SERVICE MANUAL

CD RECEIVER
SERVICE MANUAL
7
2015
MA596<Rev.005>
KD-R460J, KD-R461DA9, KD-R461E, KD-R461EN, KD-R461EY,
KD-R461MA9, KD-R461U, KD-R461UT, KD-R462E, KD-R462EN,
KD-R462EY, KD-R463EU, KD-R464E, KD-R464EN, KD-R466U, KD-R467EE,
KD-R469E, KD-R469EY, KD-R469UR, KD-R660J, KD-R661E, KD-R661EN,
KD-R661EY, KD-R661MA9, KD-R661U, KD-R661UT, KD-SR41J, KD-SR61J

DETACHABLE PANEL
Model Parts number
KD-R460J CP-R460JD
KD-R461DA9 -
DC cord DC cord DC cord assy DC cord assy KD-R461E CP-R461ED
(QAM1329-001) (QAM1345-003) (E3A-0181-00) (E3A-0218-00) KD-R461EN CP-R461ED
(QAM1378-001) KD-R461EY CP-R461ED
KD-R461MA9 -
KD-R461U CP-R461UD
KD-R461UT CP-R461UD
KD-R462E CP-R462ED
KD-R462EN CP-R462ED
KD-R462EY CP-R462ED
KD-R463EU CP-R463EU
Hook Trim plate Escutcheon Mounting sleeve KD-R464E CP-R464ED
(GE40685-001A) x2 (GE20363-00xA) (B0H-0021-00) (GE20362-002A) KD-R464EN CP-R464ED
KD-R466U CP-R466UD
KD-R467EE CP-R467EED
KD-R469E CP-R469ED
KD-R469EY CP-R469ED
KD-R469UR -
KD-R660J CP-R660JD
KD-R661E CP-R661ED
Carrying case Remote control unit Screw (M5x8) Screw (M5x10) KD-R661EN CP-R661ED
(GE40521-001A) (RM-RK52M) (QYSDSP5008ZA) x4 (QYSDSP5010ZA) x4 KD-R661EY CP-R661ED
KD-R661MA9 -
KD-R661U CP-R661UD
KD-R661UT CP-R661UD
KD-SR41J CP-SR41JD
KD-SR61J CP-SR61JD
COPYRIGHT © 2015 JVC KENWOOD Corporation
Lead free solder used in the board (material: Sn-Ag-Cu, melting point: 219 Centigrade)
Lead free solder used in the board (material: Sn-Cu, melting point: 230 Centigrade)

COPYRIGHT © 2015 JVC KENWOOD Corporation No.MA596<Rev.005>

2015/7
 SPECIFICATION
For US
TUNER
FM Frequency Range 87.9 MHz to 107.9 MHz (200 kHz step)
87.5 MHz to 108.0 MHz (50 kHz step)
Channel Space Selection 50 kHz/200 kHz
Usable Sensitivity (S/N = 26 dB) 8.2 dBf (0.71 µV/75 Ω)
Quieting Sensitivity(DIN S/N = 46 dB) 17.2 dBf (2.0 µV/75 Ω)
Frequency Response (±3 dB) 30 Hz to 15 kHz
Signal-to-Noise Ratio (MONO) 64 dB
Stereo Separation (1 kHz) 40 dB
AM Frequency Range 530 kHz to 1 700 kHz (10 kHz step)
531 kHz to 1 611 kHz (9 kHz step)
Channel Space Selection 9 kHz/10 kHz
Usable Sensitivity (S/N = 20 dB) 29 dBµ (28.2 µV)
CD player
Laser Diode GaAIAs
Digital Filter (D/A) 8 times over sampling
Spindle Speed 500 rpm - 200 rpm (CLV)
Wow & Flutter Below measurable limit
Frequency Response (±1 dB) 20 Hz - 20 kHz
Total Harmonic Distortion (1 kHz) 0.01%
Signal-to-Noise Ratio (1 kHz) 105 dB
Dynamic Range 90 dB
Channel Separation 85 dB
MP3 Decode Compliant with MPEG-1/2 Audio Layer-3
WMA Decode Compliant with Windows Media Audio
USB
USB Standard USB 1.1, USB 2.0 (Full speed)
Compatible Devices Mass storage class
File System FAT12/ 16/ 32
Maximum Supply Current DC 5 V 1A
MP3 Decode Compliant with MPEG-1/2 Audio Layer-3
WMA Decode Compliant with Windows Media Audio
WAV Decode Linear-PCM
Auxiliary
Frequency Response (±3 dB) 20 Hz - 20 kHz
Input Maximum Voltage 1 000 mV
Input Impedance 30 kΩ
Audio
Maximum Output Power 50 W × 4 or 50 W × 2 + 50 W × 1 (Subwoofer = 4 Ω)
Full Bandwidth Power(at less than 1 % THD) 22 W × 4
Speaker Impedance 4 Ω to 8 Ω
Preout Level/Load (CD/USB) 2 500 mV/10 kΩ
Preout Impedance ≤ 600 Ω
General
Operating Voltage (10.5 V - 16 V allowable) 14.4 V
Maximum Current Consumption 10A
Operating Temperature Range 0°C to + 40°C
Installation Size (W × H × D) 182 mm × 53 mm × 158 mm (7-3/16" × 2-1/8" × 6-1/4")
Weight 1.2 kg (2.65 lbs)
• Subject to change without notice.

(No.MA596<Rev.005>)2/28
 SPECIFICATION
For Europe
TUNER
FM Frequency Range [Except KD-R467] 87.5 MHz to 108.0 MHz (50 kHz step)
Frequency Range [KD-R467] FM: 87.5 MHz to 108.0 MHz (50 kHz step)
FM-Lo: 65.0 MHz to 74.0 MHz (30 kHz step)
Usable Sensitivity (S/N = 26 dB) 0.71 µV/75 Ω
Quieting Sensitivity(DIN S/N = 46 dB) 2.0 µV/75 Ω
Frequency Response (±3 dB) 30 Hz to 15 kHz
Signal-to-Noise Ratio (MONO) 64 dB
Stereo Separation (1 kHz) 40 dB
AM Frequency Range MW : 531 kHz to 1 611 kHz (9 kHz step)
LW : 153 kHz to 279 kHz (9 kHz step)
Usable Sensitivity (S/N = 20 dB) MW : 28.2 µV
LW : 50 µV
CD player
Laser Diode GaAIAs
Digital Filter 8 times over sampling
Spindle Speed 500 rpm - 200 rpm (CLV)
Wow & Flutter Below measurable limit
Frequency Response (±1 dB) 20 Hz - 20 kHz
Total Harmonic Distortion (1 kHz) 0.01%
Signal-to-Noise Ratio (1 kHz) 105 dB
Dynamic Range 90 dB
Channel Separation 85 dB
MP3 Decode Compliant with MPEG-1/2 Audio Layer-3
WMA Decode Compliant with Windows Media Audio
USB
USB Standard USB 1.1, USB 2.0 (Full speed)
Compatible Devices Mass storage class
File System FAT12/ 16/ 32
Maximum Supply Current DC 5 V 1A
MP3 Decode Compliant with MPEG-1/2 Audio Layer-3
WMA Decode Compliant with Windows Media Audio
WAV Decode Linear-PCM
Auxiliary
Frequency Response (±3 dB) 20 Hz - 20 kHz
Input Maximum Voltage 1 000 mV
Input Impedance 30 kΩ
Audio
Maximum Output Power 50 W × 4 or 50 W × 2 + 50 W × 1 (Subwoofer = 4 Ω)
Full Bandwidth Power(at less than 1 % THD) 22 W × 4
Speaker Impedance 4 Ω to 8 Ω
Preout Level/Load (CD/USB) 2 500 mV/10 kΩ load (full scale)
Preout Impedance ≤ 600 Ω
General
Operating Voltage 14.4 V (10.5 V - 16 V allowable)
Maximum Current Consumption 10A
Operating Temperature Range 0°C to + 40°C
Installation Size (W × H × D) 182 mm × 53 mm × 158 mm
Weight 1.2 kg
• Subject to change without notice.

(No.MA596<Rev.005>)3/28
For ASIA
TUNER
FM Frequency Range 87.5 MHz to 108.0 MHz (50 kHz step)
Usable Sensitivity (S/N = 26 dB) 8.2 dBf (0.71 µV/75 Ω)
Quieting Sensitivity(DIN S/N = 46 dB) 17.2 dBf (2.0 µV/75 Ω)
Frequency Response (±3 dB) 30 Hz to 15 kHz
Signal-to-Noise Ratio (MONO) 64 dB
Stereo Separation (1 kHz) 40 dB
AM Frequency Range Band 1 (MW): 531 kHz to 1 611 kHz (9 kHz step)
Band 2 (SW1): 2 940 kHz to 7 735 kHz (5 kHz step)
Band 3 (SW2): 9 500 kHz to 10 135 kHz (5 kHz step) / 11 580 kHz to 18 135
kHz (5 kHz step)
Channel Space Selection Band 1: 9 kHz
Band 2/3: 5 kHz
Usable Sensitivity (S/N = 20 dB) 29 dBµ (28.2 µV)
SW: 30 dBµ (32 µV)
CD player
Laser Diode GaAIAs
Digital Filter (D/A) 8 times over sampling
Spindle Speed 500 rpm - 200 rpm (CLV)
Wow & Flutter Below measurable limit
Frequency Response (±1 dB) 20 Hz - 20 kHz
Total Harmonic Distortion (1 kHz) 0.01%
Signal-to-Noise Ratio (1 kHz) 105 dB
Dynamic Range 90 dB
Channel Separation 85 dB
MP3 Decode Compliant with MPEG-1/2 Audio Layer-3
WMA Decode Compliant with Windows Media Audio
USB
USB Standard USB 1.1, USB 2.0 (Full speed)
Compatible Devices Mass storage class
File System FAT12/ 16/ 32
Maximum Supply Current DC 5 V 1A
MP3 Decode Compliant with MPEG-1/2 Audio Layer-3
WMA Decode Compliant with Windows Media Audio
WAV Decode Linear-PCM
Auxiliary
Frequency Response (±3 dB) 20 Hz - 20 kHz
Input Maximum Voltage 1 000 mV
Input Impedance 30 kΩ
Audio
Maximum Output Power 50 W × 4 or 50 W × 2 + 50 W × 1 (Subwoofer = 4 Ω)
Full Bandwidth Power(at less than 1 % THD) 22 W × 4
Speaker Impedance 4 Ω to 8 Ω
Preout Level/Load (CD) 2 500 mV/10 kΩ load
Preout Impedance ≤ 600 Ω
General
Operating Voltage (10.5 V - 16 V allowable) 14.4 V
Maximum Current Consumption 10A
Operating Temperature Range 0°C to + 40°C
Installation Size (W × H × D) 182 mm × 53 mm × 158 mm
Weight 1.2 kg
• Subject to change without notice.

(No.MA596<Rev.005>)4/28
 SECTION 1
PRECAUTION
1.1 Safety Precautions
(1) This design of this product contains special hardware and 1.4 Critical parts for safety
many circuits and components specially for safety purpos- In regard with component parts appearing on the silk-screen
es. For continued protection, no changes should be made printed side (parts side) of the PWB diagrams, the parts that are
to the original design unless authorized in writing by the printed over with black such as the resistor ( ), diode ( )
manufacturer. Replacement parts must be identical to and ICP ( ) or identified by the " " mark nearby are critical
those used in the original circuits. Services should be per- for safety. When replacing them, be sure to use the parts of the
formed by qualified personnel only. same type and rating as specified by the manufacturer.
(This regulation dose not Except the J and C version)
(2) Alterations of the design or circuitry of the product should
not be made. Any design alterations of the product should 1.5 Remote control
not be made. Any design alterations or additions will void
the manufacturers warranty and will further relieve the The Lithium battery is in danger of explosion if replaced incor-
manufacture of responsibility for personal injury or property rectly. Replace it only with the same or equivalent type.
damage resulting therefrom.
1.6 Preventing static electricity
(3) Many electrical and mechanical parts in the products have Electrostatic discharge (ESD), which occurs when static electric-
special safety-related characteristics. These characteris- ity stored in the body, fabric, etc. is discharged, can destroy the
tics are often not evident from visual inspection nor can the laser diode in the traverse unit (optical pickup). Take care to pre-
protection afforded by them necessarily be obtained by us- vent this when performing repairs.
ing replacement components rated for higher voltage, watt- 1.6.1 Grounding to prevent damage by static electricity
age, etc. Replacement parts which have these special Static electricity in the work area can destroy the optical pickup
safety characteristics are identified in the Parts List of Ser- (laser diode) in devices such as laser products.
vice Manual. Electrical components having such features Be careful to use proper grounding in the area where repairs are
are identified by shading on the schematics and by ( ) on being performed.
the Parts List in the Service Manual. The use of a substitute (1) Ground the workbench
replacement which does not have the same safety charac- Ground the workbench by laying conductive material (such
teristics as the recommended replacement parts shown in as a conductive sheet) or an iron plate over it before plac-
the Parts List of Service Manual may create shock, fire, or ing the traverse unit (optical pickup) on it.
other hazards. (2) Ground yourself
Use an anti-static wrist strap to release any static electricity
(4) The leads in the products are routed and dressed with ties, built up in your body.
clamps, tubings, barriers and the like to be separated from
live parts, high temperature parts, moving parts and/or
sharp edges for the prevention of electric shock and fire
hazard. When service is required, the original lead routing
and dress should be observed, and it should be confirmed (caption)
that they have been returned to normal, after reassem- Anti-static wrist strap
bling.
1M
1.2 Warning
(1) This equipment has been designed and manufactured to
meet international safety standards.
(2) It is the legal responsibility of the repairer to ensure that
these safety standards are maintained.
(3) Repairs must be made in accordance with the relevant
safety standards.
(4) It is essential that safety critical components are replaced
by approved parts.
Conductive material
(5) If mains voltage selector is provided, check setting for local
(conductive sheet) or iron plate
voltage.
(3) Handling the optical pickup
1.3 Caution • In order to maintain quality during transport and before
installation, both sides of the laser diode on the replace-
Burrs formed during molding may be left over on some parts ment optical pickup are shorted. After replacement, re-
of the chassis. turn the shorted parts to their original condition.
Therefore, pay attention to such burrs in the case of pre- (Refer to the text.)
forming repair of this system. • Do not use a tester to check the condition of the laser di-
ode in the optical pickup. The tester's internal power
source can easily destroy the laser diode.

(No.MA596<Rev.005>)5/28
1.7 Handling the traverse unit (optical pickup) 1.8 Attention when traverse unit is decomposed
(1) Do not subject the traverse unit (optical pickup) to strong *Please refer to "Disassembly method" in the text for the
shocks, as it is a sensitive, complex unit. pickup unit.
(2) Cut off the shorted part of the flexible cable using nippers, • Apply solder to the short land sections before the card wire is
etc. after replacing the optical pickup. For specific details, disconnected from the connector on the servo board. (If the
refer to the replacement procedure in the text. Remove the card wire is disconnected without applying solder, the pickup
anti-static pin when replacing the traverse unit. Be careful may be destroyed by static electricity.)
not to take too long a time when attaching it to the connec- • In the assembly, be sure to remove solder from the short land
tor. sections after connecting the card wire.
(3) Handle the flexible cable carefully as it may break when
subjected to strong force.
(4) I t is not possible to adjust the semi-fixed resistor that ad-
justs the laser power. Do not turn it. SOLDER

1.9 Important for laser products

1.CLASS 1 LASER PRODUCT 5.CAUTION : If safety switches malfunction, the laser is able
to function.
2.CAUTION :
(For U.S.A.) Visible and/or invisible class II laser radiation 6.CAUTION : Use of controls, adjustments or performance of
when open. Do not stare into beam. procedures other than those specified here in may result in
(Others) Visible and/or invisible class 1M laser radiation hazardous radiation exposure.
when open. Do not view directly with optical instruments.

3.CAUTION : Visible and/or invisible laser radiation when

open and inter lock failed or defeated. Avoid direct
exposure to beam. ! Please use enough caution not to
see the beam directly or touch it
4.CAUTION : This laser product uses visible and/or invisible
laser radiation and is equipped with safety switches which in case of an adjustment or operation
prevent emission of radiation when the drawer is open and
the safety interlocks have failed or are defeated. It is check.
dangerous to defeat the safety switches.

(No.MA596<Rev.005>)6/28
 SECTION 2
SPECIFIC SERVICE INSTRUCTIONS
2.1 How to repair a fuse pattern
2.1.1 Purpose of fuse pattern
In order to prevent serious damage on the circuit, fuse pattern is prepared on the GND line of RCA Terminal. This damage may
take due to improper part replacement with a external equipment via RCA line.
2.1.2 Repair Procedure
(1) Check the shorted circuit at the meltdown point.
Need to clean up if the shorted circuit or carbonization happen at the fuse pattern.
(2) Add following part on the fuse pattern.
(3) Check output level.

Meltdown point

Part Number Part Name SPEC

F53-0513-08 PATTERN FUSE 4A
2.1.3 After finished repair
Due to improper part replacement, this meltdown occurs.
Thus please notice following information when the unit is returned to your customer.
Things to be checked before installing the unit.
(1) Check the GND line of external amplifier or other equipment which must connect properly.
(2) Check whether the GND line is not short-circuited with the battery terminal. (do not short-circuit these lines)
2.2 How to identify the CD mechanism ASSY

Production site Made at JEIN Made at JKEM

CD mechanism ASSY FC2-2A00NXN X92-6820-01
PWB ASSY LVA20106-01A X32-6680-00
PW BOARD LVB20106-001B J76-0898-12
xxxxxxNxxxxxxx xxxxxxWxxxxxxx
Identification number
The 7th character is "N". The 7th character is "W".
Identification number of the 14 characters are printed on the CD mechanism ASSY upper surface.

