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Marantz PMD650, Service Manual

The Marantz PMD650 Owner's Manual is an essential resource for users of this exceptional product. Easily download the comprehensive manual for free from our website, offering step-by-step instructions, troubleshooting tips, and detailed specifications. Discover all you need to know to maximize your experience with the Marantz PMD650.

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25

26

11. SCHEMATIC DIAGRAM

RG01

6.8k(1/2W)

RG02

6.8k(1/2W)

RG05
4.7k

RG06

4.7k

RG09

4.7k

RG10

4.7k

RG03

6.8k(1/2W)

RG04

6.8k(1/2W)

RG07
4.7k

RG08

4.7k

RG11

4.7k

RG12

4.7k

CG01

10/63

CG02

10/63

CG03

10/63

CG04

10/63

CG05

0.1

AGND

AGND

AGND

Lch Normal

GND

Lch Invert

Rch Normal

GND

Rch Invert

CG16

10/16

CG17

10/16

QG01

74HC4052A

JG01

RG16

2.2k

RG17

10k

RG23

470

CG18

10/16

CG19
10/16

AGND

CG06

0.1

AGND

RG28

82k

RG30

22k

RG25

100k

RG29
82k

RG31
22k

CG07

0.1

AGND

MIC SOURCE SEL

MIC ATT.

RG32
15k

RG35

33k

RG36

33k

RG33
15k

CG08

0.1

CG24
0.15

CG25
0.15

CG26

1000p

CG27

1000p

CG29
1u

AGND

AGND

AGND

QG03A

NJM2068V

QG03B

NJM2068V

QG04

74HC4066A

QG05

74HC4066A

CG09

0.1

AGND

CG10
0.1

+12VA

AGND

CG53

0.1

AGND

AUDIO_L

AUDIO_R

MICLINE

ATTSEL0

ATTSEL1

MICSEL0

MICSEL1

MICSEL0

ATTSEL1

ATTSEL0

MICLINE

ST_MONO

AGND

RECMODESEL

VOLSW

RL06

10k

RL07

100k

RL08

6.8k

RL09
100k

RL10
100k

RL11

100k

RL12

100k

MICSEL0

MICSEL1

6.5v
11.3v

Don't
MONO

6.5v
11.3v

INT
STEREO

ATTSEL0

ATTSEL1

Don't
-15dB
0dB
-30dB

FLAT

BPF

FLAT

HPF

+48V

MIC SOURCE SELECTOR

MIC ATTENUATION

ANC

ANC Lch

ANC Rch

CG30

10/16

CG31
10/16

REF12B

RL13

100k

MICSEL1

RL14

10k

+12VA +12VA +12VA +12VA +12VA +12VA +12VA +12VA +12VA

+12VA

+12VA

+12VA

+12VA

+12VA

REF12B

REF12B

+12VA

+12VA

RG26

68k

RG66

22k

REF12B

RG27

68k

RG67
22k

REF12B

QG02

74HC4052A

JG02

B6B-PH

Phantom

CG32

33/10

CG33

33/10

CG34

33/10

CG35

33/10

REF12B

REF12B

REF12B

REF12B

REF12B

RG56
100k

CG36

47p

CG37

47p

RG57
3.3k

RG58
3.3k

REF12B

REF12B

CG38

220p

CG39

220p

DG01
1SS302

CG40

56p

CG41

56p

RG37

4.7k

RG38

4.7k

RG39

560

RG40

560

CG20

22/16

RG41
2.7k

RG42
2.7k

RG43

560

RG44

560

CG21

22/16

REF12B

REF12B

RG59
100k

RG60
100k

MIC_SEL1
MIC_SEL0

MIC_ATT_SEL1

MIC_ATT_SEL0

FLAT

HPF

BPF

MIC/Line SEL

ST/MONO

REC MODE SEL

VOLSW

Lch Line SEL

Rch Line SEL

SENS1
SENS2
SENS3
SENS4

SCAN1
SCAN2
SCAN3

REF12B

Phantom SW.

