29 ANALOG-IN-L

BENTEN-MOTHERBOARD BOARD

>028S

(2/11)

CN7001

(Page 40)

MHC-V77DW

5858

6-28. SCHEMATIC DIAGRAM - 89G Board (3/3) - • See page 70 for IC Block Diagrams.

MHC-V77DW

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

A

89G BOARD (3/3)

CL8411

B

C

R8428

R8411

R8424 0

100

CL8412

C8414

R8412

47u

47k

100

6.3V

C8415

0.01u

Q8400

2SA2119K

AUTO POWER

CTRL

R8413

100k

2.8

R8414

4.7

R8415

4.7

Q8401

2.9

0

2SA2119K

2.9

AUTO POWER

CTRL

2.8

0

R8416

100k

C8416

47u

6.3V

C8417

0.01u

R8417

47k

CL8413

R8429

100

R8418

100

R8425 0

FE_LD-CD

FE_LD-DVD

FE_DVD_IOP_

FE_CD_IOP_

>063S

89G BOARD

(1/3)

(Page 57)

D

FE_TRK+

FE_TRK-

FE_FCS-

>064S

E

89G BOARD

(1/3)

(Page 57)

F

G

>069S

H

89G BOARD

(2/3)

(Page 58)

I

FE_FCS+

FE_V1P4

FE_LD-CD_SW

FE_LD-DVD_SW

FE_FMO

FE_TRO

FE_FOO

FE_DMO

FE_TRCLOSE

FE_TROPEN

FE_5.2V_TRAY

FE_3.3V

DVDD3.3V

FE_GND_M

DGND

FE_5.2V_M

SL8400

SL8401

SL8402

R8401

27k

R8400 10k

C8401 330p

C8402 0.015u

C8400

6.3V

47u

R8405 10k

R8403 0

R8404 0

C8403

0.1u

CL8414

CL8400

CL8401

CL8402

CL8403

CL8404

1.4

1

2

3

1.4

4

5

0

6

0

7

29

5.2

8

0

9

0

10

2.5

11

2.5

12

2.5

13

2.5

14

VINFC

MUTE

TRB_1

BIAS

REGO2

VINTK

VINSL+

TRB_2

REGO1

RESET

FWD

VINLD

REV

PGND PGND

Vcc1

VCTL

VOTR-

VCCD

VOTR+

VOSL+

VOLD-

VOSL-

VOLD+

VOFC-

VOTK-

VOFC+ VOTK+

IC8400

AM5890S

IC8400

5CH SYSTEM

MOTOR DRIVER

GND

Vcc2

R8408

10k

CL8407

CL8408

CL8409

CL8410

C8407

0.1u

C8406

0.1u

C8410

47u

6.3V

C8408

0.1u

C8409

330p

C8411

0.1u

R8409

R8410

27k

15k

JL8400

JL8401

JL8402

JL8403

JL8404

JL8405

C8412

0.1u

C8413

0.1u
CN8400

6P

6SL+

5SL-

4 NC(LIMIT)

3 NC(GND)

2 SP+

1 SP-

SERVICE,

OPTICAL DEVICE

(7G)

(2/2)

2.8

28

1.4

27

1.4

26

25

24

1.4

23

22

30

1.2

21

20

5.2

19

2.5

18

2.5

17

2.5

16

2.5

15

J

K

MHC-V77DW

CONNECT TO

MS-476 BOARD

FE_TRAYIN

FE_TRAYOUT

TRAY-OUT

TRAY-IN

LOAD+

GND

LOAD-

CN8401

5P

5

4

3

2

1

JL8406

JL8407

JL8408

JL8409

JL8410

R8419

2.7k

R8420

2.2k

C8418

0.1u

R8402

FE_MUTE

R8406

10k

1

R8407

10k

C8404

0.1u

C8405

0.1u

CL8405

CL8406

D8400

RB520S-30FJTE61

D8401

RB520S-30FJTE61

FE_LIMIT

FE_OP-

FE_OPO

>067S

89G BOARD

(1/3)

(Page 57)

Note: When the MS-476 board is defective, exchange the entire

LOADING COMPLETE ASSY (T).

5959

MHC-V77DW

6-29. PRINTED WIRING BOARD - LCD Board - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

A

LCD BOARD

SENSOR BOARD

CN1000

(Page 51)

>011P

B

R3225

IC3209

C

ND3200

LIQUID CRYSTAL DISPLAY

D

CL3204

CL3260

26
27

CL3259

C3209

R3203

IC3204

JR3216

JR

14 13

39 40

IC3207

R3202

CL3205

1

52

R3223

C3207

IC3208

R3201

CL3206

C3200

R3222

CL3284

CN3201

CL3280

C3208

JR3207

C3202

R3204

7

JR

CL3281

6

JR3206

CL3201

CL3277

JR

CL3208

CL3200

2

CL3207

1

CL3276

CL3202

CL3279

C3213

R3200

CL3241

R3235

CL3282

JR

JR3203

IC3206

CL3242

CL3243

R3224

JR3202

JR

C3206

R3234

C3210

R3221

D3200

Q3200

R3206

R3236

E

R3237

E

CL3244

CL3240

CL3239

CL3238

CL3237

CL3236

CL3235

CL3234

CL3233

CL3232

CL3231

CL3230

CL3229

CL3228

CL3227

CL3226

CL3225

CL3224

CL3223

CL3222

CL3221

CL3220

CL3219

CL3218

CL3217

CL3216

CL3215

CL3214

CL3213

CL3212

CL3210

CL3285

CL3211

CL3209

1-980-635-

11

(11)

F

G

H

I

J

K

MHC-V77DW

6060

6-30. SCHEMATIC DIAGRAM - LCD Board - • See page 70 for IC Block Diagrams.

MHC-V77DW

A

B

C

D

E

F

G

H

I

J

1

>054S

SENSOR BOARD

(1/3)

CN1000

(Page 52)

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

LCD BOARD

ND3200

LIQUID CRYSTAL DISPLAY

CL3239

SEG1

2.6

2.6

2.6

2.6

2.6

2.6

2.6

2.6

2.6

2.6

2.6

2.6

2.6

CL3240

SEG0

SEG_12

CL3241

COM3

SEG11

SEG10

SEG9

SEG8

SEG7

SEG6

SEG5

SEG4

SEG3

SEG2

SEG1

SEG0

CL3242

COM2

CL3243

COM1

CL3244

COM0

IC3206

TC7SH125FU

IC3206

BUS BUFFER

C3206

0.1u

05.2

VCC

OUT_Y

G

IN_A

GND

0

IC3207

TC7SH125FU

IC3207

BUS BUFFER

C3207

0.1u

05.2

VCC

G

IN_A

GND OUT_Y

0

IC3208

TC7SH125FU

IC3208

BUS BUFFER

C3208

0.1u

05.2

VCC

OUT_Y

G

IN_A

GND

0

IC3209

TC7SH125FU

IC3209

BUS BUFFER

C3209

0.1u

05.2

VCC

OUT_Y

G

IN_A

GND

0

CN3201

7P

1LED GND

2DGND

3LCD CSB

4LED + 5.2V

5LCD SDA

6LCD SCL

7LCD INHB

CL3276

CL3282

CL3279

CL3277

CL3281

CL3280

CL3284

C3213

0.1u

CL3285

SEG32

R3206

D3200

1L043RW32EOCI7A11(WHITE)

R3237

1k

0.3

R3236

10k

CL3231

CL3232

CL3233

CL3234

CL3230

CL3229

CL3228

CL3209

CL3210

CL3211

CL3212

CL3213

CL3214

CL3215

CL3216

CL3217

CL3218

CL3219

CL3220

CL3221

CL3222

SEG30

SEG29

SEG28

SEG27

SEG26

SEG25

SEG24

SEG23

SEG22

SEG21

SEG20

SEG19

SEG31

CL3200

CL3201

CL3202

C3210

0.1u

R3234

40

SEG24

2.6

41

SEG25

2.6

42

SEG26

2.6

43

SEG27

2.6

44

SEG28

2.6

45

SEG29

2.6

46

SEG30

2.6

47

SEG31

2.6

48

SEG32

2.6

49

SEG33

2.6

50

SEG34

2.6

51

COM0

2.6

52

COM1

2.6

0

SEG24

SEG25

SEG26

SEG27

SEG28

SEG29

SEG30

SEG31

SEG32

COM0

COM1

100

3.3

Q3200

PBSS4160T

LED DRIVER

0R3235

0R3221

0R3224

0R3222

0R3223

0R3225

SEG18

SEG22

SEG23

2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6 2.6

38

37

39

SEG23

SEG22

COM2

COM3

1

2

3

2.6 2.6 5.2 5.2 5.2 0 0 5.2

COM3

COM2

C3200

0.1u

CL3227

CL3223

CL3224

CL3225

CL3226

SEG14

SEG17

SEG16

SEG15

SEG13

SEG21

SEG19

SEG20

SEG18

CL3259

33

36

35

NC_37

SEG21

SEG20

IC3204

BU9795AKS2

IC3204

LIQUID CRYSTAL DISPLAY

DRIVER

NC_34VLCD

VSS

VDD

6

5

7

CL3208

C3202

0.1u

0

R3204

SEG_12

SEG17

32

SEG1834SEG19

OSCIN8CSB

CL3207

100

R3200

SEG17

SEG11

SEG9

SEG10

SEG15

SEG16

30

31

29

SEG15

SEG16

SCL10SDA11NC_1112TEST

9

CL3206

CL3205

100

100

R3202

R3201

CL3260

NC_29

SEG8

SEG14

SEG7

27

13

CL3204

SEG13

SEG1328SEG14

INHB

SEG6

R3203

100

CL3235

SEG5

CL3236

SEG4

SEG12

SEG11

SEG10

SEG9

SEG8

SEG7

SEG6

SEG5

SEG4

SEG3

SEG2

SEG1

SEG0

CL3237

SEG3

CL3238

SEG2

26

25

24

23

22

21

20

19

18

17

16

15

14

K

MHC-V77DW

6161

MHC-V77DW

6-31. PRINTED WIRING BOARD - MIC Board - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

A

MIC BOARD

J3501J3500

CL3517

C3529

R3509

53

CL3526

C3510

CL3525

R3522

R3521

CL3504

MIC2MIC1

CL3516

C3530

CL3513

CL3507

R3523

AK

C3502

CL3503

CL3521

1-980-636-

D3501

A/K

R3504

C3508

D3503

D3504

KA

AK

C3523

CL3509

R3500

C3526

R3515

R3520

11

(11)

B

C

D3500

K/A

CL3512

C3506

R3530

C3525

JR3504

CL3520

R3531

CN3500

1

C3524

R3514

R3526

R3525

CL3511

JR

JR3505

IC3500

R3512

CL3506

KA

R3513

C3515

R3506

CL3505

R3511

CL3523

C3504

CL3518

CL3519

CL3514

D

E

JR

CL3515

R3503

JR3500

C3509

R3524

C3507

C3522

F

W002

LP002

G

JR3503

JR

JR3501

CL3522

JR

C3512

C3514

FB3502

JR

JR

R3508

JR3507

C3505

R3507

C3501

H

CL3524

MHC-V77DW

I

>007P

BENTEN-MOTHERBOARD BOARD

CN6401

(Page 37)

J

K

6262

6-32. SCHEMATIC DIAGRAM - MIC Board -

MHC-V77DW

1

A

BENTEN-MOTHERBOARD

B

BOARD

CN6401

(Page 43)

C

D

E

>032S

(5/11)

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

MIC BOARD

A+9V

MIC_GND

MIC_SIGNAL

MIC_DET

CN3500

5P

5

4

3

1

CL3521

CL3522

CL3523

CL3524

FB3502

0uH

JR35000JR3501

C3508

0.1u
50V

C3502

R3521

18k

D3504

DA2J10100L

2.2u
50V

R3530

0

R3512

100k

CL3509

R3500

100

R3522

18k

CL3503

CL3507

R3520

39k

D3503

DA2J10100L

R3511

100k

R3506

1.2k

CL3506

C3501

1u

50V

C3504

0

0.1u

C3515

470p

CL3505

R3531

CL3504

0

R3513

68k

R3523

39k

C3522

0.0018u

9

8

VCC

4.5

4.5

4.5

IC3500

7

BA4558F

OUT2

6

IC3500

-IN2

5

MIC AMP

+IN2

1

OUT1

2

-IN1
3

+IN1

4

VEE

C3505 0.1u

4.5

4.5

4.5

10kR3507

CL3520

R3509

0

C3506 0.1u

10kR3508

C3512 220u 10V

C3507 0.1u

C3514 220u 10V

C3530 2.2u 50V

CL3525

CL3511

CL3512

C3529

0.0018u

R3525

4.7k

R3524

100k

R3526

6

W002

7
2
1
5
4
3

6
7
2
1
5
4
3

J3500

MIC1

J3501

MIC2

C3525

0.001u

C3526

0.001u

CL3518

CL3526

CL3519

CL3517

CL3514

C3509

4.7k

2.2u
50V

CL3516

C3510

2.2u
50V

R3504

R3503

1k

CL3515

1k

C3524

0.001u

C3523

0.001u

D3500

BAV99-215

D3501

BAV99-215

R3514

R3515

22k

22k

F

G

H

I

J

K

MHC-V77DW

6363

MHC-V77DW

6-33. PRINTED WIRING BOARD - DUMMY Board -

• See page 30 for Circuit Boards Location.

1

A

2 3 4 5 6 78

DUMMY BOARD
(COMPONENT SIDE)

•

B

129

2

28

C

>003P

BENTEN-

CN3900

MOTHERBOARD

D

BOARD
CN6850

(Page 37)

CL001

C3904

C3902

C3903

C3900

C3901

28

R3900

R3901

E

F

: Uses unleaded solder.