The 7th character

(No.MA596<Rev.005>)7/28
2.3 MICROCOMPUTER’S TERMINAL DESCRIPTION
IC701 (R5S726A0D216FP) on MAIN PWB ASSY
Processing/Operation/
Pin No. Pin Name I/O Application
Description
1 LCD_INH O Display On/Off Control L: Display OFF/
H: Display ON
2 DAB_COM_ON O Enable DAB micon (For DAB model) H: ON/L: OFF
2 NC O No Use (for non DAB model)
3 PVcc - Power supply for I/O circuits
4 NRST O LSI Reset Signal (L: Reset) L: Reset ON/
H: Reset OFF
5 Vss - GND
6 PANEL_PON O Supply Control to Panel L: ON/H: OFF
7 DC_ERR2 I Detect DC Clip (for ST Power Amp IC) L: DC Error ON/
H: DC Error OFF
8 PWIC_MUTE O Muting Output for Power Amp IC L: Mute ON/H: Mute OFF
9 LCD_CE O LCD Driver IC Chip Enable Output (for LCD Model)
10 Vss - GND
11 LCD_CLK O LCD CLK Output
12 Vcc - Power supply
13 RGB_CLK O I2C Clock Output for RGB Driver (For RGB Model)
13 PCB_TEST_MODE I PCB Test Mode RX
_RX
14 LCD_DATA_SYS O LCD DATA Output (for LCD Model)
14 LCD/ O LCD and RGB DATA Output (for RGB Model)
RGB_DATA_SYS
14 PCB_TEST_MODE O PCB Test Mode TX
_TX
15 USB_PON O Enable Output for High Side Switch L: HisideSW OFF/
H: HisideSW ON
16 PVcc - Power supply for I/O circuits
17 BT_DATA_BT I BT Data Input (For BT model only)
17 NC O No Use (for non BT model)
18 Vss - GND
19 BT_DATA_SYS O BT Data Output (For BT model only)
19 NC O No Use (for non BT model)
20 Vcc - Power supply
21 PWIC_STBY O Output to Power On Power Amp IC L: Standby/H: Play
22 SXM_DATA_SXM I SXM Data Input (For SXM model only)
22 NC O No Use (for non SXM model)
23 SXM_DATA_SYS O SXM Data Output (For SXM model only)
23 NC O No Use (for non SXM model)
24 DEBUG_1A O For Debug
24 DAB_CLK_SYS O Clock to DAB (for DAB model only)
24 HD_CLK_SYS O Clock to HD Decoder (for HD model only)
25 DEBUG_1B O For Debug
25 DAB_CS_SYS O Command Request from main micon to DAB micon (for DAB model)
25 HD_CS_SYS O Command Request from SYS-com to HD (for HD model)
26 DEBUG_1C O For Debug
26 DAB_DATA__SYS O DAB Data Output (for DAB model only)
26 HD_DATA_SYS O HD Data Output (for DAB model only)
27 DAB_DATA_DAB I DAB Data Input (for DAB model only)

(No.MA596<Rev.005>)8/28
 Processing/Operation/
Pin No. Pin Name I/O Application
Description
27 HD_DATA_HD I HD Data Input (for HD model only)
28 PVcc - Power supply for I/O circuits
29 FREQ_SEL O Frequency Select Pulse: Power On/
L: Power Off
30 Vss - GND
31 ENC2 I Volume Encoder Pulse Input 2
32 ENC1 I Volume Encoder Pulse Input 1
33 REMO I Remocon Input L (Pulse): Remote control
data/H: Standby
34 STAT I DSP Status Signal
35 SW1 I CD Mecha SW1
35 DEBUG_2A O For Debug
36 PVcc - Power supply for I/O circuits
37 NC O No Use
38 Vss - GND
39 RESET I Reset Input
40 Vss - GND
41 PLLVcc - Power supply for PLL
42 PAN_DET I Panel Detection input L: Panel Attached/
H: Panel Detached
42 NC I No Use (for non detachable model)
43 Vcc - Power supply
44 EXTAL I High Speed Clock 12MHz
45 XTAL O High Speed Clock 12MHz
46 Vss - GND
47 Vss - GND
48 PVcc - Power supply for I/O circuits
49 D-0 I/O USB Data- 0
50 D+0 I/O USB Data+ 0
51 ASEMD I ASE Mode Select Pin
52 PSW I CD Mecha Position Setting SW (Reset Switch)
53 BT_MUTE I BT Mute L: Mute OFF/H: Mute ON
53 NC I No Use (for non BT model)
54 STAGE2 I Model Selecting Input 2
54 STEERING_REMO I OE Remote In 2 (for DOP models)
2
55 STAGE1 I Model Selecting Input 1
55 STEERING_REMO I OE Remote In 1 (for DOP models)
1
56 TEL_MUTE I Tel Mute Detection Input (for JVC Model)
56 LINE_MUTE I Line Mute Detection Input (For KWD Model)
56 NC I No Use (for non support Tel mute model)
57 DC_ERR1 I Detect DC Offset Error from EVOL IC L: DC Error ON/
H: DC Error OFF
58 Avss - GND
59 Avcc - Power Supply
60 Avref - Reference Power Supply
61 TRST I Debugging Interface. Reset Input.
62 ASEBRKAK/ASE- I/O Emulator Break Mode Acknoledge/Break Input
BRK

(No.MA596<Rev.005>)9/28
 Processing/Operation/
Pin No. Pin Name I/O Application
Description
63 TDO O Debugging Interface. Serial Output for Instructions and Data
64 TDI I Debugging Interface. Serial Input for Instructions and Data
65 TMS I Debugging Interface. Test Mode Select Signal Input.
66 TCK I Debugging Interface. Test Clock Input.
67 NC O No Use
68 NC I No Use
69 PVcc - Power supply for I/O circuits
70 SPBCLK O FLASH SPI Multi I/O Bus Clock output
71 Vss - GND
72 SPBSSL O FLASH SPI Multi I/O Bus Slave Select Output
73 SPBIO0 I/O FLASH SPI Multi I/O Bus I/O Data 0
74 SPBIO1 I/O FLASH SPI Multi I/O Bus I/O Data 1
75 SPBIO2 I/O FLASH SPI Multi I/O Bus I/O Data 2
76 Vss - GND
77 SPBIO3 I/O FLASH SPI Multi I/O Bus I/O Data 3
78 Vcc - Power supply
79 MD_CLK I Clock Mode Set (Power ON Reset)
EXTAL Pin Input Clock Ranges from 10 to 12 MHz
80 MD_BOOT I BOOT Mode Set L: Boot mode 0/
H: Boot mode 1
81 DRV_MUTE O Motor Driver Control
81 DEBUG_2C O For Debug
82 PVcc - Power supply for I/O circuits
83 DAB_PON O Control 3..3V power for DAB Module (for DAB model only) H: ON/L: OFF
83 HD_PON O Control 3.3V power for HD module (for HD model only) HD source= H: ON/
Other source= L: OFF
83 NC O No Use (for non DAB/non HD model)
84 Vss - GND
85 MUTE O Muting Output for Evol & Line Out L: Mute ON/H: Mute OFF
86 Vcc - Power supply
87 BT_RST O BT Reset Output (For BT model) L: Reset ON/
H: Reset OFF
87 NC O No Use (for non BT model)
88 PON_DCDC6V O Enable Output for DC-DC Regulator
89 LCD_DATA_LCD I LCD DATA Intput (for LCD Model)
90 DAB_REQ_DAB I Command Request from DAB micon to main micon
90 NC O No Use (for non DAB model)
91 EVOL_SCL I/O I2C Clock 391kHz for E-Vol
91 EP_SCL I/O I2C Clock 391kHz for E2PROM
91 TU_SCL I/O I2C Clock 391kHz for Tuner
92 EVOL_SDA I/O I2C Data for E-Vol
92 EP_SDA I/O I2C Data for E2PROM
92 TU_SDA I/O I2C Data for Tuner
93 IPOD_SCL O iPod Authentication IC I2C Clock Clock speed 23kHz
93 NC O No Use (For non-iPod Model)
94 IPOD_SDA O iPod Authentication IC I2C Data
94 NC O No Use (For non-iPod Model)
95 REG_SCL O I2C Clock for Regulator IC
96 REG_SDA O I2C Data for Regulator IC

(No.MA596<Rev.005>)10/28
 Processing/Operation/
Pin No. Pin Name I/O Application
Description
97 CD_DSP_SW O CD DSP Switch L: Other sources/
H: CD USB SD source
98 DIM_IN I Dimmer Control Input (for JVC Model) L: Dimmer Detect ON/
H: Dimmer Detect OFF
98 NC O No Use (For KWD Model) keep L output setting
99 REG_FLG I Power Detection L: Detect OFF/
H: Detect ON
100 Vss - GND
101 PVcc - Power supply for I/O circuits
102 MLD O Microcontroller Command Load Signal
103 BCLK I Servo DSP Data Bit Clock
104 LRCK I Servo DSP Data Word Clock
105 CD_SRDATA_CD I Servo DSP Data Input
106 CD_SRDATA_SYS O Servo DSP Data Output
107 Vss - GND
108 MCLK O Microcontroller Command Clock Signal
109 Vcc - Power supply
110 MDATA O Microcontroller Command Data Signal
111 TU_RST O HELIO/CAYMAN (HD) Reset L: Reset ON/
H: Reset OFF
111 NC O No Use (For non DAB/HD model)
112 PVcc - Power supply for I/O circuits
113 SXM_PWR O Power Supply for SXM (For SXM model only) L: PWR Off/H: PWR On
113 NC O No Use (for non SXM model)
114 Vss - GND
115 DRV_CNT O Loading Motor Control Output
116 BEEP O Output for Beep Tone Generator H (Pulse): BEEP/L: OFF
117 DRV_Lo/Ej O Loading Motor Control Output
118 PCB_TEST_MODE I PCB Test Mode Switch L: Normal Mode/H: Check
Mode (After Reset soft-
ware need to check the pin
input. If detect high it
should enter Serial Num-
ber mode)
118 WDT O Watch Dog Timer output L: Normal Mode /
H: Reset by WDT
119 SW2 I CD Mecha SW2
119 DEBUG_2B O For Debug
119 Field Test 2 O RDS data log output (standby for field test)
120 BLKCK I Sub-Code Block Clock Signal
120 Field Test 1 O RDS data log output (standby for field test)

(No.MA596<Rev.005>)11/28
 SECTION 3
DISASSEMBLY
3.1 Main body (5) Disconnect the FFC wire from connector CN1. (See Fig.4)
3.1.1 Removing the MAIN PWB (See Fig.1 to 5)
(1) Disengage the 8 hooks a, and remove the FRONT CHAS- CN1
SIS ASSY. (See Fig.1)

a a
a a

a a
a a
FRONT CHASSIS ASSY
Fig.1
(2) Remove the 1 screw A and 2 screws B. (See Fig.2)

A
Fig.4
B B (6) Disengage the 2 hooks c, and remove the MAIN PWB.
(See Fig.5)

Fig.2
(3) Remove the 2 screws C. (See Fig.3)
(4) Disengage the 3 hooks b, and remove the BOTTOM
COVER with MAIN PWB.
(See Fig.3) c
BOTTOM COVER

b MAIN PWB
Fig.5

b
C

Fig.3

(No.MA596<Rev.005>)12/28
3.1.2 Removing the CD MECHANISM (See Fig.6) 3.2 CD mechanism
(1) Remove the 3 screws D, and remove the CD • NOTICE FOR HANDRIG OF MECHANISM ASSY
MECHANISM. (See Fig.6)
OK
Handle CHASSIS part.

NG
Do not stay MECHANISM ASSY in upside-down condition
for 1 hour and more.

CD MECHANISM
D
Fig.6
3.1.3 Removing the SWITCH PWB (See Fig.7)
(1) Remove the VOLUME KNOB.
(2) Remove the 4 screws E.
(3) Disengage the 14 hooks d, and remove the REAR
COVER.
(4) Remove the SWITCH PWB.

NG
E E
Do not touch P.C.B..
d d d d d d d Do not touch DAMPER.

d d

d Do not touch
PICK UP ASSY.

d d d d
E E
REAR COVER
Fig.7
NG
TOP SIDE BOTTOM SIDE

DO NOT TOUCH AREA

DO NOT TOUCH HOLES, MOTOR, DAMPER, PCB, FFC, OPU AND WIRE.

• THESE PARTS NEED CAUTION OF HANDLING

CAUTION:
Don't touch the following parts in particular by the hand which
touched grease. (It becomes a cause of traction problem)
CAUTION PARTS
HC TURN TABLE TRIGGER ARM
ROLLER DISC GUIDE

(No.MA596<Rev.005>)13/28
• NOTICE FOR HANDRIG OF FEED MOTR ASSY 3.2.1 Removing the CD MECHA PWB (See Fig.1 to 3)
CAUTION: For mounting FEEDMOTOR ASSY, DON'T bump this part. (1) Solder the short land on the PICKUP. (See Fig.1)
Because handling may cause this part easily deformed.
SOLDER
FEED MOTOR

WORM 1

• NOTICE FOR HANDRIG OF ROLLER LEVER ASSY

OK NG

Fig.1
(2) Remove the 6 wires from the CD MECHA PWB. (See
Fig.2)

Do not handle roller part.

• NOTICE FOR CLAMPER ASSY OF PICK UP ASSY Black
OK NG
Red
Yellow
Do not handle
the clamper part. Orange White
Orange

Fig.2
(3) Disconnect the FPC wire from the connector CN1 (CD
Player unit). (See Fig.3)
(4) Remove the 3 screws A, and remove the CD MECHA
PWB. (See Fig.3)

• NOTICE FOR HANDRIG OF MD CHASSIS ASSY A

NG

OK
Handle CHASSIS part.

Do not handle the

turn table part.
• NOTICE FOR HANDRIG OF PICK UP ASSY A
OK NG

CN1 CD MECHA PWB

Fig.3

Do not handle the lens part.

(No.MA596<Rev.005>)14/28
3.2.2 Removing the TRAVERSE MECHANISM (See Fig.4, 5) 3.2.3 Removing the PICKUP ASSY (See Fig.6)
(1) Remove the 4 springs from the TRAVERSE MECHANISM. (1) Remove the 1 screw C.
(See Fig.4) (2) Remove the MAIN SHAFT in the direction of the arrow.
(3) Remove the SPRING.
SPRING (4) Remove the PICKUP ASSY.

C MAIN SHAFT PICKUP ASSY

SPRING
Fig.6
3.2.4 Removing the ROLLER LEVER ASSY (See Fig.7)
Fig.4 (1) Remove the SPRING.
(2) Remove the 2 screws B. (2) Remove the ROLLER LEVER ASSY in the direction of the
(See Fig.5) arrow.
(3) Remove the DAMPER in the direction of the arrow. SPRING
(See Fig.5)
ROLLER LEVER ASSY
(4) Remove the TRAVERSE MECHANISM. (See Fig.5)
TRAVERSE MECHANISM
DAMPER
LOWER CHASSIS

Fig.7

B
Fig.5

(No.MA596<Rev.005>)15/28
3.2.5 Removing the CLAMP ARM ASSY (See Fig.8)
(1) Remove the SPRING.
(2) Remove the CLAMP ARM ASSY in the direction of the
arrow.
CLAMP ARM ASSY SPRING

Fig.8
3.2.6 Removing the FEED MOTOR (See Fig.9, 10)
(1) Remove the 5 screws D, and remove the FEED MOTOR
ASSY. (See Fig.9)

D
Fig.9
(2) Remove the 2 screws E, remove the Feed motor.
(See Fig.10)

E
Feed motor

Fig.10

(No.MA596<Rev.005>)16/28
 SECTION 4
ADJUSTMENT
4.1 Outline
4.1.1 Panel
ACCENT VOL SEARCH

RETURN

A symbol "„" in the key column indicates that the key should be pressed and held for 1 second or longer.
4.1.2 Test Modes
These test modes are available in normal production ROM.
Transition to Test Mode shall be available during DC Error detection.
Test Mode Mode Source Operation
Production Test Mode - All Press and hold [DISP] key and [SOURCE] key and reset.
Service Test Mode Normal Mode / All Pressing and holding [DISP] key, press [] key for 7 seconds.
Production Mode (Starting to press [DISP] key and [] key at the same time can not
be entered into the mode)
Service Information Clear Mode - All Press and hold [RETURN] key and [SOURCE] key and reset.
DC Error Information Mode - All Press and hold [DISP] key and [] key and reset.
DOP Test Mode Normal Mode All Pressing and holding [SELECT] key, press [DISP] key for 7 sec-
onds.
(Starting to press [SELECT] key and [DISP] key at the same time
can not be entered into the mode)
HC Mecha Running Mode - All Press and hold [SOURCE] key and [EJECT] key and reset.
Tunisia Area / Normal Mode All Pressing and holding [VOL] key, press [RETURN] key for 3 sec-
Tuner Span Change Mode onds.
4.1.3 Release from Test Mode
These actions will release the Test Mode and transit back to Normal Mode
Method Remarks
Reset All Modes
Momentarily voltage drop All Modes
ACC OFF All Modes
POWER OFF All Modes
Panel Detach All Modes

(No.MA596<Rev.005>)17/28
4.2 Production Test Mode
Press and hold [1] key and [3] key and reset.
4.2.1 Test Mode Defaults
During Production Test Mode, the following settings defer from the Normal Mode.
The settings will change immediately after mode activation.
Difference in action Setting value
Period to prohibit TEL/LINE MUTE function (Normal Mode: 10 secs) 1 second
Mecha Initialize Action Prohibited
Writing-in to E2PROM when DC error is detected Prohibited
"DEMO" item in Setup Menu OFF
Power supply during ACC OFF (Back Up On) MUTE terminal turns OFF after 2 seconds
"BEEP" item in Setup Menu ON
Volume range 0 to 44
Source change interval timer 0 seconds
When detected the 0 bit mute Mute off

Various setting item Setting value

Default Volume 15
"BASS BOOST" OFF
"LOUDNESS" OFF
"TEL MUTING" ON
Initial Source FM (Mechaless Models) /
CD (Non-Mechaless Models)
Language English
EQ FLAT
Fader / Balance Center
Digital Track Expander / Sound Reconstruction Set OFF
"VOL ADJUST" / "VOLUME OFFSET" 0
DEMO Mode Setting OFF
4.2.2 Mode structure
The following table shows the test modes that can be accessed from the different sources in Production Test Mode.
Source Test mode
Tuner TUNER Test Mode
USB USB Test Mode
4.2.3 Mode content
Syscon shall display the following information after entering Production Test Mode.
Display content Details
All lights on (BOTH LCD & LED including dual color switchable)
Set should not be able to power on if sub clock is not functioning.
The display is released when another operation is executed.
4.2.4 Special Operation by Key Input
Behaviour Details
Volume Adjustment to 44 Pressing and holding [DISP] key, press [] key for 0.5 seconds.
Only during Normal display (Starting to press [DISP] key and [] key at the same time can not be entered into
(Invalid during Menu) the mode)
4.2.5 How to transit to Version Display Mode
Item Operation Display content Details
Transit to Display Transit to Version Display Mode
RETURN
Mode (Default status: All Lights ON)

(No.MA596<Rev.005>)18/28
4.2.6 Version Display Mode
Item Operation Display content Details
All Lights ON/ All lights ON
TEST
Syscom version ## = File Number
display S Y S # # – @ @ @
@@@ = Syscon Version Number
Stage Setting S T A G E 2 1 : # #
##: Stage Setting for current hardware
Serial No. Display (8 digits)
Display to support ASCII characters
Serial No. display S N 0 0 0 0 0 0 0 0
********: Blank
@@@@@@@@: EEPROM Read Error
DISP ## = Blank: Verifying
(Toggle) OK: IC mounted
NG: IC not mounted
**: Non iPod support model
iPod IC Mount
Verification Status
In addition, upon entering this mode, P-CON is
Display i P o d # #
turned ON.
(USB models
only)
When a result is OK, P-CON is turned off.
Upon exit, P-CON remains OFF.
When a result is NG, P-CON is kept ON condition.
Upon exit, P-CON remains ON.
Pre-out Switch Switch Pre-out with toggle
(1 Pre-out / 2 Pre- EQ L / O S U B . W
out model only)
SOURCE Return to Normal mode
Mode release
Transition
Mode release RETURN Return to Normal mode

4.2.7 Tuner Test Mode Specification

The following display shall be indicated according to the TUNER status.
Status Display content Details
TUNER IC Communication to TUNER IC not available
Communication Error T U N C O N N G
(indicated unless the mode is in Clock Display Mode).
RDS/RBDS Specified Turn OFF P-CON forcibly if PS=RDS TEST is received.
data reception R D S T E S T
P-CON recovers with Power OFF/ON.

Item Operation Display content Details

Display TUNER IC version
TUNER IC display EQ A T 2 * * * * * * * * 'AT2 ********' is eg "AtomIC2 57V1B101" indicating
"AtomIC2 TEF6657V1B 1.01"
*Not applicable and no function for HD and DAB models

(No.MA596<Rev.005>)19/28
4.2.8 USB Test Mode Specification
Applicable for iPod model only.
Status Display content Details
## = Blank: Verifying
NG: IC not mounted
**: Non iPod support model

Upon source change to USB source or USB

device plug in:

Verifying: Show "iPod: ##"

NG: Always show "iPod: NG" even during "NO
DEVICE" or playback.
**: Always show "iPod: **" even during "NO
iPod IC Mount Verification Status DEVICE"
Display i P o d # #
OK: Change back to nomal display ("NO DE-
VICE / normal playback display).

In addition, upon enter to this mode, P-CON is

turned ON.

When a judgment result is OK, P-CON is

turned off.
Upon exit, P-CON still remain OFF.
When a judgment result is NG, P-CON is kept
ON condition.
Upon exit, P-CON still remain ON.
4.3 Service Test Mode
In the STANDBY source, while pressing and holding [2] key, press [6] key for 7 seconds.
(Starting to press [2] key and [6] key at the same time can not be entered into the mode)
4.3.1 Default status immediately after the mode activation
It shall be same as the normal activation.
4.3.2 Mode content
Syscon shall display the following information after entering this mode.
Display content Details
S R V T E S T Display is released when an operation is executed.

