Kenwood KDC-300UV, KDC-300UVM, KDC-BT365U, KDC-BT600U, KDC-BT6065U Service manual

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SERVICE MANUAL

CD RECEIVER

WA196<Rev.002>20165SERVICE MANUAL

KDC-300UV, KDC-300UVM, KDC-BT365U, KDC-BT600U, KDC-BT6065U, KDC-X300, KMR-D365BT

DETACHABLE PANEL

Model Parts number

KDC-300UV KDC-300UVM KDC-BT365U KDC-BT600U (H1) KDC-BT600U (M2) KDC-BT6065U KDC-X300 KMR-D365BT

KDC-BT600U (Korea) : H1 KDC-BT600U (Other Areas) : M2

CP-C300UVEN CP-C300UVMM2N CP-CBT365UKN CP-CBT600UMN CP-CBT600UMN

CP-CX300KN CP-RD365BTKN

DC cord (QAM1623-002) (QAM1560-001)

Screw set (GE40531-001A)

Hook (GE40685-001A) x2

DC cord (QAM1333-001) (QAM1516-001) (QAM1623-002)

Screw set (GE40536-001A)

Mounting sleeve (GE20362-002A)

Microphone (QAN0126-001)

Tap screw (M2x8) (QYSPSF2008ZA)

Escutcheon (B0H-001x-0x)

This product complies with the RoHS directive for the European market.

Resetting procedure: Due to some restrictions of the resetting IC, specifications are different from these for the conventional resetting method. Once the power of the unit is turned on, press the Reset key twice within 5 seconds.

Tap screw (M4x8) (QYSPSPD4008ZA)

Remocon (RC-406) (QAL1303-004)

This product uses Lead Free solder.

Carrying case (GE40521-001A)

PbF

No.WA196<Rev.002>

2016/5

SPECIFICATION

Models for destination "K" & "R" (KDC-BT365U, KDC-BT6065U, KDC-X300, KMR-D365BT)

Tuner

FM Frequency Range 87.9 MHz to 107.9 MHz (200 kHz space) (Except KDC-BT6065U)

76.0 MHz to 108 MHz (100 kHz space) (KDC-BT6065U)

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 space)

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 to 200 rpm (CLV) Wow & Flutter Below Measurable Limit Frequency Response (± 1 dB) 20 Hz to 20 kHz Total Harmonic Distortion (1 kHz) 0.01% Signal-to-Noise Ratio (1 kHz) 105 dB (Except KDC-X300), 110 dB (KDC-X300) 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 AAC Decode AAC-LC ".aac" files

USB

USB Standard USB 1.1, USB 2.0 Full Speed File System FAT12/16/ 32 Maximum Supply Current DC 5 V 1.5 A MP3 Decode Compliant with MPEG-1/2 Audio Layer-3 WMA Decode Compliant with Windows Media Audio AAC Decode AAC-LC ".aac" files WAV Decode Linear-PCM FLAC Decode FLAC file (Up to 48 kHz / 16 bit)

Bluetooth

Version Bluetooth Ver.2.1+EDR/ Bluetooth 3.0 Frequency Range 2.402 GHz to 2.480 GHz Output Power +4 dBm (MAX), 0 dBm (AVE), Power Class2 Maximum Communication range Line of sight approx. 10 m (32.8 ft) Profile HFP (Hands-Free Profile), A2DP (Advanced Audio Distribution Profile), AVRCP

(Audio/Video Remote Control Profile), SPP (Serial Port Profile), PBAP (Phonebook Access Profile)

Auxiliary

Frequency Response (± 3 dB) Input Maximum Voltage 1 000 mV

Input Impedance 30 kΩ

Audio

Maximum Output Power 50 W × 4 Full Bandwidth Power 22 W × 4 (at less than 1 % THD) Speaker Impedance 4 Ω - 8 Ω

Tone Action Band 1: 62.5 Hz ±9 dB, Band 2: 100 Hz ±9 dB, Band 3: 160 Hz ±9 dB, Band 4: 250

Preout Level / Load (CD) 2 500 mV/10 kΩ (KDC-BT365U, KMR-D365BT), Preout Impedance ≤ 600 Ω

General

Operating Voltage 14.4 V (10.5 V to 16 V allowable) Maximum Current Consumption 10 A

Operational Temperature Range -10°C to +60°C Installation Size (W × H × D) 182 mm × 53 mm × 159 mm (7-3/16" × 2-1/8" × 6-1/4")

Weight 1.4 kg (3.08 lbs)

Subject to change without notice.

20 Hz to 20 kHz

Hz ±9 dB, Band 5: 400 Hz ±9 dB, Band 6: 630 Hz ±9 dB, Band 7: 1 kHz ±9 dB, Band 8: 1.6 kHz ±9 dB, Band 9: 2.5 kHz ±9 dB, Band 10: 4 kHz ±9 dB, Band 11: 6.3 kHz ±9 dB, Band 12: 10 kHz ±9 dB, Band 13: 16 kHz ±9 dB

4 000 mV/10 kΩ (KDC-BT6065U, KDC-X300)

(No.WA196<Rev.002>)2/44

SPECIFICATION

Model for destination "E" (KDC-300UV)

Tuner

FM Frequency Range

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

MW Frequency Range 531 kHz to 1 611 kHz (9 kHz space)

Usable Sensitivity (S/N= 20 dB) 28.2 µV

LW Frequency Range 153 kHz to 279 kHz (9 kHz space)

Usable Sensitivity (S/N= 20 dB) 50 µV

CD player

Laser Diode GaAIAs Digital Filter (D/A) 8 times over sampling Spindle Speed 500 rpm to 200 rpm (CLV) Wow & Flutter Below Measurable Limit Frequency Response (± 1 dB) 20 Hz to 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 AAC Decode AAC-LC ".aac" files

USB

USB standard USB 1.1, USB 2.0 Full Speed File System FAT12/16/ 32 Maximum Supply Current DC 5 V 1.5 A MP3 Decode Compliant with MPEG-1/2 Audio Layer-3 WMA Decode Compliant with Windows Media Audio AAC Decode AAC-LC ".aac" files WAV Decode Linear-PCM FLAC Decode FLAC file (Up to 48 kHz / 16 bit)

Audio

Maximum Output Power 50 W × 4 Full Bandwidth Power 22 W × 4 (at less than 1 % THD) Speaker Impedance 4 Ω - 8 Ω

Tone Action Band 1: 62.5 Hz ±9 dB, Band 2: 100 Hz ±9 dB, Band 3: 160 Hz ±9 dB, Band 4: 250

Preout Level/Load (CD) 4 000 mV/10 kΩ Preout Impedance ≤ 600 Ω

Auxiliary

Frequency Response (± 3 dB) Input Maximum Voltage 1 000 mV

IInput Impedance 30 kΩ

General

Operating Voltage 14.4 V (10.5 V - 16 V allowable) Maximum Current Consumption 10 A

Operational Temperature Range -10°C to +60°C Installation Size (W × H × D) 182 mm × 53 mm × 159 mm

Weight 1.3 kg

87.5 MHz to 108.0 MHz (50 kHz space)

20 Hz to 20 kHz

Subject to change without notice.

