Panasonic SA-MAX500LMK Schematic

Model No. SA-MAX500LMK

SB-MAX500 L SB-MAX500 R

SA-MAX500

Please refer to the original service manual for:

CD Mechanism Unit, Order No. PSG1201019AE Speaker system SB-MAX500LMK, Order No. PMX1302002CE

Product Color: (K)...Black Type

PMX1302001CE

CD Stereo System

Nota: El idioma original de este Manual de Servicio es en idioma inglés, sin embargo algunas notasaquí mencionadas serán escritas en español para mejor descripción para Centros de Servicio de México.

TABLE OF CONTENTS

1 Safety Precautions

1.1. General Guidelines

1.3. Before Repair and Adjustment

1.4. Protection Circuitry

1.5. Caution For Fuse Replacement

1.6. Safety Parts Information

2 Warning

2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensitive (ES) Devices

2.2. Precaution of Laser Diode

2.3. Service caution based on Legal restrictions

2.4. Handling Precautions for Traverse Unit

2.5. Grounding for electrostatic breakdown prevention

3 Service Navigation

3.1. Service Information

3.2. Firmware Update Procedure

4 Specifications 5 General/Introduction

5.1. Media Information

6 Location of Controls and Components

6.1. Remote Control Key Button Operation

6.2. Main Unit Key Button Operation

7 Installation Instructions

7.1. Speaker and A/C Connection

8 Service Mode

8.1. Cold-Start

8.2. Doctor Mode Table

8.3. Reliability Test Mode

(CD Mechanism Unit)

8.4. Self-Diagnostic Mode

8.5. Self-Diagnostic Error Code Table

8.6. Sales Demonstration Lock Function

9 Troubleshooting Guide

10 Disassembly and Assembly Instructions

10.1. Screw Types

10.2. Disassembly Flow Chart

10.3. Main Components and P.C.B. Locations

10.4. Disassembly of Top Cabinet

10.5. Disassembly of Front Panel Unit

10.6. Disassembly of FL Display P.C.B.

10.8. Disassembly of Control P.C.B.

10.10. Disassembly of Volume P.C.B.

10.11 Disassembly of Volume Jog Led

10.12. Disassembly of Remote Sensor P.C.B.

10.13. Disassembly of USB P.C.B.

10.14. Disassembly of Mic P.C.B.

10.16. Disassembly of CD Lid

10.17. Disassembly of Rear Panel

10.18. Disassembly of CD Mechanism Unit

10.19. Disassembly of Main P.C.B.

10.20. Disassembly o

f Digital Amplifier IC

I

10.21. Disassembly of SMPS P.C.B.

15.2. FL Display & Volume P.C.B.

15.3. Control, Mic, USB, Remote Sensor.

15.4. SMPS

15.5. Control Jog LED, Volume Jog LED & CD Interface P.C.B.

16 Appendix Information of Schematic Diagram

16.1. Voltage & Waveform Chart

16.2. Illustration of ICs, Transistor and Diode

16.3. Terminal Function of ICs

17 Exploded View and Replacement Parts List

17.1. Exploded View and Mechanical replacement Part List

17.2. Electrical Replacement Part List

10.22. Replacement of Switching Regulator (Q5700)

10.23. Replacement of Rectifier Diode (D5801)

10.24. Replacement of Rectifier Diode (D5802)

10.25. Disassembly of CD Interface P.C.B.

11 Service Position

11.1. Checking and Repairing of FL Display P.C.B., Control P.C.B., Volume P.C.B., Mic P.C.B. and USB P.C.B.

11.2. Checking and Repairing of Main P.C.B. (Side B)

11.3. Checking and Repairing of Main P.C.B. (Side A)

11.4. Checking and Repairing of SMPS P.C.B.

12 Block Diagram

12.1. Servo & System Control

12.2. IC Terminal Chart

12.3. Audio

12.4. Power Supply

13 Wiring Connection Diagram 14 Schematic Diagram

14.1. Schematic Diagram Notes

14.2. MAIN (CD Servo/Micon/D-Amp) Circuit

14.3. FL

Display Circuit

14.4. Volume Circuit

14.5. Control & USB Circuit

14.6. Mic Circuit

14.7. Remote Sensor

14.8. SMPS Circuit

14.9. Control Jog LED, Volume Jog LED & CD

Interface Circuit

15 Printed Circuit Board

15.1. Main P.C.B.

1 Safety Precautions

1.1. General Guidelines

1. IMPORTANT SAFETY NOTICE There are special components used in this equipment which are important for safety. These parts are marked by in the

Schematic Diagrams, Circuit Board Layout, Exploded Views and Replacement Parts List. It is essential that these critical parts should be replaced with manufacturer’s specified parts to prevent X-RADIATION, shock, fire, or other hazards. Do not modify the original design without permission of manufacturer.

2. An Isolation Transformer should always be used during the servicing of AC Adaptor whose chassis is not isolated from the AC power line. Use a transformer of adequate power rating as this protects the technician from accidents resulting in personal injury from electrical shocks. It will also protect AC Adaptor from being damaged by accidental shorting that may occur during servicing.

3. When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or damaged by the short circuit.

4. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly installed.

5. After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.

1.1.1. Leakage Current Cold Check

1. Unplug the AC cord and connect a jumper between the two prongs on the plug.

2. Measure the resistance value, with an ohmmeter, between the jumpered AC plug and each exposed metallic cabinet part on the equipment such as screwheads, connectors, control shafts, etc. When the exposed metallic part has a return path to the chassis, the reading should be between 1M: and 5.2M:.

When the exposed metal does not have a return path to the chassis, the reading must be

1.1.2. Leakage Current Hot Check

1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.

2. Connect a 1.5k:, 10 watts resistor, in parallel with a 0.15PF capacitors, between each exposed metallic part on the set and a good earth ground such as a water pipe, as shown in Figure 1-1.

3. Use an AC voltmeter, with 1000 ohms/volt or more sensitivity, to measure the potential across the resistor.

4. Check each exposed metallic part, and measure the voltage at each point.

5. Reverse the AC plug in the AC outlet and repeat each of the above measurements.

6. The potential at any point should not exceed 0.75 volts RMS. A leakage current tester (Simpson Model 229 or equivalent) may be used to make the hot checks, leakage current must not exceed 1/2 milliamp. In case a measurement is outside of the limits specified, there is a possibility of a shock hazard, and the equipment should be repaired and rechecked before it is returned to the customer.

Figure 1-1

1.3. Before Repair and Adjustment

Disconnect AC power to discharge the AC Capacitors (C5700, C5701, C5702, C5703, C5704, C5705, C5706, C5707, C5708) through a 10 Ω, 10 W resistor to ground.

Caution:

DO NOT SHORT-CIRCUIT DIRECTLY (with a screwdriver blade, for instance), as this may destroy solid state devices. After repairs are completed, restore power gradually using a variac, to avoid overcurrent. Current consumption at AC~127 V/60 Hz in Power ON, FM Tuner, (No Signal at volume minimal) should be ~ 850mA.

1.4. Protection Circuitry

The protection circuitry may have operated if either of the following conditions are noticed:

 No sound is heard when the power is turned on.  Sound stops during a performance.

The function of this circuitry is to prevent circuitry damage if, for example, the positive and negative speaker connection wires are “shorted”, or if speaker systems with an impedance less than the indicated rated impedance of the amplifier are used. If this occurs, follow the procedure outlines bel

1. Turn off the power.

2. Determine the cause of the problem and correct it.

3. Turn on the power once again after one minute.

Note:

When the protection circuitry functions, the unit will not operate unless the power is first turned off and then on again.

ow:

1.5. Caution For Fuse Replacement

1.6. Safety Parts Information

K

Safety Parts List:

There are special components used in this equipment which are important for safety. These parts are marked by in the Schematic Diagrams, Exploded View & Replacement Parts List. It is essential that these

critical parts should be replaced with manufacturer’s specified parts to prevent shock, fire or other hazards. Do not modify the original design without permission of manufacturer.

Panasonic de México S.A. de C.V.

Ingeniería de Audio

Safety

Modelo:

Nombre del componente

CABLE TOMACORRIENTE.

CONECTOR TOMACORRIENTE

TRANSFORMADOR DE PODER

TRANSFORMADOR DE

GAB. MET. SIN DOBLAR

SC-MAX500LM

RESPALDO

FUSIBLE PRIMARIO

ZNR

CAPACITOR DE AC

OPTOACOPLADOR

PCB SMPS

BOBINA PRIMARIO

Numero de Parte

K2CB2CB00022

K2AB2B000007

G4DYZ0000062

ETS19AB2E6AG

K5D802BNA005

ERZV05Z471CS

F1BAF1020020

F0CAF224A105

F1BAF471A013

B3PBA0000579

RJB3573A

Tarjeta sin componentes

G0B932H00002

RKM0702Z-K

CD UNIT

REAR PANEL

INSTRUCTIVO

RD-DDL100-PX

RGR0439A-A

RGR0439A-A1

RQTM0193

2 Warning

2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensi-

tive (ES) Devices

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Electrostatically Sensitive (ES) Devices.

The following techniques should be used to help reduce the incidence of component damage caused by electrostatic discharge (ESD).

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test.

2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.

4. Use only an anti-static solder removal device. Some solder removal devices not classified as “anti-static (ESD protected)” can generate electrical charge sufficient to damage ES devices.

5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.

6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material).

7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed.

CAUTION:

Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.

8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to damage an ES device).

2.2. Precaution of Laser Diode

Caution:

This product utilizes a laser diode with the unit turned “on”, invisible laser radiation is emitted from the pickup lens. Wavelength: 790 nm (CD) Maximum output radiation power from pickup: 100 μW/VDE Laser radiation from the pickup unit is safety level, but be sure the followings:

1. Do not disassemble the pickup unit, since radiation from exposed laser diode is dangerous.

2. Do not adjust the variable resistor on the pickup unit. It was already adjusted.

3. Do not look at the focus lens using optical instruments.

4. Recommend not to look at pickup lens for a long time.

Figure 2-1

2.3. Service caution based on Legal restrictions

2.3.1. General description about Lead Free Solder (PbF)

The lead free solder has been used in the mounting process of all electrical components on the printed circuit boards used for this equipment in considering the globally environmental conservation.

The normal solder is the alloy of tin (Sn) and lead (Pb). On the other hand, the lead free solder is the alloy mainly consists of tin (Sn), silver (Ag) and Copper (Cu), and the melting point of the lead free solder is higher approx.30 degrees C (86qF) more than that of the normal solder.

Definition of PCB Lead Free Solder being used

The letter of “PbF” is printed either foil side or components side on the PCB using the lead free solder.

(See right figure)

Service caution for repair work using Lead Free Solder (PbF)

• The lead free solder has to be used when repairing the equipment for which the lead free solder is used. (Definition: The letter of “PbF” is printed on the PCB using the lead free solder.)

• To put lead free solder, it should be well molten and mixed with the original lead free solder.

• Remove the remaining lead free solder on the PCB cleanly for soldering of the new IC.

• Since the melting point of the lead free solder is higher than that of the normal lead solder, it takes the longer time to melt the lead free solder.

• Use the soldering iron (more than 70W) equipped with the temperature control after setting the temperature at 350±30 degrees C (662±86qF).

Recommended Lead Free Solder (Service Parts Route.)

• The following 3 types of lead free solder are available through the service parts route. RFKZ03D01K-----------(0.3mm 100g Reel) RFKZ06D01K-----------(0.6mm 100g Reel) RFKZ10D01K-----------(1.0mm 100g Reel)

Note

* Ingredient: tin (Sn), 96.5%, silver (Ag) 3.0%, Copper (Cu) 0.5%, Cobalt (Co) / Germanium (Ge) 0.1 to 0.3%

2.4. Handling Precautions for Traverse Unit

The laser diode in the optical pickup unit may break down due to static electricity of clothes or human body. Special care must be taken avoid caution to electrostatic breakdown when servicing and handling the laser diode in the traverse unit.

2.4.1. Cautions to Be Taken in Handling the Optical Pickup Unit

The laser diode in the optical pickup unit may be damaged due to electrostatic discharge generating from clothes or human body. Special care must be taken avoid caution to electrostatic discharge damage when servicing the laser diode.

1. Do not give a considerable shock to the optical pickup unit as it has an extremely high-precise structure.

2. To prevent the laser diode from the electrostatic discharge damage, the flexible cable of the optical pickup unit removed should be short-circuited with a short pin or a clip.

3. The flexible cable may be cut off if an excessive force is applied to it. Use caution when handling the flexible cable.

4. The antistatic FPC is connected to the new optical pickup unit. After replacing the optical pickup unit and connecting the flexible cable, cut off the antistatic FPC.

Figure 2-2

2.5. Grounding for electrostatic breakdown prevention

• As for parts that use optical pick-up (laser diode), the optical pick-up is destroyed by the static electricity of the working environment. Repair in the working environment that is grounded.

2.5.1. Worktable grounding

• Put a conductive material (sheet) or iron sheet on the area where the optical pickup is placed and ground the sheet.

2.5.2. Human body grounding

• Use the anti-static wrist strap to discharge the static electricity form your body Figure 2-3.

Figure 2-3

3 Service Navigation

3.1. Service Information

This service manual contains technical information which will allow service personnel’s to understand and service this model. Please place orders using the parts list and not the drawing reference numbers.

If the circuit is changed or modified, this information will be followed by supplement service manual to be filed with original service manual.

• CD Mechanism Unit:

1) This model uses CD Mechanism Unit.

• Micro-processor:

1) The following components are supplied as an assembled part.

- Micro-processor IC, IC2003 (MN101EF16KXW genérico) Este material se encuentra sin programar, debe ser programado.

- Micro-processor IC, IC2003 (RFKWMAKX500M0 para uso de Centros de Servicio).

• Speaker System:

1) This model uses Speaker System, SB-MAX500LMK.

3.2. Firmware Update Procedure

Start

Write encrypted UPD bin to CD-R

Turn On main set

Insert CD-R (with UPD bin) and

close

TOC reading

"CHECKING"

OK

Writing starts:

"0%" -> "20%" -> "40%" ->

"60%" -> "80%" -> 100%"

"GOOD" display 3 sec

Set auto turn Off -> Cold Start

End

NG

"NO PLAY"

process end

4 Specifications

Especificaciones

Sección del amplificador

Potencia de salida RMS en modo estéreo

Alto (ambos controlados por los canales)

Medio bajo (ambos controlados por los canales)

Bajo 550 W por canal (8 ), 100 Hz, 30% THD Potencia total del modo estéreo RMS

Potencia de salida PMPO 23800 W

Sección del sintonizador, terminales

Emisoras preconfiguradas 30emisorasdeFM

Frecuencia modulada (FM)

Gama de frecuencias

Terminales de la antena 75  (desbalanceado)

Amplitud modulada (AM)

Gama de frecuencias

Conector del micrófono

Terminal Mono, toma de 3,5 mm (1 sistema)

Puerto de música (frontal)

Terminal Estéreo, toma de 3,5 mm

Entrada AUX Clavija jack RCA

Sección de discos compactos

Discos reproducidos (8 cm o 12 cm)

Lector

250Wporcanal(5), 1 kHz, 30% THD

280 W por canal (4 ), 100 Hz, 30% THD

2160 W (30% THD)

15 emisoras de AM

87,5 MHz a 108,0 MHz (en pasos de 100 kHz) 87,9 MHz a 107,9 MHz (en pasos de 200 kHz)

520 kHz a 1710 kHz (en pasos de 10 kHz)

k1,1,Vm7,0dadilibisneS 

k7,4,Vm001dadilibisneS 

CD, CD-R/RW (CD-DA, MP3 )

Salida de audio (disco)

Número de canales 2,2 ch (FL, FR, SW) FL = Canal frontal izquierdo

FR = Canal frontal derecho SW = Canal de subwoofer

MPEG-1 Layer 3

Sección de memoria interna

Memoria

Compatibilidad con formato de archivos de medios

Cómo grabar en la memoria

Velocidad de grabación en la memoria

Formato de archivo de grabación MP3 (*.mp3) Capacidad de total de canciones grabadas

(Usa 128 kbps, aproximadamente 1 canción = 4 minutos)

1x, 3x máx. (CD solamente)

Sección de USB

Puerto USB

USB estándar USB 2,0 velocidad total Compatibilidad con formato de archivos de medios

Sistema de archivo de dispositivo USB

Energía puerto USB 500 mA (máx.) Velocidad de bits

Cómo grabar en el USB

Velocidad de grabación USB

Formato de archivo de grabación MP3 (*.mp3)

)DC(mn097adnoeddutignoL

16 kbps a 320 kbps (reproducción)

FAT12, FAT16, FAT32

1x, 3x máx. (CD solamente)

BG4airomemaledoñamaT

MP3 (*.mp3)

spbk821stibeddadicoleV

1000 canciones

MP3 (*.mp3)

spbk821stibeddadicoleV

Generalidades

Fuente de alimentación Consumo de energía 198 W

Dimensiones (An x Al x Prf)

Peso 5kg

Gama de temperaturas de funcionamiento

Gama de humedades de funcionamiento

35% a 80% humedad relativa (sin condensación)

Consumo de energía en modo de espera

6,9Wh/día (considerando 23 horas en modo de espera al día).

Nota:

 Las especificaciones están sujetas a cambios sin previo

aviso. El peso y las dimensiones son aproximados.

 La distorsión armónica total se midecon el analizador de

espectro digital.

485 mm x 231 mm x 378 mm

~ 127 V, 60 Hz

0°C a +40°C

5 General/Introduction

5.1. Media Information

6 Location of Controls and Components

6.1. Remote Control Key Button Operation

PLAY/

SLEEP

REC

MEMORY

D.BASS

DISPLAY

DIMMER

HI-SPEED

CD

GHI

P

QRS

E

L

T

I

T

S

H

C

R

A

E

AUTO OFF

ABC

JKL

TUV

SOUND

D

A

R

USB

O

I

REC

M

E

N

U

MEMORY

DEF

MNO

W XYZ

EXT-IN

RADIO

PRESET EQ

P

L

A

Y

EDIT

MODE

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

L

17

I

S

T

18

19

12

Configurar el temporizador de apagado automático

Apagar automáticamente el sistema

Mientras la fuente sea el disco, el dispositivo USB o de memoria interna, la función de apagado automático apagará el sistema si no lo usa durante 30 minutos. Pulse y mantenga pulsado el botón para usar esta función. Para cancelar, pulse y mantenga pulsado el botón nuevamente.

13

Configure la función programa

Ajustar el volumen del sistema

14

15

Desactivar el sonido del sistema

Pulse el botón nuevamente para cancelar. “MUTE” también se cancela cuando usted ajusta el volumen o cuando

Configurar el ítem del menú de reproducción

16

apaga el sistema.

Configurar el ítem del menú de radio

17

Funcionamiento de la lista de reproducción de la memoria interna

18

Seleccionar la opción

19

Configurar el modo de edición para USB y memoria interna

20

Explore la lista de reproducción de la memoria interna

Buscar pistas o álbumes

Gire la perilla para buscar las pistas. Pulse [ ] para iniciar la reproducción de la

X/II

selección.

Interruptor de alimentación en espera/conectada

1

[

[/I

],]

Pulse este interruptor para cambiar del modo de alimentación conectada al modo de alimentación en espera o viceversa. En el modo de alimentación en espera, la unidad consume una pequeña cantidad de corriente.

2

Botones alfanuméricos Para seleccionar un número de dos dígitos Ejemplo: 16= [ 10]¨ [1]¨ [6] Para establecer un carácter Ejemplo: B= [2]¨ [2]

Borre una pista programada

3

Borre una pista seleccionada en una lista de reproducción

4

Seleccionar la fuente de audio

Control de reproducción básica

5

6

Seleccionar los efectos de sonido

7

Iniciar la

búsqueda del título para memoria interna

8

Vea la información del contenido

Disminuir el brillo del panel de visualización

Pulse y mantenga pulsado el botón para usar esta función. Para cancelar, pulse y mantenga pulsado el botón nuevamente.

Control de operación de grabación

9

Configurar el temporizador de reproducción y de

10

grabación

Configurar el reloj y el temporizador

11

Pulse [ALBUM/TRACK] para seleccionar el álbum o pista y luego gire la perilla para buscar. Pulse [ ] para iniciar la reproducción de

X/II

selección.

Puerto USB ( )

21

la

Indicador de grabación USB

Sensor del control remoto

22

Sensor del control remoto Distancia: a aproximadamente 7 m Ángulo: aproximadamente 20° hacia arriba y hacia

abajo, 30° a la izquierda y derecha

23

Bandeja de disco

Toma puerto de música

24

Conector del micrófono

25

26

Ajuste el volumen del micrófono

Abrir o cerrar la bandeja del disco

27

28

Botones directos de la lista de reproducción de la memoria interna

Pulse para agregar una pista a la lista de reproducción correspondiente. Pulse para seleccionar la lista de reproducción.

Panel de visualización

29

6.2. Main Unit Key Button Operation

1

6

20

21

Interruptor de alimentación en espera/conectada

1

[

[/I

],]

Pulse este interruptor para cambiar del modo de alimentación conectada al modo de alimentación en espera o viceversa. En el modo de alimentación en espera, la unidad consume una pequeña cantidad de corriente.