SENSOR BOARD

CN1010

(Page 51)

>013P

CN3902

129

2

1-981-268-

11

(11)

6-34. SCHEMATIC DIAGRAM - DUMMY Board -

1

2 3 4 5 6 78

A

DUMMY BOARD

CN3900

B

C

>051S

BENTEN-MOTHERBOARD

D

BOARD

(11/11)

CN6850

(Page 49)

E

29P

1TOUCH2-RESET

2TOUCH2-INT

3DGND

4PWR-KEY

5TOUCH1-INT

6TOUCH1-RESET

7DGND

8TOUCH-DATA

9TOUCH-CLK

10D+3.3V

11NC

12PMIC4V

13LED-GREEN

14LED-RED

15LCD-INHIBIT/BKLED

16LCD-CSB

17LCD-DATA

18LCD-CLK

19D+3.3V

20LED-RESET

21LED-DATA

22LED-CLK

23LEDGND

24LEDGND

25LEDGND

26M+5.2V

27M+5.2V

28SW+13V

29SW+13V

C3903

1u

C3904

0.1u

C3902

0.1u

CL001

F

C3901

CN3902

29P

29 TOUCH2-RESET

28 TOUCH2-INT

27 DGND

26 PWR-KEY

25 TOUCH1-INT

24 TOUCH1-RESET

23 DGND

22 TOUCK-DATA

21 TOUCH-CLK

20 D+3.3V

19 NC

18 PMIC4V

17 LED-GREEN

16 LED-RED

15 LCD-INHIBIT/BKLED

14 LCD-CSB

13 LCD-DATA

12 LCD-CLK

11 D+3.3V

10 LED-RESET

9 LED-DATA

8LED-CLK

7LEDGND

R3900

R3901

6LEDGND

5LEDGND

4 M+5.2V

0

3 M+5.2V

2 SW+13V

0

1 SW+13V

C3900

0.1u

1u

>057S

SENSOR BOARD

(1/3)

CN1010

(Page 52)

G

G

DUMMY BOARD
(CONDUCTOR SIDE)

H

I

J

K

11

1-981-268-

(11)

H

I

J

K

MHC-V77DW

6464

6-35. PRINTED WIRING BOARD - FM-TUNER Board - • See page 30 for Circuit Boards Location. • : Uses unleaded solder.

MHC-V77DW

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

A

FM-TUNER BOARD
(COMPONENT SIDE)

B

C

JL8902

D

R8904

R8907

C8909

E

R8903

R8902

D8901

C8913

AK

A/K

L8903

C8914

5

6

10 16

11 15

JL8901

R8909

ANTENNA

CN8902

R8905

L8904

C8915

1

20

IC8902

R8910

FM

34

12

L8902

C8912

C8911

C8907

X8901

L8901

C8910

C8908

FM-TUNER BOARD
(CONDUCTOR SIDE)

JL8903

JL8904

R8901

R8908

F

C8904

IC8901

2

G

19

CN8901

FB001

8

C8901

CL8901

CL8902

CL8904

11

1-981-039-

H

>008P

(11)

CL8906

CL8903

CL8907

CL8905

CL8908

CL8909

1-981-039-

11

(11)

BENTEN-MOTHERBOARD BOARD

CN6402

(Page 37)

I

J

K

MHC-V77DW

Note: IC8902 on the FM-TUNER board cannot exchange

with single. When this part on the FM-TUNER board is
damaged, exchange the entire mounted board.

6565

MHC-V77DW

6-36. SCHEMATIC DIAGRAM - FM-TUNER Board -

1

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

A

FM-TUNER BOARD

FB001

0uH

B

C

CN8901

9P

9NC

CL8901

8A5V

CL8902

7LOUT

CL8903

6TUNER_OE

CL8904

5ROUT

CL8905

4TUNER_GND

CL8906

3TUNER_SDA_UCOM_RX

CL8907

2RDS_INT

CL8908

1TUNER_SCL_UCOM_TX

CL8909

BENTEN-MOTHERBOARD

D

>033S

BOARD

(5/11)

CN6402

(Page 43)

E

• See page 70 for IC Block Diagrams.

C8907

C8901

R8908

1u

0

IC8901

MM3411A33URE

IC8901

+3.3V REG.

R8901

10k

4

0

5.5 3.3

3

VDD

VOUT

CE1GND

2

R8910

0

R8909

0

R8902

C8904

1u

22

JL8901

10u

C8908

15

CP1

14

IISD

13

LRCK/LOUT

1.6

12

BCLK/ROUT

1.5

11

DA

0

4p

C8909

0.0022u

L8901

22nH

C8910

4p

X8901

12MHz

0.1 0.2 3.3 3.3

16X217

X1

RN5B701-0002

FM RECEIVER

GND_10

9

10

C8911

0.0022u

19

18

VDD_18

IC8902

IC8902

CK8VDD_9

22R8903

20

GND_19

6LA7

3.33.33.3

100R8904

VDDRF

IIC/RDSI

C8912

21

FRF1

FRF2

GNDRF_3

GNDRF_5

10p

CN8902

C8915

L8904

68p

L8903

68nH

68nH

R8905

100

D8901

BAV99-215

JL8902

0

1

2

3

0

4

CP2

5

C8914

47p

0.047uC8913

JL8903

JL8904

2P

1GND

2RF

ANTENNA

FM

F

6-37. PRINTED WIRING BOARD - POWER BUTTON Board -

• See page 30 for Circuit Boards Location.

1

A

POWER BUTTON BOARD

2 3 4 5 6 78

(COMPONENT SIDE)

•

: Uses unleaded solder.

POWER BUTTON BOARD
(CONDUCTOR SIDE)

B

D3402

C

S3403

1

R004

R002

Q002

Q001

EE

C002

C001

5

CL6706

CL6707

CN3400

CL6705

CL6704

1

CL6703

67

R8907

10k

>012P

SENSOR BOARD

CN1007

(Page 51)

L8902

22nH

Note: IC8902 on the FM-TUNER board cannot exchange

6-38. SCHEMATIC DIAGRAM - POWER BUTTON Board -

1

2 3 4 5 6 78

A

POWER BUTTON BOARD

B

C

>055S

SENSOR BOARD

(1/3)

CN1007

(Page 52)

CN3400

5M+5.2V

4POWER_LED_RED

3POWER_LED_GREEN

2DGND

1PWR-KEY

5P

CL6706

CL6707

CL6705

CL6704

CL6703

S3403

1

D3402

CL-165HR/HG5-D-T

R004

150

Q001

DTC014YMT2L

LED DRIVER

0

C002

0.1u

with single. When this part on the FM-TUNER board is
damaged, exchange the entire mounted board.

RED

GRN

R002

330

Q002

DTC014YMT2L

LED DRIVER

0.1

0.7

4.7

C001

0.1u

D

MHC-V77DW

1-980-879-

11

(11)

1-980-879-

D

11

(11)

6666

MHC-V77DW

6-39. PRINTED WIRING BOARD - USB Board -

• See page 30 for Circuit Boards Location.

1

2 3 4 5 6 78

A

USB BOARD

REC/PLAY

5V 1A

6

3

CL3290

R3240

C3223

R3228

C3225

C3226

R3227

>002P

CN6801

(Page 37)

W3220

D3204

JR3282

CL3289

K/A

KA

JR

C3216

CN3203

6

7

A

C3219

D3201

K

B

W3221

R3241

CL3287

CN3202

C

CL3288

LP001

CL3286

1

D

BENTEN-MOTHERBOARD BOARD

•

: Uses unleaded solder.

5

14

C3218

1-980-637-

11

(11)

6-41. PRINTED WIRING BOARD - IR Board -

• See page 30 for Circuit Boards Location.

1

2 3 4 5 6 78

A

IR BOARD

B

R3300

C3300

CL3300

C

45

IC3300

CL3305

CL3303

D

BENTEN-MOTHERBOARD BOARD

CL3304

CN3300

4

>005P

CN6851

(Page 37)

1-980-638-

•

: Uses unleaded solder.

1

11

(11)

E

6-40. SCHEMATIC DIAGRAM - USB Board -

1

2 3 4 5 6 78

A

USB BOARD

B

CN3202

1VBUS

3D-

4D+

5USB_GND

6SHIELD BUS

6P

CL3290

CL3286

CL3287

CL3288

R3241

0

W3221

BENTEN-MOTHERBOARD

C

(Page 47)

>048S

BOARD

(9/11)

CN6801

D

R3227

R3228

0

0

D3201

DZ2J068M0L

C32256pC3226

E

6-42. SCHEMATIC DIAGRAM - IR Board -

1

2 3 4 5 6 78

A

IR BOARD

SIRCS

E+3.3V

DGND

CN3300

4P

1

3

4

CL3303

CL3304

CL3305

R3300

4

3.3

1

VO

2

GND

3.3

CL3300

C3300

0.22u

22

3

VCC

5

IC3300

PNA4823M01S0

IC3300

REMOTE CONTROL

SIGNAL RECEIVER

>052S

CN3203

REC/PLAY

5V 1A

C3216

C3218

100u

6p

16V

C3223

0.001u

C3219

10u

0.01u

D3204

BAV99-215

CL3289

W3220

B

C

BENTEN-MOTHERBOARD BOARD

(11/11)

CN6851

(Page 49)

D

E

MHC-V77DW

E

6767

MHC-V77DW

6-43. PRINTED WIRING BOARD - SPK PARTY LED Board -

• See page 30 for Circuit Boards Location.

1

2 3 4 5 6 78

•

: Uses unleaded solder.

A

SPK PARTY LED BOARD
(COMPONENT SIDE)

B

R3704

D3701

R3702

R3700
R3701

R3703

D3700

C

SPK PARTY LED BOARD

D

E

F

(CONDUCTOR SIDE)

CL5006

CL5005

D3702

R3705

SENSOR BOARD

CN1004

(Page 51)

>010P

CN3700

CL5003

CL5004

CL5002

14

CL5001

56

CL5000

1-980-714-

1-980-714-

11

(11)

11

(11)

6-45. PRINTED WIRING BOARD - PARTY LED Board -

• See page 30 for Circuit Boards Location.

1

2 3 4 5 6 78

•

: Uses unleaded solder.

A

PARTY LED BOARD
(COMPONENT SIDE)

B

CL3800

D3800

R3803

R3800

D3801

R3804

R3801

C

D

PARTY LED BOARD
(CONDUCTOR SIDE)

E

CL3801

F

D3802

R3802

SENSOR BOARD

CN1009

(Page 51)

>016P

CL3802

CL3806

CL3805

CL3803

CL3804

R3805

1-980-712-

14

1-980-712-

11

(11)

6

CN3800

5

11

(11)

6-44. SCHEMATIC DIAGRAM - SPK PARTY LED Board -

1

2 3 4 5 6 78

A

SPK PARTY LED BOARD

R3703

CL5004

0

D3700 D3701 D3702

CL5005

B

C

>061S

SENSOR BOARD

(1/3)

CN1004

(Page 52)

BLUE HILED

GREEN HILED

CN3700

4P

1LED +5.2V

2

3

4RED HILED

CL5000

CL5001

CL5002

CL5003

0R3700

0R3701

0R3702

D

R3704

6-46. SCHEMATIC DIAGRAM - PARTY LED Board -

1

2 3 4 5 6 78

A

PARTY LED BOARD

CL5006

R3705

0

LA CN5M-GAHA-24-1LT CN5M-GAHB-25-1LD CN5M-4Q4R-35-1

B

LED +5.2V

RED HILED

GREEN HILED

BLUE HILED

CN3800

4P

4
3

2

1

CL3803

CL3804

CL3805

CL3806

>069S

SENSOR BOARD

(1/3)

C

CN1009

(Page 52)

R3803

0

0R3800

CL3800

0R3801

0R3802

R3804

0

LD CN5M-4Q4R-35-1LT CN5M-GAHB-25-1 LA CN5M-GAHA-24-1

CL3801

R3805

0

CL3802

D3802D3801D3800

0

D

MHC-V77DW

6868

MHC-V77DW

6-47. PRINTED WIRING BOARD - SPK LED Board -

• See page 30 for Circuit Boards Location.

1

2 3 4 5 6 78

•

A

SPK LED BOARD
(COMPONENT SIDE)
(LEFT)

B

34

C

CN3650

R3653

R3654

D3650

R3652

21

D

E

1-980-713-

>014P

SENSOR BOARD

CN1009

(Page 51)

11

(11)

: Uses unleaded solder.

SPK LED BOARD
(CONDUCTOR SIDE)
(LEFT)

CL3651

CL3650

1-980-713-

11

(11)

6-48. SCHEMATIC DIAGRAM - SPK LED Board -

1

2 3 4 5 6 78

A

SPK LED BOARD

(LEFT)

>058S

B

SENSOR BOARD

(1/3)

CN1009

(Page 52)

LED+5.2V

STROBE

CN3650

2P

1

2

CL3650

CL3651

R3652

4.7

C

SPK LED BOARD

(RIGHT)

D

>059S

SENSOR BOARD

(1/3)

CN1009

(Page 52)

LED+5.2V

STROBE

CN3650

2P

1

2

CL3650

CL3651

R3652

4.7

E

R3653

4.7

R3653

4.7

R3654

4.7

R3654

4.7

D3650

CL-824U1D-T

D3650

CL-824U1D-T

F

SPK LED BOARD
(COMPONENT SIDE)
(RIGHT)

SPK LED BOARD
(CONDUCTOR SIDE)
(RIGHT)

G

34

CN3650

H

R3653

R3654

D3650

R3652

21

>015P

SENSOR BOARD

CN1009

(Page 51)

CL3651

CL3650

I

1-980-713-

11

(11)

1-980-713-

11

(11)

J

F

G

H

I

J

K

MHC-V77DW

K

6969

MHC-V77DW

• IC Block Diagrams

IC8001 MX25L3235EM2I-10G (89G BOARD (1/3))

1

SO/SIO1

WP/SIO2

GND

CS

2

3

4

Address

Generator

Data

Register

Mode
Logic

Clock Generator

X-Decoder

SRAM
Buffer

State

MachineHVGenerator

Memory Array

Page Buffer

Y-Decoder

Sense

Amplifier

Output

Buffer

8

7

6

5

VCC

HOLD/ SIO3

SCLK

SI/SIO0

IC8005 EM638165TSD-6G (89G BOARD (2/3))

VSS_4141DQ842VDDQ_4343DQ944DQ1045VSSQ_4646DQ1147DQ1248VDDQ_4949DQ1350DQ1451VSSQ_5252DQ1553VSS_54

NC/RFU

40

UDQM

39

CLK

VSS_28

38

CKE

37

NC

36

A11

35

A9

34

A8

33

A7

32

A6

31

A5

30

A4

29

28

27

VDD_27

Clock
Generator

Mode
Register

Control Logic

Row
Address
Buffer
&
Refresh
Counter

Column
Address
Buffer
&
Refresh
Counter

Address

Command Decoder

A326A225A124A023A10/AP22BA121BA020CS19RAS18CAS17WE16LDQM15VDD_14

Bank B

Bank A

Row Decoder

Sense Amplifier

Column Decoder

Data Control Circuit

Bank C

Bank D

Latch Circuit

IC8007 TC7WHU04FK, RSNJ (CT (89G BOARD (2/3))

