Kenwood CD-206 User manual

MULTIPLE CD PLAYER
CD-206/DPF-R6010/R6010E
SERVICE MANUAL
© 1998-3/B51-5418-00 (K/K) 3430
TEXT DISP. ALL INFO.
TIME DISP.
REPEATRANDOM
P.MODE
DISC SKIP
EDIT
4 ¢
1 ¡
DISC 1 DISC 2 DISC 3 DISC 4 DISC 5
0
6
7
PHONES
-ON –STANDBY
L
R
VARI ABLE
LINEOUTPUT
DIGITAL OUTPUT
SYSTEM CONTROL OPTICAL
COAXIAL
SL16 XS 8
ƒ
TEXT
Panel*
(A60-)
Knob (POWER)*
(K27-)
AC power cord*
(E30-) Miniature phone jack
(E11-0293-05)
Oscillating module
(W02-1114-05)
Phono jack
(E63-1009-05)
Slide switch
(S31-2132-05) Phono jack
(E63-0199-05)
Metallic cabinet
(A01-3547-01)
Power cord bushing
(J42-0083-05)
Front glass
(B10-2466-03) Knob assy*
(K29-)
Phone jack
(E11-0127-05)
* Refer to parts list on page 18 .
In compliance with Federal Regulations, following are reproduc-
tions of labels on, or inside the product relating to laser product
safety.
KENWOOD-Crop. certifies this equipment conforms to DHHS
Regulations No. 21 DFR 1040. 10, Chapter 1, Subchapter J.
DANGER : Laser radiation when open and interlock defeated.
AVOID DIRECT EXPOSURE TO BEAM
CD-206/DPF-6010E(K)2P(98.4.2410:13PM y[W 2

CD-206/DPF-R6010/R6010E
2
CONTENTS / ACCESSORIES
RANDOM
DISC SELECTOR
OUTPUT
1 2 3
4
5
REPEAT
DOWN UP
DISC SKIP
1 2
P.MODE 3
4 5
TIME
DISPLAY 6
EDIT 7 8 9
CHECK
TEXT
DISPLAY 0 +10
CLEAR ALL INFO. 6
ALL TEXT
SEARCH
TITLE
SEARCH 4
7
¡
¢
REMOTE CONTROL UNIT
RC-P0601
1
CONTENTS / ACCESSORIES ................................... 2
CIRCUIT DESCRIPTION.............................................3
ADJUSTMENT............................................................ 6
PC BOARD ................................................................. 7
SCHEMATIC DIAGRAM ........................................... 11
EXPLODED VIEW .................................................... 16
PARTS LIST.............................................................. 18
SPECIFICATIONS .......................................Back cover
Accessories
Contents
Audio cord (1)
(E30-0505-05) System control cord (1) (E30-2733-05) AC plug adapter (1) (E03-0115-05) : M type only
Remote control unit (1)
(A70-1134-05) : RC-P0601
Batteries (R6/AA) (2)
Battery cover: (A09-0356-08)
CD-206/DPF-6010E(K)2P(98.4.2410:13PM y[W 3