2

Botones alfanuméricos Para seleccionar un número de dos dígitos Ejemplo: 16= [ 10]¨ [1]¨ [6] Para establecer un carácter Ejemplo: B= [2]¨ [2]

Borre una pista programada

3

Borre una pista seleccionada en una lista de reproducción

4

Seleccionar la fuente de audio

Control de reproducción básica

5

6

Seleccionar los efectos de sonido

7

Iniciar la

búsqueda del título para memoria interna

8

Vea la información del contenido

Disminuir el brillo del panel de visualización

Pulse y mantenga pulsado el botón para usar esta función. Para cancelar, pulse y mantenga pulsado el botón nuevamente.

Control de operación de grabación

9

Configurar el temporizador de reproducción y de

10

grabación

Configurar el reloj y el temporizador

11

28 28

5 23 5 24 25229 9

12

Configurar el temporizador de apagado automático

Apagar automáticamente el sistema

Mientras la fuente sea el disco, el dispositivo USB o de memoria interna, la función de apagado automático apagará el sistema si no lo usa durante 30 minutos. Pulse y mantenga pulsado el botón para usar esta función. Para cancelar, pulse y mantenga pulsado el botón nuevamente.

13

Configure la función programa

Ajustar el volumen del sistema

14

15

Desactivar el sonido del sistema

Pulse el botón nuevamente para cancelar. “MUTE” también se cancela cuando usted ajusta el volumen o cuando

Configurar el ítem del menú de reproducción

16

29

apaga el sistema.

Configurar el ítem del menú de radio

17

Funcionamiento de la lista de reproducción de la memoria interna

18

Seleccionar la opción

19

Configurar el modo de edición para USB y memoria interna

20

Explore la lista de reproducción de la memoria interna

Buscar pistas o álbumes

Gire la perilla para buscar las pistas. Pulse [ ] para iniciar la reproducción de la

X/II

selección.

Pulse [ALBUM/TRACK] para seleccionar el álbum o pista y luego gire la perilla para buscar. Pulse [ ] para iniciar la reproducción de

X/II

selección.

Puerto USB ( )

21

la

Indicador de grabación USB

Sensor del control remoto

22

Sensor del control remoto Distancia: a aproximadamente 7 m Ángulo: aproximadamente 20° hacia arriba y hacia

abajo, 30° a la izquierda y derecha

14

4

27

26

23

Bandeja de disco

Toma puerto de música

24

Conector del micrófono

25

26

Ajuste el volumen del micrófono

Abrir o cerrar la bandeja del disco

27

28

Botones directos de la lista de reproducción de la memoria interna

Pulse para agregar una pista a la lista de reproducción correspondiente. Pulse para seleccionar la lista de reproducción.

Panel de visualización

29

7 Installation Instructions

7.1. Speaker and A/C Connection

Cómo realizar las conexiones

Conecte el cable de alimentación de ~ sólo después de haber hecho todas las demás conexiones.

Corriente alterna =

Para México: ca ó Vca Símbolo universal:

∼

4

1a

En este instructivo nos referiremos a la corriente

alterna como

∼

1 Conecte los bafles.

Conecte los cables del bafle a las terminales del mismo color.

1a

MID MID

LOW LOW LOWHIGH HIGH

LOW

(8 )(8)

Conecte la antena interior FM.

2

Coloque la antena donde la recepción sea la mejor.

(4

)

(5

)

(4

23

TO SB-MAX500

1b

TO SB-MAX500

3

Conecte la antena de cuadro AM.

Ponga la antena en posición vertical sobre su base hasta que haga clic.

Cinta adhesiva

Conecte el cable de alimentación de ~

4

Al enchufe de conexión a la red de

~

No use un cable de alimentación de ~de otro equipo.

Cómo ahorrar energía

El sistema consume aproximadamente 0.3 W cuando está en modo de espera. Desconecte la fuente de alimentación cuando no use el sistema. Se perderán algunas configuraciones cuando desconecte el sistema. Tendrá que configurarlas nuevamente.

8 Service Mode

8.1. Cold-Start

Here is the procedure to carry out cold-start or initialize to shipping mode.

1. Unplug AC power cord

2. Press & hold [POWER] button

3. Plug AC power cord while [POWER] button being pressed

FL Display will show “_ _ _ _ _ _ _ _”

4. Release [POWER] button

8.2. Doctor Mode Table

8.2.1. Doctor Mode Table 1

Doctor Mode

EEPROM checksum check

Item

DescriptionMode Name

Displaying of

1. Year Develop.

2. Model Type.

3. ROM Type.

4. Firmware Version.

FL Display

(Display 1)

(Decimal)1 2 3 4

Version No. (001 ~ 999) specific for each firmware

Key Operation

Front Key

:edoMDCnIedoMrotcoDotniretneoT

1. Press [ ] button on main unit follow by [4] and [7] on remote control.

2. To exit, press [DELETE] button on remote control or, press [POWER, /I] button on Main Unit

In CD mode:

1. Enter into Doctor Mode

8.2.2. Doctor Mode Table 2

Volume Setting Check

FL Display Check

BRS11C Reliability Test (Traverse)

Item

DescriptionMode Name

To check the volume setting of a main unit.

To check the FL segment display All segment will light up while all LED blink at 0.5s,intervals.(if any)

To determine CD Mechanism BRS11C Access Inner & Outer disc operation.

In this mode,ensure the CD is in the main unit.

Note: Refer to Section 8.3 Fig 2. for process flow .

FL Display

Press [7]: VOL50 Press [8]: VOL35 Press [9]: VOL0

The counter will increment by one . When reach 9999 will change to 0000

Cancellation Display

Key Operation

Front Key

In Doctor Mode :

1. Press [7], [8], [9] button on remote control.

Volume

In Doctor mode :

1. Press [1] button on remote control.

2. To cancel, press [0 ] on remote control.

In Doctor Mode :

1. Press [10] [1] [2] button on remote control.

2. To cancel, press [0] on remote control.

BRS11C Reliability Test

(Combination)

BRS11C Reliability Test (Loading)

To determine CD Mechanism Unit (BRS11C) Open/Close & Access Inner & Outer Disc Operation.

In this mode,ensure the CD is in the main unit.

Note: Refer to Section 8.3 Fig 3. for process flow .

To determine CD Mechanism Unit (BRS11C) Open/Close operation.

In this mode, the tray will open & close.

Note: Refer to Section 8.3 Fig 1 for process flow .

In Doctor Mode :

1. Press [10] [1] [5] button on remote control.

The counter will increment by one . When reach 9999 will change to 0000

Cancellation Display

2. To cancel, press [0] on remote control.

In Doctor Mode :

1. Press [10] [2] [1] button on remote control.

The counter will increment by one . When reach 9999 will change to 0000

Cancellation Display

2. To cancel, press [0] on remote control.

8.2.3. Doctor Mode Table 3

CD

Self- Adjustment

(AJST)

Result Display

Item

DescriptionMode Name

i. Function: To display result of

self-adjustment for CD .

This is used for servicing

and analysis.

FL Display

Display of auto adjustment result

Reference table:

ERROR Code Status Condition

012468 ACEF

AOC1/AOC2 O O O O OOOO -

ABC2/ABC1 O - X O XOXO X -

nd

AOC1 O - O X X O O X X -

2

FAGC/T AGC O - O O O XXXX -

AGC2 O - OOOOOO O

O: OK ; X: NG (In case that time out happens.)

: Either one of FO AOC, TR AOC and

FO coarse AGC is NG .

: If the AGC is NG (ignore others).

Key Operation

Front Key

In Doctor Mode:

1. Press [10] [1] [4] button on remote control .

2.To cancel, press [0]

on remote control .

CD LSI Version Check

For checking CD LSI Version and checksum information.

Version (Decimal ) C hecksum (Hex)

(Display 1)

ROM Version

(Display 2)

Year

Develop

ROM Type

Version (Decimal)

In Doctor Mode :

1. Press [4] button on remote control .

2.To cancel, press [0]

on remote control .

after 2 sec

8.3. Reliability Test Mode (CD Mechanism Unit (BRS11C))

Below is the process flow chart of the aging test for the CD Mechanism Unit (BRS11C).

OPEN Operation

OPEN wait for 1 s

CLOSE Operation

CLOSE wait for 4 s

Fig. 1. Reliability Test (Loading)

Count up

First Track

Access

First Track

Access

First Track

Play 5 s

Last Track

Access

Last Track

Play 5 s

Fig. 2. Reliability Test (Traverse)

Count up

First Track

Play 10 s

Last Track

Access

Last Track

Play 10 s

Open

Operation

Open wait

for 1 s

CLOSE

Operation

Fig. 3. Reliability Test (Combination)

Count up

8.4. Self-Diagnostic Mode

Item

Mode Name

Self Diagnostic Mode

Error code information

Delete error code

Cold Start To active cold start upon next AC

To enter into self diagnostic checking

System will perform a check on any unusual/error code from the memory

To clear the stored in memory (EEPROM IC)

power up when reset start is execute the next time.

Description

Example:

FL Display

Key Operation

Front Key

Step 1: Select CD mode (Ensure no disc is inserted).

Step 2: Press & hold [ ] button follow by [ ] on main unit for 2 seconds.

Step 1: In self diagnostic mode, Press [ ] on main unit.

To exit, press [^/I] on main unit or remote control.

Step 1: In self diagnostic mode, Press [0] on remote control.

To exit, press [^/I] on main unit or remote control.

In self diagnostic mode:

1. Press [3] button on the remote control.

/

8.5. Self-Diagnostic Error Code Table

Self-Diagnostic Function (Refer Section 8.4. Self-Diagnostic Mode) provides information on any problems occurring for the unit and its respective components by displaying the error codes. These error code such as U**, H** and F** are stored in memory and held unless it is cleared. The error code is automatically display after entering into self-diagnostic mode.

8.5.1. Power Supply Error Code Table

8.5.2. CD Mechanism Error Code Table (CD Mechanism Unit)

Error Code Diagnostic Contents Description of error Automatic FL Display Remarks

CD H15 CD Open Abnormal During operation

CD H16 CD Closing Abnormal During operation

F26 Communication between

CD servo LSI and micro-p abnormal.

POS_SW_R On fail to be detected with 4 sec. Error No. shall be clear by force or during cold start.

POS_SW_CEN On fail to be detected with 4 sec. Error No. shall be clear by force or during cold start.

During switch to CD function, if SENSE = “L” within failsafe time of 20ms.

8.6. Sales Demonstration Lock Function

8.6.1. Entering into Sales demonstration lock mode

Here is the procedures to enter into the Sales demonstration lock mode. Step 1: Turn on the unit. Step 2: Select to any mode function. Step 3: Press and hold [ The display will show upon entering into this mode for 2 sec..

OPEN/CLOSE] and [CD] keys for 5 sec or more.

Press [ next error.

] on main unit for

Note: [

OPEN/CLOSE] button is invalid and the main unit displays “LOCKED” while the lock function mode is entered.

8.6.2. Cancellation of Sales demonstration lock mode

Step 1: Turn on the unit. Step 2: Select to any mode function. Step 3: Set volume to Vol 19. Step 4: Press and hold [ The display will show upon entering into this mode for 2 sec..

OPEN/CLOSE] and [CD] keys for 5 sec or more.

9 Troubleshooting Guide

9.1. Part Location

9.1.1. SMPS P.C.B.

AC Inlet : P5701

Fuse : F1

Switching Regulator IC IC5701

:

SMPS Control IC IC5799

Thermistor : TH5861

Photocoupler : PC5720

:

Sub Transformer : D5798

Sub Transformer :

T5751

Main Tr ansformer : T5701

Rectifier Diode : D5801, D5802

Photocoupler : PC5702, PC5799

Connector CN5802

:

Fig. 1 SMPS P.C.B.

9.1.2. Main P.C.B. (Front Side)

Regulator

Circuit IC2014

Fig. 2 Main P.C.B. (Front Side)

Fig. 3 Main P.C.B. (Back Side)

9.1.3. D-AMP P.C.B.

Resistor Defective

R5405

Resistor Defective R5410

Resistor Defective

R5411

Audio Digital Amp IC: IC5400

Resistor Defective Resistor Defective R5005

Resistor Defective R5402

Resistor Defective R5011

Resistor Defective R5010

Resistor Defective Resistor Defective

R5201

Resistor Defective R5004

Resistor Defective R5211

Audio Digital Amp IC: IC5000

Resistor Defective R5200

Resistor Defective R5210

Audio Digital Amp IC: IC5200

Resistor Defective R5305

Resistor Defective R5302

Resistor Defective R5311

Resistor Defective R5310

Audio Digital Amp IC: IC5300

Fig. 4 D-Amp P.C.B.

9.2. Troubleshooting Guide for F61 and/or F76

This section illustrates the checking procedures when upon detecting the error of “F61” and/or “F76” after power up of the unit. It is for purpose of troubleshooting and checking in SMPS, Main & D-Amp P.C.B..

Symptom Remarks

Set cannot ON 1 A C Cord 1 AC Cord Faulty, Loose connection.

2

AC Inlet, P5701 P5701 solder crack, dry joint. 3 Fuse, F1 3 Fuse, F1 Open . 4 Photocoupler 4 PC5702/PC5799 solder crack.

PC5702, PC5799 Dry joint, short circuit, open circuit. 5 Switching Regulator 5 IC5701 Faulty.

IC, IC5701

Main Transformer T5751

Set can ON then F61

Set can ON then F76

1 Speaker Output 1 Faulty speaker unit, Loose connection, Short.

2 D -AMP circuit D-AMP IC, IC5700, IC5800, IC5000, IC5200, IC5300, IC5400 defective.

1 Main Transformer T5701 Short circuit between Pin 11 and Pin 12 .

22Regulator Circuits 2a

2

6a 6b

Switching Mode Power Supply Control IC (IC5799) faulty.

6c

D5798 faulty.

2a

(Check DC voltage at speaker terminals, 3V and above defective)

2b

DC Voltage ok but no sound, check DC Voltage at Pin 1. 5V ok condition, 2.5V or 0V defective.

2c

2a, 2b ok but no sound, check PWM waveform at Pin 10 and Pin 14 . If no PWM, 24 resistors defective.

For IC5000 (R5004, R5005, R5010, R5011). For IC5400 (R5402, R5405, R5410, R5411). For IC5200 (R5200, R5201, R5210, R5211). For IC5300 (R5302, R5305, R5310, R5311).

1a 1b Short circuit between Pin 13 and Pin 14 .

1c Short circuit between Pin 16 and Pin 17 .

IC2010 faulty (No +9V output). L2000 Open.

2b

Q2022 faulty (No +5V output).

2c

IC2014 faulty (No +3.3V output).

2d

IC2011 faulty (No +5V output).

2e

L2001 Open.

2f

Possible Fault(s)Checking Items

Refer to

Section 9.1.1 Fig. 1. SMPS P.C.B.

.ytluaF1575T6

Refer to Section 9.1.2

Fig. 3. Main P.C.B. and Section 9.1.3

Fig. 4. D-Amp P.C.B.

Refer to Section 9.1.1 Fig. 1. SMPS P.C.B.

Refer to Section 9.1.2 Fig. 2. and Fig.3. Main P.C.B.

Set can ON working normally for some time then F76

3 Photocoupler

PC5720

1 Rectifier Diode D5801 Improper contact between D5801 to Heatsink.

Rectifier Diode D5802

Thermistor TH5860, TH5861

3

PC5720 solder crack, Dry joint, short circuit, open circuit.

1a

Improper contact between D5802 to Heatsink.

1b Set trigger temperature protection.

Refer to Section 9.1.1 Fig. 1. SMPS P.C.B.

Refer to Section

9.1.1 Fig. 1. SMPS P.C.B.

9.3. D-Amp IC Operation & Control

(MAX500)

1170 ~ 1250 H 350 1260 ~ 1450 L 301 1460 ~ 1540 H 350 1550 ~ 1710 L 301

Table 4: F_HOP Control during 10 kHz Step

Note: During activating, the 3 control pins namely MUTE_F, MUTE_A and MODE_DA must be used to cover the “Pop” sound cause by F-HOP switching.

Service Fixture & Tools

Prepare service tools before process service position.

Ref. No Service Tools Remarks

SFT1 Main P.C.B. (CN2007) - SMPS P.C.B. (CN5802) REX1552(15P Cable Wire)

10 Disassembly and Assembly Instructions

Caution Note:

s This section describes the disassembly and/or assembly procedures for all major printed circuit boards & main compo-

nents for the unit. (You may refer to the section of “Main components and P.C.B Locations” as described in the service

manual)

s Before carrying out the disassembly process, please ensure all the safety precautions & procedures are followed. s During the disassembly and/or assembly process, please handle with care as there may be chassis components with

sharp edges.

s Avoid touching heatsinks due to its high temperature after prolong use. (See caution as described below)

s During disassembly and assembly, please ensure proper service tools, equipments or jigs is being used. s During replacement of component parts, please refer to the section of “Replacement Parts List” as described in the ser-

vice manual.

s Select items from the following indexes when disassembly or replacement are required.

s Disassembly of Top Cabinet s Disassembly of Front Panel Unit s Disassembly of Mic P.C.B. s Disassembly of Panel P.C.B. s Disassembly of Memory LED P.C.B. s Disassembly of Remote Sensor P.C.B. s Disassembly of USB P.C.B. s Disassembly of Music Port P.C.B. s Disassembly of Top Bar LED P.C.B. s Disassembly of Bottom Bar LED P.C.B. s Disassembly of Main P.C.B. s Replacement of Voltage Regulator (IC2010) s Replacement of Voltage Regulator (IC2011) s Disassembly of D-Amp P.C.B. s Replacement of Audio Digital Amp (IC5400) s Replacement of Audio Digital Amp (IC5000) s Replacement of Audio Digital Amp (IC5200) s Replacement of Audio Digital Amp (IC5300) s Disassembly of SMPS P.C.B. s R

eplacement of Switching Regulator IC (IC5701)

s Replacement of Rectifier Diode (D5702) s Replacement of Rectifier Diode (D5801) s Replacement of Rectifier Diode (D5802) s Replacement of Rectifier Diode (D5803) s Disassembly of CD Mechanism Unit (BRS11C) s Disassembly of CD Interface P.C.B. s Disassembly of CD Servo P.C.B. s Disassembly of Rear Panel

10.2. Disassembly Flow Chart

10.4. Top Cabinet

10.5. Front Panel Unit

10.14. Mic P.C.B.

10.6. FL Display P.C.B.

Memory LED

P.C.B.

10.12. Remote Sensor P.C.B.

10.19. USB P.C.B.

10.19. Main P.C.B.

Voltage Regulator

IC (IC2010)

Voltage Regulator

IC (IC2011)

Audio Digital

Amp IC (IC5800)

Audio Digital

Amp IC (IC5700)

10.20. D-Amp P.C.B.

10.21. SMPS P.C.B.

10.22. Switching

Regulator IC (IC5701)

10.23. Rectifier Diode (D5702, D5801)

10.24. Rectifier Diode (D5802, D5803)

10.17. CD Mechanism Unit (BRS11C)

Music Port

P.C.B.

10.10. Volume LED P.C.B.

Bottom Bar

LED P.C.B.

10.8. Control Jog P.C.B.

Audio Digital

Amp IC (IC5400)

Audio Digital

Amp IC (IC5000)

Audio Digital

Amp IC (IC5200)

Audio Digital

Amp IC (IC5300)

10.25. CD Interface P.C.B.

CD Servo P.C.B.

Rear Panel

10.3. Main Components and P.C.B. Locations

SMPS P.C.B.

10.4. Disassembly of Top Cabinet

Step 1 Remove 3 screws.

Step 2 Remove 3 screws.

Step 5 Slightly lift up both side of Top Cabinet in an outward

direction as shown.

Step 6 Remove the Top Cabinet.

Caution: During assembling, ensure that the catches of the Top Cabinet catches are properly located & inserted into the Front Panel Unit as shown.

Step 3 Remove 5 screws. Step 4 Slightly pull both side of Top Cabinet outwards as arrow

shown.

10.5. Disassembly of Front Panel

Step 7 Remove the Front Panel Unit

Unit

 Refer to “Disassembly of Top Cabinet”.

Step 1 Remove 1 screw at the SMPS P.C.B.

Step 4 Detach 30P FFC at the connector (CN2003) on Main

P.C.B.. Step 5 Detach 5P Wire at the connector (CN2700) on Main P.C.B..

CN2700

CN2003

Front Panel Unit

§

(Step 7)

Step 6 Release tabs at the bottom of the unit.

10.6. Disassembly of FL Display P. C .B .

s Refer to “Disassembly of Top Cabinet”. s Refer to “Disassembly of Front Panel Unit”.

Step 1 Remove 6 screws. Step 2 Release 4 catches. Step 3 Lift up the FL Display P.C.B..

Caution: During assembling, ensure that the FL Display P.C.B. is properly located and fully catched onto Front Panel Unit.

Step 4 Detach 30P FFC at a connector (CN6000) on the FL

Display P.C.B..

CN6000

10.8. Disassembly of Control P.C.B.

 Refer to “Disassembly of Top Cabinet”.  Refer to “Disassembly of Front Panel Unit”.  Refer to “Disassembly of FL Display P.C.B.”.

Step 1 Remove the Control Knob.

Step 2 Remove 2 screws. Step 3 Remove the Side Cover.

Step 4 Remove 4 screws. Step 5 From R part of P.C.B.

Step 6 Release catches by following the sequences (1-3).

Step 7 Detach 12P Cable at a connector (CN6010) on the Con-

trol P.C.B..

ZJ6003

Caution: During assembling, ensure that the Control P.C.B. is properly located and fully catched onto the Front Panel Unit.