SENS5

GND

JL01

YJ07011550

LLINESEL
RLINESEL

SCAN1
SCAN2
SCAN3
SENS1
SENS2
SENS3
SENS4
SENS5

DGND

Int.MIC 

QG08A
NJM2068V

QG08B

NJM2068V

QG10A

NJM2068V

QG10B

NJM2068V

QG11A

NJM2068V

QG11B

NJM2068V

RG61
100k

REF12B

RG18

560

+12VA

AGND

CG13

0.1

AGND

+12VA

CG14

0.1

AGND

RG62
100k

REF12B

RG19 560

RG63

100k

REF12B

RG20

560

RG64

100k

REF12B

RG68

560

AGND

QG12A
NJM2068V

QG12B

NJM2068V

RG65

100k

REF12B

RG34

3.3k

CG22
10/16

AGND

AGND

+12VA CG15

0.1

AGND

RG45

47k

CG44

33p

CG23

10/16

RG46

47k

RG47
47k

RG48
47k

RG49
47k

RG50

2.7k

RG51
2.7k

RG52

2.7k

RG53

2.7k

+48V

JG03

B3B-PH

RG54
100k

RG55
100k

+12VA

RG21

18k

RG22
10k

AGND

CG51
100/10

REF12B

AGND

CG52
10/10

DG09

1SS302

RG13

47k

AGND

QG13

2SA1586CIP

QG14

2SC4116CIP

+12VA

+12VA

AGND

RG14

47k

AGND

MIC_SEL0

MIC_SEL1

RG69
10

CG54

0.1

FG

FG01

FRAME-GND

FGND

MICSEL1

MICSEL0

AGND

AGND

AGND

AGND

RG15
100k

RG70
100k

QG16

DTC114TE

AGND

+12VA

MIC_INT

RG71
100

RG72
100

CG47

47p

CG48

47p

CG49

47p

CG50

47p

CG42

10/16

CG43

10/16

CG45

10/16

CG46

10/16

AGND

AGND

QG09
DTC144TE

QG17

DTC144TE

QG18

DTC144TE

QG19

DTC144TE

AGND

AGND

AGND

AGND

DG10

MA704WA

DG11

MA704WA

AGND

AGND

AGND

AGND

QG24

DTA114EE

+12VA

MICLINE

AGND

ATTSEL1

ATTSEL1

QG20
RN1113

REF12B

QG06

74HC4052A

REF12B

REF12B

CG11

10/16

CG12

10/16

RG73

100k

RG74

100k

RG75
15k

RG76
15k

REF12B

REF12B

REF12B

REF12B

QG07
DTC114TE

QG21
DTC114TE

QG22
DTC114TE

RG77
100k

RG78

100k

+12VA

+12VA

+12VA

AGND

AGND

AGND

RG79

18k

AGND

AGND

AGND

AGND

+12VA

REF12B

+12VA

REF12B

REF12B

REF12B

REF12B

REF12B

REF12B

CG28

1u

REF12B

RG88
220k

RG90
220k

RG92

10k

RG91

10k

QG23

2SA1586CIP

RG81
100k

RG82

100k

RG84
100k

RG83
100k

RG85

220k

RG86
220k

REF12B

RG89

220k

RG87
220k

+48V

DG05

O2CZ12Z

DG08

O2CZ12Z

DG07
O2CZ12Z

DG06

O2CZ12Z

QG15

DTC114TS

6.57v

6.6v

6.6v

6.65v

6.6v

6.64v

6.64v

0v

6.6v

6.6v

6.6v

6.6v

6.6v

12.5v

6.64v

6.65v

11.4v

10.8v

5.98v

6.53v

1.35v

1.35v

6.5v

6.5v

12.0v

0v

6.64v

6.64v

6.62v

6.64v

6.62v

6.64v

6.64v

6.64v

6.65v

6.65v

6.65v

6.65v

0v

12.5v

0v

48.5v

6.5v
12.4v
12.4v
0v
12.0v
12.0v
0v
11.4v
11.4v
12.5v
12.4v
6.65v
1.62v
0v
1.62v

+12VA=12.5v

RG97

0

RG93

100k

QG25

DTC144TE

Phan_Mute_in

AGND

+12VA

RG96

100k

REF12B

QG26

DTC144EE

RG95

100k

AGND

REF12B

+12VA

+12VA

Phan_Mute_out

RG94

100k

QG27

DTC114TE

QG28

DTC144EE

RG98

100k

+12VA

RG80

1M

CG61

0.047

AGND

AGND

RG99

100k

+12VA

DG21

DAN235U

CP32

1/50

AGND

REF12B

A

B

C

PK01(1/6)

TO WT01(PW02)

TO WT03(PK02)

GND

Pantom On/Off

TO JY01

D

E

F

G

WM01

KUC21

H

(PS01)

Shasis GND

(5/10)

(7/10)

(4/10)

(7/10)

(3/10)

(2/10)

(5/10)

(5/10)

(5/10)

(5/10)

(2/10)

Mic 0dB 12.3v

Mic -15dB,-30dB

Line

-0.2v

6.6v

6.6v

6.6v

6.6v

Int Mic  ON / OFF

9.7v / 0v

Phantom ON / OFF

Phantom ON / OFF

4.1v / 0v

0v / 2.7v

6.5v
6.5v
11.3v
11.3v

6.5v
11.6v
6.5v
11.6v

6.5v
6.5v
12.2v
12.2v

FLAT

HPF

BPF

1.67v
1.67v

0v

0v

0v

1.67v

1.67v

1.67v

0v

(WG01)

(WT01)

(WT03)

(WL01)

DG12

1SS322

Y3

4

Y2

2

Y1

5

Y0

1

X1

14

X0

12

VEE

7

INH

6

Vcc

16

GND

8

A

10

B

9

X2

15

X3

11

Y

3

X

13

1
2

(BP)