(No.WA196<Rev.002>)3/44

SPECIFICATION

Model for destination "M&H" (KDC-300UVM, KDC-BT600U)

Tuner

FM Frequency Range 87.5 MHz to 108.0 MHz (50 kHz space)

AM (KDC-BT600U)

MW (KDC-300UVM) LW (KDC-300UVM)

CD player

Laser Diode GaAIAs Digital Filter (D/A) 8 times over sampling Spindle Speed 500 rpm to 200 rpm (CLV) Wow & Flutter Below measurable limit Frequency Response (± 1 dB) 20 Hz to 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 AAC Decode AAC-LC ".aac" files

USB

USB Standard USB 1.1, USB 2.0 Full Speed File System FAT12/ 16/ 32 Maximum Supply Current DC 5 V 1.5 A MP3 Decode Compliant with MPEG-1/2 Audio Layer-3 WMA Decode Compliant with Windows Media Audio AAC Decode AAC-LC ".aac" files WAV Decode Linear-PCM FLAC Decode FLAC file (Up to 48 kHz / 16 bit)

Bluetooth (KDC-BT600U)

Auxiliary

Frequency Response (± 3 dB) Input Maximum Voltage 1 000 mV

Input Impedance 30 kΩ

Audio

Maximum Output Power 50 W × 4 Full Bandwidth Power (at less than 1% THD) 22 W × 4 (at less than 1 % THD) Speaker Impedance 4 Ω - 8 Ω

Tone Action Band 1: 62.5 Hz ±9 dB, Band 2: 100 Hz ±9 dB, Band 3: 160 Hz ±9 dB, Band 4: 250 Hz

Preout Level / Load (CD) 4000 mV/10 kΩ Preout Impedance ≤ 600 Ω

General

Operating Voltage 14.4 V (10.5 V to 16 V allowable) Maximum Current Consumption 10 A

Operational Temperature Range -10°C to +60°C Installation Size (W × H × D) 182 mm × 53 mm × 159 mm

Weight 1.3 kg

Subject to change without notice.

Channel Space Selection 50 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 Frequency Range: Band 1 (AM) 531 kHz to 1 611 kHz (9 kHz space) Frequency Range: Band 2 (SW1) 2 940 kHz to 7 735 kHz (5 kHz space) Frequency Range: Band 3 (SW2) 9 500 kHz to 10 135 kHz/11 580 kHz to 18 135 kHz (5 kHz space) Channel Space Selection: Band 1 9 kHz Channel Space Selection: Band 2/ 3 5 kHz

Usable Sensitivity (S/N = 20 dB): AM 29.0 Bµ (28.2 µV) Usable Sensitivity (S/N = 20 dB): SW 30 dBµ (32 µV)

Frequency Range 531 kHz to 1 611 kHz (9 kHz space)

Usable Sensitivity (S/N= 20 dB) 28.2 µV

Frequency Range 153 kHz to 279 kHz (9 kHz space)

Usable Sensitivity (S/N= 20 dB) 50 µV

dio/Video Remote Control Profile), SPP (Serial Port Profile), PBAP (Phonebook Access Profile)

20 Hz to 20 kHz

±9 dB, Band 5: 400 Hz ±9 dB, Band 6: 630 Hz ±9 dB, Band 7: 1 kHz ±9 dB, Band 8: 1.6 kHz ±9 dB, Band 9: 2.5 kHz ±9 dB, Band 10: 4 kHz ±9 dB, Band 11: 6.3 kHz ±9 dB, Band 12: 10 kHz ±9 dB, Band 13: 16 kHz ±9 dB

(No.WA196<Rev.002>)4/44

SECTION 1

PRECAUTION

1.1 Safety Precautions

(1) This design of this product contains special hardware and

many circuits and components specially for safety purposes. For continued protection, no changes should be made to the original design unless authorized in writing by the manufacturer. Replacement parts must be identical to those used in the original circuits. Services should be performed by qualified personnel only.

(2) Alterations of the design or circuitry of the product should

not be made. Any design alterations of the product should not be made. Any design alterations or additions will void the manufacturers warranty and will further relieve the manufacture of responsibility for personal injury or property damage resulting therefrom.

(3) Many electrical and mechanical parts in the products have

special safety-related characteristics. These characteristics are often not evident from visual inspection nor can the protection afforded by them necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in the Parts List of Service Manual. Electrical components having such features are identified by shading on the schematics and by ( ) on the Parts List in the Service Manual. The use of a substitute replacement which does not have the same safety characteristics as the recommended replacement parts shown in the Parts List of Service Manual may create shock, fire, or other hazards.

(4) The leads in the products are routed and dressed with ties,

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 that they have been returned to normal, after reassembling.

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.

(5) If mains voltage selector is provided, check setting for local

voltage.

1.3 Caution

Burrs formed during molding may be left over on some parts of the chassis. Therefore, pay attention to such burrs in the case of preforming repair of this system.

1.4 Critical parts for safety

In regard with component parts appearing on the silk-screen printed side (parts side) of the PWB diagrams, the parts that are printed over with black such as the resistor ( ), diode ( ) and ICP ( ) or identified by the " " mark nearby are critical for safety. When replacing them, be sure to use the parts of the same type and rating as specified by the manufacturer. (This regulation dose not Except the J and C version)

1.5 Remote control

The Lithium battery is in danger of explosion if replaced incorrectly. Replace it only with the same or equivalent type.

1.6 Preventing static electricity

Electrostatic discharge (ESD), which occurs when static electricity stored in the body, fabric, etc. is discharged, can destroy the laser diode in the traverse unit (optical pickup). Take care to prevent this when performing repairs.

1.6.1 Grounding to prevent damage by static electricity

Static electricity in the work area can destroy the optical pickup (laser diode) in devices such as laser products. Be careful to use proper grounding in the area where repairs are being performed.

(1) Ground the workbench

Ground the workbench by laying conductive material (such as a conductive sheet) or an iron plate over it before placing the traverse unit (optical pickup) on it.

(2) Ground yourself

Use an anti-static wrist strap to release any static electricity built up in your body.

(caption) Anti-static wrist strap

Conductive material (conductive sheet) or iron plate

(3) Handling the optical pickup

• In order to maintain quality during transport and before installation, both sides of the laser diode on the replacement optical pickup are shorted. After replacement, return the shorted parts to their original condition. (Refer to the text.)

• Do not use a tester to check the condition of the laser diode in the optical pickup. The tester's internal power source can easily destroy the laser diode.