CD-206/DPF-R6010/R6010E
3
CIRCUIT DESCRIPTION
CDM25
MECHA SW
LOADING
DRIVER
ROTARY
DRIVER
1. Microprocessor : uPD78055GC-A03 (X32, IC3)
1-1 Microprocessor periphery block diagram
53 CLK
54 LAT
55 DATA 19~26
56 SENSE (AD0~AD7)
51 FOK 27~32
62 SCOR (A8~A13)
16 SUBQ
58 GFS RD 40
18 SQCK WR 41
52 MON WAIT 42
57 MUTEG ASTB 43
10 SCLK
8 SRDT DEFECT 73
63 DQSY
uPD78055GC-A03
36 OPEN_SW
37 CLOSE_SW
38 UP_SW
39 DOWN_SW
49 DISC_SENS
48 POSI_SENS
44 SLT_SW SGATE 64
34 OPENM SCK 65
35 CLOSEM SDATE 66
45 R_TRAY_S
46 R_TRAY_R
47 R_TRAY_L
67,80,1~3
LED1~5
50 LDC
59 RMUTE REM 61
12 DATA 8/16bit 15
13 CLK
14 CE SDATA 5
77 A/D KEY0 SBUSY 6
78 A/D KEY1
79 A/D KEY2 RESET 60
CXD2507AQ CLK
(DSP) XLT
DATA
SENS
FOK
SCOR
SQSO
GFS
SQCK
MON
MUTE
X32, IC3
X32, IC2
LC89710M SCLK
(CD TEXT) SRDT
DQSY
X32, IC6
HM62256
BLFP 8T
(SRAM)
OR
W242575-70LL
/TC74HC373AF
(D-LATCH)
OE
WE
CE
LE
X32, IC7
SGATE
SCK
SDATA
KAN03
LASER ON / OFF
ANALOG METE
LC75710
(DOT DRIVER)
FIP15
XM1BA
(FL)
REMOCON
DEFECT NG
X32, IC4, IC5
X25, IC1 8bit/16bit
SERIAL
COMMUNICATION
RESET
PORT
(V) A/D KEY0 (77PIN) A/D KEY1 (78PIN) A/D KEY2 (79PIN)
4.9 ~ 4.4 UP DISC1 TEXT DISPLAY
4.4 ~ 3.8 DOWN DISC2 ALL INFO.
3.8 ~ 3.2 FF DISC3 P. MODE
3.2 ~ 2.5 FB DISC4 TIME DISPLAY
2.5 ~ 1.9 EDIT DISC5 RANDOM
1.9 ~ 1.3 DISC SKIP OPEN/CLOSE REPEAT
1.3 ~ 0.6 – PLAY/PAUSE –
0.6 ~ 0.2 – STOP –
KEY TABLE
LED1 ~ 5
CD-206/DPF-6010E(K)2P(98.4.2410:13PM y[W 6

CD-206/DPF-R6010/R6010E
4
CIRCUIT DESCRIPTION
Pin No. Name I/O Description
1 LED3 O DISC3 IN/OUT. H : LED lights-ON (Disc IN)
2 LED4 O DISC4 IN/OUT. H : LED lights-ON (Disc IN)
3 LED5 O DISC5 IN/OUT. H : LED lights-ON (Disc IN)
4 AVss – Vss (GND).
5 S.DATA I/O Serial DATA signal input/output.
6 S.BUSY I/O Serial BUSY signal input/output.
7 AVref1 I Vdd (+5V).
8 SRDT I LC89710M (CD TEXT decoder) DATA input.
9NC O No used.
10 SCLK O LC89710M (CD TEXT decoder) CLOCK output.
11 STANDBY O No used. H : LED lights-ON
12 DATA O LC75710 (DOT driver) DATA output.
13 CLK O LC75710 (DOT driver) CLOCK output.
14 CE O LC75710 (DOT driver) CE output .
15 8/16bit I 8bit/16bit change-over. H : 16bit
16 SUBQ I Q data input.
17 NC O No used.
18 SQCK O Q data CLOCK output.
19-26 AD0 - AD7 I/O HM62256BLFP12T (SRAM) ADR/DATA input/output.
27-32 A8 - A13 O HM62256BLFP12T (SRAM) ADRESS output.
33 Vss – GND.
34 OPEN MOTOR O Tray motor control [OPEN]. H : OPEN/T.U.DOWN
35 CLOSE MOTOR O Tray motor control [CLOSE]. H : CLOSE/T.U.UP
36 OPEN SW I Tray open SW input. L : OPEN
37 CLOSE SW I Tray closure SW input. L : Closure
38 UP SW I Mechanism up SW input. L : UP
39 DOWN SW I Mechanism down SW input. L : Down
40 RD O Read strobe signal output.
41 WR O Write strobe signal output.
42 WAIT I External waiting signal input (No used).
43 ASTB O Address strobe signal output.
44 SLT SW I Start limit SW input.
45 R_TRAY_S O Rotary tray motor control. L : Deceleration
46 R_TRAY_R O Rotary tray motor control. H : CCW
47 R_TRAY_L O Rotary tray motor control. H : CW
48 DISC_SENSE I Disc sensor. H : Disc-IN
49 POSI_SENSE I Position sensor. L : Detection position
50 LDC O Laser signal output. L : Laser diode ON
51 FOK I F. OK input from CXD2507AQ.
52 MON O Spindle motor ON/OFF change-over to CXD2507AQ.
53 CLK O CLOCK output to CXD2507AQ.
. 54 LATCH O LATCH output to CXD2507AQ.
55 DATA O DATA output to CXD2507AQ.
56 SENSE I SENSE input from CXD2507AQ.
57 MUTEG O Digital mute control.
58 GFS I GFS input from CXD2507AQ.
59 RMUTEG O Analog mute control.
60 RESET I Reset input.
1-2 Pin description
CD-206/DPF-6010E(K)2P(98.4.2410:13PM y[W 7