2

3

1

8

4

5

6

7

1CON

13

4O/I

10

1O/I

2

3O/I

9

1I/O

1

2O/I

3

Vcc

14

GND

7

4CON

12

2CON

5

3CON

6

4I/O

11

3I/O

8

2I/O

4

1CON

13

4O/I

10

1O/I

2

3O/I

9

1I/O

1

2O/I

3

Vcc

14

GND

7

4CON

12

2CON

5

3CON

6

4I/O

11

3I/O

8

2I/O

4

Y3

4

Y2

2

Y1

5

Y0

1

X1

14

X0

12

VEE

7

INH

6

Vcc

16

GND

8

A

10

B

9

X2

15

X3

11

Y

3

X

13

1
2
3
4
5
6

1

3

2

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

2

3

1

8

4

5

6

7

2

3

1

8

4

5

6

7

2

3

1

8

4

5

6

7

2

3

1

8

4

5

6

7

1
2
3
4

1

3

2

2

3

11

2

3

2

3

1

2

3

1

2

3

1

2

3

1

2

3

1

1

3

2

1

3

2

2

3

1

2

3

1

Y3

4

Y2

2

Y1

5

Y0

1

X1

14

X0

12

VEE

7

INH

6

Vcc

16

GND

8

A

10

B

9

X2

15

X3

11

Y

3

X

13

2

3

1

2

3

1

2

3

1

2

3

1

1

3

2

1

3

2

1

3

2

1

3

2

2

3

1

2

3

1

2

3

1

2

3

1

2

3

1

1

3

2

1
2

3

2

1

1/10

Summary of Contents for PMD650

Page 1: ...SCHEMATIC DIAGRAM 25 12 PARTS LOCATIONS 45 13 MICROPROCESSOR AND IC DATA 53 14 EXPLODED VIEW AND MECHANISM PARTS LIST 57 15 ELECTRICAL PARTS LIST 59 Portable Mini Disc Recorder SOURCE SP LP OFF ON REC MODE 0dB 15dB MIC ATTEN FLAT ANC REPEAT A B DEL TITLE CHAR ENTER E D I T BACKSPACE 30dB MIC LINE INPUT LEVEL INPUT SELECT STEREO HP SPK MODE REC LEVEL LSR MANUAL STEREO INT MIC L R MONO L ch ANALOG D...

Page 2: ...L PHILIP DA AMAZONIA IND ELET ITDA CENTRO DE INFORMACOES AO CEP 04698 970 SAO PAULO SP BRAZIL PHONE 0800 123123 Discagem Direta Gratuita FAX 55 11 534 8988 JAPAN Technical MARANTZ JAPAN INC 35 1 7 CHOME SAGAMIONO SAGAMIHARA SHI KANAGAWA JAPAN 228 8505 PHONE 81 42 748 1013 FAX 81 42 741 9190 EUROPE TRADING MARANTZ EUROPE B V P O BOX 80002 BUILDING SFF2 5600 JB EINDHOVEN THE NETHERLANDS PHONE 31 40 ...

Page 3: ...rtion at 0 VU 0 02 Dynamic Range 85 dB Headphone Output Power 15 mW 32 ohms Speaker Output Power 200 mW Phantom Power 48V 5 mA Inputs Reference level 12 dB Full scale 0 dB 0 dBu 0 775 Vrms MIC LINE IN L R Type XLR 1 GND 2 HOT 3 COLD Input sensitivity MIC 60 dBu 9 kilohms Input sensitivity LINE 20 dBu 47 kilohms DIGITAL IN Type coaxial RCA jack Input impedance 75 ohms Input level 0 5 Vp p Outputs L...

Page 4: ...t this moment the display shows Test Mode with blinking 3 Press the ENTER button 4 It will be the service mode Then the display shows TEMP ADJ the first content of table 2 2 2 3 HOW TO STOP THE SERVICE MODE Slide the POWER switch 2 2 2 2 2 サービスモード サービスモード サービスモード サービスモード サービスモード 2 1 2 1 2 1 2 1 2 1 サービスモード使用時の注意 サービスモード使用時の注意 サービスモード使用時の注意 サービスモード使用時の注意 サービスモード使用時の注意 1 ローディング関係の動作が サービスモードの動作とは全く ...

Page 5: ... button immediately to exit it 2 7 FUNCTIONS OF OTHER BUTTONS Table 2 3 Button Contents The sled moves to the outer circumference only when this is pressed The sled moves to the inner circumference only when this is pressed Note The erasing protection tab in not detected during the SERVICE MODE Recording will start regardless of the position of the erasing protection tab when the REC button is pre...

Page 6: ...th PCB ELECTRICAL ADJUSTMENTS 3 1 PRECAUTIONS FOR CHECKING LASER DIODE EMISSION To check the emission of the laser diode during adjustments never view directly from the top as this may cause loss of eyesight 3 2 PRECAUTIONS FOR USE OF OPTICAL PICK UP As the laser diode in the optical pick up is easily damaged by static electricity solder the laser tap of the flexible board when using it Before dis...

Page 7: ... 7 Slide the EJECT switch and remove the low reflection disc The above has been how to create a continuous recording data for the focus bias adjustment and error rate check Note Be careful not to apply vibration during continuous recording 3 5 TEMPERATURE COMPENSATION OFFSET ADJUSTMENT Save the temperature data at that time in the non volatile memory as 25 C reference data Notes 1 Usually do not p...

Page 8: ...CHK 8 Press the ENTER button and display LD 0 9 Check that the reading of the laser power meter becomes 0 80 to 0 96 mW 9 Press the ENTER button and display LD 7 0 Check that the reading of the laser power meter satisfy 6 95 to 7 05 mW 調整方法 調整方法 調整方法 調整方法 調整方法 1 EDIT EDIT EDIT EDIT EDIT ボタンを押して表示を TEMP ADJ にする 2 ENTER ENTER ENTER ENTER ENTERボタンを押すと TEMP 25 と表示される その時EDIT EDIT EDIT EDIT EDIT ボタンを使っ...

