Denon RCD-M39 Service manual

e

SERVICE MANUAL

MODEL JP E3 E2 EK EA E1 E1K E1C

Ver. 7

Please refer to the MODIFICATION NOTICE.

RCD-M39

RCD-M39DAB

P P P

P

CD RECEIVER

• The part list can be found in a separate le.See the part list in Excel format.

For purposes of improvement, specications and design are subject to change without notice.

•

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

•

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

•

e

D&M Holdings Inc.

S0603-0V07DM/DG1212

WARNING: Violators will be prosecuted to the maximum extent possible.

CONTENTS

ABOUT THIS MANUAL

What you can do with this manual ............................................3

Using Adobe Reader (Windows version) ..................................4

NOTE FOR SCHEMATIC DIAGRAM

Specications

CAUTION IN SERVICING

Initializing STEREO CD RECEIVER .......................................10

Support for Asia-Pacic tropical climate regions .....................10

DISASSEMBLY

About the photos used for "descriptions in the

DISASSEMBLY" section .........................................................12

1. LOADER PANEL ASSY .......................................................12

2. FRONT PANEL ASSY .........................................................13

3. CD MECHA .........................................................................14

4. HEAT SINK SUB ASSY .......................................................15

5. REAR PANEL ASSY ............................................................17

6. POWER UNIT ASSY ...........................................................19

7. MCU PCB UNIT ASSY ........................................................19

8. TRANS ................................................................................19

Note Handling and Replacement of the Laser pick-up

1. Protection of the LD .............................................................20

2. Precautions when handling the laser CD mechanism .........20

3. Cautions on assembling and adjustment ............................20

4. Determining whether the laser pick-up is defective .............20

Service Mode

How to input ...........................................................................21

1. Version display mode ..........................................................21

2. VFD checking mode ............................................................21

3. Cold start mode (initialization) .............................................22

4. CD test mode ......................................................................22

5. CD heat run mode ...............................................................26

6. Accumulated laser on time display mode ............................28

VERSION UPGRADE PROCEDURE OF FIRMWARE

1. ABOUT REPLACE THE MICROPROCESSOR

WITH A NEW ONE ..................................................................29

2. UPDATE MODE ..................................................................29

TROUBLE SHOOTING

1. VFD dosen't light .................................................................45

2. No Sound, Noise generated ................................................46

MEASURING METHOD AND WAVEFORMS

1. MCUCD PCB : TEST POINT ..............................................50

2. INPUT PCB : TEST POINT ................................................51

3. WAVEFORMS .....................................................................52

...........................................................................9

..........................................................................21

.............................................................3

.........................................7

........................................................10

........................................................................11

.......20

............29

............................................................45

..........................50

BLOCK DIAGRAM

CurrentBLOCK DIAGRAM

LEVEL DIAGRAM WIRING DIAGRAM PRINTED WIRING BOARDS

AMP ........................................................................................59

POWER ..................................................................................59

FRONT ...................................................................................60

SPEAKER ..............................................................................60

CONNECTOR ........................................................................61

CONNETER ...........................................................................61

MCU .......................................................................................62

DIGITAL INPUT ......................................................................63

DC-DC ....................................................................................63

REGULATOR .........................................................................63

DAB ........................................................................................63

SCHEMATIC DIAGRAMS (1/3)

MCU&CD ................................................................................64

DIGITAL INPUT .......................................................................65

POWER & AMP ......................................................................66

EXPLODED VIEW EXPLODED VIEW OF CD MECHANISM UNIT PARTS LIST OF EXPLODED VIEW PARTS LIST OF CD MECHANISM UNIT PACKING VIEW PARTS LIST OF PACKING & ACCESSORIES SEMICONDUCTORS

1. IC's ......................................................................................72

2. FL DISPLAY.........................................................................91

PARTS LIST OF PCB UNIT

...................................................................55

.....................................................56

....................................................................57

..................................................................58

...................................................59

...............................................64

...................................................................67

.......................68

.......................................69

...............................70

.......................................................................71

.......................71

...............................................................72

.....................................................94

2

ABOUT THIS MANUAL

Read the following information before using the service manual.

What you can do with this manual

Search for a Ref. No. (phrase) (Ctrl+Shift+F)

You can use the search function in Acrobat Reader to

search for a Ref. No. in schematic diagrams, printed wiring board diagrams, block diagrams, and parts lists.

1.Press

2.Enter the Ref. No. you want to search for in the

Ctrl+Shift+F

on the keyboard.

• The Search window appears.

F

Shift

Ctrl

Search window, and then click the

• A list of search results appears.

Search

button.

Jump to the target of a schematic diagram connector

Click the Ref. No. of the target connector in the red box

around a schematic diagram connector.

• The screen jumps to the target connector.

3.Click an item on the list.

• The screen jumps to the page for that item, and

the search phrase is displayed.

• Page magnification stays the same as before the jump.

3

Using Adobe Reader (Windows version)

Add notes to this data (Sign)

The Sign function lets you add notes to the data in this

manual.

Save the le once you have nished adding notes.

[Example using Adobe Reader X]

On the "

View

" menu, click "

• The Sign pane appears.

[Example using Adobe Reader 9]

On the "

Document

" menu, click "

Sign

".

Sign

".

Magnify schematic / printed wiring board diagrams - 1 (Ctrl+Space, mouse operation)

Ctrl+Space

Press mouse to select the area you want to view.

• The selected area is magnied.

• When you want to move the area shown, hold down

Space

and drag the mouse.

• When you want to show a full page view, press

Ctrl+0

on the keyboard.

on the keyboard and drag the

0

Ctrl Space

Print a magnied part of the manual

The Properties dialog box and functions will vary depending on your printer.

1. Drag the mouse to magnify the part you want to print.

2. On the "

File

" menu, click "

3. Congure the following settings in the Print dialog box.

Print

".

• Properties

Click this button and check that the printer is set to a

suitable paper size.

• Page to print

Select the following checkbox.

More Options

"

• Page Sizing & Handling

Select the following checkbox.

"

Size

Size Options

" / "

Current View

" : "

Fit

"

4. Click the

Print

button to start printing.

4

Magnify schematic / printed wiring board diagrams - 2 (Pan & Zoom function)

The Pan & Zoom function lets you see which part of a magnied diagram is being shown in a separate window.

Magnify schematic / printed wiring board diagrams - 3 (Loupe Tool function)

The Loupe Tool function lets you magnify a specific

part of a diagram in a separate window.

[Example using Adobe Reader X]

On the "

Pan & Zoom

"

• The Pan & Zoom window appears on the screen.

View

" menu, point to "

".

Zoom

", and then click

[Example using Adobe Reader X]

On the "

Loupe Tool

"

• The Loupe Tool window appears on the screen.

View

" menu, point to "

".

Zoom

", and then click

[Example using Adobe Reader 9]

On the "

then click "

Tools

" menu, point to "

Pan & Zoom Window

Select & Zoom

[Example using Adobe Reader 9]

", and

".

On the "

then click "

5

Tools

" menu, point to "

Loupe Tool Window

Select & Zoom

".

", and

SAFETY PRECAUTIONS

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

LEAKAGE CURRENT CHECK

Before returning the unit to the customer, make sure you make either (1) a leakage current check or (2) a line to chassis

resistance check. if the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the unit is defective.

Be sure to test for leakage current with the AC plug in both polarities, in addition, in each power ON, OFF and STANDBY

mode, if applicable.

CAUTION

Please heed the points listed below during servicing and inspection.

◎Heed the cautions!

Spots requiring particular attention when servicing, such as the cabinet, parts, chassis,etc., have cautions indicated on labels. be sure to heed these causions and the cautions indicated in the handling instructions.

◎Caution concerning electric shock!

(1) An AC voltage is impressed on this set, so touching

internal metal parts when the set is energized could

cause electric shock. Take care to avoid electric

shock, by for example using an isolating transformer and gloves when servicing while the set is energized, unplugging the power cord when replacing parts, etc.

(2) Tere are high voltage parts inside. Handle with extra

care when the set is energized.

◎ Caution concerning disassembly and

assembly!

Through great care is taken when manufacturing parts

from sheet metal, there may in some rare cases be burrs

on the edges of parts which could cause injury if ngers

are moved across them. Use gloves to protect your hands.

◎Only use designated parts!

The set's parts have specific safety properties (fire

resistance, voltage resistance, etc.). For replacement parts, be sure to use parts which have the same poroperties. In particular, for the important safety parts that are marked z on wiring diagrams and parts lists, be sure to use the designated parts.

◎ Be sure to mount parts and arrange the wires

as they were originally!

For safety seasons, some parts use tape, tubes or other insulating materials, and some parts are mounted away from the surface of printed circuit boards. Care is also taken with the positions of the wores omsode amd clamps are used to keep wires away from heating and high voltage parts, so be sure to set everything back as it was originally.

◎Inspect for safety after servicing!

Check that all screws, parts and wires removed or disconnected for servicing have been put back in their original positions, inspect that no parts around the area that has been serviced have been negatively affected, conduct an inslation check on the external metal connectors and between the blades of the power plug, and otherwise check that safety is ensured.

(Insulation check procedure) Unplug the power cord from the power outlet, disconnect the antenna, plugs, etc., and turn the power switch on. Using a 500V insulation resistance tester, check that the inplug and the externally exposed metal parts (antenna terminal, headphones terminal, input terminal, etc.) is

1MΩ or greater. If it is less, the set must be inspected and

repaired.

CAUTION

Concerning important safety

parts

Many of the electric and structural parts used in the set have special safety properties. In most cases these properties are difficult to distinguish by sight, and using replacement parts with higher ratings (rated power and withstand voltage) does not necessarily guarantee that safety performance will be poreserved. Parts with safety properties are indicated as shown below on the wiring

diagrams and parts lists is this service manual. Be sure to

replace them with parts with the designated part number.

(1) Schematic diagrams ......Indicated by the z mark.

(2) Parts lists ......Indicated by the z mark.

Using parts other than the designated

parts could result in electric shock, res

or other dangerous situations.

6

NOTE FOR SCHEMATIC DIAGRAM

NOTE FOR PARTS LIST

WARNING:

Parts indicated by the z mark have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.

CAUTION:

Before returning the set to the customer, be sure to carry out either (1) a leakage current check or (2) a line to chassis resistance check. If

the leakage current exceeds 0.5 milliamps, or if the resistance from chassis to either side of the power cord is less than 460 kohms, the set is defective.

WARNING:

DO NOT return the set to the customer unless the problem is identied and remedied.

NOTICE:

ALL RESISTANCE VALUES IN OHM. k=1,000 OHM / M=1,000,000 OHM ALL CAPACITANCE VALUES ARE EXPRESSED IN MICRO FARAD, UNLESS OTHERWISE INDICATED. P INDICATES MICRO-MICRO FARAD. EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION. CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE.

NOTE FOR PARTS LIST

1.

Parts for which "nsp" is indicated on this table cannot be supplied.

2.

When ordering of part, clearly indicate "1" and "I" (i) to avoid mis-supplying.

3.

Ordering part without stating its part number can not be supplied.

4.

Part indicated with the mark "★" is not illustrated in the exploded view.

5.

Not including General-purpose Carbon Film Resistor in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.)

6.

Not including General-purpose Carbon Chip Resistor in the P.W.Board parts list. (Refer to the Schematic Diagram for those parts.)

WARNING:

Parts marked with this symbol z have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.

7

m

WARNING AND LASER SAFETY INSTRUCTIONS

GB

WARNING

All ICs and many other semi-conductors are susceptible to electrostatic discharges (ESD). Careless handling during repair can reduce life drastically. When repairing, make sure that you are connected with the same potential as the mass of the set via a wrist wrap with resistance. Keep components and tools also at this potential.

F

ATTENTION

D

WARNUNG

I

WAARSCHUWING

AVVERTIMENTO

NL

Alle IC’s en vele andere halfgeleiders zijn gevoelig voor elektrostatische ontladingen (ESD). Onzorgvuldig behandelen tijdens reparatie kan de levensduur drastisch doen verminderen. Zorg ervoor dat u tijdens reparatie via een polsband met weerstand verbonden bent met hetzelfde potentiaal als de massa van het apparaat. Houd componenten en hulpmiddelen ook op ditzelfde potentiaal.

Tous les IC et beaucoup d’autres semiconducteurs sont sensibles aux décharges statiques (ESD). Leur longévité pourrait être considérablement écourtée par le fait qu’aucune précaution n’est prise a leur manipulation. Lors de réparations, s’assurer de bien être relié au même potentiel que la masse de l’appareil et enfiler le bracelet serti d’une résistance de sécurité. Veiller a ce que les composa outils que l’on utilise soient également a ce potentiel.

nts ainsi que les

GB

Safety regulations require that the set be restored to its original condition and that parts which are identical with those specified be used.

NL

Veiligheidsbepalingen vereisen, dat het apparaat in zijn oorspronkelijke toestand wordt terug gebracht en dat onderdelen, identiek aan de gespecifieerde worden toegepast.

Alle IC und viele andere Halbleiter sind empfindlich gegen elektrostatische Entladungen (ESD). Unsorgfältige Behandlung bei der Reparatur kann die Lebensdauer drastisch vermindern. Sorgen sie dafür, das Sie im Reparaturfall über ein Pulsarmband mit Widerstand mit dem Massepotential des Gerätes verbunden sind. Halten Sie Bauteile und Hilfsmittel ebenfalls auf diesem Potential.

D

Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu beachten. Der Originalzustand des Gerats darf nicht verandert werden Fur Reparaturen sind Original-Ersatzteile zu verwenden.

I

Le norme di sicurezza esigono che l’apparecchio venga rimesso nelle condizioni originali e che siano utilizzati pezzi di ricambiago idetici a quelli specificati.

Tutti IC e parecchi semi-conduttori sono sensibili alle scariche statiche (ESD). La loro longevita potrebbe essere fortemente ridatta in caso di non osservazione della piu grande cauzione alla loro manipolazione. Durante le riparazioni occorre quindi essere collegato allo stesso potenziale che quello della massa dell’apparecchio tramite un braccialetto a resistenza. Assicurarsi che i componenti e anche gli utensili con quali si lavora s questo potenziale.

iano anche a

.

F

“Pour votre sécurité, ces documents doivent être utilisés par des spécialistes agrées, seu ls habilités à réparer votre appareil en panne.”

Les normes de sécurité exigent que l’appareil soit remis a l’état d’origine et que soient utilisées les pièces de rechange identiques à celles spécifiées.

LASER SAFETY

This unit employs a laser. Only a qualified service person should remove the cover or attempt to service t device, due to possible eye injury.

his

USE OF CONTROLS OR ADJUSTMENTS OR PERFORMANCE OF PROCEDURE OTHER THAN THOSE SPECIFIED H

EREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE.

AVOID DIRECT EXPOSURE TO BEAM

WARNING

The use of optical instruments with this product will increase eye hazard. Repair handling should take place as much as possible with a disc loaded inside the player

WARNING LOCATION: INSIDE ON LASER COVERSHIELD

CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING VED ÅBNING UNDGÅ UDS ADVARSEL SYNLIG OG USYNLIG LASERSTRÅLING NÅR DEKSEL Å PNES UNNGÅ EKSPONERING FOR STRÅLEN VARNING SYNLIG OCH OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD BETRAKTA EJ STRÅLEN VARO! AVATT AESSA OLET ALTTIINA NÄKYVÄLLE JA NÄKYMÄTTÖMÄLLE LASER SÄ VORSICHT SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GEÖFFNET NICHT DEM STRAHL AUSSETSEN DANGER VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID DIRECT EXPOSURE TO BEAM ATTENTION RAYONNEMENT LASER VISIBLE ET INVISIBLE EN CAS D'OUVERTURE EXPOSITION DANGEREUSE AU FAISCEAU

Æ

TTELSE FOR STRÅLING

TEILYLLE. ÄLÄ KATSO SÄTEESEEN

030804ec

8

SPECIFICATIONS

n Audio section

Power amplifer Rated output:

30 W + 30 W (6 Ω, 1 kHz T.H.D 10 %)

n Tuner section

Receiving range (E2,EK model):

FM: 87.50 MHz – 108.00 MHz

DAB (EK model): BAND3 170 MHz – 240 MHz

Receiving range (E3 model):

FM: 87.50 MHz – 107.90 MHz

Usable sensitivity:

FM: 1.2 μV/75 Ω DAB (EK model): –93 dBm/50 Ω FM stereo separation: 35dB（1kHz）

n CD section

Playback frequency response: 2Hz ～ 20kHz Wow & flutter: Below measurable limits (± 0.001%) Sampling frequency: 44.1kHz

DIMENSION

n Clock/Timer section

Clock method: Crystal oscillator (Within 1 – 2 minutes per month) Timer: Everyday/Once timer: One each

Sleep timer: 90 minutes, maximum

n General

Power supply (E2,EK model): AC 230 V, 50/60 Hz Power supply (E3 model): AC 120 V, 60 Hz Power consumption: 70 W

Approx. 0.3 W (standby)

25.0

129.1

130.0

210.0

152.0 29.029.0

30.0

272.0

8.5 106.5

11.0

308.0

115.0

199.045.0 28.0

9

CAUTION IN SERVICING

Initializing STEREO CD RECEIVER

STEREO CD RECEIVER initialization should be performed when the μcom, peripheral parts of μcom, and Digital PCB.

are replaced.

1. Turn off the power using "Power operation (X)" button, unplug the power cord.

2. Plug the power cord into a power outlet while pressing "8 / –" and "SOURCE" button simultaneously.

Initialize.

＊

NOTE: All user settings will be lost and this factory setting will be recovered when this initialization mode.

So make sure to memorize your setting for restoring after the initialization.

8 / -

Power operation (X) SOURCE

Support for Asia-Pacic tropical climate regions

Before selling this product, purchase and attach the tropical standard supporting part.

For this part, see the part list on page 67. For where to attach the part, see the exploded view.

10

DISASSEMBLY

• Disassemble in order of the arrow of the gure of following ow.

• In the case of the re-assembling, assemble it in order of the reverse of the following ow.

• In the case of the re-assembling, observe "attention of assembling" it.

• If wire bundles are untied or moved to perform adjustment or parts replacement etc., be sure to rearrange them neatly

as they were originally bundled or placed afterward.

Otherwise, incorrect arrangement can be a cause of noise generation.

TOP COVER

LOADER PANEL ASSY

"DISASSEMBLY

Refer to

1. LOADER PANEL ASSY" "EXPLODED VIEW"

and

LOADER PANEL

(Ref. No. of EXPLODED VIEW : 3)

FRONT PANEL ASSY

"DISASSEMBLY

Refer to

2. FRONT PANEL SUB ASSY" "EXPLODED VIEW"

and

FRONT PANEL

(Ref. No. of EXPLODED VIEW : 6)

HEAT SINK SUB ASSY

"DISASSEMBLY

Refer to

4. HEAT SINK SUB ASSY" "EXPLODED VIEW"

and

HEAT SINK

(Ref. No. of EXPLODED VIEW : 18)

REAR PANEL ASSY

"DISASSEMBLY

Refer to

5. REAR PANEL ASS'Y" "EXPLODED VIEW"

and

REAR PANEL

(Ref. No. of EXPLODED VIEW : 21)

POWER UNIT ASSY

"EXPLODED VIEW"

Refer to

6. POWER UNIT ASS'Y" "EXPLODED VIEW"

and

POWER UNIT

(Ref. No. of EXPLODED VIEW : P1)

TRANS

"EXPLODED VIEW"

Refer to

8. TRANS"

"EXPLODED VIEW"

and

TRANS

(Ref. No. of EXPLODED VIEW : P6)

Refer to

and

CD MECHA

(Ref. No. of EXPLODED VIEW : P8)

MCU PCB UNIT ASSY

"EXPLODED VIEW"

Refer to

7. MCU PCB UNIT ASSY" "EXPLODED VIEW"

and

MCU PCB UNIT

(Ref. No. of EXPLODED VIEW : P3)

CD MECHA ASS'Y

"DISASSEMBLY

3. CD MECHA ASS'Y" "EXPLODED VIEW"

11

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

• The direction from which the photographs used herein were photographed is indicated at "Direction of photograph: ***"

at the left of the respective photographs.

• Refer to the table below for a description of the direction in which the photos were taken.

• Photographs for which no direction is indicated were taken from above the product.

• The photograph is RCD-M39 model.

The viewpoint of each photograph (Photografy direction)

［View from above］

Direction of photograph: C

Direction of photograph: B

Front side

Direction of photograph: D

1. LOADER PANEL ASSY

Proceeding : TOP COVER

(1) Detach the LOADER PANEL.

You can slide in the arrow direction to pull out the TRAY.

Direction of photograph: A

LOADER PANEL

→

CD MECHA

12

2. FRONT PANEL ASSY

Proceeding : TOP COVER

(1) Remove the screws.

View from bottom

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

Direction of photograph: C

LOADER PANEL

→

FRONT PANEL ASSY

→

Direction of photograph: D

cut

CWAJ

(3) Cut the wire clamp band, then disconnect the connector wires.

cut

Direction of photograph: B

CWMF FCMA

cut

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

13

3. CD MECHA

Proceeding : TOP COVER

CD MECHANISM ASS'Y

→

(1) Remove the screws.

Direction of photograph: D

(2) Pull out the TRAY.

LOADER PANEL

→

FRONT PANEL ASS'Y

→

You can slide in the arrow direction to pull out the TRAY.

(3) Cut the wire clamp band, then disconnect the connector wires. Remove the screws.

PMSN

Direction of photograph: B

PMMO

CD MECHA

PMUP

FCMC

CMMD

14

cut

4. HEAT SINK SUB ASSY

Proceeding : TOP COVER

HEAT SINK SUB ASSY

→

(1) Cut the wire clamp band, then disconnect the connector wires.