5
CIRCUIT DESCRIPTION
CD-206/DFP-R6010/R6010E
Pin No. Name I/O Description
61 REM I Remocon signal input.
62 SCOR I Sub code frame sync detection signal.
63 DQSY I Text data reading permission signal input.
64 SGATE O DATA output to KAN03.
65 SCK O CLOCK output to KAN03.
66 SDATA O Enable output to KAN03.
67 LED1 O DISC1 IN/OUT. H : LED lights-ON (Disc IN)
68 Vdd – Power supply (+5V).
69 X2 – System clock input.
70 X1 I System clock input.
71 IC – GND.
72 XT2 – No used.
73 GND – GND.
74 AVdd – Vdd.
75 AVref0 I Vdd.
76 A3 – No used
77~79 A/D KEY0-KEY2 I A/D key input.
80 LED2 O DISC2 IN/OUT. H : LED lights-ON
2. Test mode
2-1 Setting the test mode
÷The microprocessor built in the unit can be put to TEST
MODE by just pressing the RANDOM key when set to
power on.
2-2 Key vs Function in test mode
keys Display Description Remarks
(Keep to press RAN-
DOM key and AC ON) 803 || :|| Setting the test mode
PLAY/PAUSE 6
803 || :|| (1) Focus servo – – – – ON
(2) Tracking servo – – OFF
(3) Feed servo – – – – OFF TE-balance adjustment
‰05 00 : 00 (1) Focus servo – – – – ON
(2) Tracking servo – – – ON
(3) Feed servo – – – – – ON
Focus gain / Tracking
gain and FE-balance
adjustment
UP ¢îFL all light up îdot demonstration mode ì
ììì normal test mode indication íìììì
FF 1FEED OUT Move the pick-up to the direction of the outer circumfer-
ence.
FB ¡FEED IN Move the pick-up to the direction of the inner circumfer-
ence.
STOP 7TEST 00 Disc will be stopped.
8 BIT SYNC
16 BIT SYNC 8 bit sync and 16 bit sync will be displayed by changing the SL16/XS8 switch on the rear panel.
RANDOM Change the output level cyclically. ìMax î-10dB îMin
ììììììíììììì
DOWN 4 ‰ 01 Cancellation of the test mode and 01 play.
CD-206/DPF-6010E(K)2P(98.4.2410:13PM y[W 9

6
ADJUSTMENT
CD-206/DPF-R6010/R6010E
FIG.
GND
+
_L.P.F. +
+
L.P.F.
VTVM
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 pat- tern
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
CD-206/DPF-6010E(K)2P(98.4.2410:14PM y[W 10

ABDFHJCEGI
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
CD player unit (X32-333x-xx) 0-13 : DPF-R6010/R6010E (XTEE2)
CD-206 (KP)
0-24 : DPF-R6010 (M)
CD-206/DPF-6010E(K)4P( 98.4.2410:02PM y[W 1

K M O Q SL N P R T
2
1
3
5
7
4
6
PC BOARD(Component side view)
9 10
Display unit (X25-5900-10)
Refer to the schematic diagram for the value of resistors and capacitors.
CD-206/DPF-6010E(K)4P( 98.4.2410:02PM y[W 2