4.3.3 Common operation mode for only STANDBY sources

Item Operation Display content Details
Syscom version ## = File Number
6
display S Y S # # – @ @ @
@@@ = Syscon Version Number
00 to 50 are displayed in "XX".
P O N T M 0 H X X For less than 1 hour, the display is indicated per 10
Power ON minutes.
2
duration display
00001 to 10922 are displayed in "XXXXX".
P O N T M X X X X X
MAX 10922 (hours)
00 - 50 are displayed in "XX".
C D T M 0 H X X For less than 1 hour, the display is indicated per 10
Disc action minutes.
1 (*1)(*2)
duration display
00001 to 10922 are displayed in "XXXXX".
C D T M X X X X X
MAX 10922 (hours)
Disc Eject No. of 00001 to 99999 are displayed in "XXXXX"
DISP (*2)
times E J C N T X X X X X

Disc Eject No. of Clear Disc Eject number of times by pressing for 2
„DISP (*2)
times clear E J C N T 0 0 0 0 0
seconds when it is displayed.
*1 This includes all media (CD, USB, iPod, SD) action duration.
*2: Not applicable for mechaless models

(No.MA596<Rev.005>)20/28
4.3.4 CD Error Information Display Mode (Not applicable for mechaless models)
Item Operation Display content Details
CD error Transit to CD error information display mode.
ACCENT
information
(*2)
display mode
CD Mecha error Mecha error history 1,2,3 (latest)
log display #:History No. (1,2,3)
XX: kind of errors, "--" when there is none

00: No Error
04: TOC read Error
M E C H A E R # X X
05: Unknown CD
06: Heat Error
0A: Update Error
0D: Hold Error
15: Unknown Disc
99: Mecha Error
CD Load error Load error switch 1,2
info display #: Switch No. (1,2)
L O A D E R # X X
XX: numbers of errors, "--" when there is none
DISP History No. 2 is un-used
CD Eject error (Toggle) Eject error switch 1,2,3,4
info display #: History No. (1,2,3,4)
Move XX: numbers of errors, "--" when there is none
between History No.3 is un-used
E J E C T E R # X X
items with History No.1: Eject before SW1 is on.
/ History No.2: Eject until SW1 and SW2 is on.
History No.3: Eject between SW2 on and Eject end
CD time code CD time code error count information (count skip)
error count C N T L O S E
mode display
information CD-DA error count numbers
display (count C D D A X X
XX: numbers of errors and "--" when there is none
skip)
CD-ROM (compressed file) error count numbers
C D R O M X X
XX: numbers of errors and “--” when there is none
CD time code CD time code error count information
error count C N T S T A Y
(count not updated) mode display
information CD-DA error count numbers
display C D D A X X
XX: numbers of errors and "--" when there is none
(no count update)
CD-ROM (compressed file) error count numbers
C D R O M X X
XX: numbers of errors and "--" when there is none
CD error „ACCENT Clear CD error information by pressing for 2 seconds
information clear (*2) M E C H A E R # - -
when it is displayed.
Mode release ACCENT CD error information display mode release, back to
(*2) Common Mode Operation
*2: Not applicable for mechaless models

(No.MA596<Rev.005>)21/28
4.4 Service Information Clear Mode
Press and hold [2] key and [5] key and reset.
4.4.1 Default status immediately after the mode activation
It shall be same as normal activation.
4.4.2 Mode content
After entering this mode, Syscon shall clear the information stored for service and output the result to the display.
CD will be ejected upon process end.
Cleared information changes will take place only after reset.
Display Display content Details
Data Clear in I N I T I A L I Z E Data Clearing in Progress
Progress
Data Clear OK D A T A C L R O K Data cleared successfully
Data Clear NG D A T A C L R N G Data cleared with error
Display Blinks (250ms interval) CD is ejected out after the data is being cleared.
The following table shows the data that is cleared.
Information to Clear Details Storage area
CD mecha log display E2PROM
CD load error information display E2PROM
CD mecha information CD eject error information display E2PROM
CD time code error count information display (count skip) E2PROM
CD time code error count information display (no count update) E2PROM
CD EJECT number of times display E2PROM
Service information
Forced Power OFF information display E2PROM
DC error 1 display (wrong connection & other detection information in detecting duration) E2PROM
DC error information
DC error 2 display (capacitor leakage detection number information) E2PROM
Tuner Area Setting E2PROM
Tuner information Preset Frequency E2PROM
Preset PI code E2PROM
Tagging information Token data memory index E2PROM

(No.MA596<Rev.005>)22/28
4.5 DC Error Information Mode
Press and hold [3] key and [6] key and reset.
4.5.1 Default status immediately after the mode activation
It shall be same as normal activation.
4.5.2 Mode content
Syscon shall display the following information after entering this mode.
Display content Details
D C E R R When DC error is detected

D C O K
When DC error is not detected

Item Operation Display content Details

When wrong connection & DC error in other detec-
D C 1 E R R
tion duration is detected
DC ERR1display 
When wrong connection & DC error in other detec-
D C 1 O K
tion duration is not detected
Clear detection information when wrong connection
DC ERR1 clear „ D C 1 O K & DC error in other detection duration is displayed.
(Clear data flash)
Display detecting number of times in capacitor leak-
DC ERR2 display  D C 2 4 age detection duration
#: 0 to 4
Clear number of times for detection information in
DC ERR2 clear „ D C 2 0 capacitor leakage detection duration. (Clear data
flash)

4.6 DOP Test Mode

Pressing and holding [SELECT] key, press [DISP] key for 7 seconds.
4.6.1 DOP Mode Common Setting
Common settings for all car makers are as follows:

Demo: No demo animation

Remove all DEMO related items

Power on animation: Show carmaker's name

Only opening animation will show "Car maker's name"
Setup menu: Delete Demo

Color setting for RGB model: Refer to manufacturer preference below:

4.6.2 EEPROM DOP Read Error Display
In the case of an EEPROM read error or EEPROM DOP read error, the unit will behave accordingly.
(1) No Power on animation
(2) No Demo animation
(3) Demo removed in setup menu
(4) Color settings set to default
(5) Serial number display replaced by "SN @@@@@@@@"

(No.MA596<Rev.005>)23/28
4.6.3 Mode content
1) Enter DOP Mode. Pressing and holding [SELECT] key, press [DISP] key for 7 seconds.
Display content Details
D O P T E S T

2) Select manufacturer setting.

Note: RGB color save as USER color. DEFAULT color set to USER.
The order is priority. Lower Priority brand need to press and hold(2 secs)
„: press and hold (2 second) on button mentioned as follow
Display content Operation Display content Color
No Demo 1 J V C Blue 7
Toyota 2 T O Y O T A Lime 25
Honda 3 H O N D A Blue 5
Ford 4 F O R D Greenish Blue 3
Yellow Amber
Suzuki 5 16
S U Z U K I
(same as Daihatsu)
Hyundai 6 H Y U N D A I Blue 7
Mitsubishi  M I T S U B I S H I Apple 14
FIAT  F I A T White User
Iveco DISP I V E C O White User
Alfa Romeo „1 A L F A R O M E O Red 13
KIA „2 K I A Blue 7
Volkswagen „3 V O L K S W A G E N White User
Chevrolet „4 C H E V R O L E T Red 13
Peugeot „5 P E U G E O T Green 24
Nissan „6 N I S S A N Orange 16
Isuzu „ I S U Z U Red 13
Skoda „ S K O D A Yellowish Green User (R=22, G=31, B=0)
Yellow Amber
Daihatsu „DISP 15
D A I H A T S U
(Same as Suzuki)
Default „RETURN D E F A U L T Return to default JVC normal setting.

(No.MA596<Rev.005>)24/28
4.7 HC Mecha Running Mode
Press and hold [SRC] key and [EJECT] key and reset.
The software specification for evaluating HC Mecha is described.
This mode is set for the general operation test and the endurance running test.
4.7.1 Mode Display Specification for Evaluation
Display content Operation Display content Details
Enter the
Run Test Display
mode R U N T E S T

Pressing Indicated “Running Mode”

and holding
Running Mode [RETURN] *****: Indicated number display
count display key and R M O D # * * * * *

insert the Repeated the eject.

disc
Tracking_gain ####: Indicated hex value
adjusted value T R - G A # # # #
display
Focus_gain
adjusted value F O - G A # # # #
display
Te_agc adjusted
value display T E A G C # # # #

Rf_agc adjusted
value display R F A G C # # # #

Te_balance
adjusted value T E B A L # # # #
display „DISP
Focus_balance (Toggle the
adjusted value DISP) F O B A L # # # #
display
TNI offset adjusted
value display T N I O F # # # #

TPI offset adjusted

value display T P I O F # # # #

TPI_TNI offset
adjusted value T P T N O # # # #
display
TEO offset adjusted
value display T E - O F # # # #

FEO offset adjusted

value display F E - O F # # # #

Error Code Indicated “NO ERROR”

display when no „DISP N O E R R O R
error

(No.MA596<Rev.005>)25/28
4.7.2 ERROR CODE for MODEL with FLM-HCI MECHA (Ver1.1)
DISPLAY SIGN ERROR Item Condition Details
In LOAD operating. Anomaly detection of SW state at LOADING.
LI-E LOADING TIME OVER
Or 5 sec TIME OVER from LOAD start.
In EJECT operating. Anomaly detection of SW state at EJECT.
EJ-E EJECT TIME OVER
Or 5 sec TIME OVER from EJECT start.
E-04 READ ERROR In RUNNING MODE operating TOC read error.
E-14 FOCUS ERROR In RUNNING MODE operating Focus Error. No complete Focus ON.
E-05 UNKNOWN DISC In RUNNING MODE operating No reflection.
E-20 NODISC ERROR In RUNNING MODE operating In case of DISC distinction.
E-21 DSP ACCESS ERROR In RUNNING MODE operating fails in the access to DSP.
E-22 LIM SW ERROR In RUNNING MODE operating Time over in case of that moves to an inner side.
AE-01 In RUNNING MODE operating Focus Gain Error
AE-02 In RUNNING MODE operating Tracking Gain Error
AE-03 In RUNNING MODE operating RF Gain Error
AE-04 AUTO ADJUSTMENT In RUNNING MODE operating Tracking Balance Error
AE-05 ERROR In RUNNING MODE operating Focus Balance Error
AE-06 In RUNNING MODE operating Focus Offset Error
AE-07 In RUNNING MODE operating Tracking Offset Error
AE-08 In RUNNING MODE operating RF Offset Error
4.8 Tuner Span Change Mode
Pressing and holding [VOL] key, press [RETURN] key for 3 seconds.
4.8.1 Default status immediately after the mode activation
It shall be same as normal activation.
After selection of the setting item, the receiver should exit this mode and return to the display before entering this mode.
This setting will be stored in EEPROM.
4.8.2 Mode content
Syscon shall display the following information after entering this mode.
Item Operation Display content Details
Tuner Span Default setting for Asia models.
Change Mode VOL +/-
A R E A A S I A
Change to 'Asia' area type.
(*1) A R E A T U N I S I A Change to 'Tunisia' area type.
Tuner Span Default setting for Europe models.
Change Mode VOL +/-
A R E A E U R O P E
Change to 'Europe' area type.
(*2) Change to 'Tunisia' area type.
A R E A T U N I S I A

Release Mode VOL Depending on display pattern in normal mode.

*1: Only applicable for Asia ('U') models

*2: Only applicable for Europe ('E') models

(No.MA596<Rev.005>)26/28
4.9 DC Offset error description 4.9.5 Manipulate after detect DC Offset
4.9.1 DC Offset detection circuit design • If detected error 10 consecutive times, and 10th error occurred
• Purpose: in "Mis-connect detection period", judge as "Mis-connect".
To prevent breakdown, when occur DC offset between speak- • If detected error 10 consecutive times, and 10th error occurred
er output "+" and "-". in "Capacitor leak detection period", judge as "Capacitor leak ".
• Target: • If detected error 10 consecutive times, and 10th error occurred
Detect DC offset, then stop the Power Amp operation and shift in "Other detection period" and detected another 10 errors con-
to specified condition. secutively, then judge as "Other".
• If judge as "Mis-connect".
4.9.2 Possible causes of DC offset at speaker output lines - turn off speaker output.
(1) Mis-connection for Speaker output for example touch to car - - display "MISWIRING", check wiring connection then reset.
body or battery line. - key access disable except button of Eject, Reset and service
(2) Current leak of coupling capacitor for Power IC input. mode
(3) Current leak of AC-GND capacitor for Power IC AC-GND. - record error in EEPROM "DC1 ERR"
(4) Capacitor shorted of above parts due to foreign object. - the product is able to be recovered by Reset button.
E-Vol • If judge as "Capacitor leak ".
Audio Pwr Amp
C-in - turn off speaker output.
In 1
C-in
- display "WIRING", check wiring connection then reset.
In 2 - key access disable except button of Eject, Reset and service
C-in
In 3 mode
C-in
In 4 - record error in EEPROM "DC2 #" (# means counter number)
- the product can be recovered by pressing the Reset button
C-ac1 C-ac2
before the capacitor leak error counter reach "DC2 4".
AcGnd
After that, only clear the counter back to "0" can recover the
C-tc product.
Sw5V
Win_TC
• If judge as "Other" (manipulation same as mis-connect)
R2
R1 Offset Detect
Win_In Out

C3
DC Error
R3
SECTION 5
R4
ADC In
Micon
TROUBLESHOOTING
5.1 How to cancel DC offset error
4.9.3 Type of checking Check to be sure the terminals of the speaker leads are covered
4.9.3.1 To detect DC Offset Error with insulating tape properly, then reset the product.
• Mis-connection If an error message does not disappear even after a reset, there
- Short any one speaker out line to GND or Vcc is a need for internal repair.
• Capacitor leak 5.2 How to clear DC offset error recorded in EEPROM
- Parallel 330kΩ to either any one of coupling cap or AC-GND
capacitor (to simulate current leakage of capacitor) Refer to “4.5 DC Error Information Mode”.
- Shorted either any one of coupling capacitor or AC-GND ca-
pacitor.
4.9.4 Detection Timing chart
2.0sec or more 1.5sec or more 50ms
or more
0.7sec or more
0.8sec 1.0sec

PWIC_STBY

PWIC_MUTE

AUD_MUTE

Missconnect Capacitor leak Other (miss detection etc.)

detection period detection period detection period

(No.MA596<Rev.005>)27/28
JVC KENWOOD Corporation
Automotive Consumer Business Unit 2967-3, Ishikawa-machi, Hachioji-shi, Tokyo, 192-8525, Japan

(No.MA596<Rev.005>)
Printed in Japan
VSE
 SCHEMATIC DIAGRAMS
CD RECEIVER
KD-R460J KD-R461DA9 KD-R461E
KD-R461EN KD-R461EY KD-R461MA9
KD-R461U KD-R461UT KD-R462E
KD-R462EN KD-R462EY KD-R463EU
KD-R464E KD-R464EN KD-R466U
KD-R467EE KD-R469E KD-R469EY
KD-R469UR KD-R660J KD-R661E
KD-R661EN KD-R661EY KD-R661MA9
KD-R661U KD-R661UT KD-SR41J
KD-SR61J

(No.MA596<Rev.005>)1/30
■ PRECAUTIONS ON SCHEMATIC DIAGRAMS
z Due to the improvement in performance, some part numbers shown in the circuit diagrams
may not agree with those indicated in the Parts List.
z The parts numbers, values and rated voltage etc. in the Schematic Diagrams are for
reference only.
z Since the circuit diagrams are standard ones, the circuits and circuit constants may be
subject to change for improvement without any notice.

■ PRECAUTIONS ON PARTS LIST

z The parts identified by the symbol are critical for safety. Whenever replacing these parts, be sure to
use specified ones to secure the safety.
z The parts not indicated in this Parts List and those which are filled with lines --- in the Parts No.
columns will not be supplied.
z P.W. BOARD Ass'y will not be supplied, but those which are filled with the Parts No. in the Parts No.
columns will be supplied.
z When ordering chips, screws etc., place bulk orders (unit of tens) whenever possible to improve
shipping efficiency.
z There are cases where the actual implemented parts in the sets and the service parts are different.
When ordering parts, make sure to refer to the Parts List.

■ PRECAUTIONS ON SERVICE
Certain parts of the power circuits and the GNDs differ according to the models. Care must be
taken for the following points as the differences are indicated separately in the LIVE GND ( ) and
the ISOLATED (NEUTRAL) GND ( ).

1. Do not touch the LIVE GND, or do not touch the LIVE GND and the ISOLATED (NEUTRAL)
GND at the same time. It may cause an electric shock.
Before pulling out the chassis or other parts, make sure to pull out the power cord from the
wall outlet first.
2. Do not short circuit between the LIVE GND and ISOLATED (NEUTRAL) GND, or never
measure the LIVE GND and ISOLATED (NEUTRAL) GND at the same time using measuring
instruments (oscilloscope, etc.). It may blow fuses or damage other parts.

■ DEVIATION TOLERANCE RANGE

DEVIATION TOLERANCE RANGE
F G J K M N R H Z P
+30% +50% +80% +100%
± 1% ± 2% ± 5% ±10% ±20% ±30%
-10% -10% -20% -0%

(No.MA596<Rev.005>)2/30
BLOCK DIAGRAM-1 (SIGNAL BLOCK)
J471 CN901 J321 J601
DC P.CORD IC301
MAIN PWB SXI
FL+ RL+ POWER AMP R F S
FL- RL-
FR+ RR+
Ant

ACC
SXM_RxD

MUTE
ANT.CONT
SXI_L

REMOTE/
FR- RR- PWIC_MUTE Jack

P.CONT
SXM_TxD FL FL OUT
SXI_R

MUTE
MUTE
PWIC_STBY FL OUT/SWL
SXM_PWR RL
IC470 - IC471 SXI_G FR OUT
BEEP
FR
FR OUT/SWR
Level Shiftor RR SW (Mono)

REMOTE
TU_L
ANT IC161 TU_R IC601
Mute Circuit E-VOLUME
TUNER

ANT
EXT
TU_3.3V DC_ERR1 SDA_EV_EP_TU
SCL_EV_EP_TU
SW3.3V

Regulator
F_AUXL
RC LPF F_AUXR
FREQ_SEL IC831 F_AUXG
IC861 PON_DCDC Reset
CDL
IC540 CDR
ACC DC-DC

IC901
TEL CD SIGNAL
IC411 MUTE IC841 PROCESSING Vref
FOO
SCL_REG iPOD EEPROM TRO CD MECHA

DC_ERR2

DC_ERR1
LINE_MUT
SDA_REG FMO

RESET
MUTE
FLAG
SDA_EV_EP_TU
SCL_EV_EP_TU
STAT
NRST
BCLK
LRCK
DMO
VF1 PWB
iPOD_SCL MDATA
SRDATA VF2
MLD
iPOD_SDA IC701 MCLK BLKCK VT1
SRDATIN VT2
CD_MD
LD

DIM IN MICON

CD MECHA_FC2-2A
DIMMER

Connector

Connector
SPBIO0 SPBIO2 SPBICLK
SPBIO1 SPBIO3 SPBISSL
IC821
Flash

CN501
SXM_RxD

CN1
IC891 SXM_TxD
D+0 CD_
HSS SXM_PWR D-0 PON
PON USB
3.3V
PON_PANEL
Regulator
LCD_DATA_OUT/
Panel_3.3V LCD_RGB_DATA_OUT ENC1
ENC2 IC941
SW LCD_DATA_IN REMO
LCD_CLK RGB_CLK
LDO3.3V
LCD_CE *PAN_DET(1 DIN)
LCD_INH *RESET(2 DIN)
F_AUXL
F_AUXR
CN701 F_AUXG
Connector

CN701
Connector

IC90
D+0 F_AUXL CN80
REMOCON LCD_CLK
D-0 F_AUXR D+0
REMO LCD_CE
ENC1 LCD_INH F_AUXG D-0
ENC2 LCD_DATA_OUT /
EN1 LCD_RGB_DATA_OUT
LCD_DATA_IN
ENCODER Kl4 USB
KSl

IC2 IC1
RGB
Driver IC RGB_CLK LCD
LCD_DATA_OUT /
RGB LCD_RGB_DATA_OUT DRIVER
Kl1 KS1 F_AUXL
RESET
P1 Kl2 KS2 F_AUXR
P2 Kl3 KS3 F_AUXG J100
P3 COM1 Kl4
KS6 RESET
RGB LEDs P4 P1
COM2
Kl5
AUX
P2
Single Color P3 COM3 SWITCH
COM4
KEY MATRIX
LED (2 DIN)
*S1 TO S51(S90)

SWITCH PWB ED1

LCD (1.5Line / 1Line)

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)3/30
BLOCK DIAGRAM-2 (SUPPLY BLOCK)
CN901 J471 J321 J601
MEM14.4V
DC P.CORD SXI IC301
(9) POWER AMP R F S
Ant
ACC GND
VCC1 (7) VCC2 (21) Jack

