Service NR1601 /N1SG/N1B/U1B

Manual Integrated Amplifier

• For purposes of improvement, specifications and design are subject to change without notice.

• Please use this service manual with referring to the operating instructions without fail.

• Some illustrations using in this service manual are slightly different from the actual set.

Ver. 4
NR1601 Please refer to the
MODIFICATION NOTICE.

S0381-0V04DM/DG1110 Copyright 2011 D&M Holdings Inc. All rights reserved.

WARNING: Violators will be prosecuted to the maximum extent possible.
 MARANTZ DESIGN AND SERVICE

Using superior design and selected high grade components, marantz company has created the ultimate in stereo sound.
Only original marantz parts can insure that your marantz product will continue to perform to the specifications for which it
is famous.
Parts for your marantz equipment are generally available to our National Marantz Subsidiary or Agent.
ORDERING PARTS :
Parts can be ordered either by mail or by Fax.. In both cases, the correct part number has to be specified.
The following information must be supplied to eliminate delays in processing your order :
1. Complete address
2. Complete part numbers and quantities required
3. Description of parts
4. Model number for which part is required
5. Way of shipment
6. Signature : any order form or Fax. must be signed, otherwise such part order will be considered as null and void.

USA EUROPE / TRADING CANADA

MARANTZ AMERICA, INC D&M EUROPE B. V. D&M Canada Inc.
100 CORPORATE DRIVE P. O. BOX 8744, BUILDING SILVERPOINT 5-505 APPLE CREEK BLVD.
MAHWAH, NEW JERSEY 07430 BEEMDSTRAAT 11, 5653 MA EINDHOVEN MARKHAM, ONTARIO L3R 5B1
USA THE NETHERLANDS CANADA
PHONE : +31 - 40 - 2507844 PHONE : 905 - 415 - 9292
FAX : +31 - 40 - 2507860 FAX : 905 - 475 - 4159

JAPAN KOREA
D&M Holdings Inc. D&M SALES AND MARKETING KOREA LTD.
D&M BUILDING, 2-1 NISSHIN-CHO, 2F,YEON BLDG.,
KAWASAKI-KU, KAWASAKI-SHI, 88-5, BANPO-DONG, SEOCHO-GU,
KANAGAWA, 210-8569 JAPAN SEOUL KOREA
PHONE : +82 - 2 - 715 - 9041
FAX : +82 - 2 - 715 - 9040

CHINA
D&M SALES AND MARKETING SHANGHAI LTD.
ROOM.808 SHANGHAI AIRPORT CITY TERMINAL
NO.1600 NANJING (WEST) ROAD, SHANGHAI,
CHINA. 200040
TEL : 021 - 6248 - 5151
FAX : 021 - 6248 - 4434

NOTE ON SAFETY :
Symbol z Fire or electrical shock hazard. Only original parts should be used to replaced any part marked with symbol z .
Any other component substitution (other than original type), may increase risk of fire or electrical shock hazard.

安全上の注意：
zがついている部品は、安全上重要な部品です。必ず指定されている部品番号の部品を使用して下さい。

SHOCK, FIRE HAZARD SERVICE TEST :

CAUTION : After servicing this appliance and prior to returning to customer, measure the resistance between either primary
AC cord connector pins (with unit NOT connected to AC mains and its Power switch ON), and the face or Front Panel of
product and controls and chassis bottom.
Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC power is applied,
and verified before it is return to the user/customer.
Ref. UL Standard No. 60065.

In case of difficulties, do not hesitate to contact the Technical

Department at above mentioned address.
091105DM/DG

2
 SAFETY PRECAUTIONS
The following check should be performed for the continued protection of the customer and service technician.

LEAKAGE CURRENT CHECK

Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis
resistance check. if the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the
power cord is less than 460 kohms, the unit is defective.
Be sure to test for leakage current with the AC plug in both polarities, in addition, in each power ON, OFF and STANDBY
mode, if applicable.

CAUTION Please heed the points listed below during servicing and inspection.
◎◎ Heed the cautions! ◎◎ Inspect for safety after servicing!
Spots requiring particular attention when servicing, such Check that all screws, parts and wires removed or
as the cabinet, parts, chassis,etc., have cautions indicated disconnected for servicing have been put back in their
on labels. be sure to heed these causions and the original positions, inspect that no parts around the area
cautions indicated in the handling instructions. that has been serviced have been negatively affected,
◎◎ Caution concerning electric shock! conduct an inslation check on the external metal
connectors and between the blades of the power plug,
(1) An AC voltage is impressed on this set, so touching
and otherwise check that safety is ensured.
internal metal parts when the set is energized could
cause electric shock. Take care to avoid electric (Insulation check procedure)
shock, by for example using an isolating transformer Unplug the power cord from the power outlet, disconnect
and gloves when servicing while the set is energized, the antenna, plugs, etc., and turn the power switch on.
unplugging the power cord when replacing parts, etc. Using a 500V insulation resistance tester, check that the
(2) Tere are high voltage parts inside. Handle with extra inplug and the externally exposed metal parts (antenna
care when the set is energized. terminal, headphones terminal, input terminal, etc.) is
1MΩ or greater. If it is less, the set must be inspected and
◎◎ Caution concerning disassembly and repaired.
assembly!
Through great care is taken when manufacturing parts
from sheet metal, there may in some rare cases be burrs CAUTION Concerning important safety
on the edges of parts which could cause injury if fingers parts
are moved across them. Use gloves to protect your hands. Many of the electric and structural parts used in the set
◎◎ Only use designated parts! have special safety properties. In most cases these
The set's parts have specific safety properties (fire properties are difficult to distinguish by sight, and using
resistance, voltage resistance, etc.). For replacement replacement parts with higher ratings (rated power and
parts, be sure to use parts which have the same withstand voltage) does not necessarily guarantee that
poroperties. In particular, for the important safety parts safety performance will be poreserved. Parts with safety
that are marked z on wiring diagrams and parts lists, be properties are indicated as shown below on the wiring
sure to use the designated parts. diagrams and parts lists is this service manual. Be sure to
replace them with parts with the designated part number.
◎◎ Be sure to mount parts and arrange the wires
as they were originally! (1) Schematic diagrams.......Indicated by the z mark.
For safety seasons, some parts use tape, tubes or other (2).Parts lists.......Indicated by the z mark.
insulating materials, and some parts are mounted away Using parts other than the designated
from the surface of printed circuit boards. Care is also parts could result in electric shock, fires
taken with the positions of the wores omsode amd clamps or other dangerous situations.
are used to keep wires away from heating and high
voltage parts, so be sure to set everything back as it was
originally.

3
NOTE FOR SCHEMATIC DIAGRAM
WARNING:
Parts marked with this symbol z have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.
CAUTION:
Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis resistance check. If the
leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the unit is defective.
WARNING:
DO NOT return the unit to the customer until the problem is located and corrected.
NOTICE:
ALL RESISTANCE VALUES IN OHM. k=1,000 OHM / M=1,000,000 OHM
ALL CAPACITANCE VALUES IN MICRO FARAD. P=MICRO-MICRO FARAD EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL
INPUT CONDITION. CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE.

NOTE FOR PARTS LIST

1. Parts for which "nsp" is indicated on this table cannot be supplied.
2. When ordering of part, clearly indicate "1" and "I" (i) to avoid mis-supplying.
3. Ordering part without stating its part number can not be supplied.
4. Part indicated with the mark "★" is not illustrated in the exploded view.
5. Not including General-purpose Carbon Film Resistor in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.)
6. Not including General-purpose Carbon Chip Resistor in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.)
WARNING: Parts marked with this symbol z have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.

● Resistors
Ex.: RN 14K 2E 182 G FR

Type Shape Power Resist- Allowable Others

and per- ance error
formance

RD : Carbon 2B : 1/8 W F : ±1% P : Pulse-resistant type

RC : Composition 2E : 1/4 W G : ±2% NL : Low noise type
RS : Metal oxide film 2H : 1/2 W J : ±5% NB : Non-burning type
RW: winding 3A : 1 W K : ±10% FR : Fuse-resistor
RN : Metal film 3D : 2 W M : ±20% F : Lead wire forming
RK : Metal mixture 3F : 3 W
3H : 5 W
* Resistance
1 8 2 1800ohm=1.8kohm
Indicates number of zeros after effective number.
2-digit effective number.
1 R 2 1.2ohm
1-digit effective number.
2-digit effective number, decimal point indicated by R.
: Units: ohm
● Capacitors
Ex.: CE 04W 1H 3R2 M BP

Type Shape Dielectric Capacity Allowable Others

and per- strength error
formance

CE : Aluminum foil 0J : 6.3 V F : ±1% HS : High stability type

electrolytic 1A : 10 V G : ±2% BP : Non-polar type
CA : Aluminium solid 1C : 16 V J : ±5% HR : Ripple-resistant type
electrolytic 1E : 25 V K : ±10% DL : For change and discharge
CS : Tantalum electrolytic 1V : 35 V M : ±20% HF : For assuring high requency
CQ : Film 1H : 50 V Z : ±80% U : UL part
CK : Ceramic 2A : 100 V : - 20% C : CSA part
CC : Ceramic 2B : 125 V P : +100% W : UL-CSA part
CP : Oil 2C : 160 V C : ±0.25pF F : Lead wire forming
CM: Mica 2D : 200 V D : ±0.5pF
CF : Metallized 2E : 250 V = : Others
CH : Metallized 2H : 500 V
2J : 630 V

* Capacity (electrolyte only)

2 2 2 2200μF 2 R 2 2.2μF
Indicates number of zeros after effective number. 1-digit effective number.
2-digit effective number. 2-digit effective number, decimal point indicated by R
･ Units:μF. ･ Units:μF.

* Capacity (except electrolyte)

2 2 2 2200pF=0.0022μF 2 2 1 220pF
Indicates number of zeros after efective number. (More than 2) Indicates number of zeros after effective numver. (0 or 1)
2-digit effective number. 2-digit effective number.
･ Units:pF ･ Units:pF
･ When the dielectric strength is indicated in AC,"AC" is included after the dieelectric strength value.

4
TECHNICAL SPECIFICATIONS
nn Audio Section nn Tuner section
• Power amplifier [FM](Note: μV at 75 Ω, 0 dBf = 1 x 10–15 W)
Rated output : Receiving Range (for U) :
Front : [FM] 87.5 MHz – 107.9 MHz [AM]520 kHz – 1710 kHz
50 W + 50 W (8 Ω, 20 Hz – 20 kHz with 0.08 % T.H.D.) Receiving Range (for N) :
75 W + 75 W (6 Ω, 1 kHz with 10 % T.H.D.)
[FM] 87.5 MHz – 108.0 MHz [AM]522 kHz – 1611 kHz
Center :
Usable Sensitivity :
50 W (8 Ω, 20 Hz – 20 kHz with 0.08 % T.H.D.)
75 W (6 Ω, 1 kHz with 10 % T.H.D.) [FM]1.2 μV (12.8 dBf) [AM]18 μV
Surround : 50 dB Quieting Sensitivity (for U) :
50 W + 50 W (8 Ω, 20 Hz – 20 kHz with 0.08 % T.H.D.) [FM]MONO 2.8 μV (20.2 dBf)
75 W + 75 W (6 Ω, 1 kHz with 10 % T.H.D.) 50 dB Quieting Sensitivity (for N) :
Surround Back : [FM]MONO 2.0 μV (17.3 dBf)
50 W + 50 W (8 Ω, 20 Hz – 20 kHz with 0.08 % T.H.D.) STEREO 42 μV (34.5 dBf)
75 W + 75 W (6 Ω, 1 kHz with 10 % T.H.D.) S/N (IHF-A) :
Output connectors : 6 – 8 Ω [FM]MONO 70 dB
• Analog STEREO 67 dB
Input sensitivity/Input impedance : 130 mV/50 kΩ Total harmonic Distortion (at 1 kHz) (for U) :
Frequency response: 10 Hz – 100 kHz — ±3 dB (Source Direct mode) [FM]MONO 0.7 %
STEREO 1.0 %
S/N : 98 dB (IHF–A weighted, DIRECT mode)
Total harmonic Distortion (at 1 kHz) (for N) :
nn Video Section [FM]MONO 0.3 %
• Standard video connectors STEREO 0.7 %
Input/output level and impedance : 1 Vp-p, 75 Ω nn General
Frequency response : 5 Hz – 10 MHz — +1, –3 dB Power supply (for U) : AC 120 V, 60 Hz
• Standard video connectors Power supply (for N) : AC 230 V, 50 Hz
Input/output level and impedance : Power consumption :
Y (brightness) signal — 1 Vp-p, 75 Ω 250 W
PB / CB signal — 0.7 Vp-p, 75 Ω 0.2 W (Standby)
PR / CR signal — 0.7 Vp-p, 75 Ω 3 W (CEC standby)
Frequency response : 5 Hz – 60 MHz — +0, –3 dB Maximum external dimensions :
440 (W) x 105 (H) x 367 (D) mm
Weight : 9.0 kg
nn Remote Control Unit (RC010SR)
Batteries : R03/AAA Type (two batteries)
DIMENSION

22.5
225.0

367
328.5
225

27.6
53.5

19.5 52 19.0
16
90.5
95.8

105

340
14.5

440

5
CAUTION IN SERVICING
Initializing AV SURROUND RECEIVER
AV SURROUND RECEIVER initialization should be performed when the μcom, peripheral parts of μcom, and Digital
P.W.B. are replaced.

1. Turn off the power using ON/STANDBY button.

2. Press ON/STANDBY button while simultaneously pressing ENTER and RETURN buttons.
3. Check that the entire display is flashing with an interval of about 1 second, and release your fingers from the 2
buttons and the microprocessor will be initialized.

Note: •If step 3 does not work, start over from step 1.
•All user settings will be lost and this factory setting will be recovered when this initialization mode.
So make sure to memorize your setting for restoring after the initialization.

ON/STANDBY ENTER RETURN

Service Jigs
When you repair the printing board, you can use the following JIG (Extension cable kit).
Please order to marantz Official Service Distributor in your region if necessary.

8U-110084S : EXTENSION UNIT KIT : 1 Set

(Refer to "JIG FOR SERVICING".)

When you update the firmware, you can use the following
JIG (RS232C to internal connector conversion adapter with 4P FFC cable kit ).
Please order to marantz Official Service Distributor in your region if necessary.

8U-210100S : WRITING KIT : 1 Set

(Refer to "VERSION UPGRADE PROCEDURE OF FIRMWARE".)

6
DISASSEMBLY
• Disassemble in order of the arrow of the figure of following flow.
• In the case of the re-assembling, assemble it in order of the reverse of the following flow.
• In the case of the re-assembling, observe "attention of assembling" it.
• If wire bundles are untied or moved to perform adjustment or parts replacement etc., be sure to rearrange them neatly
as they were originally bundled or placed afterward.
Otherwise, incorrect arrangement can be a cause of noise generation.

CABINET TOP

FRONT PANEL ASSY RADIATOR ASSY HDMI UNIT ASSY

Refer to "DISASSEMBLY Refer to "DISASSEMBLY Refer to "DISASSEMBLY
1. FRONT PANEL ASSY" 2. RADIATOR ASSY" 4. HDMI UNIT ASSY"
and "EXPLODED VIEW" and "EXPLODED VIEW" and "EXPLODED VIEW"
PCB H/P PCB GUIDE_L PCB FRONT_CNT
(Ref. No. of EXPLODED VIEW : 11) (Ref. No. of EXPLODED VIEW : 20) (Ref. No. of EXPLODED VIEW : 45)
PCB USB PCB 7CH_AMP ASSY PCB SIDE_CNT
(Ref. No. of EXPLODED VIEW : 16) (Ref. No. of EXPLODED VIEW : 25) (Ref. No. of EXPLODED VIEW : 47)
PCB FRONT PCB GUIDE_H/S PCB AUDIO_VIDEO ASSY
(Ref. No. of EXPLODED VIEW : 26) (Ref. No. of EXPLODED VIEW : 29) (Ref. No. of EXPLODED VIEW : 48)
PCB GUIDE_R PCB HDMI ASSY
(Ref. No. of EXPLODED VIEW : 30) (Ref. No. of EXPLODED VIEW : 49)
PCB RC-5/M-X
(Ref. No. of EXPLODED VIEW : 50)
PCB REG CNT/PCB REG
Refer to "DISASSEMBLY
3. PCB REG CNT/PCB REG" PCB SPK/PCB SMPS
and "EXPLODED VIEW" Refer to "DISASSEMBLY
PCB REG 5. PCB SPK/PCB SMPS"
(Ref. No. of EXPLODED VIEW : 44) and "EXPLODED VIEW"
PCB REG_CNT PCB SPK
(Ref. No. of EXPLODED VIEW : 43) (Ref. No. of EXPLODED VIEW : 42)
PCB SMPS
(Ref. No. of EXPLODED VIEW : 41)

About the photos used for descriptions in the "DISASSEMBLY" section.

• T
 he direction from which the photographs used herein were photographed is indicated at "Direction of photograph: ***"
at the left of the respective photographs.
• Refer to the table below for a description of the direction in which the photos were taken.
• Photographs for which no direction is indicated were taken from above the product.
• The Photographs is NR1601 N1B model.

The viewpoint of each photograph Direction of photograph: B

(Photografy direction)
Front side
［View from above］

Direction of photograph: C Direction of photograph: D

Direction of photograph: A

7
1. FRONT PANEL ASSY
Proceeding : CABINET TOP → FRONT PANEL ASSY

(1) Remove the screws.

View from bottom

(2) Cut the wire clamp bands, then remove the screws.

Direction of Direction of
photograph: C cut photograph: D

8
(3) Disconnect the connector wires and FFC cable. Remove the screws.

CP303

cut

FFC cable

Please refer to "EXPLODED VIEW" for the disassembly method of each PCB included in FRONT PANEL ASSY.

2. RADIATOR ASSY
Proceeding : CABINET TOP → FRONT PANEL ASSY → RADIATOR ASSY

(1) Remove the screws.

View from bottom

9
(2) Remove the screws.

Direction of Direction of
photograph: C photograph: D

(3) Disconnect the connector wires.

RADIATOR ASSY CP401 CP402 STYLE PIN:Loose

PCB 7CH AMP CP403 CP405

N2706

Please refer to "EXPLODED VIEW" for the disassembly method of each P.W.B included in RADIATOR ASSY.

10
3. PCB REG CNT/PCB REG
Proceeding : CABINET TOP → FRONT PANEL ASSY → RADIATOR ASSY
→ PCB REG CNT/PCB REG

(1) Remove the screws.

PCB REG PCB REG CNT

(2) Disconnect the connector wires and connector board.

CP102 CP104 PCB REG CNT CP10

Direction of photograph: C

PCB REG Board to board CP13A

11
4. HDMI UNIT ASSY
Proceeding : CABINET TOP → HDMI UNIT ASSY

(1) Cut the wire clamp bands, then disconnect the connector wire and FFC cable.

cut

FFC cable

N2706

N2301 N2501 HDMI UNIT ASSY

(2) Remove the screws, then remove the BACK PANEL.

Direction of photograph: A

(3) Remove the PCB RC-5/M-X.

Board to board

PCB RC-5/M-X

12
(4) Disconnect the connector board.
Board to board Board to board

Board to board

PCB HDMI

(5) Remove the screws.

PCB AUDIO_VIDEO

(6) Disconnect the connector wires.

PCB SIDE CNT CP13A CP10 CP401

PCB AUDIO VIDEO CN3 PCB FRONT CNT

13
(7) Disconnect the connector board.
PCB SIDE CNT Board to board PCB FRONT CNT

PCB AUDIO VIDEO Board to board

Please refer to "EXPLODED VIEW" for the disassembly method of each P.W.B included in HDMI UNIT ASSY.

14
5. PCB SPK/PCB SMPS
Proceeding : CABINET TOP → HDMI UNIT ASSY → PCB SPK/PCB SMPS

(1) Remove the Sheet, then remove the screws and SUPPORTER P.C.

SUPPORTER P.C.
Sheet

View from bottom

(2) Disconnect the connector wire, then remove the screws.

Direction of
photograph: D

CX102

15
(3) Disconnect the connector wire, then remove the screws. Remove the PCB SPK/PCB SMPS from the main unit.

CP402

CP403 CP405

CP1

(4) Disconnect the connector board.

PCB SPK PCB SMPS

Board to board

16
SPECIAL MODE
Special mode setting button
b Press the ON/STANDBY button to turn on while pressing both buttons A and B at the same time.

Mode Button A Button B Contents

Firmware versions such as Main, Sub, DSP are displayed in

SURROUND
µcom/DSP Version display mode ENTER the FL manager. Errors are displayed when they occur. (Refer
MODE
to 18 page.)
Errors checking mode SURROUND Displaying the protection history
BAND
(Displaying the protection history) MODE (Refer to 19 page.)
Backup data initialization is carried out.
Initialization mode ENTER RETURN
(Refer to 6 page.)
PURE Operations using main unit panel buttons or master volume are
Panel lock mode BAND
DIRECT rejected.
Panel lock mode PURE
DISPLAY Operations using main unit panel buttons are rejected.
(Remove Master volume) DIRECT
PURE
Cancellation of panel lock mode RETURN Panel lock mode is cancelled.
DIRECT

b When power is turned on, pressing both buttons A and B at the same time for 3 seconds or more.

Mode Button A Button B Contents

Mode for preventing remote control SURROUND Operations using remote control are rejected.
STATUS
acceptance MODE Select with the CURSOR 0 1 button.
Backup of DUAL BACKUP MEMORY is performed.
DUAL BACKUP MEMORY (Backup) STATUS ENTER
(Refer to 21 page.)
Recovery of DUAL BACKUP MEMORY is performed.
DUAL BACKUP MEMORY (Recovery) STATUS MENU
(Refer to 21 page.)
DUAL BACKUP MEMORY Backup of DUAL BACKUP MEMORY is cleared.
STATUS AUTO
(Backup Clear) (Refer to 21 page.)

AUTO MENU STATUS

DISPLAY BAND

ON/STANDBY ENTER RETURN PURE DIRECT

SURROUND CURSOR 0 1
MODE

17
1. µcom/DSP Version display mode
1.1. Operation specifications
µcom/DSP version display mode:
When started up, the version information is displayed.
Starting up:
With the "ENTER" and "SURROUND MODE" buttons pressed, press the "ON/STANDBY" button to turn the power on.
Now, press the "STATUS" button to the display the 2nd item information on the FL Display.

1.2. Display Order

Destination information → Main-µcom version → Main 1st Boot version → Sub-µcom version →
Sub 1st Boot Loader Version → DSP version → APLD version → USB version

1.3. Error display

See the following table for each "Error information" display and its contents (status).
Display order is q,w,e,r,t.

Condition State State

q Sub-μcom NG No response from Sub-μcom SUB ERROR 01

w DIR NG No response from DIR DIR ERROR 01
When DSP boot, executing DSP reset makes no change to DSP1 FLAG0
port "H".
DSP ERROR 01

No change to DSP FLAG0 port "H" before issuing DSP command. DSP ERROR 02
When DSP data read, executing WRITE="L" makes no change to ACK="H". DSP ERROR 03
When DSP data read, executing REQ="L" makes no change to ACK="L". DSP ERROR 04

e DSP1 NG When DSP data write, executing WRITE="H" makes no change to ACK="H". DSP ERROR 05
When DSP data write, executing REQ="L" makes no change to ACK="L". DSP ERROR 06
When DSP special code boot, executing DSP reset makes no change to
DSP FLAG0 port "H".
DSP ERROR 11
No change to DSP FLAG0 port "H" before issuing DSP special read
command.
DSP ERROR 12

No change to DSP FLAG0 port "H" before DSP version read. DSP ERROR 13
r EEPROM NG Error appeared in EEPROM checksum.(*** is a block address number.) E2PROM ERR***
t Both SUB/DSP
(No error display, version display only)
/EEPROM OK

18
2. Errors checking mode (Displaying the protection history)
2.1. Operation specifications
Error mode (Displaying the protection history):
When started up, the error information is displayed.

Starting up:
●All model commonness
With the "SURROUND MODE" and "BAND" buttons pressed, press the "ON/STANDBY" button to turn the power on. The
error (protection history display) mode is set.
Now, press the "STATUS" button to turn on the FL display.

2.2. About the display on the FL display

When the "STATUS" button is pressed after setting the error (protection history display) mode, a history like the one
shown below is displayed, depending on the conditions.
(1) Normally (when there has been no protection incident)

FLD N O P R O T E C T

(2) For ASO (when the last protection incident was ASO protection)

FLD P R T : A S O
Cause: The line between speaker terminals is shorted, or use speakers having impedance less than that specified.
Supplementary information: As the excess current is detected after operation of the speaker relay, the shorted
speaker terminal and the connected speaker can be identified.
Turning on the power without correcting the abnormality will cause the protection function to work about 5 seconds
later and the power supply will be shut off.

(3) For DC (when the last protection incident was DC protection)

FLD P R T : D C
Cause: DC output of the power amplifier is abnormal.
Turning on the power without correcting the abnormality will cause the protection function to work about 5 seconds
later and the power supply will be shut off.

(4) For THERMAL (when the last protection incident was THERMALprotection)

FLD P R T : T H E R M A L
Cause: The temperature of the heat sink is excessive.
Turning on the power without correcting the abnormality will cause the protection function to work about 5 seconds
later and the power supply will be shut off.

z Additional causes of protection can be due to loose connections, associated components, Microprocessor, etc.

When the "STATUS" button is pressed again after the above protection history is displayed, the normal display reappears.

19
2.3. Clearing the protection history
There are two ways to clear the protection history, as described below.

(1) Start up the error (protection display) mode, display the error, then press and hold in the "ENTER" button for 3 seconds.

FLD : T H E R M A L T H E

Press and hold in the "ENTER" button for 3 seconds.

FLD P R T : C L E A R

The above is displayed and the protection history is cleared.

FLD N O P R O T E C T

(2) Initialize. (Refer to "Initializing AV SURROUND RECEIVER" 6 page.)

b If you want to save a backup, use the method in 2.3.(1) above.

Warning indication by the POWER LED

If the power is turned off when a protection incident has been detected, the POWER LED (red) flashes as a warning
according to the conditions in which the protection incident occurred.
(1) ASO/DC PROTECTION : Flashes in cycles of 0.5 seconds (0.25 seconds lit, 0.25 seconds off)
(2) THERMAL PROTECTION : Flashes in cycles of 2 seconds (1 second lit, 1 second off)

20
3. DUAL BACKUP MEMORY
This product has a Dual Backup Memory function. The conventional Backup functions to memorize, in the EEPROM
(U3103) in the circuit, a current setting of the moment the main power is turned off so that it can be restored when it
is turned ON again. Meanwhile, the DUAL BACKUP MEMORY is capable of memorizing any arbitrary setting that is
configured while the product is in operation so as to restore it at any time. When servicing units returned from end-users
for repairs, use this function to back up the current setting (e.g. Tuner Preset). This will enable the units to be returned to
the users after repairs, with the setting unchanged.
NOTE : If end-users use this function, the data will be overwritten.
The contents of the memory do not disappear even if you initialize this unit.
If you want to erase, please refer to 3.2. SERVICE PRECAUTIONS.

3.1. HOW TO OPERATE

-Backup-
(1) Configure a setting you would like to save in the MEMORY and hold down the "STATUS" and "ENTER" buttons on
the Front Panel at the same time for 3 seconds or more.
(2) The FL Display indicates "MEMORY SAVING" while the Backup is being performed.

FLD M E M O R Y S A V I N G
(3) The FL Display indicates "COMPLETE" when the Backup is completed.

FLD C O M P L E T E

-Recovery-
(1) Hold down the "STATUS" and "MENU" buttons at the same time for 3 seconds or more.
(2) The FL Display indicates "MEMORY LOAD" while the Recovery is being performed.

FLD M E M O R Y L O A D
(3) After the FL Display indicates "COMPLETE", the product goes into Standby mode. When the power is restored, the
Recovery is completed.

FLD C O M P L E T E
The FL Display indicates "NO BACKUP" if the DUAL BACKUP MEMORY has not been activated with no data to be
recovered saved in the Memory.

FLD N O B A C K U P

3.2. SERVICE PRECAUTIONS

When the Flash Rom (U3103) on the HDMI PWB is replaced make sure, in order to maintain consistency with the
Backup Memory, to clear the DUAL BACKUP MEMORY in thefollowing way :
-How to clear the Backup Memory-
(1) Hold down the "STATUS" and "AUTO" buttons at the same time for 3 seconds or more.
(2) The FL Display indicates "BACKUP CLEAR" while the memory is being cleared.

FLD B A C K U P C L E A R
(3) After the FL Display indicates "COMPLETE", the operation is completed.

FLD C O M P L E T E

21
JIG FOR SERVICING
When you repair the printing board, you can use the following JIG (Extension cable kit).
Please order to marantz Official Service. Distributor in your region if necessary.
Note: When the connection which is wrong in the JIG (EXTENSION UNIT KIT) is done it becomes cause of damage.

8U-110084S : EXTENSION UNIT KIT : 1 Set

• Connection of PCB HDMI JIG

-Preparation-
8U-110084S : EXTENSION UNIT KIT : 1 Set
Insulation sheet (Do not supply it) : 1 sheet
Ground lead (Do not supply it) : 1 pc

-Procedures-
(1) Remove the screws.

(2) Disconnect the connector board.

Board to board Board to board

Board to board

PCB HDMI

(3) PCB HDMI is detached from the chassis, and it puts it into the state turned inside out.
Please pave an insulation sheet that is larger than PCB HDMI under PCB.
b Connect the ground point of PCB to the chassis with a ground lead or the like.

PCB HDMI

Ground lead

Insulation sheet

22
(4) Connect the four extension jig cables.
PCB HDMI

Insulation sheet

4 3
5
1 6
2

PCB FRONT CNT

PCB SIDE CNT

Connection table of Board to Board

No. Pin Ref. No. PCB Ref. No. PCB

q 11 pin CP3 SIDE CNT N2709 HDMI
w 25 pin CP4 SIDE CNT N2708 HDMI
e 19 pin CP105 FRONT CNT N2701 HDMI
r 17 pin CP106 FRONT CNT N2702 HDMI
t 19 pin CP108 FRONT CNT N2704 HDMI
y 33 pin CP110 FRONT CNT N2707 HDMI

23
ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE
When replaced of the U-PRO (Microprocessor) or the Flash ROM, confirm contents of the following.
After
PWB Name Ref. No. Description Remark
replaced
DIGITAL U3102 R5F64169DFD B SOFTWARE: Main
DIGITAL U3301 R5F3650KNFB B SOFTWARE: Sub
DIGITAL U1903 EN29LV160BB-70TIP B SOFTWARE: DSP ROM
DIGITAL U1707 EPM3032A B SOFTWARE: Audio PLD

After replaced
A : Mask ROM (With software). No need write-in of software to the microprocessor.
B : Flash ROM (With software). Usually, no need write-in of software. But, when the software was updated, you should be
write-in of the new software to the microprocessor or flash ROM. Please check the software version.
C : Empty Flash ROM (Without software). You should be write-in of the software to the microprocessor or flash ROM.
Refer to "Update procedure" or "writing procedure", when you should be write-in the software.

VERSION UPGRADE PROCEDURE OF FIRMWARE

1. Preparations before starting the operation
(1) Personal Computer (Installed “DFW_0002_NR1601_(Rev.1.0.6)”).
(2) RS-232 cable (9P (Male), Straight).
(3) 8U-210100 Writing Kit.

2. Connection of the AV receiver/amplifier

(1) Confirm the power on/off switch of the AV receiver/amplifier is turning off.
(2) Connect the update terminal of AV receiver/amplifier with the “Writing Kit”.
(3) Connect the RS-232C cable from PC with the “Writing Kit”.

4P FFC Cable S706-709 : No Preference S702 : 3.3V

S709

S708

S707

S706

S702

This side is contacts of

flexible card cable.

RS-232C Cable
Writing Kit

PC

3. Turn on the AV receiver/amplifier

Operate the following. Turn on the AV receiver.
(1) Connect the power cable to the AC outlet while simultaneously pushing the "SURROUND MODE " button and the
"RETURN" button of the front panel.
(2) Confirm the power indicator is green and “WRITTING” is displayed in the front panel.

24
4. Run the DFW
Run the “DFW_0002_NR1601_(Rev.1.0.6)” on desktop of PC.

5. Communication check
(1) Click the “Check Comm.” button.

(2) When connection is good, then you can see the “Communication check OK.” message.

(3) If connection is not good, then you can see the “Communication check NG” message.

Please confirm the following

(a) Check the connection of the AV receiver/amplifier and PC. (refer to “2.Connection of the AV receiver/amplifier” )
(b) Check the operation mode of the AV receiver/amplifier. (refer to “3.Turn on the AV receiver/amplifier”)
(c) Check the selection of the RS-232C port number of PC.

25
6. Download the firmware
(1) Click the "Load" button.

(2) Download the firmware from the specified download source to PC.

7. Complete the firmware updating

(1) Click the “Update” button.

(2) When writing of the firmware is completed, the power of this unit turns on automatically and you can see the “Update
completed” message.

(3) If you can’t complete the firmware update, please retry the firmware update from “3. Turn on the AV receiver/
amplifier”.

26
8. Notice:
Please keep the following notice for firmware update.
(a) Keep the PC environment
(b) Avoid the communication cable from the electrical noise source.
(e.g. telephone cable, AC line, a fluorescent light)
(c) Don’t remove cable during update.
(d) Don’t turn off the power during update.
(e) Don’t run other PC application during update.
(f) Stop the resident program on PC (Virus checker and System check utilitu, etc)
(g) Stop the screen saver on PC.
(h) Stop the power save ability on PC.
(i) In case of laptop PC, Use the AC adaptor.

Confirming the firmware’s number after upgraded

After completion of the updating operation, the new version number can confirmed by starting up the NR1601 according
to the following procedure.
With the following operation, the NR1601 can be set to the Flash ROM Version-Number Confiemation mode.
Turn on power switch while simultaneously pressing "SURROUND MODE" and "ENTER" buttons on the front panel.
Every time the "STATUS" button is pressed, version number of the Model, Main, Sub, … are indicated on the front panel
section in the following order.