Page 9: ...st ment to the non volatile memory DATA SAVE will be displayed for a moment Then MOw EFB will be dis played The optical pick up moves to the pit area auto matically and servo is imposed 9 Use the EDIT buttons so that the waveforms of the oscilloscope becomes the specified value When the the EDIT buttons is Used the of MOw EFB changes and the waveform changes In this adjustment waveform varies at i...

Page 10: ...を押して表示を a にする Traverse Waveform specification A B 10 Press the ENTER button and save the result of adjust ment to the non volatile memory DATA SAVE will be displayed for a moment Then MOp EFB will be dis played 11 Use the EDIT buttons so that the waveforms of the oscilloscope becomes the specified value When the the EDIT buttons is Used the of MOp EFB changes and the waveform changes In this adjus...

Page 11: ...he relation between the C1 error and jiter meter is as shown in the following figure Find points a and b in the following figure using the above adjustment The focal point position c is automatically calculated from points a and b Note 2 As the jiter meter changes perform the adjustment using the average vale 4 EDIT EDIT EDIT EDIT EDIT ボタン 必ず を押してジッターメータ値が 27 nS 30 nSになるフォーカスバイアス量を見つける 注意2 参 照 30 ...

Page 12: ...ons and display FBIAS CHECK 3 Press the ENTER button and display c 4 Press the DISPLAY button and display C1 AD The first four digits indicate the C1 error rate the two digits after indicate ADER Check that the C1 error is below 50 and ADER is 00 5 Press the STOP button next slide the EJECT switch and remove the continuously recorded disc 3 9 2 3 9 2 3 9 2 3 9 2 3 9 2 低反射ディスクエラーレート確認 低反射ディスクエラーレート...

Page 13: ...2 4 Remove 2 screws from both sides as shown in Fig 3 and Fig 4 4 LCD 4 LCD 4 LCD 4 LCD 4 LCD 輝度電圧調整 輝度電圧調整 輝度電圧調整 輝度電圧調整 輝度電圧調整 1 LCDモジュールとメイン基板をペアーとして以下の調整をお こなってください 2 TEST POINT にテスターを接続し 輝度電圧測りながらボ リューム RF09 の抵抗値を調整する 3 LDC を正面から見て コントラストが最大になることを確認 しながら輝度電圧を 7 0V 0 1V に調整する 5 5 5 5 5 分解方法 分解方法 分解方法 分解方法 分解方法 1 MD 1 MD 1 MD 1 MD 1 MDモジュールの外し方 モジュールの外し方 モジュールの外し方 モジュールの外し方 モジュールの外し方 1 下図1に示すビス...

Page 14: ...and screw as shown in Fig 8 And remove the top case 8 Remove 4 screws as shown in Fig 9 5 フロントパネルを下図5 6 の位置を指で押さえながら外し ます 6 下図7に示すビス2本を外します 7 トップケースを持ち上げます 下図8 に示す５つのコネクタ とビスを外し トップケースを外します 8 下図9に示すMDメカユニット部分のビス4本を外します Fig 7 Position of 4 screws Fig 9 Position of 4 screws Fig 8 Position of connectors Fig 5 Holding position Fig 6 Removing the front panel ...

Page 15: ...µ Processors QU01 and QL04 refer to 7 BUGS AND PROBLEMS 9 MDメカユニット部分を取り外します 図10 10 下図11のビス2本外します 11 MDの蓋を持ち上げます 図12 HINGEを外します 図13 12 MDの蓋を取り外します EJECT POWER スイッチレバーと ケーブル２本を外します 図14 注意 MDモジュールを交換する際は ２つのマイコン QU01 QL04 の バージョンを確認してください 詳しくは 7 不具合対応 を参 照してください Fig 14 Removed the MD module Fig 15 The MD module Part Number ZZ409S3010 Fig 11 Position of 2 screws Fig 12 lifting up the MD lid Fig 13 Rem...

Page 16: ...hanism a part 16 Remove 4 screws as shown in Fig 19 2 MD 2 MD 2 MD 2 MD 2 MD基板の外し方 基板の外し方 基板の外し方 基板の外し方 基板の外し方 13 下図16に示すコネクタ3つ ビス1本を外します 14 基板を裏返します 図17 15 下図18に示す部分に半田を付けます それから コネクタ を外します 3 MD 3 MD 3 MD 3 MD 3 MD メカの外し方 メカの外し方 メカの外し方 メカの外し方 メカの外し方 16 下図19のビス4本を外します Fig 17 Turning over the MD PCB Fig 19 Position of 4 screws Fig 18 Soldering position Fig 16 Position of 3 cables and screws ...

Page 17: ... 4 MD メカ メカ メカ メカ メカ KML 252 KML 252 KML 252 KML 252 KML 252 のスペアパーツ のスペアパーツ のスペアパーツ のスペアパーツ のスペアパーツ Fig 21 Fig 22 Fig 23 SW1 MO1 SW2 SW3 No PART No DESCRIPTION MO1 MM001030R MOTOR FOR EJECT LOCK SW1 SP000970R SWITCH FOR PICK UP SW2 SP000950R SWITCH SHORT SW3 SP000960R SWITCH LONG Fig 20 The MD mechanism ...