IC161
E-VOLUME
Q470 Q471
Mute Circuit DIMMER TEL MUTE
(24) VCC
VCC (1) VCC (1)
ANT GND
(2) (9)
EXT 3.3V IC601
(1) (13) TU_3.3V
ACC 0.45mA TUNER
(6)
(4) AU_9/12V VDDD
0.25mA VDDA_IFADC

VCC1 VDDA_RF
(8) SW_3.3V
(5) CD_8V
1.3A
AVDD1
IC540 3.3V

Regulator
SW3.3V Regulator
(3) RFVDD1
VCC2 ILM_10.5V CD SIGNAL RFVDD2
(7) 0.3mA
IC821 PROCESSING IOVDD1
IOVDD2
Flash

V6IN
(11) BU3.3V
VCC (8) CD MECHA
(13) 0.35mA

VCC
(8) IC411
IC851
VIN
PWB
IC901

iPod LDO1.25V

VCC
PVCC PLLVCC
(8) IC841
VCC

VCC
(8) IC861 5.2V EEPROM IC701

CD MECHA_FC2-2A
DC-DC (1) CD7.2V

Connector

Connector
IN
IC891 (1) MICON
HSS USB_5V

CN502
(6)

CN1
Panel_3.3V
SW

VIN IC941 CD3.3V

(1)
LDO3.3V (5)
VDD
(2)

IC831
MAIN PWB USB_5V Panel_3.3V ILM_10.5V Reset
CN701
Connector

CN701
Connector

IC90 3.3V
AND PANEL_3.3V ILM_10.5V
CN80
REMOCON Gate USB_5V

SW USB_5V

EN1
Regulator
ENCODER USB
5V

IC2 PANEL_3.3V
RGB
Driver IC 5V
ILM_10.5V

IC1
RESET J100
Single Color LCD
RGB LED DRIVER SWITCH
LED AUX
(2 DIN)
KEY MATRIX

SWITCH PWB ED1

LCD (1.5Line / 1Line)

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)4/30
 MAIN PWB ASSY-1 (XJ1-033x-xx) Except KD-R469UR
ANT
J600 *J470

*FRONT-R
QNZ0907-001

*FRONT-L
*REAR-R
TL56

*REAR-L
/REAR-R
T1 T3

/REAR-L
SUB-R

*SUB-L
(SXI.L)
QNB0356-001 TL472 T2 1 2 3 T6 TL476
TL57
T4 T7
*J321
(SXI.R)
4 5 6 7 IC301
TL475 T5 T9 !
JCV8034

PWGND1

PWGND2

PWGND3

PWGND4
T8 8 9 10 T10 TL480

ACGND
RSB6.8SM-X

RSB6.8SM-X

RSB6.8SM-X

RSB6.8SM-X

MUTE
VCC1

VCC2
STBY
TAB1

TAB2
SVR
OFFDET
11 12

IN2

IN4
TL50 TL51

RSB6.8SM-X
*R471

*R472

OUT2+

OUT1+

OUT3+

OUT4+
100

100
*RA470

OUT2-

OUT1-

OUT3-

OUT4-
SGND
(TU.R) (TU.L)

*D478

*D470
10

IN1

IN3

CD

8
*C472 1 3 5 7 9 11 13 15 17 19 21 23 25 27
1/16W
0.1u ?R1011
?C1004

?R609

0V
?R610
TU.R 2 4 6 8 10 12 14 16 18 20 22 24 26
*D480 RSB6.8SM-X
TU.L *R253

*D479

*D477

*D481

TL350
14.2V

14.2V

C1320
0.1u
C1605
0.1u
*R483

3.3V

7.0V

3.3V

7.0V

7.0V

7.0V

7.0V

6.8V

6.9V

6.9V

6.9V

7.0V

7.0V

7.0V

7.0V

3.3V

7.0V

3.3V
1u

1u

1u

220
16V

16V

16V
?C1003

1/8W
?D601 ?D602 TL625 0

0V

0V

0V

0V

0V

0V
GND3 TL340 TL320 TL260

TL330
TL250

F0K-0014-00
VA600

4.7k
V

*R482
C1600 GND5
X600 R611 ?C340 ?C350 ?C320 ?C330 ?C260 ?C250

*C475

*C473

*C474
0.1u QAX0969-001Z 100 SCL_EET

?C305

?C306

F1
9.216MHZ

3.3V

1.5V

1.5V

3.3V

3.0V

82p
?R608 ?R607

?R612

C1604
C312

0.1u
C1603

0V

0V

0V

180

180
*R350
1.0u

*R330

*R250
(AC) C368

180

180
*R320
*Q471

?C622

180

180

R260
TL44

?C623

*R340
0.1u *Q470

XTAL_IN 32

VSS 31

DAC_L 30

DAC_R 29

GPIO_0 28

GPIO_1 27

GPIO_2 26

SCL 25
?R606

C303

C304
47u
LTC043TEB-X

16V
GND6 LTC014EEB-X
TL624 1u *R341 *R351 *R321 *R331 R261 *R251
C619
0.1u
22k 22k 22k 22k 22k 22k

?C307

?C308
22k
?C621

*R476
C618

5.1
R601
0.1u

R303
3.3V 3.0V 100 SDA_EET GND4

17 18 19 20 21 22 23 24
(SIG)

1
VDDA_IFADC SDA
TL58 0V
C617 0V

2
VSSA_IFADC VSSD_IO
L607 0.22u C603
2.6V 3.3V

SXM_RX_M

M_TX_SXM

?C309

?C310
!

SXM_PWR
3
VBGP VDDD

0V

0V

0V

0V

0V

0V

0V

0V

0V
0.1u

1p

RR+
FR+

RL+
RR-

FL+

*R343

*R353

*R323

*R333

*R252
0.15u 0V

FR-

RL-
SXI_AG
C611

SXI_AR

FL-
C615 1.2V

R262
SXI_AL
C612

L606

330

330

330

330

330

330
0.12u

4
33p C614 FM_CAP IC601 VSSD
0.01u
22p C616 1.2V TEF6657HN-X 0V

5
FM_IN_M I.C.
L605 1000p

0.22u

0.22u

0.22u

0.22u

LTC043TEB-X

LTC043TEB-X

LTC043TEB-X

LTC043TEB-X

LTC043TEB-X
0V

!
1.2V

LTC043TEB-X
0.22u C369

6
FM_IN_P I2S_SD_1

OFFSET

SDA_EET

SCL_EET

E_MUTE

RLOUT

FLOUT

RR/SUBR

RL/SUBL

FROUT

RROUT
0V 4.7u 6.3V
3.3V

47k
R304
7

*Q350

*Q330

*Q250
VDDA_RF I2S_BCK

2.2k

22k

*C341
4.7u

*C351
4.7u

*C321
4.7u

*C331
4.7u

C261
4.7u

*C251
4.7u
R302

*Q340

*Q320

Q260
R273
C609 0V 0V

8
R605 0.1u VSSA_RF I2S_WS

C316

C317

C319

C318
C610 C1601

0V

0V

0V
10 AM_LNA_CAP
4.7

14 DR_Q_DATA
12p

DA2J101
15 DR_I_DATA

D273
16 I2S_SD_0

PWIC_MUTE
9 AM_IN_P

13 DR_BCK

1u

1u

1u

1u
0.1u

12 DR_WS

GND

PWIC_STB
11 DR_BL

DC_ERR2

RR/SUBR
C602

RL/SUBL
OFFSET

RLOUT
RROUT

RROUT
FROUT

FROUT
RLOUT
L603

FLOUT

FLOUT
0.1u

100

100

BEEP
L604

33

?C172

C171

?C170

C169

C168

C167
10u

R167
0

0
R602
0.85V C601
C608

R169

R168
1.0u C607 82 R600

1V

0V

0V

0V

0V

0V

0V
1000p !

FLG_REG

RESET

E_MUTE

MUTE
R170
MAIN PWB:J7J-0020-00 150 1/8W 10u
L601 C605

L600
1p

L602
0.47u
4.7u 1000p C1602

4.7u
R271

R604

3.3V
C606
P.IC MUTE

1M

R603
TL45

R1071
1M
9p C604 0.1u 330

?D272

0
(PIN10)
C600

3.3V

3.3V

3.0V

3.0V

8.5V

3.3V

4.0V

4.0V

4.0V

4.0V

4.0V

4.0V

4.0V
1500p

0V

100k

BAW56-TP-X
150 1/8W

R270
C624
28 27 26 25 24 23 22 21 20 19 18 17 16 15 Q270

LINE MUTE
0.1u ?R1050

D270
LTA024EEB-X

WININ

DCERR

SDA

SCL

VCC

MUTE

WINTC

OUTLF

OUTLR

OUTRR

OUTRF

OUTSWL

OUTSWR

GND
C100
0.1u C103
AUX-G

FD1R+/QD2R
FD1R-/QD2G
FD1L+/QD2L

FD1L-/QD2G

3.3V
1u ?C1050 IC161
4700p

4700p
C101

C102

R100 TDA7718C 3.3V 0V

47k

47k
R103

R104

LTA024EEB-X
QD1G

QD1R
0V

CREF
SE1R

SE2R

SE3R

QD1L
SE1L

SE2L

SE3L
GND2
D101 470 C104
AUX-R 3.3V

10k

BAW56-TP-X
R171
1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL VOLT METER

Q273
RSB6.8SM-X ?C1020

Q271
1u 1 2 3 4 5 6 7 8 9 10 11 12 13 14 WITHOUT INPUT SIGNAL

D271
D100 C105 Q272
CN701

LSAR523UBFS8
AUX-L

0V
RSB6.8SM-X LTC024EEB-X CONDITION---FM MODE. AM MODE ( )CD MODE.

3.3V
3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V
1u

?R1067
3.3V 3.3V
QGZ2006J1-20 2. UNLESS OTHERWISE SPECIFIED.
22

GND1 ?C1021
ALL RESISTORS ARE 1/10W 5% METAL GLAZE RESISTOR.

0
*R161
R1070

*R163
TL52

10u 16V
ALL CAPACITORS ARE 50V OR 25V CERAMIC CAPACITOR.

?C1053
C177
1u

C161

C162

C163
4.7u

C164
4.7u
(AL) 0
20

1u

1u

35V

35V
F_AUXL

C165
TL60 ALL RESISTANCE VALUES ARE IN OHM.

?R164
1k
19

F_AUXG ?R162
TL53 3. COMPONENTS WITH ? IN FRONT INDICATE NOT USE
(AR)
18

DC_ERR1
F_AUXR

E_MUTE
TL61

SXI_AG
SXI_AR

SXI_AL
AUX-G
AUX-R

AUX-L
17

CD.R
GND

TU.R

CD.L
TU.L
TL07
(P33)
16

Panel3.3V
TL62
3.3V
15

ILM10.5
?R1022

TL63 PON_PANEL 0V
LCD/RGB_DATA_SYS
14

LCD/RGB_DATA_SYS
TL64 R709
LCD_CE
3.3k
13

LCD_CE Q701
TL65 LTA014YEB-X
LCD_DATA_LCD
12

3.3V

LCD_DATA_LCD
To SWITCH PWB ASSY-1 TL66
RGB_CLK
11

RGB_CLK/USB_GND
TL67
LCD_CLK
(XJ6-024x-xx)
10

LCD_CLK
TL24
(GND1) *R1043
Except KD-R469UR
9

USB_GND

LCD_DATA_LCD

MUTE

DRV_MUTE

SPBIO3

SPBIO2

SPBIO1

SPBIO0

SPBSSL

SPBCLK

SPBIO2

SPBIO1

SPBSSL

SPBIO3

SPBCLK

SPBIO0
TL68 0
ENC2
8

ENC2
CN1 TL69
D+
7

D+
TL70
ENC1
6

ENC1
TL71

TL716
D-
DIM_IN Q360
5

D-
TL15 LSCR523UB-X

47k

47k

47k

47k
16k R1007

R820

R821

R822
(5V) LCD_INH

R421
LTC043TEB-X
4

LCD_INH R361 R362

TL72 4.7K 0V
3

USB5V
TL73 ?R1006 33k 22k

C360

4.7k
REMO

R363
1u
IPOD
2

REMO 0V
TL18 L826 C1034

0.01u
DZ2J068/M/-X

C361
PAN_DET TL360

22k
(PDET)

R360

D360
NQR0403-003X 4700p
1

PAN_DET

4.7k
4.7k

4.7k

4.7k

R364
*IC411 LTC024EEB-X

REMO2

REMO1
100k

4700p
R717

?C821

?C822
21

47k

47k

C820
22K
TL49 TL48 MFI337S3959-X !

GND
RA701

NQR0713-001X

NQR0713-001X

NQR0713-001X

NQR0713-001X
(IP4) (IP3)

LB73G0BK-006
47k 22K
9
*R414

*R413

*R412

TL47 TL46 ?CN702

NQR0713-001X
R744

R743
1/16W

C1033
4700p
(IP2) (IP1) QGA2001F1-03
C1022
4700p

R1045
470p

C1023
4700p

C1035
4700p

1
C724
4700p

C723
4700p
C722
4700p

2.2k
0V 3.3V

L827
VCC

L701

8
0V

LB73G0CA-002

LB73G0BK-006
NC5 NC4 CS

(ASEMD) (TRST)
5

(TCK)
1.5V 3.3V

TL36
*R411 HOLD[IO3]

L824

TL38 TL37

7
SCL_IPOD 3.3V 0V
1/4W

_0.5%
DEBUGGING
NC3 DO[IO1] LTA024EEB-X
R719
6

L825
SCL 1.5V 0V R371 12k
R745

CLK

(TMS)
22K
910

0.1u

6
TL35
100 3.3V 3.3V
C713

C711
4700p
SDA 0V WP[IO2]
7

RST 1.5V
DI[IO0] 22K D370

?F2

?R780

?R781
4

5
GND1 3.3V 0V C370 0.1u

TL34
TL33 (TDI)
GND GND BAW56-TP-X
8

VCC

L823

L822

L821

L820
*R410
SDA_IPOD

C712

(ASEBRK)
TL370

0.1u

(TDO)
R370 68k

TL39
IC821
100
*C410 W25Q16DVSSIG-X R372
?D701
0.1u 10k
TEL_MUTE

TL29
(WP)
TL23

TL31

(HOLD) TL26

TL22

TL30
(DO)
FLASH

(CS)
10K LTA014YEB-X
1.8V

1.25V

1.25V
?R1714
3.3V

3.3V

3.3V

3.3V

3.3V

1.5V

1.5V

1.5V

3.3V

3.3V

3.3V

3.3V

1.2V

1.2V
?D702
0V

0V

0V

0V

0V

0V

0V

0V
SW1 47K

(CLK)

(DI)
SW2 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 ?C780

TL09 (TU33)

TL05 (VDD)

TL04 (AUD)

TL10 (ANT)
TL17 (FLG)

TL11 (EXT)
!

TL02 (ILM)
TL03 (CD)
TL14 (V6)
NC

LCD_DATA_LCD

NC

NC

Vcc

MUTE

Vss

NC

PVcc

DRV_MUTE/DEBUG_2C

MD_BOOT

MD_CLK

Vcc

SPBIO3

Vss

SPBIO2

SPBIO1

SPBIO0

SPBSSL

Vss

SPBCLK

PVcc

AUDIO_X1

AUDIO_X2

TCK

TMS

TD1

TD0

ASEBRKAK/ASEBRK

TRST
PSW
R747 4.7k ?C781 IC901

TL901

TL907

TL902
DRV_MUTE _0.5% LV5685PV-H
R746 ?R782
DRV_LO_EJ
SCL_EET 4.7k _0.5%
3.0V 3.3V ?R783
DRV_CNT 91 E2P_SCL AVref 60
14.3V
SDA_EET 3.0V 3.3V TL708

1
EXT

?R784

?R785
BCLK 92 E2P_SDA AVcc 59
C710
SCL_IPOD 3.3V 0V 0.1u

2
ANT
LRCK 93 IPOD_SCL AVss 58
10.5V
SDA_IPOD 3.3V 3.3V ?R373 DC_ERR1

3
4.7k ILM
CD_SRDATA_M 94 IPOD_SDA DC_ERR1 57
R763 *R735 8.5V
SCL_REG 3.3V 1.5V TEL_MUTE

4
AUDIO
M_SRDATA_CD 95 REG_SCL TEL_MUTE/LINE_MUTE 56
R764 *R734 7.0V
SDA_REG 3.3V * DAN202U-X

5
4.7k CD
NRST 96 REG_SDA Stage1/STR_REMO1 55
*R733 6.0V
To MAIN PWB ASSY-2 PON_CD (3.3V) * D903

6
4.7k SK34A-L-X ACC
BLKCK 97 CD_DSP_SW Stage2/STR_REMO2 54
R748 *R732 TL08 13.9V
DIM_IN R365 100k 0V (SW33)

7
VCC2
(XJ1-033x-xx) STAT
FLG_REG 3.3V
98 DIM_IN NC 53
3.3V
R731 47k
PSW
SW3.3V D902 14.1V

8
VCC1
MLD 99 FLG PSW 52
Except KD-R469UR ?R366
C716 0V 3.3V R730 47k
R729 15k SK34A-L-X 0V

9
GND
MDATA ?R765 100 Vss ASEMD 51 ?Q931
0.1u SCL_REG 3.3V
R728 22 R727 D+

10
3.3V 3.0V 15k SCL
MCLK 101 PVcc D+O 50

?R930
D- 3.3V
MLD R726 22

11
(3.3V) 0V VDD
CD.R 102 MLD D-O 49

?R931
SDA_REG 3.3V

?C931
!