2
1
3
5
7
4
6
AB D F H JC E G I
TRAVERSE UNIT D40-1515-05
(X92-1930-10/X92-1960-91)
MECHA. ASS’Y (CDM-25)
PICKUP (KSS-213C)
CD PLAYER UNIT
(E/6)
(X32- )
(F/6)
(X32- )
IC23
IC22
(X32-3330-XX) (A/6)
IC4
IC5
IC6
IC3
IC7
IC2
IC1
F
B
A
E
PD D
C
MOTOR M
LD
SLT
FEED
M
DISC
MOTOR
UP/DOWN
CLAMP SW
TRAY SW
OPEN/CLOSE
M
LOADING
MOTOR
Q19
DRIVER
6CH BTL
ADJUSTMENT
CN9
PH1
D31
M
ROTARY
MOTOR
PHOTO
PHOTO
WH4
E6
: SIR-33ST3
E7
: RPT-38PT3F
: T95-0145-05
TRANSISTOR
INTERRUPTER
DIODE
PHOTO
PH2
D65
PH1
PH2
AVR
+5V
D30
IC
RESET
ROTARY MOTOR
ON/OFF CONTROL
Q11 Q10
D9 D8 D7
CONTROL
ON/OFF
LASER
DRIVER
LASER DIODE
(BOTTOM VIEW)
(BOTTOM VIEW)
D-LATCH
S-RAM IC
MEMORY
CD TEXT DATA
D6
DIGITAL
)(
CN5
(BOTTOM VIEW)
CD TEXT
DATA LSI
(BOTTOM VIEW)
u-COM
(BOTTOM VIEW)
D.A.C.
DIGITAL FILTER
D.R.I.V.E.
D2 D3
CN4
CN3
(BOTTOM VIEW)
D.S.P.
CONTROL
FE BIAS
D5
CONTROL
FE BIAS
FE-BIAS
TE-BAL
Q1
Q2
Q3
Q4
T-GAIN
D4
D1
CN2
CN1
RF/SERVO IC
)(
10K
R89
10K
TRACKING COIL
FOCUSING COIL
FM+3
5
4
E
VCC
3
2
1
+5V
+2.5V VC
13
PD
-VPD
12
11
LD10
GND
F
9
8
LAND
SHORT
B
C7
6
A
D
SL-SW
SL-SW
6
FM-4
5(GND)
OPN-M
(TLM)
(TLM)
OPN-SW3
DM-2
D.M
DM+1
FCS-
TRK-
16
15
TRK+
FCS+
14
8
GND
6
7
GND4
5
DOWN-SW
CLS-SW
UP-SW
CLS-M2
1
L.M
C200 27P
1.9V 2.0V
4.3V
2.0V
2.1V
4.3V
2.1V
0.9V
2.2V
2.2V
1.7V
2.2V
4.2V
4.1V
0V
4.2V
4.3V
0.9V
0V
0V
2.1V
2.0V
4.6V
TRAY CLS: 1.9V
TRAY OPN: 1.9V
4.3V
5.0V
4.6V 4.1V
4.5V
4.3V
4.6V
2.1V
RTL: 0V RTR: 2.5V
0.9V
2.0V
2.4V
2.0V
2.4V
2.4V
2.0V
2.4V
2.0V
2.0V
2.0V
2.1V
2.1V
2.1V
2.1V
2.1V
2.1V
1.6V
2.7V
2.1V
2.0V
2.4V
2.0V
2.4V
1.6V
1.7V
2.1V
1.7V
2.4V
2.0V
2.4V
2.0V
2.1V
2.1V
2.1V
2.0V
2.0V
2.1V
2.1V
0V
4.2V
4.2V
1.5V
4.2V
4.2V
4.2V
0V
4.2V
4.2V
4.2V 0V
OFF: 0V
ON: 4.2V
MUTE
0V
0.9V
0V
4.2V
4.2V
4.2V
2.1V
2.1V
2.1V
2.1V
4.2V
4.2V
4.2V
1.6V
4.5V
4.3V
C41
+
100u10
+B
+B
+B +B
+B +B
+B
+B
+
+B +B
+B
+B +B
+B+B+B+B
+B
+B
+B +B
220
R56
R212
58
+B +B
41
+B +B
+B
+B
+B
+B
62 57
ON: 3.0V
OFF: 4.2V
4.2V
0V
0.9V
4.2V
4.7V
RTL: 2.5V RTR: 0V
RTR: 2.7VRTL: 2.7V
2.1V
9.2V
3.5V
8.6V
2.1V
4.3V
4.0V
2.1V
0V
2.0V
OFF: 4.2V
ON: 0V
3.7V
0V
0.6V
4.2V
2.2V
2.1V
R9
2.1V
2.1V
47P
0.1
2.1V
2.1V
2.1V
2.1V
2.1V
R44
2.1V
2.1V
2.1V
3.0V
2.8V
1.1V
2.1V 1.9V
1.8V 0.9V
4.2V
1.2V
4.2V
0V
4.6V
4.2V
4.2V
4.2V
2.1V
2.1V
2.1V
2.1V
0.8V
2.1V
2.1V
2.3V
2.1V
2.4V
2.1V
2.1V
2.1V
2.1V
+
-
PH2(C)