(No.WA196<Rev.002>)5/44

1.7 Handling the traverse unit (optical pickup)

(1) Do not subject the traverse unit (optical pickup) to strong

shocks, as it is a sensitive, complex unit.

(2) Cut off the shorted part of the flexible cable using nippers,

etc. after replacing the optical pickup. For specific details, refer to the replacement procedure in the text. Remove the anti-static pin when replacing the traverse unit. Be careful not to take too long a time when attaching it to the connector.

(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.

1.9 Important for laser products

1.8 Attention when traverse unit is decomposed

*Please refer to "Disassembly method" in the text for the pickup unit.

• Apply solder to the short land sections before the card wire is disconnected from the connector on the servo board. (If the card wire is disconnected without applying solder, the pickup may be destroyed by static electricity.)

• In the assembly, be sure to remove solder from the short land sections after connecting the card wire.

SOLDER

1.CLASS 1 LASER PRODUCT

2.CAUTION :

(For U.S.A.) Visible and/or invisible class II laser radiation when open. Do not stare into beam. (Others) Visible and/or invisible class 1M laser radiation 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.

4.CAUTION : This laser product uses visible and/or invisible laser radiation and is equipped with safety switches which prevent emission of radiation when the drawer is open and the safety interlocks have failed or are defeated. It is dangerous to defeat the safety switches.

5.CAUTION : If safety switches malfunction, the laser is able to function.

6.CAUTION : Use of controls, adjustments or performance of procedures other than those specified here in may result in hazardous radiation exposure.

Please use enough caution not to

see the beam directly or touch it

in case of an adjustment or operation

check.

(No.WA196<Rev.002>)6/44

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)

(No.WA196<Rev.002>)7/44

2.2 Microcomputer’s terminal description

IC701 (STA1080) on MAIN PWB ASSY

Pin No. Pin Name I/O Application

A1 NC - To be left floating

A2 SXM_DATA_SYS O SXM Data Output(For SXM model only)

A3 IPOD_SDA O iPod Authentication IC I2C Data

A4 IPOD_SCL O iPod Authentication IC I2C Clock

A5 MRC_REQ_SYS O Command Request from SYS-com to Marine REMO

(For MARINE model)

A6 TU_SDA I/O I2C Data for Tuner

A6 EP_SDA I/O I2C Data for E2PROM

A6 BT_EP_SDA I/O I2C Data for EEPORM in BT module

A7 TU_SCL I/O I2C Clock for Tuner

A7 EP_SCL I/O I2C Clock for E2PROM

A7 BT_EP_SCL I/O I2C Clock for EEPORM in BT module

A8 PCB_TEST_MODE_RX I PCB Test Mode RX

A8 SD_CLK I/O SD clock. For flashing purpose

A9 SD_CMD I/O SD command output and response input signal. For flashing pur-

pose.

A9 Debug_1A O For debug

A10 NC O No Use

A11 SW2 I CD Mecha SW2

A11 NC O No Use (for mechaless model)

A12 NC O This pin is latched on the rising edge of System reset to define

the debug source to the main Jtag . After reset this pin can be used as GPIO

A13 NC I Radio On/off signal.

A14 NC I This signals is used by power management unit (PMU) to detect

if external power is OK. The PMU move to Normal state is VDDOK=1.

A15 NC I Ignition key signal. Used by PMU

A16 REG_FLG I Power Detection L: Detect OFF /

A17 PAN_DET I Panel Detection input L: Panel Attached /

A18 MRC_REQ_MRC I Command Request from Marine REMO to SYS-com

(For MARINE model) (Need to set into interrupt pin)

A19 GND - GND

B1 SXM_DATA_SXM I SXM Data Input(For SXM model only)

B2 REMAP1 I [ST] REMAP0 and REMAP1 are used to detect and define the

boot device (NAND, NOR, SDMMC, UART). These pins are latched at the rising edge of System reset

B3 MRC_DATA_MRC I Marine REMO Data Input UART (For MARINE model)

B4 MRC_DATA_SYS O Marine REMO Data Output UART (For MARINE model)

B4 UART_Flash1 O UART Flashing need to pull down (for debug / flashing use)

B5 BEEP I/O Output for Beep Tone Generator H(Pulse):BEEP / L:OFF

B6 RESET I Reset Input

B7 CD_DSP_SW O CD DSP Switch L: Other sources /

B7 NC O No Use (for mechaless model)

Processing/Operation/

Description

H: Detect ON

H: Panel Detached

H: CD, USB, SD source

(No.WA196<Rev.002>)8/44

Pin No. Pin Name I/O Application

B8 NC O No Use

B9 PCB_TEST_MODE_TX O PCB Test Mode TX

B10 NC O No Use

B11 NC O No Use

B12 NC O No Use (for mechaless model)

B13 DRV_Lo/Ej O Loading Motor Control Output

B13 NC O Loading Motor Control Output

B14 NC I Low battery voltage signal. Used by PMU to change the state of

the system (Normal, standby)

B15 M3_PWREN O Used by PMU to enable external voltage regulator , when a wake

up event has been detected

B16 DRV_CNT O Loading Motor Control Output

B17 DAC_VHI - Analog High reference , it require a 10nF and 10uF capacitors

connected to DAC_AGND

B18 SPK_RL O Speaker Rear Left channel output

B19 SW_R O Subwoofer Right channel output

C1 SXM_PWR O Power Supply for SXM(For SXM model only) L: PWR Off / H: PWR On

C2 SQI_SIO3 I/O Serial NOR data line 3

C3 REMAP0 I Memory remap pin. These pin are latched on the rising edge of

System reset, and define the boot de-vice.

C4 MRC_EN O Marine REMO Data Select (For MARINE model)

C5 MRC_PON O Enable Marine REMO Power Supply (For MARINE model) H:Power On / L:Power Off

C6 NC O No Use

C7 REG_SCL O I2C Clock for Regulator IC

C8 SD_DATA I/O Data lines for SD or MMC card. For flashing purpose

C8 Debug_1B O For debug

C9 BCLK I Servo DSP Data Bit Clock

C9 NC O No Use (for mechaless model)

C10 NC O No Use

C11 MDATA O Microcontroller Command Data Signal

C11 NC O No Use (for mechaless model)

C12 MCLK O Microcontroller Command Clock Signal

C12 NC O No Use (for mechaless model)

C13 PSW I CD Mecha Position Setting SW (Reset Switch)

C13 NC O No Use (for mechaless model)

C14 M3_SXTALI O Crystal output , 32kHz RTC clock

C15 SW1 I CD Mecha SW1. Need interrupt function.