Direction of photograph: B

LOADER PANEL

→

FRONT PANEL ASS'Y

CWSQ

CWIL

CBSK

cut

(2) Remove the screws.

Direction of photograph: C

CMMD

cut

15

(3) Remove the screws.

View from bottom

(4) Disconnect the connector wires.

CBAM

Direction of photograph: C

HEAT SINK SUB ASSY

Please refer to "EXPLODED VIEW" for the disassembly method of each PCB included in HEAT SINK SUB ASSY.

16

5. REAR PANEL ASSY

Proceeding : TOP COVER

HEAT SINK SUB ASSY

→

(1) Remove the screws.

Direction of photograph: A

(2) Remove the screws.

LOADER PANEL

→

FRONT PANEL ASS'Y

→

REAR PANEL ASSY

→

View from bottom

(3) Remove the screws.

Direction of photograph: C

17

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

CN91

PMSE

Direction of photograph: B

FCMC

(5) Remove the screws.

Direction of photograph: D

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

18

6. POWER UNIT ASSY

→

Proceeding : TOP COVER

HEAT SINK SUB ASSY

→

Please refer to "EXPLODED VIEW" for the disassembly method of POWER UNIT.

LOADER PANEL

→

REAR PANEL ASSY

→

FRONT PANEL ASS'Y

→

7. MCU PCB UNIT ASSY

Proceeding : TOP COVER

HEAT SINK SUB ASSY

→

Please refer to "EXPLODED VIEW" for the disassembly method of MCU PCB UNIT.

LOADER PANEL

→

REAR PANEL ASSY

→

FRONT PANEL ASS'Y

→

8. TRANS

Proceeding : TOP COVER

HEAT SINK SUB ASSY

→

TRANS

LOADER PANEL

→

REAR PANEL ASSY

→

FRONT PANEL ASS'Y

→

POWER UNIT ASSY

→

MCU PCB UNIT ASSY

→

POWER UNIT ASSY

→

Please refer to "EXPLODED VIEW" for the disassembly method of TRANS.

19

NOTE HANDLING AND REPLACEMENT OF THE LASER PICK-UP

1. Protection of the LD

Short a part of the LD circuit by soldering. After connection to a circuit, remove the short solder.

2. Precautions when handling the laser CD mechanism

• Handle the laser pick-up so that it is not exposed to dust.

• Do not leave the laser pick-up bare. Be sure to cover it.

• If dust adheres on lens of the pick-up, blow it off with a blower brush.

• Do not shock the laser pick-up.

• Do not watch the light of the laser pick-up.

3. Cautions on assembling and adjustment

• Be sure that to the bench, jig, head of soldering iron (with ceramic) and measuring instruments are well grounded.

• Workers who handle the laser pick-up must be grounded.

• The nished mechanism (prior to anchoring in the set) should be protected against static electricity and dust. The

mechanism must be stored that damaging outside forces are not received.

• When carrying the nished mechanism, hold it by the chassis body

• For proper operation, storage and operating environment should not contain corrosive gases. For example H2S, SO2, NO2, CI2 etc. In addition storage environment should not have materials that emit corrosive gases especially from

silicic, cyanic, formalin and phenol group. I the mechanism or the set, existence of corrosive gases may cause no rotation in motor.

4. Determining whether the laser pick-up is defective

Disc no read, unsteady playback, etc.

Measure the waveform at RFO on "MCU CD PCB wRFO". (For measuring points and waveforms, Rrfer to 50 page.)

Range between 0.4 and 1.1(Vp-p)

Laser drive current (Iop) check

(For how to check, see 4. CD test mode, 4.7.Laser current is display.)

Laser current (IOP) memorizing after replacement

Present value exceeds the initial value by 1.5 times

Traverse Unit replacing

NO

Protective soldering place for laser diode.

20

SERVICE MODE

How to input

Plug AC cord into power outlet while pressing both the button A and the button B at the same time.

No. Mode Button A Button B

1 Version display mode

2 VFD checking mode

3 Cold start mode (initialization) SOURCE

4 CD test mode SOURCE

5 CD heat run mode

6 Accumulated laser on time display mode

7 Displaying the protection history mode SOURCE

2 8 5

2 2

Power operation (X)

1. Version display mode

(1) Plug AC cord into power outlet while pressing "2" and "8 / –" button same time on Main Unit. (2) Press the "SDB/TONE" button to the display the 2nd item information on the Display.

Main µ-com Ver.】→【USB µ-com Ver.】→【Main µ-com Ver.】→

【

Main µ-com Ver.

【

】

V e r 1 2 0 6 0 8 0 2 v E 2

8

+ /

/ –

9

・・・

USB µ-com Ver.

【

】

U S B V E R 2 0 1 2 0 5 2 4 0 1

(3) Unplug AC cord to clear this mode.

2. VFD checking mode

(1) Plug AC cord into power outlet while pressing "Power operation (X)" and "5" button same time on Main Unit.

(2) All segment of VFD is turning on and off every one second. MUTING ON

(3) Unplug AC cord to clear this mode.

．

21

3. Cold start mode (initialization)

(1) Plug AC cord into power outlet while pressing "SOURCE" and "8 / -" button same time on Main Unit.

Initialize.

I N I T I A L I Z E

Default

SOURCE DISC TUNER BAND EK:DAB, otherFM TUNER frequency Minimum reception frequency TUNER PRESET 0 Set -/+ PRESET SDB OFF BASS 0 TREBLE 0 BLANCE CENTER DIMMER 100% VOLUME 8 Clock E3:AM12:00, Other:0:00 ALARM SOURCE DISC ALARM ON E3:AM12:00, Other:0:00 ALARM OFF E3:AM12:00, Other:0:00 SPK OPTIMISE ON iPod MODE REMOTE AUTO STANDBY E2/EK:ON, E3:OFF DAB Module (EK) Initialzed Module Protection memory NO PROTECT

The following settings are not initialized.

※

• Laser ON TIME and Laser Current

• Power supply abnormal ag

(2) After initialization, the unit will start in normal mode (Power On).

4. CD test mode

(1) Plug AC cord into power outlet while pressing "Power operation (X)" and "SOURCE" button same time on Main Unit.

" 1 3 "

0 0 C D T E S T M O D E

(2) Move the slide to the initially set position (10 mm towards the outside from the innermost position). (3) Check by performing key input. Refer to 4.2

q

～

4.2y.

(4) Cancel the mode by turning the power back on.

Do not push the button without the explanation.

※

4.1 Disc loading

(1) Press the "5" button to open the tray. (2) Set a disc on the tray, then press the "5" button again to close the tray. (3) Move the slide to the initially set position (10 mm towards the outside from the innermost position) and stop in this

status.

(

1, 3

ashing

)

22

4.2 Servo check

• Press the "5" button. Execute the following steps.

Press "1/3" button continuously for over 1second to switch directly to SUB CODE readout in step t.

※

LD ON (with servo still stopped)

q

" 1 3 "

0 1 L D O N

FOCUS ON (disc rotation, tracking off)

w

If no disc loaded, retry then stop.

z

" 1 3 "

0 2 F o c u s O N

CLV ON

e

" 1 3 "

0 3 C L V O N

TRACKING ON

r

" 1 3 "

(

1, 3

(

1, 3

(

1, 3

ashing

)

0 4 T r a c k i n g O N

SUB CODE readout (playback sound output)

t

" 1 3 "

0 5 @ @

When display is as in t and the "1/3" button is pressed, conduct BER (Block Error Rate) display for 2 seconds.

y

" 1 3 "

Tr

ashing / @@:T.No / XX:XX:Time

(

1, 3

X X : X X

(

1, 3

ashing

)

E R R # # # # # #

ashing / ######:B.E.R

(

1, 3

)

23

4.3 Pickup movement

(1) In the stop mode, pickup moves in REV (inwards) or FWD (outwards) direction when "8 / -" or "+ / 9" button

pressed. (2) When "8 / -" button pressed, move to stop operation after detection that inner switch has turned on. (3) Pickup movement stops when button released.

4.4 Stop

(1) When "2" button is pressed, play operation and servo stop.

(2) After stopping, conduct reading of auto adjust values.

4.5 All servo on

• Press and hold the "SOURCE" button for 5 seconds and longer to turn on all servos. The system is automatically adjusted and the playback operation starts. (Playback sound output)

" 1 3 "

@ @

Tr

ashing / @@:T.No / XX:XX:Time

(

1, 3

X X : X X

)

4.6 Adjustment value display

(1) When "DIRECT" button is pressed, the adjustment values are displayed in the following order.

FOCUS BALANCE

q

" 1 3 "

X X X X F O C U S B A L A N C E

FOCUS GAIN

w

" 1 3 "

ashing / XXXX:Adjustment value

(

1, 3

)

X X X X F O C U S G A I N

TRACKING BALANCE

e

" 1 3 "

ashing / XXXX:Adjustment value

(

1, 3

)

X X X X T R A C K I N G B A R A N C E

TRACKING GAIN

r

" 1 3 "

ashing / XXXX:Adjustment value

(

1, 3

)

X X X X T R A C K I N G G A I N

FOCUS OFFSET

t

" 1 3 "

ashing / XXXX:Adjustment value

(

1, 3

)

X X X X F O C U S O F F S E T

TRACKING OFFSET

y

" 1 3 "

ashing / XXXX:Adjustment value

(

1, 3

)

X X X X T R A C K I N G O F F S E T

ashing / XXXX:Adjustment value

(

1, 3

)

24

RFRP

u

" 1 3 "

X X X X R F R P

2) Press the "2" button, "4. CD test mode (1)" display reappears.

（

If auto adjustment is not completed, proper values are not displayed.

※

4.7 Laser current is display

(1) When the "2" button is pressed for over 1 second while the RCD-M39 is in the stop mode(Display of "4. CD test

mode (1)"), the laser turns on and the laser current is measured.

" 1 3 "

ashing / XXXX:Adjustment value

(

1, 3

)

S / C : X X m A / Y Y m A L A S E R C U R R E N T

• The rst current value is measured 3 seconds after the laser turns on.

• The current value is updated every 3 seconds.

• The laser drive current undergoes A/D conversion for calculation. Decimal values are discarded.

2) Press the "2" button, "4. CD test mode (1)" display reappears.

（

ashing / XX:Stored data(stored in the EEPROM) / YY:Current value

(

1, 3

Stored data is not cleared, initialazation of "3. Cold start mode".

※

)

4.7.1 Overwriting the stored data

(1) When the "1/3" button is pressed for over 5 seconds while the laser current is displayed, the current value is

stored in the EEPROM (overwriting the stored data).

" 1 3 "

S T O R E D L A S E R C U R R E N T

(2) Press the "

(3) Once rewriting is completed, the display in No.4.7(1) reappears.

Rewriting is performed upon shipment from the factory and when the mechanism is replaced.

※

" button, the initial value is stored in the EEPROM.

1/3

(

1, 3

ashing

)

25

5. CD heat run mode

(1) Plug AC cord into power outlet while pressing "2" and "+ / 9" button same time on Main Unit. (Be sure to insert

the CD before this operation)

1

3

C D 1 1

（

1, 3

Tr

lit / Normal display except when 1, 3 lit

4 2 : 5 2

．）

(2) Switches to mode according to button input. See No.5.1 and No.5.2. (3) If an error occurs, display the error and stop operation at that point. Number of operations held. See No.5.3 to

No.5.5.

(4) Heat run no. cleared when "2" button pressed. (5) Mode canceled and tray opened after "5" button pressed. (6) Press the "Power operation (X)" button to clear this mode too.

5.1 Normal heat run mode

• After CD heat run mode has started, re-read TOC and press the "1/3" button. (Be sure to nish reading the TOC

before push "1/3" button) Count this as the 0th heat run repetition.

Play from the rst to last track on disc.

q

If disc being used has less than 20 tracks, play all tracks. If disc has 21 or more tracks, skip to nal track after

w

playback of rst track has nished.

After disc playback has nished, move pickup to innermost position and open tray.The heat run repetition no. is

e

incremented (increased by 1) when the tray is opened.

When loader open status detected, close tray again, re-read TOC and start playback from the rst track on the

r

disc.

Conduct q to r repeatedly.

t

During playback is display

【

1

3

】

C D 0 1

Number of heat run is display (No.5.1 e)

【

1

3

（

1, 3

Tr

lit / Normal display except when 1, 3 lit

0 1 : 4 7

】

．）

C D X X X X

5.2 Automatic mounting mode

(1) After CD heat run mode has started, re-read TOC and press the "2" buton once in the stop mode. (2) TOC reading ⇒ Search for rst track on disc ⇒ tray open ⇒ tray close ⇒ TOC reading ⇒ repeat. No. heat run

repetitions displayed on time display section.

(3) Increment the heat run repetition no. at the point when the loader has nished opening.

When the tray is open

【

1

3

】

lit / XXXX：No. of heat run repetitions

（

1, 3

）

C D X X X X

When the tray is closed

【

1

3

】

lit / XXXX：No. of heat run repetitions

（

1, 3

）

C L O S E

26

（

1, 3

lit

）

When TOC is read

【

1

3

】

R E A D I N G

（

5.3 Error display

1

3

1, 3

lit）

C D E X - X X

Error code

E1-00 Disc cannot be detected E1-01 Tracking offset adjustment not possible E1-02 Focus offset adjustment not possible

E2-00 Focus servo dropped during playback. E2-01 Focus servo dropped during searching. E2-03 Focus servo dropped during TOC reading.

E2-06 Focus servo dropped during manual search. E2-10 Subcode can no longer be read during playback E2-11 Subcode can no longer be read during searching E2-12 Subcode can no longer be read during TOC reading

E2-14 Subcode cannot be read during pause E2-15 Subcode cannot be read during manual search

lit / X-XX:Error cord

（

1, 3

）

E3-00 TOC could not be read within specied time E3-01 PVD/SVD analysis could not be completed within specied time

E4-04 Search time out E4-05 Error in communications with CD decoder

E5-00 Inner switch not on E6-00 Inner switch not off

E9-00 Tray is not opened by the specied time. E9-01 Other error

Number of heat runs performed when error occurred

【

】

(1) Press the "+/9" button while the error is displayed. (2) No. heat runs is displayed for 5 seconds, the error display reappears.

1

3

C D X X X X

【

lit / XXXX：Number of heat runs repeated when error occurred

（

1, 3

Track no. and elapsed time when error occurred

】

）

(1) Press the "8/ -" button while the error is displayed.

(2) The track no. and time when the error occurred is displayed for 5 seconds, then error display reappears.

1

3

C D 0 1

lit / mm:ss：Number of heat runs repeated when error occurred

（

1, 3

Tr

m m : s s

）

27

6. Accumulated laser on time display mode

(1) Plug AC cord into power outlet while pressing "Power operation (X)" and "2" button same time on Main Unit.

X X X X X h o u r L A S E R O N T I M E

• The laser drive times are added and the result is displayed.

• One count corresponds to 10 minutes. (Valuesunder 10 minutes are discarded.)

• Count values are stored in the EEPROM every 10 minutes.

• The accumulated laser on time is displayed in hours.

• The count values are not cleared, even when the set is initialazation(3. Cold start mode).

• Minimum display specication.

• No. digits stored in EPROM: 4, 0xFFFF

• No. digits displayed: 5

• When the time exceeds 10922 hours, the stored data is not updated and the value is xed to 0xFFFF.

(The display is xed to 10922 hours.)

(2) Unplug AC cord to clear this mode.

6.1 Count value is reset

(1) When the "1/3" button is pressed for over 5 seconds while the acumulated laser on time is displayed, the count

value is reset.

C L E A R L A S E R O N T I M E

(2) After resetting is completed, the display in "6. Accumulated laser on time display mode(1)" (00000 hours on the top

line) reappears.

Count value is reset upon shipment from the factory and when the mechanism is replaced.

※

7. Displaying the protection history mode

(1) Plug AC cord into power outlet while pressing "SOURCE" and "+/ (2) The last protection incident.

(3) Unplug AC cord to clear this mode too.

No protection incident

【

】

" button same time on Main Unit.

9

P R O T E C T I O N : N O P R O T E C T

The last protection incident was AMP protection

【

】

P R O T E C T I O N : A M P

The last protection incident was Power protection

【

】

P R O T E C T I O N : P O W E R

7.1 Clearing the protection history

(1) Start up the error (protection history display) mode, display the error, then press and hold in the "1/3" button over 5

seconds.

Display of Clearing

【

】

P R O T E C T I O N :

C L E A R

Protection history reset by initialazation (3. Cold start mode), too.

※

28

VERSION UPGRADE PROCEDURE OF FIRMWARE

1. ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE

When replaced of the U-PRO (Microprocessor) or the Flash ROM, conrm contents of the following.

PWB Name Ref. No. Description

MCU IC11 TMPM330FYFG

MCU IC11 CVIT5CN5

MCU IC41 TMP92FD28FG

After replaced

A

: Mask ROM (With software). No need write-in of software to the microprocessor.

B

: Flash ROM (With software). Usually, no need write-in of software. But, when the software was updated, you

should be write-in of the new software to the microprocessor or ash ROM. Please check the software version.

C

: Empty Flash ROM (Without software). You should be write-in of the software to the microprocessor or ash ROM.

Refer to “Update procedure” or “writing procedure”, when you should be write-in the software.

2. UPDATE MODE

Software for MAIN CPU and USB CPU can be updated. There are two mode of update, regarding to the target of software as below.

2.1. Update MAIN CPU's software to internal Flash-ROM

The target devise is internal ash ROM of CPU (IC11) on CUP12448 (MCU PCB). The updating of software takes about 30 seconds.

After

replaced

B

Remark

for E3,E2P model

for EK model

Procedure of the MAIN CPU's Update and download

NECESSARY EQUIPMENT

The following items are required for updating/downloading.

• Windows PC (OS: Windows2000 or WindowsXP) with Serial port

• RS-232C Dsub-9 pin cable (female to female/straight type)

• 8U-210100S Writing Kit

• 606050028012P / 7P FFC(1.0)L=240

• Update tool (BootTool_M330.exe)

• Update data for MAIN CPU (RCDM39_yymmdd-0z.s32)

NOTE :

The yy is two digits of year. The mm is month. The dd is date. The vv is release number.

29

Procedure of the MAIN CPU's Update

(1) Double click the "BootTool_M330.zip" folder. Unzip the rmware to your PC.

(2) Disconnect the mains cord from the unit.

Caution :

(3) Connect the RS-232C on the DATA UPDATE KIT and the Serial Port of windows PC with RS-232C cable. (4) Connect the 7P FFC to the rear panel of the unit from DATA UPDATE KIT.

Caution :

When you 7P FFC please disconnect the mains cord from the unit.

A FFC pin has the connection direction.

Refer to the photograph.

This side is contacts of 7P FFC.

7P FFC

For updating the MAIN microcomputer

(5) Connect the mains cord into the unit.

S706-709 LOW S702 5V

PC

30

(6) Unzip the "BootTool_M330.zip" and double click the icon of "BootTool_M330.exe".

(7) Please conrm "Connected" on state space.

If "Connected" is not indicated, please check connection with unit or setting of ComPort or Boudlate.

Press "Connect" button.

"Connected" will be indicated.

(8) Select the Ram File and Flash File.

Press "…" button on "Ram File" and choose "OnBoard_M330.s32" le. Press "…" button on "Flash File" and choose "RCDM39_yymmdd-0z.s32" le.

31

(9) Press the "Start" button. The unit will start to update rmware.

Necessary time will be 30 seconds.

Check Sum

Message of updating will be finished.

Press the "Start" button. The unit will start to update firmware.

(10) Disconnect the mains cord from the unit, and then disconnect the 7P FFC of DATA UPDATE KIT from the unit.

(11) UPDATE completion.

(12) Please check the version in "SERVICE MODE : 1. Version Display Mode" (Refer to 21 page).

32

2.2 Update USB CPU's software to internal Flash-ROM

The target devise is internal ash ROM of CPU (IC41) on COP12284 (MCU PCB). The updating of software takes about 30 seconds.

Procedure of the USB CPU's Update and download

NECESSARY EQUIPMENT

The following items are required for updating/downloading.

• Windows PC (OS: Windows2000 or WindowsXP) with Serial port.

• RS-232C Dsub-9 pin cable (female to female/straight type)

• 8U-210100S Writing Kit

• 606050028012P / 7P FFC(1.0)L=240

• Update tool (FlashProg.exe, other les and folders in Flash Programmer folder)

• Update data for USB CPU (Bolero_USB-20120524-01.s32)

NOTE

: The yy is two digits of year. The mm is month. The dd is date. The vv is release number.

Procedure of the UDSB CPU's Update

(1) Create the MODEL NAME folder into anywhere on your PC's hard disk. (Ex. : RCD-M39) (2) Put the "USB" folder into the MODEL NAME folder.

(3) Double click the "USB" folder.

RCD-M39

33

(4) Double click the "Flash Programmer" folder.

RCD-M39

(5) Double click FlashProg_b35.exe, and launch the Flash Programmer.

RCD-M39

NOTE

: When a Flash Programmer does not launch even if double-clicked FlashProg_b35.exe, please refer to "2.3.

When a Flash Programmer did not launch".

34

(6) The following dialog box appears several seconds later after the Flash Programmer launch. Click OK.

NOTE

: Since Flash Programmer communicates with the unit automatically, the above dialog box appears when it fails in

communication.

(7) Click the Setup in the menu bar and select the Device.

35

(8) Choose the TMP92FD28 in the Device, and choose the 900/H1 in the Series. And click Object File tab.

(9) Click Browse.

36

(10) Choose the Motorola S Format(*.s16,*.s24, *.s32) in Files of type. Bolero_USB-2012052401.s32, and click Open.

Bolero_USB-2012052401.s32

Bolero_USB-20120524-01

(11) Click Communication tab.

RCD-M39 Bolero_USB-20120524-01

37

(12) Choose the Serial port number in the COM Port.

