Kenwood 1060CD User manual

DISC SKIP

TEXT DISP. ALL INFO.

TIME DISP.

REPEATRANDOM

P.MODE

4 ¢

1 ¡

DISC 1 DISC 2 DISC 3 DISC 4 DISC 5

0

67

EDIT

PHONES

-ON –STANDBY

DIGITAL AUDIODIGITAL AUDIO

COMPACTCOMPACT

TEXT

MULTIPLE CD PLAYER

1060CD/1070CD

DP-R6090/R7090

D-R350

Knob (BUTTON)

(K27-2178-04)

L

R

VARIABLE

LINE OUTPUT

DIGITAL OUTPUT

SYSTEM CONTROL

OPTICAL

COAXIAL

SL16 XS 8

ƒ

TEXT

Panel *

(A60-) Phone jack

(E11-0127-05)

AC power cord *

(E30-) Phono jack

(E63-1009-05) Miniature phone jack

(E11-0293-05) Oscillating module

(W02-1114-05)

Escutcheon

(B07-2294-22) Front glass

(B10-2364-03) Knob assy

(K29-6681-24)

Power cord bushing

(J42-0083-05) Slide switch

(S31-2132-05) Phono jack

(E63-0199-05) Metallic cabinet

(A01-3289-01)

In compliance with Federal Regulations, following are reproductions of

labels on, or inside the product relating to laser product safety.

KENWOOD-Corp. certifies this equipment conforms to DHHS Regulations

No. 21 CFR 1040. 10, Chapter 1, Subchapter J.

DANGER : Laser radiation when open and interlock defeated.

AVOID DIRECT EXPOSURE TO BEAM.

Illust is DP-R6090.

* Refer to parts list on page 21.

1060CD/1070CD(k)COVER( 98.4.240:29PM y[W 2

1060CD/1070CD/DP-R6090/R7090/D-R350

2

CONTENTS / ACCESSORIES / CAUTION

CONTENTS / ACCESSORIES / CAUTION................ 2

EXTERNAL VIEW........................................................3

ADJUSTMENT............................................................ 4

PC BOARD ................................................................. 5

SCHEMATIC DIAGRAM ............................................. 9

EXPLODED VIEW .................................................... 18

PARTS LIST.............................................................. 21

SPECIFICATIONS.....................................................27

Accessories

Contents

Note related to transportation and movement

Before transporting or moving this unit, carry out the following

operations.

1. Turn the power ON but do not load a disc.

2. Wait a few seconds and verify that the display shown appears.

Wait further a few seconds.

3. Turn the power OFF.

Caution

12345

1 2 3 4 5

6 7 8 9 10

11 12 13 14 15

16 17 18 19 20

no d SC

I

Audio cord (1)

(E30-0505-05) System control cord (1)

(E30-2733-05) AC plug adapter (1)

(E03-0115-05)

DP-R6090/R7090/D-R300 : M type only

Remote control unit (1)

(A70-1134-05) : RC-P0601

1060CD/1070CD/DP-R6090/R7090

Batteries (R6/AA) (2)

DP-R4090 only

Battery cover: (A09-0356-08)

1060CD/1070CD(k)COVER( 98.4.240:29PM y[W 3

3

1060CD/1070CD/DP-R6090/R7090/D-R350

EXTERNAL VIEW

DISC SELECTOR

DISC

1

1 2¢4 3

MULTIPLE CD PLAYER D-R350

REPEAT

ON/STANDBY

D.R.I.V.E.

RANDOM 4 5 0

7

6

DISC SKIP

2 3 4 5



TEXT

DIGITAL AUDIODIGITAL AUDIO

COMPACTCOMPACT

L

R

LINE OUTPUT DIGITAL OUTPUT

OPTICAL

COAXIAL

SISTEM

CONTROL

TEXT

Front glass

(B10-2353-22)

Dressing panel

(A21-1964-03)

Indicator

(B12-0312-04)

Indicator

(B12-0313-14) Panel *

(A60-)

Power cord bushing

(J42-0083-05) Miniature phone jack

(E11-0293-05) Phono jack

(E63-0199-05) Metallic cabinet

(A01-3440-01)

Knob

(K29-6649-02) Panel

(A29-0858-12) Knob

(K29-6648-12)

Oscillating module

(W02-1114-05)

AC power cord *

(E30-) Phono jack

(E63-1009-05)

Illust is D-R350.

* Refer to parts list on page 21.

1060CD/1070CD(k)COVER( 98.4.240:29PM y[W 5

4

1060CD/1070CD/DP-R6090/R7090/D-R350

ADJUSTMENT

FIG.

GND

+

_L.P.F. +

+

L.P.F.

VTVM

1

2

3

4

5

6

7

1.2 kHz

50 mVrms

(a)

No. ITEM INPUT

SETTINGS OUTPUT

SETTINGS ALIGNMENT

POINTS ALIGN

FOR

PLAYER

SETTINGS

1 LASER POWER −Apply the sensor section

of optical power meter

on the pickup lens. −

On the power from

0.08 to 0.15 mW,

when the diffraction

grating is correctly

aligned with the RF

level of 1.0 Vp-p or

more.

While pressing the

RANDOM key, turn

the AC ON. (Test

mode) Press the

PLAY/PAUSE key,

then confirm that the

display is "03".

(a) Laser power

Pickup

3FOCUS ERROR

BALANCE Test disc

Type 4

Connect an oscilloscope

as follows.

CH1 : RF (CN2 pin 1)

CH2 : FE (CN2 pin 2)

FE BALANCE

VR1 Optimum eye pattern

Press the

PLAY

/PAUSE

key,

then confirm that the

display is "05".

Note:

Type 4 disc : SONY YEDS-18 Test Disc or equivalent.

LPF: Around 47 kΩ+ 390 pF or so.

0.08~0.15 mW

Optical power meter

2TRACKING ERROR

BALANCE Test disc

Type 4

Connect an oscilloscope

as follows.

CH1 : RF (CN2 pin 1)

CH2 : TE (CN2 pin 6)

TE BALANCE

VR2 Symmetry between

upper and lower pat-

terns

Press the

PLAY/PAUSE key,

then confirm that the

display is "03".

CN2

(e) Tracking gain

(e)

4TRACKING GAIN

Test disc

Type 4

Apply signal of

1.2 kHz,

50mVrms to

CN2 pin 5-6.