Depression Button Name Remarks

1 STATUS Model Name NR1601_ _ * _ _ _ _ _ _ _
2 STATUS Main CPU _Main_ _ _ _ _ : * * . * *
3 STATUS - _Main_FBL_: * * . * *
4 STATUS Sub CPU _Sub: **.**
5 STATUS - _Sub_FBL_ _ : * * . * *
6 STATUS DSP ROM _DSP_ _ _ _ _ _ : * * . * *
7 STATUS Audio PLD _A_PLD : _ A * * * * * * *
8 STATUS USB ROM _USB_ _ _ _ _ _ _ _ _ : * * * d

27
 Symbols in the table
S This indicates the audio output channels or surround parameters that can be set.
D This indicates the audio output channels. The output channels depend on the settings of “Speaker Config.”.
Channel output Surround Parameter
Surround mode Front Surround Surround Back HT-EQ. DRC D. Comp LFE
Center Front Height L/R Subwoofer
L/R L/R L/R z3 z4 z5 z6
DIRECT (2channel) S Dz2 S S
DIRECT (Multi-channel) S D D Dz1 Dz1 D S S S
STEREO S D S S S
MULTI CH IN S D D D D D S S
DOLBY PRO LOGIC gz S D D D D S S S
DOLBY PRO LOGIC gx S D D D D S S S
DOLBY PRO LOGIC g S D D D S S S
DTS NEO:6 S D D D D S S S
DOLBY DIGITAL S D D D D D S S S
DOLBY DIGITAL Plus S D D D D D S S S
DOLBY TrueHD S D D D D D S S S
DTS SURROUND S D D D D D S S S
DTS 96/24 S D D D D D S S S
DTS-HD S D D D D D S S S
DTS Express S D D D D D S S S

28
MULTI CH STEREO S D D D D D S S
DOLBY VIRTUAL SPEAKR S Dz2 S S
SURROUND MODES AND PARAMETERS

Neural S D D D D S S S
Dolby Headphone S S S S
z1 A signal for each channel contained in an input signal is output as audio.
z2 Only when “Subwoofer Mode” is set to “LFE+Main”-, sound is output from the subwoofer.
z3 For HD Audio whose sampling frequency of an input signal is more than 96kHz, this sound parameter cannot be set.
z4 This item can be selected when a Dolby TrueHD signal is played.
z5 This item can be selected when a Dolby Digital or DTS signal is played.
z6 This item can be selected when a Dolby Digital or DTS signal or DVD-Audio is played.
 Surround Parameter Audyssey Settingsz11
Dynamic M-DAX
Surround mode Tonez7 Dynamic
Height Gain Panorama Dimension Center Width Center Image MultEQ® z10
EQ®z8 Volume®
z9
DIRECT (2 channel)
DIRECT (Multi-channel)
STEREO S S S S S
MULTI CH IN S S S S
DOLBY PRO LOGIC gz S S S S S S
DOLBY PRO LOGIC gx S S S S S S S S
DOLBY PRO LOGIC g S S S S S S S S
DTS NEO:6 S S S S S S
DOLBY DIGITAL S S S S
DOLBY DIGITAL Plus S S S S
DOLBY TrueHD S S S S
DTS SURROUND S S S S
DTS 96/24 S S S S
DTS-HD S S S S
DTS Express S S S S
MULTI CH STEREO S S S S S

29
DOLBY VIRTUAL SPEAKER S S S S S
Neural S S S S S
Dolby Headphone S S
z7 This item cannot be set when “Dynamic EQ” is set to “ON”.
z8 This item cannot be set when “MultEQ” is set to “OFF” or “Manual”.
z9 This item cannot be set when “Dynamic EQ” is set to “OFF”.
z10 This item can be set when the input signal is analog, PCM 48 kHz or 44.1 kHz.
z11 For HD Audio whose sampling frequency of an input signal is more than 96 kHz, this sound parameter cannot be set.
 Symbols in the table
S This indicates the selectable surround mode.
Input signal types and formats
PCM DTS-HD DTS DOLBY DOLBY DIGITAL
Surround mode NOTE DTS-HD DOLBY
ANALOG DTS-HD DTS ES DTS ES DOLBY DOLBY DOLBY
LINEAR PCM LINEAR PCM High DTS DTS DOLBY DOLBY DIGITAL EX
Master DSCRT MTRX DTS 96/24 DIGITAL EX DIGITAL DIGITAL
(multi ch) (2ch) Resolution EXPRESS (5.1ch) TrueHD DIGITAL Plus (With no
Audio (With Flag) (With Flag) (With Flag) (5.1/5/4ch) (2ch)
Audio Flag)
DTS SURROUND
DTS-HD MSTR S
DTS-HD HI RES S
DTS ES DSCRT6.1 z1 S
DTS ES MTRX6.1 z1 S
DTS SURROUND S S S
DTS 96/24 S
DTS (–HD) + PLgx MOVIE z2 S S S S S S S
DTS (–HD) + PLgx MUSIC z1 S S S S S S S
DTS (–HD) + PLgz z3 S S S S S S S
DTS EXPRESS S
DTS (–HD) + NEO:6 z1 S S S S S S
DTS NEO:6 CINEMA S S S
DTS NEO:6 MUSIC S S S
DOLBY SURROUND

30
DOLBY TrueHD S
DOLBY DIGITAL+ S
DOLBY DIGITAL EX z1 S S S
DOLBY (D+) (HD) +EX z1 S S
DOLBY DIGITAL S S S
DOLBY (D) (D+) (HD) +PLgx MOVIE z2 S S S S S
DOLBY (D) (D+) (HD) +PLgx MUSIC z1 S S S S S
DOLBY (D) (D+) (HD) +PLgz z4 S S S S S
DOLBY PRO LOGIC gx MOVIE z1 S S S
DOLBY PRO LOGIC gx MUSIC z1 S S S
DOLBY PRO LOGIC gx GAME z1 S S S
DOLBY PRO LOGIC gz z3 S S S
DOLBY PRO LOGIC g MOVIE S S S
DOLBY PRO LOGIC g MUSIC S S S
DOLBY PRO LOGIC g GAME S S S
z1 If “Speaker Config.“ – “S.Back“ is set to “None”, this surround mode cannot be selected.
z2 If “Speaker Config.“ – “S.Back“ is set to “1sp” or “None”, this surround mode cannot be selected.
z3 If “Speaker Config.“ – “Front Height“ is set to “None”, this surround mode cannot be selected.
 Input signal types and formats
PCM DTS-HD DTS DOLBY DOLBY DIGITAL
Surround mode NOTE DTS-HD DOLBY
ANALOG DTS-HD DTS ES DTS ES DOLBY DOLBY DOLBY
LINEAR PCM LINEAR PCM High DTS DTS DOLBY DOLBY DIGITAL EX
Master DSCRT MTRX DTS 96/24 DIGITAL EX DIGITAL DIGITAL
(multi ch) (2ch) Resolution EXPRESS (5.1ch) TrueHD DIGITAL Plus (With no
Audio (With Flag) (With Flag) (With Flag) (5.1/5/4ch) (2ch)
Audio Flag)
MULTI CH IN
MULTI CH IN S
MULTI CH IN + PLgx MOVIE z2 S
MULTI CH IN + PLgx MUSIC z1 S
MULTI CH IN + PLgz z3 S
MULTI CH IN + Dolby EX z1 S
MULTI CH IN 7.1 S
DIRECT S S S S S S S S S S S S S S S S
MULTI CH STEREO S S S S S S S S S S S
DOLBY VIRTUAL SPEAKER S S S S S S S S S S S S S S S S
NEURAL S S
DOLBY HEADPHONE S S S S S S S S S S S S S S S S
z1 If “Speaker Config.“ – “S.Back“ is set to “None”, this surround mode cannot be selected.
z2 If “Speaker Config.“ – “S.Back“ is set to “1sp” or “None”, this surround mode cannot be selected.
z3 If “Speaker Config.“ – “Front Height“ is set to “None”, this surround mode cannot be selected.

31
ADJUSTMENT
Audio Section
Idling Current
Required measurement equipment: DC Voltmeter

1. Preparation
(1) Avoid direct blow from an air conditioner or an electric fan, and adjust the unit at normal room temperature
15 °C ~ 30 °C (59 °F ~ 86 °F).
(2) Presetting
• POWER (Power source switch) STANDBY
• SPEAKER (Speaker terminal) No load
(Do not connect speaker, dummy resistor, etc.)

2. Adjustment
(1) R
 emove top cover and set VR401, VR402, VR403, VR404, VR405, VR406, VR407 on 7CH AMP UNIT at fully
counterclockwise (c) position.
(2) C
 onnect DC Voltmeter to test points (FRONT-Lch: TP401, FRONT-Rch: TP402, CENTER ch: TP403, SURROUND-
Lch: TP404, SURROUND-Rch: TP405, SURROUND-BACK Lch: TP406, SURROUND-BACK Rch: TP407).
(3) Connect power cord to AC Line, and turn power switch "ON".
(4) Presetting.
MASTER VOLUME : "---" counterclockwise (c min.)
SPEAKER (Speaker terminal) : No load
(Do not connect speaker, dummy resistor, etc.)
MODE : MCH STEREO
FUNCTION : DVD
(5) W
 ithin 2 minutes after the power on, turn VR401 clockwise (x) to adjust the TEST POINT voltage to
2.0 mV ± 0.5 mV DC.
(6) After 10 minutes from the preset above, turn VR401 to set the voltage to 3.0 mV ± 0.5 mV DC.
(7) Adjust the Variable Resistors of other channels in the same way.

7CH AMP UNIT

TP404 TP405 TP402

TP401 VR404 VR403 TP403 VR402 TP406 TP407
VR405 VR406 VR407
VR401

F Lch S Lch C ch S Rch F Rch S Back Lch S Back Rch

DC Voltmeter

32
TROUBLE SHOOTING
1. POWER
1.1. Power not turn on
Power not turn on.

When the power turned on, NO YES

does the FLD on the front Is the fuse blown? Refer to 1.2.Fuse is blown.
panel light?

NO

Is a DC 5V voltage output Check for damage

Is a DC 5V voltage being NO when the cord supplying the NO in the SMPS B'D
supplied from the SMPS B'D power from the SMPS B'D parts and replace any
(CX101) to the μ-com? to the HDMI B'D (N2501) is defective parts.
unplugged?

YES YES YES

Check circuitry and parts from

Check μ-com periphery N2501 on the HDMI B'D to the
circuitry of HDMI B'D and μ-com power supply for damage
replace any defective parts. and shortcircuits, and replace
any defective parts.

Are there any incomplete

About 10 seconds later, YES NO Check "Errors
connections in the connectors
does the sound where relay checking mode".
connecting between the
enters? (Refer to 19 page.)
various circuit boards?

NO YES

YES
Is the fuse blown? Refer to 1.2. Fuse is blown. Connect the connectors properly.

NO

Check voltage of N2706 (1- Check circuitry and parts from N2706 on
5PIN) of HDMI B'D while the 0V the HDMI B'D to the μ-com for damage
ON/STANDBY indicator is and shortcircuits, and replace any
flashing green. defective parts.

0.6V or -0.6V

Pull out connector (CP1) of

SPK BD, and check "Errors
checking mode".
(Refer to 19 page.)

1.2. Fuse is blown

Fuse is blown

Check for short circuits in the Check for short circuits in

Check for leaks or short
rectifier diodes and circuitry of the power stabilizer unit's
circuits in the primary side
the secondary side rectifying regulator output terminal and
parts, and replace any
circuits, and replace any the ground, and replace any
defective parts.
defective parts. defective parts.

After repairing, also replace the fuse.

33
2. Analog video

MONITOR OUT (CVBS) output NG

Input CVBS Input COMPONENT

Function : SAT Function : SAT

To A Not output

MONITOR OUT (COMPONENT) output NG

Input CVBS Input COMPONENT

Function : SAT Function : SAT

Not output To B

HDMI OUT outpu NG

Input CVBS Input COMPONENT Input

Function : SAT Function : SAT HDMI

To troubleshooting
To C 3. HDMI/DVI.

34
A Input
CVBS

Check power supply voltage.

NG
FRONT CONNECTOR B'D
REGULATOR B'D flaw.
V+5V : CP13B-4pin
V-5V : CP13B-1pin

OK

Check on set value of each IC.

HDMI B'D
L2706 : H(5V)
L2707 : L(0V) NG
L2708 : L(0V) HDMI B'D flaw.
L2710 : H(5V)
L2711 : H(5V)

OK

Extend HDMI B'D using a jig.

Check power supply voltage. NG

Check connection of FRONT
V+5V : IC811-21pin NG
CONNECTOR BD and AV BD. Check cable between main unit
V-5V : IC811-16pin
and player or check player.
OK

Check output of video amplifier. NG Check input of selector(IC809). NG Check input of selector(IC809).
V : IC808-7pin V : 3pin V : 14pin

OK OK

Check power supply voltage of Check power supply voltage of

OK IC808, and surrounding circuitry IC809, and surrounding circuitry
soldering. soldering.

Check output of video amplifier. NG Check input of OSD IC(IC810). NG Check input circuitry soldering of
V : IC805-1pin V : 15pin OSD IC(IC810).

OK

Check power supply voltage of

IC810 and IC805, and check
OK
oscillation of IC810.
(X'TAL / LC oscillation)

NG Check input of selector(IC804).

Check output of video amplifier.
V : IC807-1pin V : 11pin

OK

Check power supply voltage of

OK IC807 and IC804, and surrounding
circuitry soldering.

Check cable between main

unit and monitor or check
monitor.
b Unless specified, AV B'D part.

35
B Input
COMPONENT

Check power supply voltage.

NG
FRONT CONNECTOR B'D
REGULATOR B'D flaw.
V+5V : CP13B-4pin
V-5V : CP13B-1pin

OK

Check on set value of each IC.

NG
HDMI B'D
HDMI B'D flaw.
L2701 : H(3.3V)
L2702 : H(3.3V)

OK

Extend HDMI B'D using a jig.

Check power supply voltage. NG

Check connection of FRONT
V+5V : IC811-21pin
CONNECTOR BD and AV BD.
V-5V : IC811-16pin

OK

Check output of video amplifier. Check intput of video amplifier.

NG NG
COMP-Y : IC811-24pin COMP-Y : IC811-5pin Check cable between main unit and
COMP-CB : IC811-22pin COMP-CB : IC811-12pin player or check player.
COMP-CR : IC811-20pin COMP-CR : IC811-13pin

OK OK

Check cable between main

Check surrounding circuitry
unit and monitor or check
soldering of IC811.
monitor.
Check FRONT CONNECTOR
B'D flaw, and connection of
FRONT CONNECTOR B'D,
AV B'D and HDMI B'D.

C Input
CVBS/COMPONENT

Check input signal of VIDEO DECODER

HDMI B'D NG NG
Check signal DET
V : L2718 Input CVBS : to A
V_L2704 : H(+3.3V)
COMPONENT-Y : L2717 Input COPONENT : to B
COMPONENT_L2703 : H(+3.3V)
COMPONENT-Cb : L2716
COMPONENT-Cr : L2715

OK

Check FRONT CONNECTOR B'D

OK flaw, and connection of FRONT
CONNECTOR B'D or HDMI B'D and
VIDEO B'D.

HDMI B'D flaw

b Unless specified, AV B'D part.

36
3. HDMI/DVI
3.1. No picture or sound is output

No picture or sound is output.

Check HDMI/DVI cable connection.

NO
There may be a problem with the HDMI/DVI
(1) Is the HDMI/DVI cable properly connected?
cable. Check connection.

YES

YES
(2) Are you using an HDMI/DVI selector, repeater or a device for Disconnect everything and connect only the
improving picture quality? HDMI/DVI cable to check

YES

NO
Use a certified HDMI cable (one with the
(3) Are you using a certified HDMI cable (one with the HDMI stamp)?
HDMI stamp).

YES

NO Replace the HDMI/DVI cable with one that

(3) Are you using an HDMI/DVI cable less than 5 meters in length? is less than 5 meters in length (2 meters
recommended) to check.

YES

YES
(4) Are the picture and sound output when another HDMI/DVI cable
The HDMI/DVI cable is defective.
is used?

NO

Check BD/DVD player.

YES

YES
Check HDMI output setting, referring to the
(5) Is the BD/DVD player's HDMI output setting correct?
BD/DVD player's operating instructions.

YES

(6) When using a marantz BD/DVD player's, is the fluorescent

display tube's "HDMI" indicator lit? If using a non-marantz BD/
DVD player's, proceed to "YES".

YES

(7) Are the picture and sound output YES Set the BD/DVD player's output resolution to
NO when the BD/DVD player's
a resolution with which the TV is compatible.
resolution is changed?

NO

(8) Is sound output from the set's speaker terminals when the TV's YES The BD/DVD player's may not be compatible
power is turned off or the connection cable between the TV and with HDCP repeaters. Ask the BD/DVD
the set is disconnected? player's manufacturer.

NO

(9) Are the picture and sound YES

output when a different BD/ The BD/DVD player's is defective.
DVD player's is used?

NO

37
Check TV

NO Use an HDCP-compatible TV. PC TVs

(10) Is the TV HDCP-compatible?
cannot be used.

YES

If the TV is not compatible with resolutions

NO
of 1080P, no picture will be output, even
(11) Is the TV compatible with resolutions of 1080P?
if the BD/DVD player's resolution is set to
1080P.

YES

NO
Check TV's input setting, referring to the
(12) Is the TV's input set to HDMI?
TV's operating instructions.

YES
NO
(13) Are the picture and sound output when a different TV is used? The TV is defective.

Check set (NR1601)

NO
Check set's input setting, referring to the
(14) Is the set's input set to HDMI?
set's operating instructions.
YES YES

The set does not recognize the TV.

(15) Is 5V supplied to C9096?
Is the "H"(3V-5V) signal outputted of U1501 (30pin)?
NO
Is communication waveform confirmed in D1504(DDC_CLK),
D1503(DDC_DATA)? To item (26).
Is 1pin/3pin/4pin/6pin/7pin/9pin/10pin/12pin of HDMI connector
(K1501) terminated by 3.3V and is the signal output?
With the TV connected, Check voltage of the IC on the side on
which the TV is connected.

YES YES

The BD/DVD player does not recognize the

connection with the set.
(17)
Is the "H"(3V-5V) signal outputted of HDMI
(16) connector (K1001/K1002/K1003/K1004 : 19pin)?
NO NO
When using a marantz Is communication waveform confirmed in The pattern and circuit
BD/DVD player, is the FL HDMI connector (K1001/K1002/K1003/ from the HDMI connector
display's "HDMI" indicator lit? K1004)15pin(DDC_CLK)/16pin(DDC_DATA)? (K1001/K1002/K1003/
If using a non-marantz BD/ Is 1pin/3pin/4pin/6pin/7pin/9pin/10pin/12pin of K1004) to the U1001 is
DVD player, proceed to HDMI connector (K1501) terminated by 3.3V and defective.
"NO". is the signal output?
With the BD/DVD player connected, Check
voltage of the HDMI connector for the input
on the side on which the BD/DVD player is
connected.

YES YES

The HDMI input circuitry is defective.

(U1001 and surrounding circuitry)

38
Check operation of each device.
(AMP source : BD / Video input of player : 480P / Connect the TV.)

Check operation of U1001.

(18) Check power supply. NO

Is 1.8V supplied to C1019/C1053/C1037/L1003? The power supply circuitry is defective.
Is 3.3V supplied to C1112/C9032/C1124/C1122?

YES

(19) Check xtal oscillator. NO

The X1001, X1002 or U1001 is defective.
Is there 28.6363MHz oscillation of X1001/X1002?

YES

(20) Check RESET. NO

Is RESET waveform confirmed in U5500 (53pin), when power is The RESET circuitry or U1001 is defective.
turned on? (If continued to "H" or " L", proceed to "NO".)

YES

(21) Check output signal. NO

Is waveform confirmed in R1063 (IPINDE/IPINVSYNC/ The U1001 is defective.
IPINHSYNC/IPINPCK). (If not continued to " L", proceed to "YES".)

YES

Check operation of U1501.

NO
(22) Check power supply.
The power supply circuitry is defective.
Are 1.8V or 3.3V supplied to U1501 (each power supply pin)?

YES

(23) Check RESET.

NO The RESET circuitry (Q1501 and
Is RESET waveform confirmed in U1501 (38pin), when power is
surrounding circuitry) or U1501 is defective.
turned on? (If continued to "H" or " L", proceed to "NO".)

YES

The pattern and circuit from the HDMI connector (K1510) to the
IC(U1510) is defective, or HDMI output circuitry is defective (U1510
and surrounding circuitry).

39
 3.2. HDMI test point and waveforms
C9000

N2501
C9005
C9010

N2704

N2702
N2705

N2701
L2516 C9015
C9020
C2702 C2560 C2568
L2736 N2703

C9152
N2707
L2724
L2725
L2726
L2727
L2728
L2729
L2730

L2732
L2733
L2734

C2359
C2360
C2362
C2361
R2136
R2135
B L2735 R2512 R2517 C2502

C2517
L2747

L2744
L2750
L2749
L2748
L2746
L2745
L2743
L2742
L2740
L2739

C9063

L2720
L2751
L2755
L2754
L2752
L2753

L2741

C2518

L2719
R2502

L2737

L2827
L2826
L2731

L2738

L2829
L2828

L2718
L2717
L2716
L2715
L2714
R1002
C9073 C9083 C2529 R2513 C2520

C2701

C2521
C2130 R2332

L2721
L2756
C2904 C2547 Q2517 Q2528

L2303
R2515
R2514 C2503
C2129

C2111
R2503

Q2525

Q2515
C2530

U2504

L2709
L2708
L2707
L2706
L2705
L2704
L2703
L2702
L2713
L2712
L2710

L2701
L2711

C9090
C9095
C2532
R2518

U2502
C2112

R2532
U2903

U2503
U2305

U2501
U2104
U2103
C9098 C9102 F

R2529
C2545
L2507 L2502 C2524 L2506 L2510
C2501

C9030
C2356
C2161
L2512

R2534
C2516
C D R2510 R2516 R2501 C2903 Q2516 Q2522 Q2521 Q2519 Q2520 Q2518

C2124
C2114
C2101

C9045
L2511

C2116
C2136

R2527
C2528 R2511 C2519 L2508 C2522 C2513 L2501 C2515 L2505 L2509 C2523 C2514 L2504

C9040

C9025
C9035
R2180
R2168
R2167

C2156
C2131 F C9050 L2503

C2555
C2121

Q2523
C2553
R1751 R1752

C2541
R2526
C2544

R2525
C2543
R2102

L2821
L2822

C9111
C2122 C2716 C2542 R2522

C9115
C9055

C9065
C9070
C9099
C9060
C9103

C9075
C9080
C9085
C9123
C9086

C9107

C9119
R2107 R2109 R2118 R2152

R2523

R2524
Q2524

C2540
C2162

L2722
U2101

L2723

C2155
R2165
R2166
R2179
C2126

R2108 R2110 C2140 R2151 N1701 TOP

C9044
L2765
C9081 R3378

Q2529
C9151

R2130
R2140
C2148
R2117
R2103

R2106
C2132 C2133 R2149 R2115

R2528
C2105 C9113 C9072

L2762
L2763
L2764
R2105 R2104 R2150 C2139 1 7

R2533
B C9076 C3309

L2812
C9087

L2811
C
C2115

C2110

C2120

C9141
C2147
R2139
C2102

R2129
R2116
R2101 C9117 C9097
C9130 C2109 C2907 2 40 R2519 R3318 C2551 C2548
C9126 C2549 C2550

C9002
B2701

R2178
R2164
R2163
C2154

C2552
U3301

S1301
R3373
R3358 C2546

R3369 R3308
R2520

C9149
R2909

C3306 R3312

R3302
C2906 C2538 C2537 R3319 7 1
C2720

R3371
L2809 R2114 R2148 R3374 C1322

N1301
Q2507

C1351
1 39 C2138 R2147 R3375

Q2508
C1323

R3307

R3359
R3301

R3311

R3313
C2718 R3303 R3361 U1301 TOP
U2905

L2784 L2785 L2786 L2823

R2128
R2138
C2146
R2113
R2531 Q2527

L2810 R2549 R3355

U2904

N2710 R3304 C9109 Q1301

C2711

N2709 R3172 C9145 R3362 R3357

L2818

R3134 L2817

11
C2708 C9121 R3363 R3320
R3133 R2908
G L2816 C2709 R3364 R3321 C1360

R1322
C2153

R2162
R2177
R1325

R1321
R2161
R2905 R2910 L2782 L2783 R3136 R3135 L2814 C2707 R3366 R3365 R3322 R1337 R1327 C9027

R1326
C2908 L2787
L2788
L2789
R1335 R1333

C1321
L2813 C2704 C3301 HSDA
C2721

L2830
I C9140 R1301 U1302 R1336 R1328

N3301
Q2532
R2536

C9052
R2145 R2111 R1331 R1329
C2706
R2530

C2703 C3302

R1324
R1323
C9136
Q2526

R2146 C2137

U2505 C2556
Q2902 R3367 1

R3324
C2554

C3313 U3302
L2771 L2773 D R3368 R3370
L2772 L2774
L2775
L2780

R3356
44

L2781
L2766 R2535

Q2531 R1317 R1318

C2911 R2913 R2912 R2911

45

176
C2145
R2137
R2127
R2701 L2803

R2112
R2926
Q2904 R2928
D3105

R1304
R1907 R1350

TOP
L2804 R3169 C9125 R3309 C9007
R2702 L2805 R3170 C3104 R3351 R1349

R1914

R3323
R1917

1
L2767
L2768
L2769
L2770

C2909
R3122 R3104
R3167

R2703 L2806 A C3103

C3111

R1918 R1916 R1915 R1913

C9092
HSCL
R2704 L2808 R3119 D3110

R3315
R3316
R3305
R3165

R3306

C9003
R1902

R3317
C3304

R1316
L2807 R1330

C3303
C9051

R2925 R3127 R3151 C1947 C9129 C1305

R2914 C2910
C9074 R3129 R1904

Q2903
C3113 R3166 R3152

R1919
S1901
C9079

R1315
144 R3143 R3163 C3126 C9133 X3302 C9135

U1303

X1301
109

N2708 L2802 R3164 R3346 C9105

C9112
1 108 R3173

R1314
L2801 R3120 R3174 R3175 TOP C3317

N1901
R3121 Q2905 R3176 R3347 C9082
L2800 L2799 R3125 R3162

R1332
C1304
R3345

R1906

R1313
R2937 Q2907 R3161 C1912 1 10 R3342 C9101
C3316

C1901
L2815 C2724 R3126 R2927 R1911 C1902

C1358
U1901 R3340
L2797

C2705 C1908 C1919

C1343

R1303
L2798 C9042 88 133

C9127
L1001
C1921

R3160
R3145
157

R3146
R3150
R3149
R3148
R3147
R2915 Q2906 208 R1319 R1320 89 132
C1922

R1747
C1037

R1302
156

C1038 C1114
R1972 R1973
C9033

R1977 R1976
C3123 C3122

R1036 C1116
R1927 R1925 R1924 R1922
R3177 C1924

1
C1091 R1312 R1311

R1749
C9012
R3128

C9022
L2793

L2796 J C9062

C1052
C1054
C9019 H C1090
X3102

L2795 L2820 C9131

R1702

R1039
C2717 R1309 R1307 R1305
R2932

R2933
R2930
R2929

R1075 R1073 X1002

R2931

L2819 C1927 R1310 R1308 R1306

L2794

C2719 C2714 C1015 C1016

N3101 C1928 C1083 C1084
R1034 R1035
R1094
633010052101S

C1135
MP2

C1133
C1137
C1122
C1123

C1108
C1102
I 36

C1110
C1112
73 L2761 L2792
R1975 R2938 C1009 R1082 C9047 R1085

U1707
72 L2791 C2713
TOP
8U-310052

R1703
L2790 C1010 R1083 R1078 C9148
L2760
L2759
L2758
L2757

U3102 R1064
C9014

C1004 R1063 C9057

C9108
37
1 DIGITAL UNIT
1 R1926 C1001
11 J R3139 R3138 R1970 R1971 C1002
C9034

H R3140
R3156 R3158 R3141 R2310 R1928 R1920 C1003 R1080
N2706

C1971 R1065
R2336
R3144

C2306 R1007 C1007

R2307

R1910
R2308 R1921

R1507
R1508
R1509
R1088 R1079

R1506

R1510
R2313

R1505
C2307 C2321
C2305

R1930
C1008
C2323

R2344 C9031

R1504
R1943 R1753 R1066

R1503
R1974

R1005 C1005

R1501
8

R1502
1
U2304

G R2340 R2341 R1932

R1945 X1701 R1006 C1006 R1067
C2367 C2368 C1715
N2301

L2305 L2304 C1714

R1933
R2316 R2315

R1946

R1037
C9017
Z3101 TOP R1743 R1744 R1068

C9077
Q2305

R2350 R2349
C2369 C2370

R1003
C2722 C2336 52 C1505 C1503
R2346 R2342

R2348 C2340 R1069 U1501

Q2306

C2723 C1126 C1501

R1947

C1504
D3112

C9053
R2345 R1742
R3114

C2726 C2342 105 C1124

R1004
Q2302

R1730
C2728 R1070
R2314

L2302
L2301

L2831 53 C1955 R1740

R2343
C9146
R2321 R2317

104
C1940
C1941

R1071
C1961

R1731 R1096
C1954

R1739
R1942
Q3104 Q3105

C2363
R2330 R2320

D3106
C3105 C3106

R1937
R1941

R1940
R3112 R3113

R1072

C1012
R1939

C1049
Q2303

R1959

C1011
R1962 R1738
C3107
C3108

R1938
R1960
R1963 R1532

R1522
R1523
G R2339 R1966 C1711
C2343 R1964 D1501
R1961

R2347 C1946 R1949

R1533
C2347 R1965

C1053
R1729 U1001 IPSCL

C1051
R2328 R2327 R1723 R1720 R1953 R1010 C1506

R1948
R1935 R1934
R1936
R2333 R1950 C9037
R2323

R2329 C1967 X1902 C1966 D1001 C1507

R1745
C1724
VCC U3101 OUT R1717 IPSDA
R1721 R1718

R1032 R1033
R1076

C1013 C1014
R1539 C1526 C1508
N4401

D1002
U2301 R1024 R1016 C9032 R1019
R1714 R1013 R1537 R1534
R2326

C2366
R2322

C1721
R1716 R1725 D1015

R1741
R2324 D1003 U1706 R1030 D1022 D1502 C1515 R1524

C9104
D1701 D1008 R1090

X1001
R3108
U2306

C1020
R1713 R1719 R1722 R1028 D1016

C1019
X2302

C1524
C9066 C2355 C2354 R1728
C1708

R1012 R1021 D1023 R1538 D1503 R1529

C3110

R1724

C1709

C1704 R1544
R2302
C2302
R2301

C3109 Q3102 Q3103 R3111 R1709 C1703 R1026 D1009 R1018 D1017 R1089
R1732

D3102 R3107 D1024 R1535

C9069

R1025 D1039 C1525 D1504 R1530 C1519

R3102

U1703

C1702
C9118

Q2304

Q1002
Q2901 R1712
D1702
C1705

C9018

Q1004 R1015 D1010

R3101

R1715

R3109 R1737
R1733

R1736
C9023

Z1 L1003
C2901

R3103
R1707
R1705

L2306 R1011 Q1006 R1017

C9142

D3108 D3103 D1020 D1021 D1040 C9132 D1025 C1520 R1536

Q1008
R1031
R1735 R1734 D1032 R1027 R1014 D1013 D1014 D1036

C9096
D3111 D3107 C3102 C2371 D1006 D1007 R1029 R1020
D1027 D1028 D1043 D1044

D1505
R1704 D1507 D1508 D1511 D1512
C9028

D3104 C1707 D1004 D1031 D1035

R2901 R1706 R1727 D1018
A C1706 R1726 C1701
D1005 D1029 D1030 D1011 D1012 D1033 D1034 D1019 D1037 D1038 D1026 D1041 D1042 D1506 D1509 D1510
U2901
D3101

VCC OUT VCC OUT IN

R2902

D3109

G VCC G
K3103 C9110

Q1003
R2903

Q1005
C3101

Q1007

K1501
1 4 K3101 C9114
Q1001
K1702

K1703

K1704

K1002
K1701
K1706

K1001
C9106 K1003
K3102

N2901 K1004 CEC-COM

TMDS D1+/TMDS D1-

IPINDE/IPINVSYNC/
3.3V 1.8V 1.8V 1.8V 3.3V 3.3V IPHSYNC/IPINPCK TMDS D2+/TMDS D2-

C9112
R1314

TOP C3317
N1901

R3347 C9082

R1332
C1304
R3345
R1313

10 R3342 C9101
C1902 C3316

C1358
U1901 R3340
C1919
C1343

R1303
C9042 88 133
C9127
L1001

157 C1921 R1319 R1320 89 132

C1922 C1037
R1747

R1302
156
C1038 C1114

C9033
R1036 C1116

C1924 C1091 R1312 R1311

R1749

C9012
C9022

C9062
C1052
C1054

C1090
C9131
R1702

R1039

R1075 R1073 X1002 R1309 R1307 R1305

C1927 R1310 R1308 R1306
C1015 C1016
C1928 C1083 C1084
R1034 R1035
R1094
633010052101S
C1135

MP2
C1133
C1137
C1122
C1123

C1108
C1102
C1110
C1112

C1009 R1082 C9047 R1085

U1707

8U-310052
R1703

C1010 R1083 R1078 C9148

C1004 R1063 R1064 C9057

C9108
1 DIGITAL UNIT
R1926 C1001
C1002
R1920 C1003 R1080 R1065
R1007 C1007
R1910

R1921
R1507
R1508
R1509
R1088 R1079
R1506

R1510
R1505

C1008
R1504

R1943 R1753 R1066

R1503

R1005 C1005
R1501
R1502

R1945 X1701 R1006 C1006 R1067

C1714 C1715
R1946

R1037
C9017

R1743 R1744 R1068

C9077

R1003

R1069 C1505 U1501 C1503

C1126 C1501
R1947

C1504

C9053

105 R1742 C1124

R1004
R1730

R1070
C1955 R1740
104 R1071
R1731 R1096

R1739
R1937

R1072
C1012
C1049

C1011

R1738
R1938

R1532
R1522
R1523

R1966 C1711 D1501

R1533

U1001
C1053

IPSCL
C1051

R1953 R1010 C1506

R1948
R1935 R1934
R1936

X1902 C1966 D1001 C9037 C1507

R1745
C1724

IPSDA
R1032 R1033

R1076
C1013 C1014

R1539 C1526 C1508

D1002

R1024 R1013 R1016 C9032 R1019

R1537 R1534
C1721

D1015
R1741

D1003 U1706 R1030 D1022 D1502 C1515 R1524

C9104

D1008 R1090
X1001
C1020

R1028 D1016
C1019

C1524

R1728 R1012 R1089 R1021 D1023 R1538 D1503 R1529 R1544

R1026 D1009 R1018 D1017 D1024 R1535
C1702 R1025 D1039 C1525 D1504 R1530 C1519
Q1002

Q1004 R1015 D1010

R1737
R1736

R1011 L1003 Q1006 R1017 D1021 D1040 C9132 D1025 C1520 R1536
Q1008
R1031

R1734 D1032 R1027 R1014 D1013 D1014 D1036 D1020

C9096

D1006 D1007 R1029 R1020

D1027 D1028 D1043 D1044
D1505

D1004 D1031 D1035 D1507 D1508 D1511 D1512

D1018
D1005 D1029 D1030 D1011 D1012 D1033 D1034 D1019 D1037 D1038 D1026 D1041 D1042 D1506 D1509 D1510
IN
VCC G
Q1003

Q1005

Q1007

K1501
Q1001
K1704

K1002
K1001

K1003
K1004 CEC-COM

DDC CLK HPD TMDS D0+/TMDS D0- TMDS D2+/TMDS D2- DDC DATA 5V
RXA_5V DDC DATA TMDS D1+/TMDS D1- 1.8V 3.3V DDC CLK TMDS D0+/TMDS D0-
TMDS C+/TMDS C- TMDS C+/TMDS C-

40
DDC_CLK/DDC_DATA/TMDS(1,3,4,6,7,9,10,12pin) : Check item (15),(17)

0.9V

DDC_CLK

2.48V

DDC_DATA

IPINDE/IPINVSYNC/IPINHSYNC/IPINPCK : Check item (21)

31.76us
IPINDE IPINDE

31.84us
IPINHSYNC 16.68ms IPINHSYNC

IPINVSYNC IPINVSYNC

IPINPCK
37.0ns

41
4. AUDIO
4.1. AUDIO CHECK

AUDIO OUTPUT : NG

INPUT SURROND MODE SOURCE NG

CHECK1 Check ANALOG AUDIO BLOCK.
ANALOG 2CH DIRECT ANALOG

OK

INPUT SURROND MODE SOURCE NG

CHECK2 Check Digital AUDIO BLOCK.
COAX or OPT --- Legacy(PCM or DolbyDigital or dts…)

OK

INPUT SURROND MODE SOURCE NG

CHECK3 Check via AD.
ANALOG 2CH MCH STEREO ANALOG

OK

INPUT SURROND MODE SOURCE NG

CHECK4 Check HDMI BLOCK.
HDMI --- Legacy(PCM2ch or DolbyDigital or dts…)

OK

INPUT SURROND MODE SOURCE

CHECK5 HD AUDIO
HDMI ---
(PCM MULTI or DolbyTrueHD or dtsHD MA)

OK (Digital Audio BOLCK is OK)

NG
Check other factors.