CN6010

10.10. Disassembly of Volume P.C.B.

 Refer to “Disassembly of Top Cabinet”.  Refer to “Disassembly of Front Panel Unit”.  Refer to “Disassembly of FL Display P.C.B.”.  Refer to “Disassembly of Control P.C.B.”.

Step 1 Remove the Volume Knob.

Step 2 Remove 2 screws. Step 3 Remove the Side Cover.

Step 9 Release catches by following the sequences (1-4).

Step 4 Remove 5 screws. Step 6 Detach 4P Cable at a connector (CN6005) on the LED

P.C.B.. Step 8 Detach 8P Cable at a connector (CN6002) on the Mic P.C.B..

Caution: During assembling, ensure that the Volume P.C.B. is properly located and fully catched onto the Front Panel Unit.

CN6002

CN6005

10.11. Disassembly of Volume Jog

10.12. Disassembly of Remote Sensor

LED P.C.B.

 Refer to “Disassembly of Top Cabinet”.  Refer to “Disassembly of Front Panel Unit”.  Refer to “Disassembly of FL Display P.C.B.”.  Refer to “Disassembly of Control P.C.B.”.  Refer to “Disassembly of Volume P.C.B.”.

Step 1 Lift up to remove the Volume Jog LED P.C.B.. Caution: During assembling, ensure that the Volume Jog

LED P.C.B. is properly located & fully seated onto the Front Panel Unit.

P.C.B.

 Refer to “Disassembly of Top Cabinet”.  Refer to “Disassembly of Front Panel Unit”.  Refer to “Disassembly of FL Display P.C.B.”.  Refer to “Disassembly of Control P.C.B.”.  Refer to “Disassembly of Volume P.

Step 1 Remove the the Remote Sensor P.C.B.. Caution: During assembling, ensure that the Remote Sen-

sor P.C.B. is properly inserted & fully connected to the FL Display P.C.B..

C.B.”.

CN6200

CN6001

10.13. Disassembly of USB P.C.B.

 Refer to “Disassembly of Top Cabinet”.  Refer to “Disassembly of Front Panel Unit”.

Step 1 Remove 3 screws. Step 2 Lift up to remove the USB P.C.B.. Caution: During assembling, ensure that the USB P.C.B. is

properly located & fully seated onto the Front Panel Unit.

10.14. Disassembly of Mic P.C.B.

s Refer to “Disassembly of Top Cabinet”. s Refer to “Disassembly of Front Panel Unit”.

10.15. Disassembly of LED P.C.B.

s Refer to “Disassembly of Top Cabinet”. s Refer to “Disassembly of Front Panel Unit”.

Step 1 Remove the Mic Knob.

Step 2 Detach 8P Cable at a connector (CN6002) on the Mic

P.C.B..

CN6002

Step 1 Remove 2 screws. Step 2 Detach 2P Cable at a connector (CN6005) on LED

P.C.B..

CN6005

Step 3 Release 2 catches. Step 4 Remove LED P.C.B.. Caution: During assembling, ensure that the LED P.C.B. is

properly located and fully catched onto Lighting House.

Step 3 Remove 2 screws. Step 4 Remove the Mic P.C.B.. Caution: During assembling, ensure that the Mic P.C.B. is

properly located & fully seated onto the Front Panel Unit.

10.16. Disassembly of CD Lid

s Refer to “Disassembly of Top Cabinet”. s Refer to “Disassembly of Front Panel Unit”.

Step 1 Remove the spring as arrow shown in order of sequence (1) to (3).

Caution: During assembling, ensure that the spring is assembly at correct position.

ZJ6300

Step 2 Remove CD Lid as arrow shown. Step 3 Remove CD Lid from the guide.

10.17. Disassembly of Rear Panel

s Refer to “Disassembly of Top Cabinet”.

Step 1 Remove 9 screws.

Step 3 Release catches on fans. Step 4 Remove 2 fans.

Step 5 Release 2 tabs. Step 6 Remove the Rear Panel.

10.18. Disassembly of CD Mechanism Unit

s Refer to “Disassembly of Top Cabinet”. s Refer to “Disassembly of Front Panel Unit”.

10.19. Disassembly of Main P.C.B.

s Refer to “Disassembly of Top Cabinet”. s Refer to “Disassembly of Front Panel Unit”. s Refer to “Disassembly of Rear Panel”. s Refer to “Disassembly of CD Mechanism Unit”.

Step 1 Remove 2 screws.

Step 1 Detach 2P Wire at the connector (CN2005) on the Main

P.C.B.. Step 3 Detach 2P Wire at the connector (CN2006) on the Main P.C.B.. Step 4 Detach 13P Cable at the connector (CN5802) on the SMPS P.C.B..

Step 5 Remove 2 screws. Step 6 Lift up to remove the Main P.C.B.. Caution: During assembling, ensure that the Main P.C.B. is

properly located & fully seated onto the Inner Chassis Unit.

Step 2 Detach 10P FFC at the connector (FP8251) on the Main

P.C.B.. Step 3 Detach 24P FFC at the connector (FP8201) on the Main P.C.B..

CN2005

Step 1

SMPS P.C.B.

CN2006

Step 3

CN5802

Step 5

10.21. Disassembly of SMPS P.C.B.

s Refer to “Disassembly of Top Cabinet”.

Step 1 Remove 2 screws.

Step 2 Detach 15P Cable at a connector (CN5802) on the

SMPS P.C.B.. Step 3 Detach 2P Wire at a connector (CN2006) on the Main P.C.B.. Step 4 Remove 1 screw.

CN2006

CN5802

Step 6 Remove 2 screws Step 7 Remove the Inner Fan Unit. Caution: Keep the Fan Fixtures in safe place, place it back

during assembling.

Step 8 Remove the SMPS P.C.B..

Caution: During assembling, ensure that the SMPS P.C.B. is properly located & fully seated onto the Inner Chassis Unit.

10.22. Replacement of Switching Regulator (IC5701)

s Refer to “Disassembly of SMPS P.C.B.”.

10.22.1. Disassembly of Switching Regula-

tor (IC5701)

Step 1 Desolder pins of the Switching Regulator (IC5701) on

the solder side of the SMPS P.C.B.

Step 2 Desolder pins of the Heatsink A.

Step 3 Remove the Heatsink A with the Switching Regulator

(IC5701).AA

Step 4 Remove 1 screw. Step 5 Remove the Switching Regulator (IC5701) from the

Heatsink A.

Caution: Avoid touching the Heatsink A due to its high temperature after prolong use. Touching it may lead to injuries.

10.22.2. Assembly of Switching Regulator (IC5701)

Step 1 Apply grease to the Heatsink A. Step 2 Screw the Switching Regulator (IC5701) to the Heatsink

A.

Caution: Ensure the Switching Regulator (IC5701) is tightly screwed to the Heatsink A. Step 3 Fix the Heatsink A with the Switching Regulator

(IC5701) on the SMPS P.C.B. as shown.

Caution 1: Ensure the Heatsink A with the Switching Regulator (IC5701) are properly inserted into the SMPS P.C.B..

Step 4 Solder pins of the Switching Regulator (IC5701) on the

solder side of the SMPS P.C.B.. Step 5 Solder pins of the Heatsink A on the solder side of the SMPS P.C.B..

10.23. Replacement of Rectifier Diode

(D5702)

s Refer to “Disassembly of SMPS P.C.B.”.

10.23.1. Disassembly of Rectifier Diode

(D5702)

Step 1 Desolder pins of the Rectifier Diode (D5702) and (D5802) on the solder side of the SMPS P.C.B..

Step 2 Desolder pins of the Heatsink B.

Step 3 Remove 1 screw at Rectifier Diode (D5702). Step 4 Remove the Rectifier Diode (D5702) from the SMPS

P.C.B..

Caution: Avoid touching the Heatsink B due to its high temperature after prolonged use. Touching it may lead to injuries.

10.23.2. Assembly of Rectifier Diode (D5801)

Step 1 Apply grease to the Heatsink B. Step 2 Screw the Rectifier Diode (D5702) to the Heatsink B. Caution: Ensure the Rectifier Diode (D5702) is tightly

screwed to the Heatsink B. Step 3 Fix the Heatsink B with Rectifier Diode (D5801) on the

SMPS P.C.B..

Caution: Ensure the Heatsink A with Rectifier Diode (D5702) are properly inserted into the SMPS P.C.B.. Step 4 Screw the Switching Regulator IC (IC5701) to the Heat-

sink A.

Caution: Ensure that the Switching Regulator IC (IC5701) is tightly screwed to the Heatsink A.

Step 4 Solder pins of the Rectifier Diode (D5702) on the solder

side of the SMPS P.C.B.. Step 5 Solder pins of the Heatsink A on the solder side of the SMPS P.C.B..

10.24. Replacement of Rectifier Diode

(D5801)

 Refer to “Disassembly of SMPS P.C.B.”.

10.24.1. Disassembly of Rectifier Diode (D5801)

Step 1 Desolder pins of the Rectifier Diode (D5801) on the sol-

der side of the SMPS P.C.B..

Step 2 Desolder pins of the Heatsink B.

Step 3 Remove 1 screw at Rectifier Diode (D5801). Step 4 Remove the Rectifier Diode (D5801) from the SMPS

P.C.B..

Caution: Avoid touching the Heatsink B due to its high temperature after prolonged use. Touching it may lead to injuries.

10.24.2. Assembly of Rectifier Diode (D5801)

Step 1 Apply grease to the Heatsink B. Step 2 Screw the Rectifier Diode (D5801) to the Heatsink B. Caution: Ensure the Rectifier Diode (D5801) is tightly

screwed to the Heatsink B. Step 3 Fix the Heatsink B with Rectifier Diode (D5801) on the

SMPS P.C.B..

Caution: Ensure pins of the Rectifier Diode (D5801) are proper

ly inserted into the SMPS P.C.B..

Step 4 Solder pins of the Rectifier Diode (D5801) on the solder

side of the SMPS P.C.B..

Step 5 Solder pins of the Heatsink B.

10.25. Disassembly of CD Interface P.C.B.

 Refer to “Disassembly of Top Cabinet”.  Refer to “Disassembly of Front Panel Unit”.  Refer to “Disassembly of CD Mechanism Unit

(BRS11C)”.

Step 1 Remove 3 screws. Step 2 Desolder pins of the motor (M7301). Step 3 Desolder pins of the motor (M7302).

Replacement of Rectifier Diode

(D5802)

 Refer to “Disassembly of SMPS P.C.B.”.

Disassembly of Rectifier Diode

(D5802)

Step 1 Desolder pins of the Rectifier Diode (D5802) on the sol-

der side of the SMPS P.C.B.

Step 2 Desolder pins of the Heatsink B.

Step 3 Remove 1 screw at Rectifier Diode (D5802). Step 4 Remove the Rectifier Diode (D5802) from the SMPS

P.C.B..

Caution: Avoid touching the Heatsink B due to its high temperature after prolong use. Touching it may lead to injuries.

Assembly of Rectifier Diode

(D5802)

Step 1 Apply grease to the Heatsink B. Step 2 Screw the Rectifier Diode (D5802) to the Heatsink B. Caution: Ensure the Rectifier Diode

screwed to the Heatsink B. Step 3 Fix the Heatsink B with Rectifier Diode (D5802) on the

SMPS P.C.B..

Caution: Ensure pins of the Rectifier Diode (D5802) are properly inserted into the SMPS P.C.B..

(D5802) is tightly

Step 4 Solder pins of the Rectifier Diode (D5802) on the solder

side of SMPS P.C.B..

Step 5 Solder pins of the Heatsink B..

Replacement of Regulator

Diode (D5803)

 Refer to “Disassembly of SMPS P.C.B.”.

Disassembly of Rectifier Diode

(D5803)

Step 1 Desolder pins of the Rectifier Diode (D5803) on the sol-

der side of SMPS P.C.B..

Step 2 Desolder pins of the Heatsink B.

Step 3 Remove 1 screw at Rectifier Diode (D5803). Step 4 Remove the Rectifier Diode (D5803) from SMPS P.C.B.. Caution: Avoid touching the Heatsink B due to its high

temperature after prolonged use. Touching it may lead to injuries.

Assembly of Rectifier Diode

(D5803)

Step 1 Apply grease to the Heatsink B. Step 2 Screw the Rectifier diode (D5803) to the Heatsink B. Caution: Ensure the Rectifier Diode (D5803) is tightly

screwed to the Heatsink B. Step 3 Fix the Heatsink B with Rectifier Diode (D5803) on

SMPS P.C.B.

Caution: Ensure pins of the Rectifier Diode (D5803) are properly inserted into the SMPS P.C.B..

Step 4 Solder pi

side of the SMPS P.C.B. Step 5 Solder pins of the Heatsink B..

ns of the Rectifier Diode (D5803) on the solder

11 Service Position

Note: For description of the disassembly procedures, see the Section 10.

11.1. Checking and Repairing of FL

Display P.C.B., Control P.C.B., Volume P.C.B., Mic P.C.B. and USB P.C.B.

Step 1

Remove Top Cabinet.

Step 2 Remove Front Panel Unit. Step 3 Remove FL Display P.C.B.. Step 4 Remove Illumination Button P.C.B.. Step 5 Remove Control P.C.B.. Step 6 Remove Volume P.C.B.. Step 7 Remove USB P.C.B.. Step 8 Remove Mic P.C.B..

Step 10 Attach 11P Cable at a connector (CN2700) on the

Main P.C.B.. Step 11 Attach 30P FFC at a connector (CN2003) on the Main P.C.B..

Step 13 Attach 8P Cable at a connector (CN6002) on the Mic P.C.B.. Step 14 Attach 12P Cable at a connector (CN6010) on the

l P.C.B..

Contro Step 15 Attach 30P FFC at a connector (CN6000) on the FL Display P.C.B..

Step 17 FL Display P.C.B., Control P.C.B., Volume P.C.B., Mic P.C.B. and USB P.C.B. can be checked and repaired as diagram shown.

CN6010

CN2003

Step 11

CN2700

Step 10

CN6002

CN6010

11.2. Checking and Repairing of Main P.C.B. (Side B)

Step 1 Remove Top Cabinet. Step 2 Remove Front Panel Unit. Step 3 Remove Rear Panel. Step 4 Remove CD Mechanism Unit. Step 5 Remove Main P.C.B.. Step 6 Attach 24P FFC at the connector (FP8201) on the Main

P.C.B.. Step 7 Attach 10P FFC at the connector (FP8251) on the Main P.C.B.. Step 8 Attach 13P Cable at the connector (CN5802) on the SMPS P.C.B.. Step 9 Attach 2P Wire at the connector (CN2006) on the Main P. C .B . . . Step 10 Attach 2P Wire at the connector (CN2005) on the Main P.C.B..

FP8201

FP8251

CN5802

Step 13 Attach 11P Cable at a connector (CN2700) on the Main P.C.B.. Step 14 Attach 30P FFC at a connector (CN2003) on the Main P.C.B..

Step 16 Side B Main P.C.B. can be checked and repaired as diagram shown.

CN2005

11.3. Checking and Repairing of Main P.C.B. (Side A)

Step 1 Remove Top Cabinet. Step 2 Remove Front Panel Unit. Step 3 Remove Rear Panel. Step 4 Remove CD Mechanism Unit. Step 5 Remove Main P.C.B.. Step 6 Attach 24P FFC at the connector (FP8201) on the Main

P.C.B.. Step 7 Attach 10P FFC at the connector (FP8251) on the Main P.C.B.. Step 8 Attach 13P Cable at the connector (CN5801) on the SMPS P.C.B.. Step 9 Attach 2P Wire at the connector (CN2006) on the Main P. C .B . . . Step 10 Attach 2P Wire at the connector (CN2005) on the Main P.C.B..

FP8251

CN5801

FP8201

Step 14 Attach Cable at a connector (CN2700) on the Main P.C.B.. Step 15 Attach 30P FFC at a connector (CN2003) on the Main P.C.B..

Step 17 Side A Main P.C.B. can be checked and repaired as diagram shown.

CN2003

CN2700

CN2005

Flip the Main P.C.B..

11.4. Checking and Repairing of SMPS P.C.B.

Step 1 Remove Top Cabinet. Step 2 Remove SMPS P.C.B.. Step 3 Attach 13P Cable at the connector (CN5802) on the

SMPS P.C.B..

Step 4 Flip the SMPS P.C.B.. Step 5 Attach 2P Wire at the connector (CN2006) on the Main

P.C.B.. Step 6 SMPS P.C.B. can be checked and repaired as diagram shown.

12 Block Diagram

12.1. Servo & System Control

: CD AUDIO INPUT SIGNAL LINE

CD MECHANISM UNIT

BRS11C

OPTICAL PICKUP UNIT

LOADING P.C.B.

: AUDIO OUTPUT SIGNAL LINE

FP8201

16

FP8201

15

FP8201

20

FP8201

19

FP8201

14

FP8201

10

MD/LPD

FP8201

5

CD-LD

FP8201

6

Q8201

LASER DRIVE

3.3V

FP8201

F+

23

FP8201

F-

24

FP8201

T+

22

FP8201

T-

21

M7302*

SPINDLEMOTOR

+

M7301*

TRAVERSE MOTOR

LDM+

CN7001

5

LDM-

CN7001

4

S7201

RESET

OPEN SW

CN7001

3

CLOSE SW

CN7001

1

CD INTERFACE P.C.B.

SPM-

SPM+

TRV+

TRV-

LDM+

LDM-

OPEN SW

CLOSE SW

CDTRACKING SIGNAL

CN7002 FP8251

92

CN7002 FP8251

10 1

CN7002 FP8251

110

CN7002 FP8251

29

CN7002 FP8251

38

CN7002 FP8251

47

CN7002 FP8251

74

CN7002 FP8251

56

CN7002 FP8251

83

: USB SIGNAL LINE

IC8051

C3ABPG000163

64M SDRAM

IC8401

C3FBMY000303

16M FLASH MEMORY

IC8501

C3FBYY000034

4GB NAND FLASH MEMORY

IC8251

C0GBY0000117

5CH MOTOR DRIVER

VOFC+14

VOFC-13

VOTK-16

15

VOTK+

SPM+

VOLD+17

SPM-

VOLD-18

TRV+

VOSL-12

TRV-

VOSL+11

LDM+

VOTR+10

LDM-

VOTR-9

WSTSERWSTSER

OPEN SW

CLOSE SW

IC8001

MN6627992AB

SERVO PROCESSOR

123

TC- 1

A0 ~ A11

TC- 2

D0 ~ D7

6

SCLK

5

SI

2

SO

11 0TADDSM0TAD38

12DAT1

13 2TADDSM2TAD40

24 3TADDSM3TAD39

X8101

1VINFC

26VINTK

23VINLD

4VINSL

7REV

6FWD

USBDM1

125

USBDP1

CLKSF33

IO0SF34

IO1SF30

MSDDAT137

XI190

XO189

A60

B58

C59

D57

E55

F56

PD61

LD62

FOP48

TRP49

SPOUT50

TRVP51

135

P33 AMUTE78

112

SCL5 USB IN62

113

SREQ/BLKCK CD BLKCK64

106

SO/STAT CD STAT73

107

SI/MDATA CD MDATA

108

MCLK

105

IRQ1A/MLD CD MLD

104

NRST CD RESET61

94AOUT1L

95AOUT1R

114

SRDATAIN

118

AUDIOCLK

139

P85

137

P31

136

P32

P30

134

CD SERVO P.C.B.

2AINL

SDTO9

1AINR

MCLK11

PDN13

LRCK10

SCLK12

IC8301

C0FBAK000026

DIGITAL AUDIO A/D CONVERTER

CD BLKCK

CD STAT

CD MDATA

CD MCLK

CD MLD

CD RESET

CD LOUT

CD ROUT

LCH IN

RCH IN

LD CCW

LD CW

CD INNER SW

CD OPEN SW

CD CLOSE SW

D-

D+

CN2009FP8101

FP8101 CN2009

27 4

FP8101 CN2009

23 8

FP8101 CN2009

24 7

FP8101 CN2009

21 10

FP8101 CN2009

22 9

FP8101 CN2009

26 5

FP8101 CN2009

25 6

FP8101 CN2009

20 11

FP8101 CN2009

13 18

FP8101 CN2009

15 16

FP8101 CN2009

17 14

FP8101 CN2009

19 12

FP8101 CN2009

427

FP8101 CN2009

526

FP8101 CN2009

328

FP8101 CN2009

229

FP8101 CN2009

130

MAIN P.C.B.

ZJ6300*CN2700

D-

229

D+

328

IC2003

*MN101EF16KXW

MICROPROCESSOR

Q2019

5V

SWITCH

D-

D+

D5V

CN2700 ZJ6300*

55

D-

22

ZJ6300*CN2700

D+

33

D6300

D5V

USB P.C.B.

