Pioneer RSD-7-R Mk2 Service manual

ORDER NO.

CRT3659

RS-D7R — /EW5

SYSTEM CONTROL TUNER/CD OPTICAL DIGITAL REFERENCE SYSTEM

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RS-D7R——

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This service manual should be used together with the following manual(s):

Model No. Order No. Mech.Module Remarks

CX-961 CRT2503 H2 CD Mech. Module : Circuit Descriptions, Mech. Descriptions, Disassembly

For details, refer to "Important Check Points for Good Servicing".

PIONEER CORPORATION 4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan

PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A. PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936

PIONEER CORPORATION 2006

K-ZZW.OCT. 2006 Printed in Japan

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SAFETY INFORMATION

This service manual is intended for qualified service technicians; it is not meant for the casual do-it-yourself Qualified technicians have the necessary test equipment and tools, and have been trained to properly and safely repai

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Safety Precautions for those who Service this Unit

hen checking or adjusting the emitting power of the laser diode exercise caution in order to get safe, reliabl

r

ion

1. During repair or tests, minimum distance of 13 cm from the focus lens must be kept

2. During repair or tests, do not view laser beam for 10 seconds or longe

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LASS 1 LASER PRODUCT

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CLASS 1 LASER PRODUCT

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Specifications of Laser Diod

Specifications of laser radiation fields to which human access is possible during service

avelengt

- Service Precautions

1. You should conform to the regulations governing the product (safety, radio and noise, and other regulations), and should keep the safety during servicing by following the safety instructions described in this manual.

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2. Be careful in handling ICs. Some ICs such as MOS type are so fragile that they can be damaged by electrostatic induction.

CD MECHANISM MODULE section precaution

1. Before disassembling the unit, be sure to turn off the power. Unplugging and plugging the connectors during power-on mode may damage the ICs inside the unit.

2. To protect the pickup unit from electrostatic discharge during servicing, take an appropriate treatment (short pin) by referring to "the DISASSEMBLY".

3. After replacing the pickup unit, be sure to check the grating.

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[Important Check Points for Good Servicing]

In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures.

1. Product safety

Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual.

1 Use specified parts for repair.

Use genuine parts. Be sure to use important parts for safety.

2 Do not perform modifications without proper instructions.

Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/TV interference and foreign noise.

3 Make sure the soldering of repaired locations is properly performed.

When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example)

4 Make sure the screws are tightly fastened.

Please be sure that all screws are fastened, and that there are no loose screws.

5 Make sure each connectors are correctly inserted.

Please be sure that all connectors are inserted, and that there are no imperfect insertion.

6 Make sure the wiring cables are set to their original state.

Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc.

7 Make sure screws and soldering scraps do not remain inside the product.

Please check that neither solder debris nor screws remain inside the product.

8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord.

Damaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one.

9 There should be no spark traces or similar marks on the power plug.

When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary.

0 Safe environment should be secured during servicing.

When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely.

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2. Adjustments

To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. Adjustments should be performed in accordance with the procedures/instructions described in this manual.

3. Lubricants, Glues, and Replacement parts

Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.

4. Cleaning

For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances.

5. Shipping mode and Shipping screws

To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual.

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1. SPECIFICATIONS

General

Power source ..................................................... 14.4 V DC

(10.8 V to 15.1 V allowable)

Grounding system ........................................ Negative type

Max. current consumption .......................................... 4.0 A

Backup current ............................................... 5 mA or less

Dimensions (mounting size)

..................178 (W) mm x 50 (H) mm x 160 (D) mm

(front face)

....................188 (W) mm x 58 (H) mm x 20 (D) mm

Weight ...................................................................... 1.6 kg

Digital input .................................................... Optical input

(Sampling frequency: 44.1 kHz to 96 kHz)

Digital output ................................................ Optical output

(Sampling frequency: 44.1 kHz)

CD player

System .................................... Compact disc audio system

Usable discs ................................................. Compact disc

Signal format ...................... Sampling frequency: 44.1 kHz

Number of quantization bits: 16; linear

Frequency characteristics ........ 5 Hz to 20 000 Hz (± 1 dB)

FM tuner

Frequency range ............................. 87.5 MHz to 108 MHz

Usable sensitivity ....................................................... 9 dBf

(0.8 µV/75 Ω, mono, S/N: 30 dB)

50 dB quieting sensitivity ........ 15 dBf (1.5 µV/75 Ω, mono)

Signal-to-noise ratio ........................ 70 dB (IEC-A network)

Distortion ........................... 0.3% (at 65 dBf, 1 kHz, stereo)

Frequency response .............. 30 Hz to 15 000 Hz (± 3 dB)

Stereo separation ......................... 40 dB (at 65 dBf, 1 kHz)

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MW tuner

Frequency range ................. 531 kHz to 1 602 kHz (9 kHz)

Usable sensitivity ................................. 18 µV (S/N: 20 dB)

Selectivity .................................................. 50 dB (± 9 kHz)

LW tuner

Frequency range ................................. 153 kHz to 281 kHz

Usable sensitivity ................................. 30 µV (S/N: 20 dB)

Selectivity .................................................. 50 dB (± 9 kHz)

Infrared Remote Control

Wavelength ............................................... 940 nm ± 50 nm

Output ................................. typ; 12 nw/sr per Infrared LED

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2. EXPLODED VIEWS AND PARTS LIST

OTES : • Parts marked by " * " are generally unavailable because they are not in our Master Spare Parts List.

• The > mark found on some component parts indicates the importance of the safety factor of the part.

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Therefore, when replacing, be sure to use parts of identical designation.

• Screw adjacent to mark on the product are used for disassembly.

• For the applying amount of lubricants or glue, follow the instructions in this manual. (In the case of no amount instructions,apply as you think it appropriate.)

2.1 PACKING

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PACKING SECTION PARTS LIST

Mark No. Description Part No.

1 Cord Assy CDE7598 2 Bracket Assy CEA2346 3 Screw Assy CZE3198 4 Screw BNC40P120FTB 5 Screw BPZ30P100FTB

* 6 Polyethylene Bag CEG-127 * 7 Polyethylene Bag CZE3201 8 Bracket CZN6467 9 Base Assy CEA2799 10 Accessory Assy CEA4784

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11 Screw CBA1650 12 Screw CBA1921 13 Handle CNC5395 14 Bush CNV1917 * 15 Polyethylene Bag E36-615

16 Cover CEG1064 17 Polyethylene Bag CEG1161 * 18 Battery CEX1006 19 Sub Carton CHA3167 20 Carton CHG5897

21 Contain Box CHL5897 22 Protector CHP2383 23 Protector CHP2384 24 Protector CHP2385 25 Protector CHP2386

* 26 Lock Tie CNV-754 27-1 Owner's Manual(English) CRB2206 27-2 Owner's Manual(Spanish) CRB2207 27-3 Owner's Manual(German) CRB2208 27-4 Owner's Manual(French) CRB2209

27-5 Owner's Manual(Italian) CRB2210 27-6 Owner's Manual(Dutch) CRB2211 27-7 Owner's Manual(Russian) CRB2212 * 27-8 Caution Card CRP1332 * 27-9 Passport CRY1013

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* 27-10 Warranty Card CRY1157 27-11 Polyethylene Bag CEG1116 28 Case Assy CXB3520 29 Remote Control Assy CXC3398

30 Filter CTX1054

31 Filter CTX1060

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2.2 EXTERIOR(1)

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EXTERIOR(1) SECTION PARTS LIST

Mark No. Description Part No.

1 Screw BSZ26P050FCU 2 ••••• 3 Flat Cable CDE6627 4 Cord Assy CDE7598 > 5 Fuse(4 A) CEK1001

6 Cap CNS1472 7 Resistor RS1/2PMF102J 8 Case CNB2991 9 ••••• 10 •••••

11 ••••• 12 ••••• 13 ••••• 14 Screw BSZ26P050FCU 15 Cord CDE4107

16 Cord CDE4108 17 Cord CDE6684 18 ••••• 19 Antenna Cord CDH1251 20 Shield CNC9688

21 Holder CND2224 22 Seal CNM7598 23 Insulator CNM8845 24 Insulator CNM8846 25 Insulator CNM8850

Mark No. Description Part No.

50 FM/AM Tuner Unit CWE2027

51 Connector(CN1) CKS4276 52 Connector(CN2) CKS4276 53 Holder(SH1) CNC8708 54 Case CNC8713 55 Connector(CN173) HKS-193

56 Master Clock Unit CWN1766 57 Connector(CN1551) CKS4977 58 Connector(CN1502) CKS4977 59 Connector(CN1501) CKS4979 60 Chassis Unit CXC7221

61 Screw ISS26P055FTC 62 CD Mechanism Module(H2) CXK5358

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26 Spacer CNM8852 27 Audio Control Unit CWN2000 28 Connector(CN353) CDE6681 29 Cord(CN321) CDE8126 30 Clamper CEF1041

31 Terminal(CN401) CKF1064 32 Connector(CN901) CKM1500 33 Plug(CN652) CKS-783 34 Plug(CN851) CKS-786 35 Plug(CN101) CKS1044

36 Plug(CN102) CKS1045 37 Connector(CN801) CKS1085 38 Connector(CN172) CKS1940 39 Connector(CN171) CKS2600 40 Connector(CN174) CKS5184

41 Connector(CN651) CKS4865 42 Mini Pin Jack(CN451) CKX1046 43 ••••• 44 Holder CNC9186 45 Holder CNC9187

46 Holder CNC9188 47 Holder CNC9451 48 Holder CNC9452 49 Holder CNC9556

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2.3 EXTERIOR(2)

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EXTERIOR(2) SECTION PARTS LIST

Mark No. Description Part No.

1 Panel Assy CXC7351 2 Screw BMZ20P030FTC 3 Screw BPZ20P060FTC 4 Screw(M2 x 3) CBA1061 5 Screw(M2 x 3) CBA1931

6 Screw CBA1933 7 Screw(M2 x 7) CBA1938 8 Screw(M1.4 x 4) CBA1942 9 Screw CBA1946 10 Spring CBH2445

11 Cord CDE5960 12 Connector CKS4436 13 Frame CNC8201 14 Spacer CNM6155 15 Spacer CNM6156

16 PCB CNP5941 17 Flexible PCB CNP6124 18 Guide CNV5696 19 Rack CNV5697 20 Gear CNV5698

21 Torque Limit Unit CNV5762 22 Cover CNV6573 23 Lighting Conductor CNV6574 24 Holder CNV6575 25 Switch(S951) CSN1012

Mark No. Description Part No.

50 Sub Grille Assy CXC6141

51 Knob Unit(VOLUME) CXC6209 52 Spring CBL-108 53 Button assy(SELECT) CXC6210 54 Screw(M2 x 2.5) CBA1609 55 Panel CNS8708

56 Holder CNC8659 57 Cover CNM9146 58 Cushion CNN1687 59 Motor CXM1217 60 Gear CNV5761

61 IC(IC1881) TSOP4840SB1

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26 Switch(S952) CSN1022 27 Arm Unit CXB3574 28 Bracket Unit CXB3577 29 Arm Unit CXB3866 30 Holder Unit CXB6726

31 Frame Unit CXB6727 32 Motor Unit(M10) CXC2489 33 Washer 2-1816-0035-D2-00 34 Washer 2-1821-0045-D2-00 * 35 Panel CNS8707

36 Remote Control Assy CXC3398 37 Lower Case CNS8028 38 Detach Grille Assy CXC6140 39 Screw BPZ20P100FTB 40 Button CAC6862

41 Cushion CNM7548 * 42 Cover CNS8709 43 Flat Cable CDE6700 44 Connector(CN1881) CKS4435 45 Connector(CN1861) CKS5640

46 Spacer CNM7397 47 Seal CNM7549 48 Spacer CNM9191 49 OEL Module MXK8203

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2.4 CD MECHANISM MODULE

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85

111

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GEM1030

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GEM1029

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CD MECHANISM MODULE SECTION PARTS LIST

Mark No. Description Part No.

1 CD Core Unit CWX3369 2 Connector(CN101) CKS4939 3 Connector(CN901) CKS5248 4 Connector(CN701) CKS5091 5 Screw BSZ20P035FTC

6 Screw(M2 x 4) CBA2037 7 Screw(M2 x 2.5) CBA1974 8 Screw(M2 x 3) CBA1762 9 Screw(M2 x 6.2) CBA1763 10 Washer CBF1037

11 Washer CBF1064 12 Spring CBH2291 13 Spring CBH2292 14 Spring CBH2293 15 Spring CBH2295

16 Spring CBH2297 17 Spring CBH2298 18 Spring CBH2299 19 Spring CBH2303 20 Spring CBH2304

21 Spring CBH2305 22 Spring CBH2308 23 Spring CBH2309 24 Spring CBH2332 25 Spring CBH2416

26 Spring CBH2434 27 Spring CBL1448 28 Spring CBL1466 29 Connector CDE6099 30 Shaft CLA3683

31 Shaft CLA3684 32 Lever CNC8501 33 Bracket CNC8507 34 Bracket CNC8509 35 Cushion CNM6301

36 Sheet CNM6773 37 Sheet CNM6774 38 Gear CNR1559 39 Arm CNV5928 40 Arm CNV5929

41 Gear CNV5930 42 Gear CNV5932 43 Gear CNV5931 44 Gear CNV5933 45 Holder CNV5943

46 Holder CNV5944 47 Arm CNV5948 48 Cover CNV5950 49 Holder CNV5951 50 Holder CNV6222

51 Holder CNV6223 52 Damper CNV6426 53 Holder CNV6446 54 Holder CNV6512 55 Chassis Unit CXB4501

56 Arm Unit CXB4503 57 Motor Unit(M3) CXC6003

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No. Description Part No.

58 Screw(M2 x 1.2) CBA1760 59 Guide CNV5925 60 Arm Unit CXB5311

61 Loading Arm Assy CXB5715 62 Washer CBF1060 63 Spring CBH2170 * 64 Shaft CLA3678 * 65 Gear CNV5934

66 Roller CNV6068 67 Holder CNV6210 68 Collar CNV6439 69 Arm Unit CXB5686 70 Washer YE20FTC

71 Washer CBF1038 72 Arm CNC8498 73 Lever Unit CXB4502 74 Screw(M2 x 1.5) CBA1761 75 Frame CNC9417

76 Sheet CNM6951 77 Guide CNV5924 78 Washer CBF1037 79 Spring CBH2300 80 Spring CBL1446

81 ••••• 82 Spacer CNM6467 83 Spacer CNR1189 84 Guide CNV5945 85 Clamper CNV6767

86 Arm CNV5947 87 Lever CNV5949 88 Arm Unit CXB4505 89 Screw JFZ20P020FTC 90 Frame CNC9416

91 Damper CNV6426 92 Screw ISS20P060FTC 93 Screw(M2 x 3) CBA1762 94 Holder CNV6341 95 Roller CNV6389

96 Arm Unit CXB5970 97 Roller CNV6389 98 Armunit CXB5971 99 Load Motor Assy(M2) CXC5821 100 Carriage Motor Assy(M1) CXC5819

101 Screw Unit(-B) CXB6363 102 Screw ISS20P060FTC 103 Screw JFZ20P025FNI 104 Washer YE15FUC 105 Pickup Unit(Service)(P8) CXX1305

106 Screw IMS20P030FTC * 107 Cover CNC9151 108 Screw BMZ26P030FTC 109 Cord CDE8349 110 Spacer CNM7805

111 Sheet CNC9466 112 Connector(CN301) CKS4439

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3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM

3.1 BLOCK DIAGRAM

A

AUDIO CONTROL PCB

A

FM/AM TUNER UNIT

CN451

MAIN ANT

AMANT

28

ATT

FMANT

27

RFGND

26

B

LOCH

23

IC 401

BUP

C

7 11

8

4 5 1

CN101

BUSL1 BUSL2

ASENB1

2

S-812C50AUA-C3E

Q101

Q102

Q103

CN102

11 8 7 4

BUS+

1

BUS-

5

D

PICKUP UNIT(SERVICE)(P8)

MONITOR

DIODE

+5V

HOLOGRAM

UNIT

LASER DIODE

FOCUS ACT.

TRACKING ACT.

CARRIAGE

E

LOADING

MOTOR

SPINDLE MOTOR

M

F

AMRF

ATT

M

EC VM VCC

FG

CLAMPSW

ANT ADJ

BUP

FM/AM 1ST IF 10.7 MHz

T51 Q51 CF51

MIXER, IF AMP, DET.