Connect a LPF to CN2

pin 5-6 to which you

connect an oscilloscope

or AC voltmeters.

TRACKING

GAIN

VR3 Two VTVMs should

read the same value.

Press the

PLAY/PAUSE key,

then confirm that the

display is "05".

Step 1~4 are in TEST MODE

1060CD/1070CD(k)COVER( 98.4.240:29PM y[W 6

ACEGIBDFHJ

2

1

3

5

7

4

6

Refer to the schematic diagram for the value of resistors and capacitors.

PC BOARD(Component side view)

5 6

CD player unit (X32-333x-xx) 0-10 : D-R350 KP

0-11 : 1060CD KP

DP-R6090 TE

0-12: 1070CD KP

0-21 : D-R350 YMI

0-22 : 1060CD Y

DP-R6090 M 0-23 : 1070CD Y

1060CD(K)2P PCB 98.4.240:16 PM y[W 1

KL N P R TM O Q S

2

1

3

5

7

4

6

Refer to the schematic diagram for the value of resistors and capacitors.

PC BOARD(Component side view)

7 8

Display unit (X25-590x-xx) 0-10 : 1070CD

DP-R7090

0-11 : 1060CD

DP-R6090

Display unit (X25-5910-10) D-R350

1060CD(K)2P PCB 98.4.240:17 PM y[W 2

A C E G IB D F H J

2

1

3

5

7

4

6

()

)

(

()

)

(

)

(

)

(

()

(

()

)

()

(

()

)

(

()

)

(

()

)

(

)

(

)

(

()

)

()

(

)

(

()

)

(

)

()

(

)

()

(

)

(

)

(

)

()

)

(

()

(

)

(

)

(

()

)

(

()

)

(

()

)

(

)

(

()

)

(

()

)

(

()

)

(

()

(

)

(

)

()

)

(

()

)

(

()

)

(

()

)

(

()

)

(

)

(

)

(

)

(

()

)

(

)

(

()

)

(

()

)

()

(

()

)

(

)

(

)

(

()

)

(

()

)

(

()

GND

IN OUT

X

()

)

()

(

)

(

)

(

()

)

(

)

(

()

)

(

)

(

X

1

PHD2

FEO 36

37 FE.BIAS SENS 24

38 FC.OUT 23

39 E

XRST 22

40 EI

DATA 21

41 VEE

XLT 20

42 TEO

CLK 19

43 LPFI

VCC 18

44 TEI

ISET 17

45 ATSC

SLO 16

46 TZC

SL- 15

47 TDFCT

SL+ 14

48 VC

TAO 13

35

FEI PHD1

2

34

FDFCT PHD

3

33

FGD LD

4

32

FLB RF-

5

31

FEO

RFO

6

30

FE-

RFI

7

29

SRCH CP

8

28

TGU CB

9

27

TG2 CC1

10

26

FSET CC2

11

25

TAM

FOK

12

16

15

14

13

12

11

10

9

8

7

6

7

5

4

3

2

1

5

2

3

4

6

S.S

TE1

TE2

VC

FE2

FE1

RF

FC-

FC+

TC+

FC+

MON

VR

LD

LD GND

F

C2

E

A

C1

E

VCC

1/2VCC

R4 68K

R3 68K

R1 68K

R2 68K

R37 10K

R36

1.5K

C24 2200P

C25 0.01

C23 0.01

1K

R38 C26

68P

10

R39

100u10

C27

+

220K

R40

R41

1M

54

55

57

56

59

1

FOK

DATA

51

52 XLAT MNT1 32

53 CLOK MNT3 31

54 SEIN XROF 30

55 CNIN C2PO 29

56 DATO RFCK 28

57 XLTO GFS 27

58 VDD VDD 26

59 CLKO XPCK 25

60 SPOA XUGF 24

61 SPOB GTOP 23

62 SPOC BCK 22

63 SPOD PCMD 21

64 XLON LRCK 20

50 XRST MON 2

49 SENS MDP 3

48 MUTE MDS 4

47 SQCK LOCK 5

SQSO TEST 6

45 EXCK FIL0 7

44 SBSO

FILI 8

43 SCOR

PCO 9

42 VSS VSS 10

41 WFCK AVSS 11

40 EMPH CLTV 12

39 DOUT AVDD 13

38 C4M RF 14

37 FSTT BIAS 15

36 XTSL

ASY1 16

35 XTA0

ASY0 17

34 XTAI ASYE 18

33 MNT0 WDCK 19

C22 0.033

0.01

C15 150P

R24 56K

C14 0.01

R23 390K

C13 0.039

R22 1.5M

C12 10u16

+

C8

R16

680K

0.1

C7

0.1

0.1C6

R26

100K

R27 22K

C17 0.01

C16 10u25

18K

R32

150K

R33

C20

0.01

C18

0.033

4.7K

R30

4.7K

R31

R35 240K

R10 47K

C4

C3

C2

0.047

R11

100K

0.01

C1 330K

100K

R7

R8

10K

VR3

R12

2.4K

6.8K

R13

R14

100

20K

R45

VR1

33K

R46

20K

62K

R43 C28

0.022

R42

4.7K

R6 100

9.1K

VR2 47KR5 75K

10uH

L1

Q4

33K

C21

Q1

46

DATAI

8FS

SDAC

14

15

SGATE

SCK

12

13

SDATA

P/S

10

11

NNODR

DRON

8

9

NRAMRS

NFRNT

6

7

LRCKI

4

5

50

XI

48 GNDX

49

XO

51 VDX

MCKO

52

53 HCKO

NMUTE

55

54 MMOD0

MMOD1

56 LRLH

57

58 NC

MCKTH

BCKI

2

3

NC

1

26

8FSLDATAO

8FSBCKO28

8FSRDATAO 27

8FSLRCKO

NC 25

NC 23

24

DATAO

21

TEST1

TEST0 22

BCKO 20

LRCKO 18

19

54

55

57

56

59

R55 470

R54 470

R53 470

R47

100K

53

54

1000P

R210 1K

C30

0.01

43

44

16

45

18

56

55

R49

10K

0.047

C33 R48

3.3K

R50

C34

1500P

C35 0.01

R51 1M

R52 100K

C36

0.1

NC

GND

59

60

17

NRSTO

GND 16

AD1

WR 41

20

RD

40

42

WAIT

AD0

19

43

STB

SQCK

18

44

SLT SW

NC

17

45

RTS

SQSI

16

46

RTL

8/16BIT

15

47

RTR

CE

14

48

PSENCE

CLK

13

49

DSENCE

DATA

12

STANDBY

11

SCLK

10

NC

9

39 DWNSW

38 UPSW

37 CLSSW

36 OPNSW

35 CLOSE

34 OPEN

33 VSS

32 A13

31 A12

30 A11

29 A10

28 A9

27 A8

26 AD7

25 AD6

24 AD5

23 AD4

22 AD3

21 AD2

SLT SW 1

SW GND 2

SLM+ 4

SLM- 3

DM- 5

DM+ 6

GND 7

UP SW 6

GND 4

OPN SW 3

CLS M(TLM)