VCC

8

7

1Y

6

3A

5

2Y

GND

1

1A

2

3Y

3

2A

4

54

Buffer

Input & Output

IC8400 AM5890S (89G BOARD (3/3))

PGND29PGND

30

MUTE27BIAS26VINTK25TRB_224RESET23VINLD22GND

28

MUTE

Thermal

Shut down

10K

+

-

25K

25K

-

+

1

10K

VINFC

2

-

TRB_1

+

3

REGO2

+

-

4

VINSL+

Voltage

Detection

10K

5

REGO1

VCTL20VCCD19Vcc218VOLD-17VOLD+16VOTK-15VOTK+

21

Vcc2

15K

10K

+

-

25K

Pre-DRV

6

7

REV

FWD

-

+

TRAY

DRIVER

8

9

Vcc1

VOTR-

10

VOTR+

Spindle

Driver (4X)

Driver (4X)

11

VOSL+

Sled

Actuator

Driver (6X)

Vcc2

Vcc2

Vcc1

Actuator

Driver (6X)

12

13

14

VOSL-

VOFC-

VOFC+

IC6202 TH58NVG3S0HTAI0 (BENTEN-MOTHERBOARD BOARD (3/11))

VDD_1

1

DQ0

2

VDDQ_3

3

DQ1

4

DQ2

5

VSSQ_6

6

DQ3

7

DQ4

8

VDDQ_9

9

DQ5

10

DQ6

11

VSSQ_12

12

DQ7

13

14

1NC_1

2NC_2

3NC_3

4NC_4

5NC_5

6NC_6

7RY / BY

8RE

9CE

10NC_10

11NC_11

12VCC_12

13VSS_13

14NC_14

15NC_15

16CLE

17ALE

18WE

19WP

20NC_20

21NC_21

22NC_22

23NC_23

24NC_24

I/O

Control circuit

Logic control

RY/BY

Status register

Address register

Command register

Control circuit

HV generator

decoder

Row address buffer

Row address decoder

Column buffer

Column decoder

Data register

Sense amp

Memory cell array

48 NC_48

47 NC_47

46 NC_46

45 NC_45

44 I/O8

43 I/O7

42 I/O6

41 I/O5

40 NC_40

39 NC_39

38 NC_38

37 VCC_37

36 VSS_36

35 NC_35

34 NC_34

33 NC_33

32 I/O4

31 I/O3

30 I/O2

29 I/O1

28 NC_28

27 NC_27

26 NC_26

25 NC_25

MHC-V77DW

7070

IC6401 PCM1754DBQR (BENTEN-MOTHERBOARD BOARD (5/11))

MHC-V77DW

D/A

FILTER

SYSTEM

CLOCK

MANAGER

SERIAL

CONTROL

PORT

ZERO

DETECT

16 SCK

15

FMT

14

MUTE

13 DEMP

12 TEST

11

ZEROA

VCOM

10

9

AGND

BCK

VOUTL

VOUTR

SYSTEM

CLOCK

1
2DATA
3LRCK

4DGND

POWER

5NC

SUPPLY

6VCC

7
8

AUDIO
SERIAL

PORT

4x/8x OVERSAMPLING DIGITAL
FILTER & FUNCTION CONTROL

ENHANCED MULTILEVEL

DELTA-SIGMA MODULATOR

D/A

CONVERTER

OUTPUT AMP
& LOW-PASS

FILTER

CONVERTER

OUTPUT AMP
& LOW-PASS

IC6403, IC6406 SN74LV4052APWR (BENTEN-MOTHERBOARD BOARD (5/11))

16

VCC

15

1Y2

1Y1

14

1-COM

13

12

1Y0

11

1Y3

A

10

9

B

2-COM

GND_7

GND_8

1

2Y0

2Y2

2

3

2Y3

4

5

2Y1

6

INH

7

8

IC6405, IC6407 PCM1808PWR (BENTEN-MOTHERBOARD BOARD (5/11))

7

BCK

DOUT

MD0

MD1

FMT

VINL

VINR

8

9
10

11

12

13

14

Delta Sigma

Modulator

Antialias

LPF

Serial

Interface

Mode/
Format
Control

x1/64

Decimation

Filter

with

High Pass Filter

Reference

Delta Sigma

Modulator

Antialias

Clock

and
Timing
Control

Power
Supply

LPF

LRCK

SCKI

6

5

DGND

VDD

4

3

VCC

AGND

2

VREF

1

71

MHC-V77DW

IC6409 PCM5101 (BENTEN-MOTHERBOARD BOARD (6/11))

LRCK

)/7

UVP/Reset

11

8x Interpolation Filter

POR

12

SCK

13

BCK

14

DIN

15

16

)07

Audio Interface

Zero
Data

Detector

Clock Halt

Detection

PLL Clock

'(03

10

Current
Segment
DAC

Current

ELWǻȈ0RGXODWRU

Segment
DAC

$GYDQFHG0XWH&RQWURO

17

;607

AGND

9

I/V

I/V

Ch. Pump

18

LDOO

Analog

Analog

0XWH

0XWH

19

Power
Supply

DGND

AVDD

8

7

2875

6

287/

5

VNEG

4

&$30

3

CPGND

2

CAPP

1

CPVDD

20

DVDD

IC6602 RTL8201FR-VB-CGT (ASE) (BENTEN-MOTHERBOARD BOARD (7/11))

LED0/PHYAD[0]/PMEB/INTB

LED1/PHYAD[1]

CRS_DV

RXER/FXEN

DVDD10OUT

CKXTAL1

CKXTAL2

MDIO

17

18

19

LPI

TXD

TXC25M

RXD

RXC25M

Indication

RMII

Interface

PMEB

WOL

20

21

22

23

24

10/100

Half/Full

Switch

Logic

Serial to

Parrallel

MDC15PHYRSTB

16

100M

(LPI generation)

10M
TXC10
TXD10

RXC10
RXD10

Parrallel
to Serial

MLT-3

to NRZI

ck
data

5B 4B
Decoder

(LPI detection)

4B 5B
Encoder

Manchester Coded

Waveform

Data Recovery

Variable Current

Slave

PLL

Alignment

10/100M Auto-negotiation

Control Logic

(EEE capability exchange)

TD+

support

EEE quiet

3 Level

Comparator

TXEN

14

Data

Scrambler

10M Output Waveform

Receive Low Pass Filter

3 Level

Driver

Adaptive

Equalizer

Master

PPL

13

Descrambler

Link Pulse

Shaping

(amplitude reduction

TXD[1]12TXD[0]

REF_CLK

11

RXD

RXC25M

TXD

TXC25M

10

DVDD33

9

RXD[1]

8

RXD[0]/CLK_CTL

7

AVDD33

6

MDI-[1]

5

MDI+[1]

72

25M or 50M

1

RSET

2

AVDD10OUT

3

MDI+[0]

4

MDI-[0]

IC6802 TC7USB40FT (BENTEN-MOTHERBOARD BOARD (9/11))

8

NC_7

NC_1

GND

7

6

5

D+

4

2D+

3

1D+

2

S

1

NC_8

9

D-

10

2D-

11

1D-

12

OE

13

VCC

14

NC_14

IC6803 NCP380HSNAJAAT1G (BENTEN-MOTHERBOARD BOARD (9/11))

MHC-V77DW

BLOCKING

CONTROL

GND

VIN 1

EN

CURRENT

LIMITER

2

OSC

EN

3

BLOCK

CONTROL LOGIC

VREF

THERMAL

SHUTDOWN

GATE

DRIVER

AND TIMER

UNDER

VOLTA GE

LOCK OUT

FLAG

6

VOUT

5

ILIM

4

FAULT

IC8902 RN5B701-0002 (FM-TUNER BOARD)

VDD_18

GND_19

FRF1

FRF2

GNDRF_3

VDDRF

19

20

1

FM LNA

2

3

Filter

X2

18

AGC
AMP

AGC
AMP

AGC
DET

X1

16

17

Digital Signal Processing

Digital

ADC

ADC

MixerFMDemodulator

Digital

AGC

Image

Control

CP1

15

RSSI

Calculation

Station

Detector

Digital Filters

Stereo

Decoder

RDS

Decoder

IIS

Generator

IISD

LRCK

BCLK

LOUT

DAC

ROUT

14

13

12

IISD

LRCK/LOUT

BCLK/ROUT

Serial Interface/Registers

6

7CK8

LA

IIC/RDSI

9

VDD_9

10DA11

GND_10

5

GNDRF_5

Clock

Generator

XOSC

CP2

4

LOSC

73

MHC-V77DW

IC3204 BU9795AKS2 (LCD BOARD)

COM151COM050SEG3449SEG3348SEG3247SEG3146SEG3045SEG2944SEG2843SEG2742SEG2641SEG2540SEG24

COM2 1

COM3

OSCIN

NC_11

52

2

NC_3

VLCD

VDD

3

4

5

6

VSS

LCD voltage generator

+
–

+
–

LCD BIAS

SELECTOR

7

8

CSB

9

SCL

10

SDA

OSCILLATOR

Power On Reset

11

TEST

12

INHB

13

14

SEG015SEG116SEG217SEG318SEG419SEG520SEG621SEG722SEG823SEG9

Common

counter

Common

driver

Blink timing

Command

register

generator

Serial inter face

IF FILTER

Segment

driver

DDRAM

Command

Data Decoder

24

SEG1025SEG1126SEG12

IC3206, IC3207, IC3208, IC3209 TC7SH125FU (LCD BOARD)

39

SEG23

38

SEG22

37

NC_37

36

SEG21

35

SEG20

34

SEG19

33

SEG18

32

SEG17

31

SEG16

30

SEG15

29

NC_29

28

SEG14

27

SEG13

1G

5VCC

2IN_A

3GND

4OUT_Y

IC001, IC002 CY8CMBR3116-LQXIT (SENSOR BOARD (2/3))

1

CS0 /PS0

CS1 /PS1

CS2 /GUARD

CMOD

CS15 /SH/ HI

CS14 /GPO6

CS13 /GPO5

CS12 /GPO4

CS11 /GPO3

2

3

4

CS3

5

6

VCC

7

VDD

8

VSS

9

10

11

12

13

14

CS10 /GPO2

15

CS9 /GPO1

CapSense Sensors

Buttons

16

CS8 /GPO0

CSD PLUS With

SmartSense

CY8CMBR3116

GPO Drive
and Control

PWM

18

17

CS6

CS7

19

CS5

HOST

Interrupt

24

XRES

23

HI /BUZ/ GPO7

22

I2CSCL

21

I2CSDA

20

CS4

74

IC1000, IC1002, IC1003, IC1004 TLC59116IPWR (SENSOR BOARD (1/3))

MHC-V77DW

Input Filter

Power-On

GND

OUT1117OUT1016OUT915OUT814OUT713OUT612OUT511OUT410GND9OUT38OUT2

19

18

I2C Bus Control

PWM Register X

Brightness Control

24.3 kHz

GRPFRQ

Register

190 kHz

I/O Regulator

OUT15

GND

RESET

OUT1421OUT1320OUT12

22

23

24

25

26

SCL

27

SDA

28

VCC

Reset Control

97 kHz

25-MHz

Oscillator

IC3600 MGC3030 (SENSOR BOARD (3/3))

VINDS

VSS2

VCAPA

VSS3

VCAPD

VCAPS17VDD

18

19

Signal

conditioning

Signal

conditioning

Signal

conditioning

Signal

conditioning

Signal

conditioning

TX signal generation

20

21

RX0

22

RX1

23

RX2

24

RX3

25

RX4

26

27

28

VSS1

16

ADC

ADC

ADC

ADC

ADC

Voltage reference

(VREF)

TXD

15

INTERNAL BUS

Internal clock

Signal
processing
unit (SPU)

FLASH

memory

Power management

unit (PMU)

LED State

Select Register

GRPPWM

Register

0 = Permanently off
1 = Permanently on

1

REXT

NC

14

Output Driver and Error Detection

Reset block

Communication

control (I2C)

Gesture Port

and Interface

Selection

Low power

wake-up

A0

/MCLR12EIO7/ SI3

13

2

1

EIO1

EIO0

7

OUT1

6

OUT0

5

A3

4

A2

3A12

11

EIO6/ SI2

10

EIO5/ SI1

9

EIO4/ SIO

8

EIO3

7

NC

6

NC

5

NC

4

IS2

3

EIO2

75

MHC-V77DW

• IC Pin Function Descriptions

89G BOARD (1/3) IC8003 CXD9992R (FOCUS/TRACKING ERROR AMP CD SYSTEM PROCESSOR DIGITAL SERVO PROCESSOR)

Pin No. Pin Name I/O Description

1 AVDD12_2 - Power supply terminal (+1.2V) (for analog system)

2 AVDD33_1 - Power supply terminal (+3.3V) (for analog system)

3 XTALI I System clock input terminal (27 MHz)

4 XTALO O System clock output terminal (27 MHz)

5 V20 O Reference voltage (+2V) output to the optical pick-up block

6 V14 O Reference voltage (+1.4V) output to the coil/motor driver

7 REXT / GPO5 I Current reference input terminal

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

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

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

11 AVDD33_2 - Power supply terminal (+3.3V) (for analog system)

12 DMO O Spindle motor control signal output to the motor driver

13 FMO O Sled motor control signal output to the motor driver

14

15

16 TRO O Tracking coil control signal output to the coil/motor driver

17 FOO O Focus coil control signal output to the coil/motor driver

18 FG/ GPIO2 O The switch of OPU PDIC

19 USB_DP I/O Two-way USB data (+) bus terminal

20 USB_DM I/O Two-way USB data (–) bus terminal

21 VDD33_USB - Power supply terminal (+3.3V) (for USB)

22 PAD_VRT I/O USB generating reference current terminal

23 VDD12_USB - Power supply terminal (+1.2V) (for USB)

24 SF_CS_ O Chip select signal output to the serial fl ash

25 SF_DO O Serial data output to the serial fl ash

26 SF_DI I Serial data input from the serial fl ash

27 SF_CK O Serial clock signal output to the serial fl ash

28 UP1_6 / SCL I/O Two-way I2C clock signal with the EEPROM

29 UP1_7 / SDA I/O Two-way I2C data signal with the EEPROM

30 GPIO11 (RXD) - BENTEN/UTXD1

31 GPIO6 (TXD) - HA7 connector

32 PRST_ I Reset signal input from the system controller “L”: reset

33 IR / GPI - NO-USE PIN

34

35 GPIO4 (VSCK) NC - NC

36 GPIO13 (VSTB) NC - XIFBSY

37 GPIO9 (SD-DATA) NC - NC

38 GPIO8 (SD-CMD) NC - NC

39

40 DVDD33_40 - Power supply terminal (+3.3V) (for digital system)

41 RD0 I/O Two-way data bus with the SD-RAM

42 RD1 I/O Two-way data bus with the SD-RAM

43 RD2 I/O Two-way data bus with the SD-RAM

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

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

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

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

48 RD7

49 DQM0 O Data mask signal output to the SD-RAM

50 RD15 I/O Two-way data bus with the SD-RAM

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

TRAY_OPEN/ GPI0

CD_VR

TRAY_CLOSE/ GPI0

DVD_VR

GPIO3 / INT_ (CEC)