Page 18: ...taching the lid position the hook as shown in Fig 19 19 Reconnect cables as shown in Fig 20 5 5 5 5 5 組立時の注意 組立時の注意 組立時の注意 組立時の注意 組立時の注意 18 MDの蓋を取り付ける時 金具を図19に示すように合せます 19 図20に示す様に配線します Fig 24 Position of the hook Fig 25 Reconnecting cables ...

Page 19: ...S 6 6 6 6 6 波形図 波形図 波形図 波形図 波形図 QQ90 PLAY MODE C2M 1pin X 2V Y 2µs QQ90 PLAY MODE C2P 2pin X 2V Y 2µs QQ10 QQ10 QQ10 QQ10 QQ50 QQ50 QQ50 QQ50 QQ50 QU01 QU01 X1 X2 2 8 Vp p 2 2 Vp p 2 8223 MHz 22 5782 MHz 11 2891 MHz ...

Page 20: ...rs Replace microprocessors QU01 PCB PQ01 and QL04 PCB PK01 to latest version ones Disc detect will not work Short soldering pins pin33 and pin34 of micrprocessor QU01 P ON No read 5 Time indication can be shown only 160min while LP mode recording with 80min MD disc Replace microprocessors QU01 PCB PQ01 and QL04 PCB PK01 to latest version ones Phantom 1 REC DATE 2 MONO ST sel 3 80 min MD 4 S20 Firs...

Page 21: ...GND LCH NORMAL RCH INVERT GND RCH NORMAL GND INT MIC LCH INVERT GND LCH NORMAL RCH INVERT GND RCH NORMAL GND SENS5 SENS4 SENS3 SENS2 SENS1 SCAN3 SCAN2 SCAN1 HPF FLAT BPF MIC_ATT_SEL1 MIC_ATT_SEL0 MIC LINE_SEL VOLSW REC_MODE_SEL ST MONO MIC_SEL0 MIC_SEL1 PHANTOM_SW RCH_LINE_SEL LCH_LINE_SEL 48V REF12B GND SENS5 SENS4 SENS3 SENS2 SENS1 SCAN3 SCAN2 SCAN1 HPF FLAT BPF MIC_ATT_SEL1 MIC_ATT_SEL0 MIC LIN...

Page 22: ...p Digital Output ON OFF Switch Mute Mute Mute GND 48v ALC Limiter ALC Limiter GND GND Line L P Filter Manual ALC Limiter ALC Limiter Input Input REC LEVEL PK01 PW01 PW02 PK02 PW07 PW06 PQ01 PW03 PS01 PF01 P801 HPS_MUTE PWM Converter Converter QG10 1 2 QG10 2 2 QG08 1 2 QG03 1 2 QG08 2 2 QG03 2 2 QG11 1 2 QG11 2 2 QG01 1 2 QG01 2 2 QG02 1 2 QG02 2 2 QG04 2 2 QG04 1 2 QE01 1 2 QE01 QE11 1 2 QE11 2 2...

Page 23: ... QE01 QE11 QE04 QE10 QE02 QG06 QE91 QE93 QD20 QD30 QK04 QK01 QK06 QK03 QK05 1 2 QK05 2 2 QK09 QK10 SEL Level Output Level 20dBu 10dBu 0dBu 10dBu 20dBu 30dBu 40dBu 50dBu 60dBu GND GND GND GND GND GND VR Level 2 Line Out 1 1 2 3 4 5 6 7 48v GND 1 1 2 3 4 7 6 8 9 10 11 12 13 14 15 16 5 Phone Amp 4 ohm Load 60 ohm Load 0dBu 0 775v VR Max HP SPK VR Speaker Out Phone Out 8 9 10 11 12 13 14 15 16 Test Di...

Page 24: ... 1 FG FG01 FRAME GND FGND MICSEL1 MICSEL0 AGND AGND AGND AGND RG15 100k RG70 100k QG16 DTC114TE AGND 12VA MIC_INT RG71 100 RG72 100 CG47 47p CG48 47p CG49 47p CG50 47p CG42 10 16 CG43 10 16 CG45 10 16 CG46 10 16 AGND AGND QG09 DTC144TE QG17 DTC144TE QG18 DTC144TE QG19 DTC144TE AGND AGND AGND AGND DG10 MA704WA DG11 MA704WA AGND AGND AGND AGND QG24 DTA114EE 12VA MICLINE AGND ATTSEL1 ATTSEL1 QG20 RN1...

Page 25: ...4TE QE15 DTA114TE QE14 2SA1586CIP 12VA 12VA 12VA AGND AGND AGND AGND CE39 0 1 CE40 0 1 FG FG02 FRAME GND FGND2 REF12B REF12B REF12B REF12B REF12B REF12B REF12B REF12B CE08 10 16 AGND AGND AGND QE03 DTC115EE AGND QE06 RN1113 12VA 12VA AGND AGND AGND QE05 DTC115EE 12VA AGND RE37 10K RE38 10K RE53 10K RE54 10K REF12B REF12B CE41 10 16 CE42 10 16 RE55 3 9k RE56 3 9k 6 52v 6 5v 6 5v 6 65v 6 65v 6 65v 6...