OPN M(TLM) 1

2

CLS SW 5

11

8TEST GND

MCKSW2

SW1

9XMODE

SCLK

10 WFCK

SRDT

12 SCOR

VDD

DQSY

13 EXCK

SBSO

14

4

7

6

5

3

2

1

2

1A14 VCC

A13 WE

5

4

3A6

A7

A11

A12

A5 A10

11

8

OEA3

A4

6A9

A2

7A8

D7A0

A1

9CE

D0

10 D6

D1

12 D5

VSS

D2

13 D3

D4

14

28

27

26

24

25

18

21

23

22

20

19

17

16

15

1CE VCC

7

4

D7D0

Q0

2Q7

D1

3D6

Q5Q2

Q1

5Q6

D2

6D5

D3

8D4

GND

Q3

9LE

Q4

10

20

14

17

19

18

16

15

13

12

11

10K

R17

1M

R18 1000P

C9

C10 220P

C11

0.047

R19

110K

R20 110K

10K

R25

50

52

7.5K

R29

C29

3300P

C37

29

30

32

28

27

28

29

30

31

22

23

25

24

26

6

23

24

5

4

25

26

3

21

64

65

66

14

12

13

10

C54

15P

20

19

22

23

24

25

26

22

21

9

8

7

20

19

10

26

25

23

24

22

21

19

20

470

R66

470

R65

R63

470

R64

470

R62

470

R60

470

R61

10

9

8

7

6

5

4

3

R28

150K

+

C19

100u

10

IC4

IC5

10

8

C141

0.01

45

44

41

43

18

16

51

X1

19

20

21

+B +B

+B

Q2

+B

Q3

+

100u10

C5

470

R72

0.1

C32

100u10

C31

+

+B

PH1(A)

PH2(C) 7

6

2

TRYR M(TRM)

PH1(C) DSENCE

PH2(A)

GND 4

5

3

TRYL M(TRM) 1

DOWN SW 8

10K

R34

ROUT2

SLD+

17 SLD-

GND

20

19

18 DM- ROUT1

DM+ R IN1

23

22

21 SLD

DM

REG O

R IN2

VCC REG B

29

26

VCCGND

BIAS

24 REG I

GND

25 VCC

FCSL IN1

MUTE

27 TRK

L IN2

28 FCS+

LOUT2

30 FCS-

GND

LOUT1

31 TRK-

TRK+

32

16

14

15

13

12

10

11

4

7

9

8

6

5

3

2

1

4

1

3

2

4

3

1

2

1.5M

R21

1K

R209

+B

C142

0.01

+B

59

0.01

C56

220

R94

1M

R93

15P

C53

16.9344

MHz

C151

0.1

20

19

18

17

29

28

C46

0.1

C47

34

35

20

19

17

18

44

36

39

37

38

63

R89 10K

R90 180

R91 180

R92 10K

49

48

1K

C50

100u10

+B

+B +B

+B

R176 56

2W

330u6.3

C121

+

10K

R184

10u16

C135

+

+B

+B+B

31

32

C49

+

100u10

10u16

C48

+

+B

48

49

44

1.5K

34

35

9.1K

36

37

38

47K

4.7K

47K 39

R67

R187

R188

R189

R190

R68

R69

R70

R71

R81 47K

29

28

47K

R75 R74

47K

R77

7.5K

R76

10K

47K

R73

57

62

+B

41

+B

58

R212

R56

220

+B+B

+B +B +B +B +B

+B+B

+B

+B+B

+

+B

+B+B

+B

W154

100u10

+

C41

FO-

TRAKING

COIL

1 FC-

COIL

FOCUS

LD

MON

0.1

C1

VCC

0.1

GND

C3

1/2VCC

F

C

B

A

E

A

11

2

4

3

6

5

FC+

TC+

TC-

VR

MON

SHORT LAND

VR1 1K 7

8

C2

0.1

10

9

LD

LD GND

C2

B

13

12

+5V 15

14

16

E

C1

1/2VCC

VCC

,

FM-

SL-SW

DM+

DM-

FM+

D.M

1

4

6

5

2

3

(GND)

DOWN-SW

GND

CLS-SW

UP-SW

GND

CLS-M

OPN-SW

OPN-M

L.M

1

2

3

8

4

5

6

7

(TLM)

123

R.M

(TRM)

21

TRYL-M

TRYR-M

(TRM)

PH1(A)

543

PH2(A)

PH1(C)

GND

76

PH2(C)