Connect Setting SOURCE

CHECK6 HDMI OUT→other AV Surround HD AUDIO
CEC STANDBY
Receiver HDMI IN (PCM MULTI or DolbyTrueHD or dtsHD MA)
OK NG

Check Digital AUDIO BLOCK. Check HDMI BLOCK.

42
 4.2. Power AMP (AMP B'D)
No sound is output.
The protector operates.

YES

YES
Is the power transistor open or short circuit?
Replace the power transistor.
2SB1560/2SD2390

NO

Is the emitter resistance of the power YES

transistor open? Replace the emitter resistance.
0.47Ω

NO

Is the base resistance of the power YES

transistor open? Replace the base resistance.
22Ω

NO

Is trimmer potentiometer between the base YES

of the power transistor open? Replace the trimmer potentiometers.
1kΩ

NO

Is the zener diode and diode which are

connected with the base of a power YES
transistor short-circuited? Replace the Zener diode and the diode.
MTZJ3.3B
1SS133

NO

YES
Is other transistor trouble? Replace the transistor.

NO

YES
Is other resistance trouble? Replace the resistance.

Turn on power, check that voltage of the section is normal and that idling electric current is flowing.

43
 4.3. Analog audio

No sound is output

Is the voltage of ±8V supplied to NO

The power supply of ±8V is repaired.
AV B'D CP8?

YES

Is the audio signal transmitted to YES

The power amplifier is repaired.
AV B'D CN401?

NO
NO
Connect the connectors properly.

Is the serial data for electronic volume YES Is the connector correctly connected
transmitted to AV B'D CP11? with HDMI B'D?
YES
The HDMI B'D is repaired.
YES

Once more, checking the connection of the connector.

When can specify the trouble of the channel and function, Check signal route where it
corresponds.

44
CLOCK FLOW & WAVE FORM IN DIGITAL BLOCK
Wave form U1001
HDMI Rx
ADV7840

(B2)HRSPDIF/DL2
(B1)HR64fs/DCLK

(D5)HRSD1/DR1
(K3)HRSD0/DL0

(J4)HRSD3/DR2
(J3)HRSD2/DL1
(A2)HRfs/DR0
1

(F3)HRMCK
CH1: D-DATA

HRMCK(5)
HR64fs/DCLK(6)
HRfs/DR0(8)
HRSD0/DL0(14)
HRSD1/DR1(13)
HRSD2/DL1(12)
HRSD3/DR2(10)
U1707
AUDIO PLD
EPM3032ATC
q DIR/DIT
U1706
2 INPUT LC89058W-E

CH1: DATA
COAXIAL-1 (2)RX0
SDIN(24)
w
OPTICAL-1 (4)RX2 SLRCK(23) (42)SLRCK

RMCK(16) (37)256fsDIR
(9)RX5 RBCK(17) (3)64fsDIR
RLRCK(20) (2)fsDIR
CH2: fs RDATA(21) (44)DATADIR1
SBCK(22) (43)SBCK

TMCK(44)
TBCK(45)
TLRCK(46)
CH3: 64fs TDATA(47)

ADC
U2101
AAK5358B
3 MCLK(11)

(25)DSPOUT64fs
SCLK(12)

(21)DSPIN64fs

(23)DSPOUTfs
CH1: DATA

(28)DSPINSB
(22)DSPINfs
LRCLK(10)

(33)DSPINC
(31)DSPINS

(34)DSPINF
ADATA(9)

MCLK(10)

CH2: fs DSDDATA4(11)
DAC DSDDATA3(14)
U2102 DSDDATA2(15)
AK4358VQ DSDDATA1(16)
DBCLK(17)
CH3: 64fs DLRCK(18)

(146)
(144)
(132)
(131)
(130)
(125)
(143)
(137)
DAC_FL/FR(133)
DAC_C/SW(134)
DAC_SL/SR(135)
DAC_SBL/SBR(136)
SDTI4(13)
CH4: 256fs SDTI3(16) e U1901
SDTI2(15) DSP
SDTI1(14) ADSP-21367
BICK(9)
LRCK(17)

45
BLOCK DIAGRAM

AUDIO BLOCK DIAGRAM

HDMI IN1
SPDIF 1TXSPDIF U1903 U1902
U1001(8U-310052) LRCK 1TXFS
(8U-310052) (8U-310052)
INPUT SWITCHER BCK 1TX64FS
RECEIVER MCLK 1TXMCLK
I2S3 EPROM RAM
HDMI IN2 ADV7840 I2S2
I2S1
16MBIT 64MBIT
I2S0

RESONATOR KEY_MATRIX
HDMI IN3 RESONATOR
1TXI2S0 16MHz 16MHz
1TXI2S0
1TXI2S1
1TXI2S1 DIN_FLFR
1TXI2S2
U1501(8U-310052) 1TXI2S2
1TXI2S3 DIN_CSW
HDMI IN4 TRANSMITTER 1TXI2S3
1TXMCLK
ADV7511 1TXMCLK DIN_SLSR
1TX64FS
1TX64FS U3102 (8U-310052)
1TXFS
1TXFS
DIN_SBLSBR U3301 (8U-310052)
1TXSPDIF MAIN SUB
HDMI OUT
U1707 (8U-310052) U1901 (8U-310052) DATA MICOM COMMUNICATION MICOM HDMI CONT.
EPM3032A DIGITAL AUDIO DECODER FUNCTION MAIN - SUB
R5F64169DFD R5F3650KNFB
ADSP21367
RDATA 1M 384K
DIR_RERR
DIR_AUDIO_VO
1TXSPDIF SLRCK DSPIN_64FS
SBCK TUNER CONT.
DSPIN_FS
DIGITAL IN TC74VHCU04 TC74VHCU04 U1706 (8U-310052) DIR LC89058W-E DIR_256FS IPOD
DIR_FS DSPOUT_64FS SIRIUS DSP AUDIO CONT.
DIR_64FS DSPOUT_FS 232C 74LVC157.
COAXIAL1
POWER CONT DIR CONT.
DEMO_
INPUT DATA LIMIT PLD CONT
DULATION
OPTICAL 1 SELECTOR SELECTOR MUTE HDMI
&
RELAY CEC
LOCK
ZONE VOL HPD
OPTICAL 2 DETECT
FL CONT
OSD DATA

ASDATA <= DSPDATA

XIN H/P OUT

FCX-03(24.576MHz)
FLASH SRAM H/P L
GND
H/P R

U2304 (8U-310052)
DATA+/- TCC8600
USB

DAC_256FS

DAC_64FS
DIR_64FS

SBL/SBR
DAC_FS
DIR_FS

FL/FR
SL/SR

C/SW
U2305 DACMUTEZ2
Aout
(8U-310052) MCLK SPK OUT
AK4424ET RLCKo ANA_FL Bypass
BCKo
D/A DSP_FL Tone
TONE
Tone+Mix FL

AUTO SETUP
ANA_FR Tone+Mix
IC801 (AV B'D)
DSP_FR Tone
MIC INPUT SELECT & VOLUME TONE
Bypass FR
R2A15220FP
ANALOG IN

FL B
DSP_C

FR B

CD DSP_SW

U2102 (8U-310052) C
DVD
DAC
SAT
AK4358
DSP_SL

AUX2
SL

BD

AUX1 DSP_SR
(FRONT)
SR
U2101 (8U-310052)
ADC
AK5358
DSP_SBL
M-Xport SBL
ZONE_L

DSP_SBR

SBR
ZONE_R
BI_AMP

ZONE2->SB ASSIGN

PRE OUT

SW

TUNER IN
TO MICOM

SW MUTE

AM/FM
ANT IN
FM/AM TUNER PACK

RMC DATA (IN/OUT)

TO MICOM
RC-5

VCC

TO MICOM
IR IR FLASHER DATA
FLASHER

46
 VIDEO BLOCK DIAGRAM

HDMI 1.4VER REPEATER BLOCK

HDMI-1

HDMI-2 U1501 (8U-310052)

HDMI IN ADV7511 HDMI
MONITOR OUT
HDMI Tx
HDMI-3 U1001 (8U-310052)
ADV7840
HDMI Rx
HDMI-4
DECODER
IC811 (AV B'D)
DOUBLER
NJM2586M
-6dB SIGNAL DET.
Y 6dB 75
-6dB
75§Ù

COMPONENT 75§Ù 6dB

SAT Cb LOAD -6dB
75
IN 75§Ù

Cr 6dB -6dB
75
75§Ù

-6dB

IC812 (AV B'D)

75§Ù TC4053BFT IC810 (AV B'D)
DVD Cb LOAD
-6dB
CLAMP LC74781 75§Ù
OSD
Cr

-6dB

Y
-6dB
75
Y
75§Ù
BD Cb LOAD
-6dB 75 COMPONENT
Cb
MONITOR OUT

Cr
-6dB 75
Cr

IC809 (AV B'D) IC804 (AV B'D)

TC4051BFT TC4052BFT
-6dB

BD
SIGNAL DET.
CVBS
DVD 75§Ù +6dB -6dB CVBS
IN LOAD 75
MONITOR OUT

SAT

MONITOR OUT SELECT

47
 VCC BLOCK DIAGRAM
MAIN +B

S1(AMP +B)

MAIN -B

7808 A+8.0V (Pre)

7805 DA+5.0V
S2(+8V,-8V)
7908 A-8.0V (Pre)

2388F09 A.TUNER+9.0V(E2/E1C/J)

2388F05 A.TUNER+5.0V(E3)
MAIN TRANS
7805 A.V+5.0V

S4(VIDEO)
7905 A.V-5.0V

-VKK
S5(-VKK)

FL AC (F1)
AC CORD S6(FILAMENT)
FL AC (F2)

DV5.0V
DV POWER1

3.3V
RELAY
CEC3.3V / HDMI Rx, Tx
D5V_POWER CEC POWER TK73333 / HDMI Rx

DV3.3V / VRS(ABT)
DV POWER1
NET3.3V / Microprocessor (TCC8600), ROM, RAM
NET POWER
DA3.3V / DSP, ROM, RAM, DIR, PLD
DA POWER

5.2V 1.8V
VCC CEC1.8 / HDMI Rx, Tx
D5V_POWER CEC POWER
DV1.8V / VRS(ABT)
DV POWER2

NET1.8V / Microprocessor (TCC8600)

NET POWER

USB5.0V / USB Bus

HVBUS_CTL
1.2V

4 1
DA1.2V / DSP
DA.POWER DA POWER
3 2
MAIN PWR ON
TK73333 M3.3V / Microprocessor (M32C)

TK73333 SCPU3.3V / Microprocessor (M32C)

CPUPOWER

48
LAEVEL DIAGRAM

LEVEL DIAGRAM
FRONT ch

R2A15220FP
ANALOG
H/POUT
ATT

SPEAKER
LINE IN 㧗
OUT

GAIN
㧗 ADJ.
AK4358VQ
AK5358B PLD D/A 㧗 㧗
A/D 㧙 㧙

DSP

+30dB
4.34Vrms/8Ω
SPK OUT
FULL SCALE LEVEL=3Vrms
AK4358VQ Headroom:2dB
Config2(L/S/S/N)DOLBY LIMIT LEVEL=2.43Vrms (5.1ch-3dBFS at 30Hz)
+20dB +20dB
AK5358B 0dBFS=1.77Vrms
+5dB
+29dB
0dBFS=1.06Vrms

- 24dB
+10dB +10dB
-10dBFS L.P.F GAIN=+5dB

308mVrms
-10dBFS 217mVrms/33Ω
-6dB H/POUT
+5dB
LINE IN
200mV‫ޓ‬0dB 200mVrms
-20dBFS=177mVrms
138mVrms +1dB
-20dBFS(DIG.IN)
-27dBFS(A/D IN) +5dB +6dB
-12dB -20dBFS
77mVrms
79mVrm
-10dB -10dB
-30dBFS
AD IN=50mV
-27dBFS
34.5mVrms +13dB
SW NO
-30dBFS -32dBFS(DIG.IN)
-39dBFS(A/D IN) GAIN setting of MASTER VOL 00dB.
㨯SW:YES(DIGITAL) -2dB -3dB -1dB =-6dB
-20dB -20dB
-40dBFS 㨯SW:YES(ANALOG) -2dB -3dB +6dB =+1dB
㨯SW:NONE(DIGITAL) -2dB -3dB +12dB -1dB =+6dB
㨯SW:NONE(ANALOG) -2dB -3dB +12dB +6dB =+13dB
-40dBFS Ԙ ԙ Ԛ ԛ Ԝ
Ԙ:Basic OFFSET of VOL=0dB(indication value)
ԙ:FRONT-ch revision
-30dB Ԛ:OFFSET of SW NONE -30dB
ԛ:OFFSET of the AD input
Ԝ:Revision OFFSET of the DIGITAL input

-40dB -40dB

49
 LEVEL DIAGRAM
CENTER ch

R2A15220FP

SPEAKER
㧗
OUT

GAIN
ADJ.
AK4358VQ㧗 㧗
PLD D/A
㧙 㧙

DSP

+30dB
4.2Vrms/8Ω
SP OUT

MAX SIGNAL LEVEL

+20dB +20dB
0dBFS=1.77Vrms

+29dB

+10dB +10dB
-10dBFS

L.P.F GAIN=+1.6dB

213mVrms
EXT IN -3dB
200mV
‫ޓ‬0dB DD INPUT:-20dBFS CNT 1kHz 200mVrms
-20dBFS=177mVrms
+1.6dB

95mVrms +4dB +4dB

ANA INPUT:200mVrms L+R 1kHz
79mVrms +1.6dB
(MODE:MULTI CH STEREO)
-10dB -10dB
-30dBFS GAIN setting of MASTER VOL 00dB.
㨯DOLBY DIGITAL IN -2dB -1dB =-3dB
㨯ANALOG IN -2dB +6dB =+4dB
Ԙ ԙ Ԛ
Ԙ:Basic OFFSET of VOL=0dB(indication value)
ԙ:OFFSET of the AD input
-20dB Ԛ:Revision OFFSET of the DIGITAL input -20dB
-40dBFS

-30dB -30dB

-40dB -40dB

50
 LEVEL DIAGRAM
SUBWOOFER ch

R2A15220FP

MUTE PRE OUT

GAIN
ADJ.
AK4358VQ
PLD D/A 㧗 㧗
㧙 㧙

DSP

+30dB
4. 74Vr ms
SW ch DAC MAX SIGNAL LEVEL PRE OUT

Config1(S/S/S/Y)DOLBY LIMIT LEVEL=2.5Vrms (5.1ch-3dBFS at 30Hz) +11dB

AK4358VQ
+20dB +20dB
0dBFS=1.77Vrms
1.37mVrms

+8dB
+10dB DD INPUT:0dBFS LFE 30Hz +10dB
-10dBFS 4.74Vrms
PRE OUT

L.P.F GAIN=+8dB 309mVrms

+11dB
‫ ޓ‬200mVrms
200mV 0dB 0dB
-20dBFS=177mVrms
137mVrms

+8dB +18dB

-10dB DD INPUT:-20dBFS LFE 30Hz -10dB

-30dBFS=56mV
39mVrms

+8dB
-20dB -20dB
ANA INPUT:200mVrms L+R 30Hz -40dBFS
15.8mVrms
GAIN setting of MASTER VOL 00dB.
㨯DOLBY DIGITAL IN -2dB +14dB -1dB =+11dB
㨯ANALOG IN -2dB +14dB +6dB =+18dB
Ԙ ԙ Ԛ ԛ
Ԙ:Basic OFFSET of VOL=0dB(indication value)
-30dB -30dB
ԙ:SW-ch revision
Ԛ:OFFSET of the AD input
ԛ:Revision OFFSET of the DIGITAL input

-40dB -40dB

51
 LEVEL DIAGRAM
SURROUND ch

R2A15220FP

SPEAKER
㧗
OUT

GAIN
ADJ.
AK4358VQ
㧗
PLD D/A 㧗
㧙 㧙

DSP

+30dB
4.2Vrms/8Ω
SP OUT
MAX SIGNAL LEVE
AK4358VQ
+5dB
+20dB +20dB
0dBFS=1.77Vrms

+29dB

+10dB +10dB
-10dBFS
L.P.F GAIN=+5dB

218mV -3dB
200mV
‫ޓ‬0dB 200mVrms
-20dBFS=177mVrms
+5dB
DD INPUT:-20dBFS SURR 1kHz
125mVrms
98mV +4dB

+5dB
-10dB ANA INPUT:200mVrms L+R 1kHz -10dB
-30dBFS=56mVrms
(MODE:MULTI CH STEREO)
GAIN setting of MASTER VOL 00dB.
㨯DOLBY DIGITAL IN -2dB -1dB =-3dB
㨯ANALOG IN -2dB +6dB =+4dB
Ԙ ԙ Ԛ
Ԙ:Basic OFFSET of VOL=0dB(indication value)
-20dB -20dB
-40dBFS ԙ:OFFSET of the AD input
Ԛ:Revision OFFSET of the DIGITAL input

-30dB -30dB

-40dB -40dB

52
 LEVEL DIAGRAM
SURR.BACK ch

R2A15220FP

SPEAKER
㧗
OUT

GAIN
ADJ.
AK4358VQ
㧗
PLD D/A 㧗
㧙 㧙

DSP

+30dB
4.2Vrms/8Ω
SP OUT

AK4358VQ
MAX SIGNAL LEVE
+20dB +20dB
0dBFS=1.77Vrms +1.6dB

+29dB

+10dB +10dB
-10dBFS

L.P.F GAIN=+1.6dB

EXT IN
200mV
‫ޓ‬0dB 200mVrms
-20dBFS=177mVrms 150mV 0dB 150mVrms
PRE OUT
DD INPUT:-20dBFS SL+SR 1kHz
+1.6dB
(SB:MTRX ON, DD EX MODE)

67mV +7dB
-10dB ANA INPUT:200mVrms L+R 1kHz -10dB
-30dBFS=56mVrms +1.6dB
(MODE:MULTI CH STEREO)

GAIN setting of MASTER VOL 00dB.

-20dB 㨯DOLBY DIGITAL IN -2dB +3dB -1dB =0dB -20dB
-40dBFS 㨯ANALOG IN -2dB +3dB +6dB =+7dB
Ԙ ԙ Ԛ ԛ
ԘBasic OFFSET of VOL=0dB(indication value)
ԙ:SB-ch revision
Ԛ:OFFSET of the AD input
ԛ:Revision OFFSET of the DIGITAL input
-30dB -30dB

-40dB -40dB

53
PRINTED WIRING BOARDS
7CH-AMP (COMPONENT SIDE)

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

C412

R696
R482
R481

R718
J493

R695
C506
IN ICT OP ADJ FI
SBL SBR

AGND
CP401

AGND
AGND
AGND
AGND
AGND
7CH AMP B'D TP402

R436

C428
J528

R427
C504
FR

R687
SBL

R653
SBR

R471

R480

R472
FL

R437
R697

FL
SL

SR
C460

FR

R611
R567

R610
7020-06959-000-0S

R644
C492
TP405

R686
R720
R558

C
TP404

R566

R473
VR404

R600
C490

C476
C426
SL R650

R609
VR403 CLAMP 400
C474 +HIGHB

R557
C458
TP403
SR R601 +HIGHB

R525
C472 R652 C488 TP406

R514
C440 CLAMP 401

R523
C408 C456 R581 +HIGHB
C VR402 R645

Q479 C508
VR407

R723
C442 -HIGHB
R408

R438

R717

R694
C444 VR405 -HIGHB VR406
VR401 -HIGHB
R478 Q468 C500

Q480
R428

R484
C404 TP401 Q455 Q456

R577
R607 C424 C486

R643
R564 R453 C502
R540 R524 C420 Q473

J433
R534 R568 R583 Q419 Q420 C422 TP407
Q407

C406
C410 Q425 R497 R626 R654
DC DET4 R410 R515 R721 R711
J449 R719 R521 J522 R688

R663
C484 R722
R617 Q467

J487
DC DET3 C454 R602 R444

R667
R538

J530
Q461

R429
ASO DET R516 C468 J503 R713
J406 R404

R669

J458
R531 Q413

R709
Q437 R559 C436 R574

R714
R451

R656
RADI THERMAL

R613
C452 Q449

J468 R715

R708
C514 R699

J459
TR THERMAL Q408 Q444 R488

J499
J477
Q443 R620 R660
J410

R401 R624

J492
J407

J535 CP405

R440
R710
Q431 C470

J512
J414

J434 R570

R678
JUMPER
J440

J495

R657
R489
J483

J531

R625
R496
R542 JUMPER
Q401

J498

R618
R527
CP402

JUMPER

R592
R712
J538
J429

R445
R716

R452
J409

B
R495
J461

R549

J469
J467
C419

R462
J428
C438
Q432 HIGHGND
Pb

J490
J473

R675
R434 R470 HIGHGND

R499

R459
HIGHGND

R585

R628
J418
R421

JUMPER

J519
R671
J443
PREGND

J454

R635
R536

R506

R632
J426

R455
J438

J541

R551
R703

J526
J537
J516
J489
R419
SR

J419

J523
J437

J543

J486
SL

J529

J507
JUMPER

J506
JUMPER

J482
C513 C

J432

J471
JUMPER
CN404

R659
FR

R700
JUMPER

JUMPER

R702
Q405

C515

J451
FL

J448

R661
JUMPER
J441

ZD416

ZD419
J435

JUMPER
SBL

J472

R487

J488
R589
R539

J445
R571
NC

J542
R616
J417

R614
R573

R528
J416

R627

J508
J509

R670
SBR

R532

R575
ZD401

R705
R706

R490

R530

R707

R704
R402

R446
ZD410

ZD407

ZD404
ZD413

R493
J513

J514
J511
J496

J540

R668
R441

J436
R443

R541

J502

J510
J497

J478

J536

R485
J539
C443
J444

R409

R582
J415
J422

JUMPER R503

J452
J425

J491
R416

J453
R546
J403

J421
Q417

C491
J420 Q448

J544
Q460

J457

R454
C516
J404

C507

J524
Q484

C427
J505

J525
J521

J456
J527

R584

CP403
R411

R498
R412

J442

J470
J431

C475
R651

J485
C415 C463 C511

J501
C517

J518
J446 Q424

J494
Q412 C479 C495
J413 J474 C432 J481 C423 C431 C487 R693
C407 C464 R565 C448 J466 C512
C455 C439 C471
R435 R522 J408 J462 C496

C480
C447
J533
C411

J463 Q472

C459
C416 J405 J534
JUMPER
J476

C503
J447 JUMPER J475 JUMPER J480 JUMPER
JUMPER
J532 Q436 JUMPER
R479 J515 JUMPER
J412 J423 J430 J424 J450 J465 J484 J504 D439 J520
JUMPER D421 D427 D409 D433
D403 D415 R608
D404 D422 D416 R612 D428 D410 D434 D440

R604
R561

R562

R603

R689
R518

R458
R431

R517

R647
R646
R430

R502

R631
R474

R475

R690
ZD402 ZD411 ZD408 ZD417 ZD420

R588
ZD412 ZD414 ZD415 ZD405

R698
ZD409 ZD406 ZD418 ZD421

R526

R483
ZD403

R569

R655
R415

J411

R511

R598

R674
J439

R641

R684
R555

R640
R425

R554
R424

R683
J455 J500

R467
J427
R545

R468
J479

R512

R597
C449 C465 J517
R439

C402 C433 R519 C417 C430 C481 C497

R432 R560 R605 R476 R648 R691
C462 C446 C494
B C E E C B B C414C E B C E E C B B C E B C E E C B B C E B C E E C B B C478C E B C E E C B B C E B C E E C B B C E B C E E C B B C510C E
D

7CH-AMP (FOIL SIDE)

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

7CH AMP B'D

A

D449
D454 7020-06959-000-0S {Value}

R587
C469 R544 R413
R672 D452
D445
D446

R595
R630

C437
D455

R414
C501 R552
C485 D453 R457 D448

D450
D451 D447 R509

R501
D456

R681 R465 D444 C405

R673

C453
D443 R422
R638
C421
R629

C477
C509 C493
D458

B
R456

D457

C461
Pb
C429

C413
R449

R500
R464

C445
R733
R734 R586
R543

R407
C403

R732

R731
R636

R420
D432

R724
R426
Q478
R679
D438

D426
D408

D414 R504
Q430
R729
R642

R550
R676 R682

R507
R463
R685
R730

D420

D402
Q418
R606

Q466 Q406

R593
R433
R639 R590 R510

R599
R728
R460 R466 R596 R417 R423
R633

R513
R726
Q442
R469
R725

Q454
R477

R692 R547R553

R727
R556
R649 R563

R520
Q463 Q439 Q403
Q475 Q415 Q451 Q427

C498 C482 C418 C466 C434 C450 C401

R666 R623 R450 R580 R494 R537 R406
B C E B C E B C E B C E B C E B C E B C E E
E C B E B E C B E B E C B E B E C B E B E C B E B E C B E B E C B B
C C C C C C C

鉛フリー半田
半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu). 54
 55
When soldering, use the Lead-free Solder (Sn-Ag-Cu).
Lead-free Solder
F
半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。
鉛フリー半田
E
C123
C122
C121
C120

R125

D
Sec. R126
R144
R114

C118
R121
R120

R106

C
C111
C110

R124
MAINPOWER
E C Pri.
R123 D5.2V
C124
B
R108
R109

CA A Sec.
DGND
C125
R118
C113
C116

A
1 2 3 4 5 6 7 8 9 10 11 12
SMPS (FOIL SIDE)
F
ZD113 ZD111 ZD110 ZD109 ZD108 R115 R113
J152
ZD105 ZD103 ZD101 C102 D106
E
100UF/400V
MTZJ39B MTZJ39B MTZJ39B D101

J177

Pb
R104 R101 D104

BONDING
BONDING
IN ICT OP ADJ FI
J151
D105 J165 CX102
IC102 D102 C101 C100
TOP258MG 0.1UF/250V LF4ZBE273H 0.1UF/250V
R122 TR100 TR101 LF4ZBE273H
L101 L100 MTG
D100 C104 Sec.
D
ZD102 ZD104 470P/250V BKT100
MTZJ22B MTZJ22B J180
ZD119 ZD100
C103 TH100
MTZJ22B

J176
1000P/1KV

J164
ZD116
R105 ZD106

F100 T2AL/250V
J161 MTZJ22B NEUTRAL
J175
J178

D109
BONDING
D108 ZD118 ZD117 ZD107

J160
MTZJ22B MTZJ22B MTZJ22B
C109 C107 CX103
5600UF/6.3V 5600UF/6.3V

F101 T6.3AL/250V
ZD112

CX106
R100
C112 MTZJ22B
CX100

SMPS B'D7020-06942-101-0S
J168

C
C119 T100

BAR CODE
ST-4430A

J171
C117

R119
0.01UF/250V
BONDING

D110
ZD115
MTZJ39B LIVE

D5.2V
D5.2V

BONDING
ZD114 TR102
MTZJ5.6B RL101

DGND
DGND
MAINPOWER
C115 IC100 BONDING
Pri.2200P/250V C105
PC123 MTG
470P/250V
BKT102
CX105 CX104

B
JK100

D112
Sec.

BONDING
MTG J170 J179
BKT101 R107 J169
C108 C106
R111
5600UF/6.3V 5600UF/6.3V
BONDING

J155
J156
J157
J158
J159
J153
J154
IC116 R112 D111 R110 C114
A D25SC6M D103
12 11 10 9 8 7 6 5 4 3 2 1
SMPS (COMPONENT SIDE)
SPK (COMPONENT SIDE)
1 2 3 4 5 6 7 8 9 10 11 12 13 14

JACK2
JACK3
J88
C24

J75

J80
WIRE4 WIRE4
C21 C8
R16 J38
J34
WIRE5 JACK1
C
C16 WIRE5 J55
C19 C14 J72 C6
L4 C4
J39 J78
C11 C3
J51
J77
C22 C1 J79
R11
R6

J82
RLY3 R7
R15 J49 R5 R8
C9
J46 RLY5 L2 L3
R12 J53
L6 J50 C12 RLY2

D
J68
RLY6 J54
J70

RLY7
J40 L1 J57
CP22 R39 J52 CN1 J81
J24 WIRE3
J89
J23 J56 R9

FR_W_GND
FL_W_GND
F-WIDEV
FR_WIDE

FL_WIDE
J26 J58 R14

RLGND
R10
R17 RLY4
J84 J35 C17
J27 J33
7020-06942-201-0S J73
J71
R38
L5

CN13 L7
J25
J22
R13
Pb SPK B'D J96
J97 E
J87
FL J76 BKT1
J21 IN ICT OP ADJ FI FR R37 R53
CEN

SBL

SBR
WIRE1
WHITE(R)
WIRE2
BLACK(L)
BKT3 BAR CODE SL
SR

C25
WIRE3

19
CN2 RLY1
R18 J63

18
WIRE1 WIRE2
WHITE(R) BLACK(L)

J74
J69 C53

J62
R20
R19 F

J43
LIMIT-

CP12
R21 LIMIT-
LIMIT+

J85
LIMIT+
J91 R22 MUTE+7V
RLGND
R23 RL+B
J92 NC
R24 RELAY_WIDE
RELAY_F
J93

2
RELAY_C
RELAY_S

1
R25
J94 RELAY_SB
RELAY_FB

J32
G
RELAY_H/P

D8
RELAY_H
H/PL R34
H/PGND
H/PR
CLAMP3

C57
R26 DZ1
J83
0.1-J/5W

R31

R28
CN3 J37
R27
PREGND
HIGHGND
R30
HIGHGND
HIGHGND
-HIGHB J42
R33 H
R29
-HIGHB J36
-HIGHB
R32
+HIGHB
+HIGHB
J66
+HIGHB
J44
J45 J86 J31 BKT2

I
J29 C60

J65

J1

J2
WIRE5

WIRE5
J

BONDING
BONDING
R35 C58

K
C55 R36

J17
J19
J28 J18
J20

J11 J6 J5 J12 J4 J3 J13 J14 J10 J9 J15 J8 J7 J16

D3SB60
D3SB60
CP1

C61
C54

D10
D9
-
- AC AC + AC AC +

鉛フリー半田
半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。
M
Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu).

56
SPK (FOIL SIDE)
14 13 12 11 10 9 8 7 6 5 4 3 2 1

C29
C30
C31
C28
C27
C26
C34
C33
C32
C40
C39
C38
C37
C36
C35
C46
C45
C44
C41
C42
C43
C50
C51
C52
C47
C48
C49
B

C20
C7
C23
C13 C18

C10
C5
C2 C15

D5
C

D6 D7

D2
D

D4
D3

Q20 D11
E
D1
Q21
Q9

Q2
Q10

Q3
Q11

Q4
Q12

Q5
Q13

Q6
Q8
Q1
Q14

Q7

C63

I
C62

鉛フリー半田
半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。
M
Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu).

57
 D120

1
1

NJM7808FA J12 AC_MUTE_DET

IC106 X2_VOLT_DET
+8V_IN

OUT
J11 +8V_IN
AGND
DAGND

G
AGND
ADINL C132 AGND
DAGND

IN
J10 J47 AGND
ADINL CP10 ADINR AGND
DAGND DAGND D118 -8V_IN
ADINR DAFL

鉛フリー半田
-8V_IN
DAGND DAGND MTZ33B

CN105
DAFL DAFR ZD117
DAFR DAGND R127
DAGND DAC

J56
DAC DAGND
DASW DASW D121

2
2

Lead-free Solder
DAGND DAGND
DASL DASL NJM7908FA J9
DASR DAGND IC107
REG_B'D

DAGND DASR 4700/25

DASBL DAGND

OUT
J7 C134 C133
DASBL
REG (COMPONENT SIDE)

DASBR CLAMP500
DACRTGND DAGND

IN

J502
J500

J501
DACRTGND DASBR J8

G
DACRTGND
7020-06960-000-0

DACRTGND
1:USBL
D122
2:USBR RLY_W
USBL

FRONT_CNT B'D
J58

3:AGND
J49
J54

4:VAUXL NC

CN104
7020-06960-000-0
5:VAUXL USBR
6:AGND AGND

3
3

7:MIC
Pb

FRONT_CNT (COMPONENT SIDE)

8:AGND VAUXL CP101
9:MVOLDATA NC
10:MVOLCLK VAUXR MTZ33B
R128

11:MUTE3.3V AGND NJM7805FA

ZD118 4700/25
12:LIMITDET MIC C135

Pb
IC105

CP110
13:A+BLIMIT AGND C130
J63

J503

J505
14:LIMIT

J504
J21
15:PRESWMUTE

OUT
16:PRESBMUTE

G
D119
17:PREZ2MUTE J20
18:RLY_H

IN
19:RLY_FB J73
20:RLY_SB J19
21:RLY_S J72
22:RLY_C
23:RLY_F J61
24:RLY_H/P

4
4

C131
25:H/P_R 3300/16
26:H/P_G C129
27:H/P_L D117

J506

J507

J508
V-5V NJM7905FA J15 J62

When soldering, use the Lead-free Solder (Sn-Ag-Cu).