FMRF

IMG ADJ

AM 2ND IF

RF ADJ

LOCL

Q401

SYS+8

X501

3.648MHz

VDD

1 2

IP-BUS DRIVER

6 5

HA12187FPS1

MD

LD(–)

FO+ TO+

3

IC 102

TA2050S

INVERTER

42

IC 103

TC7S04FU

12TX

IC 101

8

CD CORE UNIT

C

CN101

5

AC/F/E/BD

Q101

17

4 3

CN901

9

VD

7

V+5

12

CONTST/SP

10

1 2 3 4

11

6

CF52 CF53

MPXREF 41 kHz

IC1

CF202

X901

10.25 MHz

450 kHz

VDD VCC

CREQ

DI/DO

NCNCWC

222510 14 12 15 16 8 13 3

19

20177

rck

RDT

ldet

drst

rdslk

RDS57K

15

678

45

RDS DECODER

11

IC 501

PM4009A1

12

RX

IPPW

RF AMP

8

MDI

IC 201

TA2153FNS1

9

LDO

Q102

13 11 15

IC 401

16

BA5811FM

22

10

9

MUTE

21

AMDET

EEPROM

FMLOCL

1 2

MCK

1

IC3

NC

924

20

24

HOME

SW

TX 4

DGND

CE2CKCE1

11

COMP

Q501

AUTOMATIC FLAP

MOTOR AND SENSE

SWITCH

PCB

TC9495F2S1

66

HOME

9 X2

PE5238A1

4

CDLOAD

5

CDEJET

3

CONT

73

SPDIFG

58

DSCSNS

V+5

CN301

IC 2 FM MPX

SDBWSLFMSD

FM/AM

VDD

F

IC 301

DOUT

978

TX

MCK

X601

10

X1

IC 601

CD5VON

+5V

REGULATOR

IC 801

4

BA05SFP

2

VD

L ch

6

R ch

5

COMP

21

LDET

18

STIND

NL1

NL2

1

42

CN851

5

M

4

3

2

1

CN701

CN651

XI

RESET

7 52 77 1 29 2

31

BRXEN

VDCONT

1

CD5VON

BSRQ

BRST BSCK

BDATA

20

15

16

17

18

19

VDCONT48

5

13

VD

8

CN652

CDTX

1

2

4

BA3131FS

Q151

Q154

Q153

Q402

NL2

VCC

3

14

BUP

A

VDD

VD

21

71

IC 121

PDH098A

IC 851

BA6288FS

Q155

LDET

VDD

1

IC 602

2 3

12.58291MHz

Q851

Q852

Q853

6 11

VDD

Q998

Q991

RESET

IC 961

S-80834CNUA-B8T

NJM4580M

X601

IC 122

FM/AM

Q601

1

Q962

ADC

166MCK1

IC 201

PCM1800S1

VDD

Q156

59

TMUTE

79

NL1

58

NL2DT

60

SDBW

37

TUNPCE2

74

SL

94

TUNPDI

97

TUNPCK

39

ST

38

CONTROLLER

SD

99

TUNPCE

57

CURRQ

IC 601 (1/2)

88

LDET

PE5208A1

35

LOCL

36

LOCH

98

TUNPDO

29

FM/AM

28

ASENBO

86

TX

85

RX

27

IPPW

33

ROMCS

32

ROMCK

31

ROMDATA

16

X1

15

X2

BUP

SYSTEM

CONTROLLER

22

FLPPWR

IC 601 (2/2)

PE5208A1

43

FLPOPN

42

FLPCLS

45

FCLSSW

44

FOPNSW

83

AVREF

70

BSRQ

69

BRST

65

BSCK

68

BRXEN

67

BSO

66

BSI

VD

11

RESET

SYSTEM

DGMUTE

SYSPWR

dgrst

DSEL

AUDIO

DERR

DIRSEL

ASENS

BSENS

ISENS

ELPILM

TELIN

DALMON

ROT0 ROT1

OELPW

SWVDD

ILMPWR

PEE

RXD TXD

46

52

IC 264

TC7SH02FUS1

4

47

26 7 53

SP641

100

92

93

91

21

Q804

BUP

Q805

23

4

71

95 96 63 64

BUP BUP

25

1

24

Q808

Q802

Q807

2

63

22

47

dgrst

LC89055WH

24

AUDIO

34

DERR

1

DIRSEL

4

CDTX

VDD

SELECTO

IC 251

TC74HCT15

1

MCK1

SRC

IC 261

SM5849

DMUTE

6

DIR

IC 221

NIX

23 22

X221

12.288MHz

Q931

Q932

BUP

Q951

Q911

Q803

Q801

Q806

DOUT/BCKO/LRCO

XOUT

Q

Q174

14

1234

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A

64 2FUS1

4

Q808

Q802

Q807

SELECTOR

IC 251

TC74HCT157AF

1

2

63

MCK1

SM5849BF

22

DMUTE

47

dgrst

IC 221

LC89055WHS-RA8

24

AUDIO

34

DERR

1

DIRSEL

4

CDTX

12.288MHz

Q931

Q932

BUP

VDD

BUP

4 9 7

DOUT/BCKO/LRCO

24

IC 302

TC7SET04FUS1

SRC

IC 261

2

DI

6

42

3

DINO

DIR

13

2

NIX

23 22

X221

XOUT

DATA0

1417

EF 901

Q173

3

IC 173

Q912

NJM78L05UA

BUP

Q174

Q951

Q911

Q803

Q801

Q806

DIT

7 6

IC 301

4

TC9271FS

14

IC 172

TC7SET08FUS1

IC 263

TC7SH08FUS1

IC 281

PD0236BM

18

1

VCC

4

16

12

TC7WH04FU

4

IC 262

TC7WH34FU

3

8

A

6 1 BREM

TPD1018F

IC 322

TC7S04FU

IC 171

Q171

5V

SYS+B

BUP

IC 941

2

OPT IN

5

Q971

Q921

Q923

Q922

Q172

SYS+B

SWD+B

CN321

CN174

CN171

CN353

CD5VON

CN901

BUP2

CN801

KYDT DPDT OELB

SWVDD

RST1

TEL1

1

OPT PCB

B

CN173

2

CN172

2

OPT OUT

B

MASTER CLOCK UNIT

D

Q1551

3

IC 1551

NJM431U

1

2

4

3

IC 1552

NJM2373AF

+8V

4

Q1502

CD5VON

3

CN1501

IC 1503

NJM431U

ACC

4

2

CEK1001 4A

3

ILL

1

6

5

KEYBOARD UNIT

E

CN1881

KYDT

13

4

DPDT

12

5

OELB

15

2

SWDVDD

8

9

ILB

13

4

RESRT

15

2

SWDVDD

5

2

Q1501

Q1504

3

1

SWDVDD

KEY

MATRIX

VDD

3

IC 1881

TSOP4840SB1

REMOTE CONTROL

SENSOR

Q1554

ACC

BACKUP

ILL

MUTE

1

Q1506

GND

B.REM

Q1555

IC 1502

NJM431U

Q1881

X1801

3.77MHz

OPT IN

1

25 26

64

81

80

45

IC 1553

2

NJM2373AF

Q1503

3

Q1505

IC 1504

NJM431U

1,3

KEYDT DSPDT

X1

X0

IC 1801

PD6556A

REMIN

IC 1888

S-93C46BD0I-J8

Q1552

5

Q1507

VCC

75 4

CPU_RESET

70 2

OEL_WR

67 2

OEL_RESET

72

7

Q1553

SWDVDD

X1511

16.9344MHz

X1501

16.9344MHz

S-80929CNNB-G8Z

TC7SET08FUS1

5

S-818A33AUC-BGN

MAX4412EXK

IC 1501

TC7SU04FU

IC 1802

IC 1884

IC 1885

IC 1886

IC 1887

TC74VHCT541AFK

IC 1821

PD8166A

IC 1883

IC1555

3

2

4

1

CN1551

CN1502

CN1861

SWDVDD

23,33

14

1

42

1

1 2

17 18

22

19

C

D

E

OEL MODULE

F

56

RS-D7R — /EW5

7

8

15

A-a

A-b

1234

3.2 OVERALL CONNECTION DIAGRAM(GUIDE PAGE)

Note: When ordering service parts, be sure to refer to " EXPLODED VIEWS AND PARTS LIST" or "ELECTRICAL PARTS LIST".

A

Large size

A-b

SCH diagram

Guide page

CN701

C

A-a

C

CN301

A-b

Detailed page

A-a

B

FM(100%): -7.8dBs

IP-BUS

(MCD, MDVD):-+2.2dBs

AM(30%):-17.8dBs

IP-BUS: -1.8dBs

C

AM(30%):-30dBs

FM(100%):-20dBs

CWE2027

D

MAIN ANTENNA

E

CN1881

E

F

M

M10

AUTOMATIC

FLAP MOTOR

CXC2489

OPEN

CLOSE

S952 CSN1022 S951 CSN1012

SWITCH PCB

F

A F

16

1234

RS-D7R — /EW5

5678

A

A-b

OPT PCB

B

AUDIO CONTROL PCB

A

AUDIO CONTROL UNIT Consists of AUDIO CONTROL PCB OPT PCB

CN1501

B

D

CN1551

D

>

CEK1001

4A

BACKUP

ILL

GND

ACC

MUTE

>

B.REM

C

D

PCB

E

CN1881

NOTE :

Symbol indicates a resistor. No differentiation is made between chip resistors and discrete resistors. Symbol indicates a capacitor. No differentiation is made between chip capacitors and discrete capacitors.

Decimal points for resistor and capacitor fixed values are expressed as :

2.2 2R2

0.022 R022

RS-D7R — /EW5

56

>

E

The > mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of

←

identical designation.

F

A B

7

8

17

1234

A

CN1501

D

AUDIO CONTROL UNIT

Consists of

AUDIO CONTROL PCB

B

OPT PCB

CN1551

D

C

AUDIO CONTROL PCB

A

A-a A-b

D

E

OPT PCB

B

F

A-b

18

123

B

RS-D7R — /EW5

1234

5678

>

BACKUP

4A

CEK1001

ILL

GND

ACC

MUTE

B.REM

A

B

The > mark found on some component parts indicates

the importance of the safety factor of the part.

Therefore, when replacing, be sure to use parts of

identical designation.

←

>

Decimal points for resistor

and capacitor fixed values

are expressed as :

2.2 2R2

0.022 R022

C

>

A-a A-b

D

Symbol indicates a resistor.

No differentiation is made between chip resistors and

discrete resistors.

Symbol indicates a capacitor.

No differentiation is made between chip capacitors and

discrete capacitors.

NOTE :

E

4

RS-D7R — /EW5

56

F

A-b

881

7

8

19

W

1234

A

B

C

A-b

B

123

IP-BUS: -1.8dBs

AM(30%):-17.8dBs

FM(100%): -7.8dBs

CN301

C

A-bA-a

D

CN701

C

E

F

A-a

20

E2027

(MCD, MDVD):-+2.2dBs IP-BUS

AM(30%):-30dBs

FM(100%):-20dBs

RS-D7R — /EW5

1234

5678

4

A

A-b

CN1881

E

SWITCH PCB

F

S951

CSN1012

S952

CSN1022

OPEN

CLOSE

M

AUTOMATIC

M10

CXC2489

FLAP MOTOR

B

C

CWE2027

A-bA-a

D

E

MAIN ANTENNA

56

RS-D7R — /EW5

F

A-a

7

8

F

21

1234

3.3 CD MECHANISM MODULE

A

PICKUP UNIT(SERVICE)(P8)

F

SL

T

B

T

F

SL SL

F

T

F

T

CD CORE UNIT

C

F

SL

F T F T

RF AMP

SL

F

SL

T

F

SL

T T

SL

4

!

5

T

F

8200P

F

T

330K

SL

F T

6

T

C

CARRIAGE MOTOR M1 CXC5819

SL

SIGNAL LINE

F

FOCUS SERVO LINE

T

TRACKING SERVO LINE

C

D

SWITCHES: CD CORE UNIT

S901 :LOAD,EJ SWITCH . . . . ON-OFF

S902, 903 :LOAD,EJ SWITCH . . . . ON-OFF

S904

The underlined indicates the switch position.

CARRIAGE SERVO LINE

S

SPINDLE SERVO LINE

:HOME SWITCH . . . . . . ON-OFF

C

RED

BLACK

WHITE

C

F

T

C

2

7

1

#

F

T

ACT / MOTOR DRIVE

3

F

T

S

C

)

S

9

T T F

5V

LOADING MOTOR

E

M2 CXC5821

SPINDLE MOTOR M3 CXC6003

S

0

REGULATOR

S

F

C

S

C

S

F

C

22

1234

RS-D7R — /EW5

5678

TX

0R0

R321

33P

220K

330K

0P

SL

SERVO CONTROL / DSP / DAC / LPF

SL

220

R311

A

B

F

T

F T

CN301

C314

R305

220P

4R7K

S

C

(

@

TX

8

MCK

SL

TX

D

CN1502

MCK GND GND

TX

A

C

CN652

S

C

A

CN651

)

VDCONT

⁄

R713

CSENS

PE5238A1

CD MECH. CONTROLLER

S

R605

R606

22K

47K

DSPMUTE

BSRQ

BSCK

BRXEN BDATA

SUBOK

R702

R711

R701

220

0R0

R708

0R0

CSENS

XRST

CD5VON

DSPMUTE BSRQ BRST BSCK BRXEN BDATA RESET SUBOK

D

E

56

RS-D7R — /EW5

F

C

7

8

23

1234

- Waveforms

A

1 CH1:DSCSNS 5 V/div. 2 CH2:CDLOAD 5 V/div. 3 CH3:CDEJET 5 V/div. ⁄ CH4:VD 5 V/div.

8 cm LOAD

500 ms/div.

Note:1. The encircled numbers denote measuring pointes in the circuit diagram.

2. Reference voltage VREF:2.1 V

1 CH1:DSCSNS 5 V/div. 2 CH2:CDLOAD 5 V/div. 3 CH3:CDEJET 5 V/div.

500 ms/div.

1 CH1:DSCSNS 5 V/div. 2 CH2:CDLOAD 5 V/div. 3 CH3:CDEJET 5 V/div.

500 ms/div.

⁄ CH4:VD 5 V/div.

12 cm LOAD

8 cm EJECT

→

GND

→

GND

B

GND

→

1 CH1:DSCSNS 5 V/div. 2 CH2:CDLOAD 5 V/div. 3 CH3:CDEJET 5 V/div.

12 cm EJECT

→

GND

C

→

GND

→

GND

7 CH1:FD 1 V/div. 8 CH2:fok 5 V/div. 9 CH3:SINY 5 V/div.

Setup

D

500 ms/div.

→

GND

→

GND

→

GND

→

GND

4 CH1:RFO 500 mV/div. 5 CH2:TEY 500 mV/div.

Tracking open

→

VREF

→

VREF

7 CH1:FD 2 V/div. 8 CH2:fok 5 V/div. 0 CH3:FG 5 V/div. 9 CH4:SINY 5 V/div.

Setup(In focus)

2 ms/div.

100 ms/div.

→

GND

→

GND

→

GND

5 CH1:TEY 500 mV/div. 6 CH2:FEY 500 mV/div.

Setup

→

VREF

→

VREF

7 CH1:FD 1 V/div. ! CH2:FOP 2 V/div.

Setup(In focus)

200 ms/div.

→

VREF

→

VREF

→

VREF

6 CH1:FEY 500 mV/div. @ CH2:foon 5 V/div.

E

Setup(Focus close)

→

VREF

→

VREF

F

24

1234

1 ms/div.

→

VREF

→

VREF

→

VREF

→

VREF

6 CH1:FEY 200 mV/div. 7 CH2:FD 500 mV/div.

Setup(Focus AGC)

→

VREF

→

VREF

RS-D7R — /EW5

1 ms/div.

→

VREF

→

VREF

5 CH1:TEY 200 mV/div. # CH2:TD 200 mV/div.

Setup(Tracking AGC)

→

VREF

→

VREF

1 ms/div.

5678

6 CH1:FEY 500 mV/div. 7 CH2:FD 500 mV/div. 4 CH3:RFO 1 V/div.

Setup(FE Bias adjustment)

→

VREF

→

VREF

→

VREF

9 CH1:SINY 100 mV/div.

Play

→

VREF

10 ms/div.

200 ms/div.

4 CH1:RFO 0.5 V/div.

Play

→

VREF

6 CH1:FEY 500 mV/div. 7 CH2:FD 500 mV/div. 5 CH3:TEY 500 mV/div. # CH4:TD 500 mV/div.

Play

→

VREF

→

VREF

→

VREF

0.5 µs/div.

A

B

1 ms/div.

4 CH1:RFO 2 V/div. ( CH2:dfct 5 V/div. 7 CH3:FD 1 V/div. # CH4:TD 2 V/div.

Play(The defect part passes)

→

VREF

→

VREF

→

VREF

→

VREF

4 CH1:RFO 1 V/div. 5 CH2:TEY 1 V/div. # CH3:TD 1 V/div.

Test mode 100TRjump

→

VREF

→

VREF

500 µs/div.

5 ms/div.

→

VREF

4 CH1:RFO 1 V/div. 5 CH2:TEY 500 mV/div. ( CH3:dfct 5 V/div.

CRG move

→

VREF

→

VREF

→

VREF

4 CH1:RFO 1 V/div. 5 CH2:TEY 500 mV/div. # CH3:TD 1 V/div.

Test mode 1TRjump

→

VREF

→

VREF

50 µs/div.

500 µs/div.

5 CH1:TEY 500 mV/div. ) CH2:CIN 500 mV/div.

Search

→

VREF

→

VREF

4 CH1:RFO 1 V/div. 5 CH2:TEY 1 V/div. # CH3:TD 1 V/div.

Test mode 32TRjump

→

VREF

→

VREF

C

200 ms/div.

D

5 ms/div.

E

VREF

→

VREF

→

RS-D7R — /EW5

56

→

VREF

F

7

8

25

1234

3.4 MASTER CLOCK UNIT

A

B

C

D

A

CN353

E

F

D

26

1234

RS-D7R — /EW5

5678

A

MASTER CLOCK UNIT

D

C

CN301

B

A

CN321

C

D

E

56

RS-D7R—/EW5

F

D

7

8

27

1234

3.5 KEYBOARD UNIT

A

CN801

A

B

VOLUME

C

D

E

OEL Module

MXK8203

F

E

28

1234

RS-D7R—/EW5

5678

KEYBOARD UNIT

E

A

B

C

EL Module

MXK8203

D

E

F

56

RS-D7R—/EW5

E

7

8

29

1234

0

A

4. PCB CONNECTION DIAGRAM

4.1 AUDIO CONTROL PCB

A

B

C

NOTE FOR PCB DIAGRAMS

1.The parts mounted on this PCB include all necessary parts for several destination. For further information for respective destinations, be sure to check with the schematic dia gram.

2.Viewpoint of PCB diagrams

Connector

P.C.Board

A

Capacitor

Chip Part

AUDIO CONTROL PCB

SIDE A

SIDE B

140

130

120

110

100

90

B

CN173

OPT IN

1

3

2

4

IP-BUS IN

FM/

IP-BUS OUT

80

70

CN1551

D

60

50

40

E

30

CN1501

D

20

10

F

M10

A

30

1234

Y

0

10 20 30 40 50 60 70 8

X

RS-D7R—/EW5

5678

FM/AM TUNER UNIT

MAIN ANTENNA

11

A

SIDE A

CORD ASSY

B

C

CN701

D

E

CN301

C

E

FRONT

70 80 90 100 110 120 130 140 150 160 170

56

RS-D7R—/EW5

7

CN1881

8

F

A

31

1234

A

11

B

TESTIN

AUDIO CONTROL PCB

A

PCL

C

D

E

F

890100110120130140150160170

32

A

RS-D7R—/EW5

1234

5678

SIDE B

1

140

A

130

120

B

110

100

90

C

80

70

60

50

40

30

20

D

E

56

RS-D7R—/EW5

10

Y

F

102030405060708090

X

7

0

8

A

33

1234

4.2 CD CORE UNIT

A

B

C

CD CORE UNIT

C

IC,Q

LOAD, EJ

SIDE A

LOAD, EJ

HOME

D

E

F

C

34

1234

RS-D7R—/EW5

5678

A

CN651

CD CORE UNIT

C

1

LOAD, EJ

A

SIDE B

IC,Q

B

M2 LOADING MOTOR

M3 SPINDLE MOTOR

C

A D

CN652

CN1502

VREF1

E

F

PICKUP UNIT

(SERVICE)(P8)

D

M1 CARRIAGE MOTOR

E

F

56

RS-D7R—/EW5

C

7

8

35

1234

4.3 MASTER CLOCK UNIT

MASTER CLOCK UNIT

D

A

CN301

C

80

B

70

60

C

SIDE A

CN321

A

50

40

D

30

20

E

10

Y

0

X

F

10 20 30 40 50 60 70

CN353

A

D

36

1234

RS-D7R—/EW5

5678

MASTER CLOCK UNIT

D

CLKO

SIDE B

80

70

60

A

B

C

CLKA

50

40

D

30

20

E

10

56

RS-D7R—/EW5

10203040506070

0

X

F

D

7

8

37

1234

4.4 KEYBOARD UNIT

KEYBOARD UNIT

A

B

E

40

30

20

VOLUME

10

SOURCE

DISPLAY

RESET

Y

C

0

E

0

D

X

KEYBOARD UNIT

X

10 20 30 40 50 60 70 80

Y

10

20

E

30

40

F

E

38

1234

RS-D7R—/EW5

5678

SIDE A

A

B

EJECT

BAND

80 90 100 110 120 130 140 150 160

C

SIDE B

D

E

OEL MODULE

A

RS-D7R—/EW5

56

CN801

7

F

E

8

39

1234

4.5 OPT PCB AND SWITCH PCB

OPT PCB

A

CN174

A

B

OPT OUT

C

OPT PCB

B

SIDE BSIDE A

SWITCH PCB

F

D

BLUE

A

RED WHITE

CN851

OPEN

S952

E

F

CLOSE

S951

BBF

40

1234

RS-D7R—/EW5

5678

N

5. ELECTRICAL PARTS LIST

OTE:

• Parts whose parts numbers are omitted are subject to being not supplied.