F

-

+

2.1V

2.4V

2.1V

2.3V

2.1V

0.8V

2.1V

4.2V

4.6V

0V

4.2V

1.2V

4.2V

0.9V

1.8V

1.9V

2.1V

1.1V

2.8V

3.0V

2.1V

R44

2.1V

0.1

47P

2.1V

R9

2.1V

2.2V

4.2V

0.6V

0V

3.7V

ON: 0V

OFF: 4.2V

2.0V

0V

2.1V

4.0V

4.3V

2.1V

8.6V

3.5V

9.2V

2.1V

RTL: 2.7V RTR: 2.7V

RTL: 2.5V RTR: 0V RTL: 0V RTR: 2.5V

2.1V

4.6V

4.3V

4.5V

4.1V

4.6V

5.0V

4.3V

TRAY OPN: 1.9V

TRAY CLS: 1.9V

4.6V

2.0V

2.1V

0V

0.9V

4.3V

4.2V

0V

4.1V

4.2V

2.2V

1.7V

2.2V

2.2V 0.9V 2.1V

4.3V

2.1V

2.0V

4.3V

2.0V1.9V2.1V

4.2V

0V

0.9V

0V

MUTE

ON: 4.2V

OFF: 0V 0V

4.2V

0V

4.2V

1.5V

4.2V

0V

2.1V

2.0V

2.1V

2.0V

2.4V

2.0V

2.4V

1.7V

2.1V

1.7V

1.6V

2.4V

2.0V

2.4V

2.0V

2.1V

2.7V

1.6V

2.1V

2.0V

2.4V

2.0V

2.4V

2.0V

2.4V

2.0V

0.9V

4.3V

4.5V

4.2V

2.1V

4.3V

2.1V

4.2V

4.1V

1.1V

1.4V

1.8V

2.1V

4.2V

0V

XS8: 0V

0V

4.2V

0V

4.2V

SL16: 4.2V

4.2V

0V

4.2V

0V

1.6V

1.7V

2.1V

1.7V

2.7V

1.6V

2.1V

2.0V

2.4V

2.0V

2.4V

0V

4.2V

0V

4.2V

4.7V

4.2V

0.9V

0V

4.2V

OFF: 4.2V

ON: 3.0V

RF/SERVO IC

CN1

CN2

D1

D4

T-GAIN

Q4

Q3

Q2

Q1

TE-BAL

FE-BIAS

FE BIAS

CONTROL

D5

FE BIAS

CONTROL

D.S.P.

(BOTTOM VIEW)

CN3

CN4

D3

D2

D.R.I.V.E.

DIGITAL FILTER

D.A.C.

(BOTTOM VIEW)

u-COM

(BOTTOM VIEW)

()

D6

CD TEXT DATA

MEMORY

S-RAM IC

D-LATCH

DIGITAL

()

LASER DIODE

DRIVER

LASER

ON/OFF

CONTROL

(BOTTOM VIEW)

DATA LSI

CD TEXT

(BOTTOM VIEW)

CN5

Q29

Q30

Q31

+5V

AVR

D30

RESET

IC

CONTROL

ON/OFF

MECHANISM

D

Q10Q11

ON/OFF CONTROL

ROTARY MOTOR

6CH BTL

DRIVER

Q19

PH2

PH1

D65

MOTOR

DISC

MOTOR

SLT

FEED

M

LOADING

MOTOR

UP/DOWN

TRAY SW

OPEN/CLOSE

CLAMP SW

M

PH2

PHOTO

DIODE

INTERRUPTER

TRANSISTOR

: T95-0145-05

: RPT-38PT3F

E7

: SIR-33ST3

E6

WH4

PHOTO

MOTOR

ROTARY

MD31

PH1

CN9

ADJUSTMENT

WH1

IC1

IC2

IC7

IC3

IC5

IC4

IC6

(X32-3330-XX) (A/8)

IC22

IC23

TRAVERSE UNIT : D40-1500

PICKUP ASS'Y : T25-0050-05

(X92-1930-10/X92-1960-71)

MECHA. ASS'Y (CDM-25)

(X32- )

(G/8)

(X32- )

(F/8)

CD PLAYER UNIT

1060CD(K)2P PCB 98.4.240:17 PM y[W 3

KL N P R TM O Q S

()

)

(

)

(

)

(

XX

X

()

)

(

()

)

(

()

)

(

)

(

)

(

()

X

)

(

)

(

()

)

(

()

)

(

()

)

(

()

)

(

()

)

(

()

X

)

(

()

)

(

X

()

X

()

)

(

()

)

(

()

X

()

)

(

)

(

()

)

(

()

)

(

)

(

)

(

X

)

(

)

(

)

(

()

)

(

)

(

X

)

(

()

)

(

()

)

(

()