C15 NC O No Use (for mechaless model)

C16 LCD_DATA_LCD I LCD DATA Intput (for LCD Model)

C17 DAC_VLO - Analog Low Reference; connect it to DAC_AGND

C18 SPK_FL O Speaker Front Left channel output

C19 SW_L O Subwoofer Left channel output

D1 SQI_SCK O Serial NOR clock

D2 SQI_SIO1 I/O Serial NOR data line 3

D3 SQI_CE0n O Chip select for Serial Nor memory (SQI flash enable)

D4 SQI_SIO0 I/O Serial NOR data line 0

Processing/Operation/

Description

(No.WA196<Rev.002>)9/44

Pin No. Pin Name I/O Application

D5 NC O No Use

D6 NRST O LSI Reset Signal (L= Reset) L: Reset ON / H: Reset OFF

D6 NC O No Use (for mechaless model)

D7 MLD O Microcontroller Command Load Signal

D7 NC O No Use (for mechaless model)

D8 REG_SDA O I2C Data for Regulator IC

D9 STAT I DSP Status Signal

D9 NC O No Use (for mechaless model)

D10 LRCK I Servo DSP Data Word Clock

D10 NC O No Use

D11 CD_SRDATA_CD I Servo DSP Data Input

D11 NC O No Use (for mechaless model)

D12 DRV_MUTE O Motor Driver Control

D12 NC O No Use (for mechaless model)

D13 NC O output 32kHz clock

D14 M3_SXTALO O Crystal output , 32kHz RTC clock

D15 BLKCK I Sub-Code Block Clock Signal

D16 DIM_IN I Dimmer Control Input (for JVC Model) L: Dimmer Detect ON /

D16 NC O No Use (for KWD Model)

D17 DAC_VCOM - Common Voltage, it require a 10nF and 10uF capacitors con-

nected to DAC_AGND

D18 SPK_FR O Speaker Front Right channel output

D19 SPk_RR O Speaker Rear Right channel output

E1 SQI_SIQ2 I/O Serial NOR data line 2

E2 SQI_FBSCK I SQI flash clock feedback

E3 NC O No Use

E4 NC O No Use

E5 NC O No Use

E6 VDD_3.3V - 3.3V

E7 VDD_3.3V - 3.3V

E8 VDD_3.3V - 3.3V

E9 VDD 1.2V - 1.2V Core voltage

E10 VDD 1.2V - 1.2V Core voltage

E11 JTAGSEL O Select between Ate test and Debug port; Connect it to GND in

the appliaction.

E12 ADC2_VREFN - Negative reference Voltage of SAR ADC. Connect it to GND

E13 VDD_IO_ON3.3V - 3.3V always on power.

E14 VDD_ON_VREG1.2V - 1.2V always on Voltage, to be con-nected to 2.2nF Capacitor

E15 MIC_BIAS O Bias voltage for Mic. 2.5V +/- 5%.

E16 NC I SAR ADC CH9

E17 NC I No Use

E18 STEERING_REMO2 I OE Remote In 2 (for DOP models)

E19 STEERING_REMO1 I OE Remote In 1 (for DOP models)

F1 NC O No Use

F2 NC O No Use

Processing/Operation/

Description

H: Dimmer Detect OFF

(No.WA196<Rev.002>)10/44

Pin No. Pin Name I/O Application

F3 NC O No Use

F4 NC O No Use

F5 NC O No Use

F6 VDD 1.2V - 1.2V Core voltage

F7 VDD 3.3V - 3.3V

F8 VDD 3.3V - 3.3V

F9 VDD 1.2V - 1.2V Core voltage

F10 OSC32K_GND - GND

F11 GND - GND

F12 GND - GND

F13 ADC2_AGND - Analog 3.3V ground of SAR ADC

F14 DAC_AGND - AGND for DAC

F15 ADC2_VREFP - Full scale Positive reference connect it to 3.3V.

F16 AUX_L I AUX Audio input left channel

F16 SXM_L I SXM Audio input left channel

F17 AUX_R I AUX Audio input right channel

F17 SXM_R I SXM Audio input right channel

F18 TU_L I Tuner Analnog Audio input left channel (for non DAB/HD model)

F18 HD_L I HD Audio input left channel

F18 DAB_L I DAB Audio input left channel

F19 TU_R I Tuner Analnog Audio input right channel (for non DAB/HD mod-

el)

F19 HD_R I HD Audio input right channel

F19 DAB_R I DAB Audio input right channel

G1 NC O No Use

G2 NC O No Use

G3 NC O No Use

G4 NC O No Use

G5 VDD 1.2V - 1.2V Core voltage

G6 VDD 3.3V - 3.3V

G7 GND - GND

G8 GND - GND

G9 GND - GND

G10 GND - GND

G11 GND - GND

G12 GND - GND

G13 ADC2_AVDD - Analog 3.3V supply of SAR ADC

G14 DAC_I/O_AGND - DAC GND

G15 DAC_AVDD - Analog 3.3V for DAC

G16 STAGE1 I Model Selecting Input 1

G17 STAGE2 I Model Selecting Input 2

G18 MIC_P I Microphone input +

G19 MIC_N I Microphone input -

H1 BT_RST O BT Reset Output (For BT model) L: Reset ON /

H2 NC O No Use

Processing/Operation/

H: Reset OFF

Description

(No.WA196<Rev.002>)11/44

Pin No. Pin Name I/O Application

H3 NC O No Use

H4 NC O No Use

H5 VDD 1.2V - 1.2V Core voltage

H6 VDD 3.3V - 3.3V

H7 GND - GND

H8 GND - GND

H9 GND - GND

H10 GND - GND

H11 GND - GND

H12 GND - GND

H13 USB_VREG3V3_1V1 - 3.3V supply for embedded 1.1V regulator

H14 ADC0_1_AVDD - Analog 3.3V supply for ADC0 and ADC1

H15 DAC_I/O_AVDD - Analog 3.3V supply for DAC Output

H16 TEL_MUTE I Tel Mute Detection Input (for JVC Model)

H17 NC (Pull down) I SAR ADC CH 0/Touch screen panel signal XP

H18 NC I ADC1 aux differential inputs

H19 NC I ADC1 aux differential inputs

J1 NC O No Use

J2 NC O No Use

J3 NC O No Use

J4 NC O No Use

J5 VDD 1.2V - 1.2V Core voltage

J6 VDD 3.3V - 3.3V

J7 GND - GND

J8 GND - GND

J9 GND - GND

J10 GND - GND

J11 GND - GND

J12 GND - GND

J13 USB_VREG3V3_1V8 - 3.3V supply for embedded 1.8V regulator

J14 ADC0_1_AGND - Analog 3.3V ground for ADC0 and ADC1

J15 ADC0_1_VRFP - Positive reference for ADC0 and ADC1. It require a 10nF and

10uF capacitors connected to GND

J16 ADC0_1_VRFN - Negative reference for ADC0 and ADC1. Connect it to GND.