• The part numbers shown below indicate chip components.

Chip Resistor RS1/_S___J,RS1/__S___J

Chip Capacitor (except for CQS.....)

CKS....., CCS....., CSZS.....

• The > mark found on some component parts indicates the importance of the safety factor of the part.

Therefore, when replacing, be sure to use parts of identical designation.

• Meaning of the figures and others in the parentheses in the parts list.

Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding PC board. IC 301 (A, 91, 111) IC NJM2068V

A

B

Circuit Symbol and No. Part No.

Unit Number : CWN2000

Unit Name : Audio Control Unit

Unit Number : CWN1766

Unit Name : Master Clock Unit

Unit Number :

Unit Name : Keyboard Unit

Unit Number :

Unit Name : Switch PCB

Unit Number : CWX3369

Unit Name : CD Core Unit

Audio Control Unit Consists of Audio Control PCB OPT PCB

AB

Unit Number : CWN2000 Unit Name : Audio Control Unit

MISCELLANEOUS

IC 101 (A,38,128) IC HA12187FPS1 IC 102 (A,29,121) IC TA2050S IC 103 (A,42,118) IC TC7S04FU IC 121 (A,45,96) IC BA3131FS IC 122 (B,56,97) IC NJM4580M

IC 171 (A,39,134) IC TC7WH04FU IC 172 (A,44,137) IC TC7SET08FUS1 IC 173 (A,48,137) IC NJM78L05UA IC 201 (A,44,82) IC PCM1800S1 IC 221 (A,72,41) IC LC89055WHS-RA8

IC 251 (A,59,75) IC TC74HCT157AF IC 261 (A,79,78) IC SM5849BF IC 262 (A,83,62) IC TC7WH34FU

Circuit Symbol and No. Part No.

IC 263 (A,82,56) IC TC7SH08FUS1 IC 264 (A,57,68) IC TC7SH02FUS1

IC 281 (A,71,62) IC PD0236BM IC 301 (A,60,85) IC TC9271FS IC 302 (A,52,71) IC TC7SET04FUS1 IC 322 (A,34,71) IC TC7S04FU IC 401 (A,65,129) IC S-812C50AUA-C3E

IC 501 (A,75,98) IC PM4009A1 IC 601 (A,118,95) IC PE5208A1 IC 602 (A,102,83) IC PDH098A IC 851 (A,48,11) IC BA6288FS IC 941 (B,140,116) IC TPD1018F

IC 961 (A,110,112) IC S-80834CNUA-B8T Q 101 (A,8,114) Transistor 2SA1037K Q 102 (A,8,111) Transistor DTC124EUA Q 103 (B,9,115) Transistor 2SC4081 Q 121 (B,32,95) Transistor IMD2A

Q 151 (B,64,129) Transistor 2SD1757K Q 152 (B,56,129) Transistor 2SD1757K Q 153 (B,57,120) Transistor IMH3A Q 154 (A,57,119) Transistor DTA114EU Q 155 (B,91,142) Transistor 2SC4081

Q 156 (B,78,142) Transistor DTA124EUA Q 171 (A,40,142) Transistor 2SC2412K Q 172 (B,39,132) Transistor 2SC4453 Q 173 (A,46,129) Transistor 2SB1238 Q 174 (B,42,124) Transistor DTC114EU

Q 261 (A,69,21) Transistor 2SD1767 Q 301 (B,58,90) Transistor DTC114EU Q 401 (B,107,142) Transistor 2SC4081 Q 402 (B,69,143) Transistor 2SC2412K Q 501 (A,68,114) Transistor DTA123EU

Q 601 (B,126,101) Transistor DTA114EU Q 801 (A,153,12) Transistor 2SD1760F5 Q 802 (B,149,13) Transistor IMD2A Q 803 (A,140,29) Transistor 2SD2396 Q 804 (A,103,12) Transistor 2SB1238

Q 805 (A,96,13) Transistor DTC124EUA Q 806 (A,103,17) Transistor 2SD1859 Q 807 (B,96,18) Transistor IMD2A Q 808 (B,129,35) Transistor IMD2A

C

D

E

F

56

RS-D7R—/EW5

7

8

41

1234

Circuit Symbol and No. Part No.

Q 851 (A,65,9) Transistor 2SD1760F5

Circuit Symbol and No. Part No.

L 173 (B,42,139) Inductor LCYC100K2125

Q 852 (B,63,11) Transistor DTA114EU

A

Q 853 (B,73,14) Transistor DTC124EUA Q 911 (A,141,87) Transistor 2SD1760F5 Q 912 (B,143,91) Transistor IMD2A Q 921 (A,140,40) Transistor 2SD2396

Q 922 (B,131,53) Transistor DTC114EU Q 923 (A,135,49) Transistor 2SB1243 Q 931 (B,126,113) Transistor IMX1 Q 932 (B,126,110) Transistor DTC114EU Q 951 (B,125,117) Transistor 2SA1576A

Q 962 (B,114,116) Transistor 2SC4081 Q 971 (A,140,63) Transistor 2SD2396

B

Q 991 (B,126,74) Transistor IMD2A Q 998 (A,140,74) Transistor 2SD2396 D 101 (A,42,121) Diode DAN202U

D 102 (B,42,120) Diode 1SS355 D 171 (B,31,143) Diode 1SS352 D 221 (B,80,51) Diode Network DA204U D 222 (B,76,51) Diode Network DA204U D 261 (A,63,23) Diode HZS4LL(A)

D 262 (B,80,71) Diode Network DA204U D 263 (B,80,67) Diode Network DA204U D 264 (B,72,80) Diode Network DA204U

C

D 265 (B,72,76) Diode Network DA204U D 281 (B,74,58) Diode Network DA204U

L 174 (B,36,132) Inductor CTF1407 L 201 (A,52,83) Inductor CTF1305 L 202 (A,52,85) Inductor CTF1305 L 221 (A,83,19) Inductor LCTAW1R0J3225 L 222 (A,83,23) Inductor LCTAW1R0J3225

L 251 (A,67,71) Inductor CTF1305 L 261 (A,60,38) Inductor LCTAW1R0J3225 L 262 (B,79,64) Inductor CTF1305 L 263 (B,76,67) Inductor CTF1305 L 264 (A,85,56) Inductor CTF1305

L 265 (A,57,65) Inductor CTF1305 L 281 (B,61,63) Inductor LCYC1R0K2125 L 301 (A,58,92) Inductor LCTAW1R0J3225 L 302 (B,56,64) Inductor LCYC100K2125 L 322 (A,34,67) Inductor LCYC100K2125

L 401 (A,70,131) Inductor LAU2R2K L 402 (A,116,130) Ferri-Inductor LAU4R7K L 404 (A,98,125) Chip Coil LCTAW1R0J4532 L 430 (B,70,119) Inductor CTF1295 L 501 (A,65,101) Inductor LCTAW100J3225

L 503 (A,65,96) Inductor LCTAW101J3225 L 504 (A,72,114) Inductor CTF1305 L 601 (A,134,98) Chip Coil LCTAW100J2520 L 602 (A,132,97) Inductor LCTAW2R2J2520 L 604 (A,133,104) Inductor LCTAW2R2J2520

D 282 (B,74,61) Diode Network DA204U D 401 (A,63,121) Diode ERA15-02VH D 402 (A,66,122) Diode HZS16(2) D 801 (B,120,35) Diode Network DA204U D 802 (B,120,26) Diode Network DA204U

D 803 (B,120,29) Diode Network DA204U D 804 (B,120,23) Diode Network DA204U D 805 (B,155,12) Diode MA3056(M) D 806 (A,134,29) Diode HZS9L(C2)

D

D 807 (B,120,32) Diode Network DA204U

D 808 (A,116,19) Diode Network DA204U D 810 (B,115,24) Diode MA3062(M) D 811 (A,103,20) Diode HZS9L(C2) D 812 (A,93,7) LED NECWB205-5780 D 851 (A,57,14) Diode HZS7L(C3)

D 852 (A,23,11) Diode 1SS133 D 853 (A,26,11) Diode 1SS133 D 901 (A,148,130) Diode ERA15-02VH D 911 (A,148,95) Diode ERA15-02VH D 912 (A,134,87) Diode HZS6L(B1)

E

D 921 (A,134,43) Diode HZS9L(B3) D 922 (B,125,55) Diode DAN202U D 931 (A,140,104) Diode HZS7L(A1) D 932 (A,143,104) Diode HZS7L(C3) D 933 (A,136,104) Diode ERA15-02VH

D 943 (A,149,104) Diode ERA15-02VH D 944 (A,153,104) Diode ERA15-02VH D 951 (B,126,120) Diode DAN202U D 961 (B,114,113) Diode 1SS355 D 972 (A,131,61) Diode HZS6L(B1)

F

D 991 (A,133,76) Diode HZS9L(B1) L 101 (A,38,123) Inductor LCTC3R3K2125 L 171 (A,35,144) Inductor LCTC2R7K2125 L 172 (A,32,144) Inductor LCYC1R0K2125

42

1234

RS-D7R—/EW5

L 605 (A,130,104) Inductor LCTAW2R2J2520 L 651 (A,124,70) Inductor LAU2R2K L 801 (A,137,11) Inductor CTF1614 L 802 (A,126,28) Inductor CTF1489 L 951 (A,146,104) Inductor LAU2R2K

X 221 (A,70,51) X 501 (A,86,95) Radiator 3.648 MHz CSS1500 X 601 (A,102,94) Radiator 12.5829 MHz CSS1495

>FU911 (A,134,94) Fuse 200 mA CEK1247 >FU971 (A,116,59) Fuse 400 mA CEK1250

SP641 (A,77,11) Buzzer CPV1062 EF901 (A,166,111) EMI Filter CCG1175 ZNR451 (A,129,141) Surge Protector DSP-201M-A21F

FM/AM Tuner Unit CWE2027

Crystal Resonator 12.288 MHz

CSS1416

RESISTORS

R 101 (A,32,129) RS1/10S101J R 102 (B,21,128) RS1/10S620J R 103 (A,32,126) RS1/10S101J R 104 (A,7,119) RS1/10S152J R 105 (A,35,124) RS1/16S103J

R 106 (A,10,111) RS1/10S562J R 107 (A,10,114) RS1/16S332J R 109 (B,21,122) RS1/16S181J R 110 (B,21,117) RS1/16S181J R 111 (B,22,111) RS1/16S223J

R 112 (B,22,118) RS1/16S223J R 113 (B,21,111) RS1/16S102J R 114 (B,22,123) RS1/16S102J R 115 (A,10,120) RD1/4PU560J R 116 (B,42,117) RS1/16S472J

R 117 (B,9,112) RS1/16S224J R 118 (A,41,123) RS1/16S681J

5678

Circuit Symbol and No. Part No.

R 119 (A,41,124) RS1/16S681J R 121 (B,37,97) RS1/16S622J R 122 (B,45,97) RS1/16S622J

R 123 (B,38,94) RS1/16S392J R 124 (B,46,94) RS1/16S392J R 125 (B,41,101) RS1/16S103J R 126 (B,46,100) RS1/16S103J R 127 (B,38,100) RS1/16S393J

Circuit Symbol and No. Part No.

R 271 (B,85,77) RS1/16S272J R 272 (A,86,61) RS1/16S221J R 273 (B,66,69) RS1/16S221J

A

R 281 (A,78,64) RAB4C101J R 282 (A,65,57) RS1/16S681J R 301 (A,62,92) RN1/16SE1000D R 302 (B,53,72) RN1/16SE1000D R 321 (B,42,70) RN1/16SE6800D

R 128 (B,43,100) RS1/16S393J R 135 (B,62,97) RS1/16S472J R 136 (B,49,93) RS1/16S472J R 137 (B,59,101) RS1/16S472J R 138 (B,50,97) RS1/16S472J

R 153 (B,68,133) RS1/16S224J R 154 (B,61,130) RS1/16S224J R 155 (A,59,129) RS1/16S222J R 156 (A,56,129) RS1/16S222J R 157 (B,68,129) RS1/16S223J

R 158 (B,59,130) RS1/16S223J R 159 (B,95,143) RS1/16S224J R 160 (B,83,143) RS1/16S473J R 161 (A,65,133) RS1/16S102J R 162 (A,64,133) RS1/16S102J

R 163 (B,66,133) RS1/16S332J R 164 (B,52,126) RS1/16S332J R 165 (B,56,125) RS1/16S223J R 166 (B,48,126) RS1/16S223J R 171 (B,41,128) RS1/16S473J

R 172 (A,43,129) RD1/4PU272J R 173 (B,17,133) RS1/16S102J R 174 (A,28,143) RS1/16S102J R 175 (B,33,143) RS1/16S473J R 176 (A,40,138) RS1/16S102J

R 323 (B,29,67) RS1/16S470J R 351 (B,62,39) RS1/16S0R0J R 401 (B,61,142) RS1/16S473J R 402 (B,59,142) RS1/16S473J R 403 (A,58,133) RS1/16S681J

R 404 (A,60,133) RS1/16S681J R 405 (A,61,133) RS1/16S681J R 406 (A,67,133) RS1/16S102J R 407 (B,63,141) RS1/16S473J R 409 (A,79,123) RS1/16S681J

R 410 (A,79,133) RS1/16S103J R 411 (A,80,130) RS1/16S681J R 412 (A,84,131) RS1/16S681J R 413 (A,84,128) RS1/16S681J R 414 (B,78,130) RS1/16S473J

R 415 (B,78,131) RS1/16S472J R 416 (B,79,133) RS1/16S473J R 417 (B,79,121) RS1/16S473J R 418 (B,99,140) RS1/16S473J R 419 (B,103,142) RS1/16S222J

R 420 (B,103,144) RS1/16S222J R 421 (A,85,131) RS1/16S681J R 422 (A,86,128) RS1/16S681J R 423 (B,111,130) RS1/16S0R0J R 424 (B,78,125) RS1/16S393J

B

C

R 177 (B,48,135) RS1/16S470J R 181 (B,37,135) RN1/16SE1101D R 182 (B,35,128) RN1/16SE1001D R 183 (A,36,141) RN1/16SE3900D R 201 (A,51,77) RAB4C471J

R 202 (A,40,76) RS1/16S103J R 203 (B,51,78) RS1/16S561J R 221 (A,79,43) RN1/16SE1002D R 222 (A,79,46) RN1/16SE5101D R 223 (A,78,46) RN1/16SE7501D

R 224 (A,80,43) RN1/16SC75R0D R 225 (A,79,51) RAB4C221J R 227 (B,72,50) RS1/16S471J R 228 (A,70,48) RN1/16SE1003D R 229 (A,66,47) RS1/16S101J

R 230 (B,78,46) RS1/16S101J R 231 (B,81,36) RS1/16S101J R 232 (A,74,34) RS1/16S103J R 235 (B,93,93) RAB4C101J R 236 (A,70,34) RS1/16S103J

R 251 (A,69,86) RAB4C101J R 262 (A,80,68) RAB4C221J R 263 (A,66,24) RS1/16S271J R 265 (A,69,81) RAB4C101J R 266 (B,81,83) RS1/16S222J

R 426 (B,65,139) RS1/16S153J R 427 (B,73,144) RS1/16S474J R 428 (A,79,119) RS1/16S681J R 429 (B,96,134) RS1/16S0R0J R 431 (B,69,123) RS1/8S151J

R 501 (A,73,92) RS1/16S102J R 502 (A,75,92) RS1/16S102J R 503 (A,76,92) RS1/16S102J R 511 (A,81,104) RS1/16S102J R 513 (A,78,106) RS1/16S225J

R 518 (A,78,92) RS1/16S681J R 601 (B,120,106) RS1/16S0R0J R 602 (A,108,108) RS1/16S473J R 604 (A,103,106) RS1/16S473J R 605 (A,103,105) RS1/16S473J

R 611 (B,88,82) RS1/16S473J R 612 (A,103,78) RS1/16S103J R 616 (A,115,113) RS1/16S473J R 617 (A,116,113) RS1/16S473J R 618 (A,118,113) RS1/16S473J

R 619 (B,116,107) RS1/16S0R0J R 621 (A,108,77) RS1/16S681J R 622 (A,92,59) RS1/16S102J R 624 (A,102,87) RS1/16S473J R 625 (A,89,60) RS1/16S102J

D

E

F

R 269 (B,80,80) RS1/16S272J R 270 (B,95,68) RS1/16S152J

56

R 633 (B,104,95) RS1/16S102J R 641 (A,97,19) RS1/16S102J

RS-D7R—/EW5

7

8

43

1234

Circuit Symbol and No. Part No.

R 651 (A,102,73) RS1/16S221J R 652 (A,102,74) RS1/16S221J R 653 (A,102,76) RS1/16S222J

A

R 654 (A,100,71) RS1/16S221J R 655 (A,103,68) RS1/16S222J R 656 (A,100,70) RS1/16S221J R 658 (B,109,32) RN1/16SC22R0D R 671 (A,117,63) RS1/16S473J

Circuit Symbol and No. Part No.