NC

GPIO7 / CKE_ (89G_

CEC)

O Variable resistor control signal output to the optical pick-up block (for CD)

O Variable resistor control signal output to the optical pick-up block (for DVD)

- URXD1

-NC

Two-way data bus with the SD-RAM

I/O

76

Pin No. Pin Name I/O Description

52 DVDD12_52 - Power supply terminal (+1.2V) (for digital system)

53 RD13 I/O Two-way data bus with the SD-RAM

54 RD12 I/O Two-way data bus with the SD-RAM

55 RD11 I/O Two-way data bus with the SD-RAM

56 RD10 I/O Two-way data bus with the SD-RAM

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

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

59 DQM1 O Data mask signal output to the SD-RAM

60 RCLK O Clock signal output to the SD-RAM

61 RA11 O Address signal output to the SD-RAM

62 RA9 O Address signal output to the SD-RAM

63 RA8 O Address signal output to the SD-RAM

64 RA7 O Address signal output to the SD-RAM

65 RA6 O Address signal output to the SD-RAM

66 RA5 O Address signal output to the SD-RAM

67 RA4 O Address signal output to the SD-RAM

68 RWE O Write enable signal output to the SD-RAM

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

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

71 DVDD33_71 - Power supply terminal (+3.3V) (for digital system)

72 BA0 O Bank address signal output to the SD-RAM

73 BA1 O Bank address signal output to the SD-RAM

74 RA10 O Address signal output to the SD-RAM

75 RA0 O Address signal output to the SD-RAM

76 RA1 O Address signal output to the SD-RAM

77 RA2 O Address signal output to the SD-RAM

78 RA3 O Address signal output to the SD-RAM

79 DVDD12_79 - Power supply terminal (+1.2V) (for digital system)

80 SPDIF/GPIO12 - Not used

81 GPIO10/HPLG - HDMI SW/HPD1

82 EXT_RES I Ext. resistor connected terminal

83 AVDD33_12 - Power supply terminal (+3.3V) (for analog system)

84 TXCN O N/A

85 TXCP O N/A

86 AVDD12_C - Power supply terminal (+1.2V) (for analog system)

87 TX0N O N/A

88 TX0P O N/A

89 ASS12 - Power/GND

90 TX1N O N/A

91 TX1P O N/A

92 AVDD12_D - Power supply terminal (+1.2V) (for analog system)

93 TX2N O N/A

94 TX2P O N/A

95 DACVDDC - Power supply terminal (+3.3V) (for D/A converter)

96

97 FS I Full scale adjustment terminal

98 CVBS O Composite video signal output terminal

99 DACVDDB - Power supply terminal (+3.3V) (for D/A converter)

100 Y/G - Not used

101 B/CB/PB - Not used

102 R/CR/PR - Not used

103

104 ADVCM/GPIO20 - Servo_Monitor

105

(AMUTE) VREF/

GPO14

(SCART2) NC AKIN2/

GPIO19

(AKIN1) NC AKIN1/

GPIO21

I Band gap reference voltage terminal

- Servo_Monitor

- Servo_Monitor

MHC-V77DW

77

MHC-V77DW

Pin No. Pin Name I/O Description

106 AADVDD - Power supply terminal (+3.3V) (for A/D converter)

107

108 PAPLLCAP/GPIO35 - MotorDriver/MUTE/STBY

109

110

111 (RXD) AR/GPIO0 - RXD/RS232_Connector

112 AVCM I Audio D/A converter reference voltage terminal

113 (TXD) AL/GPIO - TXD/RS232_Connector

114

115

116 ADACVDD1 - Power supply terminal (+3.3V) (for D/A converter)

117 ADACVDD2 - Power supply terminal (+3.3V) (for D/A converter)

118 AVDD12 - Power supply terminal (+1.2V) (for analog system)

119 RFIP I AC coupled RF signal input from the optical pick-up block

120 RFIN/OPOUT/GPI36 - OPDIST

121 RFG/OPINP - Traverse/SP Motor

122 RFH/OPINN - MotorDriver/SP-

123 RFA - RF main beam A input from the optical pick-up block

124 RFB I RF main beam B input from the optical pick-up block

125 RFC - OP/A

126 RFD - OP/D

127 RFE - DVD_IOP

128 RFF - CD_IOP

APLLVDD_GPIO/

GPIO34

(AUDIO_ARF) NC

LFE/GPIO

(AUDIO_ARS) NC

ARS/GPIO

(AUDIO_ALS) NC

ALS/GPIO

(AUDIO_ALF) NC

CENTER/GPIO

- FE_LIMIT

-NC

-NC

-NC

-NC

78

MHC-V77DW

BENTEN-MOTHERBOARD BOARD (1/11), (2/11), (4/11), (7/11), (8/11) IC6001 MT8591AOAT (SYSTEM CONTROL)