Page 26: ...2 22K AGND CK10 8200p AGND RK23 100K AGND RK24 47K 12VA AGND QK18 DTC323TK QK13 DTA114TE RK25 47k REF12 RK46 100K QK19 DTC114TE QK20 RN1113 5VD CK11 0 1 AGND RK26 47k RK27 10K RK28 10K B_GND B_GND CK47 0 1 CK46 0 1 CK48 33p CK49 33p CK51 22p CK50 22p RK73 47K AGND AGND CK52 220 6 3 QK15 2SC2873CIP RK75 4 7K CK54 4 7 35 CK53 15 10 DK03 1SS302 RK78 47 QK25 DTA114TE QK24 DTC323TK RK79 47 CK43 0 1 CK5...

Page 27: ...Z02C TC7WU04FU DGND 5VD 5VD 5VD DGND Digital Output ON OFF LZ02 EMI_L LZ03 EMI_L DGND DGND JZ01 B3B PH RC5 LZ04 TP33842010 FGND2 RZ10 1K 3 3v 1 54v 0v 1 78v 1 78v 0v 4 95v 0v 0v 1 68v 2 41v 2 41v Phantom SW PCB ST01 SSAA22 B Phantom On Off Phantom PK02 WT03 PK01 4 6 CT05 0 01 GND CT06 48V TO WT04 PW01 Page 1 10 Page 7 10 M Page 5 10 L Page 5 10 WT03 WT04 CZ05 220 4v DGND TO JG03 PK01 1 2 3 1 2 3 4...

Page 28: ...0k RL28 100k DGND 3VM 3VM Phan_Mute_out Phan_Mute_in 3VM QL09 S 81233SGUP CL14 0 1 DGND DGND 5VD QL11 DTC144EE DGND RL31 10k 5VD 48v_Control RL30 100k 3VM PK01 5 6 DGND DGND Shasis GND C N M Page 1 10 Page 6 10 Page 4 10 L Page 5 10 F Page 7 10 J Page 3 10 G Page 1 10 A Page 1 10 H Page 1 10 TO JQ04 PK01 Page 9 10 TO JF01 PF01 Page 8 10 3 23v 3 23v WL03 WL02 DGND 1 2 P54 AN4 80 P53 AN3 ADTRG 79 P5...

Page 29: ...P16 1SS302 GND 12VA CP20 10 16 1 25x0 7 GND RESMUTE QP05 NJM2360M RP26 270 CP21 180p RP42 6 8K RP43 100K RP44 12K GND RP45 22K RP46 1K RP48 100K RP47 10K RP50 47K RP49 10K DP45 DAN235U GND GND GND CP25 0 1 15 7v 16 2v 11 6v 11 57v 0 12v 3 68v 10 8v 3 24v 5 0v 3 5v 1 25v 4 86v 5 0v 2 4v 11 95v 0v 12 5v 2 55v 4 52v 0 53v 1 26v 48 0v 5 0v 5 0v 2 1v 2 1v 5 0v 5 0v 0v 3 57v 3 8v 0v 0v 0 21v 15 0v 7 1v ...

Page 30: ... Normal GND Lch Invert Rch Normal GND Rch Invert to MAIN PCB JM01 MIC LINE PCB JT03 RCA1P CT01 0 1 CT02 0 1 Digital Input SPDIF JT04 RCA1P RC5Input CT03 0 1 CT04 0 1 PLAY LEVEL PCB RC5 DIN PCB HEADPHONE PCB RY01 10K RY02 10K RY03 10K RY04 10K RY05 10K GND GND GND GND GND REF12B REF12B REF12B GND SY18 SSSF013 S06N0 GND JT05 48V WT07 B6B PH Side YT02010830 YT02010790 PW01 PW02 PW03 DY04 1SS176 DY05 ...

Page 31: ...DTC123JE GND 5V RF04 47 DF05 LNJ310M6URA DF06 LNJ310M6URA BackLight LED RECORDING LED LCD Panel RF07 15K GND RF10 1K SF02 SKHMPS SF03 SKHMPS SF04 SKHMPS CF07 0 1 CF08 0 1 CF09 0 1 GND GND GND 1 2 3 RF09 22K DF07 DAN235U DF08 DAN235U DF09 DAN235U DF10 DAN235U DF11 DAN235U 3 3v 1 6v 1 6v 0v 3 2v 6 5v 3 6v 0v 0v 0v 3 28v 0 4v 3 3v 0v 0 1v 0 1v 0 2v 0 2v 0 3v 0 3v 0 1v 3 0v 0 12v 0v 0v 0v 0v 0v 0v 0v ...

Page 32: ..._A6 S_A7 S_OE S_WE SCLK STB EMP AMUTE OPEN HUP HDOWN INLS PROTECT RFLCT SENS SWDT SRDT RU12 10k RU13 10k RU15 100k RU14 100k CU11 100p CU10 100p D2 3 3V XLAT XRST MINT2 MINT3 MINT1 SENS RU10 10k D2GND STB CU08 0 1 PWRDW CU07 1000p SYS_RST SYS_RST RU06 10k RU08 10k RU05 10k RU07 10k RU09 10k RU04 10k OPEN HUP HDOWN INLS PROTECT RFLCT D2 3 3V D2GND RU01 10k SRDT RU03 10k RU02 10k D2 3 3V CU05 100p C...