R1091
BCLK R750 100

12
R749 47k (0V) 3.3V C709 SDA

0
CD.L 103 BCLK PVcc 48
0.1u 5.1V
LRCK R752 100

13
(0V) 0V V6IN
IC701

C708

9p
PON_CD R751 104 LRCK Vss 47 R905
47k R725 ?R932 3.3V FLG_REG 3.3V

?Q930
CD_SRDATA_M R761 R754 10

14
47k (0V) 0V 1k FLG
AGND 105 CD_SRDA_M Vss 46
M_SRDATA_CD R753 1k R5S726A0D216FP R723
100 3.3V

15
(0V) 1.6V TU3.3V
CD8V 106 M_SRDA_CD XTAL 45

C707
R724
R762 47k X701

1M

9p
0V 1.6V

?C1051
?C1052

50V
MGND 107 Vss EXTAL 44 NAX1251-001X 12MHz 47k

100u 6.3V

16V

50V
L709 NQR0713-001X

470u 16V
MCLK R1064

?C1054

?C916
(3.2V) 1.25V
DCDC5V

1u 10V

1u 10V

1u 10V

1u 10V

1u 10V
108 MCLK Vcc 43

0.01u
?C930

0.22u
?C915
10 C717 C706 R722

0.1u
PAN_DET

22u

0.1u
0.1u 1.25V 0V 0.1u
CD_GND 109 Vcc PAN_DET 42
L710 NQR0713-001X TL28 TL27
MDATA R1065 910 R721

?C913
(2.2V) 1.25V C705 (RST2) (RST1)
110 MDATA PLLVcc 41

?R1052
10 0.1u L700

?R1051
NQR0713-001X

C903

C390
0V

C905

C916

C912

C906

C907

C911

C914

C904

C908

C909
111 NC Vss 40 47k
3.3V 3.3V RESET HSS_USB
112 PVcc RESET 39
SXM_PWR C718 0V 0V ?C1002
113 SXM_PWR Vss 38 C1900 C1901
0.1u C704 SW1 470p
0V IC891 0.01u ?R904

6.8k
0.1u

6.8k
NCP380HSNAJAA-X

47k
114 Vss NC 37 ?R401

R903
R902

R901
1/4W

1/4W

1/4W
C892
0.1u
DRV_CNT (0V) 3.3V ?R402
115 DRV_CNT PVcc 36 C891

MBRX130
R720
BEEP 0V 0V 5.2V 5.0V ?C890 0.1u REMO GND5

D390
RGB_CLK/PCB_TEST_MODE_RX

47k OUT

6
116 BEEP SW1/DEBUG_2A 35 R403 30k
R755 ?R1090 IN
DRV_LO_EJ (0V) 0V STAT 0V ILIM 0V D400
R756 RB521SM-30-X

5
117 SERIAL_NO_MODE/DRV_Lo/Ej STAT 34 R900
R757 47k R716 GND
47k 10 REMO PON_USB TL01 (MEM) 47k 1/4W

R892

390
3.3V 3.3V 3.3V FLAG

?R891
3

4
118 PCB_TEST_MODE REMO 33

20k

_0.5%
R758 EN
LCD/RGB_DATA_SYS

R890
47k (1.6V) 3.3V R714 2.2k ENC1 REMOTE OUT
119 DEBUG_2B/FIELD TEST 2/SW2 ENC1 32 *C1090 QQR1927-001 *R381
SW2
470p L990
SXM_DATA_SXM

SXM_DATA_SYS

(0V) 0V R712 1k ENC2

120 BLKCK/FIELD_TEST_1 ENC2 31 0
BLKCK R760 (V1.25)
PANEL_PON

PWIC_MUTE

1N5401-BPC04

1/4W
M_CLK_LCD

1k 1/4W

0.22u
DEBUG_1C

47k
M_CE_LCD

DEBUG_1A

DEBUG_1B

FREQ_SEL

?C392

C391
PWIC_STB
USB_PON
DC_ERR2

MBR0530-X
TL06
C990
LCD_INH

R390
1k
R400
DZ2J051M
TL43 DCDC 2200u

D990
TL717
NRST

4.7k
D401
PVcc

PVcc

PVcc

(TM) 16V
TL705 R1080
Vss

Vss

Vcc

Vss

Vcc

Vss

D861
NC

NC

NC

NC

C852

D391
R715 2.2k 100u
R840
100 6.3V
SDA_EET 3.0V 0V 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 R713 2.2k 0 DB22306

1.25V
SDA GND
5

R841 C851
SCL_EET 3.0V 0V
0.47u FREQ_SEL
1.25V

1.25V

SCL TL25
6

A2
3.3V

3.3V

3.3V

3.3V

2.0V

3.3V

3.3V

3.3V

3.3V

1.6V

(GND2)
100
0V 0V
0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

WP 4 5
7

A1
C700
0.1u

NC

VOUT
3.3V 0V TL19
?R1000

?R1001

?R1002

BU1CTD3WG-W
(A.ANT)
C1000

4700p

VCC

LDO_1.25V
A0
8

1
0.047u

0.1u

0.1u

0.1u

(FB1)
TL16

TL40
C840

C701

C702

C703

(FB)
C870

IC851

470p
*C1010
470p
*C1011
470p
*C1012
470p
*C1013
470p
*C1014
470p
*C1015
470p
*C1016
470p
*C1017
15p TL21

L861
?C1001

4.7u

(REM) (OE)
TL995

L860
IC841 IC861

10u
STBY

GND
MP9942GJ

VIN
TL20

68k
?R866

R865

_0.5%
1.6k

390

10u

10u
BR24T02FJ-W-X
R707
33k
R718

100k

C868 R864
3 2 1
*R470

150u 0.8V 39k

FB
EEPROM

8
6.3V

3.3V
0V PG
0V

C867

C866

?C865

RR+

FR+

RR-

FR-

RL-

FL-

RL+

FL+
14.0V VCC 4.8V

R862

7
C850 IN C869

0 1/4W

18k _0.5%
0.47u 5.2V EN/SYNC 1.6V 0.22u

R1861
?D862

6
?R1860

0.1u

39k
SW 18 17 16 1 15 2 14 3 13 4 12 5 11 6 10 7 9 8

R867

_0.5%
R861

R868
10u

10u
0V BST 9.8V

5
GND
20
4.7k
R702

C860

C861

C862
C863 !
1.6k

0.1u 0.22u CN990

RESET

MEMORY

GND

DIMMER

ACC

TEL MUTE

REMOTE/P-CON

OE REMOTE

*ANTENNA

REAR RIGHT (+)

FRONT RIGHT (+)

REAR RIGHT (-)

FRONT RIGHT (-)

REAR LEFT (-)

FRONT LEFT (-)

REAR LEFT (+)

FRONT LEFT (+)

C864

F901
1.6k

TL702

TL703

TL704

TL41

FUSE 10A
1.6k

QNZ0607-001
(TXM) R830

FZB10BT-100
1.6k

R705

S830 100 3.3V

*R708

0V
* POWER CORD ASS'Y
4

1
R703

4
LCD/RGB_DATA_SYS

GND RST
0

2.2k
R701

R704

3.3V
R711

0V
2

VDD CT
TL42
C831
C832
0.1u

0.1u

(RXM)
PON_PANEL

PWIC_MUTE

SXM_RX_M

M_TX_SXM

FREQ_SEL
PWIC_STB

6800p
PON_USB
DC_ERR2

RGB_CLK
LCD_CLK

RESET

C830
LCD_INH

IC831
LCD_CE
NRST

BU4228F-W
Model list

KD-R460J, KD-R461U Series, KD-R466U Series, KD-R461E Series, KD-R462E Series,

KD-R469E Series, KD-R463EU, KD-R467EE, KD-AR565J, KD-R561U Series,
KD-R561E Series, KD-R561EU, KD-R567EE, KD-R660J, KD-R661U Series,
KD-R661E Series, KD-R760J, KD-AR765SJ, KD-R761E Series, KD-R464E Series, ! Parts are safety assurance parts.
KD-SR41J, KD-SR61J
When replacing those parts make
sure to use the specified one.

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)5/30
 MAIN PWB ASSY-2 (XJ1-033x-xx) Except KD-R469UR
MAIN PWB:J7J-0020-00

R542
SPL 22k
C544
0.01u
R541 1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL VOLT METER WITHOUT INPUT SIGNAL
5.6k
2. UNLESS OTHERWISE SPECIFIED.
R544
TVD 18k ALL RESISTORS ARE 1/10W 5% METAL GLAZE RESISTOR.
C545 ALL CAPACITORS ARE 50V OR 25V CERAMIC CAPACITOR.
0.01u
R543 ALL RESISTANCE VALUES ARE IN OHM.
5.6k

TL542

TL543
3. COMPONENTS WITH ? IN FRONT INDICATE NOT USE

R546
TRD

10k
C546
6800p

R548
FOD 12k

C547
6800p

CN502 ?C543
QGF1040F1-24
?C542
VF2 C550
24 0.15u

TL545
CD3.3 C548 C541

TL557
23 4.7u 0.1u
VT2 C540
22 C549 0.1u
?C582 M_SRDATA_CD
PSW 0.1u
21 SW1
SW1

1.6V

1.5V

3.3V
1.6V

1.6V
1.8V

1.6V

1.5V

1.5V
20 SW2

0V

0V

0V
0V
0V
0V

0V
SW2

To CD MECHA PWB ASSY 19

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

DRV_MUTE
(LVA20106-01A):

CTRCRS

VREF

OSCIN

FOP

TRP

TRVP2

TRVP

SPOUT

PC

FG

DVSS1

DVDD1

IOVDD1

NC_7

NC_6

NC_5

SRVMON1

SRVMON0

PMCK

SMCK
VT1
17 ?C551
DRV_LO_EJ

FC2-2A00NXN 16
MD

VF1
C552 L777
DRV_CNT

CN1 15 6800p

R550
0V
21 RFVSS1 DQSY 80
0V
NQR0713-001X BCLK

14 VT2 1.8V 0V BCLK LRCK

2.2k
CD8V 22 E GIO2 79
13 R551 L778
VT1 1.8V 0V LRCK CD_SRDATA_M
2.2k NQR0713-001X
23 F GIO1 78
12 R567
VF1 1.8V 0V CD_SRDATA_M M_SRDATA_CD
DRV_MUTE 24 D GIO0 77
11 100
1.8V 3.3V NRST
FOD 25 B NSRVMONON 76 TL544
10
?C581 TRD
VF2
?C575
1.8V
26 C IOVDD2 75
3.3V
C579
0.1u
?C580
X540
BLKCK To MAIN PWB ASSY-1
16.9344
To CD MECHA PWB ASSY 9
VREF
R554
2.2M
1.8V
27 A X1 74
1.5V C577
10p NAX1224-001X
STAT
(XJ1-033x-xx)

1M
R573
8 MD 0V 1.6V MLD
(X32-6680-00): 7
DRV_LO_EJ
?C585 2.3V
28 PD
!
X2 73
0V
C576
R572
1k
C578
12p
MDATA
Except KD-R469UR
TVD 29 LD DVSS2 72 R570
X92-6820-01 6
TL504 SPL R556
?C554 3.2V
30 RFVDD1 IC540 NRST 71
3.3V
0.1u R571
10k
100 NRST MCLK
C553
CN1 5
DRV_CNT
4.7k C555
0.022u
0.1u 1.9V
31 CENV
MN6627553APA
BLKCK 70
0V ?R568 R569
1k
BLKCK CD.R
2SA2188/E/-X

4 C556 1.7V 0V STAT CD.L

32 RFENV STAT 69 RA580
3300p
1.8V

3 1.2V 3.3V 470 1/16W MLD PON_CD

TL546 33 RFOUT MLD 68
Q540

2 C557 MDATA AGND

0.33u 1.8V 2.0V
CD7V 34 RFIN MDATA 67
1 C558 1.0V 3.3V MCLK CD8V
TL540 35 ARFDC MCLK 66
4.7u
1.2V MGND
3V

36 ARFOUT TX 65
C559
C561 TL547 1.2V 0V TL553 DCDC5V
0.1u
37 ARFFB FLAG 64
C560
R557 1.6V 0V CD_GND
680p 38 ARFIN TEST 63
4.7 10u
1/4W 3.3V
39 NC_39 NTEST2 62
L574
0V 1.5V
40 RFVSS2 DVDD2 61
C573 NQR0713-001X
?C574

RFVDD2
0.1u

PLLFO2

LSPWM
AVDD1
AVSS1
PLLFO
NC_41

NC_51
TL503

OUTR
VCOF

OUTL

CSEL
DSLF

EXT4

EXT3

EXT2

EXT1

EXT0
PLLF
IREF
41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

0V
0V
0V
0V

0V

0V
1.5V
1.4V

0.5V

1.6V

1.6V

3.3V
3.3V
1.4V
0.8V
1.6V

820
R558

1000p
1000p

C570
0.1u
C571
0.1u
C572

0.015u

0.082u

TL551
TL548

TL550
TL549
C564

2.7k
0.1u

C567
10u

R559

0.33u
C568

TL552
NQR0713-001X
C562

C565
C563
L540
?C586

CD.R

CD.L
82k
R562

R589 R579

C583
820 2.2k C588
820p
680p
?C510
C584
C589
820p
R590 R580 680p

820 2.2k
C1028 4700p

LDO3.3_CD
TL13 (CD33) IC941

1/4W
R940

10
R587
BU33TD3WG-W

22
(CD.R)
(CD.L)

3.3V
TL55
TL54

5.1V
VOUT VIN

1
0V
GND

2
(3.3V)
STBY

3
NC
C942
10u

10u
1u
C940
C941
! Parts are safety assurance parts.
When replacing those parts make
sure to use the specified one.

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)6/30
MAIN PWB ASSY-3 (XJ1-033x-xx) Except KD-R469UR
DIFFERENT TABLE
* 0-10 0-11 0-12 0-13 0-14 2-71 2-72 2-73 2-74 2-75 0-21 0-22 0-23 3-81 3-82
reference PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber PartNumber

IC411 - - MFI337S3959-X MFI337S3959-X MFI337S3959-X - - - MFI337S3959-X MFI337S3959-X - - MFI337S3959-X - -

D470 - - - - RSB6.8SM-X - - - - - - - - - -

D477 - - - - RSB6.8SM-X - - - - - - - - - -

D478 - - - - RSB6.8SM-X - - - - - - - - - -

D479 - - - - RSB6.8SM-X - - - - - - - - - -

D480 - - - - RSB6.8SM-X - - - - - - - - - -

D481 - - - - RSB6.8SM-X - - - - - - - - - -

Q250 LTC043TEB-X LTC043TEB-X LTC043TEB-X LTC043TEB-X - LTC043TEB-X LTC043TEB-X LTC043TEB-X LTC043TEB-X LTC043TEB-X LTC043TEB-X LTC043TEB-X LTC043TEB-X LTC043TEB-X LTC043TEB-X

Q320 - - LTC043TEB-X LTC043TEB-X LTC043TEB-X - - - LTC043TEB-X LTC043TEB-X - - - - -

Q330 - - LTC043TEB-X LTC043TEB-X LTC043TEB-X - - - LTC043TEB-X LTC043TEB-X - - - - -

Q340 - - - - LTC043TEB-X - - - - - - - - - -

Q350 - - - - LTC043TEB-X - - - - - - - - - -

Q470 - - - - LTC043TEB-X - - - - - - - - - -

Q471 - - - - LTC043TEB-X - - - - - - - - - -

C251 CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K - CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K

C321 - - CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K - - - CK73EBB1C475K CK73EBB1C475K - - - - -

C331 - - CK73EBB1C475K CK73EBB1C475K CK73EBB1C475K - - - CK73EBB1C475K CK73EBB1C475K - - - - -

C341 - - - - CK73EBB1C475K - - - - - - - - - -

C351 - - - - CK73EBB1C475K - - - - - - - - - -

C410 - - CK73GXR1H104K CK73GXR1H104K CK73GXR1H104K - - - CK73GXR1H104K CK73GXR1H104K - - CK73GXR1H104K - -

C472 - - - - CK73GBB1H104K - - - - - - - - - -

C473 - - - - CK73GBB1C105K - - - - - - - - - -

C474 - - - - CK73GBB1C105K - - - - - - - - - -

C475 - - - - CK73GBB1C105K - - - - - - - - - -

C1010 - - - - - - - - - - CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K - -

C1011 - - - - - - - - - - CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K - -

C1012 - - - - - - - - - - CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K - -

C1013 - - - - - - - - - - CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K - -

C1014 - - - - - - - - - - CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K - -

C1015 - - - - - - - - - - CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K - -

C1016 - - - - - - - - - - CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K - -

C1017 - - - - - - - - - - CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K - -

C1090 - CK73GBB1H471K - CK73GBB1H471K CK73GBB1H471K - - CK73GBB1H471K - CK73GBB1H471K - CK73GBB1H471K - - CK73GBB1H471K

R161 - - - - RK73GB2A000J - - - - - - - - - -

R163 - - - - RK73GB2A000J - - - - - - - - - -

R250 RK73GB2A181J RK73GB2A181J RK73GB2A181J RK73GB2A181J - RK73GB2A181J RK73GB2A181J RK73GB2A181J RK73GB2A181J RK73GB2A181J RK73GB2A181J RK73GB2A181J RK73GB2A181J RK73GB2A181J RK73GB2A181J

R251 RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J - RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J

R252 RK73GB2A331J RK73GB2A331J RK73GB2A331J RK73GB2A331J - RK73GB2A331J RK73GB2A331J RK73GB2A331J RK73GB2A331J RK73GB2A331J RK73GB2A331J RK73GB2A331J RK73GB2A331J RK73GB2A331J RK73GB2A331J

R253 - - - - RK73GB2A000J - - - - - - - - - -

R320 - - RK73GB2A181J RK73GB2A181J RK73GB2A181J - - - RK73GB2A181J RK73GB2A181J - - - - -

R321 - - RK73GB2A223J RK73GB2A223J RK73GB2A223J - - - RK73GB2A223J RK73GB2A223J - - - - -

R323 - - RK73GB2A331J RK73GB2A331J RK73GB2A331J - - - RK73GB2A331J RK73GB2A331J - - - - -

R330 - - RK73GB2A181J RK73GB2A181J RK73GB2A181J - - - RK73GB2A181J RK73GB2A181J - - - - -

R331 - - RK73GB2A223J RK73GB2A223J RK73GB2A223J - - - RK73GB2A223J RK73GB2A223J - - - - -

R333 - - RK73GB2A331J RK73GB2A331J RK73GB2A331J - - - RK73GB2A331J RK73GB2A331J - - - - -

R340 - - - - RK73GB2A181J - - - - - - - - - -

R341 - - - - RK73GB2A223J - - - - - - - - - -

R343 - - - - RK73GB2A331J - - - - - - - - - -

R350 - - - - RK73GB2A181J - - - - - - - - - -

R351 - - - - RK73GB2A223J - - - - - - - - - -

R353 - - - - RK73GB2A331J - - - - - - - - - -

R381 - - - - - - - - - - RK73EB2E000J RK73EB2E000J RK73EB2E000J - -

R410 - - RK73GB2A101J RK73GB2A101J RK73GB2A101J - - - RK73GB2A101J RK73GB2A101J - - RK73GB2A101J - -

R411 - - RK73GB2A101J RK73GB2A101J RK73GB2A101J - - - RK73GB2A101J RK73GB2A101J - - RK73GB2A101J - -

R412 - - RK73GB2A472J RK73GB2A472J RK73GB2A472J - - - RK73GB2A472J RK73GB2A472J - - RK73GB2A472J - -

R413 - - RK73GB2A472J RK73GB2A472J RK73GB2A472J - - - RK73GB2A472J RK73GB2A472J - - RK73GB2A472J - -

R414 - - RK73GB2A472J RK73GB2A472J RK73GB2A472J - - - RK73GB2A472J RK73GB2A472J - - RK73GB2A472J - -

R470 - - - - RK73GB2A104J - - - - - - - - - -

R471 - - - - RK73GB2A101J - - - - - - - - - -

R472 - - - - RK73GB2A101J - - - - - - - - - -

R476 - - - - RK73GB2A223J - - - - - - - - - -

R482 - - - - RK73GB2A472J - - - - - - - - - -

R483 - - - - RK73FB2B221J - - - - - - - - - -

R708 - - - RK73GB2A000J RK73GB2A000J - - - - RK73GB2A000J - - - - -

R732 - RK73GB2A393J RK73GB2A333J RK73GB2A273J RK73GB2A223J - RK73GB2A822J RK73GB2A393J RK73GB2A333J RK73GB2A273J - RK73GB2A393J RK73GB2A333J - RK73GB2A393J

R733 RK73GB2A473J RK73GB2A822J RK73GB2A153J RK73GB2A223J RK73GB2A273J RK73GB2A473J RK73GB2A393J RK73GB2A822J RK73GB2A153J RK73GB2A223J RK73GB2A473J RK73GB2A822J RK73GB2A153J RK73GB2A473J RK73GB2A822J

R734 - - - - - RK73GB2A273J RK73GB2A273J RK73GB2A273J RK73GB2A273J RK73GB2A273J RK73GB2A393J RK73GB2A393J RK73GB2A393J RK73GB2A223J RK73GB2A223J

R735 RK73GB2A473J RK73GB2A473J RK73GB2A473J RK73GB2A473J RK73GB2A473J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A223J RK73GB2A822J RK73GB2A822J RK73GB2A822J RK73GB2A273J RK73GB2A273J

*PIN 54 0V 0.6V 1.0V 1.5V 1.8V 0V 2.7V 0.6V 1.0V 1.5V 0V 0.6V 1.0V 0V 0.6V

*PIN 55 0V 0V 0V 0V 0V 1.5V 1.5V 1.5V 1.5V 1.5V 0.6V 0.6V 0.6V 1.8V 1.8V

R1043 RK73GB2A000J RK73GB2A000J RK73GB2A000J - - RK73GB2A000J RK73GB2A000J RK73GB2A000J RK73GB2A000J - RK73GB2A000J RK73GB2A000J RK73GB2A000J RK73GB2A000J RK73GB2A000J

J321 QNN0874-001 QNN0874-001 QNN0868-001 QNN0868-001 QNN0866-001 QNN0874-001 QNN0874-001 QNN0874-001 QNN0868-001 QNN0868-001 QNN0874-001 QNN0874-001 QNN0874-001 QNN0874-001 QNN0874-001

J470 - - - - QNZ0907-001 - - - - - - - - - -

RA470 - - - - RK74HB1J100J - - - - - - - - - -

Power Cord Ass'y Y-No.