Pin No. Pin Name I/O Description

A1 GNDK_A1 - Ground pin

A2 GNDK_A2 - Ground pin

A3 REXTDN I/O DRAM REXTDN pin

A4 RDQ8 I/O DRAM data pin 8

A5 RDQ14 I/O DRAM data pin 14

A6 RDQ1 I/O DRAM data pin 1

A7 RDQ5 I/O DRAM data pin 5

A8 NO_USE - Not used

A9 RDQ0 I/O DRAM data pin 0

A10 RDQ13 I/O DRAM data pin 13

A11 RDQ11 I/O DRAM data pin 11

A12 RCKE I/O DRAM command output CKE

A13 NO_USE - Not used

A14 RA1 I/O DRAM address output 1

A15 NO_USE - Not used

A16 RA5 I/O DRAM address output 5

A17 RA9 I/O DRAM address output 9

A18 RCS_ I/O DRAM chip select 0

A19 RRAS_ I/O DRAM cmd row strobe ouput

A20 RBA2 I/O DRAM banks address

A21 RDQ24 I/O DRAM data pin 24

A22 NO_USE - Not used

A23 RDQ19 I/O DRAM data pin 19

A24 RDQ23 I/O DRAM data pin 23

A25 NO_USE - Not used

A26 RDQ31 I/O DRAM data pin 31

A27 RDQ25 I/O DRAM data pin 25

A28 GNDK_A28 - Ground pin

A29 GNDK_A29 - Ground pin

B1 GNDK_B1 - Ground pin

B2 MSDC1_DAT2 I/O MSDC1 data 2

B3 FSOURCE_P0 - E-FUSE blowing power control

B4 GNDK_B4 - Ground pin

B5 RDQ10 I/O DRAM data pin 10

B6 RDQ12 I/O DRAM data pin 12

B7 RDQ3 I/O DRAM data pin 3

B8 RDQ4 I/O DRAM data pin 4

B9 RDQ2 I/O DRAM data pin 2

B10 RDQ15 I/O DRAM data pin 15

B11 GNDK_B11 - Ground pin

B12 RA10 I/O DRAM address output 10

B13 RA8 I/O DRAM address output 8

B14 RA4 I/O DRAM address output 4

B15 RBA1 I/O DRAM banks address

B16 RA3 I/O DRAM address output 3

B17 RA13 I/O DRAM address output 13

B18 RWE_ I/O DRAM cmd write enable

B19 RCAS_

B20 RCS1_ I/O DRAM chip select 1

B21 RDQ26 I/O DRAM data pin 26

B22 RDQ28 I/O DRAM data pin 28

B23 RDQ17 I/O DRAM data pin 17

B24 RDQ21 I/O DRAM data pin 21

B25 RDQ22 I/O DRAM data pin 22

B26 RDQ16 I/O DRAM data pin 16

DRAM cmd column strobe output

I/O

79

MHC-V77DW

Pin No. Pin Name I/O Description

B27 RDQ29 I/O DRAM data pin 29

B28 RDQ27 I/O DRAM data pin 27

B29 GNDK_B29 - Ground pin

C1 MSDC1_CMD I/O MSDC1 command pin

C2 MSDC1_DAT3 I/O MSDC1 data 3

C3 NO_USE - Not used

C4 NO_USE - Not used

C5 GNDK_C5 - Ground pin

C6 NO_USE - Not used

C7 NO_USE - Not used

C8 RDQ7 I/O DRAM data pin 7

C9 RDQ6 I/O DRAM data pin 6

C10 RDQ9 I/O DRAM data pin 9

C11 RDQM1 I/O DRAM DQM 1

C12 NO_USE - Not used

C13 RA14 I/O DRAM address output 14

C14 RA6 I/O DRAM address output 6

C15 RA0 I/O DRAM address output 0

C16 GNDK_C16 - Ground pin

C17 NO_USE - Not used

C18 GNDK_C18 - Ground pin

C19 DDR3RSTB I/O DDR3 reset pin output

C20 GNDK_C20 - Ground pin

C21 RDQ30 I/O DRAM data pin 30

C22 RDQM2 I/O DRAM DQM 2

C23 NO_USE - Not used

C24 GNDK_C24 - Ground pin

C25 RDQ20 I/O DRAM data pin 20

C26 RDQ18 I/O DRAM data pin 18

C27 GNDK_C27 - Ground pin

C28 MSDC0_DAT6 I/O MSDC0 data 6 / NAND fl ash data 6

C29 MSDC0_DAT7 I/O MSDC0 data 7 / NAND fl ash data 7

D1 MSDC1_CLK I/O MSDC1 clock output

D2 MSDC1_INS I/O MSDC1 insertion detect

D3 GNDK_D3 - Ground pin

D4 GNDK_D4 - Ground pin

D5 NO_USE - Not used

D6 GNDK_D6 - Ground pin

D7 NO_USE - Not used

D8 NO_USE - Not used

D9 NO_USE - Not used

D10 RDQS1 I/O DRAM DQS 1

D11 GNDK_D11 - Ground pin

D12 NO_USE - Not used

D13 NO_USE - Not used

D14 GNDK_D14 - Ground pin

D15 RA7 I/O DRAM address output 7

D16 NO_USE - Not used

D17 NO_USE - Not used

D18 RBA0 I/O DRAM banks address

D19 RCLK1 I/O DRAM clock output 1

D20 NO_USE - Not used

D21 NO_USE - Not used

D22 RDQS2_ I/O DRAM DQS 2 #

D23 GNDK_D23 - Ground pin

D24 RDQM3 I/O DRAM DQM 3

80

Pin No. Pin Name I/O Description

D25 NO_USE - Not used

D26 GNDK_D26 - Ground pin

D27 MSDC0_DAT2 I/O MSDC0 data 2 / NAND fl ash data 2

D28 MSDC0_DAT5 I/O MSDC0 data 5 / NAND fl ash data 5

D29 NO_USE - Not used

E1 MSDC1_DAT1 I/O MSDC1 data 1

E2 MSDC1_DAT0 I/O MSDC1 data 0

E3 NO_USE - Not used

E4 NO_USE - Not used

E5 NO_USE - Not used

E6 NO_USE - Not used

E7 GNDK_E7 - Ground pin

E8 RDQM0 I/O DRAM DQM 0

E9 NO_USE - Not used

E10 RDQS1_ I/O DRAM DQS 1 #

E11 NO_USE - Not used

E12 RDQS0 I/O DRAM DQS 0

E13 NO_USE - Not used

E14 RCLK0_ I/O DRAM clock output 0#

E15 RA12 I/O DRAM address output 12

E16 NO_USE - Not used

E17 NO_USE - Not used

E18 RA2 I/O DRAM address output 2

E19 RCLK1_ I/O DRAM clock output 1#

E20 NO_USE - Not used

E21 NO_USE - Not used

E22 RDQS2 I/O DRAM DQS 2

E23 RDQS3 I/O DRAM DQS 3

E24 NO_USE - Not used

E25 AVDD18_MEMPLL - Analog power input 1.8V for MEMPLL

E26 DVDD18_IO_MSDC0 - Digital power input 1.8V for MSDC0/NAND fl ash

E27 MSDC0_DAT1 I/O MSDC0 data 1 / NAND fl ash data 1

E28 MSDC0_DAT0 I/O MSDC0 data 0 / NAND fl ash data 0

E29 MSDC0_DAT4 I/O MSDC0 data 4 / NAND fl ash data 4

F1 AVDD12_GLOBAL - Analog power input 1.2V

F2 DVSS18_MIPITX_F2 - Ground pin

F3 NO_USE - Not used

F4 DVDD28_MSDC1 - Digital power input 1.8/3.3V for MSDC1

F5 DVDD18_IO_MSDC1 - Digital power input 1.8V for MSDC1

F6 NO_USE - Not used

F7 NO_USE - Not used

F8 DVDD18_EFUSE - Digital power input for EFUSE

F9 NO_USE - Not used

F10 GNDK_F10 - Ground pin

F11 NO_USE - Not used

F12 RDQS0_ I/O DRAM DQS 0 #

F13 NO_USE - Not used

F14 RCLK0 I/O DRAM clock output 0

F15 RA11 I/O DRAM address output 11

F16 NO_USE - Not used

F17 NO_USE - Not used

F18 RA15 I/O DRAM address output 15

F19 TP_MEMPLL I/O MEMPLL differential output P for debugging

F20 NO_USE - Not used

F21 NO_USE - Not used

F22 NO_USE - Not used

MHC-V77DW

81

MHC-V77DW

Pin No. Pin Name I/O Description

F23 RDQS3_ I/O DRAM DQS 3 #

F24 NO_USE - Not used

F25 EXT_SCK I/O SPI NOR fl ash clock

F26 NRNB I/O NAND fl ash read/busy

F27 DVDD28_MSDC0 - Digital power input 1.8/3.3V for MSDC0/NAND fl ash

F28 MSDC0_CLK I/O MSDC0 clock output / NWEB

F29 MSDC0_DAT3 I/O MSDC0 data 3 / NAND fl ash data 3

G1 TDN0 I/O MIPI DSI lane0 N

G2 TDP0 I/O MIPI DSI lane0 P

G3 DVSS18_MIPITX_G3 - Ground pin

G4 NO_USE - Not used

G5 NO_USE - Not used

G6 NO_USE - Not used

G7 NO_USE - Not used

G8 VCCK_G8 - Digital power input for core

G9 NO_USE - Not used

G10 NO_USE - Not used

G11 VDD_EMI_G11 - Digital power input 1.2V for EMI

G12 VDD_EMI_G12 - Digital power input 1.2V for EMI

G13 NO_USE - Not used

G14 RVREF1 I/O DRAM voltage reference 1

G15 VDD_EMI_G15 - Digital power input 1.2V for EMI

G16 NO_USE - Not used

G17 NO_USE - Not used

G18 VDD_EMI_G18 - Digital power input 1.2V for EMI

G19 RVREF0 I/O DRAM voltage reference 0

G20 NO_USE - Not used

G21 VDD_EMI_G21 - Digital power input 1.2V for EMI

G22 VDD_EMI_G22 - Digital power input 1.2V for EMI

G23 GNDK_G23 - Ground pin

G24 NO_USE - Not used

G25 EXT_SDIO1 I/O SPI NOR fl ash data1

G26 NO_USE - Not used

G27 NREB I/O NAND fl ash read enable

G28 NCEB0 I/O NAND fl ash chip enable 0

G29 NO_USE - Not used

H1 TDN1 I/O MIPI DSI lane1 N

H2 TDP1 I/O MIPI DSI lane1 P

H3 NO_USE - Not used

H4 NO_USE - Not used

H5 NO_USE - Not used

H6 NO_USE - Not used

H7 NO_USE - Not used

H8 NO_USE - Not used

H9 NO_USE - Not used

H10 NO_USE - Not used

H11 NO_USE - Not used

H12 VDD_EMI_H12 - Digital power input 1.2V for EMI

H13 NO_USE - Not used

H14 VDD_EMI_H14 - Digital power input 1.2V for EMI

H15 NO_USE - Not used

H16 GNDK_H16 - Ground pin

H17 GNDK_H17 - Ground pin

H18 NO_USE - Not used

H19 VDD_EMI_H19 - Digital power input 1.2V for EMI

H20 NO_USE - Not used

82

Pin No. Pin Name I/O Description

H21 NO_USE - Not used

H22 NO_USE - Not used

H23 NO_USE - Not used

H24 NO_USE - Not used

H25 NO_USE - Not used

H26 NO_USE - Not used

H27 NCEB1 I/O NAND fl ash chip enable 1

H28 NO_USE - Not used

H29 NCLE I/O NAND fl ash command latch enable

J1 TCN I/O MIPI DSI CK lane N

J2 TCP I/O MIPI DSI CK lane P

J3 VRT I/O

J4 AVDD33_GLOBAL - Analog power input 3.3V

J5 DVDD18_MIPITX - Analog power input 1.8V for MIPI DSI

J6 NO_USE - Not used

J7 AVDD18_GLOBAL_J7 - Analog power input 1.8V

J8 AVDD18_GLOBAL_J8 - Analog power input 1.8V

J9 VCCK_J9 - Digital power input for core

J10 VCCK_J10 - Digital power input for core

J11 NO_USE - Not used

J12 VCCK_J12 - Digital power input for core

J13 NO_USE - Not used

J14 VCCK_J14 - Digital power input for core

J15 VCCK_J15 - Digital power input for core

J16 GNDK_J16 - Ground pin

J17 NO_USE - Not used

J18 AVSS18_MEMPLL - Ground pin

J19 NO_USE - Not used

J20 NO_USE - Not used

J21 VCCK_J21 - Digital power input for core

J22 NO_USE - Not used

J23 EXT_SDIO0 I/O SPI NOR fl ash data0

J24 EXT_SDIO2 I/O SPI NOR fl ash data2

J25 EXT_XCS I/O SPI NOR fl ash chip select

J26 EXT_SDIO3 I/O SPI NOR fl ash data3

J27 DVDD28_NOR - Digital power input 1.8/3.3V for SPI NOR fl ash / SPI0

J28 MSDC0_CMD I/O MSDC0 command pin / NALE

J29 MSDC0_RSTB I/O MSDC0 reset output / NAND fl ash DQS signal

K1 DVSS18_MIPITX_K1 - Ground pin

K2 DVSS18_MIPITX_K2 - Ground pin

K3 NO_USE - Not used

K4 NO_USE - Not used

K5 NO_USE - Not used

K6 NO_USE - Not used

K7 NO_USE - Not used

K8 NO_USE - Not used

K9 NO_USE - Not used

K10 GNDK_K10 - Ground pin

K11 GNDK_K11 - Ground pin

K12 GNDK_K12 - Ground pin

K13 GNDK_K13 - Ground pin

K14 GNDK_K14 - Ground pin

K15 GNDK_K15 - Ground pin

K16 GNDK_K16 - Ground pin

K17 GNDK_K17 - Ground pin

External resistor for DSI bias
Connect 1.5K ohm 1 % resistor to ground

MHC-V77DW

83

MHC-V77DW

Pin No. Pin Name I/O Description

K18 GNDK_K18 - Ground pin

K19 GNDK_K19 - Ground pin

K20 GNDK_K20 - Ground pin

K21 NO_USE - Not used

K22 NO_USE - Not used

K23 NO_USE - Not used

K24 NO_USE - Not used

K25 DVDD18_IO_NOR - Digital power input 1.8V for SPI NOR fl ash / SPI0

K26 DVDD18_IO2 - Digital power input 1.8V for IO

K27 SPI0_CK I/O SPI0 clock

K28 SPI0_MI I/O SPI0 master data output to slave

K29 NO_USE - Not used

L1 MSDC2_CMD I/O MSDC2 command pin

L2 MSDC2_DAT2 I/O MSDC2 data 2

L3 MSDC2_DAT0 I/O MSDC2 data 0

L4 DVDD18_IO_MSDC2 - Digital power input 1.8V for MSDC2

L5 NO_USE - Not used

L6 NO_USE - Not used

L7 AVDD18_GLOBAL_L7 - Analog power input 1.8V

L8 VCCK_L8 - Digital power input for core

L9 VCCK_L9 - Digital power input for core

L10 GNDK_L10 - Ground pin

L11 GNDK_L11 - Ground pin

L12 GNDK_L12 - Ground pin

L13 GNDK_L13 - Ground pin

L14 GNDK_L14 - Ground pin

L15 GNDK_L15 - Ground pin

L16 GNDK_L16 - Ground pin

L17 GNDK_L17 - Ground pin

L18 GNDK_L18 - Ground pin

L19 GNDK_L19 - Ground pin

L20 VCCK_L20 - Digital power input for core

L21 HDMI_0_RX_2 I/O HDMI receiver channel2

L22 HDMI_0_RX_2B I/O HDMI receiver channel2 #

L23 HDMI_0_RX_1 I/O HDMI receiver channel1

L24 HDMI_0_RX_1B I/O HDMI receiver channel1 #

L25 MHL_SENCE I/O GPIO

L26 NO_USE - Not used

L27 SPI0_MO I/O SPI0 slave data output to master

L28 SPI0_CSN I/O SPI0 chip select

L29 AVDD12_HDMI_0_RX - Analog power input 1.2V for HDMI receiver

M1 NO_USE - Not used

M2 MSDC2_DAT3 I/O MSDC2 data 3

M3 MSDC2_DAT1 I/O MSDC2 data 1

M4 NO_USE - Not used

M5 NO_USE - Not used

M6 NO_USE - Not used

M7 NO_USE - Not used

M8 NO_USE - Not used

M9 NO_USE - Not used

M10 GNDK_M10 - Ground pin

M11 GNDK_M11 - Ground pin

M12 GNDK_M12 - Ground pin

M13 GNDK_M13 - Ground pin

M14 GNDK_M14 - Ground pin

M15 GNDK_M15 - Ground pin

84

Pin No. Pin Name I/O Description

M16 GNDK_M16 - Ground pin

M17 GNDK_M17 - Ground pin

M18 GNDK_M18 - Ground pin

M19 GNDK_M19 - Ground pin

M20 VCCK_M20 - Digital power input for core

M21 NO_USE - Not used

M22 NO_USE - Not used

M23 NO_USE - Not used

M24 NO_USE - Not used

M25 HDMI_SCL_RX I/O HDMI receiver I2C clock

M26 HDMI_TESTOUTP_RX I/O HDMI receiver test pin

M27 HDMI_HPD_CBUS_RX I/O HDMI receiver hot plug signal

M28 AVDD33_HDMI_0_RX - Analog power input 3.3V for HDMI receiver