Check the Data Rate Auto. Input the 9.00 in the Clock.

And Click OK.

(13) Click the File in the menu bar and select the Exit.

(14) Disconnect the mains cord from the unit.

38

(15) Connect the RS-232C on the DATA UPDATE KIT and the Serial Port of windows PC with RS-232C cable. (16) Connect the 7P FFC to the rear panel of the unit from DATA UPDATE KIT.

Caution

: A FFC pin has the connection direction.

Refer to the photograph

7P FFC

For updating the USB microcomputer

.

This side is contacts of 7P FFC.

S706-709 LOW S702 5V

PC

(17) Connect the mains cord into the unit.

(18) Press the "Power operation (X)" button to turn on the unit.

(19) Double click FlashProg_b35.exe, and launch the Flash Programmer again.

(20) The Flash Programmer communicates automatically.

When communication succeeds between a unit and a program, a dialog box saying "Erase All data in this device? (Y/N)" appears. Click Yes.

39

(21) Click OK.

(22) Click P (Program) to start update.

(23) Software is written into the microprocessor.

The writing of software takes about 30 seconds.

40

(24) If the software is updated successfully, a dialog box saying "R006: Programming completed successfully." appears.

Click OK.

(25) Click the File in the menu bar and select the Exit.

(26) Press the "Power operation (X)" button to turn off the unit.

(27) Disconnect the mains cord from the unit, and then disconnect the 7P FFC of DATA UPDATE KIT from the unit.

(28) UPDATE completion

(29) Please check the version in "SERVICE MODE : 1. Version Display Mode". (Refer to 21 page)

41

2.3. When a Flash Programmer did not launch

(1) Open the FlashProg.ini in the Flash Programmer folder by text editor. (EX.: Notepad, etc)

(2) Delete the text "OpenFile=C:\...(your PC setting)...\???.s32".

42

(3) Save the FlashProg.ini.

43

(4) Close the text editor.

(5) Probably you can launch the Flash Programmer. Go to the "Procedure of the UDSB CPU's Update "step 5.

44

TROUBLE SHOOTING

1. VFD dosen't light

Check Power Supply Voltages for System µ-com.

MCU_CD B'D

• ST+3.9V, [PMSN] : 1pin

• [D109] cathode

OK

Check Reset signal for System µ-com.

MCU_CD B'D

• [IC11] : 82pin RESET "H" level O.K.?

OK

Check Oscillation waveform. MCU_CD_B'D

• [IC11] : 72pin 10MHz OK?

OK

Check Power On Signal. MCU_CD B'D

• [IC11]:86pin P_DWN "H" level OK?

OK

Check Power Supply Voltages for VFD.

FRONT B'D

• [FL81] : 38pin HV

• [FL81] : 37pin VDD

• [FL81] : 1pin F1-43pin F2

NG

Check Soldering.

• [PMSN] : 1pin

• SUB TRANS B'D

Check Soldering.

• [IC11] on MCU_CD B'D

Check Soldering.

• [X101] on MCU_CD B'D

Check Soldering.

• [PMMO] : 2pin on MCU_CD B'D

• SUB TRANS B'D

Check Soldering.

• FRONT B'D [CBFJ] : 3pin +VKK

• FRONT B'D [CBFJ] : 2pin FL1 / 1pin FL2

• FRONT B'D [FCFA] : 1pin VFD+3.3V

• POWER B'D [CBSK] : 2pin FL1 / 1pin FL2

• POWER B'D [CBSK] : 3pin VFD3.3V

• MCU_CD B'D [FCMA] : 1pin VFD+3.3V

Check Parts

• POWER B'D Q909,D910,D909,D911,D912 OK?

Check Reset Signal for VFD.

FRONT B'D

• [FL81] : 35pin/RST "H" level O.K.?

Check VFD dirive Signal.

FRONT B'D

• [FL81] : 32,33,34pin DA,CP,CS

END

OK

NG

Check Soldering.

• FRONT B'D [FCFA] : 3pin VFD_RST

• MCU_CD B'D [FCMA] : 3pin VFD_RST

• [IC11] on MCU_CD B'D

Check Soldering.

• FRONT B'D [FCFA] : 4,5,6pin VFD_CE,VFD_CLK,VFD_DI

• MCU_CD B'D [FCMA] : 4,5,6pin VFD_CE,VFD_CLK,VFD_DI

• [IC11] on MCU_CD B'D

45

2. No Sound, Noise generated

2.1. CD PLAY

Check Power Supply Voltages for CD.

MCU_CD B'D

• [PMUP] : 1,2pin +8VM

• [PMMO] : 6,7pin USB_5V

POWWER B'D

• [PMSN] : 6pin DC_9V

OK

NG

Check Soldering.

• MCU_CD B'D [PMUP] : 1,2pin +8VM [PMMO] : 7pin USB_5V

• POWER B'D

Check Parts

• [IC71]

Check Power Supply Voltages for CD.

MCU_CD B'D

• D+3.3V [IC22]: 2pi 3.3V OK?

• +1.5V [IC23] : 2pi 1.5V OK?

OK

Check Power Supply Voltages for DAC.

INPUT B'D

• [IC57] :1,8,20pin 3.3V OK?

• [IC54] :2pin 3.3V OK?

OK

Check Reset signal for CD.

MCU_CD B'D

• [IC21] : 69pin /RST "H" level O.K.?

• [IC41] : 61pin DSP_RST "H" level O.K.?

• [IC11] : 58pin CD_DSP_RST "H" level O.K.?

OK

Check Oscillation waveform. MCU_CD B'D

• [IC21] : 49pin XO

16.9344MHz OK?

OK

NG

Check Soldering.

• [IC22] on MCU_CD B'D

• [IC23] on MCU_CD B'D

Check Parts

• [IC22],[IC23]

Check Soldering.

• [CBIB] : 1pin SW+5V

• POWER B'D

Check Soldering.

• [IC11] : 58pin CD_DSP_RST on MCU_CD B'D

• [IC41] : 61pin DSP_RST on MCU_CD B'D

Check Soldering.

• [X201] on MCU_CD B'D

Check Oscillation waveform. MCU_CD B'D

• [IC41]:73pin X2

9.0MHz OK?

OK

Check Clock Signal for DAC.

INPUT B'D

• [IC57]:12pin SCK

12.288MHz OK?

OK

Check controll signal for DAC.

INPUT B'D

• [IC57] : 17pin XSMT (Mute) "H" OK?

OK

NG

Check Soldering.

• [X401] on MCU_CD B'D

Check Soldering.

• [IC21] on MCU_CD B'D

• [FCMC] on MCU_CD B'D

• [FCIC] on INPUT B'D

Check Soldering.

• [IC11] on MCU_CD B'D

• [FCMC] : 8pin DAC_XSMT

• [FCIC] 8pin DAC_XSMT

46

Check Digital Audio Data and Clock for DAC.

INPUT B'D

• [IC57] : 13,14,15,pin BCK,DIN,LRCK

OK

NG

Check Soldering.

• [IC21] on MCU_CD B'D

• [IC51] : (DIR) on INPUT B'D

Check Analog Audio Data output from DAC.

INPUT B'D

• [IC57] : 6,7pin on INPUT B'D

OK

Check Analog Audio Data input for FUNCTION IC. INPUT B'D

• [IC53] input 2,31pin DAC_L , DA_R

OK

z

Check control signal for FUNCTION IC. INPUT B'D

• [IC53] : 10,11,12pin V_DATA,V_CLK,V_CE

OK

Check Analog Audio Data output from FUNCTION & PRE AMP.

• [IC53] : 8,25pin L_OUT,R_OUT

• [IC62] : 1,7 pin

OK

Check audio function mute signal.

INPUT B'D

• [Q608] : "H" level O.K.?

OK

NG

Check Soldering.

• [IC57] : 6,7pin on INPUT B'D

Check Soldering.

• [IC53] on INPUT B'D

Check Soldering.

• [IC11] on MCU_CD B'D

• [FCMC] : 12,13,14pin on MCU B'D F_V_DATA,F_V_CLK,F_V_CE

• [FCIC] : 12,13,14pin on MCU B'D F_V_DATA,F_V_CLK,F_V_CE

Check Soldering.

• [IC53] on INPUT B'D

• [IC62] on INPUT B'D

Check Soldering.

• [Q106],[112] on INPUT B'D

• [WF11] : 10pin F_MU on INPUT B'D

• [IC11],[Q103] on MCU_CD B'D

• [WN11] on MCU_CD B'D

Check Analog Audio Data input for POWER AMP. AMP B'D

• [IC71] : 15(Lch),11(Rch)

OK

Check Analog Audio Data output for POWER AMP to SPEAKER. AMP B'D

• [IC71] : (6,7:Lch) (4,5:Rch)

OK

Check SPEAKER RELAY control signal. SPEAKER B'D

• [D706] : ANODE -12V O.K.?

OK

SPEAKER B'D

• [JK71]

END

NG

Check Soldering.

• [CWIL] : 3,1pin on INPUT B'D VOL_L,VOL_R

• [CBAL] on AMP B'D

Check Soldering.

• [IC71] : 6,7,4,5pin

• [CBAM] : (3,4:Lch)(1,2:Rch)

Check Soldering.

• [CBOM] : 11pin on SPEAKER B'D

• [CBAM] on AMP B'D

• [Q712],[Q713] OK? on AMP B'D

• [CBAD] : 5pin SP_ON on AMPB'D

• [CWMD],[IC11] on MCU_CD B'D

• [CBOM] on SPEAKER B'D

47

2.2. DAB TUNER-in (EK model)

Check Power Supply Voltages for DAB TUNER UNIT. INPUT B'D

• SW+5V

• DAB+3.3V (PFD1:2pin)

• DAB+1.5V (PFD1:1pin)

OK

Check controll signal for DAB TUNER. INPUT B'D

• [PFD1] : 15,16pin DAB_DATA , DAB_CLK

OK

Check Analogl Audio Data output from DAB TUNER. INPUT B'D

• [DAB TUNER] output [PFD1] : 24pin SPDIF

OK

Check Audio Data intput from FUNCTION IC. INPUT B'D

• [IC51] : (DIR) 28pin

OK

NG

Check Soldering.

• [CBIB] : 1pin SW+5V on INPUT B'D

• POWER B'D

• [IC55],[IC56] on INPUT B'D

Check Part

• [IC55],[IC56] on INPUT B'D

Check Soldering.

• [FCIC] : 16,17pin on INPUT B'D

• [FCMC] on MCU_CD B'D

• [IC11] on MCU_CD B'D

Check Soldering.

• [PFD1] on INPUT B'D

Check Soldering.

• [IC51] on INPUT B'D

to CD PLAY TOP

2.3. FM TUNER-in (E2, E3 model)

Check Power Supply Voltages for PREAMP & POWER AMP.

• INPUT B'D : +12V,-12V

• AMP B'D : +34V,-34V

OK

Check Power Supply Voltages for AM/FM TUNER. INPUT_CD B'D

• [CBIB] : 1pin SW+5V

OK

Check Analog Audio Data output from TUNER PACK. INPUT B'D

• TU_Pack (TM51) : 1pin TU_L , 2pin TU_R

OK

NG

Check Soldering.

• [CBIB] : 4,7pin +12V,-12V on INPUT B'D

• [CBAM] : 5,6,9,10pin +34V, -34V on AMP B'D

• POWER B'D

• SPEAKER B'D

Check Soldering.

• [CBIB] on INPUT B'D

• POWER B'D

Check Soldering.

• TU_Pack (TM51)

Check Analog Audio Data input for FUNCTION IC. INPUT B'D

• [IC53] : 3,30pin TU_L , TU_R

OK

to CD PLAY z Mark

NG

48

Check Soldering.

• [IC63] on INPUT B'D

2.4. iPod/USB PLAY

Check Power Supply Voltages for USB UNIT. FRONT B'D

• [JK83 ] :1pin USB+5V MCU_CD B'D

• [IC43] : 1pin +5VD_USB

• [PMMO] : 6,7pin USB_5V

USB_DC_TO_DC B'D

• [PMUO] : 6,7pin USB_5V

OK

Check Data input from USB UNIT FRONT B'D

• [JK83] : 2,3pin +D,-D

OK

Refer to 2.1. CD PLAY

NG

Check Soldering.

• [CBFF] : 1pin USB+5V on FRONT B'D

• [CWMF] on MCU_CD B'D

• [PFUN] : 6pin DC_9V on USB_DC_TO_DC B'D

• POWER B'D

Check Part

• [IC43] on MCU_CD B'D

• [IC32] on USB_DC_TO_DC B'D

Check Soldering.

• [CBFF] : 2,3pin +D,-D on FRONT B'D

• [CWMF],[IC41] on MCU_CD B'D

49

MEASURING METHOD AND WAVEFORMS

R236

R416

R415

R237

R418

C222

C234

C202

LMSW6MGND

SLED-

SLED+

SPINDLE-

CWM2

SPINDLE+

Bar code Label

R404

R152

D101

C124

To check the waveforms, the GND (-) probe of the oscilloscope to specied reference voltage. (Except for lnner SW, TRVSW)

NOTES

Measuring Disc: CD/TCD-784 CD-R/TCD-R082W CD-RW/TCD-W082W

(It is better to use wires for extending between the probe and test points.)

• When watching the HF waveform, use the extending wire as short as possible.

• When HF waveform is noisy or cannot discriminate the eye-pattern, replace the Traverse Unit after measuring the lop.

• Point

q～Q7

1. MCUCD PCB : TEST POINT

is measured with the point shown below.

C246

L106

D110

D109

Q102

BK11

PMMO

D105

PMMO

98GND

GND USB+5V

7

USB+5V

6

MCU_GND

5

PROT_V

4

PWR_ON

3

PWR_DN

2

ST+3.9V

1

C905

C420 C433

CWMF

C903

R902

Q101

R122

C113

C225

DGND

IC13

C121

R130

C233

C224

Q404

C221 R254 R210

R209

R204

C220

C217

R202

R205 C216

R208

C214

C213 C251 C237

TEI

FEI

C910

RFO

Q406

Q402

Q403

R411

A

R414

IC41

Q405

R412

C407

L401

R407

R408

C408

C231

R152 R404 R403 R402

Bar code Label

C431 C432

54321

R429

R428

GND

GNDD+D-

R431R430

C

C244

C255

C256

C257

D203

R217

C229

C230

C232

C234

R206

R221

R225

R216

C219

C242

R226

C239

VC

R236

R231

R237

RFEQO

C222

C201

C215

C212

C207

R201

C206

AGND

C208

C209

C210

C205

R415

C401

C402

C415

C417

R413

R417

R418 R419

R438

R437

R435

R133 R132 R131

D101

USB +5V

CWMF

C123

FCMA

C124

R901

DIR_OUT

FCMC

R243

FCM1

L201

L204

Q201

D202

C240

R241

R238

R239

R240

13121110987654123

C202

FCS+

LD_PD

LD_VR

LD_LD

PDIC_GND

PDIC_F

PDIC_C

PDIC_B

PDIC_A

PDIC_D

PDIC_E

TRK-14TRK+15FCS-16

R416

R458 R459

R425

R426

C421

R421

R433

IC42

R444 R434 C422

C418

R463

C132

C130

18171615141312

11

678910

N.C19

LED_RED

LED_GREEN

KEY1

KEY0

REMOTE

EX_INTERRUPT

VOL+

VOL-

HP_IN

GND

VFD_DI

ST+3.3V

GND

VFD_CLK

C901

C904

DIR_IN

D201

R242

PDIC_VCC

VFD_CE

DIR_CE 3

C248

PDIC_VC

VFD_RST

DIR_CLK

DIR_RST

FCM1

GND

DAC_FLT

12345 VFD +3.3V

DAC_FMT

FCMA

C122

DAC_DEMP

DAC_XSMT

C254

Q106

Q103

Q105

C907

C909

C304

GND

DIR_RERR

C218

R207

C305

F_V_DATA

F_V_CLK

R903

F_V_CE

R151

Q104

X101

TU_RST

DAB_DAO_TU_SDA

DAB_CLK_TU_CLK

DAB_ON_TU_CE

18171615141312111098765412

C249

C204

C250

R233

R234

P8

P4

P3

P5

C106

10Mhz

C107

C309 C308

R157

FCMC

R108 R109 R110

R111 R112

R115 R118

R116 R117

R119

C112

X102

32.768Khz

IC12

R309

R319

CUP12448Z

B'D : MCU_CD B'D

ICT

R156

R143

R146

C116

R160

R139

R140

C117

R308

C307

ADJ-1 ADJ-2IC RP

C913

R145

R144

C912

R106

R107

R103

R104

R105

R158 R159 R102

R101

R314

R313

R312

IC11

C118

R129

R127

R121

R120

C110

C120

CLM

OPM

C301

CWM2

D104

PMUP

+8VM

1

+8VM

2

GND_DRV

3

GND_DRV

4

MCU_BOOT

5

TX

6 7 RX 8 BOL_RESET 9 MCU_RESET

MCU+3.3V10 BOL_BOOT11

CWMD

CWM2

MGND

SLED-

SLED+

SPINDLE-

SPINDLE+1

234

5

CWM3

1 LOADING+

B

2

LOADING-

3

OPSW

4

MGND CLSW5

PMUP

D108

CWMD GND27 HP_MUTE

6

SP_ON

5

PROTECTOR

4

F_MUTE

3

SP_OPT N.C1

C906

LMSW6

C325

CWM3

Component side

C908

GND

CD_SPDIF1819TU_INT19

R905

R232

R235

P6

P1

RN11 C103

P2

R114

C109

C111

P7

R320

Detail A Detail B

C233

C213

Q403

IC41

R254 R210

R204 R202

C214

R208

FEI

R411

C224

C221

R209

C220

TEI

RFO

C219

C215

R413

R206

C210

R221

VC

C205

R216

R226

C239 R231

RFEQO

C201

C208

C209

R225

C212

AGND

C242

C415

R417

C207

C417

C206

C402

R201

C401

RP

VC

DMO(R241)

TRO(R204) FOO(R202) FMO(R208)

FEI TEI

RFO

RFEQO

i y r

u

e t w

q

A

PMMO

D105

PMMO

98GND

GND USB+5V

7

USB+5V

6

MCU_GND

5

PROT_V

4

PWR_ON

3

PWR_DN

2

ST+3.9V

1

L401

Q406

R412

C217

R205

C216

C251 C237

Q404

Q402

Q405

R414

R407

C910

C407

Detail C

50

C301

CWM2

CWM3

1 LOADING+ 2

LOADING-

3

OPSW

4

MGND CLSW5

C905

R902

12345

C420 C433

C903

CWMF

CWM3

C

C325

C431 C432

R428

Q3Q3Q4

Q4

C DGND

R403 R402

R429

D+ D-

R431R430

Q1 Q2 o

Q0

54321 GND

GNDD+D-

LOAD+ LOAD-

OPSW

B MGND

CLSW

R435

USB +5V

CWMF

R901

2. INPUT PCB : TEST POINT

ON/SEN

R545

C545

INPUT JACK

OPT IN

MP

JK51

L504

JK52

R532

IC51

R511

PMTQ

SPDIF

GND

L506

PCM9211

TM51

DAB_ON

DAB_DO

DAB_DI

D+5V

GND

C552

C564 C568

R533

C577

TM51

AUX

INT

C551

GND

RST

CBS8

CD_SPDIF

SEN

TU+5V

SCLK

SDA

C538

C536

R564

R565

INT

RST

DI/CLK

DO/SDA

R542 R543 R544

R546 C515

C576

C517

C507

R506

TU_L

ON/SEN

R541

R545

TU_R

R532

IC51

R511

PMTQ

R533

PCM9211

C577

X501

C502

C567C566

C502

D

C508

R506

C505

F_CE

F_CLK

C508

C531

F_CE

F_DATA

F_CLK

R501

CUP12447Z-1_MP

NJW1194

IC53

R516

R515 R514

RST

FMT

GND

CLK

RERR

DEMP

XSMT

DAC_FLT

RN51

R505

R504

R503

R502

RN53

RN52

RN54

C548

C514

C153

C509

C513

GND

RERR

DEMP

F_DATA

RN51

C514

C519

FCIC

DIR_IN

DIR_CE

R525

R509

C549

IC57

C544

XSMT

R505

RN52

C521

C532

C518

DIR_OUT

R508

R526

C572

FMT

DAC_FLT

R504

RN54

D/A INPUT _" I "