X

GNDAL

47

46 VDD

NC

RO+

VDAL

RO-

LO-

VDAR

GNDAR

LO+

DACTEST1

LZ

NC

DACTEST0

31

32

33

34

35

36

37

38

39

40

41

42

29

VDD

NC 30

DACTEST2

RZ

RESETN

43

44

45

61

REM

50

LDC 51

FOK 52

MON 53

CLOCK

SRDT

8

54

XLAT

AVREF

7

55

DATA

SBUSY

6

56

SENCE

SDATA

5

SCOR 62

DQSY 63

SGATE 64

SCK 65

SDATA 66

LED1 67

VDD 68

X2 69

X1 70

IC 71

XT2 72

GND 73

AVDD 74

AVREF75

A3 76

A0 77

A1 78

A2 79

LED2 80

+

C132

100u63

R180

4.7K

C133

0.01

10K

R181

R183

100

R182

100

AVSS MUTE

60

58

59

57

GFS

RST

R MUTE

1

LED5

3

4

LED3

LED4

2

R200

1K

R164 4.7K

R198100

R160

R199

1K

100

R197100

R159

+

-

~

+

47u10

C101

+

C102

47u10

470

R156

100K

R157 R158

100K

0.01

C103 C104

0.01

R150

R149

C95

C96

R152

470

R151

470

C100

3300P

C99

C98

0.027

C97

0.027

1.5K

C94

R148R147

C93

43

R98

10K

R96

10K

R97

R95

10K

C60

150P150P

C59

34

40

41

43

Q17,18,25,26

Q13-16

R196

0.1

220u

+

~

-

+

IN

OUT

1.5K

3

2

1

58

57

56

55

54

47K

R80

47K

R79

X3

C138 0.01

C137 0.01

66

C51

C52

8

16987654321

14

13

3

12

17 18 19

1

2

80

67

CE

CLK

DATA

LED5

LED4

LED3

LED2

LED1

A/D2

STANDBY

VLOAD

F

61

77

78

59

+B

-B

+B

-B

+

10u50

C134

-B

+5V

5MHz

R213 1K

6.3

R191

100K

330u6.3

C57

+

3.9K

R103

+

C58

330u6.3 R99

10K

R101

10K

R102

R100

R195

C55 1000P

C62

47P

21

22

VSS

18

20

19

16

17

RD2

RD1

RD0

LD3

VDD

RD3

13

14

15

12

LD0

LD1

LD2

VSS

LT3 11

PE

23

24

RT3

RT2

25

26

RT1

RT0

T1

27

28

VDD

VSS

29

30 T0

CLK20

VSS

31

32 DY

33

34 CLK21

W0

RST

VDD

BCK

W1

WCK

DL

DR

VSS

35

36

37

38

39

40

41

42

43

44

8

LT1

LT2

LT0

10

9

MCK

VSS

VDD 7

5

6

MUTE

IMCK1 3

4

CLK-INV

IMCK0 1

2

26

25

28

+B

+B +B

+B

+B+B

R112 470

R113 470

1K

R214

C71 0.01C66

47P

C65

0.01

C72

C70

0.01

C75 330u6.3

C79 0.01

+

IC13-16

0.01

R192

150

C81 0.01

C77 330u6.3

+

C82 0.01

C78 330u6.3

+

C76 330u6.3

C80 0.01

+

7

5

6

4

GND

1Q

1FR

1

2

3

1CK

1D

1CLR

2Q

2FR

2CK

8

9

10

11 2D

2CLR

VCC

14

12

13

0.01

C68

IN

OUT

C131

330u25

+

3300u16

C128

+

R179

3300.01

C129

1

R185

1/4W

R186

1

47 2W

1u50

C110 R172

8

5

100K

++

-

6

R170

51

7

1u50

C109 +4

100K

R169

3-

2

1

100u10

C112

+

C116

0.01

R117 22

R118

+100u10

+

C111 51

R171

R206 1K

R205 1K

R174

1K1K

R173

R105 1K

R106 1K

330

C84

220P

C86

220P

3.6K

R128

3.6K

R130

3.6K

R132

3.6K

R134

C88 47P

R140 33K

R142 33K

C90 47P

C92

470P

R141 33K

C89 47P

C87 47P

R139 33K

220P

C85

3.6K

R133

R131

3.6K

C83

220P

C91

470P

R137

3.3K

R135R129

3.6K

R127

R104 3.9K

0.01

C69

R194 470

+B

C64

1000P

C61

330u6.3

+

C73

33P

56P

C74

R115 1M

X2 765

14

9 8

1 2

13 12

10

11

34

16.9344MHz 1000P

C63

R122

R120

R126

R124

1CK2D

82Q

2Q

2FR

2CK

9

10

11

7

GND

1Q

1FR

6

5

4

2CLR

VCC

12

13

14 1

1D

1CLR

3

2

R123

R125

2CLR

92Q

2Q

8

12

11

10 2CK

2FR

2D

6

1Q

GND 7

3

1D

4

5

1FR

1Q

1CK

14

13 VCC 2

1CLR 1

3.3K

R138

1K

R208 620

R202

1K

R207

620

R201

R136

3.3K

R119

R121

213 2CLR

2FR

82Q

2Q

9

2D

2CK

10

11

12

1Q

7

GND

1Q 6

1CK

1FR 5

4

1D 3

VCC

14 1

1CLR

C120

0.01

+B

34

1.5K

C118

0.010.01

C117

470

R155

R153

470

R163 4.7K

L4

L3

1uH

51

+B

-B

65

64

C136 0.01

79

3

2

1

W223

63

5

6

15

+B

67

80

2

1

11

3

Q5-9,12

59

C42

0.01

1K

R211

53

52

51

50

6.8K

R78

1211

77

61

10

78

151413

A/D1

A/D0

REM

+5V

GND

RST

11

C146 0.01

1000P

C148

79

-B

+B

0.01

C149

C145

47P

C144

C143

47P

C147

0.01

C130

330u10

+

6

5

4

7

-

+

8

-

+

6

57

3

2+

-1

4

2

3

8

-

+1

6

58

-

+7

4

+

3-

21

5

6+

-7

4

3

2+

-1

8

R154

R145

R146

R144

R143

C119

0.01

C150

62

40

41

59

R110 100

R107 100

R109 100

R108 100

26

25

28

+B

18

220u

C67

+

R114

6.3

+B

-B

100

+B

-B -B

+B +B +B

-B -30V

+B+B

+B

-B

+B

-B

+B

-B

-B-B

+B

+B +B

+B

IC17-20

R111

100

+B

+B +B+B

4.3V

4.1V 4.3V

0V

1.6V

1.7V

0V

1.6V

4.0V

-38.0V

0V

11.0V

0V

-12.1V

0V

ON: -13.6V

OFF: 4.1V

ON: -13.6V

OFF: 4.1V

0.2V

1.2V 0.2V 1.2V

1.2V

-12.9V

-0.2V

0V

-0.2V

RO+

RO- 11.4V9.2V

10V

-39.0V

-48.0V

-38.0V

-12.9V

11.4V

MUTE

ON: 1.4V

OFF:

-12.9V

MUTE

ON: 1.4V

OFF:

-12.9V

4.1V

0V

4.3V

0V

4.2V

0V

4.2V

4.6V

4.2V

0V

4.1V

4.2V

4.3V

4.2V

4.1V

0V

4.3V

2.3V

ON

OFF 4.1V

LED1

-48.0V

4.6V

IK

R165

IK

R161

R178

R177

Q22

D26 D25

D27

Q14

Q16

Q13

Q15

Q18

Q17 Q25

Q26

AUDIO MUTE

CONTROL

MUTEIC20

(1/2)

(2/2) IC19

(1/2)

IC20

(2/2)

D21

IC

PROTECTOR

AVR

-40V

CN6

B

C

(BOTTOM VIEW)

D/A CONVERTER

24 BIT

D-FLIP FLOP

(BOTTOM VIEW)

D23

D22

Q20

D24

Q21 +9.5V

AVR

AMP

OPE Lch

(2/2)

IC21

Rch

(1/2)

IC21

Q27

Q28

(2/2)

IC18

(1/2)

IC18

(2/2)

IC17

(1/2)

IC17

(3/6)

IC12

(4/6)

(1/6)IC12

IC12

(2/6)

IC12

(5/6)

IC12

(6/6)

(BOTTOM VIEW)(BOTTOM VIEW)(BOTTOM VIEW)

D7

D8

D9

D10

Q12

Q5

Q7

Q6

Q9

Q8

BUFFER

LED CURRENT

IC19

A

(L.P.F.)