CN6301

USB PORT

VBUS

1 VBUS

2D-

3D+

QR2004

AMUTEAMUTE

USB INUSB IN

CD BLKCK

CD STAT

CD MDATA

CD MCLK

CD MLD

CD RESET

CD LOUT

CD ROUT

LCH IN

RCH IN

XI15

X2000

XO16

XTIN13

X2001

XTOUT12

IC2006

C3EBEY000037

EEPROM

6SCL

5SDA

Q2011

3.3V

RESET

EE CLK36

EE DATA34

NRST19

D2008

72

CD MCLK

74

65

CD L

CD R

LCH IN

FROM/TO AUDIO

RCH IN

USB REC LED 79

EN 71

PCONT 26

SMPS BP 31

SYNC 27

OC 70

TEMP DET 97

DCDET2 28

SW LVL1 51

SW LVL2 52

SW MUTE 5

CLIP ATTN 1

BASS CTR 45

MUSIC CTR 46

BASS SHIFT 80

F HOP1 42

MODE DA 44

MUTE F 41

ASP CLK 3

TU CLK 23

TU RST 24

ASP DATA 2

TU SDA 22

TU INT 25

LVL MTR 96

CLIP SENSOR 93

AUTO BASS 94

M.PORT SW 7

DCDET1 43

LED DRIVE

TEMP DET

DC DET PWR

MUSIC CTR

BASS SHIFT

ASP DATA

LVL MTR

CLIP SENSOR

AUTO BASS

MPORT SW

DC DET AMP

PCONT

SMPS BP

SYNC

SW LV1

SW LV2

SW MUTE

CLIP ATTN

BASS CTR

MODE DA

MUTE F

ASP CLK

TU SCLK

TU RST

TU SDA

TU INT

OC

F HOP

EN

PCONT

SMPS BP

SYNC

OC

TEMP DET

DC DET PWR

SW LV1

SW LV2

SW MUTE

CLIP ATTN

BASS CTR

MUSIC CTR

BASS SHIFT

F HOP

MODE DA

MUTE F

ASP CLK

TU SCLK

TU RST

ASP DATA

TU SDA

TU INT

LVL MTR

CLIP SENSOR

AUTO BASS

MPORT SW

DC DET AMP

TO SERVO & SYSTEM CONTROL

FROM/TO POWER SUPPLY

FROM/TO AUDIO

BLOCK (2/2)

FAN UNIT (REAR)

LD CCW

LD CW

CD INNER SW

CD OPEN SW

CD CLOSE SW

POSITIVE

LOAD CCW59

LOAD CW60

CD RESET SW58

CD OPEN SW57

CLOSE SW56

FAN OUT1 20

QR2006

FAN OUT2 21

16V

FAN OUT

SWITCH

FAN

CONTROL

CIRCUIT

IC2012

C0ABBB000067

DUAL OP-AMP

Q2024,Q2025,Q2031,Q2033 Q2002,Q2003,Q2020,Q2021

NEGATIVE

POSITIVE

NEGATIVE

CN2005

CN2006

+

2

-

1

+

2

-

1

FAN UNIT (INNER)

NOTE: “ * ” REF IS FOR INDICATION ONLY

SA-MAX500 SERVO & SYSTEM CONTROL (1/2) BLOCK DIAGRAM

: CD AUDIO INPUT SIGNAL LINE

TO SERVO & SYSTEM CONTROL BLOCK (1/2)

: AUDIO OUTPUT SIGNAL LINE

: USB SIGNAL LINE

MAIN P.C.B.

IC2003

*MN101EF16KXW

MICROPROCESSOR

RMT 86

REMOTE SENSOR P.C.B.

IR6200

REMOTE CONTROL

RMT

CN6000CN2003

CN6200CN6001

1711

SENSOR

3,43,4

3.3V

FL DATA 82

FL CS 83

FL CLK 84

LED DIMMER 38

VOL JOG A 9

VOL JOG B 10

ROTARY JOGA 33

ROTARY JOGB 32

J VOLA

J VOLB

J ROTA

J ROTB

FL DOUT

FLCLK

IC6000

C0HBB0000057

FL DISPLAY

FL DOUT

FL CS

FLCLK

DRIVER

DIN

7

STB

9

8

CLK

SG1 ~ SG16 GR1 ~ GR12

P2 3

P3 4

P0

1

CN6000CN2003

1414

CN6000CN2003

FL CS

1513

CN6000CN2003

1612

QR6003

LED DRIVE

CN6000CN2003

LED DIMMERLED DIMMER

244

QR6001

LED DRIVE

J VOLA

CN6000CN2003

1018

J VOLB

CN6000CN2003

1117

J ROTA

CN6000CN2003

1315

J ROTB

CN6000CN2003

1216

VR6000

VOLUME

VR6001

ALBUM/TRACK

FL6000

FL DISPLAY

D6001,D6002 D6003,D6004

Q6002

LED DRIVE

F-

44

F-

F+

1

F+

5V

PANEL P.C.B. TOP BAR LED P.C.B.

ZJ6600*CN6004

D6600,D6601,D6602

PW +2.4VPW +2.4V

22

BOTTOM BAR LED P.C.B.

ZJ6700*CN6005

D6700,D6701,D6702

PW +2.4VPW +2.4V

22

MEMORY LED P.C.B.

LED CALED CA

LED AN

D6800

LED AN

ZJ6800*CN6006

11

ZJ6800*CN6006

22

MAIN P.C.B. SPEAKERS

SB-MAX500

SUBW LED SUPPLY

CN2003CN6000

622

SUBW LED

CN2001

1

SB-MAX500

CN2008

SUBW LED

1

SB-MAX500

CN2000

SUBW LED

1

SB-MAX500

CN2010

SUBW LED

1

NOTE: “ * ” REF IS FOR INDICATION ONLY

KEY 2 98

KEY 1 99

S6002

POWER

KEY2

KEY1

KEY2

CN6000CN2003

199

S6014

ALBUM/TRACK

KEY1

CN6000CN2003

1810

S6007

D.BASS

S6003

MEMORY

S6011

SUPER WOOFER

S6006

USB

S6012

MEMORY

REC/PAUSE

S6005

CD

S6013

USB

REC/PAUSE

S6000

RADIO/EXT-IN

S6016

MANUAL EQ

S6004

PLAY/PAUSE

S6010

REWIND

S6008

LATIN

PRESET EQ

S6009

FORWARD

S6001

STOP

S6015

OPEN/CLOSE

MIC SW

FROM AUDIO

SA-MAX500 SERVO & SYSTEM CONTROL (2/2) BLOCK DIAGRAM

12.2. IC Terminal Chart

IC8051

64M SDRAM

SIGNAL NAMETC

IC8001

SERVO PROCESSOR

PIN NOPORT NAME PIN NO PORT NAME

A0

A1

A2

A3

A4

1

A5

A6

A7

A8

A9

A10

A11

64M SDRAM

IC8051

A023

A124

A225

A326

A429

A530

A631

A732

A833

A934

A1022

A1135 A1126

SIGNAL NAMETC

14

15

16

17

20

21

22

23

24

25

13

IC8001

SERVO PROCESSOR

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

PIN NOPORT NAME PIN NO PORT NAME

DQ0 / DQ15

DQ1 / DQ14

DQ2 / DQ13

DQ3 / DQ12

2

DQ4 / DQ11

DQ5 / DQ10

DQ6 / DQ9

DQ7 / DQ8

D02 / 53

D14 / 51

D25 / 50

D37 / 48

D48 / 47

D510 / 45

D611 / 44

D713 / 42

142

143

144

2

3

4

5

6

D0

D1

D2

D3

D4

D5

D6

D7

SA-MAX500 IC TERMINAL CHART

12.3. Audio

AUX IN

FM ANT

AM ANT

MUSIC PORT

JK2000

JK51

JK52

MIC

L

2

R

3

1

2

1

JK6401

JK6500

AUX L

AUX R

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE : AUDIO OUTPUT SIGNAL LINE: CD AUDIO INPUT SIGNAL LINE

: AM SIGNAL LINE : FM SIGNAL LINE

MAIN P.C.B.

IC2000

C1AB00003256

ASP

38 IN3B

2 IN3A

IC52

C1AB00003566

AM/FM RADIO RECEIVER

LOUT 14

2 FMI

ROUT 13

9 RCLK

X51

L52

3

2

1

4

6

SDIO 8

17 DCLK

SCLK 7

4 AMI

RST 5

GCGPIO2 18

FROM/TO SERVO & SYSTEM CONTROL

TU INT

TU RST

TU SCLK

TU SDA

ASP DATA

ASP CLK

CD L

CD R

MPORT SW

TU INT

TU RST

TU SCLK

TU SDA

ASP DATA

ASP CLK

CD L

CD R

MPORT SW

37 IN2B

3 IN2A

19 SDA

20 SCL

44 IN6B

47 IN6A

OUTB 22

OUTA 17

EXTSENSE 24

BPF1 13

BPF2 14

BPF3 15

VOLINA 7

TO SERVO & SYSTEM CONTROL

FROM SERVO & SYSTEM CONTROL

Q2001

SWITCH

Q2037

SWITCH

Q2041

SWITCH

CLIP ATTN

CLIP SENSOR

SW LV1

SW LV2

SW MUTE

CLIP ATTN

CLIP SENSOR

SW LV1

SW LV2

SW MUTE

Q2050

CLIP SENSOR

CIRCUIT

IC2005

C0AABB000125

DUAL OP-AMP

PRE-AMP

&

SUPER WOOFER

CIRCUIT

IC2004

C0ABBB000067

DUAL OP-AMP

Q2004,Q2005,Q2006 Q2008,Q2009,Q2010

IC2001

C0ABBB000067

DUAL OP-AMP

Q2028,Q2029 Q2030,Q2032

FRONT

HIGH & LOW

DUAL AMPLIFIER

CIRCUIT

BLOCK (2/2)

FR R TWEETER

FR L TWEETER

TO AUDIO

SURR R

SURR L

FR R WOOFER

FR L WOOFER

SUBWOOFER

7

6

5

4

3

2

1

PANEL P.C.B.

Q2040

SWITCH

QR2001,Q2000,Q2007

Q2016,Q2017,Q2026

Q2042

SWITCH

Q2038,Q2039

AUTO BASS

CIRCUIT

LEVEL METER

CIRCUIT

BASS SHIFT

AUTO BASS

LVL MTR

BASS CTR

MUSIC CTR

LCH IN

RCH IN

BASS SHIFT

LCH IN

RCH IN

AUTO BASS

LVL MTR

BASS CTR

MUSIC CTR

FROM/TO SERVO & SYSTEM CONTROL

MONOUTB

35

VOLINB 33

RECOUTA 6

RECOUTB 34

5

4

R

3

L

2

1

6

7

MUSIC PORT P.C.B.

MPORT SW

MPORT R

MPORT L

ZJ6401*

ZJ6002*

11

ZJ6002*

44

ZJ6002*

22

CN2003CN6000

MPORT SW

199

MPORT R

CN2003CN6000

226

MPORT L

CN2003CN6000

208

50 IN5A

42 IN5B

MONOUTA

5

MIC P.C.B.

5

4

3

2

1

6

7

IC6500

C1AB00003130

MIC AMPLIFIER

MIC

CIRCUIT

VR6500

MIC VOLUME

ZJ6003*ZJ6500*

33

MICMIC

CN2003CN6000

244

MIC MIXING

AMP CIRCUIT

IC2002

C0ABBB000067

BUFFER AMP

NOTE: “ * ” REF IS FOR INDICATION ONLY

MIC SW

ZJ6003*ZJ6500*

22

MIC SW

TO SERVO & SYSTEM CONTROL

SA-MAX500 AUDIO (1/2) BLOCK DIAGRAM

2

3

FR L TWEETER

FR L WOOFER

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE : AUDIO OUTPUT SIGNAL LINE: CD AUDIO INPUT SIGNAL LINE

: AM SIGNAL LINE : FM SIGNAL LINE

MAIN P.C.B.

IC5800

C1BA00000497

AUDIO DIGITAL AMPLIFIER

IN1+

2

IN2-

21

BOOT1

OUT1

9

10

JK5601

5

JK5601

6

+

FRONT(LEFT)

-

HIGH

SPEAKERS

FROM/TO SERVO & SYSTEM CONTROL

FR R TWEETER

5

FR R WOOFER

4

TO AUDIO BLOCK (1/2)

SURR L

6

SURR R

7

MUTE F

MODE DA

DC DET AMP

F HOP

MUTE F

MOD DA

DC DET AMP

F HOP

OSC

Q5600,Q5601,Q5602

MODE

SELECTION

CIRCUIT

Q5603,Q5604

SPEAKER

PROTECTION

SWITCH

CLOCK

GENERATOR

CIRCUIT

IC5600

C0JBAB000902

HEX INVERTER

X5601,X5602

ADDOMADDOM

FETUMFETUM

TEDCDTEDCD

LDNUORRUSLDNUORRUS

RDNUORRUSRDNUORRUS

Q5601,Q5603,Q5604

MODE

SELECTION

CIRCUIT

Q5101,Q5102

SPEAKER

PROTECTION

SWITCH

CN5050CN2004

99

CN5050CN2004

117

CN5050CN2004

117

CN5050CN2004

513

CN5050CN2004

216

1

MODE

23

MODE

23

OSC

1

IN1+

2

IN2-

21

IC5700

C1BA00000497

AUDIO DIGITAL AMPLIFIER

IC5400

C1BA00000497

AUDIO DIGITAL AMPLIFIER

IN1+

2

IN2-

21

MODE

23

OSC

1

BOOT2

OUT2

OUT1

BOOT1

OUT2

BOOT2

BOOT1

OUT1

BOOT2

OUT2

15

JK5601

14

10

9

14

15

8

JK5601

7

JK5601

1

JK5601

2

JK5601

4

JK5601

3

-

FRONT(LEFT)

+

MID LOW

+

FRONT(RIGHT)

-

HIGH

-

FRONT(RIGHT)

+

MID LOW

D-AMP P.C.B.

9

JK5001

10

15

14

4

JK5001

3

JK5001

1

JK5001

2

+

-

+

(SB-MAX500) (LEFT)

(SB-MAX500) (RIGHT)

10

OSC

POHFPOHF

CN5050CN2004

414

CN5050CN2004

153

CN5050CN2004

171

CLOCK

GENERATOR

CIRCUIT

IC5500

C0JBAB000902

HEX INVERTER

X5500,X5501

2REFOOWBUS2REFOOWBUS

1REFOOWBUS1REFOOWBUS

1

MODE

23

IN1+

2

IN2-

21

IC5000

C1BA00000497

AUDIO DIGITAL AMPLIFIER

OUT1

BOOT1

OUT2

BOOT2

9

14

15

SA-MAX500 AUDIO (2/2) BLOCK DIAGRAM

12.4. Power Supply

IC5799

MIP2F20MSSCF

SWITCHING MODE POWER SUPPLY CONTROL

CL 3

VCC 4

D5

FB 2

VDD 1

P5701

AC INLET

F1

DZ5701

VOLTAGE SELECTOR P.C.B.

S5701

VOLT ADJ

IC5701

C1ZBZ0004646

SWITCHING REGULATOR

VCC

2

D5724,D5727

OCP/BD

5

DRIVE

8

FB

4

D5795

L5701

324

SMPS P.C.B.

T5751

SUB TRANSFORMER

D5798

6

5

2

1

8

D5896

7

10

SYS3.3V SYS3.3V

CN2007CN5802

88

MAIN P.C.B.

SYS3.3V

2

D5793

3

PC5799

FEEDBACK

3

4

1

D5730

1

D5701

TL7*TL5*

BLKBLK

TL8*TL6*

REDRED

2

3

4

T5701

MAIN TRANSFORMER

5

4

PC5702

SYNC

PC5701

FEEDBACK

2

1

4

3

2

1

16

Q5721

D5726

D5729

Q5700

SWITCH

D5723

SWITCH

D5721

Q5720

VOLTAGE

REGULATOR

D5722

Q5722

CURRENT

LIMITING

SWITCH

D5702

D5728

D5731

D5725

6

8

7

2

1

4

3

PC5720

FEEDBACK

D5803

17

13

D5802

14

11

D5801

12

1

2

TH5860

IC5899

C0DAEYY00040

SHUNT REGULATOR

KC RR

Q5898

SYNC SWITCH

QR5810

PCONT

SWITCH

QR5801

SWITCH

Q5860,Q5861,Q5862

TRANSFORMER

TEMPERATURE

DETECT

QR5802

DC DETECT

FEEDBACK

CIRCUIT

SYNC

PCONT

DCDET2

DC16V

D5804

+35V SENSE +35V SENSE

-35V SENSE

+35V SENSE +35V SENSE

-35V SENSE

IC5801

C0DAZYY00039

SHUNT REGULATOR

SYNC SYNC

CN2007CN5802

77

PCONT PCONT

CN2007CN5802

1414

Q2035

AM

BEATPROOF

CIRCUIT

DCDET2 DC DET PWR

CN2007CN5802

1010

DC16V

CN2007CN5802

1313

CN2007CN5802

5,65,6

-35V SENSE

CN2007CN5802

1,21,2

ZJ5500*CN5801

5,65,6

-35V SENSE

ZJ5500*CN5801

1,21,2

+35V SENSE +35V SENSE

-35V SENSE

+35V SENSE

-35V SENSE

-35V

ZJ5000*ZJ2001*

5,65,6

-35V SENSE

ZJ5000*ZJ2001*

1,21,2

35V

D-AMP P.C.B.

SMPS BP

+35V SENSE

-35V SENSE

SYNC

PCONT

SMPS BP

DC DET PWR

35V

-35V

TO POWER SUPPLY

BLOCK (2/2)

FROM/TO SERVO & SYSTEM CONTROL

DC DET PWR

PW +16V

3

1

NOTE: “ * ” REF IS FOR INDICATION ONLY

TEMP DET

CN2007CN5802

99

TEMP DET

FROM SERVO & SYSTEM CONTROL

TH5861

SECONDARYPRIMARY

SA-MAX500 POWER SUPPLY (1/2) BLOCK DIAGRAM

13 Wiring Connection Diagram

M

CN5801 6

T5701 (MAIN TRANSFORMER)

1

16 15 14 13 12 11

456728

CN5802 15

SMPS P.C.B.

(SOLDER SIDE)

910

T5751 (SUB TRANSFORMER)

1

P5701

AC IN

110-127V/

220-240V

5432

6

1

10 789

50/60Hz

PbF

ZJ5500*

6

1

L

D-AMP P.C.B.

(SOLDER SIDE)

CN5050

2

16

1

17

E

USB P.C.B.

(SOLDER SIDE)

USB PORT

CN6301

41

ZJ6300*

5

1

JK5001

12

10

8

6

4

2

11

9

7

5

3

1

PbF

SUBWOOFER

(SB-WAKX105)

SUBWOOFER

(SB-WAKX104)

SURROUND

1

SPEAKERS

2

M7301* (TRAVERSE MOTOR)

H

CD INTERFACE P.C.B.

(SOLDER SIDE)

PbF

M7302*

1

(SPINDLE MOTOR)

CN7002

10

1

9

2

9

2

10

1

CN7001

1245

TO LOADING P.C.B. (CD MECHANISM UNIT BRS11C)

MIC VOLUME

VR6500

132

ZJ6500*

ZJ6501*

1

4

12

2

MIC

JK6500

7

6

1

2

3

4

5

K

MIC P.C.B.

(SOLDER SIDE)

TO OPTICAL PICKUP UNIT (CD MECHANISM UNIT BRS11C)

PbF

FP8251

1

10

2

9

2

9

1

10

FP8201

24

23

2

1

F

MUSIC PORT P.C.B.

(SOLDER SIDE)

JK6401

6

1

3

4

ZJ6402*

2

1

ZJ6400*

1 2

5

ZJ6401* 14

A

CD SERVO P.C.B.

(SIDE B)

FP9003

15

FP8101

7

MUSIC

2

PORT

PbF

301

103

PbF

FOR DEBUG

PbF

VR6000

3

1

VR6001

31

TO SMPS CHASSIS GND

C

PANEL P.C.B.

(SOLDER SIDE)

T6000

(SWITCHING TRANSFORMER)

2

1

3

4

9

5

8

6

7

CN6000

26

27 27

26

14

ZJ6003*

CN6001

4

1

2

1

CN6005

VOLUME

2

1

2

ALBUM/

TRACK

PbF

CN2003

6

1

ZJ5000*

26

1

2

27

JK5601

1

TO FAN UNIT

(INNER)

5

3

2

4

TO SPEAKERS

(FRONT)

7

6

8

D

REMOTE SENSOR P.C.B.

(SOLDER SIDE)

CN6200

4

1

IR6200

PbF

1

SENSOR

3

FOR DEBUG

27

26

CN2000

1

CN2007

2

CN2008

1

2

1

15

2

1

6

1

ZJ2001*

CN2001

1

2

TO SUBWOOFER

(SB-WAKX104)

CN2006

15

CN2004

1

2

16

17

TO FAN UNIT

(REAR)

CN2700

CN2005

12

CN2010

2

1

TO SUBWOOFER

(SB-WAKX105)

CN2002

1

2

5

6

CN2009

1

30

2

29

B

MAIN P.C.B.

(SIDE B)

29

2

1

30

JK2000

ZJ6700*

1 2

2

3

1

AUX IN

JK51

4

1

FM ANT

PbF

1

AM ANT

JK52

2

J

BOTTOM LED P.C.B.

(SOLDER SIDE)

NOTE: " * " REF IS FOR INDICATION ONLY.

SA-MAX500 WIRING CONNECTION DIAGRAM

14 Schematic Diagram

16.1. Schematic Diagram Notes

 This schematic diagram may be modified at any time

with the development of new technology.

Notes:

Playlist 2 switch. Playlist 3 switch. Playlist 4 switch. Playlist 1 switch. Playlist 5 switch. Playlist 6 switch.

S6000: Radio/EXT-IN switch. S6001: Stop ( ) switch. S6002:

S6003: Memory switch. S6004: S6005: CD switch. S6006: USB switch. S6007: D.BASS switch. S6008: Latin Preset EQ switch. S6009: S6010: Rewind ( / ) switch. S6011: Super Woofer switch. S6012: Memory Rec/Pause switch. S6013: USB Rec/Pause switch. S6014: Album/Track swit S6015: Open/Close switch ( ). S6016: Manual EQ switch. S7201: Reset switch. VR6000: Volume Jog. VR6001: Album/Track Jog. VR6500: Mic Jog.