V-5V IC104
VAGND
VAGND
OUT

J13
V+5V D116
V+5V
IN

OSDSW C128
PS J14

27 {Value}
G

半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

MONIB

CN103
J60
MONIA
J64

S/V_SEL TU_VOL_IN

5
5

INC MVOLDATA TU_VOL_IN

INB MVOLCLK TU_GND
INA MUTE3.3V CLAMP501
TU_GND
Z1VSIDET LIMITDET
J38

-5V_IN
COMPSGDET A+BLIMIT -5V_IN
COMPONENT SW2 LIMIT
VGND
COMPONENT SW1 PRESWMUTE
VGND
D/MGND PRESBMUTE NJM7805FA J18 +5V_IN
CP100
IC103
PREZ2MUTE +5V_IN
J510 RLY_H TRG_15V
RLY_FB TRG_15V
OUT

J17 4700/16
J511 RLY_SB TRG_VGND C126
G

RLY_S
J512 J525 RLY_C J16
IN

RLY_F J59
RLY_HP
6
6

J513 H/P_R R145

R146
H/P_G

CP108
J514 H/P_L J68
D115 J91
J515

CN102
OSD_N/P SEL
OSD_DATA
J516 OSD_CE
OSD_CLK C127
D114

D/MGND
TRG_GND
NC
TRG_15V

VAUX
J69

D/MGND
VDI_SC
D/MGND
VIDEO+5V
VIDEO-5V

VDI_SY
VIDEO_GND
VIDEO_GND

D/MGND
7
7

R125

VDI_PY CN13
D/MGND
VDI_CB
D/MGND CN15
VDI_CR J75
D/MGND NJM2388F J6
R126
NC D123
G

J5
LINEB
LINEA R129
ASPECT_L
NC
A+8V

OUT
AGND

J4 J71
ASPECT_H
Z2B
IN

J3
Z2A C136
J74

INB IC108
8
8

INA
NC
CVBS_DET
COMPSGDET C137
AGND
A+8V
A-8V
AGND
RL_+B

D/MGND
RL_GND

DA_+5V

AVSDA
TRG_GND
TRG_+15V
TU_RTGND

D/MGND
AVSCL
X2 VOLT DET

CP106
AC MUTE DET

D/MGND
TU3.3V/5V/9V

NC
OSD_N/P SEL
9
9

OSD_DATA
OSD_CE
OSD_CLK
D/MGND
VAUX
D/MGND
VDI_SC
D/MGND
VDI_SY
D/MGND
VDI_PY

58
D/MGND
A

C
B

VDI_CB
D

D/MGND
VDI_CR
D/MGND
CP105

NC
10
11

C
B

E
1

CP102

CP104

MTZ18B R133
ZD119

R132
MTZ9.1B
ZD120 J301
C145
VGND

AC_IN
A_GND
AC_IN
AC_IN
AC_IN
AC_IN

D136 F105A
1
CN101

D135
2

F105B
F105

D141
J300

D142
D138

D137
J427
J428
J431
C148

J306 F108A
C147

D140
C405
C419

C406
F108B
F108

D144
2
J304
REG_CNT (COMPONENT SIDE)

C425
J424
J414
3

J308
SCREW TIP. J302
R404

D139
C413

R403
F107

F107B

J303

BKT100

D143
JACK403

J421 J436 F107A

C429 R418
J422 J413 D133
3

J440
C146

CN100

PCB RC-5/M-X (COMPONENT SIDE)

D134
T1.6AL/250VT1.6AL/250V T1.6AL/250V

CN403
Pb
4

C143

J412 J437
REG_CNT B'D

J307
6
9
C142

C430
D130
D129

J438
R401

C428
R402
7020-06960-000-0

J439 F106A
2

J305
5
J433

1
4
J434

JACK401

C431
4:NC

3
7
F106B
F106

1:M_XR

3:M_XL
4

13:A+8V
12:A-8V
11:A-8V

14:A+8V
5:RC_IN

16:M3.3V
9:KILLIR
8:RC_OUT
2:GND_MX

15:D/MGND
10:WAKEUP
Pb

R131
7:BT_LINK

19:D5V(MX)
17:SWM3.3V

R451
18:SWM5V(MX)
5

6:FRONT IRIN
D127
D128
D131

D132
T1.6AL/250VC144
C141

RC-5/M-X B'D

J311 F104A
R130
D125
7020-06960-000-0
F104B

D126
FI ADJ OP ICT IN D124
J309
5
F104
T1.6AL/250V

D145
6

C139
C140

F
A

C
B

E
A

C
B

D
 半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

When soldering, use the Lead-free Solder (Sn-Ag-Cu).

D
B

C
A

Q101

AC_MUTE_DET
X2_VOLT_DET
+8V_IN
+8V_IN
1

AGND
AGND
AGND
AGND
Q100

AGND
E

-8V_IN
D
B

C
A

-8V_IN
5
2

Lead-free Solder

R407 R406
PQ033DNA1ZPH
IC403
鉛フリー半田

C441
R444 R443 R452
C436
4
3

Q403

C445
C470
D402 Q404 Q406

AZ4580M
C424
7020-06960-000-0

R411 R410
IC401
Q405

10 C401
R445
REG_CNT B'D

C4
R415

R433 C409
R419

R414
Pb

C414 C416
R447
R442

Q401 C415
R420 R427
C402 C420 C446
Q402 C421 R425 R421
R422
R426
3
4

C426

C437
R434

R438
PCB RC-5/M-X (FOIL SIDE)

D401
7020-06960-000-0

R439
R428

R405
R435
C438

R450
RC-5/M-X B'D

R449
REG_CNT (FOIL SIDE)

10:WAKEUP
11:A-8V
12:A-8V
13:A+8V
14:A+8V
15:D/MGND
16:M3.3V
17:SWM3.3V
18:SWM5V(MX)
19:D5V(MX)

R446
7:BT_LINK
8:RC_OUT

C442
1:M_XR
2:GND_MX
3:M_XL
4:NC
5:RC_IN
6:FRONT IRIN

9:KILLIR
2
5

TU_VOL_IN
TU_VOL_IN
TU_GND
TU_GND
-5V_IN
-5V_IN
VGND
Pb

VGND
+5V_IN
+5V_IN
TRG_15V
TRG_15V
TRG_VGND
1
6

E
D
B

C
A
1

DAGND
ADINL
DAGND
ADINR ADINL
DAGND
DAFL DAGND
DAGND ADINR
DAFR DAGND
DAGND DAFL
DAC DAFR
DAGND DAGND
DAC
DASW DASW
DAGND DAGND

59
DASL DASL
DAGND DASR
2

DASR DAGND
DAGND DASBL
DASBL DASBR
DAGND DACRTGND
D

DASBR
B

C
A

DACRTGND DACRTGND
DACRTGND
RLY_W 1:USBL
USBL 2:USBR
AGND 3:AGND
USBR 4:VAUXL
AGND 5:VAUXL
VAUXL 6:AGND
AGND 7:MIC
VAUXR 8:AGND
3

AGND 9:MVOLDATA
10:MVOLCLK
9

MIC
AGND 11:MUTE3.3V
12:LIMITDET
13:A+BLIMIT
14:LIMIT
7028-06960-000-0 15:PRESWMUTE
16:PRESBMUTE
FRONT_CNT B'D

REG_B'D 17:PREZ2MUTE
7020-06960-000-0

Pb

18:RLY_H
TU3.3V/5V/9V
AC MUTE DET
X2 VOLT DET

19:RLY_FB
20:RLY_SB
TU_RTGND
TRG_+15V

21:RLY_S
TRG_GND

Pb
RL_GND

22:RLY_C
DA_+5V

RL_+B

23:RLY_F
AGND
A-8V
AGND
A+8V

24:RLY_H/P
25:H/P_R
4
8

26:H/P_G
V-5V 27:H/P_L
V-5V
VAGND
VAGND
V+5V
V+5V
OSDSW
PS
MONIB
MONIA
S/V_SEL
MVOLDATA INC
MVOLCLK INB
MUTE3.3V INA
LIMITDET Z1VSIDET
5

A+BLIMIT
7

COMPSGDET
LIMIT
VIDEO_GND

COMPONENT SW2
VIDEO_GND
VIDEO-5V
VIDEO+5V

PRESWMUTE COMPONENT SW1

PRESBMUTE D/MGND
PREZ2MUTE
RLY_H
RLY_FB
RLY_SB
RLY_S
RLY_C
TRG_VGND RLY_F
TRG_15V RLY_HP
TRG_15V H/P_R
+5V_IN H/P_G
+5V_IN H/P_L
6

VGND
6

VGND OSD_N/P SEL

-5V_IN OSD_DATA
-5V_IN OSD_CE
TU_GND OSD_CLK
TU_GND D/MGND
TU_VOL_IN VAUX
TU_VOL_IN D/MGND
VDI_SC
D/MGND
VDI_SY
D/MGND
VDI_PY
D/MGND
VDI_CB
D/MGND

7
5

VDI_CR
D/MGND
NC
LINEB
LINEA
ASPECT_L
ASPECT_H
Z2B
Z2A
INB
INA
SVIDEO_DET
CVBS_DET
COMPSGDET

8
D/MGND
4

AVSDA
D/MGND
AVSCL
D/MGND
NC
OSD_N/P SEL
OSD_DATA
OSD_CE
OSD_CLK
D/MGND

9
VAUX
3

D/MGND
VDI_SC
D/MGND
VDI_SY
D/MGND
VDI_PY
D/MGND
VDI_CB
D/MGND
VDI_CR

FRONT_CNT (FOIL SIDE)

D/MGND
NC

10
2

-8V_IN
REG (FOIL SIDE)

-8V_IN
AGND
AGND
AGND
AGND
AGND
+8V_IN
+8V_IN
X2_VOLT_DET
AC_MUTE_DET

11
1
 1

AGND
VAUXR
VAUXL
CP301

D5V(MX)

Pb
LUG302
SWM5V(MX)
SWM3.3V

鉛フリー半田
JACK312
M3.3V
D/MGND
A+8V
A+8V
GND
A-8V
2

2
CN10
A-8V
GND

Lead-free Solder
WAKEUP
NC KILLR
-DATA NC

7020-06961-000-0
USB B'D
RC_OUT
+DATA NC BT_LINK
NC FRONT_IRIN

USB (COMPONENT SIDE)

VBUS MXL RC_IN
GND_MX NC

CP304
MXR

Pb
NC MXL

J380
GND_MX

CN308
NC
NC MXR
NC

C361
CP4
CN5

LUG303
SIDE_CNT (COMPONENT SIDE)

D5V(MX)
7020-06960-000-0
3

3
SIDE_CNT B'D SWM5V(MX)
SWM3.3V
M3.3V
M/DGND
SIR_MO/RDS_DATA
SIR_MI/RDS_CLK
NC
NC
J208

J209

A+8V
A+8V
A-8V
A-8V

B
WAKEUP
KILLIR
RC_OUT
BT_LINK
4

FRONT_IRIN
RC_IN
NC
NC
NC
NC

When soldering, use the Lead-free Solder (Sn-Ag-Cu).

NC
J202
J201
J200

NC

SIR_MO/RDS_DATA

SIR_MI/RDS_CLK TU_RXMO/SDA

半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

J204

TU_RXMO/SDA TU_TXMI/SCL
TU/TXMI/SCL TU_GPIO2/TUNED
D334 TU_GPIO2/TUNED

3
5

C380 TU_SEN
TU_SEN
J206
J205

R381 TU_RST/ST
TU_RST/ST

C360
C362 TU_MUTE
TU_MUTE
BD300 A+8V DA+5V
R325 A+8V DA+5V
A-8V X2VOLTDET
A-8V ACMUTEDET
AGND NC

L101
AGND
BD301 HD_TU_GND

R323
CP3

C3 TUNERL

USB (FOIL SIDE)

88 D335
C382 GND_TU

BD302
C389
D333 TUNERR J207
M/DGND
C381 TU_3.3V/5V/9V
TU_RTGND

2
6

NC

Pb
RL+B
RL_GND
NC
VBUS

USB B'D
+DATA
-DATA
GND
GND
CN11

7020-06961-000-0
C321
X2

D314
D315

R322
R324
R321
C346
RL_GND

R331C350
TU_RTGND
DA+5V

A-8V
A+8V
NC

RL+B
AGND
NC

AGND
AC MUTE DET

TU_3.3V/5V/9V
VOLT DET

AGND
VAUXR
VAUXL
1
7

CP13A

A
A

B
B

D
1

CP302 MTZ5.1B

MIC
+8V

H/PL
H/PR
ZD319

60
H/PGND
H/PDET
MICGND
MICDET
J361

LUG301
H/P B'D

JACK311
7020-06961-000-0

Pb C372

C374
RL+B
A+8V

AGND
AGND
DA+5V

A-8V

RL_GND

2
2

JACK310
TRG+15V
TRG_GND

TU_RTGND
SIDE_CNT (FOIL SIDE)

AC MUTE DET
X2 VOLT DET

TU_3.3V/5V/9V

NC
H/P (COMPONENT SIDE)

RL_GND
RL+B
NC
TU_RTGND
TU_3.3V/5V/9V
M/DGND
NC
NC
NC
HD_TU_GND
AGND
3

AGND NC
A-8V ACMUTEDET
A-8V X2VOLTDET
A+8V
A+8V DA+5V
TU_MUTE DA+5V
TU_MUTE
TU_RST/ST TU_RST/ST
TU_SEN TU_SEN
TU_GPIO2/TUNED TU_GPIO2/TUNED
TU/TXMI/SCL TU_TXMI/SCL
TU_RXMO/SDA TU_RXMO/SDA
A

SIR_MI/RDS_CLK
C
B

SIR_MO/RDS_DATA
4

NC
NC
NC
NC
NC
NC
RC_IN
5

FRONT_IRIN
BT_LINK
Pb

RC_OUT
KILLIR
WAKEUP
A-8V
A-8V
A+8V
A+8V
7020-06960-000-0

NC
SIDE_CNT B'D

NC
NC SIR_MI/RDS_CLK
NC SIR_MO/RDS_DATA
NC MXR
M/DGND GND_MX
3

7020-06961-000-0 NC M3.3V
MXL
+8V

MXR SWM3.3V
MIC
6

NC
H/PL
H/PR

R371 H/P B'D C368 C369 GND_MX SWM5V(MX)

RC_IN
MICDET
MICGND
H/PDET

D5V(MX)
H/PGND

MXL FRONT_IRIN
NC
NC BT_LINK
C370

NC RC_OUT
R378 NC KILLR
WAKEUP
A-8V
A-8V
H/P (FOIL SIDE)

A+8V
D320 A+8V
D/MGND
D313 M3.3V
R352 SWM3.3V
2

SWM5V(MX)
7

C373 D5V(MX)
R368

Pb
71
C3 6
1
R349

D3
D317
A

C
B

C
B
FRONT (COMPONENT SIDE)

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

A
C320
IN ICT OP ADJ FI
ZD301
MTZ6.8B C314
C317
FIL2 R399

J303
OPEN
FLT301

J315
FIL1

J308

J307
J312 J318 CP305

J325
OPEN D321

NC(FOPT)
D/MGND
VSELB
VSELA
ISELB
ISELA
KEY3
KEY2
KEY1
NC(DOORDET)
H/PDET
MICDET
P-DIRECTLED
NC(3DRED)
NC(3DGRN)
S.BY_GRN_LED
FLRST
M-DAX_LED
FLCE1
FLDATA
FLCKL
S.BY_RED_LED
POWERKEY
SWM5V(MZ)
FRONT_IRIN
H/PR
H/PL
H/PGND
NC(VAUXV)
D/MGND
MIC
MICGND
VAUXL
AGND
VAUXR
A-8V
A+8V
SWM3.3V
D/MGND
M3.3V
J305
C364

J317
C312

J300
100/63 M-DAX
Vkk GND J319

J357
(RED)

J338
J313
OPEN ZD303

J311

J301
C366 LED302
MTZ18B IC304

B
Vkk

J316
ICP-N15 RMC301
J346

J341
Q300

J309
CP303

J337
J343

J328
ZD304

J327

J330

J331
J329
MTZ16B J342
J356

J372

J324
J302
J304
LED301 C342

J323
J314 P-DIRECT C367 J306 (3*5)
J360 C352

J339
J340
C319 D322 VEC302 (BLUE)

J335

J334

J333
J332
VEC304 C340 (3*5)
SOURCE SEL MASTER VOL C341
J336 (3*5)
(CLICK) (NON CLICK)

J321.
J358

J320
LED300 SW302A

J322

J359
C
CURSOR UP

R G
SW304B SW303B SW304C SW302B SW303C SW302C SW301C J326 SW301B C359 +8V
J344
(3*5) MICDET
J345

J349

J373
J351

J347
C339 MIC

J352
VAUXL
AGND MICGND

J348
VAUXR H/PDET
ENTER H/PR
SURROUND AUTO MENU SW301A RETURN BAND STATUS PURE
DISPLAY

CN301
MODE SW305A DIRECT H/PGND
SW303A
Pb CURSOR

MTZ5.1B

ZD321
ZD320
MTZ5.1B
CURSOR H/PL
STBY RIGHT

D
LEFT
SW302A15 CN302
FRONT B'D C376
ANGLE

7020-06961-000-0 SW304A
CURSOR
DOWN

FRONT (FOIL SIDE)

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

C335
C332
R316
7020-06961-000-0 Q318
R358
R355 FIL2

R318

C315
R350

R317
OPEN
FRONT B'D
C347
Q309 R320 R345 C334

C322 C323 C324

R351 C329 FIL1

R342

C337
R341 R313

R390
R383
R346
OPEN

R376
R315
R314

R375
R374
SWM3.3V
D/MGND

D/MGND
NC(FOPT)
M3.3V

A+8V
A-8V
VAUXR
AGND
VAUXL
MICGND
MIC
D/MGND
NC
H/PGND
H/PL
H/PR
FRONT_IRIN
SWM5V(MZ)
POWERKEY
S.BY_RED_LED
FLCLK
FLDATA
FLCE1
M-DAX_LED
FLRST
S.BY_GRN_LED
NC(3DGRN)
NC(3DRED)
P-DIRECTLED
MICDET
H/PDET
NC(DOORDET)
KEY1
KEY2
KEY3
ISELA
ISELB
VSELA
VSELB

R353 C333
Vkk GND
Pb

R340
C331

C325
Q313 R354 Q302 OPEN

R377
Q310

R319
B
R360 Vkk
R333

Q317
R389
C344
C384
C386

R335

C385
R330

R363
C330 C306
IC301
AZ4580MTR R392 R380
R343

R391

R386
R339 C387 R388 R384 R382
Q301
CLAMP302
R344

C328 R338 R385

R309

C
34

SW302A
R3

R387
IC305

C345
AZ4580MTR

CURSOR UP
G R
Q319
R301B R301C R302C R303C R302B R303B CLAMP301
C379
R362

SW301A R302A
SW301B SW301C SW302C SW303C ENTER SW302B SW304C SW303B SW304B
C355 PURE
65

C378 STATUS BAND RETURN R301A R303A MENU DISPLAY AUTO SURROUND
C3

R372 DIRECT MODE

R367
R369 SW305A SW303A

D
CURSOR CURSOR
+8V RIGHT
MICDET R304A LEFT
R361
R364
C377

MIC
MICGND
H/PDET
H/PR
H/PGND
H/PL
VAUXL SW304A
AGND CURSOR
VAUXR DOWN

鉛フリー半田
半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu).

61
AUDIO_VIDEO (COMPONENT SIDE) AUDIO_VIDEO (FOIL SIDE)

1 2 3 4 5 6 7 8 9 9 8 7 6 5 4 3 2 1

A A
R1068

R1034
IC812

C947
COMP OUT
C970 TC4053BFT R1051

JK109
C972 C969
C948
R1060

C973
R1066

R1033
R1035

C946

R1019
R1021
R1053

R1030
R1026
R1025

R1029
B B

SAT/CBL
JK108
C971
CP1003 R1052 R1054
C968
IC811
NJM2586M
C974 R1041
R953
R952
R954

R956
R955
C907

C911 VGND
Q831 R1031 VDI_CR
CN2 C952 R1032 VGND

C949
R1067

JK106 JK107
C961 VDI_CB
VGND VGND

DVD
VDI_CR

R962
D839 VDI_PY
VGND C951 R1027 VGND
VDI_CB R961 R1028 C959 R1042 C975
R1036 VDI_Y
VGND VGND
VDI_PY R1040
C962 VDI_C

C C
VGND C945 R1065 VGND VGND
VDI_Y

BD
V.AUX
C913

Q829 R1022 COMP_SW1

VGND Q830 C954 COMP_SW2 VGND

LIMIT+
LIMIT+
LIMIT-
LIMIT-
R1024

R1071
VDI_C

RELAY_SB
H/PL

RLGND
C950 R1064

RLY_F
R1069

RLY_FB

RL+B
NUTE_7V
H/PR

RLY_S
H/PGND

NC
NC
RLY_SB

RLY_C
COMP_DET
RLY_H/P
RLY_H

R959
R965
R964
R951

NUTE_7V

RELAY_H
RELAY_C
RELAY_S
RELAY_F
VGND OSD_CLK

H/PGND
C909
R960
D838

C956 CVBS_DET

RLGND
LIMIT-
LIMIT-
LIMIT+
LIMIT+
V.AUX C910 OSD_CE

RL+B

H/PR
C957 INA

H/PL
VGND R967 C904 R1038 OSD_DATA

R958
INB

NC

NC

NC
NC
C905
R966 Q840 Q839

C906
C912 R1070 C953 R1037 INC

R1045
R1039

R1043

R1047
R1049

R1044
R1046

C960
S/V_SEL
OSD_CLK MONIA OSD_N/P_SEL
OSD_CE R1050 MONIB

C929
OSD_DATA D843 C944 PS
BD800

Q838

C927
OSD_N/P_SEL C955 OSD_SW

R1000 R1002
CN5 IC807

R999 R996
R994 Q833 D842 BD7628 IC804 +5V
C933 C928 R993 C903 TC4052BFT +5V

JK105
C924

R998
Q832 C915 VGND

R981
VGND

D D
R990
C966
VGND

R975

R1005
DOCK
COMP_SW1 R984 R987 R991 R1079

R1056
R976 R977 -5V
COMP_SW2 R983 -5V

R1010 R1048
C963
R1055
COMP_DET R1006
CVBS_DET C921 C965 C926
R1003 R1072

R992
R995
D840 C934 C964 C967 R980
R972

INA D841 IC809

R1004
R985

C917
INB 24 20 15 13 C914

INC936 R1059
R1061 TC4051BFT
INC C922 R1008 R1074 R1016
S/V_SEL R1017
LC74781

C923

C916
R1007 R1001
IC810

MONIA R1075
R997 C932

R1015
MONIB

C941
PS Q834 C935 R979
R978

C931
OSD_SW C919 C930
+5V C863

JK104
+5V C958
C925 IC806R986 C862 R963

R1011
VGND

R920 CVBS
IC805 MM74HC4053MTC C864 R971
VGND 1 5 10 12 BD7628 C943
X800 IC808 R1073
R1009

-5V

E E
C920 BD7628 C867 R924

R988
14M318 C918 R1023 C942 H/P_L

R1062
C868 R932 C940
R973

Q818 Q819

C938
C939
-5V R982 C869 R923 H/P_GND
L801 C937 R931 H/P_R
33UH C871 R928

R989
R968 R970 R926 Q841 RLY_H/P
CN4 R1058 Q822 Q817

Q837
R974 Q842 R969 Q816 R1020
Q835 D834 RLY_F
R898

R927

C857
R915
R919 R1078 RLY_C
R916 R917 C860 R911 RLY_S
C870 R921 Q821 Q820 R1018 NC

Q814
C859 R914 R1057 RLY_SB
Q823 NC
Q836 C846 Q815 PREZ2MUTE
X801 R883 R882 D833

PRE-OUT
JK103
17M734 C839 C845 C858 C852

R922
R918
UDZS3.6B

H/P_L R925 R906

H/P_GND R903 R904 PRESBMUTE
C853 R929
ZD800

H/P_R PRESWMUTE
C838
D826

R930
D829

RLY_H/P R910 LIMIT

C855
D831

R907
D837 R905
A+BLIMIT R811

R913
R912
RLY_F

R800S
F F
RLY_C LIMITDET R810
D828

RLY_S 95 R909 R801I MUTE5V

RLY_SB R896 R908 C800K R902 MVOL_CLK
R800Y

R801A
R895 100 D825 AGND MVOL_DATA

C854
RLY_H 90 85 IC801 C800L R901
C840 C844 PREZ2MUTE C836 R2A15220FP MIC_IN
PRESBMUTE

R891
R892
R893
R894
R801C

R801B
C856
C835 R874 AGND

C842
R800U
PRESWMUTE R877 V.AUX_R

R854
R858
R801J R845
_R

LIMIT 80 C800I R801D V.AUX_L

A+BLIMIT R833
UX

CN402 C815 AGND

V. A V.A

LIMITDET

R801G
R801E USB_R

C861
C832 R844

V. A
MUTE5V
X_ D

6 75 USB_L
L

AU GN V.
MVOL_CLK
AU GN

R818 R800Z R843 R853

MVOL_DATA

X_ D AU
R801H
C831 10 C800G D832 R800T R842

R
AGND

C866
70 C800J R800W

AUDIO_IN
MIC_IN

R800X
C830

R870
R885
R886
R866
JK102
AGND 15 R841 R852

X_
R823 65 R838

G G
C833 V.AUX_R R822

L
V.AUX_L D827

R800V
C847
CP11 C807 AGND C825 20 C800H R801F
C828 60

R800G
USB_R IC800 C823 C826
USB_L

R887

R890
R889
R800I

R888
AZ4580 C800C
WIRE 55
R851
7028-06945-101-0
G102 R800K
C800E R825
R807

TU_TXMI/SCL
RET_GND

R800M
C805 D820 R800Q

TU_3.3V/5V
IN ICT OP ADJ FI 30 D804

SIR_MI/RDS_CLK
RET_GND

R800O

SIR_MO/RDS_DATA
R806

TU_RXMO/SDA
R800A

C834

TU_RTGND
TU_GPIO2
C806 DA_SBR G101

TU_MUTE
C800A

TU_RST
TU_SEN
50

M/DGND
DA_SBL R819 RET_GND

R824
R847
C804 D822

RLGND
45 R800E

A+8V
RET_GND

A+8V
A-8V
A-8V
AGND
AGND
AGND
AGND

RL+B
35 40 R805
R816
R815

C803 DA_SR DA_SBR

NC
NC
NC

NC

NC
C810

RDS_DATA
DA_SL R804

TUNER_R
TUNER_L
DA_SBL

RDS_CLK
R800J
SIR_MO/RDS_DATA

AUDIO_VIDEO PCB R800L

C829

ST_IND
AGND
SIR_MI/RDS_CLK

AGND

TUNED
C802 C800D
7028-06945-101-0

R800C
C812
DA_SW DA_SR

H H
TU_3.3V/5V

SDA
SCL
GND
TU_TXMI/SCL

GND
TU_RXMO/SDA

DA_C DA_SL
AUDIO_IN

NC
R803
TU_RTGND

AGND C800B AGND

JK101

C801
TU_GPIO2

DA_FR R800R DA_SW

Pb
TU_MUTE

C800F R800H D805 R817 R802

TU_RST
TU_SEN

DA_FL C814 C816 C819 D821 DA_C

C809
M/DGND

C800 AGND AGND

A/D_R DA_FR R801

R800F
RLGND

AGND D823 DA_FL

A+8V
AGND
AGND
AGND
A-8V
A-8V
A+8V
RL+B

A/D_L R830 R828 AGND

CP8
NC

R800
NC

NC
NC
NC

CP5 A/D_R
C824
C822
C827

R832 R800N AGND

TU_GPIO2_TUNED
R800B A/D_L

C837
R800P
R837

C813
R800D
CP10 R840
TU_GPIO2_TUNED

TU_RST/ST

R835
R834
R861
R857
R879
R839 R809
CN401 R836

TUNERL
TUNERR
TU_RST/ST

C848 R831

R945

R946

R949

R948
TU_5V
I I

SDIO
SCLK

R944
R943
FL

TUNERL
TUNERR
SEN

AGND
AGND
AGND
AGND
AGND
AGND

AGND
C849
TUNERL
TUNERR

MX_L
D813

D815
D817
D819
D811
D809
D807

MX_R
C877
D800

C880

C879

C878
TUNERL

C876
TUNERR
AGND
AGND

AGND
AGND
AGND
AGND
AGND

TU_5V

R947 R808
MX_L

R900
MX_R

AGND
SDIO
SCLK

R899

R846
SEN
R812

SL R941
C881
AGND D801
Q813 C808 D830
C R897
AGND R871
R813

CP801 R821
D812

D814
D816
D818
D810
D808
D806

R940 C843

R1076
SR C874 Q828 R950 R884
Q812 R938

R1077
C841 R942 R880

C886
C811

C887
AGND CP800 R957

BD801
R1190 FL
FR AGND
Q825

C882
SL

C884
R855 R875

C888
C889
R814 R820

R1202
AGND R848

R1063
R1204
Q808 C872 AGND

J J
C

R863
SBL GND801 R939 AGND

R935
R937
C875 GND800 L1000
AGND L1001 SR
C1110

C1112

C883 R933 AGND

Q807 C873 R1200 Q826 Q804 Q801
SBR C1109 R936 FR
AGND
RDS_DATA

Q824 R850
RDS_CLK

TUNER_R
TUNER_L

SBL
ST_IND

C885 Q827 AGND

TUNED

R856
SBR
SDA
SCL
GND

GND

R934 R867 R878

NC

C891 C890
C1111

K K

鉛フリー半田
半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu).