J17 ADC0_1_VCM - Common Voltage for ADC0 and ADC1.. It require a 10nF and

10uF capacitors connected to GND

J18 NC I No Use

J19 NC I No Use

K1 BT_I2S0_TX O BT digital audio I2S TX data

K2 BT_I2S0_RX I BT digital audio I2S RX data

K3 BT_DATA_BT I BT Data Input(For BT model only)

K4 BT_DATA_SYS O BT Data Output(For BT model only)

K5 VDD 1.2V - 1.2V Core voltage

K6 VDD 3.3V - 3.3V

K7 GND - GND

K8 GND - GND

Processing/Operation/

Description

(No.WA196<Rev.002>)12/44

Pin No. Pin Name I/O Application

K9 GND - GND

K10 GND - GND

K11 GND - GND

K12 GND - GND

K13 USB1_VDD3V3 - 3.3V supply for USB1

K14 USB_BGETXT - For test purpose. Leave it unconnected

K15 USB_1.8VREG - Connect it to 4.7 uF capacitor

K16 USB_1.1VREG - Connect it to 4.7 uF capacitor

K17 USB0_AGND - USB analog Ground

K18 D-1 I/O USB Data- 1 (Rear USB)

K19 D+1 I/O USB Data+ 1 (Rear USB)

L1 BT_I2S0_BCLK I/O BT digital audio I2S bit clock

L2 BT_I2S0_FS I/O BT digital audio I2S LR Frame sync

L3 BT_UART0_CTS I UART0 Clear To Send

L4 BT_UART0_RTS O UART0 Request To Send

L5 VDD 1.2V - 1.2V Core voltage

L6 VDD 3.3V - 3.3V

L7 GND - GND

L8 GND - GND

L9 GND - GND

L10 GND - GND

L11 GND - GND

L12 GND - GND

L13 VDD 3.3V - 3.3V

L14 USB0_VDD3V3 - 3.3V supply for USB0

L15 NC - For test purpose. Leave it unconnected

L16 COMP0 - Compensation input needs external 121Kohm res. 1% connect-

ed to GND

L17 USB1_AGND - USB analog Ground

L18 D-0 I/O USB Data- 0 (Front USB)

L19 D+0 I/O USB Data+ 0 (Front USB)

M1 SPI_EN O Command request from main to Flash IC (iAP2) L: Enable / H: Disable

M2 SPI_CLK I/O Clock to Flash IC (iAP2)

M3 SPI_DATA_SPI I Flash (iAP2) data input

M4 SPI_DATA_SYS O Flash (iAP2) data output

M5 VDD 1.2V - 1.2V Core voltage

M6 VDD 3.3V - 3.3V

M7 VDD 3.3V - 3.3V

M8 VDD 3.3V - 3.3V

M9 VDD 3.3V - 3.3V

M10 VDD 3.3V - 3.3V

M11 VDD 3.3V - 3.3V

M12 VDD 3.3V - 3.3V

M13 VDD 3.3V - 3.3V

M14 VDD 3.3V - 3.3V

M15 PLL_GND - GND

Processing/Operation/

Description

(No.WA196<Rev.002>)13/44

Pin No. Pin Name I/O Application

M16 PLL_VDD2.5V - SOC PLL 2.5V output voltage , to be connected to a 4.7uF ca-

pacitor

M17 VREG_BYPASS - Connect it to GND on application board

M18 USB_REXT - Connect to GND with a 3Kohm 1% resistors

M19 FREQ_SEL O Frequency Select Pulse: Power On /

N1 DAB_CLK_SYS I/O Clock to DAB (for DAB model only)

N1 HD_CLK_SYS I/O Clock to HD Decoder (for HD model only)

N2 NC O No use

N3 DAB_DATA_DAB I DAB Data Input (for DAB model only)

N3 HD_DATA_HD I HD Data Input (for HD model only)

N4 DAB_DATA_SYS O DAB Data Output (for DAB model only)

N4 HD_DATA_SYS O HD Data Output (for HD model only)

N5 VDD 1.2V - 1.2V Core voltage

N6 VDD 1.2V - 1.2V Core voltage

N7 VDD 3.3V - 3.3V

N8 VDD 3.3V - 3.3V

N9 VDD 3.3V - 3.3V

N10 VDD 1.2V - 1.2V Core voltage

N11 VDD 1.2V - 1.2V Core voltage

N12 VDD 1.2V - 1.2V Core voltage

N13 VDD 1.2V - 1.2V Core voltage

N14 NC O No use

N15 PLL_VREG3.3V - 3.3V for embedded PLL voltage regulator

N16 USB_PON0 O Enable Output for High Side Switch (Front USB)

N17 NC O No Use

N18 XTAL O Crystal output

N19 EXTAL I Crystal input , 24MHz System clock

P1 NC O No Use

P2 REMO I Remocon Input L (Pulse): Remote control

P3 DAB_REQ_DAB I Command Request from DAB micon to main micon (to be set

into interrupt point)

P4 TU_RST O HELIO / CAYMAN (HD) Reset L: Reset ON /

P5 Reserved - Reserved

P6 Reserved - Reserved

P7 Reserved - Reserved

P8 Reserved - Reserved

P9 Reserved - Reserved

P10 Reserved - Reserved

P11 Reserved - Reserved

P12 Reserved - Reserved

P13 Reserved - Reserved

P14 Reserved - Reserved

P15 Reserved - Reserved

P16 NC I/O Data lines for SD or MMC card

Processing/Operation/

Description

L: Power Off

data / H: Standby

H: Reset OFF

(No.WA196<Rev.002>)14/44

Pin No. Pin Name I/O Application

P17 NC I/O Data lines for SD or MMC card

P18 NC O Command line for Sd or MMC card

P19 NC O No Use

R1 LCD_CE O LCD Driver IC Chip Enable Output (for LCD Model)

R2 LCD_DATA_SYS O LCD DATA Output (for LCD Model)

R3 LCD_DATA_LCD I LCD DATA Intput (for LCD Model)

R4 LCD_CLK O LCD CLK Output

R5 Reserved - Reserved

R6 Reserved - Reserved

R7 Reserved - Reserved

R8 Reserved - Reserved

R9 Reserved - Reserved

R10 Reserved - Reserved

R11 Reserved - Reserved

R12 Reserved - Reserved

R13 Reserved - Reserved

R14 Reserved - Reserved

R15 Reserved - Reserved

R16 NC I/O Data lines for SD or MMC card

R17 NC I/O Data lines for SD or MMC card

R18 NC O Clock Line for Sd or MMC card

R19 OFFSET I Power IC offset signal

T1 JTAG_TDI I Primary JTAG port data in (can be connnected to M3 or R4 Jtag)

T2 JTAG_TDO O Primary JTAG port data out (can be connnected to M3 or R4

Jtag)

T3 JTAG_TCK I Primary JTAG port clock (can be connnected to M3 or R4 Jtag)

T4 JTAG_TMS I Primary JTAG port mode select (can be connnected to M3 or R4

Jtag)

T5 Reserved - Reserved

T6 Reserved - Reserved

T7 Reserved - Reserved

T8 Reserved - Reserved

T9 Reserved - Reserved

T10 Reserved - Reserved

T11 Reserved - Reserved

T12 Reserved - Reserved

T13 Reserved - Reserved

T14 Reserved - Reserved

T15 Reserved - Reserved

T16 PWIC_STBY O Output to Power On Power Amp IC L: Standby / H: Play

T17 UART_Flash2 O UART Flashing need to pull down (for debug / flashing use)

T18 USB_PON1 O Enable Output for High Side Switch (Rear USB)

T19 NOISE CTRL O Enable attenuation circuit to control noise level during low vol-

ume.