Power ( ) switch.

Play/Pause ( / ) switch.

Forward ( / ) switch.

ch.

 Voltage and signal line

: +B signal line : -B signal line : CD Audio input signal line : AUX/Tuner/Music Port/Mic Audio input signal line : Audio output signal line : USB signal line : AM signal line : FM signal line

 Important safety notice:

Components identified by mark have special characteristics important for safety. Furthermore, special parts which have purposes of fire-retardant (resistors), high quality sound (capacitors), low-noise (resistors), etc are used. When replacing any of components, be sure to use only

manufacturer’s specified parts shown in the parts list.

 In case of AC rated voltage Capacitors, the part no. and val-

ues will be indicated in AC rated voltage capacitors: C5700, C5701, C5704, C5705, C5708

 Resistor

Unit of resistance is OHM [Ω] (K=1,000, M=1,000,000).

 Capacitor

Unit of capacitance is μF, unless otherwise noted. F=Farads, pF=pico-Farad.

 Coil

Unit of inductance is H, unless otherwise noted.

the Schematic Diagram.



*

REF IS FOR INDICATION ONLY.

14.2. CD Servo Circuit

A

1

A

SCHEMATIC DIAGRAM - 1

CD SERVO CIRCUIT

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

: CD AUDIO INPUT SIGNAL LINE: +B SIGNAL LINE

: AUDIO OUTPUT SIGNAL LINE

: USB SIGNAL LINE

B

4.7C8513

C8509 0.1

NUNC

RFU

VCCQ

VSSQ RFU

NUNC

NC

NUNU

NCRFU

RFUNC

IC8501

C3FBYY000034

4GB NAND FLASH MEMORY

NU NU

RFU

NC

NC VCC

NUNC

NC

NUNC

VSS

RFU

87 88

C

C8510 0.1

4.7C8514

D

R8501

NRST_EMMC

0

C8511 0.1

E

C8512 0.1

F

NC

[87] NC

89

RFU

90

VSS

91

NC

92

NC

93

NC

94

NC

95

NC NC

96

RFU

97 98

VCC

99

NC

100

NC

101

NC

102

NC

103

NC

104

NC

105

NRST

106

RFU

107

RFU

108

VSS

109

VDD

110

RFU

111

NU

112

NU

113

NU

114

NC

115

NC

116

NC

117

NU

118

NU

119

NU

120

NC

121

NC

122

RFU

123

VCCQ

124

CMD

125

CLK

126

NC

[129] NC

127

NC

128

NC

129

NC NU

NC

RFU

NCNCVSS

C8508 0.1

A4A7A5

A6

A9

A8

4849 4750 4446 45576668 67 6365 6471737879 778586 8182 8084 83 7476 75 72 6970 59 5862 6061 5253 515556 54

NU

[43] RFU

NC

RFU

NC

RFU

VCCQ

VSSQ

RFU

RFU VDDI VDDI

RFU

RFU DAT7 DAT6 DAT5 DAT4 DAT3

RFU

RFU DAT2 DAT1 DAT0

NC

RFU

43 42 41 40 39 38 37 36

NU

35 34 33 32 31 30 29 28 27 26 25 24 23

NU

22

NU

21

NU

20

NC

19

NC

18

NC

17

NC

16

NC

15 14 13 12 11 10

NC

9

NU

8

NC

7

NC

6

NC

5

NC

4

NC

3

NC

2

NC

1

NC

1C8503

0.1C8505 1C8502

A4

VSS

IC8051

C3ABPG000163

64M SDRAM

242627 25 22 20 18 16 1415171921

C8030

0.1

A2A3DGNDA0A1

DAT1_SD DAT2_SD

DAT0_SD DAT3_SD

CLK_SD CMD

R8505 47K R8506 47K R8507 47K R8504 47K

R8502 47K R8503 47K

RFU

NCNCNU

NCNCNC

NUNCNU

NC

167 169168164165159160156157152153148149144 145140141136 137132133130 131 135134 139138 143142 147146 151150 155154 158 162 163161 166

NUNCNCNCNUNUNC

VSS

RFU

VCC

VCCQ

VSSQ

RFU

NCNCRFU

NU

VSSQ

VCCQ

NU

NUNCRFU

A11

A8

A10/AP

A10

3835 3633 34 37 40 4139

A9

NC

A11

CS

BA1

BA0

BA1

NRAS

32

A5

A7

A6

A2A3VDD

A0

A1

23

CKE

/RAS

CLK

NCAS

R8041

CLK

/CAS

10K

NWE

UDQM

/WE

A9

NC

LDQM

C8053 0.1

D7

42

VSS

VDD

12 10 911

13

D7

DQ8

DQ7

C8055 0.1

4443 45

VDDQ

VSSQ

D4

D5

D3

D6

DQ9

DQ12

DQ10

DQ11

VSSQ

DQ3

DQ5

DQ6

DQ4

VDDQ

0.1C8057

D3D5D4

D6

0.1C8052

5049 514746 4828 3129 30

VDDQ

VSSQ

54678

D2

D2D0D1

DQ13

DQ2

D1

52 54

DQ14

DQ1

312

0.1C8056

53

VSSQ

VDDQ

D0

DQ15

DQ0

VSS

VDD

C8054

0.1

0.1C8051

C8042

0.1

PW_3R3V_DIG

LB8052

J0JHC0000045

TO CD SERVO

CIRCUIT (2/4)

P1

G

C8507 0.1

C8504 0.1

C8506 0.1

10C8501

H

LB8501

J0JHC0000045

TO CD SERVO CIRCUIT (3/4)

PW_3R3V_DIG

2/4

1/4

4/4

3/4

SA-MAX500 CD SERVO CIRCUIT

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

A

B

SCHEMATIC DIAGRAM - 2

CD SERVO CIRCUIT

TO CD SERVO CIRCUIT (1/4)

TO OPTICAL PICKUP UNIT (CD MECHANISM UNIT BRS11C)

FOR DEBUG

FP9003

FP8201

NRST

STBY3.3V

SDATA

SCLK

CD/DVD SW

PD GND

VREF

VCC(5V)

GND

CD-LD

MD/LPD

DVD-LD

GND-LD

VSS

A

: CD AUDIO INPUT SIGNAL LINE: +B SIGNAL LINE

C8401

10

C8403

0.01

1 2 3 4 5

F-

24

F+

23

T+

22

T-

21

C

20

D

19 18

RF

17 16

A

15

B

14

F

13 12 11 10

E

9

NC

8

NC

7 6 5 4

NC

3

NC

2 1

R8201 0 R8202 0

R8203 0

R8205 0

R8206 0

TP

64

J0JHC0000045

R8215

5.6

K8201

0

C8202

0.1

C8201

10

LB8202

0R8204

10C8204

0.01C8203

243

1

CE#

WP#

VDD

HOLD# SO

SCLK

675

8

Q8201

B1ADCF000001

LASER DRIVE

D8250

B0BC5R600003

: AUDIO OUTPUT SIGNAL LINE

R8014 0

R8013 0

R8012 0

VSS

IC8401

C3FBMY000303

16M FLASH MEMORY

SI

0R8015

R8016 0

R8017 0

LB8401

J0JHC0000045

TP

63

R8212

C8259

4.7

10

C8260

0.01

: USB SIGNAL LINE

NCSSF

IO1SF

IO2SF

IO0SF

CLKSF

IO03SF

PW_3R3V_DIG

NRST

SDATA

SCLK

VREF

PW_3R3V_CD

FF+ T+

T-

C D

A B E

F

PD

LD

PW_+5V

DGND

PGND PW_3R3V_MAIN

CLOSE_SW OPEN_SW REST_SW REV FWD PW_M+9V SERVO_GND

PW_3R3V_DAC

LCH_OUT DAGND RCH_OUT

LCH_IN ADGND RCH_IN

STAT MDATA USB_IN BLKCK MLD MCLK AMUTE D+ D-

K8202

B

C9006

0.1

C

C8066

0.1

D

J0JDC0000104LB8013 J0JDC0000104LB8014 J0JDC0000104LB8015

C8071 0.1

C8040

0.1

C8061

0.1

C8402

6.3V100

C8064

6.3V220

10R8027 J0JHC0000045LB8004

LB8009 J0JDC0000104

LB8008 J0JDC0000104

LB8007

J0JHC0000045LB8003

J0JDC0000104 J0JDC0000104LB8006 J0JDC0000104LB8005

0

K8205

0

C8101 0.1

C8074 0.1

C8072 0.1

C8073 0.1

R8035 0

R8038 100 R8037 100 R8036 100

CD_CLOSE_SW

1

CD_OPEN_SW

2

CD_INNER_SW

3

LD_CCW

4

LD_CW

5

M+9V

6

PGND

7

M+5V

8

CD_3.3V

9

CD_3.3V

10

DGND

11

A+5V

12

CD_LOUT

13

DAGND

14

CD_ROUT

15

DA_GND

16

LCH_IN

17

ADGND

18

RCH_IN

19

CD_RESET

20

CD_STAT

21

CD_MDATA

22

USB_IN

23

CD_BLKCK

24

CD_MLD

25

CD_MCLK

26

AMUTE

27

D+

28

D-

29

DGND

30

FP8101

30

TO MAIN(MICON) CIRCUIT (CN2009) IN SCHEMATIC DIAGRAM - 10

1

E

F

G

P1

2/4

TO CD SERVO CIRCUIT (4/4)

P1

1/4

4/4

3/4

SA-MAX500 CD SERVO CIRCUIT

H

I

A

SCHEMATIC DIAGRAM - 3

CD SERVO CIRCUIT

IO0SF

CLKSF

IO03SF

NCSSF

IO1SF

IO2SF

: CD AUDIO INPUT SIGNAL LINE: +B SIGNAL LINE

A4A6A5

A2

A3

A1

A9A7A8

A11

CLK

A0

: AUDIO OUTPUT SIGNAL LINE

A10

NWE

NRAS

NCAS

D7D5D6

: USB SIGNAL LINE

D3

D4

TO CD SERVO CIRCUIT (1/4)

J

LB8402

CKA52

TP

1000PC8027

C8017 10

J0JHC0000045

R8026 0

R8214 10K

10C8065

C8008 0.022

50

C8007 0.33

51

C8013

6.3V100

C8014 0.01

10KR8042 0R8025

0.1C8037

0.1C8038

C8047

0.015

R8210

820

PW_3R3V_MAIN

DAT1_SD DAT0_SD

K

L

M

DAT3_SD DAT2_SD NRST_EMMC

CLK_SD CMD

FOP TRP SPOUT TRVP

VREF

E F D B C A

LD

PW_3R3V_CD

PD

CKA41

R8209

2.2M

N

PW_3R3V_DAC

PW_3R3V_DIG

SERVO_GND

LB8201

J0JHC0000045

10C8070

C8029 0.1

36393435

37

IO0SF

DVSS3

FIOVDD

38

40

MSDDAT2 MSDWP

41

MSDCD

42 43

MSDCDCLK

44

MSDCMD

IOVDD5

45 46

DVSS4 DVDD2

47

FOP

48

TRP

49 50

SPOUT

51

TRVP TRVP2

52 53

OSCIN

54

VREF

55

E

56

F

57

D

58

B

59

C

60

A

61

PD

62

LD

63

CDAVSS CDAVDD

64 65

CTCENV

68PC8009

66

RFENV

67

RFOUT

68

RFIN

4.7C8022 69

ARFDC

70

ARFOUT

0.1C8010 71

680PC8020

72

PLLF

DSLF

PLLFO

R8211

2.7K

C8018

0.33

C8019 1000P

C8021 0.082

32 30 293133

IO3SF

CLKSF

NCSSF

[37] MSDDAT1 [38] MSDDAT0 [39] MSDDAT3

[71] ARFFB [72] ARFIN

SDATA

VCOF

DVSS5

IO1SF

SCLK

R8010

100K

R8011

100K

0.1C8036

2728 25 23 21 20 19222426

IO2SF

IOVDD4

TRCD3

EXTRGO

CKA80

CKA81

CKA100

CKA99 CKA98

R8251 33

CKA82

CLK

TRCD2

A9

A11

TRCD0

TRCD1

84 8580 817776 787473 75 79 8382 93 9492 969589 9087 88 91 9997 9886

CKA83

CKA84

C8067 10

10C8075

A5

A7

A6

A8

IC8001

MN6627992AB

SERVO PROCESSOR

TRCST

DVDD3

IOVDD6

TRCCLK

CKA85

CKA86

0.1C8034

0.1C8011

0.1C8045

0.1C8035

A4

A3

A1

A0

A2

RDACVSS

RDACVDD

C8033 0.1

AOUT1L

AOUT1R

A10

SRAMVDD

4.7C8044

0.1

C8048

DVSS2

IOVDD3

X11

X01

DVSS6

O

1KR8003

1KR8004

C8025 4.7

3300PC8069

SDATA

SCLK

R8006

220

C8015

12P

R8005

1M

X8101

H0J338300002

C8016

12P

P

NRAS

NCAS

TEST2

SREGVDD

R8043 0

R8044 0

C8068 3300P

4.7C8026

NWE

TEST1

DVSS1

TEST0

R8045 0

0.1C8059

0.1C8012

DVDD1

[144] D2 [143] D1 [142] D0

[111] P80 [110] P25 [109] P24

DVDD4

C8043 0.1

5631241314 111218 16 1517 9 8 710 D7

IOVDD2

DVSS7

IOVDD7

C8046 0.1

TP

D4D5D3

D6

USBNOC

USBPP

IOVDD9

DVSS9

USBDM2

USBAVDD2

USBDP2

USBAVSS

USBDP1

USBAVDD1

USBDM1

DVSS8 DVDD5

IOVDD8

REGON

AUDIOCLK

SRDAT

LRCK

SRDATAIN

SREQ/BLKCK

NRST

SO/STAT

IRQ1A/MLD

107

105101102100 104103 106 108

TP

67

69

0.1C8058

BA0 BA1

P85 P84 P31 P32 P33 P30

BCLK

SCL5

SI/MDATA

144

IOVDD1

143 142

141

140

139

138

137 136

135

134

133 132

131

130

129

128

127 126

125

124

123

122

121

120

119

118

117 116

114

113 112

111

110

109

MCLK

1C8060

0.1C8031

CKA138

CKA117

CKA111 CKA110 CKA109

R8032

0

R8047

10K

R8002

10K

0R8001

C8076 10

C8049 10

1C8050

10KR8046

0.1C8032

0R8033

0.1C8039 0R8034

0.1C8028

0.1C8041

R8031 10K

R9005 10K

CKA137 R8302 0 R8301 0

30R9002

R9001 30

33R8029

R8021

33

R8022 10

0R8039

CKA132

R9003

15K 15K

LB8002

J0JCC0000407

R9004

CKA134

CKA135

PDN

LRCK SCLK

AMUTE

REST_SW

DGND

CLK_I2S

SCLK LRCK SDTO

BLKCK

USB_IN

MCLK

MDATA

STAT

MLD

NRST

DAGND

LCH_OUT

RCH_OUT

P1

D2 D1

D0 BA0 BA1

D+

D-

TO CD SERVO

CIRCUIT (4/4)

2/4

1/4

4/4

3/4

SA-MAX500 CD SERVO CIRCUIT

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

A

SCHEMATIC DIAGRAM - 4

H

CD SERVO CIRCUIT

I

: CD AUDIO INPUT SIGNAL LINE: +B SIGNAL LINE

: AUDIO OUTPUT SIGNAL LINE

: USB SIGNAL LINE

P1

TO CD INTERFACE CIRCUIT (CN7002) IN SCHEMATIC DIAGRAM - 20

TO CD SERVO CIRCUIT (3/4)

TO CD SERVO CIRCUIT (2/4)

P1

J

FP8251

1

10

TRV+

TRV-

LDM+

LDM-

OPEN_SW

DGND

REST_SW

CLOSE_SW

SPM+

SPM-

10

9 8 7 6 5 4 3 2 1

F-

F+

VCC

VOSL-

VOTR-

VOFC-

VOSL+

VOTR+

VOFC+

VOLD+

SPM+

VOLD-

SPM-

VCTL

R8263

1K

C8262

6.3V100

VOTK-NCPVCC

VOTK+

T-

T+

OPEN_SW

REST_SW

CLOSE_SW

REV

FWD

54

711 101314 12 8 299

6321

REV

GND

FWD

VINSL

REGO2

REGO1NC

VINLD

TRB_2

VINTK

GND

27

24 252217 191815 16 3020 21

23

26 28

R8264

1.2K

C8256 1000P

DGND

SPM+

SPM-

VINFC

TRB_1

BIAS

C8261

C8252

IC8251

C0GBY0000117

5CH MOTOR DRIVER

MUTE

R8261

100

1

0.01 16V47

C8251

R8257 5.6K

R8256 100

C8258 1200P

10R8262

3.3KR8255

4.7KR8259

LB8252

J0JHC0000045

LB8251

J0JHC0000045

C8253

0.15

C8254

0.015

R8254

5.6K

R8260

47K

C8255

1800P

R8040 SDTO LRCK

CLK_I2S SCLK PDN

27K

TRP

SPOUT

VREF

TRVP

FOP

PW_3R3V_CD

PGND

PW_+5V

PW_M+9V

100KR8265

1KR8252

TP

61

R8258

100

CL8021

IC8301

C0FBAK000026

DIGITAL AUDIO

A/D CONVERTER

DGND

SDTO

98

VD(3.3V)

47KR8018 47KR8019 47KR8020

LRCK

SCLK

12

PDN

13

DIF

15

CKS0

16

K8002...AKX105

0

VA(5V)MCLK

ADGND

VCOM

CL8012

CKS1

AINLCKS2 AINR

710 611 5 4 314 2 1

C8001 0.1 C8002 10V10

C8004 10V10C8003 0.1

C8005 2.2

100KR8030 10C8062 10C8063

C8102

CHASSIS GND

CL8022

K8007...AKX105

0

0.1

CL8017

LB8301

J0JHC0000045

L8302

G1C100KA0101

LB8010

J0JDC0000104

LB8011

J0JDC0000104

PW_3R3V_MAIN

PW_+5V

ADGND

LCH_IN

RCH_IN

K

L

M

N

2/4

1/4

4/4

3/4

SA-MAX500 CD SERVO CIRCUIT

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

O

P

Main(Micon) Circuit

B

1

A

SCHEMATIC DIAGRAM - 5

MAIN(MICON) CIRCUIT

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

: +B SIGNAL LINE

: -B SIGNAL LINE

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

: FM SIGNAL LINE

: USB SIGNAL LINE

P1

B

C2067

1

R2162 0

LCH_IN

R2152

15K

C2028 1

C2032 1

C2029 1

C2031 1

C2043 1000P 100P

C2024 1000P

C2053

C2026 1000P

1000P

C2054 1000P

C2046 1000P 100P

10C2020

10C2021

1C2033

1C2034

TUNER_L

C

D

AUX_L

MPORT_L

CD_L

DAGND CD_R

MPORT_R

AUX_R

TUNER_R

R2012 680

R2154

15K

680R2103

E

F

G

RCH_IN

50V1C2061

C2049

10V33C2056

C2057 50V4.7

C2050

38 3536 3032 31 2729 2834 333739

IN4B

40

NC

41

IN5B

42

NC

43

IN6B

44

VREF

45

IN6DIFF

46

IN6A

47

NC

48

NC

49

IN5A

50

NC

51

IN4A

R2375

C2193

390K

1

Q2041

B1ABCF000176

SWITCH

R2051 680

C2070 0.47

IN3B

IN1B

IN2B

RECOUTB

MONOUTB

[39] NC

IC2000

C1AB00003256

ASP

[1] NC

IN2A

IN1A

IN3A

RECOUTA

MONOUTA

61423 552897

R2052 680 R2193 0

C2068

R2054

C2072 2200P

VOLINB

TONEHBTONEHA

[26] SURTC

[14] BPF2 [15] BPF3

VOLINA

2200P10.47C2071

C2073

0

3300PC2082

R2056 680

R2058 1K

0.1

0.047

0.33

0.1

R2373

C2074

0.1

C2075

390K

C2080

C2076

C2078

C2192

1

26

SRFIL

25

INT

TONEB1B

TONEB2B

TONEM1B

TONEM2B

EXTSENSE

24

VOL2CAPB

23

OUTB

22

V+

21

SCL

20

SDA

19

GND

18

OUTA

17

VOL2CAPA

16 15 14

TONEB1A

TONEM1A

TONEM2A

TONEB2A

BPF1

11 1210 13

C2153

10

0.1

0.047

0.33

R2061

6.8K

R2060 6.8K

C2081

C2077

C2079

R2057 680

R2059 1K

C2083 0.022

Q2037

B1ABCF000176

SWITCH

Q2042

B1ABCF000176

SWITCH

C2066

50V1

Q2040

B1ABCF000176

SWITCH

Q2001

B1ABCF000231

SWITCH

C2085 50V3.3

50V3.3C2086

150KR2062

C2084 C2088

0.082 0.082

R2063

R2355

15K

C2087

R2356

1K

R2374

1K

R2377

1K

R2246

100

R2372

1K

R2077

1K

R2064

15K

C2092

0.068

C2090 50V1 R2078 56K

50V3.3

C2089

C2242

0.1

12K

4.7

R2079

R2129

C2093

16V1000

0

33

CLIP_ATTN

LEFT-OUT

PW_+9V_1

ASP_CLK

AGND

RIGHT-OUT

PW_+9V

ASP_DATA

SYS3.3V

BASS_SHIFT

MIC_GND

MIC

R2025

3.9K

R2024

3.9K

R2294

6.8K

R2295

6.8K

C2041

6.3V100

C2241

0.1

R2030

R2031

C2037

0.047

47K

R2029

47K

R2032

47K

C2047

50V1

C2048

50V1

R2039

22K

C2055 C2060

V-

R2426

68K

R2044

22K

47P 100P

675

C2059 C2064

47 100

R2043 R2045

22K 22K

R2427

R2050

IC2002

BUFFER AMP

22K

R2053

22K

TO MAIN(MICON)