62
HDMI (COMPONENT SIDE)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

C9000

N2501
C9005
A

N2704

N2702
N2705

N2701
C9010
L2516 C9015
C9020
C2702 C2560 C2568

C9152
L2736 N2703

N2707
L2724
L2725
L2726
L2727
L2728
L2729
L2730

L2732
L2733
L2734

C2359
C2360
C2362
C2361
R2136
R2135
B L2735 R2512 R2517 C2502

C2517
L2747

L2744
L2750
L2749
L2748
L2746
L2745
L2743
L2742
L2740
L2739

C9063

L2720
L2751
L2755
L2754
L2752
L2753

L2741

C2518

L2719
L2737
R2502

L2827
L2826
L2738

L2829
L2828
L2731

L2718
L2717
L2716
L2715
L2714
R1002
C9073 C9083 C2529 R2513 C2520

C2701

C2521
L2721
C2130 R2332

L2756
C2547 Q2517 Q2528

L2303
C2904 R2515
C2503
B
C2129

R2514

C2111

Q2525

Q2515
R2503

U2504
C2530

L2709
L2708
L2707
L2706
L2705
L2704
L2703
L2702
L2713
L2712
L2710

L2701
L2711

C9090
C9095
C2532
R2518

U2502
C2112

R2532
U2903

U2503
U2501
U2305

U2104
U2103
C9098 C9102

R2529
C2545
F L2507 L2502 C2524 L2506 L2510

C9030
C2501
C2161

C2356

R2534
C2516
C D R2501 L2512
C2903 Q2516 Q2522 Q2521 Q2519 Q2520 Q2518

C2124
R2510 R2516

C2114

C9045
C2101

C2116
L2511

R2527
C2136 C2528 R2511 C2519 C2523 C2514 L2504
L2508 C2522 C2513 L2501 C2515 L2505 L2509

C9040

C9025
C9035
R2180
R2168
R2167

C2156
C9050 L2503

C2555
Q2523
C2131

C2553

C2541
C2121 F R1751 R1752

R2526
C2544

R2525
C2543
R2102

L2821
L2822

C9111

C9115
C9055

C9065
C9070
C9099
C9060
C9103

C9075
C9080
C9085
C2122 C2716

C9123
C2542 R2522

C9086

C9107

C9119
R2107

R2523

R2524
R2109 R2118 R2152

C2540
C2162

L2722
Q2524
U2101

L2723

C2155
R2165
R2166
R2179
C2126

C
R2108 R2110 C2140 R2151

C9044
N1701 TOP

L2765
C9081 R3378

Q2529
C9151

R2130
R2140
C2148
R2117
R2103

R2106

R2528
C2132 C2133 R2149 R2115 C9113 C9072

L2762
L2763
L2764
C2105 R2105 R2104 R2150 C2139

R2533
1 7 C3309

L2812
B

L2811
C C9076 C9087
C2115

C2110

C2120

C9141
C2147
R2139
R2129
R2116
R2101 C2102 C9117
C2109 C2907 C9097
C9130 2 R2519 R3318 C2548

C9002
40 C2551
B2701

C2549 C2550

R2178
R2164
R2163
C2154
C9126

C2552
S1301
R3373
U3301

R3369 R3308

C9149
R3358 C2546

C3306 R3312
R2520

R3302
C2906 R2909
C2538 C2537 R3319 7 1

R3371
C2720 R2114 R2148 R3374 C1322

N1301
L2809

Q2507

C1351
Q2508
1 39 C2138 R2147 R3375 C1323

R3307

R3359
R3301

R3311

R3313
C2718 R3303 R3361
U2905

L2784 L2785 L2786 L2823 U1301 TOP

R2128
R2138
C2146
R2113
R2531 Q2527
U2904

L2810 R2549 R3304 R3355

D
N2710 Q1301
C2711

N2709 R3172 R3357 C9109

L2818

C9145 R3362

11
C2708 R3134 L2817 C9121 R3363 R3320
R3133 R2908
G L2816 C2709 R3321

R1322
C2153

R2162
R2177

R1321
R3364 C1360

R2161
R2905 R2910 R3136 R3135 L2814 C2707 R3366 R3365 R3322 R1325 R1337 R1327 C9027

R1326
C2908 L2787
L2788
L2789
L2782 L2783

C1321
R1335 R1333
C2721

L2830
I C2704 C3301 HSDA C9140 R1301 U1302 R1336 R1328

N3301
Q2532
R2536

L2813

C9052
C2706
R2530

R2145 R2111

R1324
R1323
C2703 C3302 R1331 R1329
Q2526

C9136

U2505 C2556
R2146 C2137

R3324
C2554
Q2902 R3368 R3367 1

C3313 U3302
L2772 L2773
L2774
L2775
L2780

R3356
L2781
D 44
L2766 R2535

R3370

C2911 R2913 R2912 R2911

R1317 R1318

176
Q2531

C2145
R2137
R2127
45

R2112
R2926
Q2904 R2928
R2701 L2803

D3105

R1304
R1907

TOP
L2804 R3169 C9125 C9007 R1350
R3170 R3351 R3309 R1349

R1914
R2702 L2805 C3104

R3323
R1917

1
L2767
L2768
L2769
L2770

C2909
L2771
R3167

R3122 R3104
C3111

R2703 L2806 C3103 R1918 R1916 R1915

C9092
R1913

HSCL
R3119 A

R3315
R3316
R3305
L2808

R3306
E
D3110

C9003
R2704 L2807 R3165

R3317
C3304

R1316
R1902 R1330

C3303
C9051

R3127 R3151 C1947 C9129

R2914 C2910
C9074 R2925 R1904 C1305

Q2903
R3129 R3152

R1919
C3113

S1901
R3166

R1315
C9079 R3163 C3126 C9133 X3302

U1303

X1301
144 R3143 C9135
109

N2708 L2802

C9112
1 108 R3173 R3164 R3346 C9105

R1314
R3120 R3174 R3175 TOP C3317

N1901
L2801 R3121 Q2905 R3176 R3347 C9082
L2800 L2799 R3125

R1332
C1304
R3162

R1906
R3345

R1313
R2937 Q2907 R3161 C1912 1 10 R3342 C9101

C1901
L2815 C2724 R3126 R2927 R1911 C1902 C3316

C1358
R3340
L2797

C2705 C1908 U1901

C1919

C1343

R1303
L2798 C9042 88 133

C9127
L1001
R3160
R3145
R3146
R3150 C1921
R3149
R3148
R3147
157 89 132
Q2906
R2915 208 R1319 R1320

R1747

R1302
C1038 C1114
C1922 C1037

R1972 R1973
156

R1977 R1976
C3123 C3122

C9033

R1036 C1116
F

R1927 R1925 R1924 R1922

1
R3177 C1924

R1749
C1091 R1312 R1311
R3128

C9012

C9022
L2793

C1052
J

C1054
L2796 C9019 H C1090 C9062
X3102

L2820 C9131

R1702
L2795

R1039
C2717 R1309 R1307 R1305
R2932

R2933
R2930
R2929
R2931

L2819 C1927 R1075 R1073 X1002 R1310 R1308 R1306

L2794

C2719 C2714 C1083 C1084 C1015 C1016 R1094

N3101 C1928 R1034 R1035
633010052101S

C1135
C1133
C1137
C1122
C1123

C1108
C1102
C1110
C1112
I 36 L2792
MP2
R1975 R2938
73 L2761

U1707
TOP 72 L2791 C2713 C1009 R1082 C9047 R1085

R1703
C1010 R1083
8U-310052
C9148
L2760
L2759
L2758
L2757

L2790 R1078
C9014

U3102 C1004 R1063 R1064 C9057

C9108
37 R1926 C1001
1 DIGITAL UNIT
R1970 R1971
1 R3139 R3138
C9034

H 11 J R3140 C1002
R3156 R3158 R1928 R1920 C1003
N2706

R3141 R1080
G
R2336

R2310 C1971 R1065

R3144

C2306
R2307

R1910
R1007 C1007

R1507
R1508
R1509
R2308

R1506

R1510
R2313

R1505
C2321 R1921 R1088 R1079
C2305

R1930
C2307
C2323

R2344 C9031

R1504
R1753 C1008 R1066

R1503
R1943
R1974

R1005 C1005

R1501
8

R1502
U2304

1 R2340 R2341 R1006 C1006

R1932

G C2367 C2368 R1945 X1701 R1067

N2301

R1933 C1714 C1715

R2316 R2315

L2305 L2304

R1946

R1037
C9017
C9077
Z3101 TOP R1743 R1744
Q2305

R2350 R2349 R1068

C2369 C2370

R1003
C1503
R2346 R2342

C2722 C2336 52 R1069 C1505 U1501

Q2306

R2348 C2340 C1126 C1501

R1947
C2723

C1504
D3112

C9053
R1742
R3114

C2726 R2345 C1124

R1004
C2342 105
Q2302

R1730
R1070
R2314

L2302

C2728
L2301

L2831 53 C1955 R1740

R2343
C9146
R2321 R2317

C1940
C1941

104
C1961

R1071

R1731 R1096
C1954

H
R1942
Q3104 Q3105

R1739
C2363
R2330 R2320

D3106
C3105 C3106

R1937
R1941

R1940
R3112 R3113

C1012
R1939
R1072

C1049
Q2303

R1959

C1011
R1962 R1738
C3107
C3108

R1938
R1960

R1522
R1532

R1523
G R2339 R1963
R1966 C1711
R1961

C2343 R2347 C1946 R1964 R1949 D1501

R1533
C2347 R1965

C1053
C1051
R2328 R2327 R1729 U1001 IPSCL

R1948
R1723 R1720

R1935 R1934
R1953

R1936
R2333 R1950 R1010 C1506
R2323

C9037

R1745
C1724
R2329 C1966 C1507
R1721 R1718

D1001

R1032 R1033
VCC U3101 OUT X1902

C1013 C1014
R1717 IPSDA
N4401

C1967 R1076

D1002
U2301 R1024 R1016 C9032 R1019 R1539 C1526 C1508
R1714 R1013
R2326

C2366
R2322

R1534

C1721
R1741
R1716 R1725 D1015

C9104
R2324 D1701 D1003 U1706 R1030 D1022 R1537 D1502 C1515 R1524

X1001
U2306

D1008

C1020
R1090

C1019
R3108

C1524
X2302 R1713 R1719 R1722 R1028 D1016
C1708
C3110

R1724

C1709

C9066 C2355 C2354 R1728 R1012 R1021 D1023 R1538 D1503 R1529
R2302
C2302

Q3103 R3111 C1704 R1544

R2301

R1709 C1703 R1026 D1009 R1089

R1732

C3109 D3102 R3107 Q3102 R1018 D1017 D1024

C9069
R3102

U1703

R1535
C9118

Q2304

R1025 D1039 C1525 D1504 R1530 C1519

Q1002
C1702
D1702
C1705

C9018
R3101

R1715

R1737
R1733

Q2901 R1712 R1736

Q1004 R1015 D1010
C9023

R3109 L1003
C2901

R1707
R1705

R3103 Z1 R1011
C9142

L2306 Q1006 R1017

D1020 D1021 D1040 C9132 C1520 R1536

Q1008
D3108 D3103 D1025

R1031

C9096
C3102 C2371 R1735 R1734 D1006 D1007 D1032 R1027 R1014 D1013 D1014 D1036 R1029
I
R1020

D1505
D3111 D3107 D1027 D1028 D1043 D1044 D1507 D1508 D1511 D1512
C9028

D3104 C1707 R1704 D1004 D1031 D1035

R2901 R1706 R1727 D1018
A C1706 R1726 C1701
D1005 D1029 D1030 D1011 D1012 D1033 D1034 D1019 D1037 D1038 D1026 D1041 D1042 D1506 D1509 D1510
U2901
D3101

VCC OUT VCC OUT IN

R2902

D3109

K3103 C9110

Q1003
R2903

G G VCC G

Q1005

Q1007
C3101

K1501
1 4 K3101 C9114
Q1001
K1702

K1703

K1704

K1002
K1701
K1706

K1001
K3102

C9106 K1003
N2901 K1004 CEC-COM

鉛フリー半田
半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu).

63
HDMI (FOIL SIDE)

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

C2563
C2557
C2567
C2566
C2562
C2558
R2126 R2160

R2338
R2335
R2334
R2337
C2364
C2365
C2144 R2159

C2157
R2170
R2175
C2160

R2173
R2174
R2183

R2182
R2172
R2184
R2176

C2159

R2181
R2169
R2171
C2158
R2904
C9078 C9068

C2902
C2511 C9058
C2512 C2510 Q2509 R2122 R2156

C2905
R2508 L2515 R2507 C2539 C2142 R2155

C2117
B
C2508 R2509 C2358 C2357
R2505 C2509 L2513 C2507 R2521 R2936 R2153 R2119
R2550 C2113 R2154 C2141
R2506 L2514 R2504 R2934

U2902

U2105
U2106
R2935

R2331
C2526 C2127 C9093 C9088
C2535 C2527

Q2530
C2536 Q2536 Q2537 C2118

R2121
R2132

C2149

R2120
R2325

R2142
C2150
C2525

R2141
C2135

R2131
R2133
R2124
C2531
R2551 R2552 R2553

R2143
C9049

C2151
C2533

C2125

C2107

C2128
C2108

C2123
C2534
Q2550 Q2541 Q2540 Q2543 Q2542 Q2549

C2106
C2715
C2712
C2710

C2119
R1750 C9059

C2103
C2134
C

R2125
R2134
R2144
C2152

C9153
Q2510 R2157 R2123

Q2512

Q2513

Q2514
Q2511
R3348 C9054 R2158 C2143

L2779
L2778
L2777
L2776
C9154

C9137
L2824

C9147
C2104

C2730
C2729
C2727
C2725
R3326 U2102 C9155

R2906
R2907
C9089
L2825
R3360

C9120

C9139
R3325

C9143
R3349 R3350 C3311

C9041
C1353 C1359
C1318 C9116

C9006

C9011

C9122
R3332 R3372

C9009
D
C1317

C9124
R3335 C9091 C9138 R3137

C9094
R3334 R3354
C1357
C9048

C1316 L1303 R3343

C3312
C1355 R3353
R3341 R3344

C3307
D2501

C2565 R2538
C9056
C1326 C9144 C3305 R3352 C9021
C1337

C3310
C9024

R3328
C1339 R3115 R3116 R3117 R3118

C3308
C1336 C1329

R3314
Q3302 R3339
C1327

R1340 C9061
R1341

R3338
R1334

R2539
R2540
Q1302

R3337

C9046
R3310 C9008

Q2533
C9084
Q3306

C2564
C1332 C1341 Q3304 C3315
C1348

R2541
C1347

Q3106 Q3107 Q3108 Q3109 C2569

E
R1022

C3121
C3116
R1008 C9016

R2543
C2570

Q2534
R2542

C3112 C3115

R2537
C1346

R3336
R3329
C1303 R1009
C1036 Q1901 Q1902 R3110 R2544
C1315

R3168
C1345 C1029 C9036 R3123
C1030 C1035

R2545
C1314 C9013

R1903
C9029 C9039
C1344

C1311 C1031 C1034 R1901 C3117

R3333

Q2909
C1328 R3124

Q2910
C1309 C1032

C1976
C1333 C1331 C1340

Q3101
C1307 C1335 Q3301 Q3305 C9134 Q2908

C3120
Q3110
C1097
C1096
R1339

C1338
R1342

R1905 U1902

C1903

C1920
C1350 R1912
C1342

C9001

C1975
C1349
R1338

L1302 C1325 C1334 C1942

C1978
L1002 C3114 C3124
C1324 C1330 C1086
F

C1973
C1354 C1085 R1074 C1095 R3132

C1923
L1301 C1904 R3178

C1907
C1320
R1344 R1343
R1348 R1347

C1356 R1081 R3130

R1346 R1345

C1352 C1319 C1060

C1040

R1955 C1974
C1728

C1981
C1905
C1127

C1944

C1909

C1931 C1929 C1925

C1914

C1910
C9128

C1913
C1906
C1306 R2924 R2918 R2921
C1061

U3103
R1086

R1923
C1131 R2922 R2916 R2919 C3125 C2572
C1058 C1094

C1313
C1059

R2548 R3131
C1018

R2917 R2920

R2546
C1934 C1930 C1926

C2571
R1701
R1092 C1125 C1727 R2923
C1048
C1046

C1301 C2912

R3154 R3153
C2913
C1025 C1022

C1093

C3128
R1045

C2914
C1074
C1073

C1033 C1129 C1128 C1916 C1917

R3157
C1302
C1106

R1967
R1041

U2506

Q2535
R1053 C9026

R3159
R2547
D2502
C1024

C2561
C1050 R1049
C1120

C1308 R1054 C3118

C1023

C9067

C1972
C1021

R1047

R3155
C2559 C3127 C3119

R1748
C1076 R1050
C1312
C1310

C1977 C1980
C1118 C1042 R1048 C1932

C1726
C1081 C1044
R1042
R1044

R1908 C1933
R3171
R1052 R1061 R1059 R1057 R1055

R1512 C1725 R1929

C1935
R1514 R1516
G

R2309
R1043 C2309
R1087

C1970
R1511 R1513 R1517 R1909 C1915 C1918
R1060 R1058 R1056

R1515 Q1009 C1936 C2303

C1104

R1518

C1937
C1092

C2320
C2317
C2322
C2353
R1519 R1931

C2311
C1969
R1520 R1001 C1134
C1132 C1939 R1980 R2311 C2329 C2316
C1938 C1943
C1056
C1057

C1960 R2312 C2331

C1087

C1130 Q2301

C1945
C1068 R1091 C2330 C2352
C1136 C2324

C2301 C2310
R2304 R2305

C2328
C1953
C2333
C1511

R1968
R1038

R2303
C1502

C1077
R1521

C1510

C2334
R1077
C1043
C1041
C1065

C1017 C2332
C1055

R1981 C2313 C9150

R1084 R1944 R2318 C2312 C2346
L1501 R1093 R1746 C1712 C2335 C2327 C9064

R1978
C2314
C1088

R1958
C1716 R1956 C2319
R1046 C1718 R2319 C2337 C2338 C2345 C2339
H
R1954 R2306
R1023

Q1502
C1139

C1079 C2326

C2304
R1062

C1039

C1710
C1723

C1968 C2341

R1979
R1040 C2351
R1528

C9043 C2344
C1138

L1502 C1089 C9071

R1957
C1045

C2315
Q1501
C1121 C1103

C1719

R1952
C1963
C1962
R1951
C1517

C2349
C2318
C1516

C1069

U2303
C9038
C1067

R1525 C1720
R1051

C1509 C1979

C9004
C2325
C2348
C2308
C1722

C1105 C1717 C1713 C2350

L1503
C1521

C1047

R1526
C1078

C1072
C1098
C1070
C1071

C1082 U2302
C1063
C1064

C1952
C1956
C1948

C1964
C1965
C1950
C1958

C1959
C1949
C1957

C1951
C1527

C1911
C1119 U1903
C1100
C1101
C1099

D1045

U1502 R1542
R1095
C1080
C1528

C1111 R3327 D3301 C3314 Q3303

C1523

R3331
C1512 C1513 C1107 R1710
R1527

R1708
C1518

R1531 C1109 U1002 R3330

C9100 R1711
C1522
C1514

C1113
I
C1075

R1543 R1541 R1540 C1115

C1028
C1027

C1062 C1117
C1026 R R
C1066

L L

鉛フリー半田
半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder
When soldering, use the Lead-free Solder (Sn-Ag-Cu).

64
 A B C D E F G H I J K L M N O

1 1
AMP B'D 1/2

R703

2 2
ZD401 R402 R401 1.8K
MTZJ5.1A 100K 1.2K R404 R406
5.6K(1) PRF18BC471QB5RB C401
C402 100N-K
Q401 OPEN TP401
KTA1024Y R411 C403 R407
C404 47/50 1 2 3 680K 10N-K 56K
Q403
R409 R410 R408 2N5401S
100K 0 5.6K(1) Q404
R415 2SD2390 R412 47K
22(1) D402 R417
KDS160 270K R416 22K Q405
R413 R414 KTA1268
C405 C406 R420 R432 Q409 10K 10K R419 22K
100P-J 220P-500V OPEN 2.7K ZD402 R423
KTC3964

47/50
MTZJ3.3B 10K
Q406 R421
R427 C408 VR401 22K
1.2K 22/50 R428 Q408 D403 R424 R425 2N5551S
1K 1SS133T R426 R724
KTA1268 R422 0R47(2) 0R47(2) 5.6K OPEN
Q407 OPEN

OPEN
OPEN
2.7K R429

C407
KTA1268 33K

3 3
C410 R430 R431
100/50 ZD403 0R47(2) 0R47(2)
C411 MTZJ3.3B

D443
D444
R434 OPEN R433 R435
3.3K(1) D404

SPK B'D_A3
OPEN 560 1SS133T

PAGE 3/24
5 4 3 2 1
FL FL
R436 C412 R437 R717 R438 FR FR
470K 22K C413 R440 R710 220 220 Q412 R439
470P-500V 2N2-C 150 270 22(1) Q410 C C
KTC3206 2SB1560
FL SL
SR
SL
SR

FL_IN
C414
OPEN CP402
PAGE 9/24 R441
C415
10/100
C416
10/100
AUDIO B'D_O4 1.2K(1) R443
47(1)

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

FL
AGND AGND
SL
AGND
C
AGND

SPK B'D_A5
10 9 8 7 6 5 4 3 2 1
SR +HIGHB

PAGE 3/24
AGND R444 R704 +HIGHB
ZD404 R446 1.2K 1.8K R445 Q417 R493
FR 5.6K(1) +HIGHB
MTZJ5.1A 100K R450 KTA1268 33(1)
AGND C417 PRF18BC471QB5RB C418 -HIGHB
Q413 TP402 100N-K
SBL KTA1024Y OPEN -HIGHB
R454 R551
AGND C420 47/50 1 2 3 680K 100(1) -HIGHB
Q415
R451
5 5
SBR R452 R453 5.6K(1) Q416 2N5401S HIGHGND
100K 0 R458 2SD2390 R455 47K HIGHGND
22(1) D408 R460 C419
CP401 KDS160 270K R459 22K HIGHGND
R456 R457 100/100
SBL_IN
SBR_IN

SL_IN

FR_IN
SR_IN

C421 C422 10K 10K R462 22K

C_IN

PREGND
AGND

AGND

AGND

AGND

AGND

AGND

100P-J 220P-500V R463 R476 Q421 ZD405 R466

47/50
OPEN 2.7K KTC3964 MTZJ3.3B 10K
R471 C424 Q418 R734 R733 CP403
1.2K 22/50 R472 Q420 D409 R467 R468 2N5551S R449 330K 330K
KTA1268 1SS133T 0R47(2) 0R47(2) R469 R725
VR402 R465 5.6K OPEN PRF18BD471Q
Q419

OPEN
OPEN
2.7K R473 1K OPEN

C423
KTA1268 33K R464
R474 R475 R470 PRF18BD471Q
C426 ZD406 0R47(2) 0R47(2) OPEN

HIGHGND
+HIGHB

-HIGHB
D457 D458
100/50 C427 MTZJ3.3B KDS160 KDS160

D445
D446
R478 OPEN R477 R479

HDMI B'D 9/12_K9

3.3K(1) OPEN 560 D410 HIGHGND

5 4 3 2 1
1SS133T DC_DET4 DC_DET4
R480 C428 R481 R718 R482 DC_DET3 DC_DET3

6 6
470K 22K C429 R484 R711 220 220 Q424 R483
470P-500V 2N2-C 150 270 22(1) Q422 ASO_DET ASO_DET
KTC3206 2SB1560

FR RADI_THERMAL

PAGE 20/24
TR_THERMAL TR_THERMAL

330/6.3
330/6.3
1.2K
C430

47/10
OPEN
OPEN
OPEN CN404

10K
10K
C431 C432
R485 10/100 10/100
1.2K(1) R487
47(1)

R536

C513
C514
C515
C516
C517
R731
R732
7 7
R705
ZD407 R490 R488 1.8K R489
MTZJ5.1A 100K 1.2K 5.6K(1)
R494
Q425 C433 PRF18BC471QB5RB C434
KTA1024Y OPEN TP403 100N-K
R498
C436 47/50 1 2 3 680K
Q427
R496 R497 R495 2N5401S
100K 0 5.6K(1) Q428
R502 2SD2390 R499 47K
22(1) D414 R504
KDS160 270K R503 22K
R500 R501
C437 C438 10K 10K R506 22K
100P-J 220P-500V R507 R519 Q433 ZD408 R510

47/50
OPEN 2.7K KTC3964 MTZJ3.3B 10K

8 8
R514 C440 Q430
1.2K 22/50 R515 Q432 D415 R511 R512 2N5551S
C_IN KTA1268 1SS133T 0R47(2) 0R47(2) R513 R726
VR403 R509 5.6K OPEN
OPEN
OPEN

2.7K Q431 R516 1K OPEN

C439
KTA1268 33K
R517 R518
C442 ZD409 0R47(2) 0R47(2)
100/50 C443 MTZJ3.3B
D447
D448

R521 OPEN R520 R522

3.3K(1) OPEN 560 D416
1SS133T
R523 C444 R524 R719 R525
470K 22K C445 R527 R712 220 220 Q436 R526
470P-500V 2N2-C 150 270 22(1) Q434
KTC3206 2SB1560

C446
C
9 9
OPEN
C447 C448
R528 10/100 10/100
1.2K(1) R530
47(1)

ASO
RADI_THERMAL
TR_THERMAL
HIGHGND
+HIGHB

-HIGHB

DC_DET4
SL
SR
-HIGHR
PAGE 2/24
AMP B'D 2/2_M1
10 10
SL_IN
SBL_IN

SR_IN
SBR_IN
AGND

AGND

AGND

AGND

ANALOG AUDIO SIGNAL LINE

PAGE 2/24

SCHEMATIC DIAGRAMS (1/24)

AMP B'D 2/2_A1

A B C D E F G H I J K L M N O

65
 A B C D E F G H I J K L M N O
PAGE 2/24 PAGE 2/24
AMP B'D 1/2_A10 AMP B'D 1/2_M10
R531 R706 R534

SBL_IN
1 1
SBR_IN
ZD410 R532 1.8K

SL_IN
SR_IN
MTZJ5.1A 100K 1.2K 5.6K(1)

AGND

AGND

AGND

AGND

RADI_THERMAL
-HIGHR

TR_THERMAL
HIGHGND

ASO
R537

DC_DET4
+HIGHB

-HIGHB
SL
SR
Q437 C449 PRF18BC471QB5RB C450
KTA1024Y OPEN TP404 100N-K
R541
C452 47/50 1 2 3 680K
Q439
R539 R540 R538 2N5401S
100K 0 5.6K(1) Q440
R545 2SD2390 R542 47K
22(1) D420 R547
1SS133T 270K R546 22K
R543 R544
C453 C454 10K 10K R549 22K
100P-J 220P-500V R550 R560 Q445 ZD411 R553

47/50
OPEN 2.7K MTZJ3.3B
KTC3964 10K
C456 Q442
R557 22/50 R558 Q444 D421 R554 R555 2N5551S
KTA1268 1SS133T 0R47(2) 0R47(2) R556 R727

OPEN
OPEN
Q443 VR404 R552 5.6K OPEN
1.2K 2.7K R559 1K

C455
KTA1268 33K OPEN
R561 R562
2 2
C458 ZD412 0R47(2) 0R47(2)
100/50 MTZJ3.3B

D449
D450
C459
R564 OPEN R563 R565
3.3K(1) OPEN 560 D422
1SS133T
R566 C460 R567 R720 R568
470K 22K 220 220 R569
470P-500V C461 R570 R716
2N2-C 150 270
Q448
KTC3206
22(1) Q446
2SB1560 SL
C462
OPEN C463 C464
R571 10/100 10/100
1.2K(1) R573
47(1)

3 3

R574 R707 R577

ZD413 R575 1.2K 1.8K
MTZJ5.1A 100K 5.6K(1)
R580
Q449 C465 PRF18BC471QB5RB C466
KTA1024Y OPEN TP405 100N-K
R584
C468 47/50 1 2 3 680K
Q451
R581
R582 R583 5.6K(1) Q452 2N5401S
100K 0 R588 2SD2390 R585 47K

4 4
22(1) D426 R590
1SS133T 270K R589 22K
R586 R587
C469 C470 10K 10K R592 22K
100P-J 220P-500V R593 R605 Q457 ZD414 R596

47/50
OPEN 2.7K KTC3964 MTZJ3.3B 10K
R600 C472 Q454
1.2K 22/50 R601 Q456 D427 R597 R598 2N5551S
KTA1268 1SS133T 0R47(2) 0R47(2) R599 R728
VR405

OPEN
OPEN
Q455 R595 5.6K OPEN
2.7K R602 1K

C471
OPEN
KTA1268 33K
R603 R604
C474 ZD415 0R47(2) 0R47(2)
100/50 MTZJ3.3B

D451
D452
C475
R607 OPEN R606 R608
3.3K(1) OPEN 560 D428
1SS133T
R609 C476 R610 R721 R611
470K 22K C477 R613 R715 220 220 Q460 R612
470P-500V 2N2-C 150 270 22(1) Q458
KTC3206
5 5
2SB1560

C478
OPEN
SR
C479 C480
R614 10/100 10/100
1.2K(1) R616
47(1)

AMP B'D 2/2

6 ZD416 R618 R617 R708

1.8K
6
MTZJ5.1A 100K 1.2K R620
5.6K(1) R623
C481 PRF18BC471QB5RB C482
Q461 OPEN TP406 100N-K
KTA1024Y R627
C484 47/50 1 2 3 680K
Q463
R625 R626 R624 2N5401S
100K 0 5.6K(1) Q464
R631 2SD2390 R628 47K
22(1) D432 R633
1SS133T 270K R632 22K
R629 R630
C485 C486 10K 10K R635 22K
100P-J 220P-500V R636 R648 Q469 ZD417 R639

47/50
OPEN 2.7K KTC3964 MTZJ3.3B 10K
R643 C488 Q466
1.2K 22/50 R644 Q468 D433 R640 R641 2N5551S
KTA1268 VR406 1SS133T 0R47(2) 0R47(2) R642 R729
OPEN
OPEN

Q467 R638 5.6K OPEN

7 7
2.7K R645 1K

C487
OPEN
KTA1268 33K
R646 R647
C490 ZD418 0R47(2) 0R47(2)
100/50 MTZJ3.3B
D453
D454

C491
R650 OPEN R649 R651
3.3K(1) OPEN 560 D434
1SS133T
R652 C492 R653 R722 R654
470K 22K C493 R656 R714 220 220 Q472 R655
470P-500V 2N2-C 150 270 22(1) Q470
KTC3206 2SB1560

C494
SBL
OPEN
C495 C496
R657 10/100 10/100
1.2K(1) R659
47(1)

8 8

SPK B'D_A4
PAGE 3/24
3 2 1
SBL SBL

R660 R709 R663

ZD419 R661 1.2K 1.8K 5.6K(1) SBR SBR
MTZJ5.1A 100K
R666
Q473 C497 PRF18BC471QB5RB C498 CP405
KTA1024Y OPEN TP407 100N-K
R670
C500 47/50 1 2 3 680K
Q475

9 9
R668 R669 R667 2N5401S
100K 0 5.6K(1) Q476
R674 2SD2390 R671 47K
22(1) D438 R676
1SS133T 270K R675 22K
R672 R673
C501 C502 10K 10K R678 22K
100P-J 220P-500V R679 R691 Q481 ZD420 R682
47/50

OPEN 2.7K KTC3964 MTZJ3.3B 10K

R686 C504 Q478
1.2K 22/50 R687 Q480 D439 R683 R684 2N5551S
KTA1268 VR407 1SS133T 0R47(2) 0R47(2) R685 R730
OPEN
OPEN

Q479 R681 5.6K OPEN

2.7K R688 1K
C503

OPEN
KTA1268 33K
R689 R690
C506 ZD421 0R47(2) 0R47(2)
100/50 MTZJ3.3B
D455
D456

C507
R694 OPEN R692 R693
3.3K(1) OPEN 560 D440
1SS133T
R695 R696 R723 R697
10 10
470K C508 22K 220 220 R698
470P-500V C509 R699 R713 Q484 22(1)
2N2-C 150 270 Q482
KTC3206 2SB1560

C510
OPEN
SBR
C511 C512
R700 10/100 10/100
1.2K(1) R702
47(1)

SCHEMATIC DIAGRAMS (2/24)

A B C D E F G H I J K L M N O

66
 A B C D E F G H I J K L M N O

SPK_SMPS 1/2
1 SPEAKER B'D 1
JACK1
R38 470(2)
H/PR FR_GND
C5 C6
2N2-K 47N(M)-50V
RLY1 HPV FR_A
BC3-12
FL_GND
H/PL 2N2-K C3
L1 R37 470(2) C2 47N(M)-50V
FL_A
0.5UH C1
47N(M)-50V C_GND
R5 C7 C8
10(2) R6 2N2-K 47N(M)-50V

2 2
CEN
10(2)
FV
L2
0.5UH C4
R7 47N(M)-50V
RLY2
10(2) R8 G5PA-28-MC JACK2
10(2) SR_GND
C13 C14
2N2-K 47N(M)-50V
SR
L3
0.5UH C9 SL_GND
AMP B'D 1/2_N3

C10 C11
R9 47N(M)-50V CV 2N2-K 47N(M)-50V
SL
10(2) R10
RLY3
10(2) SBR_GND
G5PA-28-MC C18 C19
PAGE 1/24

3 L4
0.5UH C12
2N2-K 47N(M)-50V
SBR 3
5 4 3 2 1

FL
R11 47N(M)-50V SBL_GND
FR C15 C16
10(2) R12 47N(M)-50V
C 2N2-K SBL
10(2) SUV
SL
L5
SR RLY4
0.5UH C17 G5PA-28-MC JACK3
CN1 R13 47N(M)-50V
AMP B'D 2/2_N9

FR_B_GND
10(2) R14 C23 C24
2N2-K 47N(M)-50V
10(2) FR_B
L6
PAGE 2/24

3 2 1

SBL FL_B_GND
0.5UH C22 SBV C20 C21
2N2-K 47N(M)-50V
FL_B
4 4
R15 47N(M)-50V
SBR RLY5
10(2) R16 G5PA-28-MC
CN2 10(2)
L7
0.5UH C25
R17 47N(M)-50V F-BV
10(2) RLY6
G5PA-28-MC
R18 R39
10 9 8 7 6 5 4 3 2 1

+HIGHB 10(2)
-
AMP B'D 1/2_O5

+HIGHB
+HIGHB
-HIGHB
F-HV
PAGE 1/24

-HIGHB

6 5 4 3 2 1
RLY7 FL_WIDE
-HIGHB G5PA-28-MC
5 5
FL_W_GND
HIGHGND FR_W_GND
HIGHGND FR_WIDE
HIGHGND F_WIDEV
PREGND RLGND

CN3
CN13
-

6 6
C26 -
C27 1N-K
C28 -
C29 -
F-BV
F-HV
HPV

SUV
SBV
FV
CV

C30 1N-K

F-WIDEV
C31 -
7 6 5 4 3 2 1

C32 -
C33 1N-K
C34 -
C35 -
C36 1N-K
C53 100/50(8*11.5)

C37 -
C38 -

7 CP22 Q1
KRA102S
R19
100
Q2
KRA102S
R20
22
Q3
KRA102S
R21
22
Q4
KRA102S
R22
22
Q5
KRA102S
R23
22
Q6
KRA102S
R24
22
Q7
KRA102S
R25
22 -
Q20 R53
-
C39
C40
1N-K
-
7
C41 -
KDS4148U

KDS4148U

KDS4148U

KDS4148U

KDS4148U

KDS4148U

KDS4148U
Q8 Q9 Q10 Q11 Q12 Q13 Q14 Q21
KRC102S KRC102S KRC102S KRC102S KRC102S KRC102S KRC102S - C42 1N-K
C43 -

D11
C44 -
D1

D2

D3

D4

D5

D6

D7

-
C45 1N-K
C46 -

F-WIDE
F-BRL

F-HRL

C47 -
HPRL

SURL

SBRL
FRL

CRL

C48 1N-K
C49 -
C50 -

FROM TRANS
8 8
C51 1N-K CP1
35328-0360
C52 -

3 2 1
AC1

0R1(5)

0R1(5)
AC2

J65

R27

R26
CP12
19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

H/PR H/PR
H/PGND C54 C61
100N(R)-250V 100N(R)-250V
H/PL H/PL
RELAY_H F-HRL
RELAY_H/P HPRL NR1601 ONLY
RELAY_FB F-BRL 2K2(1) R29 2K2(1)
R28 2K2(1) R30
AV B'D 1/3_M1

9 RELAY_SB SBRL
9

6800/63(30*40) 6800/63(30*40)
RELAY_S SURL 2K2(1) R32 2K2(1)
R31 2K2(1) R33
RELAY_C CRL
PAGE 9/24

C55
RELAY_F FRL

OPEN
1SS133T

MTZ6.8B

R35
10K(1/4)

RELAY_WIDE F-WIDE
D8

DZ1

D9 D10
R34

RL+B D3SB60 D3SB60

RL+B
RLGND
C57
MUTE+7V 10/50

OPEN
R36
C58
LIMIT+
LIMIT+
LIMIT-
LIMIT-
10 10

1N-K

-
* OPTION
C60
0.1/50
C55, C58

C63

C62
NR1601 6800/63
GND2
SR50_6005 12000/71

ANALOG AUDIO SIGNAL LINE SCHEMATIC DIAGRAMS (3/24)