R 963 (B,119,118) RS1/16S473J R 964 (B,112,118) RS1/16S822J R 965 (A,122,112) RS1/16S472J

R 971 (B,138,64) RS1/16S392J R 991 (B,137,73) RS1/8S101J R 992 (B,132,73) RS1/8S101J

CAPACITORS

R 672 (B,101,71) RS1/16S473J R 673 (B,103,73) RS1/16S473J R 674 (A,103,71) RS1/16S473J R 676 (A,103,70) RS1/16S473J R 677 (B,127,77) RS1/16S222J

B

R 678 (B,95,66) RS1/16S222J R 679 (B,100,64) RS1/16S222J R 680 (A,114,77) RS1/16S104J R 801 (A,131,16) RS1/8S222J R 802 (A,129,16) RS1/8S222J

R 803 (A,125,16) RS1/8S222J R 804 (A,116,15) RS1/8S103J R 805 (A,112,15) RS1/8S472J R 806 (A,123,16) RS1/8S222J R 807 (A,103,7) RS1/16S152J

R 808 (A,121,16) RS1/8S222J

C

R 809 (A,106,8) RS1/16S472J R 810 (B,91,15) RS1/16S681J R 812 (B,142,15) RS1/8S152J R 813 (B,148,9) RS1/16S1R0J

R 814 (A,134,32) RD1/4PU391J R 818 (A,100,9) RS1/16S472J R 821 (B,136,26) RS1/10S1R0J R 822 (B,145,9) RS1/16S222J R 823 (B,128,24) RS1/16S222J

C 101 (B,15,128) CKSRYB104K16 C 102 (B,38,127) CKSRYB104K16 C 103 (A,25,111) CEJQ1R0M50 C 104 (A,25,128) CEJQ1R0M50 C 105 (A,25,117) CEJQ1R0M50

C 106 (A,25,123) CEJQ1R0M50 C 107 (A,34,120) CEJQ100M16 C 108 (B,32,122) CKSRYB473K25 C 109 (A,38,113) CCSRCH101J50 C 110 (A,42,114) CCSRCH101J50

C 111 (B,38,114) CKSRYB104K16 C 121 (A,40,105) CEVWNP220M10 C 122 (A,47,105) CEVWNP220M10 C 123 (A,59,105) CEVW4R7M50 C 124 (A,53,105) CEVW4R7M50

C 125 (B,38,102) CCSRCH470J50 C 126 (B,43,102) CCSRCH470J50 C 127 (B,36,94) CCSRCH221J50 C 128 (B,44,94) CCSRCH221J50 C 129 (B,45,91) CKSRYB223K25

C 130 (A,36,93) CEVW101M10 C 131 (A,60,97) CEVW220M10 C 132 (A,53,97) CEVW101M10 C 133 (B,55,101) CKSRYB104K16 C 134 (B,44,90) CKSRYB104K16

R 824 (A,119,22) RS1/16S104J R 825 (A,121,20) RS1/16S473J

D

R 851 (A,65,14) RD1/4PU271J R 852 (A,52,16) RS1/16S102J R 853 (A,49,16) RS1/16S102J

R 862 (A,30,16) RS1/16S102J R 863 (A,107,23) RS1/16S104J R 864 (A,31,16) RS1/16S102J R 865 (A,110,22) RS1/16S104J R 911 (B,144,93) RS1/16S223J

R 912 (B,150,93) RS1/10S472J R 921 (B,136,40) RS1/10S1R0J R 923 (A,134,46) RD1/4PU821J

E

R 924 (A,128,52) RD1/4PU152J R 925 (B,136,51) RS1/16S223J

R 931 (B,157,112) RS1/16S472J R 932 (B,134,115) RS1/16S473J R 933 (B,133,113) RS1/16S103J R 934 (B,133,119) RS1/16S473J R 935 (B,133,117) RS1/16S104J

R 936 (B,132,109) RS1/16S103J R 941 (B,138,110) RS1/16S102J R 951 (B,129,120) RS1/16S153J R 952 (B,122,118) RS1/16S472J

F

R 953 (B,128,117) RS1/16S472J

C 137 (B,59,103) CCSRCH151J50 C 138 (B,49,97) CCSRCH151J50 C 151 (A,59,125) CEJQ1R0M50 C 152 (A,54,124) CEJQ1R0M50 C 153 (B,95,141) CKSRYB223K25

C 161 (B,64,133) CKSRYB153K25 C 162 (B,60,133) CKSRYB153K25 C 163 (B,55,133) CKSRYB104K16 C 171 (B,17,143) CKSRYB104K16 C 172 (B,29,143) CKSRYB104K16

C 173 (A,46,142) CASA6R8M6R3 C 174 (B,45,140) CKSRYB103K50 C 175 (A,52,131) CEJQ101M16 C 176 (B,47,136) CCSRCH220J50 C 177 (B,44,137) CKSRYB104K16

C 182 (A,37,136) CKSRYB103K50 C 183 (B,37,137) CCSRCH150J50 C 184 (A,38,141) CKSRYB104K16 C 186 (B,33,129) CKSYB106K6R3 C 187 (A,29,135) CKSYB106K6R3

C 201 (A,36,86) CEVW1R0M50 C 202 (A,35,76) CEVW1R0M50 C 203 (A,47,88) CSZSR100M16 C 204 (B,53,85) CKSRYB104K16 C 205 (A,42,88) CKSYB106K6R3

R 954 (B,114,111) RS1/16S102J R 962 (B,109,113) RS1/16S102J

44

1234

C 206 (B,44,81) CKSRYB104K16

RS-D7R—/EW5

5678

Circuit Symbol and No. Part No.

C 207 (A,35,83) CSZS4R7M16 C 208 (A,35,81) CSZS4R7M16 C 209 (B,48,84) CCSRCH471J50 C 210 (B,48,81) CCSRCH471J50

Circuit Symbol and No. Part No.

C 328 (B,112,62) CCSRCH221J50 C 330 (B,24,65) CCSRCH470J50 C 401 (B,65,143) CKSRYB182K50 C 403 (B,76,135) CKSRYB473K25

A

C 212 (B,45,78) CKSRYB104K16 C 213 (A,43,76) CKSRYB102K50 C 214 (B,24,77) CKSRYB224K16 C 216 (B,53,82) CCSRCH220J50 C 221 (B,75,41) CKSRYB104K16

C 222 (A,83,16) CKSRYB473K25 C 223 (A,86,19) CKSRYB473K25 C 224 (A,83,25) CKSRYB473K25 C 225 (A,86,22) CKSRYB473K25 C 226 (A,83,31) CEVW100M10

C 227 (A,85,38) CEVW100M10 C 228 (A,90,15) CEVW470M6R3 C 229 (A,90,22) CEVW470M6R3 C 230 (A,83,48) CFHXSP104J16 C 231 (B,72,45) CKSRYB104K16

C 232 (B,68,41) CKSRYB104K16 C 234 (B,72,39) CKSRYB104K16 C 235 (A,81,39) CFHXSQ103J16 C 236 (A,83,43) CFHXSP104J16 C 237 (A,83,45) CFHXSQ103J16

C 238 (B,70,50) CCSRCH270J50 C 239 (B,67,50) CCSRCH330J50 C 240 (B,75,38) CKSRYB103K50 C 251 (B,70,70) CKSRYB104K16 C 252 (B,67,73) CKSRYB473K25

C 404 (A,75,131) CEJQ101M10 C 405 (A,105,134) CKSRYB103K50 C 406 (A,97,131) CEAT221M10 C 407 (B,116,133) CKSQYB103K50 C 408 (B,110,141) CKSRYB223K25

C 409 (B,101,133) CKSRYB223K25 C 411 (B,79,123) CKSRYB472K50 C 412 (B,72,140) CKSRYB472K50 C 430 (A,94,114) CCSRCH101J50 C 431 (A,74,123) CEAL101M16

C 432 (B,72,128) CKSRYB104K16 C 434 (B,126,88) CCSRCH101J50 C 436 (B,102,133) CCSRCH102J50 C 437 (B,98,144) CCSRCH101J50 C 438 (B,100,144) CCSRCH101J50

C 501 (A,69,91) CEVW220M6R3 C 502 (B,70,96) CCSRCH101J50 C 503 (B,85,94) CCSRCH270J50 C 504 (B,83,97) CCSRCH270J50 C 505 (A,78,104) CKSRYB104K25

C 506 (A,76,105) CCSRCH471J50 C 507 (A,73,109) CCSRCH471J50 C 508 (B,70,102) CKSRYB104K25 C 509 (A,69,106) CEVW220M6R3 C 511 (B,63,105) CKSRYB103K50

B

C

C 253 (A,68,75) 10 µF/10 V CCH1424 C 255 (B,78,84) CCSRCH101J50 C 261 (A,57,17) CKSRYB473K25 C 262 (A,75,21) CEVW470M4 C 263 (A,61,44) CEVW100M10

C 264 (A,75,24) CKSRYB473K25 C 265 (B,59,41) CKSRYB473K25 C 266 (B,81,73) CKSRYB104K16 C 267 (B,76,72) CKSRYB104K16 C 268 (B,77,81) CKSRYB104K16

C 269 (B,83,81) CKSRYB104K16 C 270 (B,83,62) CKSRYB104K16 C 271 (B,81,77) CKSRYB102K50 C 273 (A,59,22) CEJQ100M16 C 274 (A,88,69) 22 µF/6.3 V CCH1426

C 275 (B,79,61) CKSYB106K6R3 C 276 (A,79,57) CKSRYB103K50 C 277 (A,77,58) CKSYB106K6R3 C 278 (B,57,70) CKSRYB103K50 C 279 (B,61,71) CKSYB106K6R3

C 281 (B,67,65) CKSRYB104K16 C 282 (B,67,62) CKSRYB473K25 C 283 (A,61,62) CEVW100M10 C 301 (B,63,89) CKSRYB473K25 C 302 (B,54,88) CCSRCH101J50

C 512 (A,81,106) CKSRYB104K16 C 513 (B,67,117) CCSRCH471J50 C 601 (B,134,104) CKSYB475K10 C 602 (A,133,102) CKSRYB103K50 C 603 (B,130,94) CKSRYB104K16

C 604 (B,105,92) CCSRCH270J50 C 605 (B,105,96) CCSRCH270J50 C 606 (B,114,96) CKSRYB105K10 C 607 (B,115,96) CKSRYB103K50 C 608 (B,119,87) CKSRYB103K50

C 609 (B,123,102) CCSRCH101J50 C 610 (B,131,106) CKSRYB103K50 C 611 (A,121,110) CKSRYB103K50 C 613 (B,126,103) CCSRCH101J50 C 651 (A,117,71) CEJQ101M10

C 652 (B,120,69) CKSRYB473K25 C 653 (B,129,69) CKSRYB473K25 C 654 (B,111,68) CCSRCH471J50 C 655 (A,117,64) CCSRCH471J50 C 656 (B,114,72) CCSRCH471J50

C 657 (A,117,61) CCSRCH471J50 C 659 (B,111,70) CCSRCH221J50 C 660 (B,111,65) CCSRCH221J50 C 670 (B,112,39) CCSRCH220J50 C 802 (B,140,10) CKSRYB104K16

D

E

C 303 (A,52,89) 10 µF/10 V CCH1424 C 304 (B,46,71) CKSYB106K6R3 C 305 (B,49,71) CKSRYB103K50 C 323 (B,33,72) CKSRYB473K25 C 326 (B,31,72) CCSRCH101J50

C 327 (B,29,71) CKSYB106K6R3

56

C 803 (A,143,10) CEJQ470M10 C 804 (B,155,9) CKSRYB103K50 C 806 (B,131,27) CKSRYB103K50 C 807 (B,115,27) CKSRYB102K50 C 814 (A,134,24) CEJQ470M10

C 815 (B,130,24) CKSRYB104K16

RS-D7R—/EW5

F

7

8

45

1234

Circuit Symbol and No. Part No.

C 816 (B,130,15) CKSQYB225K10 C 820 (B,124,28) CKSQYB225K10 C 821 (A,124,36) CEAT101M16

A

C 822 (B,135,11) CCSRCH101J50

C 823 (B,133,11) CKSRYB105K10 C 824 (B,110,12) CKSQYB225K10 C 825 (A,114,14) CKSRYB104K16 C 826 (A,93,6) CKSYB104K25 C 851 (B,59,12) CKSRYB103K50

C 852 (B,57,8) CKSRYB104K16 C 853 (A,55,8) CEJQ220M10 C 855 (A,43,12) CKSRYB102K50 C 856 (A,43,15) CCSRCH101J50 C 857 (A,43,9) CCSRCH101J50

B

C 858 (B,69,9) CCSRCH101J50 C 901 (A,162,116) 4 700 µF/16 V CCH1566 C 902 (B,158,121) CKSRYB104K16 C 911 (A,156,93) 1 500 µF/16 V CCH1312 C 912 (B,131,87) CKSRYB472K50

C 913 (B,138,94) CKSRYB103K50 C 914 (A,140,96) CEJQ470M10 C 921 (A,134,37) CEAT331M10 C 922 (B,129,44) CKSRYB103K50 C 923 (A,127,44) CEJQ101M16

C

C 931 (B,132,111) CKSQYB105K16 C 932 (B,157,114) CKSRYB104K16 C 941 (B,140,112) CKSYB225K16 C 943 (B,142,121) CKSRYB104K16 C 951 (B,152,99) CKSRYB104K16

C 961 (B,110,113) CKSRYB102K50 C 962 (B,119,116) CKSRYB103K50 C 963 (B,120,113) CKSYB225K16 C 971 (A,124,62) CEJQ101M16 C 972 (B,128,63) CKSRYB472K50

C 973 (B,135,56) CKSRYB103K50

D

C 974 (A,135,55) 47 µF/25 V CCH1538 C 979 (A,135,61) CEJQ100M16 C 991 (B,133,79) CKSRYB473K25 C 992 (B,137,68) CKSRYB102K50

C 993 (A,133,69) 100 µF/16 V CCH1539 C 994 (A,134,80) CEVW100M10

Circuit Symbol and No. Part No.

Q 1505 (A,21,37) Transistor 2SD1767 Q 1506 (A,34,40) Transistor 2SD1767 Q 1507 (A,14,55) Transistor 2SC4226

Q 1551 (A,60,40) Transistor 2SC2412K Q 1552 (A,61,45) Transistor 2SD1767 Q 1553 (A,49,54) Transistor 2SC4226 Q 1554 (A,51,40) Transistor 2SC2412K Q 1555 (A,52,45) Transistor 2SD1767

L 1501 (A,17,75) Inductor CTF1305 L 1551 (A,72,63) Inductor CTF1305 TC1501 (A,29,60) Trimmer CCL1048 TC1551 (A,60,64) Trimmer CCL1048 X 1501 (A,21,60) Radiator 16.934 4 MHz CSS1560

X 1511 (A,53,64) Radiator 11.289 6 MHz CSS1724

RESISTORS

R 1501 (A,32,15) RN1/4PC4701F R 1502 (A,32,18) RN1/4PC4701F R 1503 (A,15,20) RN1/4PC2200F R 1504 (A,30,24) RN1/4PC2200F R 1505 (A,15,28) RN1/4PC2700F

R 1506 (A,32,32) RN1/4PC2700F R 1507 (A,21,24) RN1/4PC1002F R 1508 (A,39,24) RN1/4PC1002F R 1509 (A,26,27) RN1/4PC1002F R 1510 (A,41,30) RN1/4PC1002F

R 1511 (A,26,30) RN1/4PC4701F R 1512 (A,39,36) RN1/4PC4701F R 1513 (A,39,49) RN1/4PC2200F R 1514 (A,17,52) RN1/4PC2202F R 1515 (A,17,66) RN1/4PC1801F

R 1516 (A,25,52) RN1/4PC2202F R 1517 (A,28,66) RN1/4PC1500F R 1518 (A,28,75) RN1/4PC1200F R 1519 (A,28,70) RN1/4PC4702F R 1521 RS1/10S0R0J

R 1551 (A,60,25) RN1/4PC2200F R 1552 (A,69,28) RN1/4PC1002F R 1553 (A,60,33) RN1/4PC2700F R 1554 (A,66,36) RN1/4PC1002F R 1555 (A,66,39) RN1/4PC4701F

D

Unit Number : CWN1766 Unit Name : Master Clock Unit

E

MISCELLANEOUS

IC 1501 (A,22,74) IC TC7SU04FU IC 1502 (A,20,29) IC NJM431U IC 1503 (A,36,29) IC NJM431U IC 1504 (A,37,59) IC NJM431U IC 1551 (A,64,29) IC NJM431U

IC 1552 (A,49,34) IC NJM2373AF IC 1553 (A,58,77) IC NJM2373AF IC 1555 (A,58,54) IC MAX4412EXK Q 1501 (A,40,17) Transistor 2SB1189

F

Q 1502 (A,24,18) Transistor DTC114EU

Q 1503 (A,16,36) Transistor 2SC2412K Q 1504 (A,29,38) Transistor 2SC2412K

46

1234

R 1556 (A,46,53) RN1/4PC3301F R 1557 (A,53,53) RN1/4PC3902F R 1558 (A,46,64) RN1/4PC3902F R 1559 (A,66,66) RN1/4PC1500F R 1560 (A,66,51) RN1/4PC1200F

R 1561 (A,51,25) RN1/4PC2200F R 1562 (A,47,25) RN1/4PC5601F R 1563 (A,54,33) RN1/4PC2700F R 1564 (A,47,42) RN1/4PC1002F R 1565 (A,44,42) RN1/4PC4701F

R 1566 (A,59,80) RN1/4PC2200F R 1568 (A,59,73) RN1/4PC9101F R 1569 (A,59,70) RN1/4PC3002F R 1570 (A,64,58) RN1/4PC1202F R 1571 (A,61,53) RN1/4PC8201F

CAPACITORS

C 1501 (A,55,15) 470 µF/10 V CCH1341

RS-D7R—/EW5

5678

Circuit Symbol and No. Part No.

C 1502 (A,19,17) CKSRYB103K50 C 1503 (A,20,33) CKSRYB103K50 C 1504 (A,36,33) CKSRYB103K50 C 1505 (A,19,45) CASAQ330M10

C 1506 (A,33,47) CASAQ330M10 C 1507 (A,14,47) CKSRYB103K50 C 1508 (A,16,78) CKSRYB103K50 C 1509 (A,37,68) CASAQ330M10 C 1510 (A,38,55) CKSRYB103K50

C 1511 (A,14,59) CCSRCH470J50 C 1512 (A,14,61) CCSRCH470J50 C 1514 (A,22,68) CFHXS473J16 C 1516 (A,20,76) CKSRYB103K50 C 1517 (A,17,72) CSZS1R0M16

C 1518 (A,18,78) CKSRYB103K50 C 1525 (A,35,78) CFHXS473J16 C 1551 (A,69,44) CASAQ330M10 C 1552 (A,70,60) CSZS1R0M16 C 1553 (A,43,76) CASAQ330M10

C 1554 (A,51,76) CASAQ330M10 C 1555 (A,64,33) CKSRYB103K50 C 1556 (A,49,50) CKSRYB103K50 C 1557 (A,49,57) CCSRCH560J50 C 1559 (A,48,59) CCSRCH560J50

C 1563 (A,67,63) CFHXS473J16 C 1565 (A,66,78) CKSRYB103K50 C 1566 (A,55,54) CKSRYB103K50 C 1568 (A,64,24) CKSRYB103K50 C 1570 (A,49,30) CKSRYB103K50

C 1571 (A,54,81) CKSRYB103K50 C 1572 (A,63,77) CKSRYB103K50 C 1573 (A,67,15) 470 µF/10 V CCH1341 C 1574 (A,61,77) CKSRYB103K50 C 1575 (A,29,55) CCSRCK2R0C50

C 1576 (A,57,59) CCSRCH5R0C50

E

Unit Number : Unit Name : Keyboard Unit

MISCELLANEOUS

Circuit Symbol and No. Part No.