C525

C524

C540C541

C546

C547

C545

R527

C151

D506

R561

RST

CLK

R503

R502

RN53

C549

C548

C605

R611

R615

R528

C154

R535

C571

DIR_IN

DIR_CE

R525

IC57

SW+5V

C144

C528C529

CBIB

C145

R607

C610

R612

R616

IC62

R619

C621

R620

C623

DIR_OUT

R508

R509

GND

+12V

R610

C619

C618

C626

R526

GND

-12V

IC15

IC14

C609

C613

R617

C622

C540

RL61

C625

R621

C547

R629

C616

R628

C615

C620

BK61

CWIL

D507 D508

R573

GND GND VOL_R GND VOL_L GND F_MUTE SP_OP_ON

CWIL

Q602

R618

C624

⑮BCK ⑯DIN ⑰ LRCK

D DGND

Component side

No. Symbol No. Symbol Reference voltage

q

w

e

r

t

y

u

i

o

Q0

Q1

Q2

Q3

Q4

Q5

Q6

Q7

TP RFEQO

TP RFO

TP FEI

R202(0Ω) FOO

TP TEI

R204(0Ω) TRO

R208(0Ω) FMO

R210(0Ω) DMO

CWM3(3) OPSW

CWM3(5) CLSW

CWM3(1) LOAD+

CWM3(2) LOAD-

CWMF(3) D+

CWMF(2) D-

IC57(13) BCK

IC57(14) DIN

IC57(15) LRCK

Ⓐ Ⓑ Ⓒ Ⓓ

TP VC : q ~

CWM3(4) MGND : o ~

CWMF(5) DGND : Q3,

RN53 DGND :

i

Q2

Q4

Q5 ~ Q7

51

3. WAVEFORMS

1.1 CD(TCD784) PLAY

1.3 CD-RW (TCDW082W) PLAY

1. DISC PLAY RF WAVEFORM (EYE-PATTERN) 2. DISC DETECTION

2.1 CD(TCD784) DETECTION

RFEQO

q

1.2 CD-R (TCDR082W) PLAY

RFEQO

q

RFO

w

FEI

e

FOO

r

TEI

t

TRO

y

FMO

u

DMO

i

2.2 CD-R (TCDR082W) DETECTION

RFO

w

FEI

e

FOO

r

TEI

t

TRO

y

FMO

u

DMO

i

1V/div

500mV/div

1V/div

1V/div 500mV/div

1V/div

500mV/div

1V/div

1V/div 500mV/div

1V/div

RFEQO

q

2.3 CD-RW (TCDW082W) DETECTION

RFO

w

FEI

e

FOO

r

TEI

t

TRO

y

FMO

u

DMO

i

52

1V/div

500mV/div

1V/div

1V/div 500mV/div

1V/div

3. TOC READ 4. FOCUS ADJUSTMENT

3.1 CD(TCD784) READ

RFO

w

FEI

e

FOO

r

TEI

t

TRO

y

FMO

u

DMO

i

3.2 CD-R (TCDR082W) READ

RFO

w

FEI

e

FOO

r

4.1 CD(TCD784) FOCUS ADJUSTMENT

1V/div

500mV/div

1V/div

1V/div 500mV/div

1V/div

4.2 CD-R (TCDR082W) FOCUS ADJUSTMENT

1V/div

500mV/div

1V/div

TEI

t

TRO

y

FMO

u

DMO

i

3.3 CD-RW (TCDW082W) READ

RFO

w

FEI

e

FOO

r

TEI

t

TRO

y

FMO

u

DMO

i

1V/div

1V/div 500mV/div

1V/div

4.3 CD-RW (TCDW082W) FOCUS ADJUSTMENT

1V/div

500mV/div

1V/div

1V/div 500mV/div

1V/div

53

5. CD Playback

LRCK

Q5

BICK

Q6

SDTI

Q7

STANDARD GND WF12 (9)

6. USB playback

D+

Q3

D-

Q4

STANDARD GND CN83 (5)

7. LOADER OPEN-CLOSE

OPSW

o

FCLSW

Q0

LOAD-

Q2

LOAD+

Q1

STANDARD GND

OPEN CLOSE

54

BLOCK DIAGRAM

FL DISPLAY

FUTABA

USB

iPOD

CD

MECHA

(KT690)

16.934MHz

PICK-UP

RF_DATA

CONTROL

CD DSP

TC94A92FG

OASIS

DATA

& CLOCK

USB

D+/-

1 2 3 4

DECORDER

TMP92FD28FG

OPEN/CLOSE

LODING+/-

CD SPDIF

CONTROL

DATA & CLOCK

24.576MHz

9MHz

CONTROL

MOTOR

DRIVER

IP4001CRLTF

DIR

PCM9211

OPT SPDIF

DAB SPDIF

CONTROL

MCLK

BCK

LRCLK

DATA

CONTROL

AUDIO DAC

PCM5100

EEPROM

10MHz

XIN XOUT

IIC

DATA & CLOCK

MCU

TOSHIBA

(TMPM330FYFG)

DATA & CLOCK

32.768KHz

+3.3V

LINIER NJM2845

+7V

SUB TRANS

DL133

XOUTXIN

PWR_ON

+9V

+17V

-17V

AC

MAIN TRANS

+8V

USB+5V

LINIER KIA7808

+12V

-12V

DC TO DC DB1230

LINIER KIA78R12

LINIER KIA7912

+VKK

FL1 FL2

+34V

-34V

OPT IN

FM

AM

DAB

JP ONLY

EK ONLY

I2C_SDA

I2C_SCL

iPOD CP CHIP

2.0C

DAB MODULE

GYRO SIGNAL

FM

TUNER MODULE

FM, AM/FM

KSE SILICON

TUNER ANALOG

CD/USB/DAB/OPT

AUX1 ANALOG

INPUT SEL.

TONE

NJW1194V

VOL & INPUT SEL

DATA & CLOCK & LATCH

VOL. CONTROL

SP

OPTIMIZE

RELAY

+10dB

PRE-AMP

MUTE

HP AMP

AZ4580

MAIN-AMP

+28dB

STK433-040

MUTE

42

6

31

5

LPF

HP OUT

30W x 2ch/6ohm

SUBWOOFER OUT

AUX1

55

CURRENTBLOCK DIAGRAM

(DAB behavior)

No DAB)

ON / OFF control

40ｍA

Operating

Ｓilicon Tuner

（continental

56

LEVEL DIAGRAM

Ω

57

WIRING DIAGRAM

AC230V~

AC120V~

AC100V~

INLET JACK

1

9

1

9

PFUN

USB DC TO DC B'D

CUP12447Z-2

1

9

PMUO PMMO

CN91

POWER TRANS

PMSN

1

CWT7

SUB TRANS

MCU & CD B'D

CUP12448Z

1

8

CWS6

POWER B'D

CUP12446Z-1

FCM1

16

1

3

CWS8

1

3

1

FCMC

CBSK

1

5

CWSQ

1

7

CWSB

1

7

11

PMSE

21

1

11

PMUP

1

11

PMCE

1

11

CONNECTOR B'D

PMCP

CUP12446Z-5

CWAK

CW08

7

1

SPEAKER B'D

CUP12446Z-4

3

1

CW09

CBOM

11

CBAM

1

INPUT B'D

CUP12447Z-1

1

5

CBRQ

REG B'D

FCIC

1

CBS8CWS7

3

1

21

7

PMTQ

CBIB

1

7

1

CWIL

5

DAB B'D

ONLY USE EK Ver.

1

7

PFTQ

4-Z74421PUC3-Z74421PUC

CWMF

STBY LED

POWER ON

1

16

1

7

CWMD

CBAD

1

7

5

1

CBAL

1

7

CWAJ

6

1

5

1

FCMA

21

1

CD MECHANISM

KT690

21

1

6

1

5

1

FCFA

V.F.D

CWM2

1

5

CWM3

REMOTE SENSOR

1

7

CBFJ

OPEN PLAY/PAUSE STOP

SOURCE

-SKIP +SKIP

AMP B'D CUP12446Z-2

USB

FRONT B'D

1

5

CBFF

CUP12446Z-3

PHONES

VOLUME

58

PRINTED WIRING BOARDS

AMP (COMPONENT SIDE)

HP_R

GND

J742

J743

C783

BK76

C782

J739

J752

J736

J753

R791

R733

C156

C776

J713

J712

NJM4556AL

R735

IC72

R738

C777

R736

R739

R745

R744

R740

BK72

J714

BK71

R792

R737

J735

C750

R769

J718

J751

C710

FL

GND

VKK

HP_L

CWAJ

J740

C702

C713

C726

R761

R702

J760

C727 C761

J719

IC71

R716

R717

POWER (COMPONENT SIDE)

GND

J957

CBSK

GND

CWS8

GND GND GND

D907

D908

J902

J952

AC3.5V

CN99

IC92

C957

J912

+VKK

AC3.5V

MCU UPDATEUSB UPDATE

J908

7912

J913

J922

J923

J924

GND

J910

+12V

J903

J904

J901

J914

GND

C909

R908

-12V

BK91

J909

J905

J906

CWSQ

+14.2V GND

C905

GND +8V_M +12V

CWSB

-12V GND GND +12V GND GND

C908

J915

+8V_M +8V_M GND_DRV

J919

GND_DRV MCU_BOOT TX RX BOL_RST MCU_RST MCU_3.3V BOL_BOOT

SW+5V

PMSE

BK92

CUP12446Z-2

J763

CWAK

J765

HP_MUTE

SP_ON

PROTECTOR

CBAD

C760

C759

C719

R726

J722

J723

F_MUTE

SP_OPT

R723

R781

C720

R722

C717

HP_MUTE2

GND

VOL_R

J729

R725

R728

C723

R730 R731

C718

VOL_L

CBAL

J746

SP_OPT

F_MUTE

R729

J724

J725

C724

J756

AC3.5V

C747

C716

GND

J745

J741

C701

R758

R759

R703

R760

J728

J720

C729

J721

J749

J754

+VKK

J747

GND

R780

R724

R727

+12V

J757

C730

AMP B'D

GND

-12V

R709

D711

J731

J732

J755

R708

J726

J727

D710

BK73

C763

D708

MP

R711

R705

R704

D709

R710

C708

C765

C767

C709

J764

CN91

C950

C764

C768

L704

BK75

R707

CBAM

J734

J733

(Primary)

C766

D917

PMSN

L703

(Secondary)

R706

BK74

BK93

IN

J937

PMSN

GND SW+5V GND DC9V GND PROT_V PWR_ON PWR_DN ST+3.9V

D919

J938

C912

J939

C914

J940

From Trans

CWT7

F901 :

E3/J (USA/JPN)

T901

M 2A L 125V

C922

RL91

D902

C927

J935

J936

C929

D945

C930

GND

D914

Bar code Label

F901

Q901

J951

D913

J934

D939

MCU+3.3V

(Secondary)

CWS6

R931

E2/EK (EUR/UK)

F901:

T 1A L 250V

C935

C938

J941

C910

J950

J930

J929

C956

C951

J931

J932

J956

D904

R930

J918

D909

Q909

J921

D911

D912

C920

J954

CUP12446Z-1

POWER B'D MP

(Primary)

D903

D910

C916

C918

From

Trans

CWS6

1.AC3.5V

2.AC3.5V

J917

CN98

5.AC14.2V

4.AC8.5V

3.AC8.5V

C904

C915

C917

J953

J927

J958

8.AC15V

7.AC14.2V

6.GND

CWS7

J926

C901

D905

D906

J925

AMP (FOIL SIDE)

C752

Q714

C781

C780

C756

Q716

R713

R715

Q712

R714

R712

C758

C704

Q710

Q713

R799

15

R764 R766

Q720

C790

POWER (FOIL SIDE)

D701

C753

R178

Q701

Q702

C771

C772

Q706

8

C784

C786

4

C787

1

C785

R742

Q707

R743

Q709

C754

L902

C913

R942

R941

C955

R905

C705

R767

R793

R794

10

R768

Q718

1

5

R721

R755

Q711

Q717

R719

C712

Q704Q703

Q705

R720

R772

R773

C770C769

R741

Q708

C711

R718

C755

C959

C958

C902 C903

C911

D935

L901

C944

Q906

R910

R906

D928

D929

R907

C947

R919

R909

R901

D930

R902

C907

C906

Q908

D936

D934

Q907

D932

R917

R918

D933

R911

R904

R912

D931

R934

R916

Q913

R915

D947

Q910

R933

D938

R913

C939

R914

D943

C919

(Secondary)

(Primary)

D937

R924

R928

D940

R929

Q902

C934

R903

D901

Q903

D923

R932

D942

R921

R925

D946

D925

Q912

D922

IC91

Q911

C925 C926

D915

R920

C952

D916

C953

(Primary)

(Secondary)

D941

C928

C954

C945

鉛フリー半田

半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder

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

59

FRONT (COMPONENT SIDE)

SPEAKER (COMPONENT SIDE)

FCFA

1. VFD+3.3V

2. GND

3. VFD_RST

4. VFD_CE

5. VFD_CLK

6. VFD_DI

7. ST+3.3V

8. GND

9. REMOTE

10. KEY_0

11. KEY_1

12. EX_INT.

13. VOL+

14. VOL-

15. HP_IN

16. GND

17. LED_ST

18. LED_PON

S801

ON/STANDBY

BK81

J803

J846

J847

R830

FL81

D801

J837

J835

C835

J836

J838

C822

CBFF

USB

D-

USB+5V

D+

USB_GND

GND

FRONT B'D

FRONT B'D MP

JK83

J829

J830

FCFA

J844

J843

J804

J807

J806

J805

J860

J849

J832

J831

CUP12446Z-3

BK82

J845

J810

J842

J833

R802

J834

R831

J853

J852

J813

J839

RC81

J815

J851

C801

J841

J840

JK81

H/P OUT

C832

C825C824

J817

J823

S809

OPEN

S804

SOURCE

R803

CBFJ

FL

VKK

PLAY/PAUSE

J821

J850

- SKIP + SKIP

J825

J826

J824

VR81

VOLUME

J828

GND

MP

GND4

-VCC

J705

GND

J791

J792

J793

+VCC

C739

+VCC

D712

SPK_ON

GND3

C736

RL71

CUP12446Z-4

Bar code Label

J708

C735

C743

J701

J702

J710

C742

CBOM

J703

C740

J704

CH_R

CH_L

CW09

CH_L

J707

CW08

C741

GND

HP_L

HP_R

J818

J819

S803

S808

STOP/BAND

S806

STOP/BAND

S807

J822

+ SKIP

J820

J827

JK72

C737

JK71

C738

FRONT (FOIL SIDE)

D807

D810

R817

R841

C816

Bar code Label

R821

R813

R829

R818

R814

R820

C815

SPEAKER (FOIL SIDE)

C819

R834

R833

C829

C818

L807

D815

L806

C826 C823

D814

R747

C728

R763

R753

R749

R754

R762

D706

C811

L702

C791 C792

C828

C817

L805

C821

C836

R838

D813

R840

R822

R823

R839

C837C838

C745

C744

L701

R751

R752

R748

C734

D713

D714

C810

D812

D809

D806

D811

R835

C813

R819

C812

C802

R815R816

D808

L802

L801

C827

C820

C803

D804

D805

R801

Q806

R832

C804

C809

R804

C814

C808

C807

R806

R807

C806

C805

R808

R805

鉛フリー半田

半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder

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

60

CONNECTOR (COMPONENT SIDE)

CONNETER (COMPONENT SIDE)

BOL_BOOT

MCU_3.3V MCU_RST BOL_RST

RX TX

MCU_BOOT

GND_DRV GND_DRV +8V_M +8V_M

PMCP

J970

J971

MP

J960

PMCE

BOL_BOOT MCU_3.3V

MCU_RST BOL_RST

J961

CONNECTOR B'D

RX TX

MCU_BOOT

GND_DRV GND_DRV +8V_M +8V_M

CONNECTOR (FOIL SIDE)

CUP12446Z-6

J972

J974

J973

J975

J976

J977

CONNETER (FOIL SIDE)

J962

J963

J964

J965

J967

J968

J969

CUP12446Z-5

BK11

CONNETER (FOIL SIDE)

CUP12446Z-7

C993

C994

Bar code Label

C992

C996

C995

C991

C997

C998

鉛フリー半田

半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder

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

61

MCU (FOIL SIDE)

D110

D109

BK11

IC13

C121

Q404

C217

R205

C216

PMMO

C251 C237

D105

PMMO

Q406

Q402 GND USB+5V USB+5V MCU_GND PROT_V PWR_ON PWR_DN ST+3.9V

R414

Q405

R412

L401

R407

R408

C408

C231

Bar code Label

C431 C432

R428

CWMF

C905

R902

C420 C433

98GND

7 6 5 4 3 2 1

C903

Q102

C910

C407

R130

R404 R403 R402

C213

Q403

R429

R122

IC41

Q101

R254 R210

MCU (COMPONENT SIDE)

R143

R146

R139

C112

IC12

R308

C307

ADJ-1 ADJ-2IC RP

ICT

R140

R157 R156

C913

D104

+8VM

1

+8VM

2

GND_DRV

3

R145

R144

GND_DRV

4

MCU_BOOT

5

TX

6

C912

7 RX 8 BOL_RESET 9 MCU_RESET

R106

R107

R103

R104

MCU+3.3V10 BOL_BOOT11

R105

R158 R159 R102

R101

R314

R313

R312

IC11

C118

R129

R127

C116

R160

R121

R120

C110

C120

C117

CLM

CWMD

OPM

CWM2

SLED+

SPINDLE-

SPINDLE+1

234

C301

CWM2

CWM3

1 LOADING+ 2

LOADING-

3

OPSW

4

MGND CLSW5

PMUP

SLED-

MGND 5

PMUP

R150 R149 R148 R147

D102

D103

D108

CWMD

GND27 HP_MUTE

6

SP_ON

5

PROTECTOR

4

F_MUTE

3

SP_OPT N.C1

C906

LMSW6

C325

CWM3

C324

Q107

R316

Q109

R315

Q108

C108

R322

R128

Q302

IC31

R301

C312

R126

C102

R302

C101 R123

R125

R124

R311

R303

R113

D107

C105

R155

C114

C104

Q401

C119

C311

C326 R321

R318

R310

C310

R317

R304

R305

C302

R306

R307

C306

C252

C211

C902

C126

R906

R904

9Mhz

Q301

C303

MCU_CD_MP_CUP12448Z_A

C226

C911

X401

C245

IC22

R218

R219

R220

R222

R224

R223

R227 C241

IC23

R228

C223

IC21

R229 R230 C235 C236

C253

C404

Q410

C403

C413

C412

R422

Q409

R424

C414 C411

X201

16.9344Mhz

D401

C410

R432

R212

C409

C203

R213

R410

R401

C227C228

D106

R214

C243

R215

R211

R203

C238

C405

C406

R409

Q407

Q408

IC43

R460

R462

R461

R436

C246

L106

DAB_ON_TU_CE

F_V_CE

F_V_CLK

F_V_DATA

GND

DIR_RERR

DAC_DEMP

DAC_XSMT

DAC_FMT

DAC_FLT

DIR_RST

DIR_CLK

DIR_CE

DIR_IN

DIR_OUT

FCMC

HP_IN

LD_PD

R425

VOL-

LD_VR

VOL+

C904

L201

R241

R240

LD_LD

PDIC_GND

PDIC_F

PDIC_C

PDIC_B

PDIC_A

C421 R433

R444 R434 C422

C132

11 KEY1

KEY0

REMOTE

EX_INTERRUPT

GND

C901

R238

PDIC_D

678910 VFD_DI

ST+3.3V

R243

D201

R242

R239

PDIC_E

PDIC_VCC

VFD_CLK

VFD_CE

3

C248

PDIC_VC

FCM1

VFD_RST

GND

12345 VFD +3.3V

FCMA

C122

C907

Q106

Q103

Q105

C254

C909

C304

C218

R207

C305

R903

R151

Q104

X101

C250

C309 C308

C113

R204 R202

R431R430

C214

C225

DGND

C257

C233

C224

R206

C221

C219

R209 C220

R208

C215

TEI

FEI

RFO

C210

R411

R413

R152

54321 GND

GNDD+D-

USB +5V

R901

C256

CWMF

R221

VC

C205

R435

R216

D101

C232

C124

C229

C239 R231

RFEQO

C209

R438

R437

C230 C234

R226

C208

C201

C255

R217

C123

AGND

C212

D203

R225 C242

C415

R417

C417

C244

C207

C402

R418 R419

C206

R133 R132 R131

R236

R237

C401

R201

R415

FCMA

C222

C418

C202

R416

C240

R458 R459

L204

R421

FCM1

D202

TRK-14TRK+15FCS-16

18171615141312

N.C19

LED_GREEN

Q201

R426

IC42

LED_RED

13121110987654123 FCS+

R463

C130

GND

CD_SPDIF1819TU_INT19

TU_RST

DAB_DAO_TU_SDA

DAB_CLK_TU_CLK

18171615141312111098765412

C249

C204

R232

R233

R234

P8

R235

P6

P4

P1

P3

P2

P5

C106

10Mhz

C107

R320

R905

RN11 C103

R114

C109

C111

P7

C908

FCMC

R108 R109 R110

R111 R112

R115 R118

R116 R117

R119

X102

32.768Khz

R309

R319

CUP12448Z

B'D : MCU_CD B'D

鉛フリー半田

半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder

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

62

DIGITAL INPUT (FOIL SIDE)

C571 R535

C507

R561

C509

C513

D506

C623 R620

C572

C621

X501

C153

C544

BK61

C505

C151

C517

R501

R621

R619

C577

R506

C622

JK52

C564 C568

C515

C576

R511

C508

C514

RN54

C548

IC57

C626

C624

R546

C625

IC51

PCM9211

C618

C549

RN52

C154

R545

R527

R528

R544

RN53

IC62

R615

R543

C620

R542

R526

L504

L506

R533

C502

R611

R612

R616

R532

C545

R505 R504 R503 R502

R525 R509 R508

C547

RN51

C546

R541

R618

CD_SPDIF

DO/SDA

ON/SEN

F_CLK

F_DATA

DAC_FLT

DIR_CE

DIR_IN

DIR_OUT

C540C541

C619

R617

DI/CLK

F_CE

RERR DEMP XSMT

DIGITAL INPUT (COMPONENT SIDE)

DAB (FOIL SIDE)

PFD1

MP

R513

C503

R570

R560

C506

Q606

R623

C556

R559

R531

R626

R625

IC54

R627

C543

C152

R624

R530

R572

R529

C563

C562

C565

IC52

C510C511

C516

R507

C504

R571

R536 C570

L502

IC16

R622

R614

Q605

Q607

Q608

JK51

PMTQ SPDIF

C538

C567C566

AUX

C551

R607

R629

GND

VOL_R

GND

VOL_L

GND

GND DAB_ON DAB_DO DAB_DI D+5V GND

PMTQ

CUP12447Z-1_MP

C532

C145

IC14

R573

D508

D507

GND

C521

C528C529

CBIB

C144

IC15

CWIL

TM51 INT RST SEN SDA SCLK TU+5V TU_L TU_R

SW+5V

+12V

-12V

TM51

D/A INPUT _" I "