M29 AVDD18_HDMI_0_RX - Analog power input 1.8V for HDMI receiver

N1 I2S3_MCLK I/O I2S channel 3 master clock

N2 MSDC2_CLK I/O MSDC2 clock output

N3 I2S4_DATA_IN I/O I2S channel 4 input data

N4 I2S4_MCLK I/O I2S channel 4 master clock

N5 I2S4_BCK I/O I2S channel 4 clock

N6 I2S4_DATA I/O I2S channel 4 data

N7 I2S4_LRCK I/O I2S channel 4 word select

N8 DVDD28_MSDC2 - Digital power input 1.8/3.3V for MSDC2

N9 VCCK_N9 - Digital power input for core

N10 GNDK_N10 - Ground pin

N11 GNDK_N11 - Ground pin

N12 GNDK_N12 - Ground pin

N13 GNDK_N13 - Ground pin

N14 GNDK_N14 - Ground pin

N15 GNDK_N15 - Ground pin

N16 GNDK_N16 - Ground pin

N17 GNDK_N17 - Ground pin

N18 GNDK_N18 - Ground pin

N19 GNDK_N19 - Ground pin

N20 VCCK_N20 - Digital power input for core

N21 NO_USE - Not used

N22 NO_USE - Not used

N23 NO_USE - Not used

N24 NO_USE - Not used

N25 HDMI_SDA_RX I/O HDMI receiver I2C data

N26 NO_USE - Not used

N27 NO_USE - Not used

N28 CHD_DP_P0 I/O Battery Charge DP

N29 CHD_DM_P0 I/O Battery Charge DM

P1 I2S3_DATA_IN I/O I2S channel 3 input data

P2 I2S3_DATA I/O I2S channel 3 data

P3 I2S3_LRCK I/O I2S channel 3 word select

P4 NO_USE - Not used

P5 I2S5_MCLK I/O I2S channel 5 master clock

P6 I2S5_DATA I/O I2S channel 5 data

P7 I2S5_LRCK I/O I2S channel 5 word select

P8 NO_USE - Not used

P9 NO_USE - Not used

P10 GNDK_P10 - Ground pin

P11 GNDK_P11 - Ground pin

P12 GNDK_P12 - Ground pin

P13 GNDK_P13 - Ground pin

MHC-V77DW

85

MHC-V77DW

Pin No. Pin Name I/O Description

P14 GNDK_P14 - Ground pin

P15 GNDK_P15 - Ground pin

P16 GNDK_P16 - Ground pin

P17 GNDK_P17 - Ground pin

P18 GNDK_P18 - Ground pin

P19 GNDK_P19 - Ground pin

P20 VCCK_P20 - Digital power input for core

P21 HDMI_0_RX_0 I/O HDMI receiver channel0

P22 HDMI_0_RX_0B I/O HDMI receiver channel0 #

P23 HDMI_0_RX_C I/O HDMI receiver clock

P24 HDMI_0_RX_CB I/O HDMI receiver clock#

P25

P26 USB_VBUS_P1 I USB port1 power for connected device +3.3V

P27 USB_VBUS_P0 I USB port0 power for connected device +3.3V

P28 NO_USE - Not used

P29 NO_USE - Not used

R1 NO_USE - Not used

R2 I2S3_BCK I/O I2S channel 3 clock

R3 I2S2_BCK I/O I2S channel 2 clock

R4 NO_USE - Not used

R5 NO_USE - Not used

R6 NO_USE - Not used

R7 NO_USE - Not used

R8 VCCK_R8 - Digital power input for core

R9 VCCK_R9 - Digital power input for core

R10 GNDK_R10 - Ground pin

R11 GNDK_R11 - Ground pin

R12 GNDK_R12 - Ground pin

R13 GNDK_R13 - Ground pin

R14 GNDK_R14 - Ground pin

R15 GNDK_R15 - Ground pin

R16 GNDK_R16 - Ground pin

R17 GNDK_R17 - Ground pin

R18 GNDK_R18 - Ground pin

R19 GNDK_R19 - Ground pin

R20 VCCK_R20 - Digital power input for core

R21 NO_USE - Not used

R22 NO_USE - Not used

R23 NO_USE - Not used

R24

R25 NO_USE - Not used

R26 USB_VRT I/O

R27 AVSS33_USB_R27 - Ground pin

R28 USB_DP_P0 I/O USB port0 D+ differential data line

R29 USB_DM_P0 I/O USB port0 D- differential data line

T1 I2S2_DATA_IN I/O I2S channel 2 input data

T2 I2S2_LRCK I/O I2S channel 2 word select

T3 PWM4 I/O PWM channel 4

T4 I2S2_MCLK I/O I2S channel 2 master clock

T5 I2S2_DATA I/O I2S channel 2 data

T6 I2S5_BCK I/O I2S channel 5 clock

T7 I2S5_DATA_IN I/O I2S channel 5 input data

T8 NO_USE - Not used

T9 AVDD12_GLOBAL_G1 - Analog power input 1.2V

AVSS33_HDMI_0_RX_

P25

AVSS33_HDMI_0_RX_

R24

- Ground pin

- Ground pin

USB output for bias current; connect with 5.1K 1%
Ohm to GND

86

Pin No. Pin Name I/O Description

T10 GNDK_T10 - Ground pin

T11 GNDK_T11 - Ground pin

T12 GNDK_T12 - Ground pin

T13 GNDK_T13 - Ground pin

T14 GNDK_T14 - Ground pin

T15 GNDK_T15 - Ground pin

T16 GNDK_T16 - Ground pin

T17 GNDK_T17 - Ground pin

T18 GNDK_T18 - Ground pin

T19 NO_USE - Not used

T20 NO_USE - Not used

T21 NO_USE - Not used

T22 NO_USE - Not used

T23 VDAC_C O VDAC CVBS channel output

T24 UTXD0 I/O UART0 Tx

T25 AVDD33_USB - Analog power 3.3V for USB

T26 NO_USE - Not used

T27 AVDD18_USB - Analog power input 1.8V for USB

T28 USB_DP_P1 I/O USB port1 D+ differential data line

T29 USB_DM_P1 I/O USB port1 D differential data line

U1 NO_USE - Not used

U2 PWM1 I/O PWM channel 1

U3 PWM0 I/O PWM channel 0

U4 NO_USE - Not used

U5 NO_USE - Not used

U6 NO_USE - Not used

U7 NO_USE - Not used

U8 NO_USE - Not used

U9 NO_USE - Not used

U10 GNDK_U10 - Ground pin

U11 GNDK_U11 - Ground pin

U12 GNDK_U12 - Ground pin

U13 GNDK_U13 - Ground pin

U14 GNDK_U14 - Ground pin

U15 GNDK_U15 - Ground pin

U16 GNDK_U16 - Ground pin

U17 GNDK_U17 - Ground pin

U18 GNDK_U18 - Ground pin

U19 GNDK_U19 - Ground pin

U20 VCCK_VPROC_U20 - Digital power input for processor

U21 AVSS33_VDAC - Ground pin

U22 AVDD33_VDAC - Analog power 3.3V for VDAC

U23 NO_USE - Not used

U24 URXD0 I/O UART0 Rx

U25 NO_USE - Not used

U26 NO_USE - Not used

U27 SDA2 I/O I2C 1 data

U28 SCL2 I/O I2C 2 clock

U29 AVSS33_USB_U29 - Ground pin

V1 PWM3 I/O PWM channel 3

V2 PWM2 I/O PWM channel 2

V3 NO_USE - Not used

V4 SPDIF_IN0 I/O SPDIF input data channel 0

V5 SPDIF_IN1 I/O SPDIF input data channel 1

V6 SPDIF_OUT I/O SPDIF output data

V7 DVDD18_IO_SPDIF - Digital power input 1.8V for I2S(exc. 0/1)/SPDIF/PWM

MHC-V77DW

87

MHC-V77DW

Pin No. Pin Name I/O Description

V8 DVDD18_IO_I2S - Digital power input 1.8V for I2S channel 0/1

V9 AVDD18_GLOBAL_V9 - Analog power input 1.8V

V10 GNDK_V10 - Ground pin

V11 GNDK_V11 - Ground pin

V12 GNDK_V12 - Ground pin

V13 GNDK_V13 - Ground pin

V14 GNDK_V14 - Ground pin

V15 GNDK_V15 - Ground pin

V16 GNDK_V16 - Ground pin

V17 GNDK_V17 - Ground pin

V18 GNDK_V18 - Ground pin

V19 GNDK_V19 - Ground pin

V20 VCCK_VPROC_V20 - Digital power input for processor

V21 VCCK_VPROC_V21 - Digital power input for processor

V22 VCCK_VPROC_V22 - Digital power input for processor

V23 NO_USE - Not used

V24 UTXD1 I/O UART1 Tx

V25 URXD1 I/O UART1 Rx

V26 PWRAP_SPI0_CSN I/O PMIC SPI control interface

V27 PWRAP_SPI0_CSN2 I/O GPIO

V28 PWRAP_SPI0_MI I/O PMIC SPI control interface

V29 NO_USE - Not used

W1 I2S1_MCLK I/O I2S channel 1 master clock

W2 I2S1_DATA I/O I2S channel 1 data

W3 I2S1_DATA_IN I/O I2S channel 1 input data

W4 SDA0 I/O I2C 0 data

W5 SCL0 I/O I2C 0 clock

W6 DSI_TE I/O DSI tearing effect control

W7 DVDD28_SPDIF - Digital power input 1.8V/3.3V for I2S(exc. 0/1)/SPDIF/PWM

W8 DVDD28_I2S - Digital power input 1.8V/3.3V for I2S channel 0/1

W9 VCCK_W9 - Digital power input for core

W10 GNDK_W10 - Ground pin

W11 GNDK_W11 - Ground pin

W12 GNDK_W12 - Ground pin

W13 GNDK_W13 - Ground pin

W14 GNDK_W14 - Ground pin

W15 GNDK_W15 - Ground pin

W16 NO_USE - Not used

W17 GNDK_W17 - Ground pin

W18 GNDK_W18 - Ground pin

W19 VCCK_VPROC_W19 - Digital power input for processor

W20 VCCK_VPROC_W20 - Digital power input for processor

W21 NO_USE - Not used

W22 VCCK_VPROC_W22 - Digital power input for processor

W23 NO_USE - Not used

W24 DAC_A_OUTPUT - Not used

W25 AVSS18_DAC - Ground pin

W26 PWRAP_SPI0_CK I/O PMIC SPI control interface

W27 PWRAP_SPI0_CK2 I/O GPIO

W28 PWRAP_INT I/O PMIC SPI control interface

W29 DVDD18_IO0 - Digital power input 1.8V for IO

Y1 NO_USE - Not used

Y2 I2S1_LRCK I/O I2S channel 1 word select

Y3 I2S1_BCK I/O I2S channel 1 clock

Y4 NO_USE - Not used

Y5 NO_USE - Not used

88

Pin No. Pin Name I/O Description

Y6 LCM_RST I/O LCM reset

Y7 NO_USE - Not used

Y8 NO_USE - Not used

Y9 NO_USE - Not used

Y10 VCCK_Y10 - Digital power input for core

Y11 GNDK_Y11 - Ground pin

Y12 GNDK_Y12 - Ground pin

Y13 GNDK_Y13 - Ground pin

Y14 VCCK_Y14 - Digital power input for core

Y15 VCCK_Y15 - Digital power input for core

Y16 GNDK_Y16 - Ground pin

Y17 VCCK_VPROC_Y17 - Digital power input for processor

Y18 VCCK_VPROC_Y18 - Digital power input for processor

Y19 VCCK_VPROC_Y19 - Digital power input for processor

Y20 VCCK_VPROC_Y20 - Digital power input for processor

Y21 GNDK_Y21 - Ground pin

Y22 GNDK_Y22 - Ground pin

Y23 NO_USE - Not used

Y24 DAC_B_OUTPUT - Not used

Y25 AVDD18_DAC - Analog power input 1.8V for General DAC

Y26 SYSRSTB I System reset input

Y27 SRCLKENAI I/O 26MHz co-clock enable input

Y28 PWRAP_SPI0_MO I/O PMIC SPI control interface

Y29 NO_USE - Not used

AA1 I2S0_DATA I/O I2S channel 0 data

AA2 I2S0_DATA_IN I/O I2S channel 0 input data

AA3 NO_USE - Not used

AA4 AUD_EXT_CK2 I/O Audio external clock input

AA5 AUD_EXT_CK1 I/O Audio external clock input

AA6 NO_USE - Not used

AA7 NO_USE - Not used

AA8 NO_USE - Not used

AA9 NO_USE - Not used

AA10 NO_USE - Not used

AA11 GNDK_AA11 - Ground pin

AA12 VCCK_AA12 - Digital power input for core

AA13 GNDK_AA13 - Ground pin

AA14 VCCK_AA14 - Digital power input for core

AA15 AVDD18_AP - Analog power input 1.8V for AuxADC and TSENSE

AA16 NO_USE - Not used

AA17 VCCK_VPROC_AA17 - Digital power input for processor

AA18 VCCK_VPROC_AA18 - Digital power input for processor

AA19 NO_USE - Not used

AA20 VCCK_VPROC_AA20 - Digital power input for processor

AA21 NO_USE - Not used

AA22 GNDK_AA22 - Ground pin

AA23 NO_USE - Not used

AA24 NO_USE - Not used

AA25 NO_USE - Not used

AA26 NO_USE - Not used

AA27 SRCLKENA I/O 26MHz co-clock enable output

AA28 WATCHDOG I/O Watchdog reset output

AA29 RTC32K_CK I/O 32K clock input

AB1 I2S0_LRCK I/O I2S channel 0 word select

AB2 I2S0_BCK I/O I2S channel 0 clock

AB3 I2S0_MCLK I/O I2S channel O master clock

MHC-V77DW

89

MHC-V77DW

Pin No. Pin Name I/O Description

AB4 DVDD18_IO_WBCT - Digital power input 1.8V for WBCT/I2C0/LCD

AB5 WB_RSTB I/O WBG reset signal

AB6 F2W_DATA I/O FM 2 wire I2S data

AB7 NO_USE - Not used

AB8 NO_USE - Not used

AB9 G2_RXC I/O MAC receiver Clock

AB10 VCCK_AB10 - Digital power input for core

AB11 VCCK_AB11 - Digital power input for core

AB12 VCCK_AB12 - Digital power input for core

AB13 VCCK_AB13 - Digital power input for core

AB14 NO_USE - Not used

AB15 REFP I/O Positive reference port for internal circuit

AB16 NO_USE - Not used

AB17 NO_USE - Not used

AB18 VCCK_VPROC_AB18 - Digital power input for processor

AB19 VCCK_VPROC_AB19 - Digital power input for processor

AB20 VCCK_VPROC_AB20 - Digital power input for processor

AB21 NO_USE - Not used

AB22 DVDD18_IO_DPI - Digital power input 1.8V for EINT / PCM / UART2

AB23 NO_USE - Not used

AB24 GNDK_AB24 - Ground pin

AB25 NO_USE - Not used

AB26 NO_USE - Not used

AB27 IR I/O lnfrared input

AB28 NO_USE - Not used

AB29 NO_USE - Not used

AC1 NO_USE - Not used

AC2 WB_CRTL5 I/O WBG data bus 5

AC3 WB_CRTL4 I/O WBG data bus 4

AC4 NO_USE - Not used

AC5 NO_USE - Not used

AC6 F2W_CLK I/O FM2 wire I2S clock

AC7 NO_USE - Not used

AC8 DVDD18_IO_RGMII - Digital power input 1.8V for ethernet

AC9 G2_RXDV I/O MAC receiver data valid

AC10 NO_USE - Not used

AC11 NO_USE - Not used

AC12 NO_USE - Not used

AC13 VCCK_AC13 - Digital power input for core

AC14 NO_USE - Not used

AC15 AVSS18_AP - Ground pin

AC16 NO_USE - Not used

AC17 NO_USE - Not used

AC18 VCCK_VPROC_AC18 - Digital power input for processor

AC19 VCCK_VPROC_AC19 - Digital power input for processor

AC20 NO_USE - Not used

AC21 AVDD18_GLOBAL_G1 - Analog power input 1.8V

AC22 NO_USE - Not used

AC23 NO_USE - Not used

AC24 GNDK_AC24 - Ground pin

AC25 NO_USE - Not used

AC26 MSDC0E_RSTB I/O MSDC0E reset output

AC27 MSDC0E_DSL I/O MSDC0E data strobe

AC28 MSDC0E_DAT6 I/O MSDC0E data 6

AC29 MSDC0E_DAT7 I/O MSDC0E data 7

AD1 WB_CRTL2 I/O WBG data bus 2

90

Pin No. Pin Name I/O Description

AD2 WB_CRTL3 I/O WBG data bus 3

AD3 NO_USE - Not used

AD4 WB_SDATA I/O WBG SPI control data

AD5 WB_SCLK I/O WBG SPI control clock