D 1885 (A,24,12) LED NECWB205-5780 D 1886 (A,7,12) LED NECWB205-5780

D 1887 (A,127,5) LED CL-196HR-CD D 1888 (A,146,12) LED NECWB205-5780 D 1889 (A,157,12) LED NECWB205-5780 D 1890 (A,151,5) LED NECWB205-5780 D 1891 (A,151,31) LED NECWB205-5780

D 1892 (B,108,12) Diode DAP202U D 1893 (B,108,9) Diode DAN202U D 1894 (A,7,13) LED CL-196HR-CD D 1895 (A,24,13) LED CL-196HR-CD D 1896 (A,156,13) LED CL-196HR-CD

D 1897 (A,147,13) LED CL-196HR-CD D 1898 (A,151,30) LED CL-196HR-CD D 1899 (A,151,6) LED CL-196HR-CD D 1900 (A,16,33) LED CL-196HR-CD D 1901 (A,16,6) LED CL-196HR-CD

L 1801 (B,32,11) Inductor LCTAW2R2J3225 L 1802 (B,31,21) Inductor LCTAW2R2J3225 L 1803 (B,31,31) Inductor LCTAW2R2J3225 L 1804 (B,58,12) Inductor LCTAW2R2J3225 L 1821 (B,79,33) Inductor-Array CTF1542

L 1822 (B,78,38) Inductor-Array CTF1542 L 1823 (B,97,32) Inductor-Array CTF1542 L 1824 (B,97,36) Inductor-Array CTF1542 L 1825 (B,90,16) Inductor LCTAW2R2J3225 L 1861 (B,105,16) Inductor ATH1167

L 1862 (B,125,15) Inductor LCTAW2R2J3225 L 1863 (B,104,33) Inductor CTF1295 L 1864 (B,150,19) Inductor CTF1305 L 1881 (B,117,16) Inductor CTF1305 L 1882 (B,119,16) Inductor CTF1305

L 1883 (B,121,16) Inductor CTF1305 X 1801 (B,56,33) Radiator 3.77 MHz CSS1427 S 1881 (A,9,7) Push Switch CSG1111 S 1882 (A,23,7) Push Switch CSG1111 S 1883 (A,145,7) Push Switch CSG1111

S 1884 (A,143,25) Push Switch CSG1111 S 1885 (A,161,25) Push Switch CSG1111 S 1886 (A,159,7) Push Switch CSG1111 S 1887 (A,152,35) Push Switch CSG1111 S 1888 (A,152,16) Push Switch CSG1111

A

B

C

D

IC 1801 (B,44,26) IC PD6556A IC 1802 (B,41,39) IC S-80929CNNB-G8Z IC 1821 (B,87,29) IC PD8166A IC 1881 (A,12,38) IC TSOP4840SB1 IC 1883 (B,83,11) IC S-818A33AUC-BGN

IC 1884 (B,63,35) IC TC7SET08FUS1 IC 1885 (B,60,39) IC TC7SET08FUS1 IC 1886 (B,56,9) IC TC7SET08FUS1 IC 1887 (B,72,28) IC TC74VHCT541AFK IC 1888 (B,31,37) IC S-93C46BD0I-J8

Q 1881 (B,131,7) Transistor DTC143EUA Q 1882 (B,130,16) Transistor DTC124EUA Q 1883 (B,133,14) Transistor 2SA1576 Q 1884 (B,139,15) Transistor 2SA1576 Q 1885 (B,137,11) Transistor DTC124EUA

D 1801 (B,46,36) Diode 1SS355 D 1881 (A,16,5) LED NECWB205-5780 D 1882 (A,16,35) LED NECWB205-5780

56

S 1889 (A,41,5) Push Switch CSG1111 S 1890 (A,16,25) Encoder(VOLUME) CSD1042

RESISTORS

R 1801 (B,32,8) RS1/16S222J R 1802 (B,44,40) RS1/16S822J R 1803 (B,43,37) RS1/16S102J R 1804 (B,57,39) RS1/16S102J R 1807 (B,30,27) RS1/16S102J

R 1808 (B,31,28) RS1/16S102J R 1809 (B,31,24) RS1/16S472J R 1810 (B,31,25) RS1/16S472J R 1811 (B,29,20) RS1/16S473J R 1812 (B,41,36) RS1/16S473J

R 1815 (B,49,15) RAB4C221J R 1816 (B,43,15) RAB4C221J

RS-D7R—/EW5

OEL Module MXK8203

7

E

F

8

47

1234

Circuit Symbol and No. Part No.

R 1817 (B,37,14) RAB4C221J R 1818 (B,33,16) RAB4C221J R 1819 (B,55,17) RAB4C221J

A

R 1821 (B,88,40) RS1/16S222J R 1822 (B,85,40) RS1/16S472J R 1841 (B,71,35) RAB4C101J R 1842 (B,75,34) RAB4C101J R 1847 (B,71,23) RAB4C101J

R 1848 (B,75,23) RAB4C101J R 1861 (B,104,37) RS1/16S101J R 1862 (B,131,31) RS1/16S473J R 1863 (B,64,40) RS1/16S152J R 1881 (B,38,6) RS1/16S181J

B

R 1882 (B,143,12) RS1/16S181J R 1883 (B,35,5) RS1/16S181J R 1884 (B,119,8) RS1/16S821J R 1885 (B,142,12) RS1/16S181J R 1886 (B,22,10) RS1/16S152J

R 1887 (B,150,27) RS1/16S152J R 1888 (B,150,22) RS1/16S472J R 1889 (B,150,34) RS1/16S472J R 1890 (B,150,24) RS1/16S153J R 1891 (B,150,25) RS1/16S153J

R 1893 (B,113,15) RS1/8S222J

C

R 1894 (B,115,15) RS1/8S222J R 1895 (B,26,33) RS1/16S101J R 1896 (B,118,13) RS1/16S103J R 1897 (B,97,28) RAB4C102J

Circuit Symbol and No. Part No.

C 1809 (B,41,37) CKSRYB105K10 C 1811 (B,53,35) CCSRCH101J50 C 1813 (B,37,40) CKSRYB103K50 C 1821 (B,90,18) CKSRYB103K50 C 1822 (B,94,16) CKSQYB225K10

C 1823 (B,90,13) CKSYB106K6R3 C 1861 (B,110,17) CKSQYB225K10 C 1862 (B,107,32) CKSYB105K16 C 1863 (B,134,33) CKSYB105K16 C 1881 (A,23,14) CKSRYB104K16

C 1882 (A,7,14) CKSRYB104K16 C 1883 (A,19,6) CKSRYB104K16 C 1884 (A,18,34) CKSRYB104K16 C 1885 (A,147,16) CKSRYB104K16 C 1886 (A,158,14) CKSRYB104K16

C 1890 (A,155,6) CKSRYB104K16 C 1891 (A,154,31) CKSRYB104K16 C 1892 (A,6,23) CSZSR220M10 C 1893 (A,6,27) CCSRCH101J50 C 1894 (B,105,13) CCSRCH101J50

C 1895 (B,83,7) CKSYB474K16 C 1896 (B,77,10) CKSYB225K16 C 1897 (B,73,18) CKSRYB103K50 C 1898 (B,54,12) CKSRYB103K50 C 1899 (B,64,38) CKSRYB103K50

C 1900 (B,62,38) CKSRYB103K50

R 1898 (B,97,24) RAB4C102J R 1899 (B,97,20) RAB4C102J R 1900 (B,85,17) RAB4C102J R 1901 (B,80,17) RAB4C102J R 1902 (B,82,16) RS1/16S102J

R 1903 (B,104,36) RS1/16S221J R 1904 (B,59,21) RAB4C221J

D

R 1905 (B,73,16) RAB4C221J R 1906 (B,63,28) RAB4C221J R 1907 (B,63,32) RAB4C221J

R 1908 (B,133,17) RS1/16S103J R 1909 (B,130,14) RS1/16S472J R 1910 (B,136,15) RS1/16S103J R 1911 (B,140,12) RS1/16S472J R 1912 (B,38,9) RS1/16S221J

R 1913 (B,146,17) RS1/16S221J R 1914 (B,145,13) RS1/16S221J R 1915 (B,38,7) RS1/16S221J

E

R 1916 (B,35,9) RS1/16S221J R 1917 (B,146,18) RS1/16S221J

R 1918 (B,145,11) RS1/16S221J R 1919 (B,19,5) RS1/16S221J R 1920 (B,37,37) RAB4C102J R 1921 (B,34,40) RS1/16S103J R 1922 (B,29,40) RS1/16S473J

F

Unit Number : Unit Name : Switch PCB

MISCELLANEOUS

S 951 Switch(CLOSE) CSN1012 S 952 Switch(OPEN) CSN1022

C

Unit Number : CWX3369 Unit Name : CD Core Unit

MISCELLANEOUS

IC 201 IC TA2153FNS1 IC 301 IC TC9495F2S1 IC 401 IC BA5811FM IC 601 IC PE5238A1 IC 801 IC BA05SFP

Q 101 Transistor 2SD1664 Q 102 Transistor UMD2N Q 601 Transistor DTA114EU TH601 Thermistor CCX1037 X 601 Ceramic Resonator 32.00 MHz CSS1544

CAPACITORS

C 1801 (B,27,11) CKSYB106K6R3 C 1802 (B,23,13) CKSYB106K6R3

F

C 1803 (B,60,37) CKSRYB104K16 C 1804 (B,26,17) CCSRCH101J50 C 1805 (B,24,37) CKSRYB104K16

48

1234

S 901 Spring Switch(LOAD,EJ) CSN1052 S 902 Spring Switch(LOAD,EJ) CSN1052 S 903 Spring Switch(LOAD,EJ) CSN1052 S 904 Spring Switch(HOME) CSN1051

RESISTORS

R 101 RS1/16S222J

RS-D7R—/EW5

5678

Circuit Symbol and No. Part No.

R 102 RS1/16S220J R 103 RS1/16S220J R 104 RS1/16S220J R 105 RS1/16S220J

Circuit Symbol and No. Part No.

R 711 RS1/16S0R0J R 713 RS1/16S0R0J R 901 RS1/16S104J R 902 RS1/16S473J

A

R 201 RS1/16S153J R 202 RS1/16S153J R 203 RS1/16S823J R 204 RS1/16S823J R 205 RS1/16S102J

R 206 RS1/16S823J R 207 RS1/16S102J R 208 RS1/16S124J R 209 RS1/16S183J R 210 RS1/16S153J

R 211 RS1/16S103J R 212 RS1/16S103J R 213 RS1/16S124J R 215 RS1/16S471J R 216 RS1/16S473J

R 217 RS1/16S473J R 301 RS1/16S153J R 302 RS1/16S332J R 303 RS1/16S332J R 304 RS1/16S105J

R 305 RS1/16S472J R 311 RS1/16S221J R 312 RS1/16S103J R 313 RS1/16S473J R 314 RS1/16S224J

R 315 RS1/16S334J R 316 RS1/16S473J R 321 RS1/16S0R0J R 401 RS1/16S103J R 403 RS1/16S154J

R 404 RS1/16S362J R 405 RS1/16S183J R 406 RS1/16S183J R 407 RS1/16S752J R 408 RS1/16S102J

R 409 RS1/16S103J R 410 RS1/16S752J R 411 RS1/16S153J R 412 RS1/16S154J R 413 RS1/16S333J

R 602 RS1/16S1502D R 603 RS1/16S222J R 604 RS1/16S104J R 605 RS1/16S223J R 606 RS1/16S473J

R 607 RS1/16S103J R 608 RS1/16S102J R 609 RS1/16S102J R 610 RAB4CQ102J R 611 RS1/16S473J

R 701 RAB4CQ221J R 702 RS1/16S221J R 703 RS1/16S102J R 704 RS1/16S0R0J R 707 RS1/16S221J

R 708 RS1/16S0R0J

56

R 903 RS1/16S273J

CAPACITORS

C 101 CEVLW470M6R3 C 102 CKSRYB102K50 C 103 CKSRYB104K16 C 104 CKSRYB334K10 C 105 CEVLW470M6R3

C 106 CKSRYB104K16 C 201 CKSRYB104K16 C 202 CCSRCH560J50 C 204 CKSRYB334K10 C 205 CKSRYB334K10

C 206 CKSRYB273K25 C 207 CKSRYB273K25 C 208 CKSRYB104K16 C 209 CKSRYB104K16 C 210 CCSRCK2R0C50

C 211 CCSRCH220J50 C 212 CCSRCH220J50 C 301 CKSRYB153K25 C 302 CKSRYB104K16 C 303 CKSRYB103K50

C 304 CKSRYB822K50 C 305 CKSRYB223K25 C 306 CKSRYB104K16 C 307 CKSRYB103K50 C 308 CKSRYB104K16

C 309 CKSRYB473K16 C 310 CKSRYB473K16 C 311 CKSRYB104K16 C 312 CKSRYB104K16 C 313 CKSRYB104K16

C 314 CCSRCH221J50 C 315 CEVLW220M16 C 316 CEVLW101M6R3 C 317 CKSRYB104K16 C 318 CKSRYB104K16

C 319 CKSRYB104K16 C 320 CCSRCH330J50 C 325 CCSRCH471J50 C 329 CKSRYB223K25 C 401 CCSRCH271J50

C 402 CCSRCH471J50 C 403 CKSRYB223K25 C 404 CKSRYB103K50 C 405 CEVLW101M10 C 601 CKSRYB103K50

C 602 CKSRYB472K50 C 703 10 µF/10 V CCH1349 C 801 10 µF/10 V CCH1349 C 802 CEVLW101M6R3 C 803 CKSRYB334K10

C 901 CKSRYB103K50 C 902 CKSRYB103K50

RS-D7R—/EW5

B

C

D

E

F

7

8

49

1234

Circuit Symbol and No. Part No.

Miscellaneous Parts List

A

M 1 Carriage Motor Assy CXC5819 M 2 Load Motor Assy CXC5821 M 3 Motor Unit CXC6003

M 10 Motor Unit CXC2489

B

Pickup Unit(Service)(P8) CXX1305

C

D

E

F

50

1234

RS-D7R—/EW5

5678

6. ADJUSTMENT

6.1 MASTER CLOCK ADJUSTMENT

A

- Adjustment point

CN1502

TC1501

CN1501

TC1551

CN1551

SIDE BSIDE A

CLKO

B

CLKA

C

- Master Clock Unit frequency adjustment

No. Measuring point Adjusting point Content of adjustment

1 CLKO 2 CLKA

1. Remove the Master Clock Unit from the Audio Control Unit.

2. Play the CD with the cable connected.

3. Monitor CLKO (frequency counter and high frequency probe are required) and adjust TC1501 to match the frequency.

4. Monitor CLKA (frequency counter and high frequency probe are required) and adjust TC1551 to match the frequency.

TC1501 Frequency counter : 16 934.400 ± 20 Hz TC1551 Frequency counter : 11 289.600 ± 15 Hz

D

E

56

RS-D7R—/EW5

F

7

8

51

1234

6.2 CD ADJUSTMENT

1) Precautions

A

• This unit uses a single power supply (+5V) for the regulator. The signal reference potential, therefore, is connected to VREF(approx. 2.1V) instead of GND. If VREF and GND are connected to each other by mistake during adjustments, not only will it be impossible to measure the potential correctly, but the servo will malfunction and a severe shock will be applied to the pick-up. To avoid this, take special note of the following. Do not connect the negative probe of the measuring equipment to VREF and GND together. It is especially

B

important not to connect the channel 1 negative probe of the oscilloscope to VREF with the channel 2 negative probe connected to GND. Since the frame of the measuring instrument is usually at the same potential as the negative probe, change the frame of the measuring instrument to floating status. If by accident VREF comes in contact with GND, immediately switch the regulator or power OFF.

• Always make sure the regulator is OFF when connecting and disconnecting the various filters and wiring

C

required for measurements.

• Before proceeding to further adjustments and measurements after switching regulator ON, let the player run for about one minute to allow the circuits to stabilize.

2) Test Mode This mode is used for adjusting the CD mechanism module of the device.

• Test mode starting procedure Reset while pressing the DISP and ] keys together.

• Test mode cancellation Switch ACC, back-up OFF.

• After pressing the EJECT key, do not press any other key until the disk is completely ejected.

• If the ] or [ key is pressed while focus search is in progress, immediately turn the power off (otherwise the actuator may be damaged due to adhesion of the lenses).

• Jump operation of TRs other than 100TR continues after releasing the key. CRG move and 100TR jump operations are brought into the “T

racking close” sta-

tus when the key is released.

• Powering Off/On r

esets the jump mode to “1TR”, the RF AMP gain setting to TYP, and the automatic adjustment value to the initial value.

• Please use the "remote control unit of the pr

oduct

accessory" after the test mode starts.

• Since the protective systems in the unit's software are rendered inoperative in test mode, be very careful to avoid mechanical and /or electrical shocks to the system when making adjustment.

• The RFI and RFO signals are easy to oscillate because

D

of a wide band. When observing them, insert a resistor of about 1 kΩ to the series.

• This equipment will not guarantee the load ejection operation when the mechanical unit is turned upside down. In particular, if the ejection operation is incorrectly performed and recovery is disabled, the recovery is enabled by resetting a product or turning ACC off to on.

E

F

52

1234

RS-D7R—/EW5

5678

- Flow Chart

[KEY]

Contents

Display

[DISP]+[ ]+Reset

Test Mode In

[SOURCE]

Source S-CD

TRK MIN SEC

A

[BAND]

Power Off

TRK MIN SEC

[BAND]

Power Off

TRK MIN SEC

[BAND]

Power Off

TRK MIN SEC

[BAND]

Power Off

TRK MIN SEC

[BAND]

Power On

(F. T. offset is adjusted)

TRK

MIN

SEC

00

[3]

Focus Close /

S. curve check

TRK

T.CLS and F,T AGC

and RF AGC and

Applicable servomechanism

TRK

91

xx

MIN

*2

SEC

91

[1]

SEC

xx

[1]

F,T,RF AGC /

F.Bias display switching

TRK

??

MIN

*6

SEC

??

[3]

Power On

(F. T. offset is not adjusted)

TRK

MIN

SEC

99

[6]

Focus Mode switching

TRK

MIN

SEC

0x

[6]

T.Close and

Applicable servomechanism

TRK

MIN

SEC

xx

[3]

F,T AGC,F.Bias

and RF AGC

TRK

MIN

SEC

xx

Gain switching

TRK

GG

Tracking Servo

*3

TRK

00

TRK

or

RF AGC coefficient display

TRK

??

CRG/TR jump value

TRK

xx

[2]

RF AMP

MIN

GG

[1]

Close

MIN

00

MIN

99

[3]

RF AGC /

MIN

??