Page 33: ...D03 820 RD04 1K RD05 1K ADGND 3VC CD02 0 1 ADGND CD03 10 10 TA ADGND QD20 AK4512 ST02 SSST01 3A POWER GND PWRSW 3VM ADGND GND DAGND 3 39v 3 39v 1 68v 1 68v 1 68v 1 68v 3 34v 3 34v 0v 0v 0v 1 47v 3 39v 1 68v 1 68v 3 18v 0v 3 39v 6 3v 6 3v 6 2v 6 2v 12 56v 3 39v 2 1v 3 39v RD52 22k RD51 22k ADGND ADGND FB01 2 5A WT02 JB01 PW05 P801 TO JK05 PK01 Page 3 10 TO JQ05 Page O Page 9 10 TO JP01 PK01 Page 6 ...

Page 34: ...8 QG23 C8 QG24 C8 QG25 B8 QG26 D8 QG27 D8 QG28 C8 QK01 E5 QK02 F4 QK03 E6 QK04 E5 QK05 E5 QK06 E5 QK07 E4 QK08 E4 QK09 E3 QK10 E4 QK11 E4 QK12 D2 QK13 F5 QK14 E3 QK15 E3 QK16 D2 QK17 D2 QK18 F5 QK19 E4 QK20 E4 QK22 D1 QK23 F5 QK24 E4 QK25 F3 QK26 F2 QK27 F3 QK29 E5 QK30 F5 QL04 E7 QL05 F8 QL06 F8 QL07 E8 QL08 E8 QL09 F6 QL10 E6 QL11 F6 QP01 C5 QP02 D3 QP03 C4 QP04 C3 QP05 C4 QP06 C5 QP07 D3 QP08 C...

Page 35: ...47 48 1 8 2 3 4 5 6 7 9 1 8 2 3 4 5 6 7 9 A B C D E F A B C D E F QK01 ...

Page 36: ...49 50 PQ02 PK02 PF01 PF01 QH02 QF03 QF04 QF01 PW05 P801 ...

Page 37: ...PQ01 QD20 B4 QD21 C6 QD53 A4 QD54 A5 QD55 B4 QD56 A2 QQ01 D6 QQ02 D4 QQ10 C3 QQ11 C7 QQ12 C7 QQ13 C7 QQ14 D7 QQ15 C7 QQ16 C3 QQ17 C3 QQ50 B3 QQ51 A3 QQ52 B4 QQ71 A2 QQ72 A2 QQ73 A1 QQ77 A7 QQ80 C1 QQ81 C1 QQ84 B1 QQ85 C1 QQ90 C9 QU01 B8 QU02 B2 QU20 B1 QU21 A8 ...

Page 38: ...53 54 13 IMICROPROCESSOR C DATA QE01 TC74HC4066AFT QF01 NJU642806 QG01 TC74HC4052AF QP05 NJM2360 QK10 NJM2070 QQ10 CXA2523AR QP16 AS 211D QQ70 TC74ACT540 QQ50 CXD2652AR ...

Page 39: ...nitor line 8 P73 TO3 IN MINT3 DSP monitor line 9 P80 INT4 TI4 IN XINT AI DI FS interrupt LOW HIGH 10 P81 INT5 TI5 IN SQSY SUB Q ADIP interrupt LOW HIGH 11 P82 TO4 OUT XLAT Command latch sign 12 P83 TO5 IN DQSY SUB Q ADIP read line 13 P84 INT6 TI6 OUT TX EFM output enable for recording 14 P85 INT7 TI7 OUT RECP Laser power change for recording 15 P86 TO6 OUT CTS Data send enable disable 16 P87 INT0 ...

Page 40: ...SPRING LEAF 101C115030 011F 996500003153 SIDE PANEL LASSY 409S249500 012F SIDE PANEL L 013F LENS 014F BRACKET SIDE L 409S160010 017F 996500003154 SUPPORT STRAP 378V101020 022F BUFFER FOR CONTACTOR 139C056010 023F BUFFER FOR CONTACTOR 409S056010 026F 996500003155 SIDE PANEL R 409S249020 029F BRACKET SIDE R 409S160020 039F 996500003156 TAPE BATTERY EJECT 378V157010 041F FB COVER BOTTOM F 378V053230 ...

Page 41: ...city value 100pF 101 1000pF 102 10000pF 103 470pF 471 2200pF 222 C 5 ELECTROLY CAP 6 FILM CAP 5 EA 10 Electrolytic capacitor One way lead type Tolerance 20 Examples Capacity value 0 1µF 104 4 7µF 475 100µF 107 0 33µF 334 10µF 106 330µF 337 1µF 105 22µF 226 1100µF 118 2200µF 228 Working voltage 6 3V 006 25V 025 10V 010 35V 035 16V 016 50V 050 6 DF15 350 Plastic film capacitor DF15 310 One way type ...