A B C D E F G H I J K L M N O

67
 A B C D E F G H I J K L M N O

SPK_SMPS 2/2
1 1

2
POWER S/W
CX103
-
1 2
SMPS B'D 2

3 J180
3
BKT102 JUMPER L100 L101
LF4ZBE273H -
AC INLET M3 F100 TH100 J100 JUMPER D100 1N4007
2

JK100

100UF-M/400V
J150
-

live

ECQU2A104ML
- D101 1N4007 ZD100

R101
Neutral
JUMPER 4 3 4 3 ZD101 MTZJ22B

2M2
C102
C101
OPTION MTZ39B D103

-
C100
10N
1

C131
ZD102 D25SC6M
R100

D102 1N4007 ZD103 MTZJ22B

1 2 1 2
MTZ39B
D104 1N4007 ZD104
BKT100

1N4007

1N4007

1N
J101 JUMPER MTZJ22B

R104
M3 C133 10N ZD105

2M2
MTZ39B

SHORT
SHORT

SHORT
SHORT
SHORT
SHORT
SHORT
CHASSIS GND
4 4
ZD106
C104

C105

C103
MTZJ22B
470P

470P

D105

D106
ZD107

OPTION
MTZJ22B

R105

J102
J103

J104
J105
J106
J107
J108
ZD117

1M
R113
MTZJ22B

5600/6.3(12.5*35)
5600/6.3(12.5*35)
5600/6.3(12.5*35)
1M

R115 ZD118
1M MTZJ22B
T100

OPTION
ZD108 R107

4700N-K

22K-F
R106 DBR2560DA

100N-K
MTZ39B 1 56
10 11

-
ZD109 D108

3K3
1 2

MTZ39B AP01C-V1 10 IC100

5 5

MTZ5.6B
R108

R109

R110
3 PC123Y22

C110
C111

C107
C108
C109
ZD110 D109 ZD112 C112
10UF-M/50V

C106
CX100 MTZJ22B 6

R111
R112 C113

270K
1N4007 MTZJ22B D110 7,8
5K6 100N-K

OPTION
ZD111 1N4007
ZD115

ZD114
JUMPER
5

HDMI B'D 8/12_A15

MTZ39B

R114
ZD113 R144 D111 -
1 2

JUMPER 270K IC101

PC123Y22 C115
ZD116 IC116 C114
CX106 JUMPER

1 2 3 4 5
KIA2431AP - D5.2V

PAGE 19/24
2N2 C116
- R118

R119
RL101 ZD119 5 3 2 1 100N-K D5.2V

6R8
C117 BKT101 6K8-D
TV-8 JUMPER R120 D C X V DGND
10N M3

100N-K
47 IC102 DGND

R121

C118
6 6

15K
TR101 TOP258MG MAINPOWER
RL101

47/25_(5*11)
KTC3199Y
100N-K
100N-K
100N-K
100N-K
TR100 S S S S S HL31-1AT-5H
470K

KTC3199Y 8 9 10
6 7 CX105

C119
D112

R126
370MM/5P

1K
1SS133T

R125
OPTION

R122
C120
C121
C122
C123

1M
C125
F101 F103 - TR102
KTC3199Y
R123 4K7
CX102
3 2 1

R124
10K
TO POWER TRANS

7 7
C124
-

OPTION TABLE s
ZD108 ZD109 ZD110 ZD111 ZD113 ZD116 ZD119 ZD101 ZD103 ZD105 R101 R104 R105 R114 F100 F101
U1 MTZJ39B MTZJ39B MTZJ22B JUMPER JUMPER JUMPER JUMPER MTZJ39B MTZJ39B MTZJ39B 2M2(5) 2M2(5) 1M(5) 270K 2A 6.3A
N 1M (5) 1M (5) MTZJ39B MTZJ39B MTZJ39B MTZJ39B MTZJ39B OPEN OPEN OPEN OPEN OPEN OPEN 68 K 1.6A 3.15A
JK103
F MTZJ39B MTZJ39B JUMPER JUMPER JUMPER JUMPER JUMPER MTZJ39B MTZJ39B MTZJ39B 2M2(5) 2M2(5) 1M(5) 270K 2A 6.3A
OPEN

8 8

9 9
JK104
OPEN

10 10

SCHEMATIC DIAGRAMS (4/24)

A B C D E F G H I J K L M N O

68
 A B C D E F G H I J K L M N O

1 REG_COMMON CNT 1/4 1

REGULATOR B'D
D114
SCHOTTKY
OPTION_E

IC103
NJM7805FA

2 2
VIDEO_+5V OUT IN
REG_COMMON_CNT B'D 3/4_M7

4700/16
R145
OPEN

1SS133T

C126
10/50
C127
D115
R146
OPEN

1SS133T

3300/16
10/50
C128

C129
D116
OUT IN
VIDEO_-5V
CN14
PAGE 7/24

IC104
NJM7905FA
4 3 2 1

VIDEO-5V

3 3
OPTION_C
VIDEO_GND
VIDEO_GND SCHOTTKY

R125

R126
D117

0
VIDEO+5V
D118
SCHOTTKY

OPTION_F
IC105 IC106
NJM7805FA NJM7808FA
OUT IN
+8V OUT IN
CN13

0 MTZ33B
R128 ZD118 R127 ZD117
REG_COMMON_CNT B'D 2/4_B9

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

RL GND

4700/16
100/16

100/16
1SS133T

1SS133T 1SS133T
10/50
RL +B

C130

D119

C131

C132

C133
D121 D120
TU_RTGND

4 4
TU 5V/9V

0 MTZ33B
AGND
AGND

4700/16
100/16
A-8V

C134

C135
A+8V

REG_CNT
OUT IN
NC -8V
PAGE 6/24

NC IC107
NJM7908FA
DA_+5V
OPTION_A
X2 VOLT DET
IC108 D122 OPTION_D
AC MUTE DET NJM2388F SCHOTTKY
C D126 D124 F104
1N4007 1N4007 T1.6AL/250V
OUT IN

1
TU_VOLT_IN TU_VOLT_IN
D145 D125

2
TU_VOLT_IN TU_VOLT_IN 1N4007 1N4007
5 5
OPEN
R129

3
TU_GND TU_GND
1SS133T
100/16

10/50

4
TU_GND TU_GND
C136

D123

C137

5
-5V_IN -5V_IN

C141
OPEN
6

6
-5V_IN -5V_IN

7
VGND VGND

8
VGND VGND

9
+5V_IN +5V_IN

10

10
+5V_IN +5V_IN D127 F105
OPTION_B

11

11
1N4007 T1.6AL/250V

R131
R130
NC TRG 15V

0
12

12
NC TRG 15V D128

13

13
NC TRG GND 1N4007

100N(EB)-50V
CN100
6 6
CP100

C142

FROM TRANS
CP102
D129
1N4007

470/25

470/25
*OPTION TABLE

1 2 3 4
AC_IN

C139

C140
D130 VGND
1N4007
AC_IN
MODEL NR1601 D131
1N4007 AC_IN

100N(EB)-50V

100N(EB)-50V
AREA U N F D132

C143

C144
1N4007

OPTION_A NJM2388F05 NJM2388F09 NJM2388F09

OPTION_B NOT USE USE USE D133
1N4007
F106
T1.6AL/250V

7 OPTION_C USE NOT USE NOT USE D134

1N4007
7
OPTION_D NOT USE USE USE
OPTION_E 4700/16 3300/16 3300/16
OPTION_F USE USE NOT USE Q101
OPEN
ZD120
R133 OPEN

OPEN
ZD119
R132 OPEN D135 OPEN
Q100
OPEN
OPEN D136 OPEN

1
1
AC_MUTE_DET AC_MUTE_DET
8 C145 OPEN
8

2
2
X2_VOLT_DET X2_VOLT_DET
D141 1N4007 F107

3
3
+8V_IN +8V_IN T1.6AL/250V
D137 1N4007

4
4
+8V_IN +8V_IN

5
5

FROM TRANS
AGND AGND
D142 1N4007

6
6
AGND AGND
D138 1N4007

3 2 1
7
7
AGND AGND C146 AC_IN
AGND 100N(EB)-50V

8
8
AGND A_GND
AGND D143 1N4007 C148

9
9
AGND 100N(EB)-50V AC_IN
D139 1N4007

10

10
-8V_IN -8V_IN
D144 1N4007 CP104

11

11
-8V_IN -8V_IN F108
C147 T1.6AL/250V
D140 1N4007
CP101 CN101 100N(EB)-50V

9 9

10 10

SCHEMATIC DIAGRAMS (5/24)

A B C D E F G H I J K L M N O

69
 9
8
7
6
5
4
3
2
1

10
CP13A

AC MUTE DET
X2 VOLT DET
DA_+5V
NC

A
A

NC
A+8V

PAGE 5/24
A-8V
AGND
AGND
TU 5V/9V
TU_RTGND
RL +B

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

REG_COMMON_CNT B'D 1/4_B4

B
B

C
C

D
D

E
E

F
F

SIDE CONNECTOR

G
G

CN11

70
NC

25
RLGND

24

H
H

RL+B

23
NC

22
TU_RTGND

21
TU_5V/9V

20
M/DGND

19
NC
18
NC
17
NC
16

HD_TU_GND
15

AGND
14

AGND
13

A-8V
12

PAGE 9/24
A-8V

I
I

11

A+8V
10

A+8V
9

AV B'D 1/3_D1
8

TU_MUTE
7

TU_RST/ST
6

TU_SEN
5

TU_GPIO2/TUNED
4

TU_TXMI/SCL
3
CP3

TU_RXMO/SDA
2

SIR_MI/RDS_CLK
CN4

SIR_MO/RDS_DATA
1
1

NC NC
2
2

ACMUTEDET NC

J
J

3
3

X2VOLTDET NC
4
4

DA+5V NC
5
5

DA+5V NC
6
6

TU_MUTE NC
7
7

TU_RST/ST NC
PAGE 20/24
8
8

TU_SEN NC
OPEN

9
9

TU_GPIO2/TUNED NC
TU_TXMI/SCL NC
10
10

TU_RXMO/SDA NC
11
11

HDMI B’D 9/12_E15

NC
12

NC
13

NC
14

NC
15

K
K

NC
2

NC
3

NC
4

NC
5

NC
L
L

NC
1

RC_IN MXR
2

FRONT_IRIN GND_MX
3

BT_LINK MXL
4

RC_OUT NC
10

NC
11
5

KILLIR RC_IN
11

NC
10
6

WAKEUP FRONT IRIN

12

NC
PAGE 20/24
PAGE 8/24

A-8V BT_LINK
13
REG_COMMON CNT 2/4

NC
8

A-8V RC_OUT
14

MXR
9

A+8V KILLIR
15

GND_MX
A+8V WAKEUP
10

16

MXL
HDMI B’D 9/12_C15

NC A-8V
11

17

NC
M
M

PAGE 9/24

NC A-8V
12

18

NC
SIR_MI/RDS_CLK A+8V
13

19

NC
SIR_MO/RDS_DATA A+8V
14

20

AV B'D 1/3_C1
1

NC
M/DGND D/MGND
15

21

M3.3V M3.3V
16

22
REG_COMMON CNT B’D 4/4_D4

SWM3.3V SWM3.3V
17

23

CN10

SWM5V(MX) SWM5V(MX)
18

24

D5V(MX) D5V(MX)
19

25
CN5

CP4

N
N

O
O

SCHEMATIC DIAGRAMS (6/24)

9
8
7
6
5
4
3
2
1

10
 9
8
7
6
5
4
3
2
1

10

A
A

CP107
1
NC

2
NC

3
D/MGND

4
NC

5
D/MGND

6
NC

7
D/MGND

8
NC OPEN

9
D/MGND

B
B

10
NC

11
D/MGND

12
NC

13
NC

CN102
1
2 NC

17
D/MGND D/MGND
3

16
VDICR VDICR
4

15
D/MGND D/MGND
5

14
VDICB VDICB
6

13
D/MGND D/MGND
7

12
VDIPY VDIPY

C
C

11
D/MGND D/MGND
9

10
VDI_Y VDI_SY

9
10

D/MGND D/MGND

8
11

VDI_C VDI_SC

PAGE 11/24
7
12

D/MGND D/MGND
PAGE 20/24

6
13

AV B'D 3/3_O7
VAUX VAUX

5
14

D/MGND D/MGND

4
15

OSD_CLK OSD_CLK

3
16

OSD_CE OSD_CE
HDMI B'D 9/12_C4

2
17

OSD_DATA OSD_DATA

1
18

OSD_N/P SEL OSD_N/P SEL

19

NC
CP105

D
D

19
D/MGND D/MGND
2

18
COMPONENT SW1 AVSCL // COMPONENT SW1
3

17
COMPONENT SW2 D/MGND
4

16
COMPSGDET AVSDA // COMPONENT SW2
5

15
Z1VSIDET D/MGND
6

14
INA COMPSGDET
7

13
INB CVBS_DET // Z1VSIDET
8

12
INC NC
9

11
S/V_SEL INA
PAGE 20/24

10
10

MONIA INB

9
11

MONIB Z2A // INC

E
E

8
12

PS Z2B // S/V_SEL

PAGE 11/24
7
13

OSDSW ASPECT_H // MONIA

HDMI B'D 9/12_F4

6
14

V+5V ASPECT_L // MONIB

AV B'D 3/3_O5
5
15

V+5V LINEA // PS

4
16

VAGND LINEB // OSD_SW

3
17

VAGND NC

2
V-5V

1
V-5V
CP106

CN103

F
F

CP108
1

27
H/PL H/PL
2

26
H/PGND H/PGND
3

25
H/PR H/PR
4

24
PLY_H/P RLY_H/P
5

23
RLY_F RLY_F
6

22
RLY_C RLY_C
7

21
RLY_S RLY_S
8
FRONT CONNECTOR

20
RLY_SB RLY_SB
9

19
RLY_FB(50/7005) RLY_FB(50/7005)

G
G

18
10

RLY_H RLY_H

17
11

PREZ2MUTE PREZ2MUTE
PAGE 20/24

16
12

PRESBMUTE PRESBMUTE
15
13

PRESWMUTE PRESWMUTE
14
14

LIMIT LIMIT

PAGE 9/24
13
15

A+BLIMIT A+BLIMIT
HDMI B'D 9/12_G9

12
16

LIMITDET LIMITDET
11
17

MUTE5V MUTE5V

AV B'D 1/3_I1
10
18

MVOLCLK MVOLCLK
9
19

MVOLDATA MVOLDATA
8

AGND
7

MIC
6

AGND

H
H

VAUXR NC
2

VAUXL NC

71
3

AGND NC
4

USBR NC
5

USBL DAGND
6

NC
7

DAGND
8

NC
CN104
9

DAGND
10

NC
OPEN

11

DAGND
12

NC

I
I

13

NC
14

NC
15

NC
16

NC
17

NC
CP109
1

AGND
2

MIC
3

AGND
4

VAUXR

J
5
J

NC
6

VAUXL
7

AGND
8

USBR
9

NC
10

USBL
11

RLY_W
17
12

DACRTGND DACRTGND
16
13

DACRTGND DACRTGND
15
14

DASBR DASBR
14
15

DASBL DAGND
13
16

DAGND DASBL
12
17

DASR DAGND
K
K

11
18

DASL DASR
10
19

DAGND DAGND
9
20

DASW DASL
8
21

DAC DAGND
PAGE 9/24
7
22

DAGND DASW
PAGE 20/24

6
23

DAFR DAGND
5
24

DAFL DAC
AV B'D 1/3_G1
4
25

DAGND DAGND
3
26

ADINR DAFR
HDMI B'D 9/12_E9

2
27

DAGND DAGND
1
28

ADINL DAFL
29

DAGND
L
L

30

ADINR
31

DAGND
CN105
32

ADINL
33

DAGND
CP110

4 3 2 1
CP10
VIDEO+5V
VIDEO-5V

VIDEO_GND
VIDEO_GND

M
M

REG_COMMON CNT 3/4

TO HDMI

PAGE 5/24

TO AV B'D
TO REGULATOR

N
N

REG_COMMON CNT B'D 1/4_B3

O
O

ANALOG AUDIO SIGNAL LINE

SCHEMATIC DIAGRAMS (7/24)

9
8
7
6
5
4
3
2
1

10
 A B C D E F G H I J K L M N O

1 REG_COMMON CNT 4/4 1

2 2

3 RC-5/M-X 3

R418
D5V(MX) 100
19

SWM5V(MX) Q406
18
REG_COMMON CNT B'D 2/4_N3

KRA102S
SWM3.3V R419
17

100 Q401
M3.3V R401 OPEN(2W) Q404
KRA102S KRC102S
16

C419 C470
D/MGND R402 OPEN(2W) OPEN 4700N-K
15

A+8V R403 OPEN(2W)

4 4
14

A+8V R404 OPEN(2W)

13

A-8V
12

KDS4148
A-8V D401
11

WAKEUP KDS4148
10

KILLIR R405
9

RC_OUT OPEN
Q402
8
PAGE 6/24

BT_LINK KRA102S

D402
7

FRONT IRIN
6

RC_IN

JACK403
5

NC
4

M_XL
3

AGND
2

5 M_XR
5
1

R420

R443
47K
33K
CN403

KTC3875SYRTK

RC-5
100N-K
C445

R452
47
R444
18K
Q405
C446

100N-K
15
14

6 6
13

R442 R445 R447

12

220 220 0
R433
11

10K
10
9
OPEN

IC403 C425

100N-K
8

C442 100N-K
PQ033DNA1ZPH OPEN

47
7

IN OUT
NC
Q403
KRC102S
6

ON/OFF GND
C413 C436
5

C441
R446
OPEN 100N-K
C424
4

1000N-K
3

C414
2

JACK401
1000N-K

R449
1

7 7

0
CN402

+5VL

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

M-X PORT
RC5
AGND
C428 +3.3V
IC401(2/2) 10/50 R438 MXP_R
AZ4580MTR 5
C415
10K OPEN

R450
7 R425 C429 470 RC5_GND

0
4K7 10/50
100K

470P
C405 R410 AGND
100K

8 6
10/50 100
OPEN

R426 MXP_L
4K7 FARAME_GND
100N-K
C401

C437
R434

R414 10K FARAME_GND

8 8
R406

C420
R421

C409 OPEN
C426 R451
OPEN
10K

100N-K OPEN
100K

100N-K

470P
100K
C402

C410 OPEN
R415 10K
C421
OPEN R422
R407

R427 C430
R435

4K7 10/50
C438

C406 R411 2
10/50 100
C416

1
R439
IC401(1/2) 4 3
AZ4580MTR R428 C431 470
4K7 10/50

9 9

10 10

SCHEMATIC DIAGRAMS (8/24)

A B C D E F G H I J K L M N O

72
 9
8
7
6
5
4
3
2
1

10
CD
BD
DVD

JK102
SAT

AUX2
JK101

VCR OUT
6P-PINJACK

AUDIO OUT
6P-PINJACK

R
L
R
L
R
L
R
L
R
L

R
L

A
A

N5

SEN

AGND
TUNERR.

-
-
TUNERL.

-
-
-

R801F
R801E
RET_GND
TU_MUTE

-
-
TO TUNER

OPEN
-
-
-

D822
D820
D804

D823
D821
D805
TU_ 5V/9V.
C866 C861

-
-

D831
D825

D832
D827
- -

TU_RXMO/SDA.
TU_TXMI/SCL.

HD/TU_RST/ST.

SIR_MI/RDS_CLK
SIR_MO/RDS_DATA
TU_GPL02/TUNED.
R801H R801G
- -

C800L C800K
- -

470
470
470
470
470
470
470
470
470
470

-
-
R801I
R800Z
R800Y
R800T
R800S
R800N
R800M
R800H
R800G
R800B
R800A

R801J

B
B

C856 C854 C847 C842 C837 C834 C829 C826 C813 C812
330P-J 330P-J 330P-J 330P-J 330P-J 330P-J 330P-J 330P-J 330P-J 330P-J

R801B R801A R800V R800U R800P R800O R800J R800I R800D R800C
820K 820K 820K 820K 820K 820K 820K 820K 820K 820K

-
-
-
-
-
CP5

-
-
-
-
-

C800I
C800G
C800E
C800C
C800A

C800J
C800H
C800F
C800D
C800B
11

TUNERR
10

AGND
9

R801D R801C R800X R800W R800R R800Q R800L R800K R800F R800E TUNERL
- - - - - - - - - -
8

AGND
MX_R
7

MX_R
6

AGND

C
C

MX_L
5

MX_L
PAGE 6/24

CD_R
CD_L
AGND
4

HDP_R
HDP_L
SAT_R
SAT_L
DVD_R
DVD_L
AGND

IPOD_R
IPOD_L
3

AGND
2

AGND
1

AGND
REG_COMMON CNT B’D 2/4_N9

1CP8

SIR_MO/RDS_DATA SIR_MO/RDS_DATA
2

SIR_MI/RDS_CLK SIR_MI/RDS_CLK
3

TU_RXMO/SDA. TU_RXMO/SDA

D
D

TU_TXMI/SCL.

MX_L
MX_R
TU_TXMI/SCL
A/D_R
A/D_L

SAT_L
SAT_R
USB_L
USB_R
DVD_L
DVD_R

VOUT_R
VOUT_L
5

IPOD_L
IPOD_R
MIC_IN
VAUX_L
VAUX_R
TU_GPL02/TUNED. TU_GPL02/TUNED

TUNERL.
TUNERR.
6

SEN SEN
R819
R817
7

R824 470K HD/TU_RST/ST. HD/TU_RST/ST.

C833
C831
R853
100K
8

R825 470K TU_MUTE TU_MUTE

D800
9

1N4007 A+8V
100K
100K

R852
A+8V
10

A+8V

R845
R844
R870
R866
R843
R842
R841
R838
R851

10/50
10/50
R847
11

A-8V
A-7V A-8V
12

A-8V
D801 AGND
100K
13

100

1N4007
100

470K
470K
470K
470K
470K
470K
470K
470K
RET_GND AGND
14

80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 AGND
15

E
E

NC
16

NC
NC
NC
NC
NC
NC
NC
PAGE 6/24

81 MVOL_DATA

N.C
50 NC
MUTE
AVEE
17

MX_R
AGND

MX_L

USB_R

MIC_L

REC_R
DVD_R

USB_L
A/D_R

DVD_L
A/D_L

SAT_R

MIC_R
SAT_L
82 MVOL_CLK

IPOD_R
TUNERR

CD_R NC

IPOD_L
TUNERL

CLOCK 49
18

V.AUX_R
V.AUX_L

CD_L 83 DGND 48 M/DGND M/DGND

19

R885 470K 84 NC 50:DATA DCR OUT 47 ZONE2_R TU_/5V/9V. TU_5V/9V

20

R886 470K 85 NC 81 : REC_L ZONE2_L

REG_COMMON CNT B’D 2/4_J9

DCL OUT 46 TU_RTGND

21

A+7V

82 : CD_R
HDP_R 86 HDP_R 83 : CD_L DCL IN 45 NC
22

10/50 C809
HDP_L 87 HDP_L DCR IN 44 RLY+B
23

10/50 C810 RL+B

88 NC D/A OUT_FR 43 DA_FR. RLYGND
24

RLGND
89 NC D/A OUT_FL 42 DA_FL.
25

NC
R887 470K 90 N.C D/A OUT_SR 41 DA_SR.
R888 470K 91 N.C D/A OUT_SL 40 DA_SL.
IC801

R889 470K 92 N.C DA_SW.

R2A15220FP

D/A OUT_SW 39

F
F

R890 470K 93 NC D/A OUT_C 38 DA_C.

R891 470K 94 NC D/A OUT_SBR 37 DA_SBR.
R892 99 : NC
CP10

470K 95 NC D/A OUT_SBL 36 DA_SBL.

100 : SBLOUT 33 : NC
R893 470K 96 NC
1

32 : NC SLCIN 35 A/D_L
R894 470K
A/D_L
97 NC 31 : AVCC
2

SRCIN 34 AGND
C846 47/16 R815 470K AGND
98 SBLC
3

33 A/D_R A/D_R
R895 100 99 R816 470K
4

AMP_SBL 32 AGND AGND

R896 100 100
5

PRE_SBL 31 DA_FL. DA_FL DA_FL

FR_PEOUT

R800
SWOUT
SWC

SBROUT
SBRC

AGND
AGND
AGND
AGND
AGND

NC
NC
SROUT
NC
NC

SRC
BASSR1
BASSR2

COUT
CC
FROUT
FRC

SLOUT

SLC
BASSL1
BASSL2
TRER

FLOUT

FLC
TREL

10K
6

DA_FR. DA_FR DA_FR

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 R801
7

10K AGND AGND

8

DA_C. DA_C DA_C

C827
C824
C822
C819
C816
C814

R802
C839
C838
C836
C835
C832
C830
C828
9

C811 10K DA_SW. DA_SW DA_SW

100/16 R803

G
G

10K AGND
10

AGND
-
-
-
-
-
-

DA_SL. DA_SL
11

R804
DA_SL
PAGE 7/24

10K DA_SR. DA_SR

12

47/16
47/16
47/16
47/16
47/16
47/16
47/16

R805
DA_SR
10K AGND
13

AGND
DA_SBL. DA_SBL
14

C808 R806
DA_SBL
100/16 10K DA_SBR. DA_SBR
15

DA_SBR
R877
R874

R807
-
-

R830
R828
REG_COMMON CNT B’D 3/4_L8

10K RET_GND
16

RET_GND
RET_GND
17

RET_GND
100
100

C800 10/50
C801 10/50
C802 10/50
C803 10/50
AMP_C

AMP_SL
AMP_SR
PRE_SW
AMP_FL
AMP_FR

C804 10/50
AMP_SBR
PRE_SBR
OPEN

CN402

H
H

C805 10/50
C806 10/50
C807 10/50 VAUX_R

73
AGND
3 2 1

VAUX_L
-
R822
OPEN
CP11

R833
-
USB_L
1

USB_L
USB_R
2

-
C815

USB_R
6
5
2
3

AGND
3

AGND
100

VAUX_L
4

I
I

R818

VAUX_L
8
4

R858 C844 10/50

-

VAUX_R
5

100K
-

R854 C840 10/50 VAUX_R

AGND
6

100K
7
1

AGND
PRE_SW..

MIC_IN
7

IC800:A

MIC_IN
IC800:B

AGND
8

AGND
MVOL_DATA
9

PRE_SW. MVOLDATA
MVOL_CLK
10

R823 MVOLCLK
- MUTE5V
11

MUTE5V
LMTDET
12

LIMITDET
A+BLMT
13

A+BLIMIT
C825 - LMT
14

LIMIT
MUTE_SW
15

PRESWMUTE
MUTE_SB
16

PRESBMUTE

J
J

C823 - MUTE_Z2
17

PREZ2MUTE
PAGE 7/24

18

RLY_H
19

R1078 D829 RLY_FB

20

RLY_SB
0 1N4007
21

RLY_S
REG_COMMON CNT B’D 3/4_H8

MUTE_SB_Z2 R810 -
22

RLY_C
R811 -
23

RLY_F
24

RLY_H/P
25

H/P_R
ZONE2_R
PRE_SBR
PRE_SBL
ZONE2_L

MUTE_SW
PRE_SW.
26

H/P_GND
MUTE_SB_Z2
27

H/P_L
ANALOG AUDIO SIGNAL LINE
R922
R918
R902
R901

K
K

D828
D826

RET_GND
Q816
-

Q822
-

KRA102S

-
R839
R836
R831

-
-

MTZ3.6B R898
ZD800 820
-
1N4007
1N4007
-
-
-

10K
R1058
R1057

RET_GND
R840
R837
R832
RLY_S
RLY_C
RLY_F
H/P_R
H/P_L

R882

Q842
Q841
RLY_SB
RLY_H/P
H/P_GND

KRC102S
-
-
-
-

10K

-
-

R932
470K
R911
R910

M/DGND
L
L

C845

AGND
10/50

H/P_R
R883
Q823
Q817

0 H/PGND
KRA102S

H/P_L
RLY_H
-

1K

RLY_H/P
R931
R912

RLY_FB
2K2
R900

RLY_SB
RLY_S
-
-

C871
-
-

470K
R928
C858
R913

RLY_C
C868
C859
C852

0.47/50
22/50

LMT RLY_F
PAGE 3/24

AMP_C

R861
AMP_FR
AMP_SR
AMP_SL
AMP_FL

NC
AMP_SBR
AMP_SBL

100K
-
-

R919
R903

-
-

NC
M
M

R929
R908

470

C843
D818
D816
D814
D812
D810
D808
D806

R923
R916

RLY+B RL+B
SPK_SMPS B’D 1/2_A9

10N-K
2K2

RLYGND RLGND
R897
R814
R813
R812
R809
R808

-
-
C841
R820

R821

R871
-
4.7/50

Q820
Q818

10K MUTEB7V MUTEB 7V

Q814

LMT+ LIMIT+
Q807
Q812
470
470
470
470
470
470
470

1SS133T
1SS133T
1SS133T
1SS133T
1SS133T
1SS133T
1SS133T

KTA1268BL LIMIT+
2SD2144

D830

R884 R875 R867 R850 LMT- LIMIT-

KDS4148U
-

3K6 10K 470 560

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

560K
R880

LIMIT-
-
-
-

10K
R930
R909
Q801

470
R924
R920
R917
R904

R856
-
-

-
2K2

Q821
Q819
Q815
R899

R878
CN2

560K
KTC2875B

LMTDET
R879
0
Q808

R926 R914 R906

Q813

N
N

100K - -
D819
D817
D815
D813
D811
D809
D807

A+BLMT
KTA1268BL

-
-
KTA1268BL

R863 R857
C869
C860
C853

- -
22/50

R848
R927 100K R915 - R907 -
Q804 R855 -
1SS133T
1SS133T
1SS133T
1SS133T
1SS133T
1SS133T
1SS133T

100P-J C870 C857 - C855 - - -

R834 10
220

C848
OPEN
OPEN

R921
R905

R925

2.2/50
C867
C864
C863
C862
0
R846

D837 - D834 - D833 -

R835 10
10N-K
10N-K
10N-K
10N-K

C849 1 2 3 4 5 6 7 8 9 10 11 12 13
CN401

10N-K
O
O

FR
SR
SL
FL

SBR
SBL

C891
-
AGND
AGND
AGND
AGND
AGND
AGND

-
CHASSIS
PAGE 1/24

SCHEMATIC DIAGRAMS (9/24)

JK103

SW
SBR
SBL
AMP B’D 1/2_A4
AV B'D(1/3)

3P-PINJACK

9
8
7
6
5
4
3
2
1

10
 A B C D E F G H I J K L M N O

1 AV B'D(2/3) 1

2 2

MODEL NR1601

3 3
AREA U1B N1 F
OPTION A O X X
OPTION B 0ohm OPEN 0ohm
OPTION C X O O
OPTION D X O X OPTION_D

L1001
R1204
100K 75J-207CX
C872

1
R933 10/50
OPTION_A 1K
C1112

2
4 8.2N(R)
4

3
C1111 R1200 R1063
1K2 Q824

C873
4.7N(R) 0 R934 R935
- - 82K
CP800

-
OPTION_B
8 7 6 5 4 3 2 1

TUNERL TUNERL
TUNERR TUNERR
BD801 BD121T
TO ANALOG TUNER TU_5V TU_5V/9V

C874
R949 33 L1000 Q825 R936 R937
SCLK TU_TXMI/SCL - 82K
R1202
SILICON -

-
TU_RXMO/SDA R948 33 100K 75J-207CX
SDIO R938
SEN. R947 33 1K
SEN

1
R941 R946 33
TU_RST/ST HD/TU_RST/ST
C1109
R945 33 C875

2
TU_GPL02/TUNED 1K
TU_GPL02/TUNED
5 5
8.2N(R) R957 10/50
100P-J
100P-J
100P-J
100P-J
100P-J

3
C1110 R1190
1K2 0
-
-

4.7N(R)
C876
C877
C878
C879
C880
R1077
R1076

C881 100N-K
OPTION_B

FROM INPUT
R940

A3
6 6
-

TU_5V/9V.
Q827 R939
100P-J
100P-J
100P-J

100P-J
100P-J

- Q826 -
33P-J

-
CP801
12 11 10 9 8 7 6 5 4 3 2 1

TUNER_L
C882
C884
C886
C887

C889
C888

TU_MUTE
GND
Q828 TU_TXMI/SCL.
TUNER_R

C883

C885
- TU_RXMO/SDA.
TU_9V

-
TO ANALOG TUNER TUNED SEN
HD/TU_RST/ST.
ST IND
PANASONIC SCL
R950
- TU_GPL02/TUNED.

7 SDA
NC
AGND..
7
R942 TUNERL.
GND
R944 33 - AGND
RDS CLK
TUNERR.
RDS DATA R943 33

C890
- N1 ONLY
OPTION_C
SIR_MI/RDS_CLK
SIR_MO/RDS_DATA

8 CHASSIS
8

9 9

10 10

SCHEMATIC DIAGRAMS (10/24)

A B C D E F G H I J K L M N O

74
 A B C D E F G H I J K L M N O

1
CVBS OUTPUT SW

INPUT
(TC4052BF) C903
47/16
C904
47/16
AV B'D(3/3) 1
OUTPUT FUCTION
INH A B
C905 C906
L L L X0 Y0 - 10N-K 10N-K
L H L X1 Y1 -
L L H X2 Y2 -
L H H X3 Y3 -
H X X NONE NONE

9 10 11 12 13 14 15 16
Y0

8 7 6 5 4 3 2 1
VCC
Y2 X2

R1070
10K
Y X1

TC4052BFT
IC804
R951 Y3 X
V+5V
0

270
Y1 X0 Y/C_MIX

-
-
R952

R956
47N-Z
KDS4148U 1K2

4K7
INH X3 Y..