AD6 WB_SEN I/O WBG SPI control enable

AD7 NO_USE - Not used

AD8 G2_RXD0 I/O MAC receiver data 0

AD9 NO_USE - Not used

AD10 GNDK_AD10 - Ground pin

AD11 AUX_IN1 I/O AuxADC external input channel 1

AD12 AUX_IN4 I/O AuxADC external input channel 4

AD13 VCCK_AD13 - Digital power input for core

AD14 AUX_IN9 I/O AuxADC external input channel 9

AD15 AUX_IN7 I/O AuxADC external input channel 7

AD16 NO_USE - Not used

AD17 HDMISD I/O HDMI transmitter I2C data

AD18 VCCK_VPROC_AD18 - Digital power input for processor

AD19 VCCK_VPROC_AD19 - Digital power input for processor

AD20 NO_USE - Not used

AD21 JTDI I/O JTDI

AD22 JTMS I/O JTMS

AD23 NO_USE - Not used

AD24 PCM_CLK I/O PCM audio interface

AD25 PCM_TX I/O PCM audio interface

AD26 MSDC0E_CLK I/O MSDC0E clock output

AD27 NO_USE - Not used

AD28 MSDC0E_DAT2 I/O MSDC0E data 2

AD29 NO_USE - Not used

AE1 WB_CRTL0 I/O WBG data bus 0

AE2 WB_CRTL1 I/O WBG data bus 1

AE3 NO_USE - Not used

AE4 NO_USE - Not used

AE5 NO_USE - Not used

AE6 XIN_WBG I/O CONN_ABB 26MHz input

AE7 AVDD18_WBG_AE7 - Analog power input 1.8V for WiFi/BT/GPS

AE8 G2_RXD1 I/O MAC receiver data 1

AE9 G2_RXD3 I/O MAC receiver data 3

AE10 NO_USE - Not used

AE11 AUX_IN0 I/O AuxADC external input channel 0

AE12 AUX_IN5 I/O AuxADC external input channel 5

AE13 NO_USE - Not used

AE14 AUX_IN6 I/O AuxADC external input channel 6

AE15 AUX_IN3 I/O AuxADC external input channel 3

AE16 NO_USE - Not used

AE17 HDMISCK I/O HDMl transmitter l2C clock

AE18 CEC I/O HDMI CEC pin

AE19 SCL1 I/O I2C 1 clock

AE20 SDA1 I/O I2C 1 data

AE21 JTDO I/O JTDO

AE22 NO_USE - Not used

AE23 UTXD2 I/O UART2 Tx

AE24 NO_USE - Not used

AE25 NO_USE - Not used

AE26 NO_USE - Not used

AE27 MSDC0E_CMD I/O MSDC0E command pin

AE28 MSDC0E_DAT5 I/O MSDC0E data 5

MHC-V77DW

91

MHC-V77DW

Pin No. Pin Name I/O Description

AE29 MSDC0E_DAT1 I/O MSDC0E data 1

AF1 WB_RXIN I/O WiFi/BT RX I negative channel

AF2 WB_RXIP I/O WiFi/BT RX I positive channel

AF3 NO_USE - Not used

AF4 NO_USE - Not used

AF5 AVSS18_WBG_AF5 - Ground pin

AF6 NO_USE - Not used

AF7 AVSS18_WBG_AF7 - Ground pin

AF8 DVDD28_RGMII - Digital power input 1.8/3.3V for ethernet

AF9 G2_RXD2 I/O MAC receiver data 2

AF10 NO_USE - Not used

AF11 NO_USE - Not used

AF12 NO_USE - Not used

AF13 NO_USE - Not used

AF14 AUX_IN2 I/O AuxADC external input channel 2

AF15 AUX_IN8 I/O AuxADC external input channel 8

AF16 NO_USE - Not used

AF17 HTPLG I/O HDMI transmitter Hot Plug

AF18 JTAG_RESET I/O JTAG_ RESET

AF19 NO_USE - Not used

AF20 NO_USE - Not used

AF21 JTCK I/O JTCK

AF22 NO_USE - Not used

AF23 URXD2 I/O UART2 Rx

AF24 UCTS2 I/O UART2 CTS

AF25 URTS2 I/O UART2 RTS

AF26 PCM_RX I/O PCM audio interface

AF27 PCM_SYNC I/O PCM audio interface

AF28 MSDC0E_DAT4 I/O MSDC0E data 4

AF29 MSDC0E_DAT0 I/O MSDC0E data 0

AG1 WB_RXQN I/O WiFi/BT RX Q negative channel

AG2 WB_RXQP I/O WiFi/BT RX Q positive channel

AG3 AVSS18_WBG_AG3 - Ground pin

AG4 NO_USE - Not used

AG5 AVSS18_WBG_AG5 - Ground pin

AG6 AVSS18_WBG_AG6 - Ground pin

AG7 NO_USE - Not used

AG8 NO_USE - Not used

AG9 G2_TXD1 I/O MAC transmitter data 1

AG10 G2_TXD3 I/O MAC transmitter data 3

AG11 MDIO I/O MAC mangement data

AG12

AG13

AG14 NO_USE - Not used

AG15 NO_USE - Not used

AG16 NO_USE - Not used

AG17 NO_USE - Not used

AG18 TESTMODE I Test mode

AG19 NO_USE - Not used

AG20 NO_USE - Not used

AG21 SPI1_MO I/O SPl1 slave data output to master

AG22 SPI2_MO I/O SPl2 slave data output to master

AG23 NO_USE - Not used

AG24 EINT0 I/O GPIO

AVSS18_HDMITX_

AG12

AVSS18_HDMITX_

AG13

- Ground pin

- Ground pin

92

Pin No. Pin Name I/O Description

AG25 EINT3 I/O GPIO

AG26 EINT5 I/O GPIO

AG27 NO_USE - Not used

AG28 MSDC0E_DAT3 I/O MSDC0E data 3

AG29 DVDD18_IO_MSDC0E - Digital power input 1.8V for MSDC0E

AH1 AVSS18_WBG_AH1 - Ground pin

AH2 NO_USE - Not used

AH3 WB_TXIP I/O WiFi/BT TX I positive channel

AH4 WB_TXQP I/O Wifi /BT TX Q positive channel

AH5 GPS_RXIP I/O GPS Rx I positive channel

AH6 GPS_RXQP I/O GPS Rx Q positive channel

AH7 AVSS18_WBG_AH7 - Ground pin

AH8 G2_TXEN I/O MAC transmitter data valid

AH9 GNDK_AH9 - Ground pin

AH10 G2_TXD2 I/O MAC transmitter data 2

AH11 GNDK_AH11 - Ground pin

AH12 HDMITX_REXT I/O External resistor for HDMITX bias

AH13

AH14 HDMITX_CLK_M I/O HDMI transmitter channel CK M

AH15 HDMITX_CH0_M I/O HDMI transmitter channel 0 M

AH16 HDMITX_CH1_M I/O HDMI transmitter channel 1 M

AH17 HDMITX_CH2_M I/O HDMI transmitter channel 2 M

AH18 AVSS18_PLLGP_AH18 - Ground pin

AH19 26M_CLKSQ I/O 26MHz clock input for AP

AH20 AVSS18_PLLGP_AH20 - Ground pin

AH21 SPI1_CSN I/O SPI1 chip select

AH22 SPI1_CLK I/O SPI1 clock

AH23 SPI2_MI I/O SPl2 master data output to slave

AH24 SPI2_CLK I/O SPI2 clock

AH25 EINT4 I/O GPIO

AH26 EINT1 I/O GPIO

AH27 EINT7 I/O GPIO

AH28 DVDD28_DPI - Digital power input 1.8V for EINT / PCM / UART2

AH29 GNDK_AH29 - Ground pin

AJ1 AVSS18_WBG_AJ1 - Ground pin

AJ2 AVSS18_WBG_AJ2 - Ground pin

AJ3 WB_TXIN I/O WiFi/BT TX I negative channel

AJ4 WB_TXQN I/O WiFi/BT TX Q negative channel

AJ5 GPS_RXIN I/O GPS Rx I negative channel

AJ6 GPS_RXQN I/O GPS Rx Q negative channel

AJ7 AVSS18_WBG_AJ7 - Ground pin

AJ8 G2_TXC I/O MAC transmitter Clock

AJ9 G2_TXD0 I/O MAC transmitter data 0

AJ10 NO_USE - Not used

AJ11 MDC I/O MAC mangement clock

AJ12 AVDD18_HDMITX - Analog power input 1.8V for HDMI transmitter

AJ13 NO_USE - Not used

AJ14 HDMITX_CLK_P I/O HDMI transmitter channel CK P

AJ15 HDMITX_CH0_P I/O HDMI transmitter channel 0 P

AJ16 HDMITX_CH1_P I/O HDMI transmitter channel 1 P

AJ17 HDMITX_CH2_P I/O HDMI transmitter channel 2 P

AJ18 AVDD18_PLLGP - Analog power input 1.8V for PLL

AJ19 NO_USE - Not used

AJ20 DVDD18_IO1 - Digital power input 1.8V for IO

AJ21 SPI1_MI I/O SPI1 master data output to slave

AVSS18_HDMITX_

AH13

- Ground pin

MHC-V77DW

93

MHC-V77DW

Pin No. Pin Name I/O Description

AJ22 NO_USE - Not used

AJ23 SPI2_CSN I/O SPI2 chip select

AJ24 GNDK_AJ24 - Ground pin

AJ25 NO_USE - Not used

AJ26 EINT6 I/O GPIO

AJ27 EINT2 I/O GPIO

AJ28 GNDK_AJ28 - Ground pin

AJ29 GNDK_AJ29 - Ground pin

94

BENTEN-MOTHERBOARD BOARD (1/11) IC6002 MT6323L (POWER MANAGEMENT)

Pin No. Pin Name I/O Description

A1 SYSRSTB I Watchdog reset from AP

A2 SRCLKEN I Enables 26MHz CLK

A3 XIN I

A4 XOUT I

A5 DVDD18_IO - Power of VIO18 IO/CORE

A6 AUD_MISO O Uplink AUDIO ADC serial data

A8 DVDD18_DIG - Power of VDlG18

A10 FSOURCE - EFUSE power source

A11 CHG_DM I USB D- for BC1.1 standard

A12 CHG_DP I USB D+ for BC1.1 standard

A13 VCDT I Fractional charger input voltage for charger detection

A14 VBAT_VPA_A14 - Battery power supply input of VPA

A15 VPA_A15 O SW node of VPA

B1 AUXADC_AUXIN_GPS I AUXADC input

B2 AVSS28_AUXADC - GND for AUXADC

B3 GND_LDO_B3 - Ground for LDO

B6 SIM2_AP_SCLK I AP/PMIC SIM2 clock

B7 SPI_CSN I SPI interface's chip select signal to identify which device is selected

B8 AUD_MOSI I Downlink DAC serial data

B9 SPI_MISO I/O SPI interface's serial data signal.Default: Output only.

B10 SPI_CLK I SPI interface's clock

B11 ISINK3 O Current sink channel 3 output

B13 VPA_FB I Feedback of VPA

B14 VBAT_VPA_B14 - Battery power supply input of VPA

B15 VPA_B15 O SW node of VPA

C1 AVDD33_RTC - RTC LDO output. Supply of RTC macro where backup battery can be added.

C2 AUXADC_VREF18 O 1.8V AUXADC reference output

C5 RTC_32K2V8 O RTC domain 32kHz clock output

C7 INT O

C8 SIM1_AP_SCLK I AP/PMIC SIM1 clock

C9 AUD_CLK I 26M clock (can be hopping)

C10 ISINK0 O Current sink channel 0 output

C11 ISINK1 O Current sink channel 1 output

C13 VPROC_FB I Feedback of VPROC

C15 VPROC_C15 O SW node of VPROC

D2 AVDD28_AUXADC - 2.8V power input for AUXADC

D3 AU_VIN0_P I Analog input 1 positive

D4 AU_VIN0_N I Analog input 1 negative

D5 GND_LDO_D5 - Ground for LDO

D6 RTC_32K1V8 O VIO18 domain 32kHz clock output

D7 SIM2_AP_SRST I AP/PMIC SIM2 SRST

D8 SIM1_AP_SRST I AP/PMIC SIM1 SRST

D9 SPI_MOSI I/O

D11 ISINK2 O Current sink channel 2 output

D13 GND_VPROC_FB I Remote sense on ground of VPROC

D15 VPROC_D15 O SW node of VPROC

E1 AU_VIN2_N I Analog input 3 negative

E2 AU_VIN2_P

E6 GND_LDO_E6 - Ground for LDO

E9 GND_LDO_E9 - Ground for LDO

E11 GND_ISINK - GND for ISINK

E13 GND_VPROC_E13 - Ground of VPROC

1. One of 32K crystal connection port while using crystal to generate 32kHz clock

2. Tie to ground with 32kHz crystal absence

1. One of 32K crystal connection port while using crystal to generate 32kHz clock

2. External 32kHz clocks input with 32kHz crystal absence

Default: Output 0
Interrupt to BB, high active

SPI interface's serial data signal.
Default: lnput only.

Analog input 3 positive

I

MHC-V77DW

95

MHC-V77DW

Pin No. Pin Name I/O Description

E14 VBAT_VPROC_E14 - Battery power supply input of VPROC

E15 VPROC_E15 O SW node of VPROC

F2 CLK26M I 26MHz CLK

F3 GND_ABB_F3 - GND of ABB

F5 GND_LDO_F5 - Ground for LDO

F6 GND_LDO_F6 - Ground for LDO

F9 GND_LDO_F9 - Ground for LDO

F11 GND_VPROC_F11 - Ground of VPROC

F12 GND_VPROC_F12 - Ground of VPROC

F14 VBAT_VPROC_F14 - Battery power supply input of VPROC

F15 VBAT_VPROC_F15 - Battery power supply input of VPROC

G1 AU_VIN1_P I Analog input 2 positive

G2 AU_VIN1_N I Analog input 2 negative

G3 ACCDET I Accessory detection input

G6 GND_LDO_G6 - Ground for LDO

G7 GND_LDO_G7 - Ground for LDO

G8 GND_LDO_G8 - Ground for LDO

G9 GND_LDO_G9 - Ground for LDO

G10 GND_LDO_G10 - Ground for LDO

G11 GND_VPROC_G11 - Ground of VPROC

G13 GND_VPA - Ground of VPA

G15 VBAT_VPROC_G15 - Battery power supply input of VPROC

H1 AU_MICBIAS0 - Microphone bias tor main and 2nd microphone

H2 AU_MICBIAS1 - Microphone bias for earphone

H3 AU_HSN O Receiver output

H4 AU_HSP O Receiver output

H5 GND_LDO_H5 - Ground for LDO

H6 GND_LDO_H6 - Ground for LDO

H8 GND_LDO_H8 - Ground for LDO

H10 GND_LDO_H10 - Ground for LDO

H11 GND_LDO_H11 - Ground for LDO

H13 VBAT_VSYS - Battery power supply input of VSYS BUCK

H15 VSYS O SW node of VSYS BUCK

J1 AVDD28_ABB - 2.8V power input for ABB

J2 AU_HPL O Headphone L-ch output

J5 GND_LDO_J5 - Ground for LDO

J7 GND_LDO_J7 - Ground for LDO

J8 GND_LDO_J8 - Ground for LDO

J9 GND_LDO_J9 - Ground for LDO

J11 GND_LDO_J11 - Ground for LDO

J12 GND_VSYS - Ground of VSYS BUCK

J15 VM O VM output voltage

K2 AU_HPR O Headphone R-ch output

K3 BATON I Battery NTC pin for battery and its temperature sensing

K4 GND_ABB_K4 - GND of ABB

K6 GND_LDO_K6 - Ground for LDO

K7 GND_LDO_K7 - Ground for LDO

K8 GND_LDO_K8 - Ground for LDO

K10 GND_LDO_K10 - Ground for LDO

K11 GND_LDO_K11 - Ground for LDO

K12 VRF18 O VRF18 output voltage

K14 VCN18 O VCN18 output voltage

K15 AVDD22_BUCK_K15 - Power supply input of VSYSLDO

L1 SPK_P O Positive output for internal speaker amp

L2 GND_SPK - Ground for VBAT_SPK

L6 GND_LDO_L6 - Ground for LDO

96

Pin No. Pin Name I/O Description

L8 VGP2 O VGP2 output voltage

L9 GND_LDO_L9 - Ground for LDO

L11 GND_LDO_L11 - Ground for LDO

L12 VIO18 O VIO18 output voltage

L15 VCAMD O VCAMD output voltage

M1 SPK_N O Negative output for Internal Speaker Amp

M3 RESETB O System reset release signal

M4 VA O VA output voltage

M6 VMC O VMC output voltage

M8 VIBR O VIBR output voltage

M10 SIMLS2_SCLK O SIMLS2 SCLK

M12 GND_LDO_M12 - Ground for LDO

M13 VCAM_IO O VCAM_IO output voltage

M15 VGP3 O VGP3 output voltage

N1 FCHR_ENB I Force charging ENB

N2 PMU_TESTMODE I PMU testmode signal (tie to GND in normal operation)