U1 NC O No Use

Processing/Operation/

Description

H: ON (vol 0 to vol 10), L: Off ( vol 11 to vol 35)

(No.WA196<Rev.002>)15/44

Pin No. Pin Name I/O Application

U2 JTAG_TRSTn I Primary JTAG port reset (can be connnected to M3 or R4 Jtag).

If JTAG/Debug is used,TRSTn must transit from LOW to HIGH before or at same time as PORn. If JTAG/Debug is not used, TRSTn can be left unconnected.

U3 Reserved - Reserved

U4 Reserved - Reserved

U5 Reserved - Reserved

U6 Reserved - Reserved

U7 Reserved - Reserved

U8 Reserved - Reserved

U9 Reserved - Reserved

U10 Reserved - Reserved

U11 Reserved - Reserved

U12 Reserved - Reserved

U13 Reserved - Reserved

U14 Reserved - Reserved

U15 Reserved - Reserved

U16 Reserved - Reserved

U17 Reserved - Reserved

U18 DC_ERR2 I Detect DC Clip (for ST Power Amp IC) L: DC Error ON /

U19 MUTE O Muting Output for Evol & Line Out L: Mute ON / H: Mute OFF

V1 ENC1 I Volume Encoder Pulse Input 1

V2 ENC2 I Volume Encoder Pulse Input 2

V3 RGB_CLK O I2C Clock Output for RGB Driver (For RGB Model)

V4 DAB_REQ_SYS O Command Request from main micon to DAB micon (for DAB

model)

V5 NC O No Use

V6 NC O No Use

V7 NC O No Use

V8 NC O No Use

V9 NC O No Use

V10 NC O No Use

V11 NC O No Use

V12 NC O No Use

V13 NC O No Use

V14 NC O No Use

V15 NC O No Use

V16 NC O No Use

V17 NC O No Use

V18 NC O No Use

V19 PWIC_MUTE O Muting Output for Power Amp IC L: Mute ON / H: Mute OFF

W1 GND - GND

W2 Field Test 1 O RDS data log output (standby for field test)

W3 Field Test 2 O RDS data log output (standby for field test)

W4 DAB_COM_ON O Enable DAB micon (For DAB model) H: ON / L: OFF

W5 NC O No Use

Processing/Operation/

Description

H: DC Error OFF

(No.WA196<Rev.002>)16/44

Pin No. Pin Name I/O Application

W6 NC O No Use

W7 NC O No Use

W8 NC O No Use

W9 NC O No Use

W10 NC O No Use

W11 NC O No Use

W12 NC O No Use

W13 NC O No Use

W14 NC O No Use

W15 AUD SEL O Audio Selector to select AUX or SXM H: SXM / L: AUX

W16 PCB_TEST_MODE I PCB Test Mode Switch L: Normal Mode /

W17 NC O No Use

W18 NC O No Use

W19 GND - GND

Processing/Operation/

Description

H: Check Mode (After Reset, software need to check the pin input. If detect high, it should enter Serial Number mode)

(No.WA196<Rev.002>)17/44

SECTION 3

DISASSEMBLY

3.1 Main body

3.1.1 Removing the MAIN PWB (See Fig.1 to 5)

(1) Disengage the 4 hooks a, and remove the BOTTOM

COVER. (See Fig.1)

(4) Remove the 2 screws C, and remove the MAIN PWB.

(See Fig.4)

BOTTOM COVER

Fig.1

(2) Disengage the 6 hooks b, and remove the FRONT

CHASSIS ASSY. (See Fig.2)

MAIN PWB

Fig.4

(5) Disconnect the FFC wire from connector CN1

. (See Fig.5)

FRONT CHASSIS ASSY

Fig.2

(3) Remove the 1 screw A and 2 screws B. (See Fig.3)

Fig.3

CN1

Fig.5

(No.WA196<Rev.002>)18/44

3.1.2 Removing the CD MECHANISM (See Fig.6)

(1) Remove the 3 screws D, and remove the CD MECHA-

NISM. (See Fig.6)

CD MECHANISM

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 13 hooks c, and remove the REAR COVER. (4) Remove the SWITCH PWB.

ccc

3.2 CD mechanism

• NOTICE FOR HANDRIG OF MECHANISM ASSY

Handle CHASSIS part.

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

Do not touch P.C.B..

Do not touch DAMPER.

cccc

REAR COVER

Fig.7

Do not touch PICK UP ASSY.

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.WA196<Rev.002>)19/44

• NOTICE FOR HANDRIG OF FEED MOTR ASSY

CAUTION: For mounting FEEDMOTOR ASSY, DON'T bump this part. Because handling may cause this part easily deformed.

FEED MOTOR

WORM 1

• NOTICE FOR HANDRIG OF ROLLER LEVER ASSY

3.2.1 Removing the CD MECHA PWB (See Fig.1 to 3)

(1) Solder the short land on the PICKUP. (See Fig.1)

SOLDER

Fig.1

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

Fig.2)

• NOTICE FOR CLAMPER ASSY OF PICK UP ASSY

Do not handle roller part.

OK NG

Do not handle the clamper part.

• NOTICE FOR HANDRIG OF MD CHASSIS ASSY

Handle CHASSIS part.

Black

Red

Yellow

Orange

White

Orange

Fig.2

(3) Disconnect the FPC wire from the connector CN2 (CD

Player unit). (See Fig.3)

(4) Remove the 3 screws A, and remove the CD MECHA

PWB. (See Fig.3)

CN2

Do not handle the turn table part.

• NOTICE FOR HANDRIG OF PICK UP ASSY

OK NG

Do not handle the lens part.

CD MECHA PWB

Fig.3

(No.WA196<Rev.002>)20/44

3.2.2 Removing the TRAVERSE MECHANISM (See Fig.4, 5)

(1) Remove the 4 springs from the TRAVERSE MECHANISM.