[6]

switching

MIN

xx

99

[6]

*1

SEC

GG

New Test Mode

B

[]]

*4

CRG+

SEC

00

SEC

99

MIN

SEC

TRK

00

99

MIN

99

00

SEC

99

TRK

or

[]]

CRG+

SEC

TRK

MIN

??

or

SEC

8x

9x

MIN

9x

8x

SEC

9x

TRK

[[]

*4

CRG-

MIN

TRK

or

SEC

00

99

MIN

99

00

SEC

99

TRK

[[]

CRG-

TRK

MIN

SEC

8x

9x

MIN

9x

8x

SEC

9x

TRK

or

[2]

Automatic adjustment value

display switching

TRK

*5

MIN

SEC

??

[2]

T.Balance adjustment /

T.Balance coefficient display

TRK

MIN

SEC

??

C

[]]

MIN

xx

*8

SEC

xx

*7

CRG+/TR Jump+

SEC

TRK

xx

[[]

CRG-/TR Jump+

MIN

xx

SEC

TRK

*8

xx

*9

[2]

Tracking Open

TRK

MIN

SEC

8x

9x

MIN

9x

8x

SEC

9x

TRK

or

[2]

Tracking Open

TRK

MIN

8x

TRK

MIN

or

9x

SEC

8x

SEC

9x

D

*1)

TYP

TRK MIN SEC

+12dB

TRK12 MIN12 SEC

Switch a value

12

*2) Focus Close for “00” or “99” display

Perform the S. curve check operation for “01” display

Focus Close setting

*3)

TRK00 MIN00 SEC

TRK99 MIN99 SEC

or

00

99

S. curve check setting

TRK01 MIN01 SEC

01

F. EQ measurement setting

TRK02 MIN02 SEC

*4) CRG motor voltage = 2 [V]

F.Offset

*5)

Display

TRK/MIN/SEC Switch a value

*6)

*7)

TRK

or

T.Offset Display

F.AGC

Gain

1TR

MIN

SEC

91

TRK

MIN

SEC

81

Switch to the order of the original display

T.AGC

91

81

Gain

TRK

or

F.Bias

32TR

MIN

SEC

92

82

92

MIN

SEC

82

TRK

RF AGC

Gain

TRK

93

TRK

or

100TR

MIN

83

93

SEC

83

*8) 1TR/32TR/100TR

*9) Only at the time of CRG move or 100TR jump

56

02

93

SEC

83

Switch a value

CRG Move

TRK

94

TRK

or

84

RS-D7R—/EW5

[Key]

[BAND]

Power On/Off

CRG +/TR Jump+

[]]

(Direction of the external surface)

CRG -/TR Jump-

[[]

(Direction of the internal surface)

T.CLS and AGC and Applicable servomechanism/

[1]

AGC,AGC display switching

RF Gain switching/Offset adjustment display/

[2]

T.Balance adjustment/T.OPN

F.CLS,S.Curve/Rough Servo and RF

[3]

Lens down/SPDL 1X/2X switching

(Double-speed compatibility only)

-

Error rate measurement

F.Mode switching/T.CLS/CRG

[6]

Jump switching

94

84

SEC

94

84

Switch a value

MIN

Test Mode New Test Mode

Operation

Error occurrence time/ cause display switching

TRK+/FF

TRK-/REV

SCAN

MODE

(ITP)

-

Auto/Manual switching

E

F

7

8

53

1234

6.3 CHECKING THE GRATING AFTER CHANGING THE PICKUP UNIT

A

• Note : The grating angle of the PU unit cannot be adjusted after the PU unit is changed. The PU unit in the CD mecha-

nism module is adjusted on the production line to match the CD mechanism module and is thus the best adjusted PU unit for the CD mechanism module. Changing the PU unit is thus best considered as a last resort. However, if the PU unit must be changed, the grating should be checked using the procedure below.

• Purpose : To check that the grating is within an acceptable range when the PU unit is changed.

• Symptoms of Mal-adjustment :

B

If the grating is off by a large amount symptoms such as being unable to close tracking, being unable to perform

track search operations, or taking a long time for track searching.

• Method :

• Measuring Equipment • Oscilloscope, Two L.P.F.

• Measuring Points • E, F, VREF

• Disc • TCD-784

• Mode • TEST MODE

CD CORE UNIT

C

D

F

E

VREF

L.P.F.

E

100 kΩ

390 pF

F

100 kΩ

390 pF

L.P.F.

Xch Ych

Oscilloscope

• Checking Procedure

1. In test mode, load the disc and switch the 5 V regulator on.

2. Using the ] and [ buttons, move the PU unit to the innermost track.

3. Press key 3 to close focus, the display should read "91". Press key 2 to implement the tracking balance adjust-

ment the display should now read "81". Press key 3. The display will change, returning to "81" on the fourth press.

4. As shown in the diagram above, monitor the LPF outputs using the oscilloscope and check that the phase differ-

ence is within 75° . Refer to the photographs supplied to determine the phase angle.

E

5. If the phase difference is determined to be greater than 75° try changing the PU unit to see if there is any

improvement. If, after trying this a number of times, the grating angle does not become less than 75° then the mechanism should be judged to be at fault.

• Note Because of eccentricity in the disc and a slight misalignment of the clamping center the grating wavefor

seen to "wobble" ( the phase difference changes as the disc rotates). The angle specified above indicates the average angle.

• Hint Reloading the disc changes the clamp position and may decr

F

54

1234

RS-D7R—/EW5

ease the "wobble".

5678

Grating waveform

0°

45°

Ech → Xch 20 mV/div, AC Fch → Ych 20 mV/div, AC

A

30°

B

60°

C

75°

D

90°

E

F

56

RS-D7R—/EW5

7

8

55

1234

6.4 ERROR MODE

- CD Section Error No. Display

A

B

C

D

If the CD player cannot operate or if it stops when an error occurred in operation, it enters the error mode and displays the cause of the error in numerals. Accordingly, an object of this display is to assist in analysis and repair.

(1) Display example

r XX

Er

(2) Err

or codes

Error code Type Description Details and cause 10 Mechanical unit Carriage Home NG Carriage cannot move to and from the inside circumfer

11 Electricity Focus Search NG Focus is disabled.

12 Electricity Spindle Lock NG Spindle Lock is not performed and no subcode can be read.

14 Electricity Mirror NG

17 Electricity Setup NG AGC protection does not work.

19 Electricity Setup NG The tracking balance deviation is 50% or higher or the

30 Electricity Search Timeout Could not reach the target addr

A0 System Power Supply NG Higher or lower than the specified voltage, or no power is

→

Defective Home SW, Carriage move error.

→

At the rear of disc. Disc damage, dirt and vibration ar

intense.

→

Defective spindle. Disc damage, dirt and vibration ar intense. CD-R to which data is not written. (At the rear of disc on rare occasions)

Focus immediately slips of

→

Disc damage, dirt and vibration are intense.

tracking error level is low

f.

.

→ The pickup or tracking error circuit is abnormal.

ess.

→

Carriage/tracking error, disc damage.

output.

→

Defective SW transistor, power supply abnormality terminal NG.

ence.

e

, load

* Setup indicates a series of operations until sound is issued after focus has been perfor

E

F

56

1234

RS-D7R—/EW5

med.

5678

- CD Section Test Mode (Aging Operation and Setup Analysis) Play is performed in the CD normal mode. However, after setup, in the protection operation, such as FOK (focus), LOCK (spindle), subcodes. sound skip and mechanical-unit errors, the error occurrence and a timeout, the occurrence cause and occurrence time are displayed. During setup, the operation status (internal RAM; CPOINT) of the CD software is displayed.

(1) Entering the new test mode

See the test mode flowchar

t.

A

(2) Corr

Key Test mode

espondence of keys between the test mode and new test mode

New test mode

Regulator OFF Regulator ON In-play Error or protection occurr

BAND Regulator ON Regulator OFF 

Error occurrence time or error cause switching

]  FWD-KICK TRACK >  [  REV-KICK < TRACK

1  TRACKING CLOSE SCAN 2  TRACKING OPEN MODE 3  FOCUS CLOSE (ITP) 6 To new test mode

FOCUS MODE SWITCHING

AUTO/MANUAL

The conventional operation is performed for EJECT or CD ON/OFF

(3) Error cause (err

or No.) codes

.



Error code Type Mode Description Details and cause

40 Electricity PLAY FOK=L Focus slips off.

100mS → Damage, dir

t, vibration and faulty

servomechanism.

41 Electricity PLAY LOCK=L Spindle Lock slips off.

100mS → Damage, dir

t, vibration and faulty

servomechanism.

42 Electricity PLAY Subcode NG No subcode can be read.

500mS → Damage, dir

t, vibration and faulty

servomechanism.

43 Electricity PLAY Sound skip Last address memory operation.

occurrence → Damage, dir

ser

vomechanism.

t, vibration and faulty

ence

B

C

D

56

RS-D7R—/EW5

E

F

7

8

57

1234

(4) Operation status display during setup

Status No. Description Protection operation

A

00 CD + 5 V ON is being processed. None 01 SERVO LSI is being initialized (1/3). None 02 CRAM of servo LSI is being initialized. None 03 SERVO LSI is being initialized (2/3). None 04 Offset is being adjusted (1/3). None 05 Offset is being adjusted (2/3). 06 Offset is being adjusted (3/3). None 07 FZD is being adjusted. None 08 Servo LSI is being initialized (3/3). None 10,11 Carriage Home processing start. None

B

12 Carriage is moving toward the inside Timeout for ten seconds, defective Home SW.

circumference.

13 Carriage is moving toward the outside Timeout for ten seconds, defective Home SW.

circumference. 14 Carriage outer kicking. None 15 Carriage is being sent to the outside None

circumfer 20 Servo Close processing start. None 21 Being processed before Focus Search None

C

start. 22 Spindle rotation, Focus Search start. None 23 Focus Close (FOON = Low) wait. Focus Sear 24 Waiting after Focus Close. None 25 Being processed before Focus Search None

start, at setup protection. 26 Being processed before Focus Search None

start, at fast recovery. 27 RF detection. (RFOK = Hi confirmation) Focus slips off, no RF is output. 28 Spindle OLV rough servocontrol. Focus slips off.

D

29 Setting before T balance adjustment Focus slips off.

processing start. 30 T balance adjustment (1/2). Focus slips off. 31 T balance adjustment (2/2). Focus slips off. 32 Spindle CLV stationary servocontrol. Focus slips off. 33 Tracking Close processing (1/2). Focus slips off. 34 Tracking Close processing (2/2). Focus slips off. 35 Setting before Focus/Tracking AGC Focus slips off.

start.

E

36 Focus AGC start processing. Focus slips off. 37 Focus AGC processing (1/2). Focus slips off. 38 Focus AGC processing (2/2). Focus slips off. 39 Setting before Tracking AGC start. Focus slips off.

None

ence. (for one second)

ch timeout.

F

58

1234

RS-D7R—/EW5

5678

Status No. Description Protection operation

40 Tracking AGC start processing. Focus slips off. 41 Tracking AGC processing. Focus slips off. 42 Focus/Tracking AGC processing. Focus slips off, AGC coefficient NG. 43 FE bias adjustment start processing. Focus slips off. 44 FE bias adjustment. Focus slips off. 45 RFAGC adjustment start. Focus slips off. 46 RFRP level read processing. Focus slips of 47 Setting before Lock confirmation. Focus slips of

f, low RFRP level.

f. 48 Lock is being checked. Focus slips off, Spindle Lock is not perfor 49 Setting before subcode confirmation. Focus slips off. 50 Subcode confirmation. Focus slips off, no subcode can be read.

(5) Example of display on display unit

• During setup

TNo.11Min11Sec

11

• In operation (PLAY and SEARCH), this mode is almost the same as the normal mode.

A

med.

B

• At protection/error occurrence (a) Error display

Err–xx

Display is switched using the BAND key.

(b) Occurrence TNo. display, occurrence absolute time display

TNo.10Min40Sec

05

6.5 SYSTEM MICROCOMPUTER TEST PROGRAM

- PCL Output

In the normal operation mode (with the detachable panel installed, the ACC switched ON, the standby mode cancelled), shift the TESTIN (Pin 5) terminal to H. The clock signal is output from the PCL terminal (Pin 62). The frequency of the clock signal is 786.432 kHz that is one 16th of the fundamental frequency. The clock signal should be 786.432 kHz ± 32 Hz. If the clock signal is out of the range, the X'tal (X601) should be replaced with new one.

C

D

E

56

RS-D7R—/EW5

F

7

8

59

1234

)

Case.

emove the four screws.

s.

sconnect the connector and the

e

odule.

sconnect the connector and the

e

y.

7. GENERAL INFORMATION

7.1 DIAGNOSIS

7.1.1 DISASSEMBLY

A

Removing the Case (not shown

1. Remove the

Removing the CD Mechanism Module (Fig.1)

R

B

Di

D Mechanism M

n remove th

CD Mechanism Module

1

C

1

Fig.1

Removing the Grille Assy (Fig.2

D

Di Grille Ass

E

F

Remove the four screw

n remove th

1

Grille Assy

1

Fig.2

60

1234

RS-D7R—/EW5

5678

s.

dicated.

)

s

s.

seal and the

e

t.

Removing the Audio Control Unit (Fig.3)

Remove the four screw

Straighten the tabs at five locations in

1

A

Remove the two screw

Remove the Audio Control Uni

*) While the photograph shown is slightly different from this model in shape, the disassembly procedure is the same.

n remove th

Removing the Master Clock Unit (Fig.4

1. Remove the solder of three tabs indicated by arrow A and then detach the Shield.

2. Remove the solder of five tabs indicated by arrows B, disconnect each of the connectors, and then detach the Master Clock Unit.

2

3

2

B

3

2

C

Audio Control Unit

A

Fig.3

Shield

A

(Note) Do not bend the tab indicated by C when assembling. Also, do not solder it.

D

Master Clock Unit

B

C

B

E

B

Fig.5

F

56

RS-D7R—/EW5

7

8

61

1234

The numeral enclosed by a circle in the drawing indicates the order of removal.

A

- How to hold the mechanism unit

1. Hold the top frame and main frame.

2. Do not hold the front of the top frame tightly because its strength is low.

B

- How to remove the top frame and main frame

1. Remove the screws (4) and screws (2) of the top frame in the clamped state and remove the top frame.

2. After having removed the screws of the dampers (2) on the right and the dampers, remove the main frame.

3. Remount the product connector with the frame removed and eject a disk.

C

Top Frame

D

- How to remove the clamper arm assy and guide arm assy

1. Remove a total of three right, left and rear screws and remove the clamper assy.

2. Remove the left spring and remove the torsion spring hook of the right fulcrum unit.

E

3. Remove the E ring of the left fulcrum and remove the guide arm assy.

Main Frame

Disk

Guide Arm

Assy

Damper

Clamper Arm

Assy

F

62

1234

RS-D7R—/EW5

5678

- How to remove the loading arm assy and spindle motor

1. Remove the E ring of the left fulcrum and remove the spring and loading arm assy.

2. Remove the connector of the spindle motor and remove the mounting screws (3).

Loading Arm Assy

- How to remove the loading motor assy

1. Remove the gear cover screw and remove the gear cover.

2. Remove the holder which was tightened together with the gear cover. (Note): At assembly, tighten the holder together with the gear cover by approaching the holder to the arrow view direction and touching the tip of the motor shaft. At that time, if the holder is tightened with screws while it is being pressed, the motor load is increased and causes an error (NG). While the holder is approached, separate the hand from the holder and the holder is tightened with the screws.

3. Remove the solder of the motor lead wire.

4. Remove the leaf spring screw and remove the holder and leaf spring.

5. Put the mechanical unit face downward, remove the mounting screws of the loading motor assy and remove the loading motor assy.

Holder

Leaf Spring

Loading Motor Assy

Spindle

Motor

Gear Cover

Holder

Grease Application (GEM1029)

A

B

C

D

56

RS-D7R—/EW5

E

F

7

8

63

1234

- How to remove the carriage motor assy

1. Remove the solder of the carriage motor lead wire.

2. Remove the grease cover screw and remove the

A

grease cover.

3. After having removed the lead wire processing of the motor, remove the mounting screw of the carriage motor assy.

B

- How to remove the pickup

1. Mount the jumper pin and remove the pickup connector.

2. After having the processing of flexible wires, remove

C

the mounting screw of the main shaft holder and remove the pickup together with the main shaft holder and the main shaft.