N3 VTCXO O VTLDO output voltage

N6 VUSB O VSUB output voltage

N7 VCN33 O VCN33 output voltage

N8 VGP1 O VGP1 output voltage

N10 SIMLS2_SRST O SIMLS2 SRST

N11 SIMLS1_SCLK O SIMLS1 SCLK

N12 SIMLS1_SIO I/O SIMLS1 data signal

N13 GND_LDO_N13 - Ground for LDO

N15 AVDD22_BUCK_N15 - Power supply input of VSYSLDO

P1 PWRKEY I Power key signal

P2 VCN28 O VCN28 output voltage

P3 VIO28 O VIO28 output voltage

P6 VCAM_AF O VCAM_AF output voltage

P7 VBAT_LDOS3_P7 - LDO3 VBAT power

P8 VSIM2 O VSIM2 output voltage

P10 SIMLS1_SRST O SIMLS1 SRST

P11 SIMLS1_AP_SIO I/O SIM1_AP data signal

P12 EXT_PMIC_EN O Enables external PMIC (VBAT domain)

P13 BATSNS I Negative terminal for battery's charging current sensing resistor

P14 VDRV O Charger current drive output

P15 VREF O Bandgap reference voltage

R1 VBAT_SPK - Battery power supply input of SPK

R2 VBAT_LDOS1 - LDO1 VBAT power

R3 VCAMA O VCAMA output voltage

R4 VMCH O VMCH output voltage

R5 VBAT_LDOS2 - LDO2 VBAT power

R6 VEMC_3V3 O VEMC_3V3 output voltage

R7 VBAT_LDOS3_R7 - LDO3 VBAT power

R8 VSIM1 O VSIM1 output voltage

R10 SIMLS2_SIO I/O SIMLS2 data signal

R11 SIMLS2_AP_SIO I/O SIM2_AP data signal

R13 ISENSE I Positive terminal for battery's charging current sensing resistor

R14 CHRLDO O Charger LDO28 output

R15 GND_VREF - Ground for bandgap

MHC-V77DW

97

MHC-V77DW

BENTEN-MOTHERBOARD BOARD (4/11) IC6341, IC6342 NT5CB128M16IP-EK (SD-RAM)

Pin No. Pin Name I/O Description

A1 VDDQ_A1

A2 DQU5 I/O Data Input/output: Bi-directional data bus.

A3 DQU7

A4 NO_USE

A5 NO_USE - Not used

A6 NO_USE

A7 DQU4

A8 VDDQ_A8

A9 VSS_A9 - Ground

B1 VSSQ_B1 - DQ Ground

B2 VDD_B2

B3 VSS_B3

B4 NO_USE

B5 NO_USE

B6 NO_USE

B7

B8 DQU6

B9 VSSQ_B9

C1 VDDQ_C1 - DQ Power Supply: 1.5V +/-0.075V

C2 DQU3 I/O Data Input/output: Bi-directional data bus.

C3 DQU1

C4 NO_USE

C5 NO_USE

C6 NO_USE

C7 DQSU I/O

C8 DQU2 I/O Data Input/output: Bi-directional data bus.

C9 VDDQ_C9

D1 VSSQ_D1

D2 VDDQ_D2

D3 DMU

D4 NO_USE

D5 NO_USE

D6 NO_USE

D7 DQU0

D8 VSSQ_D8 - DQ Ground

D9 VDD_D9 - Power Supply: 1.5V +/-0.075

E1 VSS_E1

E2 VSSQ_E2

E3 DQL0

E4 NO_USE

E5 NO_USE

E6 NO_USE

DQSU

-

DQ Power Supply: 1.5V +/-0.075V

I/O

Data Input/output: Bi-directional data bus.

-

Not used

-

Not used

I/O

Data Input/output: Bi-directional data bus.

-

DQ Power Supply: 1.5V +/-0.075V

-

Power Supply: 1.5V +/-0.075

-

Ground

-

Not used

-

Not used

-

Not used

Data Strobe: Output with read data, input with write data. Edge-aligned with read data, cen­tered in write data. For the x16, DQSL: corresponds to the data on DQL0-DQL7; DQSU corre­sponds to the data on DQU0-DQU7. The data strobe DQS, DQSL and DQSU are paired with

I/O

differential signals DQS, DQSL and DQSU, respectively, to provide differential pair signaling
to the system during reads and writes. DDR3 SDRAM supports differential data strobe only
and does not support single-ended.

I/O

Data Input/output: Bi-directional data bus.

-

DQ Ground

I/O

Data Input/output: Bi-directional data bus.

-

Not used

-

Not used

-

Not used

Data Strobe: Output with read data, input with write data. Edge-aligned with read data, cen­tered in write data. For the x16, DQSL: corresponds to the data on DQL0-DQL7; DQSU corre­sponds to the data on DQU0-DQU7. The data strobe DQS, DQSL and DQSU are paired with
differential signals DQS, DQSL and DQSU, respectively, to provide differential pair signaling
to the system during reads and writes. DDR3 SDRAM supports differential data strobe only
and does not support single-ended.

-

DQ Power Supply: 1.5V +/-0.075V

-

DQ Ground

-

DQ Power Supply: 1.5V +/-0.075V

Input Data Mask: DM is an input mask signal for write data. Input data is masked when DM
is sampled HIGH coincident with that input data during a Write access. DM is sampled on

I

both edges of DQS. For x8 device, the function of DM or TDQS/ TDQS is enabled by Mode
Register A11 setting in MR1.

-

Not used

-

Not used

-

Not used

I/O

Data Input/output: Bi-directional data bus.

-

Ground

-

DQ Ground

I/O

Data Input/output: Bi-directional data bus.

-

Not used

-

Not used

-

Not used

98

Pin No. Pin Name I/O Description

Input Data Mask: DM is an input mask signal for write data. Input data is masked when DM
is sampled HIGH coincident with that input data during a Write access. DM is sampled on

E7 DML

E8 VSSQ_E8

E9 VDDQ_E9

F1 VDDQ_F1

F2 DQL2

F3 DQSL

F4 NO_USE

F5 NO_USE

F6 NO_USE

F7 DQL1

F8 DQL3

F9 VSSQ_F9

G1 VSSQ_G1

G2 DQL6

G3

G4 NO_USE

G5 NO_USE

G6 NO_USE

G7 VDD_G7

G8 VSS_G8

G9 VSSQ_G9

H1 VREFDQ

H2 VDDQ_H2

H3 DQL4

H4 NO_USE

H5 NO_USE

H6 NO_USE

H7 DQL7

H8 DQL5

H9 VDDQ_H9

J1 NC_J1

J2 VSS_J2

J3

J4 NO_USE

J5 NO_USE

J6 NO_USE

J7 CK

J8 VSS_J8

J9 NC_J9

K1 ODT

K2 VDD_K2

K3

DQSL

RAS

CAS

I

both edges of DQS. For x8 device, the function of DM or TDQS/ TDQS is enabled by Mode
Register A11 setting in MR1.

-

DQ Ground

-

DQ Power Supply: 1.5V +/-0.075V

-

DQ Power Supply: 1.5V +/-0.075V

I/O

Data Input/output: Bi-directional data bus.

Data Strobe: Output with read data, input with write data. Edge-aligned with read data, cen­tered in write data. For the x16, DQSL: corresponds to the data on DQL0-DQL7; DQSU corre­sponds to the data on DQU0-DQU7. The data strobe DQS, DQSL and DQSU are paired with

I/O

differential signals DQS, DQSL and DQSU, respectively, to provide differential pair signaling
to the system during reads and writes. DDR3 SDRAM supports differential data strobe only
and does not support single-ended.

-

Not used

-

Not used

-

Not used

I/O

Data Input/output: Bi-directional data bus.

I/O

Data Input/output: Bi-directional data bus.

-

DQ Ground

-

DQ Ground

I/O

Data Input/output: Bi-directional data bus.

Data Strobe: Output with read data, input with write data. Edge-aligned with read data, cen­tered in write data. For the x16, DQSL: corresponds to the data on DQL0-DQL7; DQSU corre­sponds to the data on DQU0-DQU7. The data strobe DQS, DQSL and DQSU are paired with

I/O

differential signals DQS, DQSL and DQSU, respectively, to provide differential pair signaling
to the system during reads and writes. DDR3 SDRAM supports differential data strobe only
and does not support single-ended.

-

Not used

-

Not used

-

Not used

-

Power Supply: 1.5V +/-0.075

-

Ground

-

DQ Ground

-

Reference voltage for DQ

-

DQ Power Supply: 1.5V +/-0.075V

I/O

Data Input/output: Bi-directional data bus.

-

Not used

-

Not used

-

Not used

I/O

Data Input/output: Bi-directional data bus.

I/O

Data Input/output: Bi-directional data bus.

-

DQ Power Supply: 1.5V +/-0.075V

-

No Connect: No internal electrical connection is present.

-

Ground

I

Command Input: RAS (along with CS) defi ne the command being entered.

-

Not used

-

Not used

-

Not used

Clock: CK is differential clock input. All address and control input signals are sampled on the

I

crossing of the positive edge of CK. Output (read) data is referenced to the crossing of CK.

-

Ground

-

No Connect: No internal electrical connection is present.

On Die Termination: ODT (registered HIGH) enables termination resistance internal to the
DDR3 SDRAM. When enabled, ODT is only applied to each DQ, DQS, DQS and DM/TDQS,

I

NU/TDQS (When TDQS is enabled via Mode Register A11=1 in MR1) signal for x8 confi gura-
tions. The ODT pin will be ignored if the Mode Register (MR1) is programmed to disable ODT.

-

Power Supply: 1.5V +/-0.075

I

Command Input: CAS (along with CS) defi ne the command being entered.

MHC-V77DW

99

MHC-V77DW

Pin No. Pin Name I/O Description

K4 NO_USE

K5 NO_USE

K6 NO_USE

K7

K8 VDD_K8

K9 CKE

L1 NC_L1

L2

L3

L4 NO_USE

L5 NO_USE

L6 NO_USE

L7 A10/AP

L8 ZQ

L9 NC_L9

M1 VSS_M1

M2 BA0

M3 BA2

M4 NO_USE

M5 NO_USE

M6 NO_USE

M7 NC_M7

M8 VREFCA

M9 VSS_M9

N1 VDD_N1

N2 A3_N2

N3 A0_N3

N4 NO_USE

N5 NO_USE

N6 NO_USE

N7

N8 BA1

CK

CS

WE

A12/BC

-

Not used

-

Not used

-

Not used

Clock: CK is differential clock input. All address and control input signals are sampled on the

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crossing of the negative edge of CK. Output (read) data is referenced to the crossing of CK.

-

Power Supply: 1.5V +/-0.075

Clock Enable: CKE HIGH activates, and CKE LOW deactivates, internal clock signal and de­vice input buffers and output drivers. Talking CKE LOW provides Precharge Power-Down and
Self Refresh operation (all banks idle), or Active Power-Down (Row Active in any bank). CKE
is asynchronous for self refresh exit. After V

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initialization sequence, it must be maintained during all operations (including Self-Refresh).
CKE must be maintained high throughout read and write accesses. Input buffers, excluding
CK, CK, ODT and CKE are disabled during power-down. Input buffers, excluding CKE, are
disabled during Self-Refresh.

-

No Connect: No internal electrical connection is present.

Chip Select: All commands are masked when CS is registered HIGH. CS provides for external

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Rank selection on system with multiple Ranks. CS is considered part of the command code.

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Command Input: WE (along with CS) defi ne the command being entered.

-

Not used

-

Not used

-

Not used

Address inputs: Provided the row address for active commands and the column address for
Read/Write commands to select one location out of the memory array in the respective bank.
The address inputs also provide the op-code during Mode Register Set commands.
Autoprecharge: A10 is sampled during Read/Write commands to determine whether Auto-

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precharge should be performed to the accessed bank after the Read/Write operation. (HIGH:
Autoprecharge; LOW: No Autoprecharge)
A10 is sampled during a Precharge command to determine the Percharge applies to one bank
(A10 LOW) or all banks (A10 HIGH). If only one bank is to be precharged, the bank is selected
by bank adresses.

-

Reference Pin for ZQ calibration

-

No Connect: No internal electrical connection is present.

-

Ground

Bank Address Inputs: BA0 defi ne to which bank an Active, Read, Write or Precharge com-

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mand is being applied. Bank address also determines if the mode register or extended mode
register is to be accessed during a MRS cycle.

Bank Address Inputs: BA2 defi ne to which bank an Active, Read, Write or Precharge com-

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mand is being applied. Bank address also determines if the mode register or extended mode
register is to be accessed during a MRS cycle.

-

Not used

-

Not used

-

Not used

-

No Connect: No internal electrical connection is present.

-

Reference voltage for CA

-

Ground

-

Power Supply: 1.5V +/-0.075

Address inputs: Provided the row address for active commands and the column address for

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Read/Write commands to select one location out of the memory array in the respective bank.
The address inputs also provide the op-code during Mode Register Set commands.

Address inputs: Provided the row address for active commands and the column address for

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Read/Write commands to select one location out of the memory array in the respective bank.
The address inputs also provide the op-code during Mode Register Set commands.

-

Not used

-

Not used

-

Not used

Address inputs: Provided the row address for active commands and the column address
for Read/Write commands to select one location out of the memory array in the respective

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bank. The address inputs also provide the op-code during Mode Register Set commands.
Burst Chop: A12 is sampled during Read and Write commands to determine if burst chop (on­the-fl y) will be performed. (HIGH: no burst chop, LOW: burst chopped).

Bank Address Inputs: BA1 defi ne to which bank an Active, Read, Write or Precharge com-

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mand is being applied. Bank address also determines if the mode register or extended mode
register is to be accessed during a MRS cycle.

REFCA

has become stable during the power on and

100