GND

TM51 INT RST SEN SDA

SCLK TU+5V TU_L TU_R

C140

C550

D112

C147

D113

D111

C552

GND

CBS8

INT

RST

GND

FMT

RST CLK

C610

C613

R628

C615

RL61

C518

R610

R565

R514

FCIC

R515

C531

C519

R516

R564

C524

C536

Q602

IC53

NJW1194

C605

C609

C616

CWIL

SP_OP_ON

C525

F_MUTE

C149

C148

R540

PMTQ SPDIF GND DAB_ON DAB_DO DAB_DI D+5V GND

R538 R539

L505

C527

C526

C146

D503

C141

C150

D504

D505

R518

C533 C534

C535

R606 R605 C607 R603

C522

C539

R601

R522

R521

R520

R519

C523

C606

D601

R517

C537

IC61

C608

R562

C573

R609

R608 C612

R604

C614

C553

R563

R602

C574

C542

C611

D502

PFTQ

GND D+5V DAB_DI DAB_DO DAB_ON GND SPDIF

R554

R581

R580

Q501

C599

R553

C554

C557

C555

R557

D501

C575

CUP12447Z-4

R552

IC55

R558

L503

3.3V

DAB_"T"

C560

DAB (COMPONENT SIDE)

C569

C558

C559 C561

IC56

L501

1.2V

DC-DC

(FOIL SIDE)

L301

C320

R322

R318

C323

R319

C321

L302

C322

IC32

C315

PMUO

C319

R317

R320 R321

C314

C313

L303

REGULATOR (FOIL SIDE)

78087812

C917

C914

R901 R902

REG_"R"

C915

C913

IC91

IC93

D945

D946

CBRQ

+12V

GND

+8V

+14V

C318

C316

BK91

CUP12447Z-2_MP

C326

C317

C328

MP

CUP12447Z-3

C919

C327

USB DC to DC _"U"

C329

PFUN

RPIC ADJ-2ADJ-1ICT

DC-DC (COMPONENT SIDE)

REGULATOR (COMPONENT SIDE)

C918

C916

D913

D909

Bar code Label

鉛フリー半田

半田付けには、鉛フリー半田 (Sn-Ag-Cu) を使用してください。

Lead-free Solder

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

63

87654321

TO CBAD

FROM AMP B'D

CWMD

1K

470P

1SS355T

7654321

GND

SP_ON

F_MUTE

HP_MUTE

PROTECTOR

CD_SPDIF

Q108

Q109

RT1P144C

RT1N141C

USB_TXD

LD_CHK

USB_RXD

MSTBY

LMSW

OPSW

CLSW

OPM

CLM

+1.5V

R214 47K

100K

C906

0.1uF C907

0.1uF C908

0.1uF C909

0.1uF

Q403 RT1N141C

Q404

RT1P141C

Q401 RT1P141C

Q402 RT1P141C

R151 100K

PWR_ON

MCU+3.3V

R215 0

R216 0

C255

C256

C257 22P

10K

R432

LD_CHK

PWR_ON

MCU+3.3V

1uF

C121

D109

RB160L60

60

L106

D110

RB160L60

R152

220P

C132

ST+3.9V

GND <-> GND

DGND

C229

C230

0.1uF

C231

100/6.3V

C232

C233

R221

22P

KIA1117BS33

3.3V

C246

10/35V

USB/CD_T_MCU

USB_TXD

USB_RXD

BOL_RST

MCU_RESET

MCU_BOOT

BOL_BOOT

R414 OPEN

MCU_RESET

PWROB_BOL

OPEN

R412

MCU_BOOT

0.1uF

IC22

R410

0.1uF

C245

10K

RT1N141C

47K

IN

KIA1117BS15

OUT

123

1SS355T

C244 0.1uF

D203

Q405 RT1N141C

Q408

IC23

GND

OUT

IN

123

4

C223

C22

D202

C226

C228

R212

R217

R218 33

R219 33

R220 33

GND

0.1uF

C225

0.1uF

47/6.3V

1SS355T

15P

18P

C227

X201

100 R213

16.9344MHz 40

1M

DVSS3

4142434445

RO

DVDD3

DVDD3-2

LO

DVSS3-2

4647484950515253545 55657585960

XVSS3

XI

XO

XVDD3

VDD1-2

VSS

PIO0

PIO1

PIO2

100K

PIO3

AIN

BCK1

LRCK1

MS2

S0

61626364656667686970717273747576777879

C234

0.1uF 100K

R222

0

15K

R225

R224

R223

D+3.3V

C242

1000P

R232

OPEN

R233

OPEN

R234

OPEN

R235

OPEN

C243

100/6.3V

CD_BUS2

R417

R416 0

R458 47K

R415 47K

C415

R459

47K

0.1uF

RESET

C401

0.1uF

STREQ

C402

0.1uF

10/16V

C403

C404

0.1uF

C417

0.1uF

C405

0.1uF

10/16V

C406

Q406

RT1N141C

R413

0

R411

33

R409

Q407

RT1N141C

BOL_RST

+1.5V

+VREF

FMO

DMO

0

C222

0.1uF

47/6.3V

R207

OPEN

R206

C221

0.047u

C220

0.047u

0

C219

OPEN

R254

0

R204

R208 0

R210 0

R209 0

R211 33

TUODSM

VSS

BICK

SDTI

TRO

FMO

DMO

VDD1-3

CD DSP

IC21

TC94A92FG

/RST

TEST

15K

33

R236

DSP_RST

DREQ

PG3

PG2

DVCC3A5

CP_RESET

31

3029282726

VSS4

/SRAMSTB

VDD1-2

15K

R228

10K

R237

C241

0.1uF

PIO2

TE GA

DATAS

BCKOUT

TMP92FD28FG

MODEL OPTION

FOO

AVDD3

PDO

TMAX

VDDM1

330K

R229

C240

0.1uF

I2C_SDA

I2C_SCL

USB MCU

IC41

R407:22KRCD-M38/DAB

LRCK

BUS2/SO

BUS3/SI

BUCK

/CCE

0

R227

R226

CD_BUCK

CD_CCE

CD_BUS3

0

9998979695949392919089888786858483828180797877

100

PG1

PG0

DVSS0

PC1/INT1

PC2/INT2

PC3/INT3

DVCC3B

DVSS1B

DVCC1B

RVOUT1

RVIN0

RVIN1

RVOUT2

DVCC1A

DVSS1A

MCU_RESET

MCU_BOOT

UPDATE_LED

DVSS1

Option

25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 876 5 4 321

DVCC3A1

0.1uF

C407

R408

R407

OPEN

22K

C901

ST+3.9V

0.1uF

C902

0.1uF D101

1SS355T

C123

22K

R131

DIR_IN

DIR_OUT

0.1uF

C124

22K

R132

R133 22K

FUNCTION_TO_MCU

DIR_CE

DIR_CLK

DIR_RST

10/35V

C122

0.1uF

D+3.3V

F_V_CE

F_V_CLK

DAC_FLT

DAC_FMT

DIR_RERR

F_V_DATA

DAC_XSMT

DAC_DEMP

DAB_ON_TU_CE

DAB_CLK_TU_CLK

FCMA

VFD+3.3V

1

GND

2

VFD_RST

3

VFD_CE

4

VFD_CLK

5

VFD_DI

6

ST+3.3V

7

GND

8

REMOTE

9

KEY0

10

KEY1

11

EX_INTERRUPT

12

VOL+

13

SHEET 03

VOL-

14

TO FRONT B'D

HP_IN

1517

GND

1618

TO FCFA

19

LED_RED

LED_GREEN

FCMC

MCU/CD/USB B'D - M

MCU+3.3V

FRONT_T_MCU

VFD_RST

VFD_CE

VFD_CLK

VFD_DI

REMOTE

KEY0

KEY1

EX_INTERRUPT

VOL+

VOL-

HP_IN

LED_RED

LED_GREEN

VFD_RST

VFD_DI

VFD_CE

VFD_CLK

EX_INTERRUPT

LED_RED

TU_INT

TU_RST

CD_SPDIF

DAB_DAO_TU_SDA

R156 4.7K

R157 4.7K

22P

C913

C912 22P

212019181716151413121110987654321

P1

P4

P5

P3

P2

P8

RT1P141C

D+3.3V

DAB/TUNER OPTION

R157

R156

E2/E3/J

OPEN

EK

4.7K

RN11

R113

Q103

Q106

RT1N141C

TU_INT

R109

33

50

R110

33

5152535455565758596 0616263646566676869707172737475

R111 33

R112 33

0.1uF

R115

0

0.1uF

R116

1M

X101

15P

C107

NC

TU_INT

CD_BUS2

DEBUG

TEST3

D107

CD-DSP_RST

RB160L60

DEBUG

USB_DET

DVCC

DVSS

LED_RED

LED_GREEN

VFD_RST

VFD_DI

VFD_CE

VFD_CLK

EX_INTERRUPT

CVCC

X1

CVSS

X2

REGVSS

7677787980818283848586878889909192939495969798

33

R117

XT1

REGVCC

12P

C109

C108

0.1uF R119

1000uF/6.3V

X102

32.768kHz

15P

C111

C112

R139 3.3K

3.3K

R140

8765

VCC

IC12

K24C16BSIRGA

A0A1A2

EEPROM

C119

0.1uF

Q104 RT1P141C

Q105

RT1P141C

USB/CD_T_MCU

CD_BUS2

CD_BUS3

CD_BUCK

P6

CD_CCE

DSP_RST

C103

C104

R114 0

C105

10MHz

C106

8765

10KX4

4321

10K

R118

33K

LED_GREEN

TO FCIC

DAB/TUNER OPTION

E2/E3/J

DAB_DAO_TU_SDA

DAB_CLK_TU_CLK

DIR_RST

DAB_ON_TU_CE

DIR_CE

TU_RST

DIR_CLK

BOL_RST

33

R145 33

R144

R108 33

R143

TU_CE

DIR_CE

TU_SCL

TU_RST

TU_SDA

DIR_CLK

DIR_RST

BOL_RST

HOST MCU

RCD-M39 : TMPM33OFYFG(256K)

EEPORM_CLK

EEPORM_DATA

NC

NMI

RESET

POWER-H

MODE

POWN_DOWN

XT2

P7

C110

0

0.1uF

R122

OPENC113

22P

OPEN

R121 33

R120 33

WP

SCL

GND SDA

4321

R143

OEKOO X

DIR_IN

DIR_RERR

F_V_DATA

DIR_OUT

DIR_RERR

IC11

NC

M_PWM

R155

OPEN

C114

0.1uF

R144 R145 R146

F_V_CE

F_V_CLK

F_V_CE

F_V_CLK

F_V_DATA

KEY0

TEST4NCNC

KEY0

R105 R106

X X

O OOXXX

SPK_OP

DIR_OUT

DAC_XSMT

0

USB_OC

MCU_BOOT

R104

NC

DIR_IN

USB_OC

DAC_XSMT

BOOT_MODE

KEY1

VOL-

VOL+

VER_OPTION

10K

R123

10K

R124

R125

1

VOL+

KEY

VOL-

R125

VER.

EK(UK) 33K(2.5V)

1K8(0.5V)

E2(EUR) E3(USA)

4K7(1V)

S(JAPAN)

8K2(1.5V)

Q101 OPEN

TO PMCPTO PMUO

DAC_FMT

DAC_DEMP

R103 0

R107 33

DAC_FMT

DAC_DEMP

USB_RX

USB_TX

DAB_ON

F_MUTE

MT_STBY

CD_LIMIT-SW

CD_OPEN-SW

CD_CLOSE-SW

CD_OPEN-M

CD_CLOSE_M

HP_MUTE

REMOTE_IN

HP_IN

LD_CHK

HP_IN

FROM POWER B'D

R106 33

SP_ON

TEST1

TEST2

R126

R127

MCU_BOOT

BOL_RESET

MCU_RESET

BOL_BOOT

DAB_DAO_TU_SDA

DAB_CLK_TU_CLK

OPEN

R159

OPEN

R158

R105 33

6 2

2728293031323334353637383940414243444546474849

DAC_FLT

DAB_RX

DAB_TX

DAB_CLK

DAB_DAO

DVCC

DVSS

AVCC

VREFH

AVSS

POWER_PROT

AMP_PRT

1 2 3 4 567 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

NC

99

100

R160

10K

C116

0.01uF

10K

MODEL OPTION

OPEN

VERSION OPTION

D108

1SS355T

Q102 RT1P141C

1SS355T

D106

D105 1SS355T

+8VM

2

+8VM

GND_DRV

46

GND_DRV

TX

RX

810

MCU+3.3V

PMUP

ST+3.9V

2

PWR_DN

PWR_ON

46

PROT_V

MCU_GND

USB_5V

8

GND

PMMO

FROM SUB TRANS B'D

C102

0.1uF

C101

0.1uF

R128

22K

C120

0.1uF

13

GND_DRV

57

911

13

57

9

DAB_ON_TU_CE

0

R146

C118

100P

C117

R130

1K

R150 33

R149 33

R148

R147

SP_OPT

HP_MUTE_2

SPK_OP

DAC_FLT

Q107

RT1P141C

R102

R101

D+3.3VD+3.3V

R129

100K

0.1uF

REMOTE

RESET IC

OUT

VDD254

DS

3 NC

VSS

1

IC13

S80124CLMCJIJT2

D104

1SS355T

C130

47

D102

D103

FCM1

TO CD PICKUP

141516

FCS-

TRK-

FCS+

TRK+

LD LD

LD VR

LD PD

PDIC GND

C248

0.1uF

GND

C217

C218

R205

OPEN

0.1uF

TEI

C214

5600P

C213

0.033u FEI

21222324252627282930313233343536373839

LDO

TEI

RFZI MDI

RFRP

AVSS3

VRO

TNI

TPI

FPI1

FPI2

FNI1

FNI2

RVSS3

RFO

C209

AGCI

0.1uF

TSETR

RFEQO

C207

0.1uF

RFRPI

C206

4700P

RFI

SLCO

RVDD3

VCOI

1 234 5 6789 10 11 12 13 14 15 16 17 18 19 20

LPFO

LPFN

80

VCOF

C235

PVREF

0.015u

R230

15K

47K

R231

60

L204

USB_TXD

USB_RXD

0

C431

OPEN R428

C432

OPEN

R4180R419

C418

C414

0.1uF

0.01uF

DVSS5

D+ DWN

P77/X1USB

PF3/TXD[1]

PF4/RXD[1]

DVSS2

C408

USEMODEL

R444

OPEN

FC-

VC

470P

C216

R203

R202

C212

C210 OPEN

RFO

C205

C202

R201

220

C236

C239

47P

DM

AM[0]

P80/CS[0](BOOT)

DVCC3A2

0.1uF

TR-

470P

0.1uF

0.015u

RFEQO

+VREF

P74/TA[0]IN

R433

R434

GND

PDFCBADE

PICKUP_T_DSP

91

R243

TR+

FC+

GND

C126

470/16V

0

AGND

C211

470/16V

C208

0.01uF

2200P

C201

C203

0.1uF

0.01uF

C237

C238

47/6.3V

D+3.3V

R322

Q302

OPEN

USB_EN

USB_OC

R435

R437

OPEN

R438

10K

76

X1

7574737271706968676 6656463626160595857565554535251

DP

DVSS4

X2

DVCC3A4

P75/USBOC

AM[1]

LRCK1

DVCC3A3

DVSS3

P67

P66

P65

P64

P63

50494847464544434241403938373635343332

IC42

Ipod CP Chip

OPEN

0

C421

0.1uF

D201

C215

0.1uF

OPEN

100K

PDIC F

PDIC E

PDIC B

PDIC A

PDIC C

PDIC D

L201

10uH

1SS355T

A+3.3V

0.01uF

TRO

FCO

PD

B

D

A

C

R310

FMO

0.1uF

C310

A+3.3V

0.1uF

C307

C204

0.1uF

100/6.3V

TRO

TR+

TR-

R319

R320

Q301

OPEN

22K

R421

R425

R426

0.1uF

C411

R401

R402 33

R403 33

R404 33

0.1uF

1000P

C409

C410

GND

SDA

NC

8765

VCC

SCL

RST

C422

0.1uF

12345678910111213

PDIC VC

PDIC VCC

E

F

PICKUP_T_DSP

470

C311

C308

470/16V

GND_DRV

OPEN

R424

47

D401 RB160

NC

PDIC VC

C254

100/6.3V

C309

Q409 RT1N141C

2.2K

4321

NC

C326

X401

33

C249

470/16V

R241

R240 39

R239 39

R238 39

100/6.3V

0.1uF

R309

470/16V

R307

0

C304

0.1uF C305

0.1uF

OPEN

C413

C412

9MHz

NC

9

R463

R903

A

C252

470/16V

Q201 A1504S

R904

0

R906

0

GND3

C312

0.1uF

R311

TIN-R

OPEN

TIN

VREF

VCC2

LD_CTL

SLIN

CLO

C303

0.1uF

0

R905

0

GND <-> AGND

C911

0.1uF

SL+

SL-

IC31

IP4001CRLTF

T+

T-

15 1 6 17 18 19 20 21 22 23 24 25 26 27 28

MOTOR DRIVE

C910

0.1uF

GND <-> AGND

R429

R460

0

R461

0

R462

0

SP-

1234567891011121314

SP+

R301

FIN-R

OPEN

FIN

REB

REO

R303

MUTE

GND1

R304

OPIN

4.7K

SPIN

F+

F-

R305

GND2

NILCOPO

C302

OPEN

FC-

FC+

MOTOR_T_DSP

27

15K

R430

R431

IN

654

GND

EN FLAG

IC43

NCP380HMU15AATBG

USB_EN

R901

0

R902

0

C903

0.1uF C904

0.1uF C905

GND <-> CHGND

0.1uF

GND

CHGND

LMSW

MGND

REFAW P6REFAW P5

SLED-

SLED+

R314 18K

R313 18K

R312 18K

GND_DRV

CLSW

0.1uF

C420

SPINDLE-

SPINDLE+

1 23456

CWM2

TO MECHANISM

0

C324

0.1uF

R316

GND_DRV

CHGND

D+3.3V

CWM3

LOADING+

12345

LOADING-

OPSW

MGND

CLSW

0

R315

C325

CHGND

+5VD_USB

GND_USB

0.1uF

GND_USB

C433

TO MECHANISM

0.1uF

CWMF

12345

D-

D+

USB

TO FORNT

TO CBFF

C301

OPEN

470

R302

0

DMO

FCO

4.7K

R306

CLM

OPM

MSTBY

LMSW

OPSW

OUT

R436

ILIM

100K

3 2 1

USB_OC

B

C

D

CD Audio Signal Digital Audio Signal

USB Audio Signal

E

VC

+POWER_D

+POWER_M +POWER_MCU

0.1uF

C251

C250

1K

R242

39

C253

GND <-> AGND

GND_DRVGND_DRV

47K

R317

0

22K

R308

C306

OPEN

CHGND

R318

OPEN

R321

OPEN

Q410

RT1N141C

22K

R422

L401

60

18P

20P

BOL_BOOT

DSP_RST

CD_CCE

CD_BUCK

CD_BUS3

CD_BUS2

0

SCHEMATIC DIAGRAMS (1/3)

MCU&CD

STBY POWERGND POWER + POWER - STBY POWERGND POWER + POWER -

64

F

1

3

5

7

54321

+14.2V

FROM PWR B'D

CBRQ

TO CWSQ

87654321

TO FCMC

JK52

RX

1 2 3

OUT

GND

C562

0.01uF

R530

R529

C565

123 4

OPEN

IC52

CVITC7WHU04FU

JSR1124 (16M)

VCC

C564

C563

0.1uF 10/16V

0

OPEN

5678

D+3.3V

0.1uF

PMTQ

2

4

6

IC54 LM1117S33

GND

OUT

60

L506

C568

+12V

+8V

GND

KIA78R12PI

VIN

1 2

10K

4

R901

C914

0.1uF

N.C

R902

IN

1 2 3

C542

0.1uF C552

D502

10/16V

L504

60

IC91

ON/OFF

3

10/16V

1SS355T

D945

1SR159

VOUT

9

GND

0.1uF

1SR15

16V/10uF

C917

C919

D909

C918

0.1uF

FCIC

123456789101112131415161718192021

DIR_IN

DIR_CE

DIR_OUT

DIR_CLK

DIR_RST

DAC_FLT

DAC_FMT

DAC_XSMT

R531

33

DIR_CLK

DIR_CE

DAB_IN

OPT_IN

DABON_TUSEN

DABDO_TUSDA

DABDI_TUCLK

CD_SPDIF

R513

DIR_RST

C553

0.1uF

REGULATOR B'D R

D946

1SR159

IC93

KIA7808API

COMMON

C915

0.1uF

C916

0.1uF

DAC_DEMP

D+3.3V

R541

R542

R543

R544 0

R545

R546

C515

C576

1K

0.1uF

R511

A+3.3V

321 OUTIN

D913

0.1uF

1SR159

GND

DIR_RERR

C502

22/16V

0

0.1uF

0

C516

C913

F_V_DATA

F_V_CLK

F_V_CE

DABON_TUSEN

DABDI_TUCLK

DIR_IN

DIR_OUT

R5320R533

C503

0.1uF

MC

24

252627282930313233343536

MS

MDI

DMO

MODE

RXIN7

RXIN6

RXIN5

RXIN4

RXIN3

RXIN2

RST

RXIN1

VDDRX

GNDRX

RXIN0

3738394041424344454647

C517

22/50V

C577

0.1uF

R507

1M

X501

24.576MHz

C511

18P

TUNER_INT

TUNER_RESET

TUNER_SEN

TUNER_SDA

8 7 6 5 4 3 2 1

TM51

33

R538 33

CD_SPDIF

DABDO_TUSDA

TU_RST

TU_INT

DAC_BCK

DAC_MCK

DAC_LRCK

DAC_DATA

DVDD

TXI

C510

0

DGND

TXO

R506 1.0

AGND

R502 33

SCKO

PCM9211PTR

AGND

C507

15P

C608

8765

33

R503

R504

BCK

LRCK

IC51

FLT

VCC

0.1uF

C506

22/50V

R602

R601

0.01uF

0X4

RN51

4321

R505

MPIO_B1

1314151617181920212223

121110987654321

MPIO_B0

MPO0

MPO1

MPIO_C3

DOUT

MPIO_B2

MPIO_B3

MPIO_C2

MPIO_C1

MPIO_C0

MPIO_A3

MPIO_A2

MPIO_A1

MPIO_A0

NPCM

ERROR

VINR

VINL

VCCAD

AGNDAD

VCOM

48

680

0.1uF

22/16V

0.1uF 22/16V

R501

C514

C509

C508

C513

C505 472(C)