Core Unit

Grease Cover

Grease Application (GEM1030)

Carriage Motor Assy

Main Shaft

Core Unit

Jumper Pin

Pickup

Main Shaft Holder

D

Grease Application (GEM1030)

E

F

64

1234

RS-D7R—/EW5

5678

7.1.2 CONNECTOR FUNCTION DESCRIPTION

ANTENNA JACK

1. BUS+

2. IPGND

3. IPGND

4. NC

5. BUS-

6. IPGND

7. BUS L OUTPUT

8. ASENB

9. BUS R OUTPUT

10. IPGND

11. IPGND

IP-BUS

OUTPUT

11 10 9 8

65

7

4321

1. BUS+

2. GND

3. GND

4. NC

5. BUS-

6. GND

7. BUS L+ INPUT

8. ASENB

9. BUS R+ INPUT

10. BUS R- INPUT

11. BUS L- INPUT

IP-BUS

INPUT

111098

65

7

4321

A

B

C

8765 4321

1. ILL

2. GND

3. MUTE

4. NC

5. B.UP

6. ACC

7. B.REM

8. NC

OPTICAL

OUTPUT

2 1

1. GND

2. GND

3. NC

4. OPTOUT

OPTICAL

INPUT

2 1

1. GND

2. GND

3. NC

4. OPTOUT

D

4

3

E

4 3

56

RS-D7R—/EW5

F

7

8

65

7.2 IC

1234

PCM1800S1

A

TC7SH02FUS1 TC7SET04FUS1 LC89055WHS-RA8 TC74HCT157AF PDH098A SM5849BF TC9271FS HA12187FPS1 PE5208A1

- Pin Functions (PCM1800S1)

B

C

Pin No. Pin Name I/O Function and Operation

1 VINL I Analog input, Lch 2 VREF1 Reference 1 decoupling capacitor 3 REFCOM Reference decoupling common 4 VREF2 Reference 2 decoupling capacitor 5 VINR I Analog input, Rch 6 RSTB I Reset input 7 BYPAS I LCF bypass control

8, 9 FMT0, 1 I Audio data format 0, 1

10, 11 MODE0, 1 I Master/slave mode select 0, 1

12 FSYNC I/O Frame synchronous input/output 13 LRCK I/O Sampling clock input/output 14 BCK I/O Bit clock input/output 15 DOUT O Audio data output 16 SYSCK I System clock input 256fs, 384fs, 512fs 17 DGND Digital GND 18 VDD Digital power supply 19 CINNR Anti-aliasing filter capacitor (-)Rch 20 CINPR Anti-aliasing filter capacitor (+)Rch 21 CINNL Anti-aliasing filter capacitor (-)Lch 22 CINPL Anti-aliasing filter capacitor (+)Lch 23 VCC Analog power supply 24 AGND Analog GND

PD0236BM

PM4009A1 NJM2373AF NJM431U MAX4412EXK TC74VHCT541AFK PD8166A S-80929CNNB-G8Z PD6556A S-93C46BDOI-J8

TA2153FNS1 TC9495F2S1 PE5238A1

D

E

F

PCM1800S1

12

13

TC7SH02FUS1

1

IN B

IN A

GND

2

3

1

24

5

4

VCC

OUT Y

TC7SET04FUS1

1

NC

IN A

GND

2

34

5

VCC

OUT Y

66

1234

RS-D7R—/EW5

5678

- Pin Functions (LC89055WHS-RA8)

Pin No. Pin Name I/O Function and Operation

1 DISEL I Select input pin for data input pin(DIN0,DIN1) 2 DOUT O Output pin for serial audio data 3 DIN0 I Digital data input pin 4 DIN1 I Digital data input pin 5 DIN2 I Digital data input pin 6 DGND GND for digital circuit 7 DVDD Digital VDD pin(5V) 8 R I VCO gain control input pin

9 VIN I Input pin for VCO free run frequency setting 10 LPF O PLL loop filter setting pin 11 AVDD Analog power supply 12 AGND Analog GND 13 CKOUT O Clock output pin 14 BCK O 64fs clock output pin 15 LRCK O fs clock output pin 16 DATAO O Data output pin 17 XSTATE O Output pin for source clock switch monitor 18 DGND Digital GND 19 DVDD Digital power supply 20 XMCK O Crystal oscillation clock output pin 21 XOUT O Crystal oscillator connection output pin 22 XIN I Crystal oscillator connection input pin 23 EMPHA O Output pin for emphasis information of channel status 24 AUDIO O Output pin for bit 1 of channel status (non-PCM data detection bit) 25 CSFLAG O Output pin for updating flag of the leading 40 bits of channel status 26 F0/P0/C0 O Output pin for calculated signal of input fs/Pc data type/input word

information

27 F1/P1/C1 O Output pin for calculated signal of input fs/Pc data type/input word

information

28 F2/P2/C2 O Output pin for calculated signal of input fs/Pc data type/input word

information 29 VF/P3/C3 O Output pin for validity flag/Pc data type/input word information 30 DVDD Digital power supply 31 DGND Digital GND 32 AUTO O Output pin for non-PCM burst data transmission detection signal(Pa,Pb detection) 33 BPSYNC O Output pin for non-PCM burst preample Pa, Pb, Pc, Pd sync signal 34 ERROR O Output pin for PLL lock error, data error flag 35 DO O Output pin for microcomputer IF read data 36 DI I Output pin for microcomputer IF write data 37 CE I Microcomputer IF chip enable pin 38 CL I Microcomputer IF clock input pin 39 XSEL I Select input pin for XIN crystal oscillator frequency 40 MODE0 I Mode setting input pin 41 MODE1 I Mode setting input pin 42 DGND Digital GND 43 DVDD Digital power supply 44 DOSEL0 I Output data format select input pin 45 DOSEL1 I Output data format select input pin 46 CKSEL0 I Output clock select input pin 47 CKSEL1 I Output clock select input pin 48 XMODE I System reset input pin

A

B

C

D

E

56

RS-D7R—/EW5

F

7

8

67

1234

LC89055WHS-RA8

36

A

37

48

B

1

C

25

24

13

12

TC74HCT157AF

1A

1Y

2A

1B

2B

2Y

1

2

3

4

5

6

7

8

SELECT

GND

OUTPUT

INPUT

st SELECT A B

HX X XL

LL L XL

LL HXH

LH X LL

LH X HH

16

VCC

15

st

14

4A

13

4B

12

11

10

4Y

3A

3B

9

3Y

X: Don't Care

PDH098A

D

CS

SK

E

1

Memory

Aray

2

Data Resistor Output Buffer

Mode Decode

Address Decoder

8

VCC

7

NC

Logic

DI

3

Clock Pulse

Voltage Detector

6

TEST

Counter

DO

F

4

Clock Oscillater

5

GND

68

1234

RS-D7R—/EW5

5678

- Pin Functions (SM5849BF)

Pin No. Pin Name I/O Function and Operation

1 VDD Power supply pin 2 DI I Digital input pin 3 BCKI I Bit clock input pin 4 LRCI I Word clock input pin 5 VSS GND pin 6 ICLK I System clock input pin 7 ICKSL I System clock select pin

8, 9 IFM1, 2 I Input format select pin 1, 2

10, 11 IWL1, 2 I Input word length select pin 1, 2

12-19 NC Not used

20 VSS GND pin 21 VDD Power supply pin 22 DMUTE I Direct mute pin 23 MCOM I Microcomputer control select pin 24 MDT/FSI1 I Microcomputer I/F data input/de-emphasis filter fs select pin 1 25 MCK/FSI2 I Microcomputer I/F clock input pin/de-emphasis filter fs select pin 2 26 MLEN/DEEM I Microcomputer I/F latch enable input pin/de-emphasis function select pin

27-39 NC Not used

40 VSS GND pin 41 VDD Power supply pin

42, 43 OWL2, 1 I Output data bit length select pin 2, 1

44 IISN I IIS output select pin 45 STATE O State output pin 46 TST2N I IC test mode setting pin 2 47 DITHN I Output dither control pin 48 RSTN I Reset input pin 49 THRUN I Through mode setting pin 50 SLAVE I Slave mode setting pin

51-59 NC Not used

60 VSS GND pin 61 VDD Power supply pin 62 OCKSL I Output system clock select input pin 63 OCLK I Output system clock input pin 64 VSS GND pin 65 LRCO O Word clock output pin 66 BCKO O Bit clock output pin 67 DOUT O Data output pin

68-79 NC Not used

80 VSS GND pin

A

B

C

D

SM5849BF

40

41

60

61

21

20

1

80

RS-D7R—/EW5

56

E

F

7

8

69

1234

- Pin Functions (TC9271FS)

Pin No. Pin Name I/O Function and Operation

A

B

C

1 BLOCK O Block start position output pin 2 UBDA I User bit data input pin 3 LRS I LRCK polarity select pin 4 LRCK I LR clock input pin 5 NC Not used 6 BCK I Bit clock input pin 7 DATA I 2ch:data input pin /4ch:data input pin 1 8 VLDY I 2ch:correction flag input pin /4ch:data input pin 2 9 EMPH I Emphasis flag setting pin

10 COPY I P:copy flag setting pin /S:"H" fixed

11, 12 FS1, 2 I Sampling frequency setting pin 1, 2

13 CKS I Clock subharmonic number select pin 14 XI I Clock input pin

15 VSS GND pin 16, 17 DO1, 2 O Digital data output pin 1, 2 18, 19 M1, 2 I Channel mode setting pin 1, 2 20, 21 IS1, 2 I Data input mode setting pin 1, 2

22 CTG1 I P:category code setting pin 1/S:data input pin

23 CTG2 I P:category code setting pin 2/S:clock input pin

24 CTG3 I P:category code setting pin 3/S:latch pulse input

25 FR32 O FR32 output pin

26 NC Not used

27 LBIT I P:LBIT input pin/S:32/192 bit switch pin

28 CKA1 I P:clock precision setting pin 1/S:"H" fixed

29 CKA2 I P:clock precision setting pin 2/S:do not output

30 VDD Power supply voltage pin

TC9271FS

15

16

D

1

30

HA12187FPS1

BUS-BUS+VCCSTB

78

BIAS

+

E

-

RECEIVER OUTPUT

DRIVER OUTPUT

COM

+

-

56

F

132

4

S1 R S2 GND

70

1234

RS-D7R—/EW5

5678

- Pin Functions (PE5208A1)

Pin No. Pin Name I/O Function and Operation

1 SWVDD O GRILL: chip enable output 2 DSENS I Grille detach sense input 3 SUBOK I Sub code receivability verification 4 TELIN I TELL MUTE input 5 TESTIN I Test program mode input 6 AUTOANT O Antenna power output 7 DERR I DIR error detection 8 DIRCL O DIR clock output pin

9 DIRDI O DIR write data output pin 10 DIRDO I DIR read data input pin 11 RESET I Reset input 12 XT2 Time clock connection pin 13 XT1 I Time clock connection pin 14 VSS GND pin 15 X2 Main oscillator connection pin 16 X1 I Main oscillator connection pin 17 REGOFF Regulator operation signal 18 REGC Connection for capacity stabilizing regulator output 19 VDD Power supply pin (VDD) 20 DIRCE O DIR chip enable output pin 21 SYSPWR O SYSTEM: system power control 22 FLPPWR O FLAP: flap power control 23 FLPILM O FLAP: illumination in flap control 24 ILMPWR O Illumination power control 25 OELPW O OEL power supply output 26 AUDIO I Non-PCM data detection input 27 IPPW O IPBUS: driver power supply control 28 ASENBO O IPBUS: slave Acc sense output 29 FM/AM O TUNER: decoder power supply control output 30 MUTE O SYSTEM: integrated MUTE output 31 ROMDATA O ROM correction data output 32 ROMCK O ROM correction clock output 33 ROMCS O ROM correction chip select output 34 ANTFIX O TUNER: diversity output 35 LOCL O TUN: local L output 36 LOCH O TUN: local H output 37 TUNPCE2 O TUN:EEPROM chip enable output 38 SD I TUN:SD input 39 ST I TUN:stereo input 40 VSS GND pin (GND) 41 VDD Power supply pin (VDD) 42 FLPCLS O FLAP: close output 43 FLPOPN O FLAP: open output 44 FOPNSW I FLAP: open sense SW input 45 FCLSSW I FLAP: close sense SW input 46 DRST O Digital system IC reset output 47 DMUTE O Digital system mute 48 VCK O E.VOL: clock output 49 VDT O E.VOL: data output 50 VST O E.VOL: strobe output 51 ASEL O Analog selector switch output 52 DSEL O Digital selector switch output 53 DIRSEL O DIR input selector switch output 54 DRST2 O RDS: decoder reset output 55 RDSLK I RDS:LK input 56 RDT I RDS: data input 57 CURRQ O RDS:TUNER voltage FIX output 58 NL2DT I RDS: noise level 2

A

B

C

D

E

56

RS-D7R—/EW5

F

7

8

71

1234

Pin No. Pin Name I/O Function and Operation

59 TMUTE O RDS:TUNER mute output

A

60 SDBW I RDS:SD input in case of NF 61 RECIVE O RDS:reception output 62 PCL Output for adjusting clock

O

63,64 ROT0, 1 I Rotary encoder input 0, 1

65 BSCK I PBUS:clock input pin 66 BSI I PBUS:data input 67 BSO O PBUS:data output 68 BRXEN I/O PBUS:communication enable 69 BRST O PBUS:reset output 70 BSRQ I PBUS:communication demand input 71 DALMON O Electric current switch in case of standby 72 NC Not used

B

73 TEST Pin for testing IC (GND) 74 SL TUNER:signal level input

I 75 NC Not used 76 O Do not output DIT

ditinh

77 NC Not used 78 BATT I Backup voltage input 79 NL1 RDS:noise level input 1(A/D)

I 80 MODEL I Model information input 81 ADPW O A/D converter SW 82 AVDD A/D converter positive power suppply (VDD) 83 AVREF A/D converter reference voltage (VDD) 84 AVSS A/D converter GND pin (GND)

C

85 RX IP-BUS:data input 86 TX IP-BUS:data output

I

O 87 NMI I Do not use this (GND) 88 LDET I PLL lock detection input 89 RCK I RDS:RDS clock input 90 RDS57K I RDS:57kHz pulse count input 91 ISENS I Illumination sense input 92 ASENS I Acc sense input 93 BSENS I B.up sense input 94 TUNPDI I TUN: data input 95 RXD I GRILLE: data input

D

96 TXD O GRILLE: data output 97 TUNPCK O TUN: clock output 98 TUNPDO O TUN: data output 99 TUNPCE O TUN: chip enable output

100 PEE O PEE sound output

PE5208A1

30

31

E

50

51

F

72

1234

1

100

81

80

RS-D7R—/EW5

5678

PD0236BM

- Pin Arrangement Chart

BCSEL

DASEL

NC

1

2

3

18

17

16

A

XRST

SEL

NC

LRSEL

LRCKO

BCKO

DATAO

4

5

NC

6

7

8

GND VDD

9

- Block Diagram Chart

VDD

LRCKI

DATAI

BCKI

SEL

XRST

15

14

13

12

11

10

Timing generation

Data input

Data distinction part

Distinction data delay part

BCKI

DATAI

NC

B

LRCKI

C

Data delay

GND

DATAO

D

BCKO

Operation part

Data output

Confficnt storage ROM

RS-D7R—/EW5

56

7

LRCKO

LRSEL

DASEL

BCSEL

E

F

8

73

1234

s

o.

e

n

k

pp y g

r

Pin Function

Pin N

A

3 HSRDS O RDS detection output (high speed / low accuracy) 4 CLOCK O Clock output 5 DATA I Data input 6 RDS O RDS detection output (normal speed / high accuracy) 7 HSRDS2 O RDS detection output (high speed / low accuracy) 8 HSRESET I Reset input to HSRDS 9 D-SUB Digital block Sub-straight terminal 10 D-GND Digital block Ground terminal 11 XI Oscillator input terminal 12 XO Oscillator output terminal

B

C

13 TPIN3 I Test pattern input 14 TPIN2 I Test pattern input 15 RESET I Reset input 16 A-GND Analog block Ground terminal 17 A-SUB Analog block Sub-straight terminal 18 VREF AD reference voltage 19 REF AD input reference terminal 20 MPX IN Composite signal input terminal 21 TESTMODE I Input data of test mode setting register 22 MODECK I Clock input for TEST mode setting register 23 TPIN1 I Test pattern input 24 VDD-D Power supply terminal for Analog block

PM4009A1

24

Pin Nam

-

TRESET

I/O Function and Operatio

Power supply terminal for Digital bloc Reset input for TEST mode setting registe

13

1

D

NJM2373AF

REFERENCECATHODE

5

E

12

4

VERF

NJM431U

132

ANODE

123

NC ANODE NC

F

REFERENCE

CATHODE

74

1234

RS-D7R—/EW5

5678

MAX4412EXK

OUT

1

OUT : Amplifier Output VEE : Negative Power Supply

VEE

IN+

IN+ : Amplifier Noninverting Input

2

IN- : Amplifier Inverting Input VCC : Positive Power Supply

3

PD8166A

1

NC

2

A18

3

A17

4

A7

5

A6

6

A5

7

A4

8

A3

9

A2

10

A1

11

A0

12

CE

13

Vss

14

OE

15

D0

16

D8

17

D1

18

D9

19

D2

20

D10

21

D3

22

D11

TC74VHCT541AFK

5

VCC

1 g1

2 A1

4

IN-

3 A2

4 A3

5 A4

6 A5

7 A6

8 A7

9 A8

D15/A-1 : Address input (output : 8 bit)

A0-A12 : Address input

D0-D15 : Data output

CE: Chip enable

44

A20

43

A19

42

A8

41

A9

40

A10

39

A11

38

A12

37

A13

36

A14

35

A15

34

A16

OE : Output enable

BYTE : 16/8 bits output select (L : 8 bit output)

Vcc, Vss : Power supply

NC : Not used

33

32

31

30

29

28

27

26

25

24

23

BYTE

Vss

D15/A-1

D7

D14

D6

D13

D5

D12

D4

Vcc

10 GND

S-80929CNNB-G8Z

CDOUT

4 3

Delay

Circuit

+

VREF

1 2

VSS VDD

20 VCC

19 g2

18 Y1

17 Y2

16 Y3

15 Y4

14 Y5

13 Y6

12 Y7

11 Y8

A

B

C

D

E

F

56

RS-D7R—/EW5

7

8

75

1234

)

()

o

e

/O

n

0

t

01

t

SSND

2

t

CC5

y

5

t

5

T

t

6

t

32NCNot used

)

7

,2

t

9

CNot used

0

0ND

C

d

SH

t

5

t

g

6NCNot used

2

g

63NCNot used

T

t

CNot used

D

t

0

R

t

CNot used

t

5

T

t

CNot used

g

9

9ND

O

CC3

y

98D00-15

/O

t

7

t

6556A

1

25

CNot used

t

)

Pin Functions (PD6556A

Pin N

A

1-3A18-2 4-6N

10-20A02-1

2 2

27-

B

36,3

38,3

4

41-43N

4 4

47-49MD0-

C

-

7

71-73N

D

7

76-78N

7

-

99,100A16,1

in Nam

A V

V A13-1 DSPD

VCC VRH

VSS

KDT1 N

ND-4

FLA

N

OEL_RESE N ROM_R OEL_W

CPU_RESE

ND-7

X

V

I

Function and Operatio Bus address outpu

Bus address outpu Bus address outpu

Bus address outpu

Power suppl

Bus address outpu Display data inpu Key data outpu

Power supply(AD Power supply(AD GND(AD Key data inpu

ot use FLASH inpu Remote control signal inpu

CPU mode settin

E2P_ROM data outpu E2P_ROM data inpu E2P_ROM clock outpu E2P_ROM chip select outpu

LED outpu Illumination output(Red Illumination output(White OEL controller reset outpu

ROM read enable outpu OEL controller write outpu

Ready signal inpu Reset inpu

Crystal oscillating element connection Crystal oscillating element connection

Power suppl

I

Bus data input/outpu Bus address outpu

E

F

PD

26

50

51

76

1234

100

76

75

RS-D7R—/EW5

5678

S-93C46BDOI-J8

CS

SK

DO

1

Memory array

2

3

DI

4

Data register

Mode decoder logic

Clock pulse

monitoring circuit

Clock generator

Address decoder

Output buffer

Voltage detector

8

7

6

5

VCC

NC

TEST

GND

A

B

C

D

E

F

56

RS-D7R—/EW5

7

8

77

1234

- Pin Functions (TA2153FNS1)

Pin No. Pin Name I/O Function and Operation

A

B

C

1 VCC - Power supply voltage ter 2 RFGC I RF amplitude adjustment control signal ter 3 GMAD I AGC amplifier frequency characteristic adjustment ter 4 FNI I Main beam amplifier input ter 5 FPI I Main beam amplifier input ter 6 TPI I Sub beam amplifier input ter 7 TNI I Sub beam amplifier input ter 8 MDI O Monitor photodiode amplifier input ter 9 LDO I Laser diode amplifier output terminal

10 SEL I APC circuit ON/OFF signal, LDO terminal control input ter

11 TEB I Tracking error balance adjustment signal input ter 12 2VRO O Reference voltage (2VRO) output ter 13 TEN I Tracking error signal generation amplifier reverse phase input ter 14 TEO O Tracking error signal generation amplifier output ter 15 SBAD O Sub beam addition signal output ter 16 FEO O Focus error signal generation amplifier output ter 17 FEN I Focus error signal generation amplifier reverse phase input ter 18 SEB I RFRP generation circuit mode switching ter 19 VRO O Reference voltage (VREF) output ter 20 RFRP O Signal generation amplifier output terminal for track count 21 BTC I Bottom detection time constant adjustment ter