CIRCUIT (2/10)

2

1

8

V+

C0ABBB000067

243

1

68K

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

H

P1

TO MAIN(MICON) CIRCUIT (6/10)

3/10 5/10

2/10

1/10

6/10

4/10

8/10

7/10

9/10 10/10

SA-

MAX500 MAIN(MICON) CIRCUIT

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

B

C

SCHEMATIC DIAGRAM - 6

P1 P1

2

1

AUTO_BASS

AGND

DA

R2042

1K

R2046

100K

LVL_MTR

QR2001

B1GBCFJJ0051

SWITCH

TO MAIN(MICON) CIRCUIT (1/10)

MUSIC_CTR

BASS_CTR

: -B SIGNAL LINE

R2357

4.7M

Q2016

B1ADCE000012

SWITCH

Q2000

B1ADCE000012

SWITCH

C2096 1500P

Q2017

B1GBCFJJ0051

SWITCH

C2244

1

MAIN(MICON) CIRCUIT

: +B SIGNAL LINE

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

R2358

10K

R2359

1K

R2360

100K

C2062

0.22

Q2026

B1ADCE000012

SWITCH

D2010

B0ADCC000002

2

1

B1ADCE000012

R2271 100K

DA2J10100L

Q2039

R2402

27K

R2405 33K

D2028

AGC

R2040

47K

R2041

68K

D2006

DA2J10100L

C2199 2.2

D2012 DA2J10100L

R2361

C2248

10K

1

Q2038

B1ABCF000176

AGC

C2063

2.2

3

Q2007

B1ABCF000176

SWITCH

C2027 16V10

R2049

R2404

22K

R2362

470K

R2135

3.9K

R2037

100

680

B1GBCFJJ0051

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

C2247

R2363

0.1

33K

C2246

0.1

R2364

2.2K

R2101

100

R2033

330K

R2036

82K

C2069 10V33

C2052

270R2035

1

2.2R2028

QR2000

DC DETECT

Q2027

B1ADCE000012

DC DETECT

C2245

1

C2003 0.01

: FM SIGNAL LINE

: USB SIGNAL LINE

AGND

PW_+9V_1

DC_DET_PWR

MMOD NRST OCD_SCL UP_DGND OCD_SDA

SYS3.3V

PW_+5V PW_CD+3.3V

VP_DET LED_DIMMER LED_GND

KEY2

KEY1 RMT FL_CLK FL_CS FL_DA ROT_JOGA ROT_JOGB VOL_JOGB VOL_JOGA MPORT_SW MPORT_L PA_IN_GND MPORT_R MIC_GND MIC

PW_+18V FL_GND

R2344 3.3K

R2345 3.3K

LB2001 LB2000 LB2002

R2346 3.3K

R2347 3.3K

TO MAIN(MICON)

CIRCUIT (3/10)

CN2001

LED_SUPPLY_GND

2

SUBW LED

1

CN2008

2

LED_SUPPLY_GND

1

SUBW LED

CN2010

LED_SUPPLY_GND

2

SUBW LED

1

CN2000

LED_SUPPLY_GND

2

SUBW LED

1

CN2002

6

MMOD MICORST

5

OCD_SCL

4 3

VSS OCD_SDA

2

SYS3.3V

1

CN2003

+5V

1 2

CD3.3V

3

VP_DET

4

LED_DIMMER LED_SUPPLY_GND

5

SUBW_LED_SUPPLY

6 7

SYS3.3V

8

DGND

9

KEY2

10

KEY1

11

0 0 0

RMT

12

FLCLK

13

FL_CS

14

FL_DOUT

15

J_ROTA

16

J_ROTB

17

J_VOLB

18

J_VOLA

19

MPORT_SW

20

MPORT_L

21

MPORT_GND

22

MPORT_R

23

MIC_GND

24

MIC

25

+9V

26

DC 18V

27

FL-GND

TO SUBWOOFER (SB-WAKX104)

TO SUBWOOFER (SB-WAKX105)

FOR DEBUG

27

TO PANEL CIRCUIT (CN6000) IN SCHEMATIC DIAGRAM - 18

1

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

TO MAIN(MICON) CIRCUIT (7/10)

3/10 5/10

2/10

1/10

6/10

4/10

10/10

8/10

7/10

9/10

SA-MAX500 MAIN(MICON) CIRCUIT

29 30 31 32 33 34 35 36 37 38 39 40 41 42

B

M

B

SCHEMATIC DIAGRAM - 7

TO MAIN(MICON) CIRCUIT (2/10)

P1 P1

CN2007

SMPS_ID

15

PCONT

14

DC16V

13

+16V_GND

12

ECO_CTL

TO SMPS CIRCUIT (CN5802) IN SCHEMATIC DIAGRAM - 25

TO MAIN(D-AMP) CIRCUIT (ZJ5000*) IN SCHEMATIC DIAGRAM - 15

ZJ2001*

R2340

R2341

Q2035

B1BABG000007

BEATPROOF SWITCH

PW_-35V

DA

PW_+35V

DA

OUTPUT_GND

DA

DCDET2

TEMP_DET

SYS3.3V

SYNC +35V_SENSE +35V_SENSE

OUTP_GND OUTP_GND

-35V_SENSE

+35V_SENSE +35V_SENSE

OUTP_GND OUTP_GND

-35V_SENSE

R2338

470

R2339

470

11 10

9 8 7 6 5 4 3 2 1

6 5 4 3 2 1

R2336

470

R2337

470

R2335

1K

R2333

470

R2334

470

: -B SIGNAL LINE

R2398 0

R2400 0

R2353 0

R2431

0

MAIN(MICON) CIRCUIT

: +B SIGNAL LINE

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

C2194 0.01

QR2005

B1GBCFJJ0051

DC DETECT

R2273 2.2

R2274 2.2

R2275 2.2

270R2276

Q2023

B1ADCE000012

CURRENT LIMITER

UP_DGND

SMPS_ID

PCONT

PW_+16V

FL_GND

ECO_CTL

DC_DET_PWR

TEMP_DET

SYS3.3V

SYNC

PW_+18V

SMPS_BP

PW_+9V

PW_M+5V

M+5V_GND

PW_+5V

PW_CD+3.3V

GND DA_GND

LED_GND

USB_DGND

AGND DGND

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

Q2022

B1AAJC000019

+5V VOLTAGE REGULATOR

C2188

C2187

0.01

R2068 0 R2010 0

ZJ2000

10V33

B0BC5R6A0266

C2249 10V33

0R2296

0R2432

0R2011

0R2087

3 2 1

D2017

C2191

0.01

R2279

0

: FM SIGNAL LINE

: USB SIGNAL LINE

B0EAKM000117

R2278

C2198

100

16V1000

R2399

0

R2421

15K

R2422

0

R2425

4.7K

C2202

0

D2018

D2020

B0EAKM000117

IC2014

C0DBEYY00123

+3.3V VOLTAGE REGULATOR

VOUT

2

FB

3

GND

NC

4

D2022

B0EAKM000117

VCC

81

7

NC

6

NC

EN

5

C2277

10

C2167

0.47

C2009

0.01

C2201

0.01

R2192

1K

C2010

0.47

C2004

0.01

R2176

1.5K

R2424

6.8K

R2408

1K

IC2010

C0DAAYG00001

+9V VOLTAGE SWITCHING

REGULATOR

STBY

INV

42135

R2156

1M

L2000

G0A330ZA0045

C2171

16V1000

G0A330ZA0045

R2409

R2311

2.7K

1.5K

C2226

6.3V820

OUT

VCC

GND

C2278

0.01

D2000

B0JCPD000025

C2234

25V1000

IC2011

C0DAAYG00001

+5V VOLTAGE SWITCHING

REGULATOR

INV

STBY

R2429

L2001

1M

OUT

GND

42135

DZ2000

B0JCPD000025

VCC

C2007

0.01

TO MAIN(MICON)

CIRCUIT (4/10)

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

NOTE: “ * ” REF IS FOR INDICATION ONLY

TO MAIN(MICON) CIRCUIT (8/10)

3/10 5/10

2/10

1/10

6/10

4/10

10/10

8/10

7/10

9/10

SA-MAX500 MAIN(MICON) CIRCUIT

43 44

45

46 47 48 49 50 51

52 53

54 6555

SCHEMATIC DIAGRAM - 8

MAIN(MICON) CIRCUIT

B

P1

TO MAIN(MICON) CIRCUIT (3/10)

AMUTE

USB_REC_LED

BASS_SHIFT

FL_DA

FL_CS

FL_CLK

RMT

CLIP_SENSOR

AUTO_BASS

SMPS_ID

LVL_MTR

TEMP_DET

KEY2

KEY1

UP_DGND

C2051

0.01

R2076

CD_OPEN_SW

CD_CLOSE_SW

47K

1KR2376

1KR2198

R2115

NCNCNC

CLOSE_SW

CD_OPEN_SW

ROTARY_JOGA

ROTARY_JOGB

FAN_OUT2

FAN_OUT1

NRST

R2017 3.3K

47K

R2118

R2117

MUSIC_CTR

BASS_CTR

MODE_DA

DCDET1

F_HOP1

MUTE_F

LED DIMMER

EE_DATA

SMPS_BP

ECO_CNTRL

DCDET2

TU_SDA

232120 224124

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

SW_LV2

SW_LV1

10KR2014

10KR2185

10KR2182

10KR2332

10KR2329

R2226 47K

50

VDD18

EE_CLK

EE_CS

SYNC

PCONT

NC

SW_LVL2

NC

VSS

NC

25

49

48

47

46

45

44

43

42

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

C2137 0.1

C2139 6.3V220

R2178

R2173

R2177

R2174 R2018 3.3K

R2019

R2065 47K

R2114 47K

R2099

10K

B1GBCFLL0037

C2144 1

DA2J10100L

10K

15K

10K

68K

47KR2227

1KR2069

0.1C2141

47KR2406

47KR2120

D2008

C2143

Q2011

RESET

B1GBCFJJ0051

: +B SIGNAL LINE

: -B SIGNAL LINE

R2126

47K

1K

0R2157

100K

R2084

D2002

DZ2J033M0L

D2003

DZ2J033M0L

C2094 0.1

C2095 0.1

R2310

220K

R2082

3

1

10K

2

H2B800400007

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

EN

OC

CD_STAT

CD_MCLK

CD_MDATA

R2123

560K

R2070

47K

R2442

47K

R2102

4.7K

R2098

4.7K

R2093

3.9K

R2094

3.9K

74 7172 67 5565865857525154 536566 6162 596064 6370 697375

EN

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

NC

AMUTE

USB REC LED

BASS_SHIFT

MUTE_A

FL_DATA

FL_CS

FL_CLK

REGION 2

RMT

NC

VDD

NC

VSS

REGION 1

CLIP SENSOR

AUTO BASS

SMPS_ID

LVL MTR

TEMP_DET KEY 2

KEY 1

VREF+

OC

[75] NC [74] CD_MCLK [73] CD_STAT (SYS_TXD) [72] CD_MDATA (SYS_RXD)

*Este material se encuentra sin programar,

[1] CLIP ATTN [2] ASP_DATA

MICROPROCESSOR para uso de Centros de servicio.

ASP_CLK

SW_MUTE

OCD_SDA

OCD_SCL

465213

R2075 47K

R2163 0

R2083 47K

R2074 47K

R2066 47K

R2067 47K

X2001

0.1C2102

USB_IN

CD_MLD

CD_BLKCK

CD_RESET

C2115

10

100K

R2105

D2001

DA2J10100L

47K

R2108

R2026

NC

CR TIMER

NC

REGION 3

CD_MLD

VSS

CD_BLKCK

R2165 1K

USB_IN

debe ser programado.

IC2003

*MN101EF16KXW

MICROPROCESSOR

*RFKWMAKX500M0

XTIN

XTOUT

VOL_JOG B

HP_SW

M.PORT_SW

VOL_JOG A

10879 1211

MMOD

0R2136

13

0R2140

VSS

18PC2123

LD_CW

R2366 1K

LOAD_CW

CD_RESET

[51] SW_LVL1

[23] TU_CLK [24] TU_RST [25] TU_INT

XI

XO

18PC2129

0.1C2130

LD_CCW

CD_INNER_SW

R2365 1K

LOAD_CCW

CD_RESET_SW

VDD18

VDD33

X2000

19171514 16 18

H0A327200181

0.1

47KR2189

C2150 50V3.3

QR2006

SWITCH

: FM SIGNAL LINE

: USB SIGNAL LINE

R2095

47K

R2027

0

R2096

47K

P1

R2205

4.7K

IC2006

C3EBEY000037

EEPROM

VCC

0.022

NC

2

NC

3

NC

4

GND

MODE_DA

F_HOP

MUTE_F

DC_DET_AMP

SCL

SDA

DA

C2148

MUTE_F

F_HOP

MODE_DA

MUSIC_CTR

BASS_CTR

DC_DET_AMP

LED_DIMMER

ROT_JOGA

ROT_JOGB

SMPS_BP

ECO_CTL

DC_DET_PWR

1KR2196

R2229

10K

PCONT

SYS3.3V

SYNC

R2206

4.7K

81

C2163

330P

7

WP

6

R2218

0

5

TO MAIN(MICON)

CIRCUIT (5/10)

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

MMOD

ASP_DATA

CLIP_ATTN

ASP_CLK

OCD_SDA

OCD_SCL

SW_MUTE

MPORT_SW

VOL_JOGB

VOL_JOGA

NRST

FAN_OUT

TU_INT

TU_SCLK

TU_SDA

TU_RST

TO MAIN(MICON) CIRCUIT (9/10)

1/10

6/10

3/10 5/10

2/10

8/10

7/10

4/10

9/10

10/10

SA-MAX500 MAIN(MICON) CIRCUIT

57 58 59 60 61 62 63 64 65 66 67 68 69 70

B

L

SCHEMATIC DIAGRAM - 9

MAIN(MICON) CIRCUIT

SW_LV1

TO MAIN(MICON) CIRCUIT (4/10)

SW_MUTE

UP_DGND

SW_LV2

R2089

10K

IC2004

DUAL OP-AMP

R2110

10M

C2111

0.01

Q2004

BUFFER

Q2005

BUFFER

R2111

47K

C2109

50V1

C0ABBB000067

B1GDCFJJ0047

: +B SIGNAL LINE

: -B SIGNAL LINE

R2124

C2113

100P 22K

675

C2112

R2119

R2132

R2133

R2125

24V-3

R2131

47P 1K

12K

1K

0

1K

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

C2122

R2147

15K

10

C2124

10

R2151

18K

R2149

470

R2148

1K

R2155

27K

R2180

100K

D2004

8

V+

1

B1GDCFJJ0047

MUTING CONTROL

C2119

6.3V220

C2125 C2131

1 0.01

R2145

15K

C2118

0.39

Q2006

R2161

27K

D2007

B0BC3R700004

Q2008

B1ABCF000176

MUTING

R2167

2.2K

Q2009

B1ABCF000176

SW LEVEL CONTROL

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

R2179

12K

Q2010

B1ABCF000176

SW LEVEL CONTROL

: FM SIGNAL LINE

: USB SIGNAL LINE

GND

MUTE_F F_HOP

DC_DET_AMP MODE_DA

AGND

R2168

0

R2164 0

R2433 0

C2238

2.2

C2239 0.1

R2410

0

SUBWOOFER 1

1

SIGNAL AGND

2

SUBWOOFER 2

3

AGND

4

SUBWOOFER 3/4

5

AGND

6

SURROUND R

7

AGND

8

SURROUND L

9

AGND

10

NC

11

MUTE_S

12

MUTE_F

13

FHOP

14

FAN

15

DC_DET

16

MOD_DA

17

CN2004

17

TO D-AMP CIRCUIT (CN5050) IN SCHEMATIC DIAGRAM - 22

1

A

B

C

D

E

F

P1

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

G

3/10 5/10

2/10

TO MAIN(MICON)

AA

AB

CIRCUIT (10/10)

AC

AD

AF

AH

1/10

6/10

4/10

SA-MAX500

10/10

8/10

7/10

9/10

MAIN(MICON) CIRCUIT

H

I

B

A

SCHEMATIC DIAGRAM - 10

MAIN(MICON) CIRCUIT

: +B SIGNAL LINE

: -B SIGNAL LINE

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

: FM SIGNAL LINE

: USB SIGNAL LINE

TO MAIN(MICON) CIRCUIT (1/10)

P1

J

K

CN2009

30

L

TO CD SERVO CIRCUIT (FP8101) IN SCHEMATIC

M

DIAGRAM - 2

N

CD_CLOSE_SW

CD_OPEN_SW

CD_INNER_SW

1

LD_CCW

LD_CW

M+9V

PGND

M+5V CD_3.3V CD_3.3V

DGND

A+5V

CD_LOUT

DAGND

CD_ROUT

DA_GND

LCH_IN ADGND RCH_IN

CD_RESET

CD_STAT

CD_MDATA

USB_IN

CD_BLKCK

CD_MLD

CD_MCLK

AMUTE

DGND

30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9 8 7 6 5 4 3

D+

D-

2 1

0.01C2099 1000PC2005

J0JBC0000019LB2006

G1C100KA0101L2004

0R2020 16V10C2038

0LB2003 0LB2004 0LB2005

CD_CLOSE_SW

CD_OPEN_SW

CD_INNER_SW

LD_CCW

LD_CW

PW_CD+3.3V

PW_+9V

TUNER_R

M+5V_GND

PW_M+5V

AGND

DGND

PW_+5V

CD_L

TUNER_L

DAGND

CD_R

DA_GND

16V10C20390R2021

LCH_IN

RCH_IN

CD_RESET

CD_STAT

CD_MDATA

USB_IN

CD_BLKCK

CD_MLD

CD_MCLK

AMUTE

USB_DGND

D+

D-

AUX_L

PA_IN_GND

AUX_R

R2343

R2005

0

R2006

C2022 1000P

C2023 1000P

10K

R2007

3.3K

R2008

3.3K

LB2007 0

R2003

3.9K

R2004

3.9K

R2001

8.2K

R2002

8.2K

C2015

220P

C2016

220P

C2008

10

C2000

0.01

PW_+3.3V

TUN_ROUT

TUN_LOUT

1

[LCH]

2

[RCH]

3

4

JK2000

AUX IN

TO MAIN(MICON)

CIRCUIT (7/10)

P1

O

3/10 5/10

2/10

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14

P

DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

1/10

6/10

4/10

10/10

8/10

7/10

9/10

SA-MAX500 MAIN(MICON) CIRCUIT

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

B

SCHEMATIC DIAGRAM - 11

MAIN(MICON) CIRCUIT

: +B SIGNAL LINE

: -B SIGNAL LINE

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

TO MAIN(MICON) CIRCUIT (2/10)

: FM SIGNAL LINE

: USB SIGNAL LINE

TO MAIN(MICON) CIRCUIT (6/10)

FM ANT

AM ANT

G2

JK51

G3

G1

JK52

FM ANT

GND

AM ANT AM ANT

VA51

EZAEG2A50AX

2 1

1000P

LB51

J0JBC0000032

G2A380Y00002

C51

L52

G1CR18JA0020

G2

3

2

1

G1

2.2K

R59

12P

IC52

C1AB00003566

L51

4

6

AM/FM RADIO RECEIVER

C52

0.47

C62

0.1

19 18

17 16

20

T1

NC

0

GCGPO1

THERMAL

PAD

SEN

SCLK

R57 1K

8

GCGPO2

SDIO

R53

4.7K

DCLK

RCLK

9

1

NC

FMI

2

RFGND

3

AMI

4

RST

5

R64

C58

X51

12P

C57

DFS

15

DOUT

LOUT

14

13

ROUT

GND

12

VDD

11

VIO

C61

1076

0.1

R54

4.7K R55

220

R56

220

H0A327200181

C63

1

C59

R51 1K

1

C60

1

R52 1K L54 0

R62 47K

R61 47K

TU_INT

TUN_LOUT

TUN_ROUT

PW_+3.3V

TU_SDA

TU_SCLK

TU_RST

AGND

R2423...AKX105PH

0

TO MAIN(MICON)

CIRCUIT (8/10)

P1P1

3/10 5/10

2/10

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

1/10

6/10

4/10

10/10

8/10

7/10

9/10

SA-MAX500 MAIN(MICON) CIRCUIT

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

B

SCHEMATIC DIAGRAM - 12

MAIN(MICON) CIRCUIT

TO MAIN(MICON) CIRCUIT (7/10)

DC_DET_AMP PW_+16V

FAN_OUT

GND

: +B SIGNAL LINE

: -B SIGNAL LINE

Q2033

B1AAJC000019

FAN DRIVE

R2379

R2386

680

33K

R2380

0

C2251 10

R2381 12K

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

IC2012

C0ABBB000067

FAN CONTROL

A OUT

A-IN

2

A+IN

3

GND B+IN

4

B OUT

B-IN

V+

81

7

6

5

Q2020

B1AAJC000019

FAN DRIVE

R2015

680

R2072

C2030

0

10

R2016

47K

R2071

12K

C2252

6.3V100

R2383

R2387

R2384

6.8K270K

B1ABCF000231

R2388 C2042

22082K

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

TO MAIN(MICON) CIRCUIT (3/10)