C907
IC807:A
2 VEE A MONI_SEL_A
2

R953
R954
R955
BD7628F-E2
VSS B D839
2 MONI_SEL_B KDS4148U

D838
R958 75-D

R1071
MONITOR R959 CVBS_DET

R1079
MONI_V. 1 100 Q829

10K
Q831 R962 KRC102S

0
OUT 4 3 KTA1504G
R961
4K7 1K

R963
-
C909 R960
47N-Z 8K2

10N-K

1/50
R966

R967
C910 Q830

47N-Z
V-5V

V+5V

47K

8K2
C912

C911

C913
10K
-
R964

R965
100N-K KRC102S

V+5V
C975
-

3 CHASSIS
C914
47/16
C915
47/16
R968
0
3
IC805:B
BD121T BD7628F-E2
C916 C917 R969 820-D BD800
OPEN OPEN V+5V 6
C918

R972
R970 - R971

18K
OPEN OPEN 7 C
Y_IN C
5 8

KTC3875G

R978

R979
JACK801

0
470

10K
Q832
9 10 11 12 13 14 15 16

Y/C_MIX
R976 R977

8 7 6 5 4 3 2 1
BY VDD 6 R1062 OPEN 75

MONI_SEL_A
MONI_SEL_B
OPEN

R974
10

R983

OPEN
R981

R982 C920 R975

4K7
OPEN

5 R980 OPEN C_IN BX BO 7 NONE_OSD

R973
100 100/10 OPEN
C922

100/16
R984

C921
1 4 CY AO 5 8 IC808:B Q833 10/50 C919 0
R985 OPEN R986 0 KTC3875G

IC806
OPEN 10N-K

OPEN
CO AY
Y

KDS4148U KDS4148U
6 R987
4 4
IC808:A CX AX OPEN

D841 D840

10
22/50
C923
C

680-D
7

10N-K
OPEN INH A
R992

R988

R989

C925
10K
OPEN

R1061

R993

R994
2 3 2 VEE B 5 8
TO CONNECT FRONT

220

220
OPEN C924

KTA1504G
R995 C926 C927 100/16 IC807:B
1

R990

R991
OPEN

OPEN

OPEN

R997
OPEN GND C

Q834

R996
1N2-K BD7628F-E2

10K

NR
3 4 CN4
R1001

C928
1/50

R1000
OPEN
BLANK

R999

10N-K
10K
R1072
27

OPEN

C929

19
CVBS
R998 OPEN D/MGND
R1003

R1004
OPEN

V-5V R1002

18
IC805:A
OPEN

COMPONENT SW1
C931

C930

10
OPEN
OPEN

C933
BD7628F-E2

10N-K

17
1/50
COMPONENT SW2

C932
R1005

16
2M2 2 COMP_DET COMPSGDET
R1006 C934

15
100 1 Y CVBS_DET Z1VSIDET

REG_COMMON CNT B’D 3/4_E8

CVBS INPUT SW 100/10
Y

14
(MM74HC4051MX) V-5V CVBS_O. 3 4 INA

13
10K
10K
10K
INPUT V+5V V+5V INB
OUTPUT NR1601

12
5 5

R1007

R1008
INH A B C INC

1K
10K
24 23 22 21 20 19 18 17 16 15 14 13

11
10N-K
MUTE
R1073
R1074
R1075

L L L L Y0

SEPOUT
S/V_SEL

C935
SEPIN

SYNIN

CVOUT

PAGE 7/24
LC74781

VDD1

XTALOUT CTR3
CTR2

OSCOUT SEPC

VDD1
CVIN

10
OPEN
75-D
DVD

XTALIN RST
L H H H Y7 MONIA

IC810

NC
SAT/CBL

9
L H L L Y1 C936 10N-K MONIB

V+5V
V+5V

V-5V

BLANK
OSCIN

CHARA
VSS1

CTR1

SCLK

VDD2
-

8
L L H H Y6 PS

SIN
CVBS IN JK104

CS

R1009
R1010
BD

7
L L H L Y2 OSDSW
9 10 11 12 13 14 15 16

1 2 3 4 5 6 7 8 9 10 11 12
8 7 6 5 4 3 2 1
VCC Y4

6
V+5V
SAT/CBL SAT/CBL Y2 Y6

5
TC4051BFT

V+5V
Y1 OUT

4
C938 33UH(03)
VAGND

L801

47/16
R1011

IC809

22N-Z
75-D

Y0 Y7

3
VAGND
Y3 Y5

2
V-5V
A INH

1
DVD DVD C941 V-5V

24P-J

24P-J

C937
R1015

B VEE
75-D

C939

C940
6 6
C GND
10N-K

V-5V CN5

1
CVBS_C OSD_N/P SEL
BD

C942

C943
BD

2
R1016

20P-J

20P-J
CVBS_B OSD_DATA
OPEN
75-D
R1017

3
CVBS_A OSD_DATA OSD_CE

REG_COMMON CNT B’D 3/4_D8

R1059
0

4
S_VSEL OSD_CLK OSD_CLK

5
V.AUX OSD_CE D/MGND
CHASSIS GND

6
VAUX
OPTION

7
Q836 D/MGND
R1020 R1018 Q837 Q836 Q835 X801

PAGE 7/24
Q835
- VDI_C

1M

9
R1019 150-D U1 0 OPEN OPEN OPEN OPEN OPEN D/MGND
R1018

R1020

10
R1021 160-D R1022 160-D - VDI_Y
COMPONENT OUT Y N1 OPEN 10K KRA102S KTC2874BT KRC111M 17M734

V+5V
Y_OUT
7 7

11
150-D R1024 150-D D/MGND
JK109 R1025

R1023
F 0 OPEN OPEN OPEN OPEN OPEN

12
R1026 160-D R1027 150-D VDIPY
Cb CB_OUT

13
D/MGND
R1029 150-D R1028 160-D

14
X800 X801 OSD_N/P_SEL VDICB
R1030 160-D R1031 150-D

15
Cr CR_OUT - Q837 D/MGND
14M32(18P) -
68P-J
68P-J
68P-J

R1032 160-D

16
-
-
-

VDICR
C944

17
100/10 D/MGND
OPEN

OPEN
R1064

R1065

C945 68P-J
V+5V

V-5V
COMPONENT IN VGND
C946
C947
C948
R1033
R1034
R1035

100N-K

68P-J
C949

C951
IC811 C950 C952 68P-J
100N-K CVBS_C CVBS_C
NJM2586AM
CVBS_B CVBS_B
13 14 15 16 17 18 19 20 21 22 23 24

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

Y1 C953 1/50
Y1_IN Y1_IN Y_out Y_OUT.. CVBS_A CVBS_A

8 JK106
Cb1 CB1_IN
SW1
Y2_IN
PS
Cb_out
COMP_MUTE V.AUX
S_VSEL
V.AUX
S_VSEL
8
C954 1/50 SW2 +V2
BD V+5V Y_OUT. Y_OUT.
Y3_IN Cr_out CB_OUT. CB_OUT.
R1036
OPEN
R1066

Cr1
10K

CR1_IN GND GND CR_OUT. CR_OUT.

C955 1/50
R1037 75-D
R1038 75-D
R1039 75-D

+V1 -V2 COMP_MUTE COMP_MUTE

Cb1_IN Cr1_IN COMP_SW2 COMP_SW2
C956 100N-K
GND -V1 V-5V COMP_SW1 COMP_SW1
Cb2_IN Cr2_IN
C957
100N-K
100/10
C958
R1040 75-D
R1041 75-D
R1042 75-D

GND GND OSDSW OSDSW

OPEN
R1067

Cb3_IN Cr3_IN

9 Y2 C959 1/50
Y2_IN R1068
OPEN V+5V
9

R1044 270
JK107

R1047

R1045 -
R1046 -
R1043

1K2

47N-Z
4K7

C960
CB2_IN COMP_SW2
DVD
Cb2 C961 1/50
COMP_SW1 D842 D843 COMP_DET
R1069 KDS4148U Q838
OPEN R1060 KDS4148U KRC102S
CR2_IN Q839
Cr2 C962 1/50 - KTA1504G R1050
1K
Y_OUT..
75 Q840
R1052 75-D
R1053 75-D
R1054 75-D

R1051 C963 R1048 KRC107S

47N-Z 2K2 R1049
4K7

1/50

47N-Z
C965
C964

C966
R1055

R1056

220P-J
10N-K
47K

8K2

C967
33/16
10N-K

16 15 14 13 12 11 10 9
33/16

10N-K

Y3_IN MUTE(PS)
JK108 Y3
AY

A
AX
AO

B
C
VDD

C968 1/50
CR1_IN.

BO

VIDEO SIGINAL LINE

H ON IC812
10 SAT/CBL Cb3 C971 1/50
CB3_IN TC4053BFT
10
C969

C970
INH
VEE
GND

L OFF
C972

C973
BY
BX
CY
CO
CX

1 2 3 4 5 6 7 8
Cr3 CR3_IN

COMPONENT (Y) SIGNAL LINE

C974 1/50

CHASSIS GND

1 2 3 4 5 6

SCHEMATIC DIAGRAMS (11/24)

CP1003
Y_IN

CB_IN

CR_IN
GND

GND

GND

OPEN

A B C D E F G H I J K L M N O

75
 A B C D E F G H I J K L M N O
R1023 47K
D8 CEC_RX
CEC_COM

K1001 L1003 0
1 HDMI-CONNECTOR
SHELL2 R1010
RXA_5V
C7 RXA_5V 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
CEC1.8V AVDD1.8 D1045 OPEN
1

R1076
R1011 R1012 R1024 R1025 U1002

OPEN
1K L1002
HPD/HEAC- 19 10K 47K OPEN 47K A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 OPEN OPEN
3 OUT IN 1
+5V 18

4.7/6.3
C1023 0.1/10
C1019 4.7/6.3

C1022 0.1/10

0.1/10
0.1/10
0.1/10
0.1/10
LRCLK RXD_2- RXD_1- RXD_0- RXD_C- CEC3.3V RXC_2- RXC_1- RXC_0- RXC_C- RXB_2+ RXB_1+ RXB_0+ RXB_C+ RXA_2+ RXA_1+ RXA_0+ RXA_C+

C1024 0.1/10
C1025 0.1/10
C1026 0.1/10
C1027 0.1/10
C1028 0.1/10
C1029 0.1/10
A

0.1/10
GND Q1001 DGND DGND DGND DGND DGND 4 NC GND VC

OPEN
17

C1062 OPEN
C1032 OPEN
C1033 OPEN
C1034 OPEN

C1138 OPEN
C1021 OPEN

C1030 OPEN
C1031 OPEN

C1035 OPEN
C1036 OPEN

OPEN
OPEN
C1020 OPEN

OPEN

OPEN
OPEN
OPEN
OPEN
OPEN
HPD1

OPEN

C1139 OPEN
DDCDATA 16 KRC102S 5 2
Q1002 B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 B13 B14 B15 B16 B17 B18 B19 B20 B21 B22 B23
DDCCLK 15
KRC104S

C1097
C1098
C1066
C1067
C1068
C1063

C1065

C1069
C1070
C1071
C1072
C1096
C1064
UTILITY/HEAC+

C1099
C1100
14

C1101
B
SCLK SPDIF RXD_2+ RXD_1+ RXD_0+ RXD_C+ CEC3.3V RXC_2+ RXC_1+ RXC_0+ RXC_C+ CEC3.3 V RXB_2- RXB_1- RXB_0- RXB_C- CEC3.3V RXA_2- RXA_1- RXA_0- RXA_C-
CE_Remote 13 D19 DDCA_SDA DGND DGND
CK- 12 D20 DDCA_SCL
HDMI IN1

CKshield 11 B22 RXA_C- C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 C16 C17 C18 C19 C20 C21 C22 C23
R1084 10K
CK+ 10 A22 RXA_C+ C
P1 P0 NC RXD_5V RXA_5V CEC3.3V RXC_5V CEC3.3V CEC3.3 V CEC1.8V CEC3.3 V
J22 SYNC1
D0- 9 B21 RXA_0- DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND
2 DOshield
D0+
8

7
A21
B20
RXA_0+
RXA_1- D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 D16 D17 D18 D19 D20 D21 D22 D23 CEC1.8V
CEC3.3V 2

C1073 4.7/6.3

C1077 0.1/10
C1079 0.1/10
C1081 0.1/10
C1102 0.1/10
C1041 4.7/6.3

C1047 0.1/10

C1076 0.1/10
C1045 0.1/10

C1075 0.1/10
R1077 R1094
D1- A20 RXA_1+ NC

C1104 OPEN
6

C1106 OPEN
C1108 OPEN
C1110 OPEN
C1112 OPEN
C1114 OPEN

C1118 OPEN
C1120 OPEN
C1116 OPEN
C1049 OPEN
C1051 OPEN
C1053 OPEN

C1074 OPEN
C1043 OPEN
D
P4 P3 P2 I2S1 RXB_5V CEC_RX DDCD_SCL DDCD_SDA DDCC_SCL DDCC_SDA RTERM DDCB_SDA DDCB_SCL CEC1.8V DDCA_SDA DDCA_SCL XTAL XTAL1 OPEN OPEN
D1shield 5 B19 RXA_2- DGND DGND DGND DGND
D1+ 4 A19 RXA_2+
D2- 3 E1 E2 E3 E4 E20 E21 E22 E23
D2shield 2
PVDD PVDD AVDD1.8 AVDD1.8
E
P6 P5 CEC3.3V CEC3.3V
D2+
D1001

D1002

D1003

D1004

D1005

D1006

D1007

D1029

D1030

D1031

D1032
1
PVDD
OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN
CEC3.3V

C1037 4.7/6.3
SHELL1

C1039 0.1/10
C1040 0.1/10

C1078 4.7/6.3

C1109 0.1/10
C1082 0.1/10
C1103 0.1/10
C1105 0.1/10
C1107 0.1/10
C1044 0.1/10
C1042 0.1/10
F1 F2 F3 F4 F20 F21 F22 F23 L1001 R1095

C1113 OPEN
C1115 OPEN
C1117 OPEN
C1111 OPEN

C1119 OPEN
C1121 OPEN
C1046 OPEN
C1048 OPEN
C1050 OPEN
C1052 OPEN
C1054 OPEN
C1038 OPEN

C1080 OPEN
K1002 11A121 OPEN
HDMI-CONNECTOR RXB_5V F
P8 P7 MCLK NC NC REFN REFP
D7 RXB_5V DGND
SHELL2 R1013
1K R1014 R1015 R1026 R1027
10K 47K OPEN 47K G1 G2 G3 G4 G7 G8 G9 G10 G11 G12 G13 G14 G15 G16 G17 G20 G21 G22 G23
3 3
HPD/HEAC- 19

+5V 18
AVDD1.8
G
P11 P10 P9 INT1 CEC1.8V CEC1.8V CEC1.8V AVDD1.8
RXB_5V

GND 17
Q1003 HPD2 DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND CEC3.3V

C1124 4.7/6.3

C1130 0.1/10
C1128 0.1/10
DDCDATA 16
KRC102S R1096

C1132 OPEN
C1134 OPEN
C1136 OPEN
OPEN

C1126 OPEN
DDCCLK 15
Q1004 H1 H2 H3 H4 H7 H8 H9 H10 H11 H12 H13 H14 H15 H16 H17 H20 H21 H22 H23
KRC104S
UTILITY/HEAC+ 14
H
P13 P12 NC NC CEC1.8V AVDD1.8 AVDD1. 8 AIN3 AIN2
CE_Remote 13 D15 DDCB_SDA DGND DGND DGND DGND DGND DGND DGND DGND TRI3 TRI4
CK- 12 D16 DDCB_SCL
HDMI IN2

CKshield 11 B17 RXB_C- J1 J2 J3 J4 J7 J8 J9 J10 J11 J12 J13 J14 J15 J16 J17 J20 J21 J22 J23
CK+ 10 A17 RXB_C+ CEC3.3V

C1122 4.7/6.3
R1075 C1083 0.082

C1125 0.1/10
C1127 0.1/10
CEC3.3V

C1129 0.1/10
J
P15 P14 I2S2 I2S3 TP17 CEC1.8V HS_IN2 VS_IN2 SYNC1 AIN1 R1073 R1085
D0- B16 RXB_0- DGND DGND DGND DGND DGND DGND DGND DGND ELPF1 AA23

C1133 OPEN
C1135 OPEN
C1137 OPEN
9

C1123 OPEN

C1131 OPEN
1.3K 390 C1084 0.01 OPEN
DOshield 8 A16 RXB_0+ C1085
K1 K2 K3 K4 K7 K8 K9 K10 K11 K12 K13 K14 K15 K16 K17 K20 K21 K22 K23 R1074 160 0.82
D0+ 7 B15 RXB_1- ELPF2 AB23 0.039
C1086
D1- 6 A15 RXB_1+
4 4
K
P17 P16 I2S0 CEC1.8V CEC1.8 V CEC1.8V
D1shield 5 B14 RXB_2- DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND DGND TRI2 TRI1
D1+ 4 A14 RXB_2+
D2- 3 L1 L2 L3 L4 L7 L8 L9 L10 L14 L15 L16 L17 L20 L21 L22 L23
D2shield 2
CEC3.3V CEC3.3V CEC3.3V
L
P21 P20 P19 P18 HS_IN1 VS_IN1 AIN6 AIN5
D2+ DGND DGND DGND DGND DGND DGND AC17
D1008

D1009

D1010

D1011

D1012

D1013

D1014

D1033

D1034

D1035

D1036

1
OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

SHELL1 M1 M2 M3 M4 M7 M8 M9 M10 M14 M15 M16 M17 M20 M21 M22 M23 R1078
K1003 4.7Kx4
HDMI-CONNECTOR M
P23 P22 CEC1.8V CEC1.8 V CEC1.8V AVDD1.8 AVDD1.8 SYNC2 AIN4
C9 RXC_5V DGND DGND DGND DGND DGND DGND DGND SDRAM_DQ1 4 AC15 1 2

SHELL2 R1016
1K R1017 R1018 R1028 R1029 SDRAM_DQ1 3 AB15 3 4

HPD/HEAC- 19 10K 47K OPEN 47K N1 N2 N3 N4 N7 N8 N9 N10 N14 N15 N16 N17 N20 N21 N22 N23 SDRAM_DQ1 0 AC16 5 6

+5V 18 SDRAM_DQ9 AB16 7 8

N
P27/39 P26/38 P25/37 P24/36 TP7 AVDD1.8 AVDD1.8 FUNCT1 FB
GND 17
Q1005 HPD3 DGND DGND DGND DGND DGND DGND DGND
5 DDCDATA KRC102S
5
16
Q1006 P1 P2 P3 P4 P7 P8 P9 P10 P11 P12 P13 P14 P15 P16 P17 P20 P21 P22 P23 R1079 4.7Kx4
DDCCLK 15 SDRAM_DQ2 AC13 1 2

KRC104S R1079 4.7Kx4

UTILITY/HEAC+ 14
P
P29/41 P28/40 NC NC NC NC AOUT AIN7
SDRAM_DQ1 AB13
R1079
3 4

4.7Kx4
CE_Remote 13 D12 DDCC_SDA DGND DGND DGND TP16 TP15 DGND DGND DGND DGND TP14 TP13
SDRAM_DQ0 AC14 5 6

D11 R1079 4.7Kx4

CK- 12 DDCC_SCL SDRAM_DQ15 AB14 7 8
HDMI IN3

CKshield 11 A12 RXC_C- R1 R2 R3 R4 R7 R8 R9 R10 R11 R12 R13 R14 R15 R16 R17 R20 R21 R22 R23 R1080
CK+ 10 B12 RXC_C+ 4.7Kx4
R
P33/45 P32/44 P31/43 P30/42 CEC3.3V CEC3.3V TP6 TP5 TP4 SCL SDA AIN8 AIN9 SDRAM_DQ7 AC11
D0- 9 A11 RXC_0- TP12 DGND TP11 TP10 TP9 TP8
1 2

DOshield 8 B11 RXC_0+ SDRAM_DQ6 AB12 3 4

D0+ 7 A10 RXC_1- T1 T2 T3 T4 T7 T8 T9 T10 T11 T12 T13 T14 T15 T16 T17 T20 T21 T22 T23 SDRAM_DQ5 AC12 5 6

D1- 6 B10 RXC_1+ SDRAM_DQ3 AA13 7 8

T
P35/47 P34/46 CEC3.3V CEC3.3V CEC1.8V CEC1.8 V CEC1.8V TTX_SCL TTX_SDA AVLINK AIN10
D1shield 5 A9 RXC_2- DGND DGND DGND DGND DGND DGND DGND DGND
D1+ 4 B9 RXC_2+
U1 U2 U3 U4 U7 U8 U9 U10 U11 U12 U13 U14 U15 U16 U17 U20 U21 U22 U23 R1081 4.7Kx4
D2- 3
SDRAM_DQ12 AA15 1 2

6 D2shield
D2+
2
U
LLC/B HS/B SYNC_O/INT2 DE/B
DGND DGND
CEC1.8V
DGND
CEC1.8V
DGND
CEC1.8 V
DGND
CEC1.8V
DGND
CML RESET TP1 AIN11 AIN12
SDRAM_DQ8 AA16
SDRAM_DQ11 Y15
R1081
R1081
3

5
4

6
4.7Kx4
4.7Kx4 6
D1015

D1016

D1017

D1018

D1019

D1020

D1021

D1037

D1038

D1039

D1040

1
4.7Kx4
OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

R1081
SHELL1 SDRAM_DQ4 Y13 7 8

V1 V2 V3 V4 V20 V21 V22 V23

K1004 V
VS/B VS/B CEC3.3V CEC3.3V
HDMI-CONNECTOR RXD_5V DGND DGND DGND DGND
C6 RXD_5V
SHELL2 R1019 W1 W2 W3 W4 W20 W21 W22 W23
1K R1020 R1021 R1030 R1031
HPD/HEAC- 19 10K 47K OPEN 47K
RXD_5V W
LLC/B HS/B SFL. DE/B CAPY1 CAPC1 R1086 4.7K
+5V 18
DGND DGND SDRAM_UDQS Y16
R1087 4.7K
GND 17
Q1007 HPD4 SDRAM_LDQS AB11
Y1 Y2 Y3 Y4 Y5 Y6 Y7 Y8 Y9 Y10 Y11 Y12 Y13 Y14 Y15 Y16 Y17 Y18 Y19 Y20 Y21 Y22 Y23 R1088 OPEN
DDCDATA 16 KRC102S SDRAM_CK- AB17
Q1008 R1089 1K
DDCCLK 15
KRC104S Y
P35/47 INT3 SDRAM_A11 SDRAM_A6 SDRAM_A2 SDRAM_CS NC SDRAM_DQ4 SDRAM_DQ11 SDRAM_UDQS CEC3.3V CEC3.3 V NC PVDD BIAS CAPC2 R1090 1K
7 UTILITY/HEAC+
CE_Remote
14

13 D10 DDCD_SDA
DGND DGND DGND DGND CEC3.3V DGND DGND RTERM D14
TP1 U21 R1091 7 84.7Kx4 7
CK- 12 D9 DDCD_SCL AA1 AA2 AA3 AA4 AA5 AA6 AA7 AA8 AA9 AA10 AA11 AA12 AA13 AA14 AA15 AA16 AA17 AA18 AA19 AA20 AA21 AA22 AA23
HDMI IN4

R1091 4.7Kx4
CKshield 11 A7 RXD_C- AA
P34/46 P33/45 P32/44 P31/43 SDRAM_A9 SDRAM_A5 SDRAM_A1 SDRAM_RAS NC SDRAM_DQ3 SDRAM_DQ12 SDRAM_DQ8 CEC3.3V CEC3.3 V NC PVDD REFOUT ELPF1
TP5 R16
R1091
5 6

4.7Kx4
CK+ 10 B7 RXD_C+ DGND DGND CEC3.3V DGND DGND TP6 R15 3 4

TP7 N17 R1091 4.7Kx4

D0- 9 A6 RXD_0- 1 2

AB1 AB2 AB3 AB4 AB5 AB6 AB7 AB8 AB9 AB10 AB11 AB12 AB13 AB14 AB15 AB16 AB17 AB18 AB19 AB20 AB21 AB22 AB23 R1092 4.7K
DOshield 8 B6 RXD_0+ TP4 R17
R1093 4.7K
D0+ 7 A5 RXD_1- TP17 J8
AB
P30/42 P29/41 P28/40 P27/39 CEC3.3V SDRAM_A8 SDRAM_A4 SDRAM_A0 SDRAM_BA1 SDRAM_CAS SDRAM_LDQS SDRAM_DQ6 SDRAM_DQ1 SDRAM_DQ15 SDRAM_DQ13 SDRAM_DQ9 SDRAM_CK- SDRAM_CK E ELPF2
D1- 6 B5 RXD_1+ DGND DGND DGND DGND
C1088 0.1/10
D1shield 5 A4 RXD_2- REFN F22
AC1 AC2 AC3 AC4 AC5 AC6 AC7 AC8 AC9 AC10 AC11 AC12 AC13 AC14 AC15 AC16 AC17 AC18 AC19 AC20 AC21 AC22 AC23

C1055
D1+ B4 RXD_2+

10/6.3
4
OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

D2- 3
AC
P26/38 P25/37 P24/36 CEC3.3V SDRAM_A7 SDRAM_A3 SDRAM_A10 SDRAM_BA0 SDRAM_WE SDRAM_DQ7 SDRAM_DQ5 SDRAM_DQ2 SDRAM_DQ0 SDRAM_DQ14 SDRAM_DQ10 DGND SDRAM_CK + XTAL1-B XTAL-B C1089 0.1/10
D2shield 2
DGND SDRAM_VREF DGND DGND DGND REFP F23
D2+
8 8
1
D1022

D1023

D1024

D1025

D1026

D1027

D1028

D1041

D1042

D1043

D1044

C1090 10/6.3
SHELL1
U1001 ADV7840KBCZ-5 REFOUT AA22
C1091
R1082
0.1/10
2.7K
BIAS Y22
TO DIGITAL SUPPLY

R1083 2.7K
C1092 0.1/10
CAPC1 W23
CEC_COM

0.1/10 0.1/10
P35/47
P34/46
P33/45
P32/44
P31/43
P30/42
P29/41
P28/40
P27/39
P26/38
P25/37
P24/36

P35/47
P34/46
P33/45
P32/44
P31/43

P28/40
P27/39
P26/38
P25/37
P24/36
P30/42
P29/41

10/6.3 10/6.3

0.01
SPDIF

LRCLK

LLC/B

LLC/B

C1059 C1057

C1094 C1087
C1058 C1056
SCLK

I2S0
I2S1
I2S2

DE/B
VS/B
HS/B
SFL.

DE/B
VS/B
HS/B
MCLK

I2S3
AC20 XTAL1-B

P23
P22
P21
P20
P19
P18
P17
P16
P15
P14
P13
P12
P11
P10
XTAL-B

P9
P8
P7
P6
P5
P4
P3
P2
P1
P0
D23 XTAL1

C1093 0.1/10
D22 XTAL

U3 SYNC_O/INT2

CAPC2 Y23
AA1
AA2
AA3
AA4
AB1
AB2
AB3
AB4
AC2
AC3
AC4
B2

B1
A2
K3
D5
J3
J4

U4
V1
U2
U1

Y1

T1
T2
R1
R2
R3

P2
N1
N2
N3
N4
M1
M2
L1
L2
L3
L4
K1
K2
J1
J2
H1
H2
G1
G2
G3
F1
F2
E1
E2
D1
D2
D3
C1
C2
W3

W4
V2
W2
W1

R4
P1
F3

0.01
R1043
4.7K
T20 TTX_SCL
T21 TTX_SDA
AC21

CEC3.3V
U20 RESET
Y2 INT3

G4 INT1

C1095 0.1/10
R20 SCL
R21 SDA

CEC1.8V CAPY1 W22 C1060 10/6.3

R1052

P35/47
P34/46
P33/45
P32/44
P31/43
P30/42
P29/41
P28/40
P27/39
P26/38
P25/37
P24/36

P35/47
P34/46
P33/45
P32/44
P31/43
P30/42
P29/41
P28/40
P27/39
P26/38
P25/37
P24/36
OPEN
OPEN
OPEN

R1051
R1039 2.2K

33x4
R1036 2.2K

LLC/B

LLC/B
33x4

CML U17
C1013 12P FCX04(28.6363MHZ)

C1015 15P FCX04(28.6363MHZ)

DE/B
VS/B
HS/B

DE/B
VS/B
HS/B

P23
P22
P21
P20
P19
P18
P17
P16
P15
P14
P13
P12
P11
P10
DGND

P9
P8
P7
P6
P5
P4
P3
P2
P1
P0
C1061 0.1/10
9 9
3

5
X1001 R1032

X1002 R1034
OPEN

OPEN

R1040
R1041
R1042

Q1009 NR1601 ONLY SR5005 ONLY

C1018 1000P

R1001 R1002 KRC104S

12P R1033 0

15P R1035 0

NR1601 OPEN 0
HDMI B'D(1/12)
P9
P8
P7
P6
P5
P4
P3
P2
P1
P0

P9
P8
P7
P6
P5
P4
P3
P2
P1
P0
P23
P22
P21
P20
P19
P18
P17
P16
P15
P14
P13
P12
P11
P10

P23
P22
P21
P20
P19
P18
P17
P16
P15
P14
P13
P12
P11
P10
DE/B
VS/B
HS/B

DE/B
VS/B
HS/B
LLC/B

LLC/B
P35/47
P34/46
P33/45
P32/44
P31/43
P30/42
P29/41
P28/40
P27/39
P26/38
P25/37
P24/36

P35/47
P34/46
P33/45
P32/44
P31/43
P30/42
P29/41
P28/40
P27/39
P26/38
P25/37
P24/36
SR5005 75 OPEN 1 3 1 3
DGND
33
33
33
10
10
10
10

8U-310052‫ޓ‬DIGITAL_UNIT
C1014
TO DIGITAL CONNECT

C1016

SD_B C1001 0.1/10

R1044
R1045
R1046
R1047
R1048
R1049
R1050

SD_R C1002 R22 AIN8

DIGITAL VIDEO SIGINAL LINE
0.1/10
HPD4
HPD3
HPD2
HPD1

R23 AIN9
CEC_COM

SD_G C1003 0.1/10 R1037 N22

1

1
CVBS C1004 P23 AIN7 8 7
FUNCT1
1V 0.1/10 4.7Kx4
VDI_V T23 AIN10 6 5
N23 FB
S(Y) VIDEO SIGINAL LINE
-
2

2
R1005 24 CR C1005 0.1/10
VDICR L23 AIN5 4 3
P22 AOUT
33x4

33x4

33x4

33x4

33x4

33x4

33x4

33x4

33x4

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN
R1054

R1055

R1056

R1057

R1058

R1059

R1060

R1061

R1062

R1064

R1065

R1066

R1067

R1068

R1069

R1070

R1071

R1072
33x4
R1053

-
R1063

CB C1006 0.1/10
OPEN

R1006 24
VDICB L22 AIN6 2 1
T22 AVLINK
10 10
-

R1007 24 Y C1007 0.1/10 R1038 L20

HDMI/TMDS SIGNAL LINE
VDI_Y -
M23 AIN4 6 5
HS_IN1
R1002 C1008 0.01 4.7Kx4 L21
-

M22 SYNC2 8 7
VS_IN1
-

0 S-Y C1009 0.1/10

VDISY -

S-C C1010 U22 AIN11 4 3

J20 HS_IN2
0.1/10
VDISC U23 AIN12 J21 VS_IN2
VIDEO SIGINAL LINE
2 1
-
HSCL
HSDA

HPD4
HPD3
HPD2
HPD1
OPEN
75
75

51
51
51

RXfs

TXINDE

IPINDE
ADVINT3
ADVINT2
ADVINT1

CEC_COM

ADVINT2

TXINVSYNC
TXINHSYNC

IPINVSYNC
IPINHSYNC
RXMCK

TXINPCK

IPINPCK
CEC_COM

TXINR9
TXINR8
TXINR7
TXINR6
TXINR5
TXINR4
TXINR3
TXINR2
TXINR1
TXINR0

TXING9
TXING8
TXING7
TXING6
TXING5
TXING4
TXING3
TXING2
TXING1
TXING0

TXINB9
TXINB8
TXINB7
TXINB6
TXINB5
TXINB4
TXINB3
TXINB2
TXINB1
TXINB0

IPINR9
IPINR8
IPINR7
IPINR6
IPINR5
IPINR4
IPINR3
IPINR2
IPINR1
IPINR0

IPING9
IPING8
IPING7
IPING6
IPING5
IPING4
IPING3
IPING2
IPING1
IPING0

IPINB9
IPINB8
IPINB7
IPINB6
IPINB5
IPINB4
IPINB3
IPINB2
IPINB1
IPINB0
RX64fs

RXI2S0
RXI2S1
RXI2S2
RXI2S3
HDMIR_RST

TXINR11
TXINR10

TXING11
TXING10

TXINB11
TXINB10

IPINR11
IPINR10

IPING11
IPING10

IPINB11
IPINB10
RXSPDIF

C1011 0.1/10
J23 AIN1
COMPONENT (Y) SIGNAL LINE
C1012 0.1/10
R1001
R1003
R1004

R1008
R1009
R1022

H23 AIN2
C1017 0.1/10
H22 AIN3
TO SUB CPU TO HDMI TX TO HDMI TX TO I/P CONVERTER
SCHEMATIC DIAGRAMS (12/24)
A B C D E F G H I J K L M N O

76
 A B C D E F G H I J K L M N O

TO DIGITAL
DV5V

SUPPLY
1 1
DV3.3V
DV1.8V
DGND

R1343 OPEN
R1345 OPEN
R1347 OPEN
IPINB0

1TXR3
1TXR2
1TXR1
1TXR0

1TXG9
1TXG8
1TXG7
1TXG6
1TXG5
1TXG4

1TXG3
1TXG2
1TXG1
1TXG0

1TXB9

1TXB8
1TXB7
1TXB6
1TXB5
1TXB4
1TXB3
1TXB2
1TXB1
1TXB0

1TXDE
1TXG11
1TXG10

1TXB11
1TXB10

1TXPCK

1TXHSYNC
1TXVSYNC
IPINB0
IPINB1
IPINB1 IPINB2
IPINB2
IPINB3
IPINB3 IPINB4

OPEN
IPINB4

OPEN

C1325 OPEN

OPEN
C1330 OPEN

C1334 OPEN
C1335 OPEN
IPINB5

R1312 OPEN
R1312 OPEN
R1312 OPEN
IPINB5

R1305

R1344 OPEN
R1346 OPEN
R1348 OPEN
8

2
IPINB6

8
OPEN
IPINB6 DV5V
IPINB7

C1324

2
7

1
IPINB7 DV3.3V

R1312
R1306

R1307

R1308

R1309

R1310

R1311

C1342
OPEN

OPEN

OPEN

OPEN

OPEN

OPEN
IPINB8
DV1.8V

1
IPINB8 IPINB9
IPINB9 DGND
2 IPINB10
IPINB10
IPINB11 2

OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
IPINB11 IPSCL

OPEN
OPEN
OPEN
IPING0
IPING0 IPING1 IPSDA
IPING1

C1358
C1349
C1350
C1352
C1354
C1356
IPING2 1TXVSYNC

132
131
130
129
128
127
126
125
124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
109
108
107
106
105
104
103
102
101
100
IPING2 1TXVSYNC

99
98
97
96
95
94
93
92
91
90
89
-

IPING3 1TXHSYNC

L1301
L1302
L1303
IPING3 R1302 -
1TXHSYNC
IPING4 1TXDE

de
hs
vs
OPEN

red[1]
red[0]

IO VSS
IO VDD

IO VDD
IO VSS

IO VSS
IO VDD

IO VSS
IO VDD
blue[9]
voutclk

blue[8]
blue[7]
blue[6]
blue[5]
blue[4]
blue[3]
blue[2]
blue[1]
blue[0]
Core VDD
Core VSS

green[9]
green[8]
green[7]
green[6]
green[5]
green[4]

green[3]
green[2]
green[1]
green[0]
blue[11]
blue[10]