OPE AMP

INVERTER

G

MUTE

IC

PROTECTOR

P3

IC8

IC11

IC13

IC15

IC16

IC14

IC24

1060CD(K)2P PCB 98.4.240:17 PM y[W 4

U W Y AA ACV X Z AB AD

X

XX

)

(

()

X

1

2

3

4

5

6

7F

F

-B

GND

-30V

+B

22

R58

130

R57

0.22

C39

C40

0.1

R59

75

Rch

GND

Lch

R193 220

Rch

GND

Lch L12

L11

1000P

C114

C106

0.01

2

1

F

-B

-30V

GND

+B

+B 1

2

3

4

5

6

7

+B

0.01

C126

C127

0.01

C125

0.01

AC220-240V(M)

AC110-120V(M)

120V(E)

220-240V(M)

AC120V(K)

12

13

11

10

9

8

7

6

AC110-120V(M)

W221

WH6

WH7

WH8

1

2

4

3

5

15

5

6

AC120V(K)

220-240V(M)

AC110-120V(M)

10

4

GND

-30V

+B

+B 1

2

3

6

9

8

7

-B

F

F5

6

713

12

11

120V(E)

3

5

W222

4

1

2

1

AC110-220V(M)

AC220-240V(M)

SBUSY

Rch

SDATA

GND

Lch

DOUT

SGND

+5V

GND

8/16SW

GND

+5V

SGND

DOUT

Lch

GND

SDATA

Rch

SBUSY

0.01

C38

C45

0.01

(8)

(16)

C43 220P

C44 220P

R88 100K

R87 100K

R83 330

R85 100K

R84

330

R86 100K

820P

C107C108

820P

100

R167

R168

100

R204

10 C105

0.0110

R203

C113

1000P

10uH

1

2

3

2

1

-30V

+B

-CN1

X25-A/3

2/2

+B

GND

1

2+5V

3DOUT

YES

X

TU.K.

AUSTRALIA

-21 NO

W223

ABB.

Y

K

PX

U.S.A.

COUNTRY

DESTINATION

-10

UNIT No.

YES

W221

EUROPE E

GENERALMARKET M

CANADA P

MALAYSIA I

NO

A , C , D , E , G

YES

B , F H

NO

YES

NO

R79,

176-178

YES

R80

24K

150

R147-

22

R195,

196

NO

125

C55,

120P

C93-

96

YES

C149

YES

P3

NO

P5

YES

Q12

2SD2012

Q20,21

2SD2061 or NO

S1,3

NO

222

W154,

NO

-22

PX

CANADA Y

-11

P NOYES 39K NO22 NO82P NO NOYES

2SD2012

2SD2061 or

A , D , F , G , H

COUNTRY

DESTINATION

U.S.A.

UNIT No.

ABB.

K

R80,

176-178

B , C , E R147-

150 196

R195, C55,125, Q12

96

C93- P3,5 Q20,21 S1 223

W154,221,

YES

R79

NO

S3

YES NO

YES

W222

C55,125,

196150176-178

ABB.COUNTRY

NO

-22

-11 YESYES 39KNO NO22

A , D , F , G , H

DESTINATION UNIT No. B , C , E R79 R147-

R80, R195, 22396

2SD2012

2SD2061 or

NO82P NO YES

YES NO

NO

YES

W154,221,

Q20,21P3,5

C93- Q12 S1 S3 W222

EUROPE

U.K. E

T

GENERALMARKET M

C55,

125196150

ABB.COUNTRY

YES

PX

U.S.A.

CANADA -23

Y

-12

K

P NO 470 YES51

A , C , D , E , G

DESTINATION UNIT No. B , F , H R147- R195, 22396

2SD2396(F,E)

YES5100P NO YES

YES NO

NO

YES

W221,

Q20,21P3,5

C93- Q12 S1 S3 W222

YES

176-178

R79,80,

NO

C149

YES

W154

C93-

5100PYES

A , C , D , E , G

-12

DESTINATION

COUNTRY UNIT No.

ABB. YESNO 51470 YES

R79,80,

176-178

B , F , H R195,

196

R147-

150 96

C55,

125 W221,

NO

2SD2396(F,E)

YESNO NO YES NO

Q20,21P3,5

C149 Q12 S3S1 223

U.K.

EUROPE T

E

W154,

222

YES

C149

1

2

3

4

5

6

7

8

9

10

11

9

10

7

8

5

6

3

4

1

2

A

CN7

J3

A1

Q24

Q23

COAX

OUT

E3

E1

E4

J4

HEAD PHONES

CN8

WH3

E5

IC24 : ICP-N10

IC23 : PST993D-T

IC22 : BA5936S

IC21 : NJM4580E

IC17-20 : NJM4565M

IC13-16 : TC74VHC74FE

IC12 : TC74VHCU04F

IC11 : KAN05

IC8 : ICP-N25

IC7 : KAN03

IC6 : LC89170M

IC4 : W24257S-70LL

IC3 : uPD78055GC-A03

IC2 : CXD2507AQ 1

IC1 : CXA1782BQ 1

: DTA113ZSA or UN4119Q31

: UZ-10BS or MTZJ10(B)

: UZ-20BS or MTZJ20(B)

D24

D25,26 : UZ-J5BSB or MTZJ15(B)

: 1SS133 or HSS104

: ERA081-004

: D3SBA20F03 or RBV-402LFA

: S5688B or 1SR139-400

D31

D21

D22,23,28-30

D27

D1-14,19,20

: DTC113ZSA or UN4219Q5-9,12 : DTC124ESA or UN4212

: 2SC2878(B)

: 2SB1370 or 2SB1375

:

Q19

Q20,21

Q10,11,15,16,29,30

Q17,18,25-28

: 2SC1740S(Q,R) or 2SC2785(F,E)

: 2SA954(L,K)

: DTA124ESA or UN4112

Q1,23

Q2,22

Q3,4,13,14

D29

D28

P5

S2

HF

E2

E8

WH5

E

CN10

S3

J2

J1

D13

D14

D12

D11

P1

Rch

Lch

AUDIO

OUT

1

2

COAX

BUFFER

S1

SYNC

OUT

OPT

OUT

WH1

P2

X

IC5 : TC74HC373AF

X

: 2SA1175(F,E) or 2SA933AS(Q,R)Q24

WH2

E13

8/16 bit SW

D-R350 (X32-3330-XX)

1060CD (X32-3330-XX)

DP-R6090 (X32-3330-XX)

1070CD (X32-3330-XX)

DP-R7090 (X32-3330-XX)

(X32- ) (C/8)

(X32- ) (E/8) (X32- ) (H/8)

(X32- ) (D/8)

(X32- ) (B/8)

1060CD/DP-R6090/1070CD/DP-R7090/D-R350(K) (1/2)

Y22-7040-10

1060CD/1070CD/DP-R6090/R7090/D-R350

2SA954

2SC2878

2SD1302

UN4212

UN4219

LC89170M CXA1782BQ*1

ICP-N10

ICP-N25 LC75712E

2SD2396 2SA1175

2SC2785

KAN03 TC74HC373AF

BA5936S

16

17

32

1

NJM4565M

CXD2507AQ*1

TC74VHCU04F

DTA113ZSA

DTA124ESA

DTC124ESA

UN4112

2SC1740S

2SB1370

2SD2061

2SB1375

2SD2012 NJM4580E

The DC voltage is an actual reading measured with a high impedance type voltmeter. The

measurement value may vary depending on the measuring instruments used or on the product.