C504

683(C)

12K

C611

0.1uF R608

C612

0.1uF

IC61

68K

47K

R604

B-INPUT

B+INPUT

V-

4 3 2 1

68K

47K

R603

C607

C606

0.1uF

R539

TU_INT

TU_RST

DABON_TUSEN

DABDO_TUSDA

RN52

0X4

8 7658 7658 765

4 3214 3214 321

RN54 0X4

D+5V

R572

A+3.3_AV

OPEN

R609

0

22/50V(RFO)

C614

0.01uF

8765

V+

-+ B

B OUTPUT

A

- + A OUTPUT

A+INPUT

A-INPUT

0.1uF R606

12K

R605

0

22/50V(RFO)

KSE SILICON LAB

TUNER MODULE

TU_L

TU_R

TUNER_SCLK

TU+5V

C550

33

0.1uF

R540

C551

470/10V

DABDI_TUCLK

L505 60

RN53 0X4

DIR_RERR

C613

AGND

C609

R607

DAB/TUNER OPTION

D+3.3V

AGND

E2/E3/J OOO OOOOO

0

R570

R559

OPEN

Filter Option

R560

OPEN

C548

C549

R508

DAC_XSMT

R509 0

DAC_FMT

DAC_LRCK

DAC_DATA

DAC_BCK

DAC_MCK

R525

DAC_FLT

R526

DAC_DEMP

F_V_DATA

F_V_CLK

F_V_CE

R535 0

C571

0.1uF

AGND

L_OUT

R_OUT

C605

C610

50V/22uF

R610

100

5

RL61

4

CSL4A016ZU

100

SPK_OP_ON

R538EKR539 R540 C550 C551 C566

XXX

XXXXX

R571

OPEN

IC57

C153

PCM5100PWR

220/25V(RFO)

DVDD

024131 19181716151211

CPVDD

0.1uF DGND

CAPP

LDOO

0.1uF

CPGND

XSMT

0

CAPM

FMT

VNEG

LRCK

OUTL

DIN

OUTR

BCK

AVDD

SCK

AGND

FLT

0

DEMP

0

R561 OPEN

C572

0.1uF

Q602

RT1N144C

R628 0

R611

C615

470

OPEN

8617

D601

1SS355T

23

C616

R612

OPEN

470

R629 0

AGND

2.2uF 6.3V

9 8 7 6 5 4 3 2 1

10

R536 0

C567 L505

220/50V(RFY)

C545

C546

C570

0.1uF

C544

0

L502

C556

0.01uF

C543

OPEN

C547

0.1uF

AGND

GND

R614

R615

Digital/Analog INPUT B'D I

C567

12K

10/50V

A+3.3_AV

R527

470

R528 470

AGND

C618

0.1uF

R563 OPEN

C574

C566

10/50V

C540

2200pF

R514

100

R515

100

R516 100

R619

15K

B-INPUT

B+INPUT

V-

4 3 2 1

IC62

NJM4565

0.01uF

AUX1

CJJ4N034Z

JK51

12345

0

L R

470

R520

R522

R5640R565 0

180P

C535

+12V

8765

22/50V(RFO)

R562 0

R517 4.7K

C622

22/50V(RFO)

C626

V+

A OUTPUT

AGND

C620

AGND

4.7/50V

R519

100K

C573

180P

C537

C536

10/50V

AUX_L

IC53

12345678910111213141516

C518

22/50V

C519

100/16V

C521

10/50V

V_DATA

V_CLK

V_CE

C522

3300P

C523

0.1uF

C524

R621

470

0.01uF R622

C623

1000pF

C624

R623

1000pF

R618

470

321

CBS8

TU_L

DAC_L

TU_R

TU_L

AUX_L

DAC_L

DAC_R

L_OUT

C541

F_VOL

180P

C534

C533

C621

39P

R620

22K

-+ B

B OUTPUT

A

- +

A+INPUT

A-INPUT

C619

39P

R617

R616

22K

15K

AGND

L_CH

DAC_IN

L TU R

L AUX R

L VOUT R

47K

470

R521

100K

180P

C539

C538

10/50V

AUX_R

NJW1194V

32313029282726252423222120191817

R_CH

C532

DAC_R

22/50V

TU_R

AUX_R

C531

100/16V

R_OUT

C528

C529

220/50V(RFO)

+7V

-7V

C527 3300P

C526

4.7K

0.1uF

C525

4.7/50V

R626

150K

C625

10/63V (RFO)

Q605 C2875B

3.3K

R624

3.3K

R625

150K

R627

Q606

C2875B

KIA1117BS33

IC16

GND

OUT

IN

3.3V

1 2 3

4

C151

0.1uF

C15

1SS355T

C152

D506

0.1uF

IC14

D507

OPEN

DNGADNGA

C141

D503

D504

1SS355T

D505

OPEN

220/50V(RFO)

IC15 LM79L08

OPEN

D112

R518

D113

1SS355T

C140

0.01uF

D111

1SS355T

Q607

RT1P144C

Q608

RT1N141C

AGNDAGND

100/50V(UTSP)

78L08

IN

GND

OUT

0.01uF

AGND

0

R573

D508

OPEN

321

C145

C146

0.1uF

220/16V(UTSP)

GNDINOUT

123

C147

C144

0.1uF

220/16V(UTSP)

CBIB

SW+5V

C148

0.1uF GND

+12V

GND

C149

0.1uF

-12V

AGND

C150

7 6 5 4 3 2 1

TO CWSB

VOL_G

F_MUTE

VOL_G

VOL_L

VOL_R

FROM POWER B'D

AGND

7654321

CWIL

TO CBAL

TO AMP B'D

CWIL

0.1uF

SPK_OP_ON

AGND

A

B

C

PFUN

ST+3.9V

PWR_DN

PWR_ON

PROT_V

MCU_GND

DC_9V

TO PMSN

USB_5V

FROM POWER B'D

USB DC TO DC B'D U

1

2

3

4

5

6

7

8

9

STBY POWERGND POWER + POWER - STBY POWERGND POWER + POWER -

0.01uF

TO USB VOUT

C323

3.3uH/1.3A

L301

C315

0.1uF

R320

L303

X7R Series

CLZ9R001Z

60

C326

C327

22uF/25V

0.01uF

C328

C329

0.1uF

R321

C314 22uF/25V

C313

8 7 6 5

VIN

DB1230HE

OPEN

IC32

R317

OPEN

0.01uF

30 32

C322

BS

SW

FB

VCCENSS

21

C31810V/2.2uF

C317

C316

OPEN

10V/2.2uF

22uF/25V

GND

43

C321

60

L302

1500P R319

4.7K

R318

51K

0.01uF C320

4.7K

R322

22uF/25V

C319

ST+3.9V

PWR_DN

PWR_ON

PROT_V

MCU_GND

USB_5V

GND

2

4

6

8

1

PMUO

3

5

7

9

TO MCU B'D

29 31

28

27

6261

2523

2422

21

20

19

18

17

15

13

14

11

12

DAB Module

9

10

7

TO PMMO

8

6

5

4

3

2

1

PFD1

C559

R580 0

0.1uF

L501

60

R553

47K

R581 0

VIN

EN

100K

R552

PG

CVIDB1514AHETR

60

C558

10/16V

330uF/10V

C554

5 6 7 8

IC55

IC56

LM1117S12(1.2V)

L503

3 2 1

C569

0.01uF

33

R554

C599

C557

Q501

RT1N141C

0.01uF

C575

OUT

1234

22/16V

OUT

3.3V

56K

R557

FB

1SS355T

C555

0.01uF

D501

10K

R558

GND

IN

OUT

GND

C560

C561

0.1uF

22/16V

DAB B'D T

PFTQ

13

SPDIF

2

DAB_ON

46

DAB_DATA

57

DAB_CLK

D+5V

Digital Audio Signal

Analog Audio Signal Lch

Analog Audio Signal Rch

+POWER_A

+POWER_D

+POWER_+12V

-POWER_-12V

+POWER_+8V

-POWER_+8V

D

E

SCHEMATIC DIAGRAMS (2/3)

DIGITAL INPUT

F

65

87654321

CBFF

TO CWMF

USB+5V

D+

JK83

USB GND

4 3 2 1

USB CON

CBFF

USB+5V

D-

D+

USB GND

5 4 3 2 1

GND

TO CD/MCU B'D

PHONES

CWAK

1 2 3 4 5 6 7

FROM POWER B'D

CWAJ

7 6 5 4 3 2 1

TO FRONT B'D

FRONT B'D - F

C818

D815

OPEN

1SS355T

C836

D-

0.1uF

C819

JK81

5

4

2

3

6

7

1

ALL OPEN

C782

C783

-12V

OPEN

GND

R799

+12V

GND

+VKK

AC3.5V

+VKK

GND

HP_L

GND

HP_R

C821

USB/IPOD DIRECT

C771

0.01uF

C772

0.01uF

0.1uF

D813

1SS355T

321

TO CHASSIS GND

BR82

C822

C823

0.1uF

OPEN

10/50V

D804

C825

D805

0.1uF

BR81

C827

8 76543 2 1

C784

100P

+12V

OPEN

R733 27K

HP_L

C770

C769

HP_R

C817

C835

L805

L806

L807

C826

OPEN

C824

0.01uF/100V

TO CHASSIS GND

B

-

C786

OPEN

-12V

1.5K

R791

100P

FRONT/POWER/AMP

FL81

Part

F1

NC

R830

FL1

1.0

0.01uF

L801

L802

FL2

1 2 3 4 5 6 7

CBFJ

FL(AC)

C811

+VKK

FL1

0

R841

HP_L

HP_R

+VKK

GND

FL(AC)

D814

OPEN

1SS355T

470

R838

100/16V

220

0

0.01uF/100V

321

TO PMUP

NCNCNCNCNCNCNCNCNC

NC

13121110987641

415

C828

C829

0.1uF

CHGND

D809

D812

1SS355T

R815

R835

R816

1.8K

2.7K

1.5K

S804

S809

SOURCE

OPEN/CLOSE

SOURCE DIRECT

STOP/BAND

FROM AMP B'D

PMCP

CHGND

1

+8VM

2

+8VM

3

GND_DRV

4

GND_DRV

5

MCU_BOOT MCU_BOOT

6

TX

7

RX

8

BOL_RESET

9

MCU_RESET

TO MCU B'D

10

MCU+3.3V

BOL_BOOT

11

C995

0.1uF

NX

R8171KR818

S803

C997

0.1uF

C996

CHGND

CFL16ST103GINK

CS

CP

VH

DA

TSA

TSB

OSC

VDD

/RST

LGND

PGND

353433323130

C805

100P

C806

100P

C807

100P

C808

0.1uF

C809

0.1uF

R808

33

C814

OPEN

D810

1SS355T

D806

KEY1

0

C813

0.01uF

ON/STANDBY

C998

0.01uF

CONNECTOR B'D

C991

C992

0.1uF

0.01uF

R802

10

C832

50V/1uF

R80633R80733R805

R804

3 3

47K

D807

D811

1SS355T

S801

1SS355T

R813

R829

1.5K

1.8K

S808

S807

+SKIP

PLAY/PAUSE

F2

434039383736

R831

FL2

1.0

R803

+VKK

10

0.01uF

C810

C804

0.1uF

EX_INTERRUPT

D808

1SS355T

R814

KEY0

1K

S806

C812

0.01uF

-SKIP

22K

R832

Q806

RT1N141C

C820

0.1uF

RC81

VccGNDVOUT

321

47P

C802

R80110C803

C801

0.01uF

VFD+3.3V

16V/100uF

VFD_3.3V

1

GND

VFD_RSTI

3

VFD_CE

4 2

FCFA

VFD_CLK

5

VFD_DI

6

FCFA

ST+3.3V

GND

10K

R834

R833

R819

R820

VR81

ALPS VOLUME

220

R822

10K

0.01uF

R839

1.2K

C815

R821

4700P

C837

C816

4700P

REMOTE

KEY0

KEY1

EX_INTERRUPT

2.7K

VOLUME+

2.7K

VOLUME-

HP-IN

GND

LED_ST

LED_PON

120

R823

D801

GR

10K

0.01uF R840

C838

7

8

9

10

11

12

13

14

16

17 15

18

19

TO FCMA

TO CD/MCU B'D

+8VM

GND_DRV

MCU_BOOT

TX

TO CD/MCU B'D

RX

BOL_RESET

MCU_RESET

MCU+3.3V

BOL_BOOT

PMSN

ST+3.9V

PWR_DN

PWR_ON

PROT_V

USB GND

DC_9V

USB GND

USB_5V

PMCE

MCU_GND

TO PFUN

1

+8VM

2

+8VM

C993

C994

0.1uF

3

GND_DRV

4

GND_DRV

5

6

TX

7

RX

8

BOL_RESET

9

MCU_RESET

10

MCU+3.3V

BOL_BOOT

11

B'D TO B'D CONNECTOR

PMSN

PMSE

13

2

46

57

810

911

13

2

46

57

8

9

MCU UPDATE

RX

GND

NC

BOOT

CN99

C959

0.01uF

C958

0.1uF

+8VM

C944

0.1uF

C945

0.1uF

C947

0.1uF

CHGND

C957

1000/6.3V

TX

MCU+3.3V

C954

0.1uF

TO CWIL

FROM INPUT B'D

IC72

NJM4556AL

A

HP_L

KTC2875B

-

+

C785

C787

OPEN

100P

27K

R772

R773

R735 27K

1.5K

R792

C776

C777

10/50V

82

R736

R737

HP_R

R738

82

1K

47K

R742

R739

Q709

R740

1K

Q708

R769

82

Q707

KTC2875B

R741

47K

Q706

KTC2875B

+

VOL_G

C702

10/50V

C701

10/50V

R793

0

R794

0

RT1P144C

C156

R178

150K

10/50V

1K

R745

R744

1K

150K

R743

VOL_G

SP_OPT

F_MUTE

Q720

Q701

RT1P144C

0

R764 0

R766

D701 RB160L60

HP_MUTE2

SP_OPT

F_MUTE

1234 5 6 7

CBAD

TO CD/MCU B'D

CBAL

1234567

VOL_L

VOL_R

VOL_G

100

R722

R723

R780

R781

C717

47/50V

470P

C719

C716

47/50V

470P

C718

C753

0.1uF

C752

0.1uF

C754

0.1uF

C755

0.1uF

C756

0.1uF

CHGND

SP_ON

GND

PROTECTOR

HP_MUTE

IC71

STK433-060N

0.22Ω

1W

J720

27K

R725

C763

C764

220/35V

R703

R702

220/35V

220/50V(RFO)

C727

220/50V(RFO)

R719

1W 100(Fusible)

C761

C729

R726

Q703

RT1P144C

15K

1W 100(Fusible)

C750

27K

R724

Q702

RT1N141C

C723

R730

220/35V

C726

5P

22K

820

R728

C720

25V/470uF

Q705

MMBT5551

Q704

MMBT5551

12K

R718

C711

15413 1312111098765421

C724

100P

33K

N.C

47K

R731

C790

C730

5P R727

22K

820

R729

C747

25V/470uF

50V/10uF

C710

0.1uF 10V/470uF

39K

R720

C712

0.1uF

POWER AMP B'D - A

27k

R717

27k

R716

47K

R760

R761

C759

C760

50V/10uF

C758

1000P

47K

R758

R759

47K

R767

10K

C705

0.1uF

R768

82K

Q717

MMBT5551

1SS133MT

Q718

RT1P141C

1N4003

RT1N144C

RT1N141C

L703

R708

0.22

2.7k

R710

C708

10K

D708

R712

0.047uF

Q716

MMBT5401

D710

R714

1K

D711

R715

1K

Q714

MMBT5401

C709

10K

D709

0.047uF

R713

R711

2.7k

R709

0.22

C780

0.1uF

C781

0.1uF

270

C713

R721

47/25V

Q710

R755

270

Q711

C766

0.22uF/100V

R706

4.7 C765

0.22uF/100V

R704

1W 4.7

R705

1W 4.7

C767

0.22uF/100V

RCH

0.22uF/100V

-VCC(AMP_-22.8V)

+VCC(AMP_+22.8V)

CBAM

LCH

GND

9876 5432 1

1011

FROM SPEAKER B'D

CBOM

RCH

LCH

RL71

-VCC(AMP_-22.8V)

GND

TO AMP B'D

9876 5432 1

+VCC(AMP_+22.8V)

1011

C768

L704

R707

4.7

Q712

RT1N144C

1uF

C704

0.

Q713

RT1P141C

TO CWMD

MCU_RESET

7654321

6

R762

R763

USB UPDATE

BOOT

CN98

R919

47K

D929

Q906

RT1N141C

1SS355T

D930

1SS355T

R918

47K D932

Q907

1SS355T

RT1N141C

R917

47K

D934

1SS355T

RT1N141C

22K

R916

D947

1SS355T

Q913

RT1N141C

C956

50V/4.7uF

IC91

NJM2845DL133

C953

D946

C914

1SS355T

10/50V

10uF/6.3V

R748

10K

47K

R751

R752

R749

SPEAKER B'D - O

13245

D706

1SS355T

L701

OPEN

R753

C744

0.1uF

10K (1/4W)

R754

C745

0.1uF L702

10K (1/4W)

OPEN

CW09

GND

MCU+3.3V

NC

BOL_RESET

RX

TX

7654321

R905

D928

22K

1SS355T

8.2K

R906

R909

1K

R910

100K

D931

R911

1SS355T

22K

15K

R912

D933

1SS355T

Q908

D938

1SS355T

R915

47K

R904

22K

15K

R934

123

OUT

VIN

GND

D945

1N4003SRT

D940

1SS355T

CWSB

TO D_INPUT B'D

TO CBIB

3.9K

R747

C742

4700/35V(UTSP)

C743

4700/35V(UTSP)

321

TO REG. HEATSINK ASS'Y

C955

0.1uF

+8VM

L901

+12V

R907

100K

R908

D936

1SS355T

1uF

C952

OPEN

R942

R941

GND

+12V

SW+5V

C728

1000P

1000p

C736

C735

342

1

D712

!

C792

0.01uF

C791

0.1uF GND4

GND3

CWS8

L902

-12V

Q910

RT1N141C

C912

V/10uF 50

2.2K R921

R920

Q911

RT1N144C

7654321

12V

GND

-

D713

1SS355T

D714

1SS355T

C734

0.1uF

CHGND

C737

0.1uF/100V

C738

1000p

C739

0.01uF/100V

C741

0.1u/250V

C740

0.01uF/100V

J791

OPEN

J792

OPEN

J793

OPEN

4.7K

Q912

MMBT5551

.01uF

C913

0

321

CWS7

C911

0.01uF

3.9K C951

R914

100uF/50V(RFO)

D914

1N4003SRT

R924

10K

39K

R928

R932

47K

10K

R929

JK72

SW OUT

D

JK71

1

FLCH

FLGND

2

3

FRCH

FRGND

4

CW08

AC

GND

1 2 3

AC

78R127808

CWSQ

5 4 3 2 1

GND

+8VM

+12V

+14.2V

TO CBRQ

POWER B'D - S

D905

D907

10K

C904

C906

R901

0.01uF

C907

0.01uF

C939

0.01uF

1N4003SRT

25V/2200uF(UTSP)

D908

1N4003SRT

10K

C905

R902

25V/1000uF(UTSP)

D909

1N4003SRT

C916

D910

100/63V

1N4003SRT

-12V

Q901

C1027Y

1K

6.8V

D901

50V/10uF

C928

0.01uF

10/50V

D923

1SS355T

D902

1N4003SRT

D922

1SS355T

C927

D941

0.68/50V

1SS355T

D915

RB160

C925

D916

C929

2200/16V

RB160

C926

0.01uF

D917

1N4003SRT

D925

R925

10

15V

D942

1SS355T

1N4003SRT

D906

1N4003SRT

TO DC-DC

R933

330

C917

100/63V

RL91

142

0.01uF

D911

D912

Q909

C1027YT

20V

3

0.01uF

C902

0.01uF

C903

C915

C920

C918

50V/10uF

E2/EK:T 1A L 250V E3/J: 2A/125V

C922

4700P

T901

SUB TRANS

!