Core VDD
Core VSS
green[11]
green[10]
IPING4 -
1TXDE
IPING5 1TXR4 133 red[4] m_data[0] 88 IPDQ0 1TXPCK
IPING5 7 8
-
1TXPCK
IPING6 1TXR5 134 red[5] m_data[1] 87 IPDQ1 1TXR11
IPING6 5 6
1TXR11
IPING7 1TXR6 135 red[6] IPDQ2 1TXR10
FROM HDMI Rx

IPING7 m_data[2] 86
IPING8 1TXR7
3 4

IPDQ3 1TXR9 1TXR10

136 red[7] m_data[3] 85
IPING8 1 2
1TXR9

TX
IPING9 C1307 IPDQ4 1TXR8

red[3]
red[2]
IPING9 OPEN 137 IO VDD m_data[4] 84
IPING10 C1308 IPDQ5 1TXR7 1TXR8
IPING10 OPEN 138 IO VSS m_data[5] 83
IPING11 C1309 IPDQ6 1TXR6 1TXR7
OPEN 139 Core VSS
3 3
IPING11 m_data[6] 82
IPINR0 C1310 IPDQ7 1TXR5 1TXR6
IPINR0 OPEN 140 Core VDD m_data[7] 81
IPINR1 1TXR8 C1344 OPEN 1TXR4 1TXR5

HDMI
141 red[8] IO VDD 80
IPINR1 7 8
1TXR4
IPINR2 1TXR9 R1303 142 red[9] IO VSS 79 1TXR3
IPINR2 IPINR3
5 6
1TXR3
1TXR10 OPEN 143 red[10] Core VSS 78 1TXR2
IPINR3 IPINR4
3 4
1TXR2
1TXR11 144 red[11] Core VDD 77 C1345 OPEN 1TXR1
IPINR4 IPINR5 C1311 OPEN
1 2
1TXR1
145 PLL VDD m_we_n 76 IPWE 1TXR0
IPINR5 IPINR6
7 8
1TXR0
C1301 OPEN 146 PLL VSS m_cas_n 75 R1313 IPCAS 1TXG11
IPINR6 IPINR7
5 6
1TXG11
147 PLL VSS m_ras_n 74 OPEN IPRAS 1TXG10
IPINR7 IPINR8 C1312
3 4
1TXG10
OPEN 148 PLL VDD m_baddr[0] 73 IPBA0 1TXG9

TO
IPINR8 IPINR9 C1302
1 2
1TXG9
OPEN 149 PLL VDD m_baddr[1] 72 IPBA1 1TXG8
IPINR9 IPINR10
7 8
1TXG8
C1313 OPEN 150 PLL VSS m_addr[0] 71 R1314 IPA0 1TXG7
IPINR10 5 6
1TXG7
IPINR11 C1314 OPEN 151 PLL VSS m_addr[1] 70 OPEN IPA1 1TXG6
IPINR11 3 4
1TXG6
C1315 OPEN 152 PLL VDD m_addr[2] 69 1 2
IPA2 1TXG5
1TXG5
4 IPINPCK -
IPINPCK
IPINHSYNC
C1303
C1304
OPEN
OPEN OPEN R1332
153 Oscillator
154 Oscillator
VDD 1.8V
VSS
U1302 m_addr[3]
IO VDD
68
67
R1315
C1346
7 8OPEN
OPEN
IPA3 1TXG4
1TXG3 1TXG4 4
IPINHSYNC -

1TXG3

OPEN
IPINVSYNC X1301 155 sysclk_xi IO VSS 66 1TXG2
IPINVSYNC -

IPINDE C1305 OPEN OPEN R1315 OPEN IPA10 1TXG1 1TXG2

3
156 sysclk_xo m_addr[10] 65
IPINDE -
5 6
1TXG1
C1316 OPEN R1330 157 Oscillator VDD 3.3V m_clk 64 R1315 3 4 OPEN IPCLK 1TXG0
ALL C1317 OPEN OPEN IPA11 1TXB11 1TXG0
158 Oscillator VSS m_addr[11] 63 R1315 1 2 OPEN
C1318 OPEN IPA9 1TXB10 1TXB11
159 Core VDD m_addr[9] 62

R1328 10K
7 8

C1306 OPEN R1316 IPA8 1TXB9 1TXB10

R1327 160 Core VSS m_addr[8] 61 5 6

C1319 OPEN OPEN IPA7 1TXB8 1TXB9

161 IO VSS m_addr[7] 60 3 4

10K C1320 OPEN IPA6 1TXB7 1TXB8

G5 162 IO VDD m_addr[6] 59 1 2

S1301 HSCL IPSCL R1336 R1349 OPEN IPA5 1TXB6 1TXB7

3 4 OPEN 163 scl m_addr[5] 58
1TXB6
OPEN D S
IPSDA R1337 OPEN 164 sda m_addr[4] 57 R1350 OPEN IPA4 1TXB5
HSDA IPJTAGTCK OPEN C1347 1TXB4 1TXB5
R1304 OPEN
OPEN

D S 165 tck Core VDD 56

T.P 6 1
IPJTAGTMS R1304
7 8

1TXB3 1TXB4
5 5
OPEN
R1301

-
8

166 tms 55
OPEN

JTAG_RESET 5 6 Core VSS

1TXB3

inputcr[10]
inputcr[11]
G 2 TRSTN 1TXB2

inputcr[9]
Q1302 167 trstn IO VSS 54
N1301 1TXB2
7

R1325

HN1K02FU IPJTAGTDI R1304 OPEN 168 tdi IO VDD 53 C1348 OPEN 1TXB1
OPEN 3 4
1TXB1
-
IPJTAGTCK IPJTAGTDO R1304 OPEN 169 tdo m_data[8] 52 IPDQ8 1TXB0
TCK 1 1 2
1TXB0
-
170 resetn m_data[9] 51 IPDQ9
GND 2 -
IPJTAGTDO R1338 OPEN 171 irq_n m_data[10] 50 IPDQ10
TDO 3

-
-
R1334 OPEN 172 invoutclk m_data[11] 49 IPDQ11
VCC 4 -
IPJTAGTMS IPINVSYNC 173 inputvsn m_data[12] 48 IPDQ12
TMS 5
IPJTAGTDI IPINHSYNC IPDQ13

inputcb[10]
inputcb[11]
TDI 6
-
174 inhsn m_data[13] 47

inputcb[3]
inputcb[4]
inputcb[5]
inputcb[6]
inputcb[7]

inputcb[8]
inputcb[9]

inputy[10]
inputy[11]

inputcr[0]
inputcr[1]
inputcr[2]
inputcr[3]
inputcr[4]
inputcr[5]
inputcr[6]
inputcr[7]
inputcr[8]
inputvclk

inputy[0]
inputy[1]
inputy[2]
inputy[3]
inputy[4]
inputy[5]
inputy[6]
inputy[7]
inputy[8]
inputy[9]
TRSTN IPINDE 175 inde 46 IPDQ14

Core VSS
Core VDD

Core VDD
Core VSS
GND 7
-

m_data[14]

incb[2]
incb[0]
OPEN
OPEN
OPEN
OPEN
OPEN

IPINB0 IPDQ15

IO VDD
IO VSS

IO VSS
176 m_data[15] 45

IOVDD
incb[1]
R1321
R1322
R1323
R1324
R1326

10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
1
2
3
4
5
6
7
8
9
6 6

OPEN

C1327 OPEN

C1337 OPEN
C1336 OPEN

OPEN.
OPEN
OPEN
OPEN
OPEN
OPEN
C1326

IPINPCK

IPINB10
IPINB11

IPING10
IPING11

IPINR10
IPINR11
IPINB1
IPINB2
IPINB3
IPINB4
IPINB5
IPINB6
IPINB7

IPINB8
IPINB9

IPING0
IPING1
IPING2
IPING3
IPING4
IPING5
IPING6
IPING7
IPING8
IPING9

IPINR0
IPINR1
IPINR2
IPINR3
IPINR4
IPINR5
IPINR6
IPINR7
IPINR8
IPINR9

C1357

C1360
C1351
C1353
C1355

C1359
IPA9
IPA8
IPA7
IPA6
IPA5
IPA4
IPDQ9

IPDQ8

IPCLK

IPA11
IPDQ15

IPDQ14
IPDQ13

IPDQ12
IPDQ11

IPDQ10
7 7

R1317 OPEN

OPEN
OPEN
OPEN
OPEN
OPEN

OPEN
OPEN
OPEN
OPEN

R1340 OPEN

R1341 OPEN
8

2
R1317
R1317
C1329
R1317
R1318

R1318
R1318
C1332
R1318
7

1
54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28

NC

A9
A8
A7
A6
A5
A4
VSS

DQ9

DQ8
VSS

CLK
CKE

A11

VSS
DQ15
VSSQ
DQ14
DQ13
VDDQ
DQ12
DQ11
VSSQ
DQ10

VDDQ

UDQM
NC/RFU
R1333 OPEN

OPEN
OPEN
OPEN
OPEN
OPEN

8 U1301 U1303 OPEN 8

C1343
C1339
C1340
C1341
OPEN

A10/AP
1 1A VCC 14
VDDQ

VSSQ

VDDQ

VSSQ

LDQM
R1329

VDD
DQ0

DQ1
DQ2

DQ3
DQ4

DQ5
DQ6

DQ7
VDD

CAS
RAS

BA0
BA1

VDD
WE

CS

A0
A1
A2
A3
2 1Y 6A 13
R1335
2A 6Y
OPEN
OPEN

3 12 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27
R1331 OPEN
4 2Y 5A 11
OPEN 5 3A 5Y 10
OPEN
OPEN
OPEN
OPEN

OPEN
OPEN
OPEN
OPEN
OPEN

OPEN
OPEN
OPEN

OPEN

OPEN
C1323
C1322

6 3Y 4A 9
C1321
OPEN

7 GND 4Y 8
Q1301
7

OPEN
IPDQ0 R1319
C1328
IPDQ1 R1319
IPDQ2 R1319

IPDQ3 R1319
IPDQ4 R1320
C1331
IPDQ5 R1320
IPDQ6 R1320

IPDQ7 R1320
C1333
R1339

R1342

C1338
IPCAS
IPRAS

IPBA0
IPBA1
IPA10
IPWE

IPA0
IPA1
IPA2
IPA3
9 9
IP
SR5005 ONLY
HSDA
HSCL

HDMI B'D(2/12)
10 8U-310052‫ޓ‬DIGITAL_UNIT 10
-

-
HSDA
HSCL

ABT_RST

FROM SUB CPU SCHEMATIC DIAGRAMS (13/24)

A B C D E F G H I J K L M N O

77
 A B C D E F G H I J K L M N O

TO SUB CPU

IPSCL
IPSDA
1 1TXINT
1

TX_R3
TX_R4
TX_G7
TX_G8
TX_G6

TX_G9

TX_R0
TX_R1
TX_R2

TX_R5
TX_R6
TX_R7
TX_R8
TX_R9
1TXINT

TX_G10
TX_G11

TX_R10
TX_R11
1TXRST R1525 OPEN
1TXRST
R1526 OPEN

R1544 47
R1524 47
10
10
C1516 4.7/6.3

R1522
R1523
C1517 OPEN
C1518 OPEN
IPSCL
IPSCL IPSDA
IPSDA 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

R1527
2.2K
HEAC-(GND)
HEAC+(NC)
GND
D18

D22
D23
D24
D25
D26
D27
D28
D29
D30
D31
D32
D33

D35
SDA
SCL
D19
D20
D21

DDCSDA
DDCSCL
R1502 OPEN TX_VSYNC R1521 OPEN

D3
1TXVSYNC 1 2
CEC_CLK
2
OPEN TX_HSYNC
2
SR5005 ONLY R1502
1TXHSYNC 3 4

TX_DE C1501 0.1/10

76 DVDD 50
R1502 OPEN DVDD C1519 0.1/10
1TXDE 5 6 77 DVDD 49
R1504 OPEN TX_PCK TX_G5
CEC_IN
1TXPCK 1 2 78 D17 48
C1520
R1510 OPEN TX_R11 TX_PCK
CLK DVDD_3V 47 0.1/10
1TXR11 7 8

TX_R10 TX_G4
79
OPEN HDMI-CONNECTOR
1TXR10 5 6
80 D16 SPDIF_OUT(GND) 46 R1528 K1501
TX_R9 TX_G3 1TXINT
1TXR9 3 4
81 D15 INT 45
TX_R8 TX_G2
1TXR8 1 2
82 D14 GND 44 1 D2+
R1509 7 8OPEN TX_R7 TX_G1 83 D13 TX2+ 43 D2shield
1TXR7 TX_R6 TX_G0
2

1TXR6 5 6
84 D12 TX2- 42 3 D2-
TX_R5 TX_B11 C1512 0.1/10
1TXR5 3 4
85 D11 AVDD 41 4 D1+

HDMI OUT
TX_R4 TX_B10
1TXR4 1 2
86 D10 TX1+ 40 5 D1shield
R1508 OPEN TX_R3 TX_B9
U1501
FROM IP

1TXR3 7 8
87 D9 TX1- 39 6 D1-
TX_R2 TX_B8
1TXR2 5 6
88 D8 PD 38 7 D0+
TX_R1 TX_B7
3 89 D7 ADV7511KSTZ GND 37 DOshield
3
3 4
1TXR1 TX_R0 TX_B6
8

1TXR0 1 2
90 D6 TX0+ 36 9 D0-
R1507 OPEN TX_G11 TX_B5
1TXG11 7 8
91 D5 TX0- 35 10 TXC+
TX_G10 TX_B4 C1513 0.1/10
1TXG10 5 6
92 D4 AVDD 34 11 CKshield
TX_G9 TX_B3 [HDMI TRANSMITTER]
1TXG9 3 4
93 D3 TXC+ 33 12 CK-
TX_G8 TX_B2 R1535 1.8K
1TXG8 1 2
94 D2 TXC- 32 13 CE_REMOTE
R1506 OPEN TX_G7 TX_B1 R1536 1.8K
1TXG7 7 8
95 D1 GND 31 14 UTILITY/HEAC+
TX_G6 TX_B0 R1532 100 R1533 1K
1TXG6 5 6
96 D0 HPD 30 15 DDC_SCL
TX_G5 TX_DE DEVICE ADDRESS:********(***) C1514 0.1/10
1TXG5 3 4
97 DE AVDD 29 16 DDC_SDA
TX_G4 TX_HSYNC R1529 1.6K

D1501
DEVICE ADDRESS:********(***)

OPEN
1TXG4 1 2
98 HSYNC R_EXT 28 17 GND
R1505 OPEN TX_G3 GND GND 27 +5V
1TXG3 7 8

TX_G2
99
C1515 Q1501 18
0.1/10

2.2K
DSD_CLK
1TXG2 5 6
100 GND BGVDD 26 KRA102S 19 HPD/HEAC-
TX_G1 R1530 2K

VSYNC

SPDIF

LRCLK

PLVDD
DVDD

DSD0
DSD1
DSD2
DSD3
DSD4
DSD5

MCLK
I2S0
I2S1
I2S2
I2S3
SCLK

DVDD

PVDD
PVDD
3 4
1TXG1

GND

GND

GND
GND
TX_G0 1TXRST
4 4
1 2
1TXG0
OPEN TX_B11

OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
R1504

R1531

10K
1TXB11 7 8
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
R1504 OPEN TX_B10 TX_VSYNC Q1502
1TXB10 5 6

KRC102S
R1504 OPEN TX_B9 L1501
1TXB9

R1534

D1502
D1503
D1504
D1505
D1506
D1507
D1508
D1509
D1510
D1511
D1512
3 4

R1503 7 8OPEN TX_B8 22uH

1TXB8 TX_B7
1TXB7 5 6
L1503
TX_B6 22uH

10/6.3
L1502

10/6.3
0.1/10

0.1/10
10/6.3
3 4
1TXB6

0.1/10
C1506 0.1/10
TX_B5 22uH C1524 C1525

OPEN
OPEN

OPEN
OPEN
OPEN
OPEN
1 2
1TXB5
R1501 7 8OPEN TX_B4 1/10 R1538 1/10
1TXB4 TX_B3 R1537 51
5 6
1TXB3

C1507

C1508

C1509
C1510
C1511

C1521

C1523
C1502

C1504
C1503

C1505

C1522
3 4
TX_B2 5.1 R1539
1TXB2 TX_B1 51 C1526
1 2
1TXB1 OPEN TX_B0
R1502 1/10
1TXB0 7 8

5 DV5V 5
DV3.3V

OPEN
R1541 OPEN

OPEN
DV1.8V

RXSPDIF

RXSPDIF
RXI2S0
RXI2S1
RXI2S2
RXI2S3

RX64fs

RXI2S0
RXI2S1
RXI2S2
RXI2S3
RX64fs
R1542 OPEN

RXMCK
DGND

RXfs

RXfs
R1543

C1527

C1528
TXINVSYNC R1520 0x4TX_VSYNC
7 8
6 1Y 1A 1
NR1601 ONLY TXINHSYNC R1520 5 6
0x4TX_HSYNC 5 Vcc 2
GND
TXINDE R1520 3 4
0x4 TX_DE 4 2Y 2A 3 OPEN
TXINPCK R1517 0x4 TX_PCK R1540
R1511
7 8

0x4 TX_R11 OPEN U1502

TXINR11 1 2 OPEN
TX_R10
TXINR10 3 4
TX_R9
TXINR9 5 6
TX_R8
TXINR8
6 6
7 8

TXINR7 R1512 1 2
0x4 TX_R7
TX_R6
TXINR6 3 4
TX_R5
TXINR5 5 6
TX_R4
TXINR4 7 8

TXINR3 R1513 1 2
0x4 TX_R3
TX_R2
TXINR2 3 4
TX_R1
TXINR1 5 6
TX_R0
FROM RX

TXINR0 7 8

TXING11 R1514 1 2
0x4 TX_G11
TX_G10
TXING10 3 4
TX_G9
TXING9 5 6
TX_G8
TXING8 7 8

TXING7 R1515 0x4 TX_G7

7 7
1 2
TX_G6
TXING6 3 4
TX_G5
TXING5 5 6
TX_G4
TXING4 7 8

TXING3 R1516 1 2
0x4 TX_G3
TX_G2
TXING2 3 4
TX_G1
TXING1 5 6
TX_G0
TXING0 7 8

TXINB11 R1517 1 2
0x4 TX_B11
TXINB10 R1517 3 4
0x4 TX_B10
TXINB9 R1517 5 6
0x4 TX_B9
TXINB8 R1518 1 2
0x4 TX_B8
TX_B7
TXINB7 3 4
TX_B6
TXINB6 5 6
TX_B5
8 TXINB5
TXINB4 R1519
7

1
8

2
0x4 TX_B4 8
TX_B3
TXINB3 3 4
TX_B2
TXINB2 5 6
TX_B1
TXINB1 7 8

TXINB0 R1520 1 2
0x4 TX_B0

ADVINT2
ADVINT2 RXSPDIF
TO HDMI RX

RXSPDIF RXMCK
RXMCK RX64fs
RX64fs RXfs
RXfs RXI2S0
9 RXI2S0
RXI2S1
RXI2S1 9
RXI2S2
RXI2S2 RXI2S3
RXI2S3
CEC_COM

HDMI TX
ADVINT2
ADVINT2
TO AUDIO PLD

RXMCK
RXMCK RX64fs
RX64fs RXfs
RXfs RXI2S0
10 RXI2S0
RXI2S1
RXI2S1 HDMI B'D(3/12) 10
RXI2S2
RXI2S2 RXI2S3 8U-310052‫ޓ‬DIGITAL_UNIT
RXI2S3 RXSPDIF
RXSPDIF
ARCSPDIF
HDMI/TMDS SIGNAL LINE

SCHEMATIC DIAGRAMS (14/24)

A B C D E F G H I J K L M N O

78
 A B C D E F G H I J K L M N O
TO HDMI TX TO SUB CPU

MPLDCSMAIN
PLDAERR.
ARCSPDIF

MPLDDATA
DIRRST1
DIRDOUT
RXSPDIF

ADVINT2

MPLDCLK

SUBTCK
SUBTMS

SUBTDO
SUBTDI
DIRDIN

DIRCLK
RXI2S3
RXI2S2
RXI2S1
RXI2S0

RX64fs
1 1

DIRCE
RXMCK
RXfs
-

-
ARCSPDIF
RXSPDIF

ADVINT2
RXI2S3
RXI2S2
RXI2S1
RXI2S0

RX64fs

MPLDCSMAIN
RXMCK
T.P

RXfs

MPLDDATA
DIRRST1
DIRDOUT

MPLDCLK
DIRDIN

DIRCLK
DIRCE
2 2
1

2
TDIA
3

4 ω AUDIOPLD
X1701 5
TDO
FCX04(24.576MHZ) 6
C1714 C1715 7
10P

10K
10K
10P

1K
C1718 4.7/6.3
N1701

SUBTCK
SUBTMS
SUBTDI
SUBTDO
7P-FFC

C1720 1000P
C1719 OPEN
0.1/10
10Kx4

0.1/10
R1742
8

R1751
R1752
R1750
1K
7

1
3 1

3 3

C1716
C1712
AUDIO1 R1743

R1744
DIR1PERR 1M

DSP1INC

DSP1INS

DSP1INSB

DSP1INfs
DSP1OUTfs

DSP1IN64fs
DSP1OUT64fs
R1746 33 MCLK1
R1730 7 8
33x4
R1740 3.3K 36 35 34 33 32 31 30 29 28 27 26 25 R1730 5 6
33x4

INT

XIN

ADIN
RERR

CKST

DGND

DVDD

XOUT

XMCK

DVDD
DGND
DIRDOUT R1739 33 DATAAD.

AUDIO/VO

EMPIIA/UO

DACfs
DAC64fs
DAC256fs
37 DO 24
DIRDIN DI 23
R1730 3 433x4 SLRCK1
38 SLRCK
DIRCE CE 22
R1730 1 233x4 SBCK1
39 SBCK
DIRCLK CL 21
R1731 7 8
33x4 DATADIR1
40 RDATA
DIRRST1 R1738 1K XMODE 20
R1731 5 6
33x4 fsDIR1
41 RLRCK

C1726 0.1/10
0.1/10

C1710 0.1/10
U1706 C1723

33x4
R17012 1 33x4
33x4

33x4

R17038 7 33x4

33x4
33x4

33x4
33x4
33x4
33x4
42 DGND DVDD 19
LC89058W-E
4 4
C1711 0.1/10 43 DVDD DGND 18
33x4 64fsDIR1

7
R1731

5
3 4
44 TMCK/PI00 RBCK 17
R1731 33x4 256fsDIR1

R17014

R17016
R17018

R17022
R17024
R17026
R17028
R17034

R17036
1 2
45 TBCK/PI01 RMCK 16
46 TLRCK/PI02 DIR1 AGND 15
TDATA/PI03 14
C1724 0.1/10
47 AVDD

RX5/VI

RX6/UI
SUBTCK

LPF
48 TXO/PIOEN 13

DGND

DVDD

DVDD
DGND
SUBTDO R1748 33

RXO

RX1

RX2
RX3

RX4

C1721 0.1/10 R1745

RXOUT

220
1 2 3 4 5 6 7 8 9 10 11 12
33 32 31 30 29 28 27 26 25 24 23

C1722 0.022

DSPINC
TDO_A
DSPINS
GNDI/O
VCCI/O
DSPINSB
DAC256fs
TCK
DSPOUT64fs
GNDI/O
DSPOUTfs
0.1/10

0.1/10
DSP1INF R1703 33x4

12 13 14 15 16 17 18 19 20 21 22
44 43 42 41 40 39 38 37 36 35 34
33
1 2 DSPINfs
R1753 33 DSPINF
5 DACMUTE
DSPIN64fs
R1749 ADVINT2 5

C1713

C1717
R1741
HAMUTE
256fsDIR1 GNDINT MPLDCSMAIN
CPUCONT OPEN
DIR1PERR 256fsDIR U1707 MPLDDATA
APLDSEL1
AUDIO1 DIREEROR C1728
EPM3032ATC4410

DREC.
VCCINT
MCLK1 AUDIO
0.1/10

ARC
GNDINT

C1
C2
O1
O2

O3
C1725 0.1/10 MCLK MPLDCLK
CPU_MUTE
SLRCK1 VCCINT RXI2S0
HSD0
SBCK1 SLRCK RXI2S1
HSD1

RXSPDIF
DATADIR1 SBCK RXI2S2
HSD2
DATADIR

OPEN
64fsDIR

GNDI/O
VCCI/O
GNDI/O

H64fs
TDI_A

HSD3
fsDIR

HMCK

Hfs
TMS
6 6

R1747
1 2 3 4 5 6 7 8 9 10 11

SUBTDI

0.1/10
SUBTMS

C1727
U1703
TC74VHCU04FT
4.7/6.3

14
0.1/10
C1708

C1709

64fsDIR1

MUTEFLAG
VCC

fsDIR1
GND
NR1601 ONLY 7
K1706
RCA-107C-02(1P-OR) R1718 330K
7 C1706 R1710 R1724
7

RX64fs

RXI2S3
R1708 R1715 47K

RXMCK
COAX1 2
33

RXfs
0.01 470 OPEN 5 6 11 10 C1
1
R1704 150
C1704 OPEN

R1706 150

R1711 U1703 U1703 R1721

D1701

TC74VHCU04FT
OPEN

SR5005 ONLY OPEN TC74VHCU04FT OPEN

K1701
OPEN 330K
R1719
3 4

COAX1 C1707 R1709 R1712 R1716 47K R1725

0.01 470 OPEN 9 8 13 12 33 C2
COAX2
1 2

C1705 OPEN

R1705 150

R1707 150

R1713 U1703 U1703 R1722

TC74VHCU04FT TC74VHCU04FT TO
D1702

OPEN OPEN
OPEN

DA3.3V
R1720 330K
DA1.2V DIGITAL
DGND SUPPLY
8 R1714 1K
R1717
1
100K
2 3 4
R1729
33 ARC 8
U1703 U1703 R1723
TC74VHCU04FT TC74VHCU04FT OPEN

DACfs
DAC64fs
DAC256fs
OPT1 VCC 3
C1703 R1726
K1702 GND 2
0.1/10 33 O1
JSR1165

fsDIR1
DATAAD.
64fsDIR1

MUTEFLAG
256fsDIR1
OUT 1

OPT2 VCC 3
C1701 R1727
K1703 GND 2
0.1/10
JSR1165 33 O2

DSP1INF
DSP1INC
DSP1INS
DSP1INfs

DSP1INSB

DSP1OUTfs
DSP1IN64fs

DSP1OUT64fs
OUT 1

9 9

DATAF
DATAC
DATAS

DATAF
DATAC
DATAS
DATASB

DATASB
R1732 OPEN
SR5005 ONLY R1733 OPEN R1728
R1734 OPEN 33 O3
OPTOUT IN 3
R1735 OPEN
VCC 2
K1704 R1736 OPEN

DSP1OUT64fs
DSP1IN64fs

DSP1OUTfs
DSP1INfs

DSP1INSB
DSP1INF
DSP1INC
DSP1INS

DATASB
DATAF
DATAC
DATAS
GND 1
DGND
DA1.2V

OPEN OPEN

DGND
DA3.3V

DACfs
R1737

fsDIR1

DATAF
DATAC
DATAS
DATAAD.

DAC64fs

DATASB
64fsDIR1
256fsDIR1

DAC256fs

MUTEFLAG
PLDAERR.

DREC.

C1702
0.1/10
ARCSPDIF
DIR/PLD
10 TO DSP
TO MAINDAC 10

DIGITAL AUDIO SIGINAL LINE

‫ޓ‬TO HDMI B'D(4/12)
DIGITAL 8U-310052‫ޓ‬DIGITAL_UNIT
SCHEMATIC DIAGRAMS (15/24)
FOPT
CONNECT

A B C D E F G H I J K L M N O

79
 A B C D E F G H I J K L M N O
TO DIR/PLD TO SUBCPU

DSP1OUT64fs
DSP1IN64fs

DSP1OUTfs
PLDAERR.

DSP1INfs

DSP1INSB
DSP1INF
DSP1INC
DSP1INS
DA3.3V
DA1.2V

DATASB
DATAF
DATAC
DATAS
DGND

DSPROMRST
1 1

DSPFLAG0
DSPICLK

DSPMISO
DSPMOSI
DSPRST

DSPICS
DSP1OUT64fs
DSP1IN64fs

DSP1OUTfs
DSP1INfs

DSP1INSB
DSP1INF
DSP1INC
DSP1INS

DATASB
DATAF
DATAC
DATAS

DATAS
DATAC
DATAF
DATASB

DSP1INS
DSP1INC

DSP1INF
DSP1INfs

DSP1INSB
DSP1OUTfs
DSP1IN64fs

DSP1OUT64fs

DSPFLAG0
DSPICLK

DSPMISO
DSPMOSI
DSPRST

DSPICS
2 2
R1945 100 CLKO.
R1946 7 8
33x4 RD.
R1946 5 6
33x4

150x4
150x4
150x4
150x4
10Kx4
10Kx4
10Kx4
10Kx4
R1946 33x4 SDA10.

0.1/10

0.1/10

0.1/10

C1924 0.1/10

0.1/10

0.1/10

0.1/10

0.1/10

0.1/10

0.1/10
10K
10K
3 4

R1946 33x4 WR. C1969 0.1/10 1 VCC VSS 86

2
1 2

R1947 7 8
33x4 SDWE. ED0.R1974 68x4 2 DQ0 DQ15 85 R1970 68x4 ED15.

1
5 6 7 8

10K
R1947 33x4 ..CKE C1970 0.1/10 3 VCC VSS 84

R1929

R1931
R1926
R1923

R1926
R1926
R1926
R1923
5 6

R1923
R1923
C1919

C1921

C1922

C1927

C1928

C1932

C1933

C1936

C1938
R1947 3 4
33x4 RAS. ED1.R1974 7 8
68x4 4 DQ1 DQ14 83 R1970 5 6
68x4 ED14.
D1.2V C1945 0.1/10 R1947 33x4 CAS. ED2.R1974 68x4 5 DQ2 DQ13 82 R1970 68x4 ED13.

R1909
1 2
1 2 3 4

D3.3V C1943 0.1/10 6 VSS VCC 81 C1977 0.1/10

DSPFLAG0 R1920 ED3.R1974 68x4 ED12.
3 3
150 3 4
68x4 7 DQ3 DQ12 80 R1970 1 2

R1921 33 R1943 33 ED4.R1975 68x4 8 DQ4 DQ11 79 R1971 68x4 ED11.

R1908 10K
5 6 7 8

R1944 10K C1971 0.1/10 9 VCC VSS 78

156
155
154
153
152
151
150
149
148
147
146
145
144
143
142
141
140
139
138
137
136
135
134
133
132
131
130
129
128
127
126
125
124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
109
108
107
106
105
OPEN
R1948 ED5.R1975 68x4 10 DQ5 DQ10 77 R1971 68x4 ED10.

R1910
7 8 5 6

OPEN ED6.R1975 68x4 11 DQ6 DQ9 76 R1971 68x4 ED9.

RD

WR
VDD
GND
VDD
GND
VDD
GND

GND
VDD
GND

VDD

GND
VDD
GND

ACK

VDD
GND

GND

GND
VDD
DAI5
DAI7
DAI6
DAI9
DAI8

SDWE
IOVDD

DAI10
DAI11

IOVDD

DAI12
DAI13
DAI14
DAI15
DAI16
DAI17
DAI18
DAI19
IOVDD

DAI20
FLAG0
FLAG1
FLAG2
FLAG3

IOVDD

SDA10

SDCKE
SDRAS
SDCAS
IOVDD
SDCLK0
3 4 3 4

C1902 0.1/10 157 VDD VDD 104 C1955 0.1/10 12 VSS VCC 75 C1980 0.1/10
158 VDD MS0 103 R1934 33 CEO. ED7.R1975 1 2
68x4 13 DQ7 DQ8 74 R1971 1 2
68x4 ED8.
159 GND MS1 102 R1935 33 CE1. R1955 10K 14 NC NC 73
160 VDD ADDR22 101 C1972 0.1/10 15 VCC VSS 72
C1903 0.1/10 161 VDD ADDR23 100 16 DQM0 DQM1 71
162 VDD ADDR21 99 R1936 OPEN SDWE. 17 WE NC 70
DTDI1 TDI R1937 33x4 EA20. CAS. 18 CAS NC 69 R1967 10K

W9864G2IH-6
163 ADDR20 98 7 8

DTRST 164 TRST ADDR19 97 R1937 5 33x4

6
EA19. RAS. 19 RAS CLK 68 CLKO.

4 4
DTCK 165 TCK IOVDD 96 C1956 0.1/10 CEO. 20 CS CKE 67 ..CKE

U1902
166 GND GND 95 R1937 33x4
3 4 21 NC A9 66 EA10.
C1904 0.1/10 167 VDD ADDR18 94 R1937 1
33x4
2
EA18. EA17. 22 BS0 A8 65 EA9.
R1938 33x4 EA17. EA18. EA8.

FCX04(20.815MHZ)
DTMS 168 TMS ADDR17 93 7 8 23 BS1 A7 64
R1912 1 2
10Kx4 169 CLK_CFG0 ADDR16 92 R1938 5
33x4
6
EA16. SDA10. 24 A10/AP A6 63 EA7.
R1912 3 4
10Kx4 170 BOOTCFG0 ADDR15 91 R1938 3
33x4
4
EA15. EA1. 25 A0 A5 62 EA6.
R1912 5 6
10Kx4 171 CLK_CFG1 IOVDD 90 C1948 0.1/10 EA2. 26 A1 A4 61 EA5.
DEMU0 172 EMU GND 89 EA3. 27 A2 A3 60 EA4.

X1902
R1912 7 8
10Kx4 173 BOOTCFG1 ADDR14 88 R1938 1
33x4
2
EA14. R1953 28 DQM2 DQM3 59
DTDO1 174 TDO VDD 87 C1949 0.1/10 47 C1966 C1974 0.1/10 29 VCC VSS 58
R1913 7 8
10Kx4 175 DAI4 GND 86 7P 30 NC NC 57

3
R1913 10Kx4 C1957 ED16. 68x4 ED31.

R1950
176 DAI2 IOVDD 85 0.1/10 R1977 68x4 31 DQ16 DQ31 56 R1972

1M
5 6
7 8 5 6

R1913 10Kx4 DAI3 32 VSS VCC 55 C1981 0.1/10

1
3 4 177 XTAL2 84
C1967
5 5
R1913 1 2