YJ1-0090-10, YJ1-0090-21, YJ1-0090-23, YJ1-0092-77,

QAM1329-001 YJ1-0100-10, YJ1-0100-21, YJ1-0102-74, YJ1-0110-10,
YJ1-0110-21, YJ1-0120-10, YJ1-0120-11
YJ1-0090-11, YJ1-0110-11

YJ1-0092-71, YJ1-0092-74, YJ1-0092-78, YJ1-0093-81,

QAM1345-003 YJ1-0102-71, YJ1-0103-81, YJ1-0112-71, YJ1-0122-71
YJ1-0093-71, YJ1-0093-72

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)7/30
 MAIN PWB ASSY-1 (XJ1-0463-20) KD-R469UR
?J470
ANT TL56

/REAR-R

/REAR-L
SUB-R
T1 T3

SUB-L
(SXI.L)
J321
J600 TL472 T2 1 2 3 T6 TL476

QNB0356-001
TL57
(SXI.R) T4 T7 QNN0874-001
T5
4 5 6 7
T9
! IC301
TL475
JCV8034

PWGND1

PWGND2

PWGND3

PWGND4
T8 8 9 10 T10 TL480

ACGND

MUTE
VCC1

VCC2
STBY
TAB1

TAB2
SVR
OFFDET
11 12

IN2

IN4
TL50 TL51

OUT2+

OUT1+

OUT3+

OUT4+
?R471

OUT2-

OUT1-

OUT3-

OUT4-
?D479

?D477

?D481

?D480

?R472

SGND
(TU.R) (TU.L) ?RA470

?D478

?D470

IN1

IN3

CD

8
?C472 1 3 5 7 9 11 13 15 17 19 21 23 25 27
?R1011
?C1004

?R609

0V
?R610
TU.R 2 4 6 8 10 12 14 16 18 20 22 24 26
TU.L ?R253

TL350
14.2V

14.2V

C1320
0.1u
C1605
0.1u
3.3V

7.0V

3.3V

7.0V

7.0V

7.0V

7.0V

6.8V

6.9V

6.9V

6.9V

7.0V

7.0V

7.0V

7.0V

3.3V

7.0V

3.3V
?R483
?D601 ?D602 ?C1003
1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL VOLT METER TL625

0V

0V

0V

0V

0V

0V
GND3 TL260

TL330
TL340 TL320 TL250

F0K-0014-00
VA600
V

?R482
WITHOUT INPUT SIGNAL C1600
X600 R611
GND5
?C340 ?C350 ?C320 ?C330 ?C260 ?C250

?C475

?C473

?C474
CONDITION---FM MODE. AM MODE ( )CD MODE. 0.1u QAX0969-001Z 100 SCL_EET

?C305

?C306

F1
9.216MHZ

3.3V

1.5V

1.5V

3.3V

3.0V

82p
?R608 ?R607 ?Q471

?R612

C1604
C312

0.1u
C1603

0V

0V

0V

?R350

?R330
2. UNLESS OTHERWISE SPECIFIED.

1.0u
(AC) C368

R250
180

180
?C622

?R340

?R320

R260
TL44

?C623
0.1u

32

31

30

29

28

27

26

25
?R606

C303

C304
47u
ALL RESISTORS ARE 1/10W 5% METAL GLAZE RESISTOR. ?Q470

16V
GND6 TL624 ?R341 ?R351 ?R321 ?R331 R261 R251
1u

XTAL_IN

VSS

DAC_L

DAC_R

GPIO_0

GPIO_1

GPIO_2

SCL
ALL CAPACITORS ARE 50V OR 25V CERAMIC CAPACITOR. C619
0.1u
ALL RESISTANCE VALUES ARE IN OHM. 22k 22k

?C307

?C308
?C621
3. COMPONENTS WITH ? IN FRONT INDICATE NOT USE

?R476
C618

5.1
R601
0.1u

R303
3.3V 3.0V 100 SDA_EET GND4

17 18 19 20 21 22 23 24
(SIG)

1
VDDA_IFADC SDA
TL58 0V
C617 0V

2
VSSA_IFADC VSSD_IO
L607 0.22u C603
2.6V 3.3V

SXM_RX_M

M_TX_SXM

?C309

?C310
!

SXM_PWR
3
VBGP VDDD

0V

0V

0V
0.1u

1p

RR+
FR+

RL+
RR-

FL+
0.15u 0V

FR-

RL-
SXI_AG
C611

SXI_AR

FL-
C615 1.2V

R262

R252
SXI_AL
C612

L606

?R343

?R353

?R323

?R333

330

330
0.12u

4
33p C614 FM_CAP IC601 VSSD
0.01u
22p C616 1.2V TEF6657HN-X 0V

5
FM_IN_M I.C.
L605 1000p

0.22u

0.22u

0.22u

0.22u

LTC043TEB-X

LTC043TEB-X
0V

!
0.22u 1.2V
C369

6
FM_IN_P I2S_SD_1

OFFSET

SDA_EET

SCL_EET

E_MUTE

RLOUT

FLOUT

RR/SUBR

RL/SUBL

FROUT

RROUT
0V 4.7u 6.3V
3.3V

47k
R304
7
VDDA_RF I2S_BCK

?C341

?C351

?C321

?C331

C251
4.7u
2.2k

22k

C261
4.7u
R302

Q260

Q250
R273
C609 0V

?Q340

?Q350

?Q320

?Q330
0V

8
R605 0.1u VSSA_RF I2S_WS

AM_LNA_CAP

C316

C317

C319

C318
C610 C1601

0V
DR_Q_DATA
4.7

DR_I_DATA
12p

DA2J101
I2S_SD_0

D273
AM_IN_P

DR_BCK

PWIC_MUTE
DR_WS

1u

1u

1u

1u
0.1u

DR_BL

GND

PWIC_STB

DC_ERR2

RR/SUBR
C602

RL/SUBL
OFFSET

RLOUT
RROUT

RROUT
FROUT

FROUT
RLOUT
L603

FLOUT

FLOUT
0.1u

100

100

BEEP
L604

33

?C172

C171

?C170

C169

C168

C167
10u

10

11

12

13

14

15

16

R167
9

0
R602
0.85V C601
C608

R169

R168
1.0u C607 82 R600

1V

0V

0V

0V

0V

0V

0V
1000p

FLG_REG

RESET

E_MUTE

MUTE
!

R170
MAIN PWB:J7J-0020-00 150 1/8W 10u
L601 C605

L600
1p

L602
0.47u
4.7u 1000p C1602

4.7u
R271

R604

3.3V
C606

1M

R603
TL45 P.IC MUTE

R1071
1M
9p C604 0.1u 330

?D272

0
(DIST)
C600

3.3V

3.3V

3.0V

3.0V

8.5V

3.3V

4.0V

4.0V

4.0V

4.0V

4.0V

4.0V

4.0V
1500p

0V

100k

BAW56-TP-X
150 1/8W

R270
C624

LINE MUTE
28 27 26 25 24 23 22 21 20 19 18 17 16 15 Q270
0.1u ?R1050

D270
LTA024EEB-X

WININ

DCERR

SDA

SCL

VCC

MUTE

WINTC

OUTLF

OUTLR

OUTRR

OUTRF

OUTSWL

OUTSWR

GND
C100
0.1u C103
AUX-G

FD1R+/QD2R
FD1R-/QD2G
FD1L+/QD2L

FD1L-/QD2G

3.3V
1u ?C1050 IC161
4700p

4700p
C101

R100 C102
TDA7718C 3.3V 0V
47k

47k
R103

R104

LTA024EEB-X
QD1G

QD1R
0V

CREF
SE1R

SE2R

SE3R

QD1L
SE1L

SE2L

SE3L
GND2
D101 470 C104
AUX-R 3.3V

10k

BAW56-TP-X
R171

Q273
RSB6.8SM-X ?C1020

Q271
1u 1 2 3 4 5 6 7 8 9 10 11 12 13 14

D271
D100 C105 Q272

LSAR523UBFS8
AUX-L

0V
RSB6.8SM-X LTC024EEB-X

3.3V
3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V
1u

?R1067
3.3V 3.3V
22

GND1 ?C1021

?R161
R1070
TL52

10u 16V
?R163

?C1053
C177
1u

C161

C162

C163
4.7u

C164
4.7u
(AL)
20

1u

1u

35V

35V
F_AUXL

C165
TL60

?R164
1k
19

F_AUXG ?R162
TL53
(AR)
18

DC_ERR1
F_AUXR

E_MUTE
TL61

SXI_AG
SXI_AR

SXI_AL
AUX-G
AUX-R

AUX-L
17

CD.R
GND

TU.R

CD.L
TU.L
TL07
(P33)
16

Panel3.3V
TL62
3.3V
15

ILM10.5
?R1022

TL63 PON_PANEL 0V
LCD/RGB_DATA_SYS
14

LCD/RGB_DATA_SYS
TL64 R709
LCD_CE
3.3k
13

LCD_CE Q701
TL65 LTA014YEB-X
LCD_DATA_LCD
12

3.3V

LCD_DATA_LCD
TL66
RGB_CLK
11

RGB_CLK/USB_GND
TL67
To SWITCH PWB ASSY LCD_CLK
10

LCD_CLK
TL24
(GND1) R1043
(XJ6-0363-20)
9

USB_GND

LCD_DATA_LCD

MUTE

DRV_MUTE

SPBIO3

SPBIO2

SPBIO1

SPBIO0

SPBSSL

SPBCLK

SPBIO2

SPBIO1

SPBSSL

SPBIO3

SPBCLK

SPBIO0
TL68 0
ENC2
8

KD-R469UR ENC2
TL69
D+
7

D+
TL70
CN1 ENC1
6

ENC1
TL71

TL716
D-
DIM_IN Q360
5

D-
TL15 LSCR523UB-X

47k

47k

47k

47k
16k R1007

R820

R821

R822
(5V) LCD_INH

R421
LTC043TEB-X
4

LCD_INH R361 R362

TL72 4.7K 0V
3

USB5V
TL73 ?R1006 33k 22k

C360

4.7k
REMO

R363
1u
2

REMO IPOD 0V
TL18 L826 C1034

0.01u
DZ2J068/M/-X

C361
PAN_DET TL360

22k
(PDET)

R360

D360
NQR0403-003X 4700p
1

PAN_DET

4.7k
R364
LTC024EEB-X

REMO2

REMO1
100k

4700p
R717
CN701

?C821

?C822
21

47k

47k

C820
22K
TL49 TL48

GND
QGZ2006J1-20 ?IC411 RA701 !

NQR0713-001X

NQR0713-001X

NQR0713-001X

NQR0713-001X
(IP4) (IP3)
?R414

?R413

?R412

LB73G0BK-006
47k 22K
9

TL47 TL46 ?CN702

NQR0713-001X
R744

R743
1/16W

C1033
4700p
(IP2) (IP1) QGA2001F1-03
C1022
4700p

R1045
470p

C1023
4700p

C1035
4700p

1
C724
4700p

C723
4700p
C722
4700p

2.2k
0V 3.3V

L827
VCC

L701

8
0V

LB73G0CA-002

LB73G0BK-006
CS

(ASEMD) (TRST)
5

NC5 NC4

(TCK)
1.5V 3.3V

TL36
HOLD[IO3]

L824

TL38 TL37
?R411

7
SCL_IPOD 3.3V 0V

1/4W

_0.5%
DEBUGGING
DO[IO1] LTA024EEB-X
R719
6

L825
SCL NC3 R745 1.5V 0V ?R371
CLK

(TMS)
22K
910

0.1u

6
TL35
3.3V 3.3V

C713

C711
4700p
0V WP[IO2]
7

RST SDA 1.5V

DI[IO0] 22K ?D370 ?C370

?F2

?R780

?R781
4

5
GND1 3.3V 0V

TL34
TL33 (TDI)
GND
8

VCC GND1

L823

L822

L821

L820
SDA_IPOD ?R410

C712

(ASEBRK)
TL370

0.1u

(TDO)
R370 68k

TL39
IC821
?R372
?C410 W25Q16DVSSIG-X ?D701
TEL_MUTE

TL29
(WP)
TL23

TL31

(HOLD) TL26

TL22

TL30
(DO)

(CS)
10K LTA014YEB-X
1.8V

FLASH
1.25V

1.25V
?R1714
3.3V

3.3V

3.3V

3.3V

3.3V

1.5V

1.5V

1.5V

3.3V

3.3V

3.3V

3.3V

1.2V

1.2V
?D702
0V

0V

0V

0V

0V

0V

0V

0V
SW1 47K

(CLK)

(DI)
SW2 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 ?C780

TL09 (TU33)

TL05 (VDD)

TL04 (AUD)

TL10 (ANT)
TL17 (FLG)

TL11 (EXT)
!

TL02 (ILM)
TL03 (CD)
TL14 (V6)
NC

LCD_DATA_LCD

NC

NC

Vcc

MUTE

Vss

NC

PVcc

DRV_MUTE/DEBUG_2C

MD_BOOT

MD_CLK

Vcc

SPBIO3

Vss

SPBIO2

SPBIO1

SPBIO0

SPBSSL

Vss

SPBCLK

PVcc

AUDIO_X1

AUDIO_X2

TCK

TMS

TD1

TD0

ASEBRKAK/ASEBRK

TRST
PSW
R747 4.7k ?C781 IC901

TL901

TL907

TL902
DRV_MUTE _0.5% LV5685PV-H
R746 ?R782
DRV_LO_EJ
SCL_EET 4.7k _0.5%
3.0V 3.3V ?R783
DRV_CNT 91 E2P_SCL AVref 60
14.3V
SDA_EET 3.0V 3.3V TL708

1
EXT

?R784

?R785
BCLK 92 E2P_SDA AVcc 59
C710
SCL_IPOD 3.3V 0V 0.1u

2
ANT
LRCK 93 IPOD_SCL AVss 58
10.5V
SDA_IPOD 3.3V 3.3V ?R373 DC_ERR1

3
4.7k ILM
CD_SRDATA_M 94 IPOD_SDA DC_ERR1 57
R763 R735 8.5V
SCL_REG 3.3V 1.5V TEL_MUTE

4
33k AUDIO
M_SRDATA_CD 95 REG_SCL TEL_MUTE/LINE_MUTE 56
R764 R734 7.0V
SDA_REG 3.3V * DAN202U-X

5
4.7k 15k CD
NRST 96 REG_SDA Stage1/STR_REMO1 55
?R733 6.0V
To MAIN PWB ASSY-2 PON_CD (3.3V) * D903

6
4.7k 47k SK34A-L-X ACC
BLKCK 97 CD_DSP_SW Stage2/STR_REMO2 54
R748 R732 TL08 13.9V
DIM_IN R365 100k 0V (SW33)

7
(XJ1-0463-20) STAT
FLG_REG 3.3V
98 DIM_IN NC 53
3.3V
R731 47k
PSW
SW3.3V D902 14.1V
VCC2

8
VCC1
KD-R469UR MLD
?R366
C716 0V
99 FLG PSW 52
3.3V R730 47k
R729 15k SK34A-L-X 0V

9
GND
MDATA ?R765 100 Vss ASEMD 51 ?Q931
0.1u SCL_REG 3.3V
R728 22 R727 D+

10
3.3V ! 3.0V 15k SCL
MCLK 101 PVcc D+O 50

?R930
D- 3.3V
MLD R726 22

11
(3.3V) 0V VDD
CD.R 102 MLD D-O 49

?R931
SDA_REG 3.3V
IC701

?C931

R1091
BCLK R750 100

12
R749 47k (0V) 3.3V C709 SDA

0
CD.L 103 BCLK PVcc 48
0.1u 5.1V
LRCK R752 100
R5S726A0D216FP

13
(0V) 0V V6IN

C708

9p
PON_CD R751 104 LRCK Vss 47 R905
47k R725 ?R932 3.3V FLG_REG 3.3V

?Q930
CD_SRDATA_M R761 R754 10

14
47k (0V) 0V 1k FLG
AGND 105 CD_SRDA_M Vss 46
100 3.3V
M_SRDATA_CD R753 1k R723

15
(0V) 1.6V TU3.3V
CD8V 106 M_SRDA_CD XTAL 45

C707
R724
R762 47k X701

1M

9p
0V 1.6V

?C1051
?C1052

50V
MGND 107 Vss EXTAL 44 NAX1251-001X 12MHz 47k

100u 6.3V

16V

50V
L709 NQR0713-001X

470u 16V
MCLK R1064

?C1054

?C916
(3.2V) 1.25V
DCDC5V

1u 10V

1u 10V

1u 10V

1u 10V

1u 10V
108 MCLK Vcc 43

0.01u
?C930

0.22u
?C915
10 C717 C706 R722

0.1u
PAN_DET

22u

0.1u
0.1u 1.25V 109 Vcc
0V 0.1u
CD_GND PAN_DET 42
L710 NQR0713-001X TL28 TL27
MDATA R1065 910 R721

?C913
(2.2V) 1.25V C705 (RST2) (RST1)
110 MDATA PLLVcc 41

?R1052
10 0.1u L700

?R1051
NQR0713-001X

C903

C390
0V

C905

C916

C912

C906

C907

C911

C914

C904

C908

C909
111 NC Vss 40 47k
3.3V
112 PVcc RESET 39
3.3V RESET HSS_USB
SXM_PWR C718 0V 0V ?C1002
113 SXM_PWR Vss 38 TL12 C1900
0.1u C704 SW1 (HSSIN)
0V IC891 0.01u ?R904

6.8k
0.1u

6.8k
NCP380HSNAJAA-X

47k
114 Vss NC 37 ?R401

R903
R902

R901
1/4W

1/4W

1/4W
C892
0.1u
DRV_CNT (0V) 3.3V ?R402
115 DRV_CNT PVcc 36 C891

MBRX130
R720 GND5
BEEP 0V 0V 5.2V 5.0V ?C890 0.1u REMO

D390
RGB_CLK/PCB_TEST_MODE_RX

47k OUT

6
116 BEEP SW1/DEBUG_2A 35 R403 30k
R755 ?R1090 IN
DRV_LO_EJ (0V) 0V STAT 0V ILIM 0V D400
R756 RB521SM-30-X

5
117 SERIAL_NO_MODE/DRV_Lo/Ej STAT 34 R900
R757 47k R716 GND
47k 10 REMO PON_USB TL01 (MEM) 47k 1/4W

R892

390
3.3V 3.3V 3.3V FLAG

?R891
3

4
118 PCB_TEST_MODE REMO 33

20k

_0.5%
R758 EN
LCD/RGB_DATA_SYS

R890
47k (1.6V) 3.3V R714 2.2k ENC1 REMOTE OUT
119 DEBUG_2B/FIELD TEST 2/SW2 QQR1927-001 ?R381
SW2 ENC1 32 ?C1090
L990
SXM_DATA_SXM

SXM_DATA_SYS

(0V) 0V R712 1k ENC2

120 BLKCK/FIELD_TEST_1 ENC2 31
BLKCK R760 (V1.25)
PANEL_PON

PWIC_MUTE

1N5401-BPC04

1/4W
M_CLK_LCD

1k

0.22u
DEBUG_1C

47k
M_CE_LCD

DEBUG_1A

DEBUG_1B

FREQ_SEL

?C392

C391
PWIC_STB
USB_PON
DC_ERR2

MBR0530-X
TL06
C990
LCD_INH

R390
1k
R400
DZ2J051M
2200u
TL43 DCDC

D990
TL717
NRST

4.7k
D401
PVcc

PVcc

PVcc

(TM) 16V

!
TL705 R1080
Vss

Vss

Vcc

Vss

Vcc

Vss

D861
NC

NC

NC

NC

C852

D391
R715 2.2k 100u
R840
100 6.3V
SDA_EET 3.0V 0V 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 R713 2.2k 0 DB22306

1.25V
SDA GND
5

R841 C851
SCL_EET 3.0V 0V
0.47u FREQ_SEL
1.25V

1.25V

SCL TL25
6

A2
3.3V

3.3V

3.3V

3.3V

2.0V

3.3V

3.3V

3.3V

3.3V

1.6V

(GND2)
100
0V 0V
0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

0V

WP 4 5
7

A1
C700
0.1u

NC

VOUT
3.3V 0V TL19
?R1000

?R1001

?R1002

BU1CTD3WG-W
(A.ANT)
C1000

4700p

VCC

LDO_1.25V
A0
8

1
0.047u

0.1u

0.1u

0.1u

(FB1)
TL16

TL40
C840

C701

C702

C703

(FB)
C870

IC851
TL21

470p
C1010
470p
C1011
470p
C1012
470p
C1013
470p
C1014
470p
C1015
470p
C1016
470p
C1017
15p

L861
?C1001

4.7u

(REM) (OE)
TL995

L860
IC841 IC861

10u
STBY

GND
MP9942GJ

VIN
TL20

68k
?R866

R865

_0.5%
1.6k

390

10u

10u
R707
33k

BR24T02FJ-W-X
R718

100k

C868 R864
3 2 1
*R470

150u FB 0.8V 39k

8
6.3V

3.3V
EEPROM PG
0V

0V

C867

C866

?C865

RR+

FR+

RR-

FR-

RL-

FL-

RL+

FL+
14.0V VCC 4.8V

R862

7
C850 IN C869

0 1/4W

18k _0.5%
0.47u 5.2V EN/SYNC 1.6V 0.22u

R1861
?D862

6
?R1860

0.1u

39k
SW 18 17 16 1 15 2 14 3 13 4 12 5 11 6 10 7 9 8

R867

_0.5%
R861

R868
10u

10u
0V BST 9.8V

5
GND
20
4.7k
R702

C860

C861

C862
C863 !
1.6k

0.1u 0.22u CN990

RESET

F901
FUSE 10A
FZB10BT-100

MEMORY

GND

DIMMER

ACC

REMOTE/P-CON

OE REMOTE

REAR RIGHT (+)

FRONT RIGHT (+)

REAR RIGHT (-)

FRONT RIGHT (-)

REAR LEFT (-)

FRONT LEFT (-)

REAR LEFT (+)

FRONT LEFT (+)

C864 QNZ0607-001
1.6k

TL702

TL703

TL704

TL41
1.6k

(TXM) R830
1.6k

R705

S830 100
?R708

0V 3.3V
4

1
R703

4
LCD/RGB_DATA_SYS

GND RST
2.2k
R701

R704

3.3V
R711

0V
2

VDD CT
TL42
C831

POWER CORD ASS'Y

C832
0.1u

0.1u

(RXM)
PON_PANEL

PWIC_MUTE

SXM_RX_M

M_TX_SXM

FREQ_SEL
PWIC_STB

QAM1378-001
6800p
PON_USB
DC_ERR2

RGB_CLK
LCD_CLK

RESET

C830
LCD_INH

IC831
LCD_CE
NRST

BU4228F-W

! Parts are safety assurance parts.