C2254

1

Q2021

FAN DRIVE

D2009

10

DA2J10100L

R2281

R2393

6.8K

270K

C2196

6.3V100

R2394

R2390

220

82K

R2378

B1ABCF000231

R2389

100K

C2255

1

Q2025

B1ABCF000231

FAN DRIVE

C2040

D2032

DA2J10100L

10

100

Q2002

FAN DRIVE

: FM SIGNAL LINE

: USB SIGNAL LINE

R2385

R2354

470K

0

B1ABCF000231

6.3V220

0.01

C2253

C2258

R2397

470K

R2396

100

Q2024

B1ABCF000231

FAN DRIVE

R2395

100K

Q2003

DC DETECT

R2382

27

C2256 6.3V220

0.01C2257

Q2031

B1ABCF000231

DC DETECT

R2392

27

POSITIVE

2

NEGATIVE

1

POSITIVE

2

NEGATIVE

1

CN2006

CN2005

TO FAN UNIT(INNER)

TO FAN UNIT(REAR)

TO MAIN(MICON)

CIRCUIT (9/10)

P1P1

3/10 5/10

2/10

4/10

10/10

8/10

7/10

9/10

SA-MAX500 MAIN(MICON) CIRCUIT

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

1/10

6/10

29 30 31 32 33 34 35 36 37 38 39 40 41 42

B

SCHEMATIC DIAGRAM - 13

E

MAIN(MICON) CIRCUIT

P1

TO MAIN(MICON) CIRCUIT (8/10)

TO USB CIRCUIT (ZJ6300*) IN SCHEMATIC DIAGRAM - 19

CN2700

D5V

DGND

VBUS

R2443

330

5 4 3

D+

2

D-

1

IC2008

C0DBZYY00311

HIGH SIDE SWITCH

1

C2013

0.1 2

3

QR2003

B1GBCFJJ0051

DC DETECT

C2173

6.3V2200

: +B SIGNAL LINE

: -B SIGNAL LINE

VIN

5

VOUT

GND

EN /OC

4

R2013

0

R2073

100K

Q2019

B1ADCE000012

LED DRIVE

Q2018

B1GBCFJJ0051

DC DETECT

R2247

0

R2250 18K R2251 12K

QR2004

B1GBCFGN0016

LED SWITCH

D2015

B0ACCK000005

D2014

B0ADDJ000032

3

15KR2248

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

RIGHT-OUT

AGND

OC

EN

USB_REC_LED

USB_DGND

D+

PW_+16V

D-

LEFT-OUT

CLIP_SENSOR

PW_M+5V

1

2

PW_CD+3.3V

PW_+5V

DC_DET_PWR

UP_DGND

PW_+9V VP_DET

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

TO MAIN(MICON) CIRCUIT (4/10)

4.7M

R2121

C2132 10V33

R2112

10K

R2107

22

DA2J10100L

D2300

C2243

0.1

: FM SIGNAL LINE

: USB SIGNAL LINE

C2117

R2128

C2110

C2114

25V220

16V220

0

B1ADCE000012

R2134

C2116

Q2050

CLIP SENSING

R2113

10K

R2348

8.2K

R2127

TO MAIN(MICON)

CIRCUIT (10/10)

R2150

R2137

120K

4.7K

10

C2126

R2138

4.7K

675

C2127C2121

470P68P

R2146

120K

24V-3

C2133

470P68P

1

V+

8

0

10

C2135

4.7

IC2005

C0AABB000125

DUAL OP-AMP

C2134

4.7

R2130

1K

R2153

100K

C2128 5600P

100KR234927KR2350

27K

R2171

27K

R2184

C2136

4

3

5

1

6

7

3/10 5/10

2/10

4/10

10/10

8/10

7/10

9/10

SA-MAX500 MAIN(MICON) CIRCUIT

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

1/10

6/10

43 44 45 46 47 48 49 50 51 52 53 54 55 56

B

SCHEMATIC DIAGRAM - 14

MAIN(MICON) CIRCUIT

: +B SIGNAL LINE

: -B SIGNAL LINE

: CD AUDIO INPUT SIGNAL LINE

: AUX/TUNER/MUSIC PORT/MIC AUDIO INPUT SIGNAL LINE

: AUDIO OUTPUT SIGNAL LINE

: AM SIGNAL LINE

: FM SIGNAL LINE

: USB SIGNAL LINE

A

6 7 3

4

5

TO MAIN(MICON) CIRCUIT (9/10)

C2107

R2224

0

R22250C2108

AB

AA

AC

TO MAIN(MICON) CIRCUIT (5/10)

AD

AF

AH

B

C

R2048

33

C2200

Q2028

BUFFER AMP

Q2030

BUFFER AMP

25V220

R2434

6.8K

R2438

6.8K

R2241

R2244

6.8K

B1ABCF000176

R2245

R2242

6.8K

22K

Q2029

BUFFER AMP

Q2032

BUFFER AMP

R2238

R2239

1.8K

C2165

C2168

C2169

0.18

C2166

0.068

0.18

GND

15K

R2259

R2254

675

6800P1M0.47

C2184

R2255

6800P1M0.47

C2183

C2182

R2257

C2180

0

C2280

0.068

R2435

1.8K

R2436

C2279

0.18

22K

B1ABCF000176

C2281

0.18

R2440

1.8K

C2282

0.068

0

B1ABCF000176

R2439

22K

15K

R2258

24381

22K

10

R2256 22K

10K

C2185

R2264

C2181

V+

C2186

R2265 10K

2.7KR2268

C2179 10

R2269

39K

R2266

6.8K

10

IC2001

C0ABBB000067

DUAL OP-AMP

R2267

6.8K

10

R2270

39K

R2272 2.7K

0.1C2189 16V220C2190

C2205

0.082

C2204

0.082

R2308

5.6K

R2291

2.7K

R2290

2.7K

R2305

5.6K

R2091

C2212

R2292

R2293

C2213

0

15K

0

R2202

1.2K

C2018

0.68

C2017

0.68 0

R2201

1.2K

R2320

5.6K

R2321

5.6K

R2141

4.7K

R2139

4.7K

C2036

C2012

C2044

0

C2045

0

R2100R2092

1.5K00

R2097

1.5K0

FR_R_WOOFER

FR_R_TWEETER

FR_L_TWEETER

FR_L_WOOFER

D

DA

E

DA

F

3/10 5/10

2/10

MI: MAIN(MICON): SCHEMATIC DIAGRAM - 5 ~ 14 DA: MAIN(D-AMP): SCHEMATIC DIAGRAM - 15 ~ 16

1/10

6/10

4/10

10/10

8/10

7/10

9/10

SA-MAX500 MAIN(MICON) CIRCUIT

57 58 59 60 61 62 63 64 65 66 67 68 69 70

G

H

14.3.FL Display Circuit

MAX500

14.4.Volume Circuit

MAX500

14.5.Control & USB Circuit

MAX500

14.7. Remote Sensor

MAX500

.Jog Board

MAX500

Internal Fan

MAX500

14.8. SMPS Circuit

0.01

L5704

J0JBC0000019

Q5722

CURRENT

C5728 1000P

11

3

21

R5728

D5702

B0ZAZ0000089

100K

12 4131

HEATSINK*

G2G1

R5724

120

R5723

1K

B

R5722

1.2K

C5721

220P

D5724 D5727

B0ACCK000012 B0ACCK000012

R5729

10K

2/21/2

SA-MAX500 SMPS CIRCUIT

5Q

IWS

CT

C5722 1000P

127

000FCDA1

H

D5726

B0EAKM000117

100

D5729

B0EAMM000057

D5725

B0BC6R100010

TO SMPS

CIRCUIT (2/2)

D5732

B0BC035A0007

P1

1

2

3

4

5

6

7

8

1

A

B

SCHEMATIC DIAGRAM - 25

SMPS CIRCUIT

M

L

TO D-AMP CIRCUIT (ZJ5500*) IN SCHEMATIC DIAGRAM - 23

C

B

TO MAIN(MICON) CIRCUIT (CN2007) IN SCHEMATIC DIAGRAM - 7

D

TP

1

E

F

G

H

NOTE: “ * ” REF IS FOR INDICATION ONLY

2 3 4 5 6 7 8 9 10

: -B SIGNAL LINE: +B SIGNAL LINE

K1...PH

0

CN5801

+35V_SENSE +35V_SENSE

CN5802

SYS_GND SYS_GND

-35V_SENSE

SMPS_ID

PCONT

DC16V

+16V_GND

ECO_CTL

DCDET2

TEMP_DET

SYS3.3V

SYNC +35V_SENSE +35V_SENSE

OUTP_GND OUTP_GND

-35V_SENSE

6 5 4 3 2 1

R5701

C5831

0.1

C5832

0.1

220K

PCONT

PW_DC+16V

TEMP_DET

PW_SYS3.3V

SYNC

C5896

0.1

TH5861

D4CCY1040001

TEMP_DET

C5900

10

R5898

10K

PW_DC+16V

PW_SYS3.3V

PCONT

Q5860

B1ADCF000001

TEMPERATURE DETECT

R5800

15K

C5844

10

QR5801

B1GBCFJN0038

SWITCH

R5801

22K

R5860

10K

R5864

10K

B0ACCK000012

R5862

18K

R5861

1.8K

R5840

82K

D5804

R5841

120K

R5863

18K

B1ABCF000176

TEMPERATURE DETECT

C5870

0.1

C5843

10

Q5862

B1GBCFJJ0051

DC DETECT

Q5861

R5836

2.2K

R5837

2.2K

QR5802

B1GDCFGA0018

DC DETECT

C5826

C5800

0.01

CHASSIS GND

R5865

180

C5869

0.1

0.01

C5817

100V0.1

R5814

8.2K

R5805

3.3K

R5833

2.2K

R5835

2.2K

B0ABSM000010

R5832

2.2K

R5834

2.2K

312

D5802

B0ABSM000010

R5802

10K

R5803

10K

R5804

82K

D5801

312

C5805

50V2200

C5808

50V2200

HEATSINK*

D5803

B0HFRJ000012

C5810

0.1

C0DAZYY00039

SHUNT REGULATOR

R5806

15K

C5818

0.1

QR5810

B1GBCFLL0037

PCONT SWITCH

TH5860

D4CCY1040001

C5821 0.01

C5820 0.01

C5819 0.01

C5822 0.01

G2G1

C5812

0.1

IC5801

K

A

R

C5839 0.01

R5809

330

C5840 0.01

C5841 0.01

C5842 0.01

C5813

35V330

R5807

330

R5817

330

R5808

2.2K

G4DYZ0000062

MAIN TRANSFORMER

-37V

11

12

13

GND

14

+37V

15

GND

16

17

+18V

18

B3PBA0000579

FEEDBACK

1

2

B3PBA0000579

FEEDBACK

1

R5810

330

2

T5701

PC5720

4

3

PC5701

4

3

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

VCC

GND

C5713

901

8

7

6

5

4

VIN

3

R5720

22

2

1

R5702

200K

R5703

200K

R5715

200K

R5716

200K

D5731

B0EAMM000057

D5721

B0BC010A0007

Q5720

B1BABG000007

VOLTAGE REGULATOR

R5721

10K

D5728

B0ACCK000012

C5720

100P

R5730

1K

D5722

B0BC019A0007

D5723

B0ACCK000012

B1ABCF000176

LIMITING SWITCH

1

2 3 4 5 6 7 8 9 10 11 12 4131

15 16 17 18 19 20 21 22 23

24 25

26 27

28

SCHEMATIC DIAGRAM - 26

SMPS CIRCUIT

M

4

TO SMPS CIRCUIT (1/2)

P1

3 5

6

8

C5726

0.1

C5737 2200P

C5724 50V56

C5725 0.1

C5723 470P

7

1

2

R5733 47K

C5730 1

R5727 0.13

R5714 0.22 R5726 0.22

R5732

100

: +B SIGNAL LINE

IC5701

C1ZBZ0004646

SWITCHING REGULATOR

GND

DRIVE

2

OCP2VCC

3

BURST

OLP/SS

4

FB

OCP/BD

81

7

6

5

AC IN

~127V 60Hz

R5711

R5713

330

C5702 1000P

: -B SIGNAL LINE

10

D5703

B0ACCK000012

R5710

390K

R5712

15K

P5701

D

B1ZAZ0000058

G

S

Q5700

SWITCH

F1

T8AH 250V

ZA5702

ZA5701

SYNC

PW_SYS3.3V

IC5899

C0DAEYY00040

SHUNT REGULATOR

DZ5701

ERZVA5Z471

K

A

R

R5708

ERJ8GEYJ155V

1.5M

R5709

ERJ8GEYJ155V

1.5M

Q5898

B1ABCF000176

SYNC SWITCH

R5893

10K

R5892

1K

R5895

15K

C5898

0.1

R5891

33K

R5897

100

D5896

B0EAMM000057

C5899

10V220

L5701

G0B932H00002

34

2

R5896

C5897

100K

0.01

R5890

ETS19AB2E6AG

SUB TRANSFORMER

3.3V

7

8

9

10

GND

1

F1BAF471A013

2.2K

C5708

F1BAF1020020

1000P

C5705

470P

R5894

150

1575T

C5701

F0CAF224A105

0.22

CHASSIS GND

PC5702

B3PBA0000579

SYNC

4

3

PC5799

B3PBA0000579

FEEDBACK

1

2

18V

6

5

4

3

2

1

C5704

F1BAF471A013

470P

1

R5706

2

4

3

R5798

22

B0EAMM000057

R5786

200K

C5790 2200P

B0HAMP000094

820K

D5798

D5793

R5704

VCC

VDD

220K

R5705

220K

4

C5794

CL

3

FB

2

D5730

B0ECET000006

C5798 25V220

IC5799

MIP2F20MSSCF

SWITCHING MODE POWER

SUPPLY CONTROL

D

5

NC

6

S

7

S

81

D5795

B0BC9R000008

R5795

470K1000P

R5797

15K

C5796

0.1

C5795

1

D5701

B0FBBV000006

4

3

2

1

C5700

F1BAF471A013

470P

C5711

250V820

VA5700

J0LY00000168

VA5701

J0LY00000168

C5712

250V820

TL7*

(BLK)

(RED)

TL8*

N

TO VOLTAGE SELECTOR CIRCUIT IN SCHEMATIC DIAGRAM - 20

A

B

C

D

E

F

G

NOTE: “ * ” REF IS FOR INDICATION ONLY

15 16 17 18

2/21/2

SA-MAX500 SMPS CIRCUIT

19

20 21 22 23 24 25 26 27 28

H

15 Printed Circuit Board

15.1. Main P.C.B.

A

MAIN P.C.B. (RD-DAK110-PX)

H

G

F

E

D

C

B

A

(SIDE A)

1

SA-MAX500

MAIN P.C.B.

2

3

4

5

6

7

8

9

10 1 12 13

1

H

G

F

E

A

MAIN P.C.B. (RD-DAK110-PX)

D

C

B

A

(SIDE B)

1

SA-MAX500

MAIN P.C.B.

2

3

4

5

6

7

8

9

10 1 12 13

1

Ref. No. Parts No. Name & Description

COMPONENTES DE PISTA MAIN PSG

RD-DAK110-PX MAIN PCB (completa con componentes)

RJB3542C TARJETA MAIN SIN COMPONENTES C51 F1H1H102A219 GRM188B11H102KA01D C52 F1H1A474A107 CL10B474KP8NNPC C57 F1H1H120A230 GRM1882C1H120JD01 C58 F1H1H120A230 GRM1882C1H120JD01D C59 F1H1A105A025 LMK107BJ105KA-T C60 F1H1A105A025 LMK107BJ105KA-T C61 F1G1C104A077 GRM155B31C104KA87D C62 F1G1C104A077 GRM155B31C104KA87D C63 F1H0J105A051 CL10X105KQ8NNP C2000 F1H1H103A219 GRM188B11H103KA01D C2003 F1H1H103A219 GRM188B11H103KA01D C2004 F1H1H103A219 GRM188B11H103KA01D C2005 F1H1H102A219 GRM188B11H102KA01D C2007 F1H1H103A219 GRM188B11H103KA01D C2008 F1J1A106A043 GRM21BB31A106KE18 C2009 F1H1H103A219 GRM188B11H103KA01D C2010 F1H1A474A107 CL10B474KP8NNPC C2013 F1H1H104B047 CL10B104KB8NNPC C2015 F1H1H2210001 CM105W5R221K50AT C2016 F1H1H2210001 CM105W5R221K50AT C2020 F1J1A106A043 GRM21BB31A106KE18 C2021 F1J1A106A043 GRM21BB31A106KE18L C2022 F1H1H102A219 GRM188B11H102KA01D C2023 F1H1H102A219 GRM188B11H102KA01D C2024 F1H1H102A219 GRM188B11H102KA01D C2026 F1H1H102A219 GRM188B11H102KA01D C2027 F2A1C100A207 SM100M016B070T050 C2028 F1H0J105A051 CL10X105KQ8NNPC C2029 F1H0J105A051 CL10X105KQ8NNPC C2030 F1J1A106A043 GRM21BB31A106KE18L C2031 F1H0J105A051 CL10X105KQ8NNPC C2032 F1H0J105A051 CL10X105KQ8NNPC C2033 F1H0J105A051 CL10X105KQ8NNPC C2034 F1H0J105A051 CL10X105KQ8NNPC C2037 F1H1H473A783 C1608JB1H473KT C2038 F2A1C100A207 SM100M016B070T050 C2039 F2A1C100A207 SM100M016B070T050P C2040 F1J1A106A043 GRM21BB31A106KE18L C2041 F2A0J101B034 GS101M6R3C110T050P C2042 F1J1A106A043 GRM21BB31A106KE18L C2043 F1H1H102A219 GRM188B11H102KA01D C2046 F1H1H102A219 GRM188B11H102KA01D C2047 F2A1H1R0A213 SM010M050B070T050 C2048 F2A1H1R0A213 SM010M050B070T050P C2049 F1H1H101B052 CL10C101JB8NNPC C2050 F1H1H101B052 CL10C101JB8NNPC C2051 F1H1H103A219 GRM188B11H103KA01D C2052 F1H0J105A051 CL10X105KQ8NNP C2053 F1H1H102A219 GRM188B11H102KA01D C2054 F1H1H102A219 GRM188B11H102KA01D C2055 F1H1H470A004 CM105CH470J50A C2056 F2A1A330B138 GS330M010C110T050P C2057 F2A1H4R7A213 SM4R7M050B070T050P C2059 F1H1H470A004 CM105CH470J50AT C2060 F1H1H101B052 CL10C101JB8NNPC C2061 F2A1H1R0A213 SM010M050B070T050 C2062 F1H1A224A061 CL10B224KP8NNNP C2063 F1H1A225A051 GRM188B31A225KE33D C2064 F1H1H101B052 CL10C101JB8NNPC C2066 F2A1H1R0A213 SM010M050B070T050 C2067 F1H0J105A051 CL10X105KQ8NNPC C2068 F1H0J105A051 CL10X105KQ8NNPC C2069 F2A1A330B138 GS330M010C110T050P C2070 F1H1A474A107 CL10B474KP8NNPC C2071 F1H1A474A107 CL10B474KP8NNPC C2072 F1H1H222A219 GRM188B11H222KA01D C2073 F1H1H222A219 GRM188B11H222KA01D C2074 F1H1H104B047 CL10B104KB8NNPC C2075 F1H1H104B047 CL10B104KB8NNPC

REP4768R CONJUNTO MANUAL MAIN

D

C

L

P

C

T

P

C2076 F1H1H104B047 CL10B104KB8NNPC

P

T

P

L

T

P

D

L

D

L

C

D

T

P

C

P

C

P

L

5

L

T

L

C2077 F1H1H104B047 CL10B104KB8NNPC C2078 F1H1H473A783 C1608JB1H473KT C2079 F1H1H473A783 C1608JB1H473KT C2080 F1H1A334A028 C1608JB1A334KT000N C2081 F1H1A334A028 C1608JB1A334KT000N C2082 F1H1H332A013 CM105W5R332K50AT C2083 F1H1H223A219 GRM188B11H223KA01D C2084 F1H1C823A001 CM105W5R823K16AT C2085 F2A1H3R3A213 SM3R3M050B070T050 C2086 F2A1H3R3A213 SM3R3M050B070T050 C2087 F1H0J4750004 GRM188B30J475KE18D C2088 F1H1C823A001 CM105W5R823K16AT C2089 F2A1H3R3A213 SM3R3M050B070T050 C2090 F2A1H1R0A213 SM010M050B070T050

C2092 F1H1C683A087 GRM188B11C683KA01D.....