(See Fig.4)

SPRING

3.2.3 Removing the PICKUP ASSY (See Fig.6)

(1) Remove the 1 screw C. (2) Remove the MAIN SHAFT in the direction of the arrow. (3) Remove the SPRING. (4) Remove the PICKUP ASSY.

Fig.4

(2) Remove the 2 screws B.

(See Fig.5) (3) Remove the DAMPER in the direction of the arrow.

(See Fig.5) (4) Remove the TRAVERSE MECHANISM. (See Fig.5)

TRAVERSE MECHANISM

DAMPER

LOWER CHASSIS

MAIN SHAFT

3.2.4 Removing the ROLLER LEVER ASSY (See Fig.7)

(1) Remove the SPRING. (2) Remove the ROLLER LEVER ASSY in the direction of the

arrow.

ROLLER LEVER ASSY

SPRING

Fig.6

SPRING

PICKUP ASSY

Fig.5

(No.WA196<Rev.002>)21/44

Fig.7

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 ar-

row.

CLAMP ARM ASSY

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)

SPRING

Fig.9

(2) Remove the 2 screws E, remove the Feed motor.

(See Fig.10)

Feed motor

Fig.10

(No.WA196<Rev.002>)22/44

4.1 Outline

4.1.1 Panel

ACCENT

SECTION 4

ADJUSTMENT

EJECT

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 [1] key and [3] key and reset.

Service Test Mode Normal Mode /

Production Mode

Service Information Clear Mode - All Press and hold [2] key and [5] key and reset.

DC Error Information Mode - All Press and hold [3] key and [6] key and reset.

Diagnostic Data Mode - SXM Pressing and holding [RETURN] key, press [DISP] key for 7 sec-

DC Offset Calibration Mode Normal Mode Standby Pressing and holding [2] key, press [3] key for 3 seconds.

DOP USB SET / DOP Setup Mode

HC Mecha Running Mode - All Press and hold [SRC] key and [EJECT] key and reset.

Tunisia Area / Tuner Span Change Mode

4.1.3 Release from Test Mode

These actions will release the Test Mode and transit back to Normal Mode

Normal Mode Standby Pressing and holding [6] key, press [VOLUME] key for 7 seconds.

Normal Mode All Pressing and holding [1] key and [5] key, then Power On (During

VOL / ROTARY

Standby 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)

onds. (Starting to press [RETURN] key and [DISP] key at the same time can not be entered into the mode)

(Starting to press [2] key and [3] key at the same time can not be entered into the mode)

(Starting to press [6] key and [VOLUME] key at the same time can not be entered into the mode) Default Mode: DOP USB SET Turn [VOLUME] to change mode to DOP Setup Mode.

power off).

Method Remarks

Reset All Modes

Momentarily voltage drop All Modes

ACC OFF All Modes

POWER OFF All Modes

Panel Detach All Modes

Source Change Diagnostic Data Mode only

(No.WA196<Rev.002>)23/44

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 Prohibited

Power supply during ACC OFF (Back Up On) MUTE terminal turns OFF after 2 seconds

"BEEP" item in Setup Menu Beep with short-press in any function

Volume range 0 to 35

Source change interval timer 0 seconds

When 0-bit mute is detected Mute off

Various setting item Setting value

Default Volume 33

"BASS BOOST" OFF

"LOUDNESS" OFF

Initial Source Standby

Language English

Extra EQ OFF

EQ NATURAL

Fader / Balance Center

Digital Track Expander / Sound Reconstruction Set OFF

"VOL ADJUST" / "VOLUME OFFSET" -6: Only SXM source, 0: Other sources

DEMO Mode Setting OFF

RGB Setting (RGB Models only) R = 9, G = 9, B = 9 (White)

Sub-woofer/ Rear (For L/O switchable models) Rear

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

Standby Version Display Mode

Tuner TUNER Test Mode

USB USB Test Mode

SXM Sirius XM Test Mode

CD CD Test Mode

(No.WA196<Rev.002>)24/44

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 Standby Test Mode

Item Operation Display content Details

Syscom version display

BT module version display

1 (Toggle)

Y–S S # # @@@

XXXXS TB

## = File Number @@@ = Syscon Version Number

#### = BT version display (4 digits)

All lights ON All lights ON (Switch with other display)

Serial No. Display (8 digits)

Serial No. display

2 (Toggle)

SN 00000000

Display to support ASCII characters ********: Blank @@@@@@@@: EEPROM Read Error

All lights ON All lights ON (Switch with other display)

All lights ON/OFF 3 (Toggle)

iPod IC Mount Verification Status Display (USB models

4 (Toggle)

only)

All lights ON

Pre-out Switch (1 Pre-out / 2 Pre-

5 (Toggle)

out models only)

All Lights ON/OFF (Non-RGB Mod-

6 (Toggle) All lights ON/OFF with toggle

els only)

Vario color Check (RGB Models

6 (Toggle)

only)

Mode release

All lights ON/OFF

SOURCE Transition

RETURN

(Toggle)

iPod ##

SWPR E RE AR

SWPR E SU B W-

All lights ON/OFF with toggle

## = Blank: Verifying OK: IC mounted NG: IC not mounted **: Non iPod support model

In addition, upon entering this mode, P-CON is turned ON.

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.

All lights ON (Switch to other display)

Switch Pre-out with toggle

FL display all lights ON and RGB lights ON sequence as below:

R=9; G=9; B=9 (White) → R=9; G=0; B=0 (Red) → R=0; G=9; B=0 (Green) → R=0; G=0; B=9 (Blue) →

repeat continuously

Return to Normal mode

All lights ON/OFF with toggle

(No.WA196<Rev.002>)25/44

4.2.5 Tuner Test Mode Specification

The following display shall be indicated according to the TUNER status.

Status Display content Details

TUNER IC Communication Error

RDS Specified data reception

TUN CON NG

DRS STTE

Communication to TUNER IC not available (indicated unless the mode is in Clock Display Mode).

Turn OFF P-CON forcibly if PS = RDS TEST is received. P-CON recovers with Power OFF/ON.

Item Operation Display content Details

S meter value xx: Current S meter value OK: Within S meter voltage spec (Range 20-25 in

hex value)

NG: Out of S meter voltage spec (Except range 20-

25)

In addition, upon enter to this mode, P-CON is turned S meter voltage judgment display

ACCENT

MS– T x:xORK

MS– T x:xNRG

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.

Shift to TUNER setting mode after switching to

98.3MH.

TUNER IC Display ACCENT*

TA2********

Display TUNER IC version

AT2 ********' is eg "AtomIC2 57V1B101" indicating

"AtomIC2 TEF6657V1B 1.01"

BAND switch operation

BAND

MF1–3 799.A

Execute Band Switch as shown in the following table

every time Band key is pressed.