When replacing those parts make
sure to use the specified one.

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)8/30
 MAIN PWB ASSY-2 (XJ1-0463-20) KD-R469UR

MAIN PWB:J7J-0020-00

R542
SPL 22k
C544
0.01u
R541
5.6k

R544
TVD 18k
C545
0.01u
R543
5.6k

TL542

TL543
R546
TRD

10k
C546
6800p

R548
FOD 12k

C547
6800p

?C543
CN502
QGF1040F1-24
?C542
VF2 C550
24 0.15u

TL545
CD3.3 C548 C541

TL557
23 4.7u 0.1u
VT2 C540
22 C549 0.1u
?C582 M_SRDATA_CD
PSW 0.1u
21 SW1
SW1

1.6V

1.5V

3.3V
1.6V

1.6V
1.8V

1.6V

1.5V

1.5V
20 SW2

0V

0V

0V
0V
0V
0V

0V
SW2
To CD MECHA PWB ASSY 19
LD 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
PSW

(LVA20106-01A): 18 DRV_MUTE

CTRCRS

VREF

OSCIN

FOP

TRP

TRVP2

TRVP

SPOUT

PC

FG

DVSS1

DVDD1

IOVDD1

NC_7

NC_6

NC_5

SRVMON1

SRVMON0

PMCK

SMCK
VT1
17 ?C551
DRV_LO_EJ
FC2-2A00NXN 16
MD
C552 L777
DRV_CNT

CN1 15
VF1
6800p
0V
21 RFVSS1 DQSY 80
0V
NQR0713-001X BCLK

14 R550
VT2 1.8V 0V BCLK LRCK
2.2k
CD8V 22 E GIO2 79
13 R551 L778
VT1 1.8V 0V LRCK CD_SRDATA_M
2.2k NQR0713-001X
23 F GIO1 78
12 R567
VF1 1.8V 0V CD_SRDATA_M M_SRDATA_CD
DRV_MUTE 24 D GIO0 77
11 100
1.8V 3.3V NRST
FOD 25 B NSRVMONON 76 TL544
10
?C581 TRD
VF2 1.8V
26 C IOVDD2 75
3.3V
C579
0.1u
?C580
X540
BLKCK
To MAIN PWB ASSY-1
To CD MECHA PWB ASSY 9
VREF
R554
2.2M
?C575
1.8V
27 A X1 74
1.5V C577
10p
16.9344
NAX1224-001X
STAT
(XJ1-0463-20)

1M
R573
8 MD MLD
(X32-6680-00): 7
DRV_LO_EJ
?C585
0V
2.3V
28 PD
!
X2 73
1.6V

0V
C576
R572
1k
C578
12p
MDATA KD-R469UR
X92-6820-01 6
TL504
TVD

SPL R556
?C554 3.2V
29 LD

30 RFVDD1
IC540
DVSS2 72

NRST 71
3.3V
0.1u R571
10k
R570
100 NRST MCLK

CN1 5
DRV_CNT
4.7k C555
0.022u
C553
0.1u 1.9V
31 CENV MN6627553APA BLKCK 70
0V ?R568 R569
1k
BLKCK CD.R
2SA2188/E/-X

4 C556 1.7V 0V STAT CD.L

32 RFENV STAT 69 RA580
3300p
1.8V

3 1.2V 3.3V 470 1/16W MLD PON_CD

TL546 33 RFOUT MLD 68
Q540

2 C557 MDATA AGND

0.33u 1.8V 2.0V
CD7V 34 RFIN MDATA 67
1 C558 1.0V 3.3V MCLK CD8V
TL540 35 ARFDC MCLK 66
4.7u
1.2V MGND
3V

36 ARFOUT TX 65
C559
C561 TL547 1.2V 0V TL553 DCDC5V
0.1u
37 ARFFB FLAG 64
C560
R557 1.6V 0V CD_GND
680p
4.7 10u 38 ARFIN TEST 63
1/4W 3.3V
39 NC_39 NTEST2 62
L574
0V 1.5V
40 RFVSS2 DVDD2 61
C573 NQR0713-001X
?C574

RFVDD2
0.1u

PLLFO2

LSPWM
AVDD1
AVSS1
PLLFO
NC_41

NC_51
TL503

OUTR
VCOF

OUTL

CSEL
DSLF

EXT4

EXT3

EXT2

EXT1

EXT0
PLLF
IREF
41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

0V
0V
0V
0V

0V

0V
1.5V
1.4V

0.5V

3.3V
1.6V

1.6V
3.3V
1.4V
0.8V
1.6V

820
R558

1000p
1000p

C570
0.1u
C571
0.1u
0.015u C572

0.082u

TL551
TL548

TL550
TL549
C564

2.7k
0.1u

C567
10u

R559

0.33u
C568

TL552
NQR0713-001X
C562

C565
C563

L540
?C586

CD.R

CD.L
82k
R562

R589 R579

C583
820 2.2k C588
820p
680p
?C510
C584
C589
820p
R590 R580 680p

820 2.2k
C1028 4700p

LDO3.3_CD

TL13 (CD33) IC941

1/4W
R940

10
R587
BU33TD3WG-W

22
(CD.R)
(CD.L)

3.3V
TL55
TL54

5.1V
VOUT VIN

1
0V
GND

2
(3.3V)
STBY

3
NC
C942
10u

10u
C941

C940
0.1u
1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL VOLT METER WITHOUT INPUT SIGNAL

2. UNLESS OTHERWISE SPECIFIED.

ALL RESISTORS ARE 1/10W 5% METAL GLAZE RESISTOR.
ALL CAPACITORS ARE 50V OR 25V CERAMIC CAPACITOR.
ALL RESISTANCE VALUES ARE IN OHM.
3. COMPONENTS WITH ? IN FRONT INDICATE NOT USE

! Parts are safety assurance parts.

When replacing those parts make
sure to use the specified one.

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)9/30
 NOTES

SWITCH PWB ASSY-1 (XJ6-024x-xx) Except KD-R469UR 1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL VOLT METER WITHOUT INPUT SIGNAL

2. UNLESS OTHERWISE SPECIFIED.

ALL RESISTORS ARE 1/10W +5% METAL GLAZE RESISTOR.
ALL CAPACITORS ARE 50V OR 25V CERAMIC CAPACITOR.
ALL RESISTANCE VALUES ARE IN OHM.
ALL CAPACITANCE VALUES ARE IN uF(P=pF)
ALL E.CAPACITORS ARE SHOWN IN THE FORM OF CAPACITANCE(uF)/RATED VOLTAGE(V)

3. COMPONENTS WITH ? IN FRONT INDICATE NOT USE.

SWITCH PWB: J7J-0113-00

J7J-0033-00 J60
*IC90 QNS0279-001
SIR8630B6T 3

*R1006
S20 C61 C60
2

1
AUX

GND
OUT

VCC
T9K-0007-00
1 2 3 0 1000p 1000p

S1

S2

S3

S4

S5

S6

S7

S8

S9

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

S20

S21

S22

S23

S24

S25

S26

S27

S28

S29

S30

S31

S32

S33

S34

S35

S36

S37

S38

S39

S40

S41

S42

S43

S44

S45

S46

S47

S48

S49

S50

S51

COM1

COM2

COM3

COM4

3.2V

3.3V
0V
5 4 ?D11 ?D10

?Q90
7 6

1/10W

1/8W
?Q91
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 CN1

1/8W
C

62k

1/8W

R60
*R91

100
*C91 ?C90
B 1 3 2 QGZ2006K1-20X

R61

100
*ED1

R62

4.7
1u F_AUXL

1
E

2
F_AUXG

3
R7 F_AUXR
GND

4
0

5
PANEL_3.3V
1/4W

6
ILM_10.5
R1000

KS1
C6 LCD_DATOUT

KI4

7
LCD_DATA_SYS
0
*D40 LCD_CE 1/4W

8
*D22 *D24 *D26 *D28 *D30 *D33 *D34 *D36 *D38 10u LCD_CE

S51

S50

COM4

COM3

COM2

COM1

KI5

KI4

KI3

KI2

KS6

KI1

KS3

KS2

KS1

S49

S48

S47

S46

S45

S44

S43

S42

S41

S40

S39

S38

S37
EQ
LCD_DATIN
LCD_DATA_LCD
To MAIN PWB ASSY-1

9
EJECT FWD BWD BACK VOL VOL 1 3 5 *C7
USB_GND
(XJ1-033x-xx)

10
1u

1/16W
4700p LCD_CLK

11
470
Except KD-R469UR

R3

R4
LCD_CLK

RA2
100
1/16W
ACCENT
*D20

12
*D25 *D27 *D29 *D31 *D35 *D37 *D39 *D41 TL1-1 USB_GND

100
CN701

13
FWD BWD DISP VOL ENC2
2 4 6 SOURCE

100
D+

14
2.8V

2.8V

2.8V

2.8V

2.8V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V
RA1

2.8V
TL2-1 ENC1

15

16
1/8W

1/8W

1/8W
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 D-

1/8W

1/8W
*R27

*R28

*R29

*R30

*R19
LCD_INH

17
KI1/S62

KS6/S61

KS5/S60

KS4/S59

KS3/S58

KS2/S57

KS1/S56

S55

S54

S53

S52

S51

S50

S49

S48

S47

S46

S45

S44

S43
MBRX130
LCD_INH

LUWJNSH.PC//0
1/8W

1/8W

1/8W

BACKLIGHT
1/8W

1/8W

1/8W

1/8W

D2
*R20

*R21

*R22

*R23

*R24

*R25

*R26

18
USB5V

DZ2J056M

DZ2J056M

19
D49
REMO
0V 2.5V S36

20
61 KI2/S63 S42 40 PAN_DET
0V 2.5V S35
62 KI3/S64 S41 39

?D93

?D94
0V 2.5V S34

?D90
63 KI4/S65 S40 38

*D91

*D92
0V 2.5V S33
64 KI5/S66 S39 37
2.5V 2.5V S32
TL2-2
65 COM1 S38 36
2.5V 2.5V S31
66 COM2 S37 35
*D52 *D54 *D56 *D58 *D60 *D63 *D64 *D66 *D68 *D71 *D70 2.5V 2.5V S30
EJECT FWD BWD BACK VOL VOL 1 3 5 SOURCE EQ TL1-2
*R1010

67 COM3 S36 34
0

2.5V 2.5V S29

68 COM4 S35 33
2.5V 2.5V S28
69 S67 S34 32
*D55 *D57 *D59 *D61 *D65 *D67 *D69
IC1

LSCR523EBFS8
5.0V 2.5V S27
70 VDD S33 31
FWD BWD DISP VOL 2 4 6
2.5V 2.5V S26
ACCENT

?C2 R1 C1
71 S68 BU97520AKV-M S32 30
*D50

1u 1.8V 2.5V S25

1/8W
72 SDO S31 29
R5 100 1/4W 0V 2.5V S24

?R56
330 9.4v 73 VSS S30 28
1/8W

1/8W

1/8W
5.0V
*R38

*R40

*R41

*R18

R55
1/8W

1/8W

?R2 2.5V S23

*R37

470p
560
J80
1/8W

6
RA3
*R39

74 OSC/S69 S29 27

C3
1/8W

1/8W

1/8W

1/4W 100
1/8W

1/8W

1/8W

C83
3.3V 2.5V S22
*R31

*R32

*R33

*R34

*R35

*R36

QNZ1076-001

4700p

5
470p
C84
75 INHB S28 26
LCD_INH

Q1
0.2V 2.5V S21
76 SCE S27 25

1k
LCD_CE 470p VCC

5.6V
R6
2.0V 2.5V S20 NQR0704-001X

4
*R1009 77 SCL S26 24 FL80 D-
LCD_CLK

0V
Q50 0V 2.5V S19

3
0
0.7V
R50
LCD_DATIN LCD_DATOUT 4.8V
78 SDI S25 23
2.5V S18
D+
USB

2
LSCR523EBFS8

4700p
79 S1/P1/G1 S24 22
1.7V

*C85

*C86
1/16W GND

1/4W
*Q53 4.3k 4.0V 2.5V S17

1
C82
80 S2/P2/G2 S23 21

10u

470p
single

D80
C80 C81

0V
*R53

D81

R80
?C4

220
DZ2J051M
S3/P3/G3

S4/P4/G4

S5/P5/G5

S6/P6/G6

*R810
DZ2J051M
DZ2J056M

7
0.6V
4.3k C5 D1 27p 27p
2SC4097P/R/

1u

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

S20

S21

S22
1.7V
*Q51

S7

S8

S9
TL8
0V

2SC4097P/R/
1u
*R51 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
S15

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V
KS1 4.3k

2.5V

2.5V

2.5V
0.6V

4.0V
0V

S14
EASY EQ

S10

S11

S12

S13

S14

S15

S16
S12 S13

S1

S2

S3

S4

S5

S6

S7

S8

S9
Duo
TL9
4/RNDM
6 5/RPT
S11
KS2

BACK/SEARCH
S11A
S7 S8 S9

2/ FOLDER DOWN 1
3/ FOLDER UP
TL10
S6A

S6
KS3
MODEL LIST:
S3A S4A
S5A
KD-X120U SERIES
IPOD/USB/PHONE
S3 S4 S5
KD-R460J KD-R660J KD-X120EU
DISP/SETUP FORWARD BACKWARD KD-R461U SERIES KD-R661U SERIES KD-X120EE
TL11
KD-R466U SERIES KD-R661E SERIES KD-X125EE
KS6

S1A
S2A KD-SR61J KD-X220J
KD-R461E SERIES
S1

TL3 TL4 TL5

S2
TL7 KD-R462E SERIES KD-X220U SERIES
KD-AR865BTSJ KD-X220E SERIES
TL6
KD-R469E SERIES KD-R860BTJ
EJECT
PWR/SRC KD-R463EU KD-R862BTU SERIES KD-X320BTSJ
KD-X320BTU SERIES
KI1

KI2

KI3

KI4

KI5

KD-R467EE KD-R861BTE SERIES

KD-SR41J KD-R862BTE SERIES KD-X320BTE SERIES
KD-R464ED SERIES KD-R864ED SERIES KD-R461MA9
KD-R661MA9
KD-SR81BTJ
KD-R461DA9

No.MA596 created date:2015-07-21

(No.MA596<Rev.005>)10/30
SWITCH PWB ASSY-2 (XJ6-024x-xx) Except KD-R469UR
DIFFERENCE TABLE FOR PWB #J7J-0113-00

* XJ6-0240-10 XJ6-0242-71 XJ6-0242-72 XJ6-0242-73 XJ6-0242-74 XJ6-0240-21 XJ6-0240-30

reference USB RED REMO USB RED WO REMO USB BLUE WO REMO USB GREEN REMO USB G/R WO REMO USB Yamb REMO USB White REMO

IC90 SIR8630B6T - - SIR8630B6T - SIR8630B6T SIR8630B6T

D20 SML-D12V8WT SML-D12V8WT SML-D12V8WT - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D22 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D24 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D25 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D26 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D27 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D28 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D29 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D30 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D31 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D33 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D34 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D35 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D36 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D37 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D38 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D39 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D40 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D41 SML-D12V8WT SML-D12V8WT QSMR-C13/BCMN-X - SML-D12V8WT SML-311WT/JK/X QSMW-C13S-X