C2093 F2A1C102A019 RE3-16V102MG-T2 C2094 F1H1C104A042 GRM188B11C104KA01D... C2095 F1H1C104A042 GRM188B11C104KA01D... C2096 F1H1H152A219 GRM188B11H152KA01D C2099 F1H1H103A219 GRM188B11H103KA01D C2102 F1H1C104A042 GRM188B11C104KA01D... C2107 D0GBR00J0004 RM06JTN0 C2108 D0GBR00J0004 RM06JTN0 C2109 F2A1H1R0A213 SM010M050B070T050 C2110 F2A1E2210093 SK221M025F070T050 C2111 F1H1H103A219 GRM188B11H103KA01D C2112 F1H1H470A004 CM105CH470J50A C2113 F1H1H101B052 CL10C101JB8NNPC C2114 F2A1C221B456 GS221M016E110T050 C2115 F1J1A106A043 GRM21BB31A106KE18 C2116 F1J1A106A043 GRM21BB31A106KE18 C2117 F1J1A106A043 GRM21BB31A106KE18 C2118 F1H1A105A025 LMK107BJ105KAC2119 F2A0J221B034 GS221M6R3C110T050 C2121 F1H1H680A230 GRM1882C1H680JD01 C2122 F1J1A106A043 GRM21BB31A106KE18 C2123 F1H1H180A230 GRM1882C1H180JD01 C2124 F1J1A106A043 GRM21BB31A106KE18 C2125 F1H0J105A051 CL10X105KQ8NNP C2126 F1H1H680A230 GRM1882C1H680JD01 C2127 F1H1H101B052 CL10C101JB8NNPC C2128 F1H1H562A219 GRM188B11H562KA01D C2129 F1H1H180A230 GRM1882C1H180JD01 C2130 F1J1H104A459 UMK212BJ104KGC2131 F1H1H103A219 GRM188B11H103KA01D C2132 F2A1A330B138 GS330M010C110T050 C2133 F1H1H101B052 CL10C101JB8NNPC C2134 F1H0J4750004 GRM188B30J475KE18D C2135 F1H0J4750004 GRM188B30J475KE18D C2136 F1H0J105A051 CL10X105KQ8NNP C2137 F1H1C104A042 GRM188B11C104KA01D... C2139 F2A0J221B034 GS221M6R3C110T050 C2141 F1H1C104A042 GRM188B11C104KA01D... C2143 F1H1C104A042 GRM188B11C104KA01D... C2144 F1H0J105A051 CL10X105KQ8NNP C2148 F1H1H223A219 GRM188B11H223KA01D C2150 F2A1H3R3A213 SM3R3M050B070T050 C2153 F1J1A106A043 GRM21BB31A106KE18 C2163 F1H1H331A013 CM105W5R331K50AT

C2165 F1H1C683A087 GRM188B11C683KA01D.....

C2166 F1H1C683A087 GRM188B11C683KA01D.....

C2167 F1H1A474A107 CL10B474KP8NNPC C2168 F1H1A184A107 CL10B184KP8NNPC C2169 F1H1A184A107 CL10B184KP8NNPC C2171 F2A1C102A019 RE3-16V102MG-T2 C2173 F2A0J222005 C2179 F1J1A106A043 GRM21BB31A106KE18 C2180 F1J1A106A043 GRM21BB31A106KE18 C2181 F1H1A474A025 LMK107BJ474KAC2182 F1H1A474A025 LMK107BJ474KAC2183 F1H1H682A219 GRM188B11H682KA01D C2184 F1H1H682A219 GRM188B11H682KA01D C2185 F1J1A106A043 GRM21BB31A106KE18 C2186 F1J1A106A043 GRM21BB31A106KE18

RW222M6R3G200T050P

C2187 F1H1H103A219 GRM188B11H103KA01D

P

C

A

P

8

D

C

P

L

A

P

C

P

L

4

)

4

L

C2188 F2A1A330B138 GS330M010C110T050 C2189 F1H1C104A042 GRM188B11C104KA01D... C2190 F2A1C221B456 GS221M016E110T050 C2191 F1H1H103A219 GRM188B11H103KA01D C2192 F1H0J105A051 CL10X105KQ8NNP C2193 F1H0J105A051 CL10X105KQ8NNP C2194 F1H1H103A219 GRM188B11H103KA01D C2196 F2A0J101A181 UVR0J101MDA1T C2198 F2A1C102A019 RE3-16V102MG-T2 C2199 F1H1A225A051 GRM188B31A225KE33D C2200 F2A1E2210093 SK221M025F070T050 C2201 F1H1H103A219 GRM188B11H103KA01D C2202 D0GBR00J0004 RM06JTN0 C2204 F1H1C823A001 CM105W5R823K16AT C2205 F1H1C823A001 CM105W5R823K16AT C2212 D0GBR00J0004 RM06JTN0 C2213 D0GBR00J0004 RM06JTN0 C2226 F2A0J821B044 KF821M6R3G125T050 C2234 F2A1E102B396 GS102M025G200T050 C2238 F1H0J225000 C2239 F1H1C104A042 GRM188B11C104KA01D... C2241 F1H1C104A042 GRM188B11C104KA01D... C2242 F1J1E1040003 GRM219F11E104ZA01 C2243 F1H1C104A042 GRM188B11C104KA01D... C2244 F1H0J105A051 CL10X105KQ8NNP C2245 F1H0J105A051 CL10X105KQ8NNP C2246 F1H1C104A042 GRM188B11C104KA01D... C2247 F1H1C104A042 GRM188B11C104KA01D... C2248 F1H0J105A051 CL10X105KQ8NNP C2249 F2A1A330B138 GS330M010C110T050 C2251 F1J1A106A043 GRM21BB31A106KE18 C2252 F2A0J101A181 UVR0J101MDA1T C2253 F2A0J221B034 GS221M6R3C110T050 C2254 F1H0J105A051 CL10X105KQ8NNP C2255 F1H0J105A051 CL10X105KQ8NNP C2256 F2A0J221B034 GS221M6R3C110T050 C2257 F1H1H103A219 GRM188B11H103KA01D C2258 F1H1H103A219 GRM188B11H103KA01D C2277 F1J1A106A043 GRM21BB31A106KE18 C2278 F1H1H103A219 GRM188B11H103KA01D C2279 F1H1A184A107 CL10B184KP8NNPC

C2280 F1H1C683A087 GRM188B11C683KA01D.....

C2281 F1H1A184A107 CL10B184KP8NNPC

C2282 F1H1C683A087 GRM188B11C683KA01D.....

CN2001 K1KA02BA0061 S2B-PH-K-S(LF)(SN) CN2003 K1MY27AA012 CN2004 K1MY17AA012 CN2005 K1KA02AA0186 B2B-XH-A(LF)(SN CN2006 K1KA02AA0186 B2B-XH-A(LF)(SN CN2007 K1YZ15000001 51048-1510 CN2008 K1KA02BA0061 S2B-PH-K-S(LF)(SN) CN2009 K1MY30AA012 CN2700 K1KA05AA0193 B5B-PH-K-S(LF)(SN) D2000 B0JCPD000025 SM330AD2001 DA2J10100L DA2J10100L D2002 DZ2J033M0 D2003 DZ2J033M0 D2004 B0BC3R700004 UDZSTE-173.6B D2006 DA2J10100L DA2J10100L D2007 B0BC3R700004 UDZSTE-173.6B D2008 DA2J10100L DA2J10100L D2009 DA2J10100L DA2J10100L D2010 B0ADCC000002 DA204KT146 D2012 DA2J10100L DA2J10100L D2014 B0ADDJ000032 L1SS181LT1G D2015 B0ACCK000005 1SS355TE-17 D2017 B0BC5R6A0266 PZU5.6B2,115 D2018 B0EAKM000117 1N4003S-N02 D2020 B0EAKM000117 1N4003S-N02 D2022 B0EAKM000117 1N4003S-N02 D2028 DA2J10100L DA2J10100L D2032 DA2J10100L DA2J10100L D2300 DA2J10100L DA2J10100L DZ2000 B0JCPD000025 SM330A-

GRM188B30J225KE18D

52806-2760 52806-1760

52806-3060

T

DZ2J033M0 DZ2J033M0

T

IC52 C1AB00003566 SI4730-D60-GMR IC2000 C1AB00003256 NJW1201AFH2 IC2001 C0ABBB000067 BA4558F-E2 IC2002 C0ABBB000067 BA4558F-E2 IC2003 MN101EF16KXW IC2003 RFKWMAKX500M0 IC2004 C0ABBB000067 BA4558F-E2 IC2005 C0AABB000125 NJM4565D IC2006 C3EBEY000037 CAT24C04WI-GT3JN IC2008 C0DBZYY00311 BD2224G-TR IC2010 C0DAAYG00001 BD9873CP-V5E2 IC2011 C0DAAYG00001 BD9873CP-V5E2 IC2012 C0ABBB000067 BA4558F-E2 IC2014 C0DBEYY00123 BD00HC0WEFJ-HVE2 JK51 K4ZZ02000103 JK52 K4AC02B00042 MPT-604V-02-PBT-RF(P8)

JK2001 K2HA2YYA0009 MSP-482V1-01-NI-FE-RF-ABS

L51 G1CR18JA0020 MLF1608DR18JT000 L52 G2A380Y00002 OFK5903287 L54 D0GBR00J0004 RM06JTN0 L2000 G0A330ZA0045 AB7503CY-330M L2001 G0A330ZA0045 AB7503CY-330M L2004 G1C100KA0101 CBC2518T100K LB51 J0JBC0000032 BK1608HS102-T LB2000 D0GBR00J0004 RM06JTN0 LB2001 D0GBR00J0004 RM06JTN0 LB2002 D0GBR00J0004 RM06JTN0 LB2003 D0GBR00J0004 RM06JTN0 LB2004 D0GBR00J0004 RM06JTN0 LB2005 D0GBR00J0004 RM06JTN0 LB2006 J0JBC0000019 BK1608LM252-T LB2007 D0GBR00J0004 RM06JTN0 Q2000 B1ADCE000012 KTA1504SGR-RTK/P Q2001 B1ABCF000231 2PD601ART,215 Q2002 B1ABCF000231 2PD601ART,215 Q2003 B1ABCF000231 2PD601ART,215 Q2004 B1GDCFJJ0047 KRA102S-RTK/P Q2005 B1GDCFJJ0047 KRA102S-RTK/P Q2006 B1GDCFJJ0047 KRA102S-RTK/P Q2007 B1ABCF000176 KTC3875SGR-RTK/P Q2008 B1ABCF000176 KTC3875SGR-RTK/P Q2009 B1ABCF000176 KTC3875SGR-RTK/P Q2010 B1ABCF000176 KTC3875SGR-RTK/P Q2011 B1GBCFLL0037 KRC103SRTK/P Q2016 B1ADCE000012 KTA1504SGR-RTK/P Q2017 B1GBCFJJ0051 KRC102SRTK/P Q2018 B1GBCFJJ0051 KRC102SRTK/P Q2019 B1ADCE000012 KTA1504SGR-RTK/P Q2020 B1AAJC000019 KTC3203-Y-AT/P Q2021 B1ABCF000231 2PD601ART,215 Q2022 B1AAJC000019 KTC3203-Y-AT/P Q2023 B1ADCE000012 KTA1504SGR-RTK/P Q2024 B1ABCF000231 2PD601ART,215 Q2025 B1ABCF000231 2PD601ART,215 Q2026 B1ADCE000012 KTA1504SGR-RTK/P Q2027 B1ADCE000012 KTA1504SGR-RTK/P Q2028 B1ABCF000176 KTC3875SGR-RTK/P Q2029 B1ABCF000176 KTC3875SGR-RTK/P Q2030 B1ABCF000176 KTC3875SGR-RTK/P Q2031 B1ABCF000231 2PD601ART,215 Q2032 B1ABCF000176 KTC3875SGR-RTK/P Q2033 B1AAJC000019 KTC3203-Y-AT/P Q2035 B1BABG000007 KTD863-Y-AT/P Q2037 B1ABCF000176 KTC3875SGR-RTK/P Q2038 B1ABCF000176 KTC3875SGR-RTK/P Q2039 B1ADCE000012 KTA1504SGR-RTK/P Q2040 B1ABCF000176 KTC3875SGR-RTK/P Q2041 B1ABCF000176 KTC3875SGR-RTK/P Q2042 B1ABCF000176 KTC3875SGR-RTK/P Q2050 B1ADCE000012 KTA1504SGR-RTK/P QR2000 B1GBCFJJ0051 KRC102SRTK/P QR2001 B1GBCFJJ0051 KRC102SRTK/P QR2003 B1GBCFJJ0051 KRC102SRTK/P QR2004 B1GBCFGN0016 KRC406-RTK/P QR2005 B1GBCFJJ0051 KRC102SRTK/P QR2006 B1GBCFJJ0051 KRC102SRTK/P

MICROPROCESADOR sin programar (genérico) MICROPROCESADOR para uso de centros de servicio

MSP-3011V1-NI-RF(P8)

R51 ERJ3GEYJ102V ERJ3GEYJ102V

X

R52 ERJ3GEYJ102V ERJ3GEYJ102V R53 ERJ2GEJ472 R54 ERJ2GEJ472 R55 ERJ2GEJ221 R56 ERJ3GEYJ221V ERJ3GEYJ221V R57 ERJ2GEJ102 R59 ERJ3GEYJ222V ERJ3GEYJ222V R61 ERJ3GEYJ473V ERJ3GEYJ473V R62 ERJ3GEYJ473V ERJ3GEYJ473V R64 D0GBR00J0004 RM06JTN0 R2001 D0GB123JA065 RM06JTN123 R2002 D0GB123JA065 RM06JTN123 R2003 ERJ3GEYJ392V ERJ3GEYJ392V R2004 ERJ3GEYJ392V ERJ3GEYJ392V R2005 ERJ3GEYJ103V ERJ3GEYJ103V R2006 ERJ3GEYJ103V ERJ3GEYJ103V R2007 ERJ3GEYJ332V ERJ3GEYJ332V R2008 ERJ3GEYJ332V ERJ3GEYJ332V R2010 ERJ3GEY0R00V ERJ3GEY0R00V R2011 ERJ3GEY0R00V ERJ3GEY0R00V R2012 ERJ3GEYJ681V ERJ3GEYJ681V R2013 ERJ3GEY0R00V ERJ3GEY0R00V R2014 ERJ3GEYJ103V ERJ3GEYJ103V R2015 ERJ3GEYJ681V ERJ3GEYJ681V R2016 ERJ3GEYJ473V ERJ3GEYJ473V R2017 D0GB332JA065 RM06JTN332 R2018 ERJ3GEYJ332V ERJ3GEYJ332V R2019 ERJ3GEYJ683V ERJ3GEYJ683V R2020 ERJ3GEY0R00V ERJ3GEY0R00V R2021 ERJ3GEY0R00V ERJ3GEY0R00V R2024 D0GB392JA065 RM06JTN392 R2025 D0GB392JA065 RM06JTN392 R2026 ERJ3GEYJ473V ERJ3GEYJ473V R2027 ERJ3GEY0R00V ERJ3GEY0R00V R2028 ERJ3GEYJ2R2V ERJ3GEYJ2R2V R2029 D0GB473JA065 RM06JTN473 R2030 D0GB473JA065 RM06JTN473 R2031 D0GB473JA065 RM06JTN473 R2032 D0GB473JA065 RM06JTN473 R2033 D0GB334JA065 RM06JTN334 R2035 ERJ3GEYJ271V ERJ3GEYJ271V R2036 D0GB823JA065 RM06JTN823 R2037 D0GB101JA065 RM06JTN101 R2039 D0GB223JA065 RM06JTN223 R2040 D0GB473JA065 RM06JTN473 R2041 D0GB683JA065 RM06JTN683 R2042 D0GB102JA065 RM06JTN102 R2043 D0GB223JA065 RM06JTN223 R2044 D0GB223JA065 RM06JTN223 R2045 D0GB223JA065 RM06JTN223 R2046 ERJ3GEYJ104V ERJ3GEYJ104V R2048 D0AF330JA039 RDF50SJR330 R2049 D0GB681JA065 RM06JTN681 R2050 D0GB223JA065 RM06JTN223 R2051 ERJ3GEYJ102V ERJ3GEYJ102V R2052 ERJ3GEYJ102V ERJ3GEYJ102V R2053 D0GB223JA065 RM06JTN223 R2054 ERJ3GEY0R00V ERJ3GEY0R00V R2056 D0GB681JA065 RM06JTN681 R2057 D0GB681JA065 RM06JTN681 R2058 D0GB102JA065 RM06JTN102 R2059 D0GB102JA065 RM06JTN102 R2060 D0GB682JA065 RM06JTN682 R2061 D0GB682JA065 RM06JTN682 R2062 D0GB154JA065 RM06JTN154 R2063 D0GB153JA065 RM06JTN153 R2064 D0GB153JA065 RM06JTN153 R2065 ERJ3GEYJ473V ERJ3GEYJ473V R2066 ERJ3GEYJ473V ERJ3GEYJ473V R2067 ERJ3GEYJ473V ERJ3GEYJ473V R2068 ERJ3GEY0R00V ERJ3GEY0R00V R2069 ERJ3GEYJ102V ERJ3GEYJ102V R2070 ERJ3GEYJ473V ERJ3GEYJ473V R2071 D0GB123JA065 RM06JTN123

ERJ2GEJ472 ERJ2GEJ472 ERJ2GEJ221

ERJ2GEJ102

R2072 ERJ3GEY0R00V ERJ3GEY0R00V R2073 ERJ3GEYJ104V ERJ3GEYJ104V R2074 ERJ3GEYJ473V ERJ3GEYJ473V R2075 ERJ3GEYJ473V ERJ3GEYJ473V R2076 ERJ3GEYJ102V ERJ3GEYJ102V R2077 ERJ3GEYJ102V ERJ3GEYJ102V R2078 ERJ3GEYJ563V ERJ3GEYJ563V R2079 D0AF330JA039 RDF50SJR330 R2082 ERJ3GEYJ104V ERJ3GEYJ104V R2083 ERJ3GEYJ473V ERJ3GEYJ473V R2084 D0GB103JA065 RM06JTN103 R2085 D0GB332JA065 RM06JTN332 R2087 ERJ3GEY0R00V ERJ3GEY0R00V R2089 D0GB103JA065 RM06JTN103 R2093 ERJ3GEYJ392V ERJ3GEYJ392V R2094 ERJ3GEYJ392V ERJ3GEYJ392V R2095 ERJ3GEYJ473V ERJ3GEYJ473V R2096 ERJ3GEYJ473V ERJ3GEYJ473V R2098 ERJ3GEYJ472V ERJ3GEYJ472V R2099 ERJ3GEYJ103V ERJ3GEYJ103V R2101 D0GB101JA065 RM06JTN101 R2102 ERJ3GEYJ472V ERJ3GEYJ472V R2103 ERJ3GEYJ681V ERJ3GEYJ681V R2105 ERJ3GEYJ104V ERJ3GEYJ104V R2107 D0AF220JA039 RDF50SJR220 R2108 ERJ3GEYJ473V ERJ3GEYJ473V R2110 D0GB106JA065 RM06JTN106 R2111 D0GB473JA065 RM06JTN473 R2112 ERJ3GEYJ103V ERJ3GEYJ103V R2113 ERJ3GEYJ103V ERJ3GEYJ103V R2114 ERJ3GEYJ473V ERJ3GEYJ473V R2115 ERJ3GEYJ473V ERJ3GEYJ473V R2117 ERJ3GEYJ473V ERJ3GEYJ473V R2118 ERJ3GEYJ473V ERJ3GEYJ473V R2119 D0GB123JA065 RM06JTN123 R2120 ERJ3GEYJ473V ERJ3GEYJ473V R2121 ERJ3GEYJ475V ERJ3GEYJ475V R2123 ERJ3GEYJ564V ERJ3GEYJ564V R2124 D0GB823JA065 RM06JTN823 R2125 D0GB102JA065 RM06JTN102 R2126 ERJ3GEYJ473V ERJ3GEYJ473V R2127 ERJ3GEY0R00V ERJ3GEY0R00V R2128 D0GBR00J0004 RM06JTN0 R2129 D0GBR00J0004 RM06JTN0 R2130 ERJ3GEYJ102V ERJ3GEYJ102V R2131 D0GB102JA065 RM06JTN102 R2132 D0GB102JA065 RM06JTN102 R2133 D0GBR00J0004 RM06JTN0 R2134 D0GBR00J0004 RM06JTN0 R2135 D0GB392JA065 RM06JTN392 R2136 ERJ3GEY0R00V ERJ3GEY0R00V R2137 D0GB472JA065 RM06JTN472 R2138 D0GB472JA065 RM06JTN472 R2140 ERJ3GEY0R00V ERJ3GEY0R00V R2142 D0GBR00J0004 RM06JTN0 R2145 D0GB153JA065 RM06JTN153 R2146 D0GB104JA065 RM06JTN104 R2147 D0GB153JA065 RM06JTN153 R2148 D0GB102JA065 RM06JTN102 R2149 D0GB471JA065 RM06JTN471 R2150 D0GB104JA065 RM06JTN104 R2151 D0GB183JA065 RM06JTN183 R2152 ERJ3GEYJ153V ERJ3GEYJ153V R2153 ERJ3GEYJ104V ERJ3GEYJ104V R2154 ERJ3GEYJ153V ERJ3GEYJ153V R2155 D0GB273JA065 RM06JTN273 R2156 ERJ3GEYJ105V ERJ3GEYJ105V R2157 D0GBR00J0004 RM06JTN0 R2159 D0GBR00J0004 RM06JTN0 R2160 D0GBR00J0004 RM06JTN0 R2161 D0GB273JA065 RM06JTN273 R2162 ERJ3GEY0R00V ERJ3GEY0R00V R2163 ERJ3GEY0R00V ERJ3GEY0R00V R2165 ERJ3GEYJ102V ERJ3GEYJ102V R2166 D0GBR00J0004 RM06JTN0

Panasonic SA-MAX500LMK Schematic [en, es]