*Not applicable and no function for HD and DAB models

4.2.5.1 BAND switch list

Type BAND1 BAND2 BAND3 BAND4 BAND5 BAND6 Details

K (1)FM1 FM2 FM3 (2)AM - - (1)→(2)→(1)... E (1)FM1 FM2 FM3 (2)MW/LW - - (1)→(2)→(1)...

M/H (1)FM1 FM2 FM3 (2)MW (3)SW1 (4)SW2 (1)→(2)→(3)→(4)→(1)...

(No.WA196<Rev.002>)26/44

4.2.6 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 Display

iPod ##

DEVICE"

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.

4.2.7 Sirius XM Test Mode Specification

Upon entering production mode, change to SXM source to enter Sirius XM test mode. This test mode is to check output and switching of SXV100’s internal tone generator Communication between Host & SXV100 will be checked. If the result is OK, a 1kHz signal from the internal tone generator of SXV100 will be outputted. This test mode will start from Channel 0 automatically.

Item Operation Display content Details

Left & Right Channel

Left Channel Output 1kHz signal for Left channel.

Right Channel Output 1kHz signal for Right channel.

RETURN

(Toggle)

Off No signal output (same as normal operation).

########

LEFT

RIGHT

OF F

########: 8 characters Radio ID. Output 1kHz signal for Left/ Right channel.(Default)

4.2.8 CD/ USB Test Mode

Content Details

Playback track from top No.9

Default for Display mode Play time

4.2.8.1 Operations in CDDA playback

Item Operation Display content Details

Jump to No.15

Special Jump Operation

2.5V Output Level: set Volume value at 27 4V Output Level: set Volume value at 25 (for error operation FCT check of 20Hz 0dB DC protection)

(No.WA196<Rev.002>)27/44

4.2.9 BT Test Mode Specification

Upon entering production mode, and source changed to BT AUDIO source. Initial condition of the BT MODE will display as follows.

Item Operation Display content Details

Initial display Upon entering this mode, P-CON is turned ON. Note: At TUNER source, Pressing [ACCENT] key will not enter to BT Mode

BT module error display When result is OK, P-CON is turned OFF. Upon exit, P-CON remains OFF.

BT AUDIO SOURCE

DEOMSTETTB

ACCENT

RORRETB

When result is NG, P-CON is kept ON condition.

TAG dot is lit when the BT module is launched, because it takes time to start the BT module. TAG dot is flashed during operation of the BT module, and it will be turned off when an error occurs

Item Operation Display content Details

When module is yet to be fully initiliased, all operaBT AUDIO SOURCE

BT TEST

MODE

TIAEWSAELP

tion keys used in the table below, when pressed,

should show pop out display "PLEASE WAIT" for 1

second.

4.2.9.1 Operations during BT Mode

Item Operation Display content Details

SOURCE ACCENT

Clear the BT MODE and transition to the last source.

Press and hold this key for 2 seconds.

The character string as shown in the left cell is dis-

played while the BT related memory is being initial-

ized.

This is to initialize the BT related memory to its fac-

tory default condition.

When the initialization is successfully completed,

“...OK”(upper) is displayed, and when the initializa-

tion is abnormally completed, "...NG" (lower) is dis-

Clear the BT related memory information *1

AL ZEIITNII



IT O:KNITB

IT N:GNITB

played

(No.WA196<Rev.002>)28/44

Item Operation Display content Details

Press and hold down for 1 second to perform BT device search for 15 seconds. Continue search up to 15 seconds even after a device is detected. After 15 seconds, display the device name.

Display Blinks (250ms interval)

HINGCREAS

Upon entering this mode, P-CON is turned ON. When result is OK, P-CON is turned OFF. Upon exit, P-CON remains OFF. When result is NG, P-CON is kept ON condition.

It is able to enter into this mode by remote control operation.

Display the device name when it is detected during search. When a different key is pressed after search ends, move to the corresponding mode. It is able to enter into this mode by remote control op-

BT device search

SEARCH / By Remo-

con during

any source

except CD

source

XXXXXXXXXXX XX

eration. P.con will be Low/Off if successful listed all BT device.

When no device is found at the completion of the search. Only for this case, perform the search again by

WNONNKU

pressing the [VOL] key briefly. Shortcut key for BT Device Search should display "Unknown" if no device found, P.con will be Keep Hight/ON for unknown case.

After the completion of the search, press and hold the [SEARCH] key for 1 second to exit from the test mode.

• Set the Volume to 15 and turn the internal loop back function ON by pressing and holding for 1

OOPLFNTI

second.

• INT LOOP F: Display internal loop back by FRONT microphone. (MIC Gain : 8 )

• INT LOOP R: Display internal loop back by REAR

Internal loop back ON *2

VOL

microphone. (MIC Gain : 12)

• Microphone setting initial value is FRONT for model with microphone setting.

• Display microphone position for each model for

OOPLRNTI

model without microphone setting.

• Details of display will not change except [F or R] if it is on. To exit loopback, press the [VOL] key once to cancel the mode.

*1: This is a function to clear the BT memory information recorded in the EEPROM and the FLASH memory to be initialized with the "Data flash clear" function, and to write the specific values to initialize it to its factory default condition. *2: Perform internal LOOP-BACK inspection to check the connection of the built-in microphone (component). This mode is cleared by reset. (Last status is not retained.)

4.2.9.2 Operations during internal loop back

Item Operation Display content Details

MIC gain switching

/ Down with [  ] key, Up with [  ] key

AIN ##GCIM

(No.WA196<Rev.002>)29/44

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

RSVT TES

Display is released when an operation is executed.

4.3.3 Common operation mode for only STANDBY sources

Item Operation Display content Details

Stage Setting

BT module version display

BT module address

BT module PIN code

BT module friendly name

1 (Toggle)

TSAGE :21 ##

XXXXS TB

XX XXXXXXXXXX

XXXXXX:XX INP

XXXXXXXXXXX XX

BT module software version display

BT module address display

BT module PIN code display

BT module friendly name display

00 to 50 are displayed in "XX".

Power ON duration display

OPNTM HX0:X

OPNTM X XxXX

For less than 1 hour, the display is indicated per 10 minutes.

00001 to 10922 are displayed in "XXXXX". MAX 10922 (hours)

00 - 50 are displayed in "XX".

Disc action duration display

Disc Eject No. of times

Disc Eject No. of times clear

4 (*1)(*2)

5 (*2)

5 (*2)

DCTM HX0:X

DCTM XXXX:X

JECNT X XXX:X

JECNT 0 000:0

For less than 1 hour, the display is indicated per 10 minutes.

00001 to 10922 are displayed in "XXXXX". MAX 10922 (hours)

00001 to 99999 are displayed in "XXXXX".

Clear Disc Eject number of times by pressing for 2 seconds when it is displayed.

*1 This includes all media (CD, USB, iPod, SD) action duration. *2: Not applicable for mechaless models

(No.WA196<Rev.002>)30/44

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