D50 - - - SML-D12P8WT SML-D12P8WT - -

D52 - - - SML-D12P8WT SML-D12P8WT - -

D54 - - - SML-D12P8WT SML-D12P8WT - -

D55 - - - SML-D12P8WT SML-D12P8WT - -

D56 - - - SML-D12P8WT SML-D12P8WT - -

D57 - - - SML-D12P8WT SML-D12P8WT - -

D58 - - - SML-D12P8WT SML-D12P8WT - -

D59 - - - SML-D12P8WT SML-D12P8WT - -

D60 - - - SML-D12P8WT SML-D12P8WT - -

D61 - - - SML-D12P8WT SML-D12P8WT - -

D63 - - - SML-D12P8WT SML-D12P8WT - -

D64 - - - SML-D12P8WT SML-D12P8WT - -

D65 - - - SML-D12P8WT SML-D12P8WT - -

D66 - - - SML-D12P8WT SML-D12P8WT - -

D67 - - - SML-D12P8WT SML-D12P8WT - -

D68 - - - SML-D12P8WT SML-D12P8WT - -

D69 - - - SML-D12P8WT SML-D12P8WT - -

D70 - - - SML-D12P8WT SML-D12P8WT - -

D71 - - - SML-D12P8WT SML-D12P8WT - -

D91 DZ2J056M DZ2J056M DZ2J056M DZ2J056M DZ2J056M DZ2J056M DZ2J056M

D92 DZ2J056M DZ2J056M DZ2J056M DZ2J056M DZ2J056M DZ2J056M DZ2J056M

Q51 2SC4097P/R/ 2SC4097P/R/ 2SC4097P/R/ - 2SC4097P/R/ 2SC4097P/R/ 2SC4097P/R/

Q53 - - - 2SC4097P/R/ 2SC4097P/R/ - -

C7 NCB31CK-105X NCB31CK-105X NCB31CK-105X NCB31CK-105X NCB31CK-105X NCB31CK-105X NCB31CK-105X

C85 CK73GBB1H472K CK73GBB1H472K CK73GBB1H472K CK73GBB1H472K CK73GBB1H472K CK73GBB1H472K CK73GBB1H472K

C86 CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K CK73GBB1H471K

C91 CK73GXR1C105K - - CK73GXR1C105K - CK73GXR1C105K CK73GXR1C105K

R18 - - - RK73FB2B751J RK73FB2B751J - -

R19 RK73FB2B821J RK73FB2B821J RK73FB2B122J - RK73FB2B821J RK73FB2B821J RK73FB2B102J

R20 RK73FB2B821J RK73FB2B821J RK73FB2B122J - RK73FB2B821J RK73FB2B821J RK73FB2B152J

R21 RK73FB2B821J RK73FB2B821J RK73FB2B122J - RK73FB2B821J RK73FB2B821J RK73FB2B102J

R22 RK73FB2B621J RK73FB2B621J RK73FB2B821J - RK73FB2B621J RK73FB2B621J RK73FB2B621J

R23 RK73FB2B621J RK73FB2B621J RK73FB2B821J - RK73FB2B621J RK73FB2B621J RK73FB2B621J

R24 RK73FB2B621J RK73FB2B621J RK73FB2B821J - RK73FB2B621J RK73FB2B621J RK73FB2B621J

R25 RK73FB2B621J RK73FB2B621J RK73FB2B821J - RK73FB2B621J RK73FB2B621J RK73FB2B621J

R26 RK73FB2B821J RK73FB2B821J RK73FB2B122J - RK73FB2B821J RK73FB2B821J RK73FB2B102J

R27 RK73FB2B621J RK73FB2B621J RK73FB2B821J - RK73FB2B621J RK73FB2B621J RK73FB2B621J

R28 RK73FB2B621J RK73FB2B621J RK73FB2B821J - RK73FB2B621J RK73FB2B621J RK73FB2B621J

R29 RK73FB2B621J RK73FB2B621J RK73FB2B821J - RK73FB2B621J RK73FB2B621J RK73FB2B621J

R30 RK73FB2B821J RK73FB2B821J RK73FB2B122J - RK73FB2B821J RK73FB2B821J RK73FB2B102J

R31 - - - RK73FB2B821J RK73FB2B821J - -

R32 - - - RK73FB2B821J RK73FB2B821J - -

R33 - - - RK73FB2B561J RK73FB2B561J - -

R34 - - - RK73FB2B561J RK73FB2B561J - -

R35 - - - RK73FB2B751J RK73FB2B751J - -

R36 - - - RK73FB2B561J RK73FB2B561J - -

R37 - - - RK73FB2B821J RK73FB2B821J - -

R38 - - - RK73FB2B561J RK73FB2B561J - -

R39 - - - RK73FB2B561J RK73FB2B561J - -

R40 - - - RK73FB2B561J RK73FB2B561J - -

R41 - - - RK73FB2B821J RK73FB2B821J - -

R51 RK73GB2A432J RK73GB2A432J RK73GB2A432J RK73GB2A432J RK73GB2A432J RK73GB2A432J RK73GB2A432J

R53 - - - - - - -

R81 RK73GB2A000J RK73GB2A000J RK73GB2A000J RK73GB2A000J RK73GB2A000J RK73GB2A000J RK73GB2A000J

R91 - RK73GB2A623J RK73GB2A623J - RK73GB2A623J - -

R1006 RK73GB2A000J - - RK73GB2A000J - RK73GB2A000J RK73GB2A000J

R1009 - - - RK73GB2A000J - - -

R1010 - - - RK73GB2A000J RK73GB2A000J - -

ED1 B3H-0006-00 B3H-0006-00 B3H-0006-00 B3H-0006-00 B3H-0006-00 B3H-0006-00 B3H-0006-00

No.MA596 created date:2015-07-21

(No.MA596<Rev.005>)11/30
SWITCH PWB ASSY (XJ6-0363-20) KD-R469UR

SWITCH PWB: J7J-0113-**

J7J-0033-** J60
IC90 QNS0279-001
SIR8630B6T 3

R1006
S20 C61 C60
2

1
AUX

GND
OUT

VCC
T9K-0007-00
1 2 3 0 1000p 1000p

S1

S2

S3

S4

S5

S6

S7

S8

S9

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

S20

S21

S22

S23

S24

S25

S26

S27

S28

S29

S30

S31

S32

S33

S34

S35

S36

S37

S38

S39

S40

S41

S42

S43

S44

S45

S46

S47

S48

S49

S50

S51

COM1

COM2

COM3

COM4

3.2V

3.3V
0V
5 4 ?D11 ?D10

?Q90
7 6

1/10W

1/8W
?Q91
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55
CN1

1/8W
C

1/8W
?R91

R60

100
C91 ?C90
B 1 3 2 QGZ2006K1-20X

R61

100
*ED1

R62

4.7
1u F_AUXL

1
E

2
F_AUXG

3
R7 F_AUXR
GND

4
0

5
PANEL_3.3V
1/4W

6
ILM_10.5
R1000

KS1
C6 LCD_DATOUT

KI4

7
LCD_DATA_SYS
0
*D40 LCD_CE 1/4W

8
*D22 *D24 *D26 *D28 *D30 *D33 *D34 *D36 *D38 10u LCD_CE

S51

S50

COM4

COM3

COM2

COM1

KI5

KI4

KI3

KI2

KS6

KI1

KS3

KS2

KS1

S49

S48

S47

S46

S45

S44

S43

S42

S41

S40

S39

S38

S37
LCD_DATIN
EQ LCD_DATA_LCD
To MAIN PWB ASSY-1

9
EJECT FWD BWD BACK VOL VOL 1 3 5 *C7
USB_GND

10
(XJ1-0463-20)

1u

100 1/16W
470p LCD_CLK

11
470
R3

R4
LCD_CLK
KD-R469UR

RA2
100

RK74GB1J101J
100 1/16W
ACCENT
*D20

12
*D25 *D27 *D29 *D31 *D35 *D37 *D39 *D41 TL1-1 USB_GND
CN701

RK74GB1J101J

13
FWD BWD DISP VOL ENC2
2 4 6 SOURCE
D+

14
2.8V

2.8V

2.8V

2.8V

2.8V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V
RA1

2.8V
TL2-1 ENC1

15

16
1/8W

1/8W

1/8W
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 D-

1/8W

1/8W
*R27

*R28

*R29

*R30

*R19
LCD_INH

620

620

620

820

820

17
KI1/S62

KS6/S61

KS5/S60

KS4/S59

KS3/S58

KS2/S57

KS1/S56

S55

S54

S53

S52

S51

S50

S49

S48

S47

S46

S45

S44

S43
MBRX130
LCD_INH

LUWJNSH.PC//0
1/8W

1/8W

1/8W

BACKLIGHT
1/8W

1/8W

1/8W

1/8W

D2
*R20

*R21

*R22

*R23

*R24

*R25

*R26

18
USB5V
820

820

620

620

620

620

820

DZ2J056M

DZ2J056M

19
D49
REMO
0V 2.5V S36

20
61 KI2/S63 S42 40 PAN_DET
0V 2.5V S35
62 KI3/S64 S41 39

?D93

?D94
0V 2.5V S34

?D90
63 KI4/S65 S40 38
0V 2.5V S33

*D91

*D92
64 KI5/S66 S39 37
2.5V 2.5V S32
TL2-2
65 COM1 S38 36
2.5V 2.5V S31
1/10W

66 COM2 S37 35
?D52 ?D54 ?D56 ?D58 ?D60 ?D63 ?D64 ?D66 ?D68 ?D71 ?D70 2.5V 2.5V S30
TL1-2
?R1010

67 COM3 S36 34
2.5V 2.5V S29
0

68 COM4 S35 33
2.5V 2.5V S28
69 S67 S34 32
?D55 ?D57 ?D59 ?D61
IC1

LSCR523EBFS8
5.0V 2.5V S27
?D65 ?D67 70 VDD S33 31
?D69 2.5V 2.5V S26
71 S68 S32 30
BU97520AKV-M
?D50

?C2 R1 C1
1u 1.8V 2.5V S25
1/8W

1/8W

1/8W

1/8W

1/8W
72 SDO S31 29
1/8W

1/8W

R5 100 1/4W 0V 2.5V S24

?R56
330 9.4v 73 VSS S30 28
?R38

?R40

?R41

?R18
1/8W

1/8W

1/8W

1/8W

1/8W

1/8W

5.0V
?R37

R55
?R2 2.5V S23

470p
560

560

750

750

560

1k
?R39

6
RA3 J80
750

74 OSC/S69 S29 27
560

C3
1/4W 100
?R31

?R32

?R33

?R34

?R35

?R36

C83
3.3V 2.5V S22

4700p

5
47k QNZ1076-001

470p
560

750

560

560

560

560

C84
75 INHB S28 26
LCD_INH

Q1
0.2V 2.5V S21
76 SCE S27 25

1k
LCD_CE 470p VCC

5.6V
R6
2.0V 2.5V S20 NQR0704-001X

4
?R1009
77 SCL S26 24 FL80
LCD_CLK D-

0V
Q50 0V 2.5V S19

3
0
0.7V
R50
LCD_DATIN LCD_DATOUT 4.8V
78 SDI S25 23
2.5V S18
D+
USB

2
RK74GB1J101J

LSCR523EBFS8

4700p
79 S1/P1/G1 S24 22

*C85

*C86
1/16W GND

1/4W
?Q53 4.3k 4.0V 2.5V S17

1
C82
80 S2/P2/G2 S23 21

10u

470p
single

D80
C80 C81

0V
?R53

D81

R80
?C4

220
DZ2J051M
S3/P3/G3

S4/P4/G4

S5/P5/G5

S6/P6/G6

1/10W*R810
DZ2J051M
DZ2J056M

7
4.3k C5 D1 27p 27p
1u

S10

S11

S12

S13

S14

S15

S16

S17

S18

S19

S20

S21

S22
1.7V
Q51

S7

S8

S9
TL8

2SC4097P/R/
1u
R51 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
S15
4.3k

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V

2.5V
KS1 4.3k

2.5V

2.5V

2.5V
0.6V

4.0V
S14
EASY EQ 0V

S10

S11

S12

S13

S14

S15

S16
S12 S13

S1

S2

S3

S4

S5

S6

S7

S8

S9
Duo
TL9
4/RNDM
6 5/RPT
S11
KS2

BACK/SEARCH
S11A
S7 S8 S9

2/ FOLDER DOWN 1
3/ FOLDER UP
TL10
S6A
DIFFERENCE TABLE
S6
KS3

S3A S4A
S5A
* XJ6-0393-20 XJ6-0393-21 XJ6-0393-22 XJ6-0363-20
reference USB-BT BLUE REMO DMR ENTRY RED REMO DMR-BT BLUE REMO USB RED REMO
IPOD/USB/PHONE
S3 S4 S5 C7 - CK73GBB1H471K CK73GBB1H471K -

C85 - CK73GBB1H472K CK73GBB1H472K -

DISP/SETUP FORWARD BACKWARD
C86 - CK73GBB1H471K CK73GBB1H471K -
TL11

KS6 D20 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

S2A
S1A
D22 QSMR-C13SBCMN - - SML-D12V8WT
S1
S2 D24 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT
TL3 TL4 TL5 TL7
D25 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT
TL6

D26 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

EJECT
PWR/SRC D27 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

D28 QSMR-C13SBCMN
KI1

KI2

KI3

KI4

KI5

QSMR-C13SBCMN SML-D12V8WT SML-D12V8WT

D29 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

D30 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

D31 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

D33 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

D34 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

D35 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

D36 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

NOTES
D37 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

1. VOLTAGES ARE DC-MEASURED WITH A DIGITAL VOLT METER WITHOUT INPUT SIGNAL D38 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

2. UNLESS OTHERWISE SPECIFIED. D39 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

ALL RESISTORS ARE 1/10W +5% METAL GLAZE RESISTOR. D40 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT

ALL CAPACITORS ARE 50V OR 25V CERAMIC CAPACITOR. D41 QSMR-C13SBCMN SML-D12V8WT QSMR-C13SBCMN SML-D12V8WT
ALL RESISTANCE VALUES ARE IN OHM. D91 - DZ2J056M DZ2J056M -
ALL CAPACITANCE VALUES ARE IN uF(P=pF)
D92 - DZ2J056M DZ2J056M -
ALL E.CAPACITORS ARE SHOWN IN THE FORM OF CAPACITANCE(uF)/RATED VOLTAGE(V)
ED1 B3H-0006-00 B3H-0006-00 B3H-0009-00 B3H-0006-00
3. COMPONENTS WITH ? IN FRONT INDICATE NOT USE.
R19 RK73FB2B122J RK73FB2B821J RK73FB2B122J RK73FB2B821J

R20 RK73FB2B122J RK73FB2B821J RK73FB2B122J RK73FB2B821J

R21 RK73FB2B122J - - RK73FB2B821J

R22 RK73FB2B821J RK73FB2B621J RK73FB2B821J RK73FB2B621J

R23 RK73FB2B821J RK73FB2B621J RK73FB2B821J RK73FB2B621J

R24 RK73FB2B821J RK73FB2B621J RK73FB2B821J RK73FB2B621J

R25 RK73FB2B821J RK73FB2B621J RK73FB2B821J RK73FB2B621J

R26 RK73FB2B122J RK73FB2B821J RK73FB2B122J RK73FB2B821J

R27 RK73FB2B821J RK73FB2B621J RK73FB2B821J RK73FB2B621J

R28 RK73FB2B821J RK73FB2B621J RK73FB2B821J RK73FB2B621J

R29 RK73FB2B821J RK73FB2B621J RK73FB2B821J RK73FB2B621J

R30 RK73FB2B122J RK73FB2B821J RK73FB2B122J RK73FB2B821J

R81 - RK73EB2E000J RK73EB2E000J -

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)12/30
CD MECHA PWB ASSY (LVA20106-01A): FC2-2A00NXN
To MAIN PWB ASSY-2 To MAIN PWB ASSY-2
(XJ1-033x-xx) Except KD-R469UR (XJ1-0463-20) KD-R469UR
CN502 CN502

R47 R48

14 DRV_MUTE
18 DRV_Lo/Ej
21 DRV_CNT
The differences between X92-6820-01 and FC2-2A00NXN,

Vcc3.3V
0 1/4W 0 1/4W

10 B(VF1)

E(VT2)

A(VF2)
F(VT1)
23 MGND

22 MGND

13 DGND
please refer to SECTION 2 "How to identify the CD mechanism ASSY".

PSW
CN1

11 GND

SW2

SW1
15 FOD
24 M8V

16 TRD

12 M8V
19 TVD
20 SPL

17 Vref
OPEN

PD

LD
QGF1044F2-24X C57

1
0.1u

VCC
VF2

VT2

VT1

VF1
MD
LD
TP40

TP45

TP42

TP37

TP41

TP36

TP39
TP43
GND

DRV_MUTE
F- 15 F-
TP67

DGND
14 F+

M8V
FOD F+
TP90 TP66 13 T+
SW3
NSW0350-001X T+ 12 T-
1 4 TRD TP64

TP92

TP94
TP89 11 GND

TP3
8.2k

8.2k
T-

R18

R21
Lo/Ej TP65 10 VF1
TP91 R50
9 VR
2 3
TVD VR 130 PICK UP
EJECT

SLOUT

TP87 TP125
LOAD

8 MD
SLIN
PSW

PSW OPEN
GND

R38
SP+

SP-

C56

2.7k
SPL VC 7 VC
TP86 TP44 0

R24
R40

PRTOUT
0.1u 6 VT1
DRV_CNT
TP5 5 GND
C54

100
5.6k
4 LD

R29
R27

110k
DGND 0.1u

R28
3 VT2
TP6

TP93
PSW
2 VCC
TP8 R30
TP16

SLIN/EJECT 1 VF2
100
TP7
SLOUT/LOAD

0.1u

0.1u
CN2
24 23 22 21 20 19 18 17 16 15 14 13 QGF0522F6-15W
SW1 TP9
IN1

CNT

IN2-1

IN2-2

BIAS

IN3

IN4

MUTE

PREGND

PRTC

VREG

PRTOUT
SP+
NSW0349-001X
LOS SW

3 1 TP10

OPEN
C24

OPEN
C25
SP-
TP81

POWGND1

POWGND2
POWVCC1

POWVCC2
25
VO1+

VO2+

VO3+

VO4+
0.1u

0.1u

VO1-

VO2-

VO3-

VO4-
4 2

1 2 3 4 5 6 7 8 9 10 11 12
BD8266EFV-M-X
MGND IC1
LOS_SW
OPEN
C23

OPEN
C22

TP1

M8V
TP2 OPEN OPEN
C58 C59 C26
1/4W

SW2 C55 R37

0
NSW0349-001X 10u
R42

0.1u 0.1u
12EJE SW

10u 16V
3 1
0

16V
TP85

4 2
R36

12EJE_SW

LVA20106-01A

Power rating of all unspecified resisters is 1/10w.

Voltage fating of all unspecified capacitors is 50V.

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)13/30
CD MECHA PWB ASSY (X32-6680-00): X92-6820-01
To MAIN PWB ASSY-2 To MAIN PWB ASSY-2
(XJ1-033x-xx) Except KD-R469UR (XJ1-0463-20) KD-R469UR
CN502 CN502

The differences between X92-6820-01 and FC2-2A00NXN,

14 DRV_MUTE
18 DRV_Lo/Ej
please refer to SECTION 2 "How to identify the CD mechanism ASSY".

21 DRV_CNT

Vcc3.3V
10 B(VF1)

E(VT2)

A(VF2)
F(VT1)
23 MGND
22 MGND

13 DGND

PSW
11 GND

SW2
SW1
15 FOD
24 M8V

16 TRD

12 M8V
19 TVD
20 SPL

17 Vref
CN1

PD

LD
QGF1044F2-24X

9
8
7
6
5
4
3
2
1
R47 R48
OPEN 0 1/4W 0 1/4W
C57

0.1u

TP40
VF2
TP45
VCC
TP42
VT2
TP37
LD
TP41
VT1
Lo/Ej
TP91 TP36
MD
S3 FOD TP39
TP90 VF1
S6J-0002-00
TP43
GND CN2
TRD
TP89 E41-3488-05

DRV_MUTE
SLOUT/LOAD

8.2k
8.2k

DGND
R21
SLIN/EJECT

M8V
R18
F- 15 F- (FCS-)
TP67

TP92

TP94
14 F+ (FCS+)

TP3
PSW
GND

PSW
SP+

TVD F+
SP-

TP87 TP66 13 T+ (TRK+)

SPL T+ 12 T- (TRK-)

2.7k
TP86 TP64

R24
OPEN

R40

100
C56 11 GND (GND)

R29

PRTOUT
T-
DRV_CNT TP65 10 VF1 (B)
TP5 0.1u R50
C54 VR 9 VR (VR)

5.6k
TP125

R27
130 PICK UP
DGND

8 MD (PD)
TP6 0.1u R38
PSW

110k

TP93
VC 7 VC (Vref)

R28
R30 TP44 0
TP8 6 VT1 (F)
SLIN/EJECT
100
TP16

5 GND (GND)
TP7 IC1
SLOUT/LOAD (LD)
BD8266EFV-M-X 4 LD
24 23 22 21 20 19 18 17 16 15 14 13
TP9 3 VT2 (E)
IN1
CNT
IN2-1
IN2-2
BIAS
IN3
IN4
MUTE
PREGND
PRTC
VREG
PRTOUT
SP+

0.1u

0.1u
LOS SW

2 VCC (Vcc)
TP10
POWGND1

POWGND2
POWVCC1

POWVCC2
SP- (A)
25 1 VF2

OPEN

OPEN
S1

C24

C25
VO1+

VO2+

VO3+

VO4+
S6J-0001-00
VO1-

VO2-

VO3-

VO4-
0.1u

0.1u
TP81

MGND 1 2 3 4 5 6 7 8 9 10 11 12
TP1
OPEN

OPEN

M8V
C23

C22

TP2 OPEN OPEN

12EJE SW

C55 C58 C59 C26

0 1/4W

LOS_SW
R37

0
R42

10u 0.1u 0.1u 10u

16V 16V
S2
S6J-0001-00
TP85

R36

12EJE_SW

Power rating of all unspecified resisters is 1/10w.

Voltage fating of all unspecified capacitors is 50V.
FC2-2A00WXN

No.MA596 created date:2015-04-22

(No.MA596<Rev.005>)14/30
 MAIN PWB ASSY XJ1-033x-xx (J7J-0020-00) Except KD-R469UR
(Lead free solder used in the board (material : Sn-Ag-Cu, melting point : 219 Centigrade))
(Lead free solder used in the board (material : Sn-Cu, melting point : 230 Centigrade))

C990

W11

W12
C1021
1

R1071
D272
Q272 R270 W8
D271 A

Q273
Q340 Q250 R1042
A
E
D270 IC301 C304
Q330 R252
C1024
R601
R611
C602
C603
J600
D1390

R262
C392
C391

G C310

Q270
C307 R333 Q260
J321

R1039
R1040
R1041
J470

W9

Q271
C308
C390

L990
D390 W3 W4 C309 R353

R323
R343
R472
R471
R476

R250 X600
Q350

R251
R261

C250
C260
R253
R390

W10
R381
C909

C916 C251

CN990
D391 D990 Q320
R260

R1070
W5 R1036 1

W6

W7
C907 R902

W13
W1

C604
C605
R330

R331
R351

C330
C350
C906

R602
R350

L601
C169
C168
W C
W2 G

C172
B

R170

C317
C316

C318
C319
C1051

C606

C331

C351
C261 R340 C619 C616