22 RFCT O RFRP signal center level output ter 23 PKC I 24 RFRPIN I 25 RFGO O RF signal amplitude adjustment amplifier output ter 26 GVSW I 27 AGCIN I 28 RFO O RF signal generation amplifier output ter 29 GND I 30 RFN2 I

minal

minal minal minal

minal minal

minal

minal and bottom

and peak detection frequency switching ter

minals

minal

minal for RFCT signal

generation

minal Peak detection time constant adjustment signal for RFCT signal generation Signal generation amplifier input terminal for track count

minal AGC, FE or TE amplifier gain switching terminal RF signal amplitude adjustment amplifier input ter

minal

minal GND terminal RF signal generation amplifier input ter

minal

TA2153FNS1

D

16

E

F

115

30

TC9495F2S1

50

51

80

81

31

30

1

100

78

1234

RS-D7R—/EW5

5678

- Pin Functions (TC9495F2S1)

Pin No. Pin Name I/O Function and Operation

1 TESTO Test mode ter 2 HSO O Replay speed flag output ter 3 UHSO O Replay speed flag output ter 4 EMPH O Emphasis flag output ter 5 LRCK O Channel clock (44.1 kHz) output ter 6 Vss Digital ground ter 7 BCK O Bit clock output ter 8 AOUT O Digital audio data output ter

9 DOUT O Digital out output ter 10 MBOV O Buffer memory over signal output ter 11 IPF O Correction flag output ter 12 SBOK O CRCC decision r 13 CLCK I/O Clock input/output terminal for sub code P-W data r 14 VDD Digital + power supply ter 15 Vss Digital ground ter 16 DATA O Sub code P-W data output ter 17 SFSY O Replay-system frame sync signal output ter 18 SBSY O Sub code block sync output ter 19 SPCK O Clock for processor status signal r 20 SPDA O Processor status signal output ter 21 COFS O Correction-system frame clock (7.35 kHz) output ter 22 MONIT O LSI internal signal output ter 23 VDD Digital + power supply ter 24 TESIO0 I Test input/output ter 25 P2VRFF PLL-system only 2VREF ter 26 HSSW O The VREF voltage is r 27 ZDET O One-bit DAC zero detection flag output ter 28 PDO O Phase err 29 TMAXS O TMAX detection result output ter 30 TAMX O TMAX detection result output ter 31 LPFN I Reverse input ter 32 LPFO O Output ter 33 PVREF PLL-system only VREF ter 34 VCOREF I VCO center frequency reference level ter 35 VCOF O Filter ter 36 Avss Analog-system ground ter 37 SLCO O Output ter 38 RFI I RF signal input ter 39 AVDD Analog-system power supply ter 40 RFCT I RFRP signal center level input ter 41 RFZI I Input terminal for RFRP signal zero cr 42 RFRP I RF ripple signal input ter 43 FEI I Focus error signal input ter 44 SBAD I Sub beam addition signal input ter 45 TSIN I Test input ter 46 TEI I Tracking error input ter 47 TEZI I Input terminal for tracking error or zero cr 48 FOO O Focus equalizer output ter 49 TRO O Tracking equalizer output ter 50 VREF Analog reference power supply ter 51 RFGC O RF amplitude adjustment control signal output ter 52 TEBC O Tracking balance control signal output ter 53 FMO O Feed equalizer output ter 54 FVO O Speed error signal or feed sear 55 DMO O Disc equalizer output ter 56 2VREF Analog reference power supply ter 57 SEL O APC circuit ON/OFF signal output ter

minal

esult output for sub code Q data

or signal issue between the EFM and PLCK signals

minal of amplifier for lowpass filter

minal for VCO

minal of DAC for data slice level generation

minal

minal minal

minal for sub code Q data

minal

minal (5 V)

minal

ead

minal

minal (5 V)

minal

eached for double or quad speed.

minal

minal minal

minal of amplifier for lowpass filter

minal

minal (5 V)

minal

oss

minal

oss

minal

ch EQ output

minal

ead

minal

A

B

C

D

E

56

RS-D7R—/EW5

F

7

8

79

1234

Pin No. Pin Name I/O Function and Operation

58 FLGA O External flag output terminal for inter

A

59 FLGB O External flag output terminal for inter 60 FLGC O External flag output terminal for inter 61 FLGD O External flag output terminal for inter 62 VDD Digital + power supply ter 63 Vss Digital ground ter

minal

minal (5 V)

64 IO0 O RF amplifier gain switching ter 65

IO1

Not used

66 IO2 I HOME detection switch input ter 67 IO3 O FocusDrv and signal output ter 68 69 CKSE I 70 DACT I DAC test mode ter

B

71 TESIN I Test input ter 72 TESIO1 I Test input/output ter 73 Vss Digital ground ter

DMOUT

Not used

Usually open

minal

minal 74 PXI I DPS-system clock oscillator circuit input ter 75 PXO O DPS-system clock oscillator circuit output ter 76 VDD Digital + power supply ter

minal (5 V) 77 Xvss Ground terminal for system clock oscillator cir 78 XI I System clock oscillator circuit input ter 79 XO O System clock oscillator circuit output ter 80 XVDD For system clock oscillator circuit + power supply ter 81 DVSR R channel D/A converting unit power supply ter 82 RO O R channel data forward rotation output ter

C

83 DVDD D/A converting unit power supply ter 84 DVR Reference voltage ter

minal 85 LO O L channel forward rotation output ter 86 DVSL L channel D/A converting unit power supply ter 87 TEST1 I Test mode ter 88 TEST2 I Test mode ter 89 TEST3 I Test mode ter

minal minal

minal 90 BUS0 I/O Data input/output terminal for microcomputer inter 91 BUS1 I/O Data input/output terminal for microcomputer inter 92 BUS2 I/O Data input/output terminal for microcomputer inter 93 BUS3 I/O Data input/output terminal for microcomputer inter

D

94 VDD Digital + power supply ter 95 Vss Digital ground ter

minal

minal (5 V)

96 BUCK I Clock terminal for microcomputer inter 97 CEE I Chip enable signal for microcomputer inter 98 TEST4 I Test mode ter 99 TSMOD I Test mode ter

100 RST I Reset signal input ter

minal

nal signal monitor nal signal monitor nal signal monitor nal signal monitor

minal

cuit

minal

minal (5 V)

minal

face face face face

face

E

F

80

1234

RS-D7R—/EW5

5678

- Pin Functions (PE5238A1)

Pin No. Pin Name I/O Format Function and Operation

1 bsck I/O /C 2 BDATA I/O /C 3 CONT O C Servo driver power supply contr 4 CDLOAD O C Load/Eject motor load contr 5 CDEJET O C Load/Eject motor eject contr 6NC 7 reset Chip reset 8 VDD1 Positive power supply of parts other than ports

9 X2 Connection for cr 10 X1 I Connection for crystal oscillating system clock 11 VSS1 GND for parts other than por

12-14 CBANK0-2 O C

15 crst O C COMP IC r

16-18 NC

19 SUBOK O C Output for sub code infor

20,21 NC

22 DSET O C

23,24 NC

25 DSPMUTE O C

26-28 NC

29 BRXEN I/O /C P-Bus r 30 NC 31 CD5VON O C CD+5V power supply contr

32,33 NC

34 emph O C Emphasis infor 35 NC 36 xrst O C CD LSI r 37 NC 38 xce OC 39 XPCK O C

40-43 XPIO3-0 I/O /C

44 NC 45 VSS0 GND for por 46 NC Connected dir 47 NC 48 VDCONT O C VD power supply contr 49 csens I

50,51 NC

52 bsrq I/O /C

53,54 NC Not used (Open)

55 VDD0 Positive power supply of por

56 NC 57 VDSENS 58 TEMP Temperatur 59 DSCSNS 60 NC 61 adena O C A/D reference voltage supply contr

62,63 NC

64 AVDD Positive power supply for A/D conver 65 AVREF1 Reference voltage impression for A/D conver 66 AVSS GND for A/D conver

67,68 NC

69-71 NC

P-Bus serial clock input/output P-Bus serial data input/output

ol output

Not used (Open)

(make potential the same as that of VDD0)

ystal oscillating system clock

ts (make potential the same as that of VSS0) COMP IC bank setting output 0-2

eset output

Not used (Open)

mation being OK Not used (Open) Light output for disc set indicator Not used (Open) DOUT Mute output Not used (Open)

eceivability input/output

Not used (Open)

ol output

Not used (Open)

mation output

Not used (Open)

eset output Not used (Open) CD LSI chip enable output CD LSI clock output CD LSI data input/output 3-0 Not used (Open)

ts (make potential the same as that of VSS1)

ectly to VSS0

Not used (Open)

ol output Flap close sense input Not used (Open) P-Bus polling demand output

ts (make potential the same as VDD1) Not used (Open) VD power supply sense input

e sense input Mechanism SW sense input Not used (Open)

Not used (Open)

ter Not used (Open) Connected to VSS0

A

ol output

B

C

D

E

ol output

ter

56

RS-D7R—/EW5

F

7

8

81

1234

Pin No. Pin Name I/O Format Function and Operation

72 testin I Test program star

A

73 SPDLFG

74-76 NC

77 brst P-Bus r 78 NC

79,80 NC

I

FG pulse signal input Connected to VDD0

I

eset input Connected to VDD0 Not used (Open)

t input

PE5238A1

80

1

B

20

61

60

41

21 40

C

D

E

F

82

1234

RS-D7R—/EW5

5678

n

Dreo

.

cator

k

SD

station

e

.

1

k

g

.

2

k

g

pF

chR channel

.

t

chL channel

.

t

C

ol

.

g

WD bandwidth

.

gg

CNot used

0

r

.

y

.

gg

D

d

gg

.

gg

2

"

k

3

l

.

)

O

/

t

k

5lock

1

CNot used

8lock detector

k

Q

k

g

CNot used

P

g

CC

y

g

OCH

gh

g

gggg

OCL

local low

g

.

5LOCL

oca

ow

transisto

,

D

d

g

.

g

.

g

8

t

e

to

.

8

z

51

53

5

0151613

J

OCL

3

OCH

Q

920

FM/AM Tuner Unit

FM/AM 1ST IF 10.7 MH

2

ANT ADJ

FMANT

27 26

RFGND

ATT

L

2

No.SymbolI/OExplai

TIN

FM

R

L

W

DB N

1

DGN

E

1

DI/D

1 16E

N 1 19RE 20N

M

V 23L

FML

2

26RFGN

2

T51 Q51 CF

MIXER, IF AMP, DET.

FMRF

IMG ADJ

RF AD

L

2

indi FM

noise levelnoise level-

outpu

outpu write contr

owe suppl digital groun chip enable-

I/Osignal leve

I/Odata input

data outpu

chip enable-

current requestActive at "Low". To be grounded at 47

ower suppl local hi

l

l l

RF groun FM antenna inputFM antenna input. 75 AM antenna inpu

IC1

CF202

AM 2ND IF

450 kHz

F52 CF

X901

10.25 MHz

MPXREF 41 kHz

AMDET

IC 2 FM MPX

IC3

EEPROM

RE

1

L

TIND

L ch

R ch

COMP

LDET

6

5

21 18

"Low" when the FM stereo signals are received To be pulled up to the "VDD" at 47

Meanwhile, 10 kshould be used when taking diver FIX trigger from her and "High: 0.9 VDD or more" and "Low: 250 mV or less" (Should satisfy the diver IC specifications) "High" when noise is received. Output for the RDS. GND at 47 "High" when noise is received. Output for the RDS. GND at 36 FM stereo "R-ch" signal output or AM audio output Add the specified de-emphasis constant. FM stereo "L-ch" signal output or AM audio output Add the specified de-emphasis constant. EEPROM write control. Writing permissible at "Low". Normally open SD bandwidth signal output. For detection of detuning data for the RDS

Power supply pin for the digital section DC 5 V +/- 0.25 V. Be careful about overlapping noise in the logic section Grounding for the digital section EEPROM chip enable. Active a "Low To be pulled up to the "VDD" at 47 Received FM/AM signal level (strength) output Connect the specified load resistor and capacitor (10 k + 39 k// 4 700 pF Data input/Data outpu To be pulled up to the "VDD" at 47

Active at "Low". To be pulled up to the "VDD" at 47

FM composite signal output. r out < 100 Analog section power supply pin.DC 8.4 V +/- 0.3 V FM local high pin. When seeking local high, apply 5 V together with "LOCL". FM local low pin. When seeking local low, apply 5 V to the base of the NPN transistor with which the specified resistor is bein

connected to the emitter Keep it open in case of ordinary marketed models. FM/AM local low pin. When seeking local low, apply 5 V to the base of the NPN

r.

Since this pin is exclusive for AM when the FMLOCL is in use

not drive it under FM.

Grounding for the antenna section

. Surge absorber is necessary

Connect to the antenna through an L (LAU type) of 4.7

H.To cope with th

A

B

// 1 800 pF // 330

C

D

E

a coil of about 100 mH) + R (a resistor of 470

RS-D7R—/EW5

56

2.2 k between the GND

F

7

8

83

1234

7.3 OPERATIONAL FLOW CHART

A

Power ON

VDD = 5 V

B

Pin 93

bsens = L

asens

Pin 92

asens = L

dsens

bsens

C

Pin 2

dsens = L

ASENBO←H Pin 28

Starts

communication

with Grille

microcomputer.

D

SWVDD←L Pin 1

300 ms

In case of the above signal, the communication

Source keys operative

with Grille microcomputer may fail. If the time interval is not 300 msec, the oscillator may be defective.

Source ON

E

SYSPWR←H Pin 21

Completes power-on operation. (After that, proceed to each source operation)

F

84

1234

RS-D7R—/EW5

5678

U

n

E

e

n

on

n

y

el

s

o

e

.

n

E

n

r

ON

6

n

e

g

,

y.

/ / / buttons

8. OPERATIONS

Head unit

Signal receive

VOLUM

A

DISPLAY OFF indicato

RESET butto

B

Remote control

In this system, the available functions and the menu display vary depending on the condition of the remote controller in use. Opening the cover enables the SHIFT, RETURN and FUNCTION buttons 1 to 6 inside the unit.

• When operatin it may not operate properl

ATT butto This lets you quickl lower volume lev (by about 90%). Pres once more to return t the original volum level

DISPLAY butto

RCE butto

the remote control, be sure to point it to the signal receiver on the head unit. If not

AUX butto

D butto

AND butto

EJECT/OPEN butto

TUNER butto

VOLUM

TA butt

HIFT butto

FUNCTI buttons 1 to

C

D

BAND button

MEN

butto

E

RETURN butto

losed stat

56

RS-D7R—/EW5

Open stat

7

F

8

85

1234

A

B

C

D

E

F

86

1234

RS-D7R—/EW5

5678

A

B

C

D

E

56

RS-D7R—/EW5

F

7

8

87

1234

Connecting the Units

A

Power cable connection

Multi-CD player

IP-BUS cable

(sold separately)

IP-BUS input (Blue)

B

15 cm

IP-BUS output (Black)

15 cm

This Product

Antenna jack

C

Optical output (Black)

Optical input (Blue)

Clear To terminal always supplied with power regardless of ignition switch position.

D

Fuse holder

(4 A)

Blue/white To system control terminal of the power amp or Auto-antenna relay control terminal (max. 300 mA 12 V DC).

Orange/white To lighting switch terminal.

Fuse resistor

Red

E

Yellow/black If you use an equipment with Mute function, wire this lead to the Audio Mute lead on that equipment. If not, keep the Audio Mute lead free of any

To electric terminal controlled by ignition switch (12 V DC) ON/OFF.

Fuse resistor

connections.

Clear/black (ground) To vehicle (metal) body.

F

88

1234

RS-D7R—/EW5

5678

System connection

A

*1 IP-BUS cable *2 Optical cable *3 RCA cable (sold separately)

Black

Multi-CD player (sold separately)

IP-BUS output (Black)

*1

Black

*1

Display unit (e.g., “AVX-7600” (sold separately))

This product

*3

Blue

IP-BUS-RCA (e.g., “CD-RB20” (sold separately))

*3

DVD player (sold separately)

IP-BUS input (Blue)

Blue

Auxiliary equipment

Black

*1

Blue

Black

*1

B

C

Optical output (Black)

Optical input (Blue)

*2

Digital integrated amplifier “RS-A9” (Sold separately)

Black

Blue

Digital amplifier “RS-A7” (Sold separately)

*2

Black

Blue

*1

Tweeter Mid-range speaker Low-range speaker Subwoofer

D

E

F

56

RS-D7R—/EW5

7

8

89

1234

tools:

ed

s

g

s

4

8

gp p

sc

84

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9

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.

s

Jigs List

Nam

Test Di

A

Jig No

TCD-7

Grease List

Nam

reas reas

B

Before shipping out the product, be sure to clean the following portions by using the prescribed cleaning

rease No

EM102 EM1

Remark

Checking the gratin Checking the gratin

Remark

D Mechanism Modul D Mechanism Modul

Two pieces

C

Portions to be clean CD pickup lense

Cleaning tool Cleaning liquid : GEM100 Cleaning paper : GED-00

D

E

F

90

1234

RS-D7R—/EW5

Pioneer RSD-7-R Mk2 Service manual

SAFETY INFORMATION

CONTENTS

1. SPECIFICATIONS

2. EXPLODED VIEWS AND PARTS LIST

2.1 PACKING

2.2 EXTERIOR(1)

2.3 EXTERIOR(2)

2.4 CD MECHANISM MODULE

3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM

3.1 BLOCK DIAGRAM

3.2 OVERALL CONNECTION DIAGRAM(GUIDE PAGE)

3.3 CD MECHANISM MODULE

3.4 MASTER CLOCK UNIT

3.5 KEYBOARD UNIT

4. PCB CONNECTION DIAGRAM

4.1 AUDIO CONTROL PCB

4.2 CD CORE UNIT

4.3 MASTER CLOCK UNIT

4.4 KEYBOARD UNIT

4.5 OPT PCB AND SWITCH PCB

5. ELECTRICAL PARTS LIST

6. ADJUSTMENT

6.1 MASTER CLOCK ADJUSTMENT

6.2 CD ADJUSTMENT

6.3 CHECKING THE GRATING AFTER CHANGING THE PICKUP UNIT

6.4 ERROR MODE

6.5 SYSTEM MICROCOMPUTER TEST PROGRAM

7. GENERAL INFORMATION

7.1 DIAGNOSIS

7.1.1 DISASSEMBLY

7.1.2 CONNECTOR FUNCTION DESCRIPTION

7.2 IC

7.3 OPERATIONAL FLOW CHART

8. OPERATIONS