Refer to the voltage dur ing PLAY unless otherwise specified; The value shown in ( ) is the

voltage measured at the moment of STOP.

CAUTION: For continued safety, replace safety critical components only with manufacturer's

recommended parts (refer to parts list). indicates safety critical components. For continued

protection against risk of fire, replace only with same type and rating fuse(s). To reduce the risk

of electric shock, leakage-current or resistance measurements shall be carried out (exposed

parts are acceptably insulated from the supply circuit) before the appliance is returned to the

customer.

1060CD(K)2P PCB 98.4.240:17 PM y[W 5

AE AF AH AJ AL ANAG AI AK AM

2

1

3

5

7

4

6

()

(

)

(

()

)

(

)

(

)

(

)

(

)

(

)

(

()

)

(

()

)

(

)

(

()

)

(

()

)

(

()

)

(

)

(

()

)

(

()

)

(

)

(

)

(

()

(

)

(

)

(

)

(

)

(

)

()

(

)

()

)

(

)

(

)

(

)

(

)

(

)

(

)

(

)

()

(

)

(

()

)

(

()

(

()

)

()

)

(

)

(

)

(

)

(

)

(

)

(

)

(

)

(

()

)

(

)

(

()

)

(

()

)

(

)

(

()

(

)

(

)

()

(

)

(

)

()

)

(

)

(

()

)

(

)

(

()

)

(

()

)

(

()

)

(

()

)

(

)

(

)

(

()

)

(

)

(

)

(

)

(

)

(

()

)

(

)

(

)

(

)

(

)

(

()

)

(

)

(

)

(

()

(

)

()

(

)