Page 42: ...HIP 100µF 10V EY10701020 CE31 482212423002 ELECT CHIP 10µF 16V EY10601620 CE32 482212423002 ELECT CHIP 10µF 16V EY10601620 CE39 482212611687 CER CHIP 0 1µF 80 20 DK98104200 CE40 482212611687 CER CHIP 0 1µF 80 20 DK98104200 CE41 482212423002 ELECT CHIP 10µF 16V EY10601620 CE44 CE91 482212423002 ELECT CHIP 10µF 16V EY10601620 CE92 482212423002 ELECT CHIP 10µF 16V EY10601620 CG01 482212441134 ELECT 1...

Page 43: ... ELECT CHIP 1µF 50V EY10505020 CP92 482212423002 ELECT CHIP 10µF 16V EY10601620 CP93 482212611687 CER CHIP 0 1µF 80 20 DK98104200 CZ01 482212613837 CER CHIP 0 1µF 10 B 10V DK96104200 CZ02 482212611687 CER CHIP 0 1µF 80 20 DK98104200 CZ03 482212611687 CER CHIP 0 1µF 80 20 DK98104200 CZ04 CER CHIP 62pF 5 CH 50V DD95620300 CZ05 482212411396 ELECT CHIP 220µF 4V EY22700420 PK01 RESISTORS RE01 482205130...

Page 44: ...130181 CHIP 180Ω 5 1 16W NN05181610 RK03 482211712925 CHIP 47kΩ 5 1 16W NN05473610 RK04 482211712925 CHIP 47kΩ 5 1 16W NN05473610 RK05 482205130103 CHIP 10kΩ 5 1 16W NN05103610 RK09 RK10 482211713632 CHIP 100kΩ 5 1 16W NN05104610 RK12 482205130103 CHIP 10kΩ 5 1 16W NN05103610 RK15 RK16 482205130472 CHIP 4 7kΩ 5 1 16W NN05472610 RK17 482205130103 CHIP 10kΩ 5 1 16W NN05103610 RK18 482205130222 CHIP ...

Page 45: ...P44 482205130123 CHIP 12kΩ 5 1 16W NN05123610 RP45 482205130223 CHIP 22kΩ 5 1 16W NN05223610 RP46 482205130102 CHIP 1kΩ 5 1 16W NN05102610 RP47 482205130103 CHIP 10kΩ 5 1 16W NN05103610 RP48 482211713632 CHIP 100kΩ 5 1 16W NN05104610 RP49 482205130103 CHIP 10kΩ 5 1 16W NN05103610 RP50 482211712925 CHIP 47kΩ 5 1 16W NN05473610 RP51 482211190892 CHIP 0Ω 2X1 25 5 1 10W NI05000110 RP52 482211682487 CH...

Page 46: ...6GR HX341161C0 QK24 482213061541 CHIP TRS 2SC4116GR HX341161C0 QK25 996500003086 DIG TRS DTA114TE RN2111 BA12111000 QK26 482213063187 DIG TRS DTC323TK BA20048210 QK27 482213063187 DIG TRS DTC323TK BA20048210 QK29 996500001659 DIG TRS DTC114TE RN1111 BA21111000 QK30 996500001659 DIG TRS DTC114TE RN1111 BA21111000 QL04 482220917172 MICROPROCESSOR TMP93CS44F µ COM HU409ST10F QL05 996500003087 IC S805...

Page 47: ...04200 CQ35 482212411987 TANTL CHIP 10µF 10V EY10601070 CQ36 482212411987 TANTL CHIP 10µF 10V EY10601070 CQ37 482212611687 CER CHIP 0 1µF 80 20 DK98104200 CQ38 532212611583 CER CHIP 0 01µF 10 B 25V DK96103200 CQ39 532212611583 CER CHIP 0 01µF 10 B 25V DK96103200 CQ42 482212611685 CER CHIP 4700pF 10 B 50V DK96472300 CQ50 482212411432 ELECT CHIP 100µF 10V EY10701020 CQ51 482212611687 CER CHIP 0 1µF 8...

Page 48: ...0 RQ60 482205130332 CHIP 3 3kΩ 5 1 16W NN05332610 RQ62 482205130102 CHIP 1kΩ 5 1 16W NN05102610 RQ64 482205130102 CHIP 1kΩ 5 1 16W NN05102610 RQ65 482205130151 CHIP 150Ω 5 1 16W NN05151610 RQ66 482211682487 CHIP 0Ω 5 1 16W NN05000610 RQ67 482211682487 CHIP 0Ω 5 1 16W NN05000610 RQ68 482211713632 CHIP 100kΩ 5 1 16W NN05104610 RQ70 482205130103 CHIP 10kΩ 5 1 16W NN05103610 RQ71 482211712925 CHIP 47k...

Page 49: ...3032362 DIODE 1SS176 MA165 1SS254 HD20002000 DY22 30V 0 1A PS01 MISCELLANEOUS JY01 JACK FFC CONNECTOR 25P 9604S 19F YJ07011180 SY01 996500000373 PUSH SWITCH EVQ11L05R H SP01013370 SY12 H 5mm 160GF SY13 996500003133 SLIDE SWITCH SSSF012 S06N0 SS01021090 SY14 996500003133 SLIDE SWITCH SSSF012 S06N0 SS01021090 SY15 996500003134 SLIDE SWITCH SSSF013 S06N0 SS01030350 SY16 996500003134 SLIDE SWITCH SSSF...

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