C901

0.047uF

+14.2V

D903

21DQ10T

D904

21DQ10T

220/50V

R930

AC3.5V

56(1/4W)

AC3.5V

R931

56(1/4W)

5.6V

C938

D943

50V/10uF

AC3.5V

50V/4.7uF

AC3.5V

+VKK

GND

+12V

GND

-12V

F901

C950

OPEN

1N4003SRT

C908

220/16V(UTSP)

C909

D935

GND

1SS355T

220/16V(UTSP)

IN

OUT

213

IC92

KIA7912PI

)

C935

C919

0.01uF

2200/25V(UTSP

D937

R913

47K

1SS355T

+12V

R903

C910

D913

1N4003SRT

D939

JUMPER

D919

Q902

RT1N144C

USE Japan & USA

Q903

C930

RT1N144C

C934

0.01uF

USB Audio Signal

Analog Audio Signal Lch

Analog Audio Signal Rch

+POWER_D

+POWER_M

+POWER_+12V

-POWER_-12V

+VCC

-VCC

SCHEMATIC DIAGRAMS (3/3)

POWER & AMP

A

CWS6

AC15V

87654321

GND

-14.2V

+8.5V

FROM

+8.5V

B

POWER TRANS

POWER

TRANS

CBSK

TO AMP B'D

7 654 3 2 1

21

CWT7

FROM

C

POWER TRANS

CN91

AC IN

D

E

F

STBY POWERGND POWER + POWER - STBY POWERGND POWER + POWER -

66

EXPLODED VIEW

f

33

34

31

S5

S4

P2b

x2

S7

x4

26

x3

26

P7

S1

P6

z

21

22

23

EK version only

S7

x3

34

S9

17

S6

32

S7

P1e

P1d

13

34

S4

x4

34

x2

34

P8

13

S4

x2

P3

26

P1b

S7

S9

S2

x2

S9

x2

S1

x3

27

x2

26

P1c

25

20

x4

x2

S7

P1b

S9

18

24

S9

S3

x2

P2c

S9

x3

P1f

P2d

29

P2a

S7

S4

x4

29

P5

P4

x2

30

13

11

S8

x2

12

28

S4

13

x4

S7

31

15

14

S9

16

x4

S7

7

S3

5

x3

P1a

2-2

2-3

x2

29

S9

2-1

10

4

3

Washer

Nut

S5

6

x2

2

1

WARNING:

Parts marked with this symbol have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.

67

EXPLODED VIEW OF CD MECHANISM UNIT

68

WARNING:

Parts marked with this symbol have critical characteristics. Use ONLY replacement parts recommended by the manufacturer.

PARTS LIST OF EXPLODED VIEW

The part list can be found in a separate le.See the part list in Excel format.(TENTATIVE)

Parts indicated by "nsp" on this table cannot be supplied.

z

PCB ASS'Y indicated by "nsp" on this table cannot be supplied. When repairing the PCB ASS'Y, check the board parts list and order replacement parts.

z

Parts indicated by the "★" mark are not illustrated in the exploded view.

z

The parts listed below are only for maintenance. Therefore they might differ from the parts used in the unit in appearances or dimensions.

z

Personal notes:

69

PARTS LIST OF CD MECHANISM UNIT

The part list can be found in a separate le.See the part list in Excel format.(TENTATIVE)

Parts indicated by "nsp" on this table cannot be supplied.

z

Parts indicated by the "★" mark are not illustrated in the exploded view.

z

The parts listed below are only for maintenance. Therefore they might differ from the parts used in the unit in appearances or dimensions.

z

Personal notes:

70

PACKING VIEW

D-M39S

z

PARTS LIST OF PACKING & ACCESSORIES

The part list can be found in a separate le.See the part list in Excel format.(TENTATIVE)

Parts indicated by "nsp" on this table cannot be supplied.

z

Parts indicated by the "★" mark are not illustrated in the packing view.

z

The parts listed below are only for maintenance. Therefore they might differ from the parts used in the unit in appearances or dimensions.

z

Personal notes:

71

SEMICONDUCTORS

Only major semiconductors are shown, general semiconductors etc. are omitted to list. The semiconductor which described a detailed drawing in a schematic diagram are omitted to list.

1. IC's

TMP92FD28FG (MCU: IC41)

72

TMP92FD28FG Block Diagram

73

TMP92FD28FG Terminal Function

Pin No Port Name Port Name I/O

1 /RESET RESET I 2 PC0 N.C I Open 3 PC1 N.C I Open 4 PC2 N.C I Open 5 PC3 USB-REQ I PD - - L STREQ to Oasis(IC16) 6 DVCC3B VDD3.3V P 7 PC6 N.C O L Open 8 PC7 N.C O L Open 9 /PWE N.C O Open

10 DVSS1B DVSS1B G

11 DVCC1B DVCC1B P

12 RVOUT1 RVOUT1 O 13 RVIN RVIN P Flash version is a terminal Power supply 3.3V 14 RVIN RVIN P Flash version is a terminal Power supply 3.3V 15 RVOUT2 RVOUT2 G 16 DVCC1A DVCC1A P 17 DVSS1A DVSS1A G 18 P00 N.C O L Open 19 P01 N.C O L Open 20 P02 N.C O L Open 21 P03 MCU_RESET O L L H for HOST MCU writing 22 P04 MCU_BOOT O L L H for HOST MCU writing 23 P05 UPDATE_LED O L L H when update, LED blink 24 P06 PWR ON_BOL O L L H when update, control power on 25 P07 N.C O L Open 26 DVSS3A DVSS3A G 27 DVCC3A VDD3.3V P 28 P10 MODEL OPTION O PU/PD L L H or L RCD-M39 ALL Version "HIGH" 29 P 11 MODEL OPTION O L L L RCD-M39 ALL Version "LOW" 30 P12 N.C O L Open 31 P13 CP-RESET O H L L to Apple Chip (WWI) IC42(MFI341S2164) 32 P14 N.C O L Open 33 P15 N.C O L Open 34 P16 N.C O L Open 35 P17 N.C O L Open 36 P40 N.C O L Open 37 P41 N.C O L Open 38 P42 N.C O L Open 39 P43 N.C O L Open 40 P44 N.C O L Open 41 P45 N.C O L Open 42 P46 N.C O L Open 43 P47 N.C O L Open 44 DVSS3A DVSS3A G 45 DVCC3A VDD3.3V P 46 P50 N.C O L Open 47 P51 N.C O L Open 48 P52 N.C O L Open 49 P53 N.C O L Open 50 P54 N.C O L Open 51 P55 N.C O L Open 52 P56 N.C O L Open 53 P57 N.C O L Open 54 P60 N.C O L Open 55 P61 N.C O L Open 56 P62 N.C O L Open 57 P63 CD_BUS2 I - - H/L to Oasis (IC16) 58 P64 CD_BUS3 O L L H/L to Oasis (IC16) 59 P65 CD_BUCK O L L H/L to Oasis (IC16) 60 P66 CD-CCE O L L H/L to Oasis (IC16) 61 P67 DSP-RESET O H H L to Oasis (IC16) 62 DVSS3A GND G 63 DVCC3A VDD3.3V P 64 P70 N.C O L Open

Pull-U/D init. stby Act.

Status

Note

74

Pin No Port Name Port Name I/O

65 P71 N.C O L Open 66 P72 N.C O L Open 67 P73 N.C O L Open 68 P74 N.C O L Open 69 P80 BOOT I PU - - L 70 P82 N.C O L Open 71 P83 LRCK1 O L L H/L to Oasis (IC16) 72 AM1 VDD3.3V P 73 X2 X2 O Oscilator connection 9MHz output 74 DVSS GND G 75 X1 X1 I Oscilator connection 9MHz input 76 DVCC3A VDD3.3V P 77 P75 USB_OC I PU - - L USB over current detection 78 P76 N.C O L Open 79 D+ USB+ I/O 80 D- USB- I/O 81 AM0 VDD3.3V P 82 P77 USB-DETECT I - - L USB Detect 83 DVSS3A GND G 84 PF0 / TXD0 N.C O L Open 85 PF1 / RXD0 N.C O L Open 86 PF2 D+ DOWN O PD L - H USB D+ LINE RESET 87 PF3 / TXD1 USB-TX O L L H/L to HOST MCU (IC11) 88 PF4 / RXD1 USB-RX I - - H/L to HOST MCU (IC11) 89 PF5 N.C O L 90 PN1 CP-SDA I/O PU L L H/L to Apple Chip (WWI) IC42(MFI341S2164) 91 PN2 CP-CLK O PU L L H/L to Apple Chip (WWI) IC42(MFI341S2164) 92 PN3 USB-BCK O L L H/L to Oasis (IC16) 93 PN4 UBS-DATA O L L H/L to Oasis (IC16) 94 PN5 USB-GATE O L L H to Oasis (IC16) 95 DVCC3A VDD3.3V P 96 PG3 N.C I Open 97 PG2 DREQ(MP3REQ) I PD - - L to Oasis (IC16) 98 PG1 N.C I PU 99 PG0 N.C I Open

100 DVSS3A GND G

Pull-U/D init. stby Act.

Status

Note

75

TMPM330FYFG (MCU : IC11)

76

TMPM330FYFG Block Diagram

TMPM330FYFG Terminal Function

down

Status

init. stby Act.

77

Note

Port Name Port Name I/O

No

1 PD6 AMP_PRT I Pull-up - H L AMP protect detect 2 AN11 POWER_PROT I Pull-down - L H POWER protect detect 3 AVSS G A/D converter: GND pin (0V) 4 VREFH P Reference power supply 5 AVCC P A/D converter with a power supply 6 INT4 REMOTE_IN_1 I - - - remote in 7 PK2 HP_MUTE O L L H Headphone on/off control 8 PJ5 CD_CLOSE_M O L L H CD CLOSE MOTOR IP4001(14) Mute

9 PH4 CD_OPEN_M O L L H CD OPEN MOTOR IP4001(9) Mute 10 PH5 CD_CLOSE_SW I Pull-up - O - CD CLOSE switch 11 PG7 CD_OPEN_SW I Pull-up - O - CD OPEN switch 12 TEST2 TEST pin, Set to OPEN. 13 DVSS G GND pin 14 DVCC P Power supply pin 15 PG4 CD_LIMIT_SW I Pull-up - - L CD INNER switch 16 PG5 MT_STBY O L L H motor stanby IP4001(7) Mute 17 PG6 F_MUTE O L H H function mute (INPUT B'D Q112-B) 18 TEST1 TEST pin, Set to OPEN. 19 PF7 DAB_ON_TU_CE O L L H DAB_POWER / TU_CE Control

Pull-up/

down

Status

init. stby Act.

Note

DAC(PCM5100) Filter select : Normal latency(Low) / Low

latency(High)

DAC(PCM5100) De-emphasis control for 44.1kHz sampling

rate : Off(low) / On(High)

DAC(PCM5100) Soft mute control : Softe mute(Low) / softe

un-mute(High)

detect FLAG for NCP380 (Detect Over Current of USB POWER)

DIR(PCM9211(23)) IN(SPI data output DIR-OUT to MCU-

IN

DIR(PCM9211(24)) Out(SPI data input) DIR-IN to MCUOUT

Port Name Port Name I/O

No

20 TXD0 USB_TX/UPDATE TX O L L - send command to bolero IC 21 RXD0 USB_RX/UPDATE RX I - - - receive data from bolero IC 22 PE2 SP_ON O L L H speaker on/off control (AMP B'D Q710-E) 23 TXD1 DAB_TX O L L - send command to DAB Module 24 RXD1 DAB_RX I - - - receive data from DAB Module

25 PE6 DAC_FLT O - L -

26 PG0 DAB_DAO_TU_SDA I/O Pull-up L L H/L DAB Module I2C Data 27 PG1 DAB_CLK_TU_CLK O Pull-up L L H/L DAB Module I2C Clock 28 PG2 DAC_FMT O - L - Audio format selection : I2S(Low) / Left justied(High)

29 PB3 DAC_DEMP O - L -

30 BOOT single boot mode I Pull-up - H L update mode select

31 PH1/TB0IN0 DAC_XSMT O - L -

32 PH2/TB1IN0 USB_OC O Pull-up

33 TXD2 SP_OP O SP OPTIMIZE ON/OFF '(Initialize ON)

34 RXD2 DIR_IN I - - -

35 PF2 F_V_CS O L L L function IC strobe (NJW1194) 36 PH3 F_V_CLK O L L - function IC clock (NJW1194) 37 PB4 F_V_DATA O L L - function IC data (NJW1194)

38 PI0 DIR_OUT O - L -

39 INT6 DIR_RERR I - - H DIR(PCM9211(1) Error detection output 40 PI1 DIR_CLK O - L - SPI clock input 41 PB5 DIR_CE O - L - SPI chip select 42 PI2 DIR_RST O - L L Reset input 43 PB6 BOL_RST O L L L Bolero (IC41) Reset 44 PF4 DAB_DAO_TU_SDA I/O tuner PLL IC data 45 PF5 DA_CLK_TU_SCL O tuner PLL IC clock 46 PF6 DAB_ON_TU_CE O tuner PLL IC chip select 47 PB7 TU_RST O tuner PLL IC reset 48 PI3 - O - - - OPEN 49 INT1 TU_INT I tuner PLL IC GPIO2 50 PK0 CD_BUS2 I - - - receive data from CD DSP (Oasis (64)pin OUT) 51 PK1 CD_BUS3 O L L - send command to CD DSP (Oasis (65)pin IN) 52 PI4 CD_BUCK O L L - communication clock with CD DSP 53 PI5 CD_CCE O L L - communication chip enable with CD DSP 54 PB0/TDO/SWV O Pull-up for DEBUG 55 PA0/TMS/SWDIO O Pull-up for DEBUG 56 PA1/TCK/SWCLK O Pull-down for DEBUG 57 TEST3 TEST pin, Set to OPEN. 58 PJ7 CD_DSP_RST O L L L CD DSP reset 59 PB1/TDI O Pull-up for DEBUG 60 PB2/TRST O Pull-up for DEBUG 61 PF3/RXIN1 - O OPEN 62 DVCC P Power supply pin 63 DVSS G GND pin 64 PA 2 LED_RED O H H L TIMER ST LED(RED) Control ”L";ON 65 PA 3 LED_GREEN O H H L Power LED (GRREN) Control "L";ON 66 PA 4 VFD_RST O L L L vfd reset 67 PA 5 VFD_DI O L L - vfd data 68 PA 6 VFD_CS O L L L vfd chip select 69 PA 7 VFD_CLK O L L - vfd clock 70 INT0 EX_INTERRUT I Pull-up - H L External Interrupt (For Key detection) 71 CVCC P Power supply pin 72 X2 oscillator(10MHz) high-speed oscillator(Output) 73 CVSS G GND pin 74 X1 oscillator(10MHz) high-speed oscillator(Input) 75 REGVSS GND pin G GND pin 76 REGVCC P Power supply pin 77 XT1 RTC oscillator(32.768KHz) low-speed oscillator(Input) 78 XT2 RTC oscillator(32.768KHz) low-speed oscillator(Output) 79 PI6/TB4IN0 - O OPEN

Pull-up/

78

down

TC94A92FG

Pin Layout (Top View)

Status

init. stby Act.

Note

Port Name Port Name I/O

No

80 NMI P 3.3V Non-maskable interrupt 81 MODE G GND 82 RESET Reset input pin I I L MCU RESET 83 PI7 EEPROM_SCL O Pull-up L - - EEPROM clock 84 PH6 EEPROM_SDA I/O Pull-up L - - EEPROM data 85 PH7 POWER_H O L L H RL91 Control 86 PJ2 POWER_DOWN I Pull-up H H L Power down 87 PJ3/INT3 M_PWM O reserve 88 PJ4/TB6OUT - O OPEN 89 PE3/RXIN0 - O OPEN 90 TEST4 TEST pin, Set to OPEN. 91 AN0 KEY0 I Pull-up - - - key0 92 AN1 KEY1 I Pull-up - - - key1 93 PC2 - I Pull-down OPEN 94 PC3 VOL_EN1 (VOL-) I Pull-up - - - volume encoder sw1 95 PD0 VOL_EN2 (VOL+) I Pull-up - - - volume encoder sw2 96 AN5 Version Option. I - - - Version Option R128 ( EK;33k / E2;1.8k / E3;4.7k / J;8.2k ) 97 PD2 HP_IN I Pull-up - O L headphone in detect 98 AN7 LD_CHK I - - check for LASER Current (A/D conversion) 99 PD4 - I Pull-down - - - OPEN

100 PD5 Model option I Pull-up - - - Model Option "H"

Pull-up/

TC94A92FG (MCU: IC16)

VDD1-1

VSS-1

/SRAMSTB

VDDM1

PVREF

VDD3 BUS0 BUS1 BUS2 BUS3

BUCK

/CCE

MS /RST TEST

PDo

TMAX

LPFN

LPFo

VCoF

Pio7

Pio6

Pio5

Pio4

Pio3

Pio2

Pio1

Pio0

VSS-2

VDD1-2

XVDD3XoXi

60595857565554535251504948474645444342

61 40 62 39 63 38 64 37 65 36 66 35 67 34 68 33

TC94A92FG

69 32 70 31

(Top View)

71 30 72 29 73 28 74 27 75 26 76 25 77 24 78 23 79 22 80 21

XVSS3

DVSS3LLoDVDD3L

DVDD3RRoDVSS3R

41

CDMoN3 Pio14/CDMoN2 Pio13/CDMoN1 Pio12/CDMoN0/FGiN Pio11 Pio10 Pio9 Pio8 VDD1-3 DMo FMoS FMo VSS-3 TRo Foo AVDD3 TEi RFRP RFZi FSMoNiT

123456789

RVDD3

RFi

SLCo

RFRPi

AGCi

RFEQo

DCoFC

VCoi

1011121314151617181920

TPi

RFo

RVSS3

79

FPi2

FNi2

FNi1

TNi

FPi1

VRo

AVSS3

MDi

LDo

TC94A92FG Block Diagram

TC94A92FG

Block Diagram

SLCo

RFi

RVDD3 RVSS3

RFRPi

AGCi

DCoFC

RFEQo

RFo

FNi2

FNi1

FPi2

FPi1

VREF PVREF

VRo

LDo

MDi

TPi

TNi

TEi

VCoF

VCO

EFM

slicer

RF Ripple

DET.(RFRP)

Auto Gain

Cont.(AGC)

RF-EQ

DC level

DET(RFDC)

RF

Focus

Error

(FE)

Bias circuit

Reference

Voltage

gene.(VRO)

Reference

Voltage(APC)

Auto laser

Power Cont.

(APC)

Tracking

Error

(TE&SBAD)

RESiN

TMAX

LPFN

LPFo

PVREF

-

PLL

+

TMAX

PVREF

VCoi

PDo

DSP-VCO

For DSP

SRAM

512kbit

(4kw*128bit)

VDDM1

/SRAMSTB

SRAM

512kbit

(4kw*128bit)

Resume

TEST

/RST

MS

/CCE

BUCK / CLK / SCL

BUS3 / Si / SDA

BUS2 / So

BUS1 / MS2

BUS0 / Pio15

VDD1

VSS1

VDD3

MCU I/F

I2C

SRAM I/F

Synchronous

guarantee EFM

decoder

RFRP

4KB SRAM

RFDC

Address

FEI

Digital equalizer

ROM

RFRP

FEI

SBAD

10bit ADC

TEI

VREF

+

-

TEZI

+

Subcode

decoder

Error

Correction

CLV

circuit

Automatic adjustment

Servo

RAM

Stepping Motor Control

Equalizer Output Control

5bit DAC

round & limitround & limit

IP

/ATT

A3

ALU

AY AX

Y-Bus X-Bus

C-Pointer

Y-Pointer

register

Address Calc.

2sets

General I/O

I/F

Pio8-14

X-Pointer

register

servo

Control

register

CD monitor

A1

A2

A0

MAC

MXMYMZ

register X0/X1/X2 Y0/Y1/Y2

(24bit)

CROM

4kw

(24bit)

ERAM

4kw*11=44kw

UART

IO_CTR

Instruction

Decoder

40bit

1024w (40bit)

PRAM

4kw*9=36kw

(40bit)

PROM

Program

Control

Bus

Switch

4kw

(24bit)

YRAM

XRAM

Audio outDigital out

DF

To AudioDAC

PWM

IRQ

Cont.

Intrupt

Pio7

Pio0-7

I/F

General I/O

Pio6 Pio5 Pio4

IO_CTR

Pio3

Pio2 Pio1 Pio0

VDD1

VSS1

XVDD3

For CD/DAC

Clock Gen

OSC

16.9MHz

XVSS3

DVSS3L

Lo

DVDD3L

DVDD3R

DA converter

Multi-bit ΔΣ

Ro

DVSS3R

Foo

TRo

FMo

RFZi

RFRP

AVSS3

FSMoNiT

(FEi/SBAD/RFDC)

AVDD3

DMo

FMoS

VSS1

VDD1

Pio9

Pio8

Pio11

Pio10

CDMoN0

CDMoN1

CDMoN2

CDMoN3

80

TC94A92FG Terminal Function

TC94A92FG

1. Pin Descriptions

1.1 Pin Descriptions

And connect to GNG by

No.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

Symbol I/O Description

DSP VCO - EFM and PLCK Phase difference

VCoi

RVDD3 -

SLCo

RFi

RFRPi

RFEQo

DCoFC

AGCi

RFo

RVSS3 -

FNI2

FNI1

FPI2

FPI1

TPi

TNi

VRo

AVSS3 -

MDi

LDo

O

3AI/F

O

3AI/F

I

3AI/F

I

3AI/F

O

3AI/F

O

3AI/F

I

3AI/F

O

3AI/F

I

3AI/F

I

3AI/F

I

3AI/F

I

3AI/F

I

3AI/F

I

3AI/F

O

3AI/F

I

3AI/F

O

3AI/F

signal output pin.

(DSP VCO control voltage inputr pin.)

CD-DSP-Power supply for 3.3V RF

amplifier core and PLL circuit

EFM slice level output pin

RF signal input pin

RF ripple signal input pin I

RF equalizer circuit output pin. O

RFEQo offset compensation LPF output O

RF signal AGC amplifier input pin I

RF signal generation amplifier output pin O

Grounding pin for 3.3 RF amplifier core and PLL

circuit

Main beam signal input pin. To be connected to PIN diode C. Main beam signal input pin. To be connected to PIN diode A. Main beam signal input pin. To be connected to PIN diode D. Main beam signal input pin. To be connected to PIN diode B. Sub beam signal input pin. To be connected to PIN diode F. Sub beam signal input pin. To be connected to PIN diode E.

1.65 V reference voltage output pin. O

Grounding pin for 3.3V CD analog circuits.