P34

2

1F1

4

3NP

1G

F1

15

16

14

13

11

12

9

10

7

8

6

5

4G

5G

2G

3G

8G

NX

6G

7G

P35

NX

P19

31

30

29

27

28

26

25

24

23

21

22

20

19

18

17

P31

P33

P32

P27

P29

P30

P28

P23

P25

P26

P24

P20

P21

P22

40

39

38

37

36

35

33

32

34

P18

P16

NX

P17

P14

P12

P13

P15

56

54

55

52

50

51

53

48

46

47

45

44

43

42

49

41

P4

P8

P10

P11

P9

P6

P7

P5

P2

P3

P1

11G

10G

12G

9G

61

60

58

59

57

15G

14G

16G

13G

F2

NP

F2

DI

AM17

17

64

33

AM33

AM16

16

18 AM18

CL 63

19 AM19

CE 62

20 AM 20

RST 61

21 AM 21

VDD 60

22 AM 22

OSC1 59

23 AM 23

OSCO 58

24 AM 24 VSS 57

25 AM 25 TEST 56

26 AM 26 VLOAD 55

27 AM 27 G9 54

28 AM 28 G10 53

29 AM 29 G11 52

30 AM 30

G12 51

31 AM 31

G13 50

32 AM32

G14 49

15 AM15 AM34 34

14 AM14 AM35 35

13 AM13 AA1 36

12 AM12 AA2 37

11 AM11

AA3 3810 AM10

G8 39

9AM9

G7 40

8AM8

G6 41

7AM7

G5 42

6AM6

G4 43

5AM5

G3 44

4AM4

G2 45

3AM3

G1 46

2AM2

G16 47

1AM1

G15 48

46

45

44

43

42

40

41

39

33

34

35

39

40

42

41

44

43

45

46

48

47

49

50

52

51

54

53

32

31

29

30

25

26

27

28

17

19

18

21

20

22

23

24

16

15

13

14

11

12

10

9

7

8

6

5

4

3

1

2

35

28

29

30

32

31

34

33

17

22

25

26

23

24

27

21

20

18

19

+

47u6.3

C1

C5

0.01

R26

2.2K

C3

33P

0.01

C2

52

51

53

54

47

50

48

49

4

8

7

9

5

6

3

2

1

16

10

11

12

15

14

13

+5V

GND

REM

GND

4

1

2

3

13K

R18

R17

22K

R16

43K

150K

R15

R12

13K

22K

R11

150K

43K

R10

R9

7.5K

R13

R31

10K

R32

10K

5

-38V

CONTROL

ANODE DRIVER

GRID DRIVER

LATCH

SHIFT REGISTER

DISPLAY

REGISTER

BLINKCYCLE

ADDRESS

REGISTER

GRID

REGISTER

DECODER

INSTRUCTION

REGISTER

DUTYCYCLE

GENERATOR

GRID

CONTROL

DUTY

DISPLAY

CONTROL

GENERATOR

BLINK

ADDRESS

COUNTER

AD

RAM

CG

ROM

CG

LATCH

DIVIDER

TIMMING

GENERATOR

OSC

DECODER

RAM

DC

P34P31 P32 P33 P35

P14

P19

P24

P29

P11

P16

P21

P6

P26

P18P17

P27

P22

P28

P23

P12

P7

P13

P8

P1 P2 P3

P20

P30

P25

P15

P9 P10

P4 P5

-CN5

X32-333

1/3

10K

R30

R5

7.5K

13K

R4

R3

22K

R2

43K

R1

150K

R19

7.5K

62

63

64

4.7K

R6

4.7K

R14

4.7K

R20

+5V

1

2

3

4

5

6

7

8

9

10

12

11

14

13

16

15

18

17

19CE

CLK

DATA

DISC5

DISC4

DISC3

DISC2

DISC1

A/D2

A/D1

A/D0

REM

+5V

GND

RST

NC

VLOAD

F2

F1

360

R21

R22

360

R23

R24

360

R25

R29

47K

DISC1

DISC2

DISC3

DISC4

DISC5

62

63

64

DISC5

DISC4

DISC3

DISC2

DISC1

+5V

1

3

2

POWER

ON

POWER

OFF

0.01

C4

3

2

1 GND

GND

RST

3

2

1 GND

A/D1

3

1

2R7

2.2K

680

R8

10A/D1

18CLK

CE 19

14LED3

DATA

LED4

LED5 16

17

15

LED2

A/D2

LED1 12

13

11

63

62

LED3

LED5

64

LED4

LED1

LED2

1F

A/D0 9

+4.2V

NC

7

8

GND 6

5RST

VLOAD 3

STANDBY 4

F 2

-38V

17

18

20

19 AM18

AM17

18

17

AM20

AM19

20

19

R18

10K

7.5K

R16

10K

R17

10K

4.7K

R6

R5

R4

13K

R3

22K

AM10

AM11

AM12

AM13

AM14

AM15

AM16

16 16

15

13

14

11

12

10

9

12

13

14

15

10

11

AM9

9

CG

ROM

LATCH

CG

RAM

AD

LATCH

DC

RAM

COUNTER

ADDRESS

GENERATOR

7

8

6

5

4

3

2

AM7

7

AM8

8

AM5

5

AM6

6

AM3

3

AM4

4

AM2

2

ADDRESS

REGISTER

28 P28

P23P22P21 P24

P26

P31 P32 P33 P34

P27 P28 P29

P6

P16

P11

P17 P18 P19

P12

P7

P13 P14

P8 P9

P25 AM28

28

P35

P30

22

21

24

23 AM22

AM21

22

21

AM24

AM23

24

23

26

25

28

27 AM26

26

AM25

25

AM27

27

P20

P15

P10

AM32

32

30

29

31

32

AM30

30

AM29

29

AM31

31

8

P1 P2 P3 P4

46

45

43

44

1

1G

2

3

4

F1

NP

5

6

73G

2G

4G

P5

41

42

39

40

34

33

35

P35

10

9

11

6G

5G

7G

8G

12

13

14

15

NX

35

34

32

33

30

31

29

19

17

16

18

P34

P32

P33

20

22

21 P30

P31

P29

G2

G3

G4

G5

G6

G7

G8

AA3

AA2

AA1

AM35

AM34

AM33

ANODE DRIVER

BLINK

CONTROL

DISPLAY

DUTY

CONTROL

GRID

GENERATOR

CONTROL

REGISTER

BLINKCYCLE

DISPLAY

DUTYCYCLE

REGISTER

GRID

INSTRUCTION

DECODER

GRID DRIVER

40 35

33

35

34

37

36

38

40

39 39

27

25

26

23

24

22

21

26

23

24

25

P27

P26

P25

28

27

29

P24

P23

P22

P21

19

20

18

17

30

31

32

33

P19

P20

P18

34

P17

NX

12

13

15

16

14

44

42

41

43

46

G1

45

42

41

43

45

44

46

P14

36

37

38

NX

P16

P15

39

40 P13

P12

C4

0.1

C6

0.1

E5

R11

4.7K

+5V

+4.2V

-38V

62

R27

100

10K

R30

10K

R29

-34.7V

-16.9V

-11.9V

-19.5V

-37.4V

-19.2V

-29.4V

-26.8V

-34.7V

-21.9V

-19.3V

-34.7V

-26.7V

-27.0V

-24.5V

-21.7V

-34.7V

-16.7V

-34.7V

-24.5V

-22.0V

-24.5V

-26.9V

-37.3V

-22.0V

-19.3V

-34.7V

-26.8V

-34.7V

-21.9V

-34.7V

-11.9V

-14.3V

-37.0V

-36.2V

4.6V

2.1V

4.2V

0V

-21.7V

-24.5V

-27.0V

-26.7V

-19.3V

-21.9V

-26.8V

-29.4V

-19.2V

-37.4V

-19.5V

-11.9V

-34.7V

-16.9V

-16.7V

-34.7V

-24.5V

-22.0V

-24.5V

-26.9V

-37.3V

-22.0V

-19.3V

-26.8V

-21.9V

-34.7V

-11.9V

-34.7V

-11.9V

-37.0V

-14.3V

-36.2V

-38V -38V

+4.2V+4.2V

+5V+5V+5V

+5V

-38V -38V -38V

+5V

+5V +5V

-38.0V

4.3V

2G 3G 4G 5G1G 6G 7G 8G 9G 10G 11G 12G 13G 14G 15G 16G

(1G-16G)

A

6G

(1G-16G)

1G 2G 3G 4G 5G 7G 8G 9G 10G

P2

P1

P2

P1

ED1

IC1

(X25-5900-XX) (A/3) -10 : 1070CD/DP-R7090 -11 : 1060CD/DP-R6090

(X25- ) (C/3)

(X25- ) (B/3)

(X25-5910-10) (A/3) D-R350

ED1

DISPLAY VNIT DISPLAY UNIT

DOT DRIVER

(BOTTOM VIEW)

S16

DISP.

S15

TIME

S18

S17

S13

S12

S11

S10

S9

A1

IC1 : LC75712E

: B30-2467-05D1-5

: FIP15XM1BA

: LC75712EIC1

ED1

: B30-2508-05D1-5 : B30-2513-05D6

ED1 : FIP15XM1BA

S5

S4

S3

S2

S1

CN1

S19

S6S14S20

SENSOR

REMOTE

D1

D2

D4

D3

D5

RANDOM

FB

P-MODE FF

DOWN

UP

ALL

INFO.

DISP.

TEXT

REPEAT CLOSE

OPEN/

DISC1

DISC2

DISC3

DISC4

DISC5

SKIP

DISK

EDIT

S21

S7

PAUSE

PLAY/

S8

STOP

CN1

CLOSE

OPEN/

S6

DISC5

S5

DISC4

DISC3

S4

S3

E3 E4

E1 E2

SKIP

DISC

S11

WH2

WH1

D7

Q3

Q2

Q1

: 2SD1302(S,T)Q1

Q2 : UN4112 or

D7 HSS104

: 1SS133 or

Q3 : UN4212 or

DTC124ESA

DTA124ESA

1060CD(K)2P PCB 98.4.240:17 PM y[W 6

Kenwood 1060CD User manual

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