Monitor photodiode amplifier input pin. I

Laser diode amplifier output pin O

Default Remarks

O

3 state output

-

Connect capacitor according with se

O

rvo frequency band.

I

Selectable Zin 20/10 kΩ

Connect to RFRPi by 0.1uF, to RFi by

4700pF.

Connect to Vro by more than 0.015uF

-

I

Connected to PVREF,

0.1uF+100uF.

-

Reference Voltage=178mVtyp.

81

TC94A92FG

No.

Symbol I/O Description

Default Remarks

FSMoNiT

21

RFZi

22

RFRP

23

TEi

24

AVDD3 -

25

FOo

26

TRo

27

VSS-3 -

28

FMo

29

FMoS

30

DMo

31

VDD1-3

32

Pio8

33

Pio9

34

Pio10

35

Pio11

36

Pio12/

CDMoN0/

37

FGiN

Pio13/

38

CDMoN1

Pio14/

39

CDMoN2

CDMoN3

40

3AI/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

O

Focus Error signal / Sub beam add signal

output pin(monitor pin/GND)

I

RF ripple zero-cross signal Input pin I

RF ripple signal output pin. O

Tracking error signal output pin. O

Power supply pin for 3.3 V CD analog circuits.

Focus servo equalizer output pin. O

Tracking servo equalizer output pin. O

Grounding pin for 1.5V Decoder-DSP

CD circuit

Feed servo equalizer output pin. O

Feed servo equalizer output pin.

（Stepper motor application）

Disc servo equalizer output pin O

Power supply pin for 1.5V Decoder-DSP

/CD circuit

Port 8（General Input/Output Port ） I

Port 9（General Input/Output Port ） I

Port 10（General Input/Output Port ） I

Port 11（General Input/Output Port ） I

Port 12（General Input/Output Port ）

/ CD Monitor 0 / FG signal input

Port 13（General Input/Output Port ）

/ CD Monitor1

Port 14（General Input/Output Port ）

/ CD Monitor 2

CD Monitor3 (Default output : SBSY) O

O

Bulit-in serises R=500Ω. Connect to VRo by capacitor.

-

Bulit-in serises R=3.3 kΩ

Bulit-in output R=3.3 kΩ

-

Bulit-in output R=3.3 kΩ

O

Bulit-in output R=3.3 kΩ

-

CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table]

CMOS Port Schmitt input

I

Refer to [1.2 Pin Assinment Table]

CMOS Port Schmitt input

I

Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input

I

Refer to [1.2 Pin Assinment Table]

CMOS Port Refer to [1.2 Pin Assinment Table]

82

TC94A92FG

Connect feedback resistor 1

No.

Symbol I/O Description

Default Remarks

DVSS3R - Grounding pin for 3.3V Muiti-Bit DAC circuit -

41

Ro

42

DVDD3R - Power supply pin for 3.3V Audio DAC circuit. -

43

DVDD3L - Power supply pin for 3.3V Audio DAC circuit. -

44

Lo

45

DVSS3L - Grounding pin for 3.3V Muiti-Bit DAC Circuit -

46

XVSS3 - Grounding pin for 3.3V clock oscillator circuit -

47

Xi

48

Xo

49

XVDD3 -

50

VDD1-2 - Power Supply pin for 1.5V Digital circuit -

51

VSS-2 - Grounding pin for 1.5V digital circuit -

52

Pio0

53

Pio1

54

Pio2

55

Pio3

56

Pio4

57

Pio5

58

Pio6

59

Pio7

60

O

3AI/F

O

3AI/F

I

3AI/F

O

3AI/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

R channel audio output pin of Audio DAC. O

L channel audio output pin of Audio DAC O

System clock Input pin I

System clock Output pin O

Power Supply pin for 3.3V clock

oscillator circuit

Port 0（General Input/Output Port ） I

Port 1（General Input/Output Port ） I

Port 2（General Input/Output Port ） I

Port 3（General Input/Output Port ） I

Port 4（General Input/Output Port ） I

Port 5（General Input/Output Port ） I

Port 6（General Input/Output Port） I

Port 7（General Input/Output Port ） I

Xtal oscillation circuit.

between Xo and Xi

MΩ

-

CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table]

83

TC94A92FG

Pin No.

Symbol I/O Description

Default Remarks

VDD3 - Power Supply pin for 3.3V Digital circuit -

61

BUS0

62

BUS1

63

BUS2

64

BUS3

65

BUCK

66

/CCE

67

MS

68

/RST

69

Test

70

VDD1-1 - Power Supply pin for 1.5V Digital circuit -

71

VSS-1 - Grounding pin for 1.5V Digital circuit -

72

/SRAMSTB

73

VDDM1 - Power Supply for 1.5V 1Mbit SRAM circuit -

74

PDo

75

TMAX

76

LPFN

77

LPFo

78

PVREF - PLL circuit 1.65 V reference voltage pin. -

79

VCoF

80

I/O

3I/F

I/O

3I/F

I/O

3I/F

I/O

3I/F

I

3I/F

I

3I/F

I

3I/F

I

3I/F

I

3I/F

I

3I/F

O

3AI/F

O

3AI/F

I

3AI/F

O

3AI/F

O

3AI/F

Microprocessor I/F data input/output pin 0 I

Microprocessor I/F data input/output pin 1 I

Microprocessor I/F data input/output pin 2 I

Microprocessor I/F data input/output pin 3 I

Microprocessor I/F BUS clock Input pin I

Microprocessor I/F chip enable input pin I

Microprocessor I/F mode selection pin.

“H”: Parallel I/F, “L”: Serial I/F

Reset Input pin I

Test pin （”L” fixed） I

1Mbit SRAM stand by pin（/SRAMSTB="L"） I

EFM and PLCK Phase difference signal output pin. O

TMAX detection result output pin O

PLL circuit LPF amplifier inversion input pin I

PLL circuit LPF amplifier Output pin O

VCO filter pin O

3A I/F : 3 V analog circuit input/output pin.

1.5 I/F : 1.5Vdigital input/output pin.

3 I/F : 3 V digital input/output pin.

CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table] CMOS Port Schmitt input Refer to [1.2 Pin Assinment Table]

Schmitt input Refer to [1.2 Pin Assinment Table]

I

Refer to [1.2 Pin Assinment Table]

Schmitt input

Connect to GND for normal operation

4-state output ( RVDD3,

RVSS3,PVREF, Hiz)

3-state output ( RVDD3, RVSS3, Hiz)

Connected to VRO. Connect to

GND by 0.1uF and 100uF.

Connect to GND by 0.01uF

84

CVIIP4001CRLTF (MCU: IC31)

IP4001

5-CH MOTOR DRIVE IC

PIN CONNECTIONS

IP4001

5-CH MOTOR DRIVE IC

The IP4001 is a monolithic integrated circuit, and

suitable for 5-ch motor driver which drives focus actuator, tracking actuator, sled motor, spindle motor and Tray motor of CDP & V-CD system.

- 1ch(forward-reverse) control DC motor driver

- 4ch BTL(Balanced Transformerless) driver

- Built-in TSD (Thermal shutdown) circuit

- Built-in 5V regulator with an internal NPN TR

- Built-in mute circuit

- Built-in Tray motor speed control circuit

- Wide operating supply voltage range: 6.5V~13.2V

Device Package Operating Temp

IP4001 28SSOPH-375 -35

O

C ~ +85OC

IP4001TF 28SSOPH-375 -35

O

C ~ +85OC

DESCRIPTIONS

BLOCK DIAGRAM

ORDER INFORMATION

FEATURES

DO5+DO5-DO3-DO3+IN3CTLVCC1VCC2REFIN4AIN4DO4-PGND2

DO4+ (FIN)

28SSOP H/S

IP4001

5-CH MOTOR DRIVE IC

8 9 10 11 12 13 142 3 4 5 6 71

21 20 19 18 17 16 1527 26 25 24 23 22

28

DO1- DO1+ IN1 IN1A N/C REO MUTE SGND FWD IN2 DO2+ DO2- PGND1 REV

DO5+DO5-DO3-DO3+IN3CTLVCC1VCC2REFIN4AIN4DO4-PGND2 DO4+

(FIN)

PIN DESCRIPTIONS

PIN CONNECTIONS

IP4001

28

(FIN)

IP4001

21 20 19 18 17 16 1527 26 25 24 23 22

DO5+DO5-DO3-DO3+IN3CTLVCC1VCC2REFIN4AIN4DO4-PGND2 DO4+

DO1- DO1+ IN1 IN1A N/C REO MUTE SGND FWD IN2 DO2+ DO2- PGND1 REV

CVIIP4001CRLTF Block Diagram

CVIIP4001CRLTF Pin Discriptions

DO1- DO1+ IN1 IN1A N/C REO MUTE SGND FWD IN2 DO2+ DO2- PGND1 REV

D D

Level Shift

10K

Level Shift

D D

10K

REGULATOR

2.5V

3.3K

PWR

VCC2

TR

3.3K 20K

(FIN)

MUTE

20K

(FIN)

TSD

BIAS

8 9 10 11 12 13 142 3 4 5 6 71

21 20 19 18 17 16 1527 26 25 24 23 2228

DD

10K

Level Shift

10K

8 9 10 11 12 13 142 3 4 5 6 71

Level Shift

IN1

Level Shift

DD

MSC

SWITCH

IN2

NO SYMBOL I/O DESCRIPTION

1 DO1 - O CH1 OUTPUT (-)

2 DO1+ O CH1 OUTPUT (+)

3 IN1 I CH1 INPUT 1

4 IN1A I CH1 INPUT 2

5 N / C - NO-CONNECTION

6 REO O

7 MUTE I

8 SGND -

9 FWD I CH5 INPUT 1

10 IN2 I CH2 INPUT

11 DO2+ O CH2 OUTPUT (+)

12 DO2 - O CH2 OUTPUT (-)

13 PGND1 - POWER GROUND 1

14 REV I CH5 INPUT 2

REGULATOR OUTPUT

MUTE INPUT

SIGNAL GROUND

NO SYMBOL I/O DESCRIPTION

15 DO5+ O CH5 OUTPUT (+)

16 DO5- O CH5 OUTPUT (-)

17 DO3- O CH3 OUTPUT (-)

18 DO3+ O CH3 OUTPUT (+)

19 IN3 I CH3 INPUT

20 CTL I

21 VCC1 I

22 VCC2 I

23 REF I CH BIAS INPUT

24 IN4A I CH4 INPUT 1

25 IN4 I CH4 INPUT 2

26 DO4+ O CH4 OUTPUT (+)

27 DO4- O CH4 OUTPUT (-)

28 PGND2 - POWER GROUND 2

CH5 MOTOR SPEED CONTROL

SUPPLY VOLTAGE 1

(CH2,CH3,CH5)

SUPPLY VOLTAGE 2 (CH1,CH4,SIGNAL,REG)

85

NJW1194V (INPUT : IC53)

32

1

NJW1194V

Block Diagram

V+ GND V-

17

16

Ach Tone Filter

No. Pin Name

Pin Name

1

InA1

2 InA2 18 Tone_Ba1b

3 InA3 19 Tone_Tr1b

4 InA4 20 GND

5 GND 21 V -

6 D CCAP_A 22 V +

7 GND 23 A DR0

8 Out A 24 A DR1

9 V DDOUT 25 Out B

10 DA TA 26 GND

11 C LOCK 27 DCCAP_B

12 LATCH 28 GND

13 GND 29 I nB4

14 Tone_Tr1a 30 I nB3

15 Tone_Ba1a 31 I nB2

16 Tone_Ba2a 32 I nB1

ADR0

LATCH

CLOCK

ADR1

DATA

V-

No.

17 Tone_Ba2b

In A1

In A2

In A3

In A4

In B1

In B2

In B3

In B4

Bias

Control Logic

Zero Cross Detection

Out A

TONE

OutB

TONE

Bch Tone Filter

86

PCM5100 PWR (INPUT : IC57)

TERMINAL

NAME NO.

CPVDD 1 - Charge pump power supply, 3.3V

CAPP 2 O Charge pump flying capacitor terminal for positive rail

CPGND 3 - Charge pump ground

CAPM 4 O Charge pump flying capacitor terminal for negative rail

VNEG 5 O Negative charge pump rail terminal for decoupling, -3.3V

OUTL 6 O Analog output from DAC left channel

OUTR 7 O Analog output from DAC right channel

AVDD 8 - Analog power supply, 3.3V

AGND 9 - Analog ground

DEMP 10 I De-emphasis control for 44.1kHz sampling rate

FLT 11 I Filter select : Normal latency (Low) / Low latency (High)

SCK 12 I System clock input

BCK 13 I Audio data bit clock input

DIN 14 I Audio data input

LRCK 15 I Audio data word clock input

FMT 16 I Audio format selection : I

XSMT 17 I Soft mute control : Soft mute (Low) / soft un-mute (High)

LDOO 18 - Internal logic supply rail terminal for decoupling

DGND 19 - Digital ground

DVDD 20 - Digital power supply, 3.3V

(1) Failsafe LVCMOS Schmitt trigger input

PCM510X (top view)

Table 2. TERMINAL FUNCTIONS, PCM510x

I/O DESCRIPTION

(1)

2

S (Low) / Left justified (High)

: Off (Low) / On (High)

87

DIR PCM9211 (INPUT : IC51)

PCM9211

www.ti.com

SBAS495 –JUNE 2010

PIN CONFIGURATIONS

PT PACKAGE

LQFP-48

(TOP VIEW)

ERROR/INT0

NPCM/INT1

MPIO_A0

MPIO_A1

MPIO_A2

MPIO_A3

MPIO_C0

MPIO_C1

MPIO_C2

MPIO_C3

MPIO_B0

MPIO_B1

1

2

3

4

5

6

7

8

9

10

11

12

VINR

VINL

48 47 46

13

14

MPIO_B2

MPIO_B3

VCCAD

15 16

MPO0

AGNDAD

45

44 43

17

MPO1

VCOM

FILT

42

PCM9211

18 19 20

LRCK

DOUT

VCC

BCK

AGND

40 39 38

41

SCKO

XTO

21 22

DGND

XTI

23

DVDD

GNDRX

RXIN0

37

24

MDI/SDA

MDO/ADR0

VDDRX

36

RXIN1

35

RST

34

RXIN2

33

RXIN3

32

RXIN4/ASCKIO

31

RXIN5/ABCKIO

30

RXIN6/ALRCKIO

29

RXIN7/ADIN0

28

MODE

27

MS/ADR1

26

MC/SCL

25

PIN FUNCTIONS

NO. NAME I/O TOLERANT DESCRIPTION

1 ERROR/INT0 O No DIR Error detection output / Interrupt0 output

2 NPCM/INT1 O No DIR Non-PCM detection output / Interrupt1 output

3 MPIO_A0 I/O Yes Multipurpose I/O, Group A

4 MPIO_A1 I/O Yes Multipurpose I/O, Group A

5 MPIO_A2 I/O Yes Multipurpose I/O, Group A

6 MPIO_A3 I/O Yes Multipurpose I/O, Group A

7 MPIO_C0 I/O Yes Multipurpose I/O, Group C

8 MPIO_C1 I/O Yes Multipurpose I/O, Group C

9 MPIO_C2 I/O Yes Multipurpose I/O, Group C

10 MPIO_C3 I/O Yes Multipurpose I/O, Group C

11 MPIO_B0 I/O Yes Multipurpose I/O, Group B

12 MPIO_B1 I/O Yes Multipurpose I/O, Group B

13 MPIO_B2 I/O Yes Multipurpose I/O, Group B

14 MPIO_B3 I/O Yes Multipurpose I/O, Group B

15 MPO0 O No Multipurpose output 0

5-V

(1)

88

PCM9211

SBAS495 –JUNE 2010

www.ti.com

PIN FUNCTIONS (continued)

5-V

NO. NAME I/O TOLERANT DESCRIPTION

16 MPO1 O No Multipurpose output 1

17 DOUT O No Main output port, serial digital audio data output

18 LRCK O No Main output port, LR clock output

19 BCK O No Main output port, Bit clock output

20 SCKO O No Main output port, System clock output

21 DGND – – Ground, for digital

22 DVDD – – Power supply, 3.3 V (typ.), for digital

23 MDO/ADR0 I/O Yes Software control I/F, SPI data output / I2C slave address setting0

24 MDI/SDA I/O Yes Software control I/F, SPI data input / I2C data input/output

25 MC/SCL I Yes Software control I/F, SPI clock input / I2C clock input

(2)

26 MS/ADR1 I Yes Software control I/F, SPI chip select / I2C slave address setting1

(2)

(2)(3)

(2)

27 MODE I No Control mode setting, (see the Serial Control Mode section, Control Mode Pin Setting)

28 RXIN7/ADIN0 I Yes Biphase signal, input 7 / AUXIN0, serial audio data input

29 RXIN6/ALRCKI0 I Yes Biphase signal, input 6 / AUXIN0, LR clock input

30 RXIN5/ABCKI0 I Yes Biphase signal, input 5 / AUXIN0, bit clock input

31 RXIN4/ASCKI0 I Yes Biphase signal, input 4 / AUXIN0, system clock input

32 RXIN3 I Yes Biphase signal, input 3

33 RXIN2 I Yes Biphase signal, input 2

34 RST I Yes Reset Input, active low

(2)

(2)(4)

(2)

35 RXIN1 I Yes Biphase signal, input 1, built-in coaxial amplifier

36 VDDRX – – Power supply, 3.3 V (typ.), for RXIN0 and RXIN1.

37 RXIN0 I Yes Biphase signal, input 0, built-in coaxial amplifier

38 GNDRX - - Ground, for RXIN

39 XTI I No Oscillation circuit input for crystal resonator or external XTI clock source input

(5)

40 XTO O No Oscillation circuit output for crystal resonator

41 AGND – – Ground, for PLL analog

42 VCC – – Power supply, 3.3 V (typ.), for PLL analog

43 FILT O No External PLL loop filter connection terminal; must connect recommended filter

44 VCOM O No ADC common voltage output; must connect external decoupling capacitor

45 AGNDAD – – Ground, for ADC analog

46 VCCAD – – Power supply, 5.0 V (typ.), for ADC analog

47 VINL I No ADC analog voltage input, left channel

48 VINR I No ADC analog voltage input, right channel

(2) Schmitt trigger input (3) Open-drain configuration in I2C mode (4) Onboard pull-down resistor (50 kΩ, typical) (5) CMOS Schmitt trigger input

89

DIR PCM9211 Block Diagram

PCM9211

SBAS495 –JUNE 2010

AUXIN 0

RXIN 0

RXIN 1

RXIN 2

RXIN 3

RXIN 4/ASCKI 0

RXIN 5/ABCKI 0

RXIN 6/ALRCKI 0

RXIN 7/ADIN0 RXIN 7

MPIO_A0

MPIO_A1

MPIO_A2

MPIO_A3

VINL

VINR

MPIO_A

SELECTOR

RXIN0

RXIN1

RXIN2

RXIN3

RXIN4

RXIN5

RXIN6

RXIN8

RXIN9

RXIN10

RXIN11

DITOUT

ADC

FILT

PLL

Clock/ Data

Recovery

Lock Detection

RECOUT0

RECOUT1

ADC Mode

Control

ADC

Lock:DIR

Unlock:ADC

DIR

AUTO

DIR

ADC

AUXIN0

AUXIN1

AUXIN2

AUTO

DIR

ADC

AUXIN0

AUXIN1

AUXIN2

RXIN7

DOUT

SCKO/BCK/LRCK

RECOUT0

RECOUT1

DITOUT

MAIN

OUTPUT

PORT

DIT

MPO0/1

SELECTOR

SCKO

BCK

LRCK

DOUT

MPO 0

MPO 1

VCOM

MPIO _C0

MPIO _C1

MPIO _C2

MPIO _C3

XTI

XTO

MC /SCL

MDI /SDA

MDO /ADR0

MS/ADR 1

RST

MODE

Com. Supply

MPIO_C

SELECTOR

OSC

2

SPI/I C

INTERFACE

Reset

and Mode

Set

ADC Standalone

AUXIN1

Function

Control

GPIO/GPO

Data

ADC

ANALOG

Divider

XMCKO Divider

ADC Clock (SCK/BCK /LRCK)

XMCKO

(To MPIO_A & MPO0/1 )

REGISTER

DIR CS (48-bit )

DIT CS (48-bit )

POWER SUPPLY

DIR

ANALOG

AGND VDDRX GNDRX DVDDVCCAD AGNDAD DGNDVCC

DIR

P and P

CD

DIR Interrupt

DIR

ANALOG

AUTO

DIR

ADC

AUXIN0

AUXIN1

DIR

f Calculator

S

All Port

f Calculator

S

ALL

AUXOUT

AUXIN 2

Secondary BCK/ LRCK

Divider

Selector

EXTRA DIR FUNCTIONS

ERROR DETECTION

Non-PCM DETECTION

f Calculator

S

Flags

DTS-CD/LD Detection

Validity Flag

User Data

Channel Status Data

BFRAME Detection

Interrupt System

MPIO _B

SELECTOR

SBCK /SLRCK (to MPIO_A )

MPIO_A

MPIO_B

MPIO_C

MPO0

MPO1

MPIO_B0

MPIO_B1

MPIO_B2

MPIO_B3

ERROR /INT0

NPCM /INT1

90

2. FL DISPLAY

16ST103GINK (MAIN: FL81)

1 43

PIN CONNECTION

GRID ASSIGNMENT

Upper Lower

91

ANODE CONNECTION

92

93

PARTS LIST OF PCB UNIT

The part list can be found in a separate le.See the part list in Excel format.(TENTATIVE)

Parts indicated by "nsp" on this table cannot be supplied.

z

The parts listed below are only for maintenance. Therefore they might differ from the parts used in the unit in appearances or dimensions.

z

Personal notes:

94