67
GND
PH1(C)
PH2(A)
345
PH1(A)
(TRM)
TRYR-M
TRYL-M
12
(TRM)
R.M
321
321
2.1V
1.6V
2.7V
1.7V
2.1V
1.7V
1.6V
0V
4.2V
0V
4.2V
0V
SL16: 4.2V
0V
4.2V
0V
4.2V
0V
XS8: 0V
0V
4.2V
2.1V
2.1V 4.3V
0V
1.8V
1.4V
1.1V
4.1V
4.2V
2.1V
4.3V
+B
+B +B+B
+B
+B
100u10
C50
+
C135
10u16
R184
10K
+
C121
330u6.3
31
+B +B
+B +B +B +B
+B
+B
49 48
+B
+
C48
10u16
100u10
+
C49
32
38
37
36
9.1K
9.1K 35
34
1.5K
1.5K
44 R73
47K
10K
R76
R78
6.8K 7.5K
R77
47K
R74R75
47K
28 29
50 51 52 53
R81 47K
20
R71
R70
R69
R68
R190
R189
R188
R187
R67
39
47K
4.7K
4.7K
47K
4.2V
0V
0V
0V
4.2V
4.2V
4.2V
4.2V
4.2V
4.2V
0V
0V
0V
2.4V
2.0V
2.4V
2.0V
35 34
C47
0.1
0.1
C46
28 29
17 18 19
7 4 11 10 12 13 15 14 16
32
TRK+
TRK-
31 LOUT1
GND
FCS-
30 LOUT2
FCS+
28
L IN2
TRK
27 MUTE
L IN1 FCS
VCC
25 GND
REG I
24 BIAS
GND VCC
26 29
REG BVCC
R IN2
REG O
DM SLD
21 22 23
R IN1DM+
ROUT1
DM-
18 19
3 4
2
3
1
4
1 2 3 5 6 8 9
+B
+B +B
R209
1K
R21
1.5M
2 1
6.3
C56
0.01
59
+B
0.01
C142
19
Q3
+B
Q2
+B
+B+B
21 20
R72
470
C5
100u10
+
+
C31
100u10
C32
0.1
IC5
IC4
10
100u
C19
+
150K
R28
8
3
0.01
C141
8
10
X1
51
16 18
43 41 44 45
20
GND
SLD-
17
SLD+ ROUT2
R34
10K
8
DOWN SW
1
TRYL M(TRM)
3
5
4
GND
PH2(A)
PH1(C) DSENCE
TRYR M(TRM) 2
6
7
PH2(C)
PH1(A)
+B
R93
1M
R94
220
+B
0.1
C151
MHz
16.9344
82P
C62 C53
15P
470
R64
470
470
R63
R65
470
R66
470
470
20
19
21
22
24
23
25
26
10
19 20
7 8 9
21 22
26
25
24
23
22
19
20
15P
C54
C52 C51
10
54 55
13 12 14
38
37
39
36
44
18
17
19
20
1K
48
49
R92
R91 180
R90 180
63
4 5
24 23
6
26 24 25 23 22 31 30 29 28 27
27
28
32
30
29
C37
3300P
4 5 6 7 8 9
10
R61
470
R60
470
R62
+
220u
0.1
7.5K
52
50
R25
10K
R20 110K
110K
R19 0.047
C11
C10 220P
C29
R29
C9
1000P
R18
1M
R17
10K
11 12 13 15 16 18 19 17 14 20
10
Q4
LE
9Q3
GND
D4
8D3
D5
6D2
Q6
5Q1
Q2 Q5
D6
3D1
Q7
2Q0
D0 D7
4 7
VCCCE
1
15 16 17 19 20 22 23 21 18 25 24 26 27 28
14
D4 D3
13 D2
VSS
D5
12 D1
D6
10 D0
CE
9A1
A0 D7
A8
7A2
A9
6A4
A3 OE
8
11
A10A5 A12 A11
A7 A6
3 4 5
WEA13
VCCA14
1 2
1
2
3
5
6
7
4
14
SBSO
EXCK
13 DQSY
VDD
SCOR
12 SRDT
WFCK
10 SCLK
XMODE
9SW1
SW2 MCK
GNDTEST
8
11
5
CLS SW
2
1
OPN M(TLM)
CLS M(TLM)
3
OPN SW
4
GND
6
UP SW
7
GND
6
DM+
5
DM-
3
SLM-
4
SLM+
2
SW GND
1
SLT SW
AD2
21
AD3
22
AD4
23
AD5
24
AD6
25
AD7
26 A8
27 A9
28 A10
29 A11
30 A12
31 A13
32 VSS
33 OPEN
34
CLOSE
35
OPNSW
36
CLSSW
37
UPSW
38
DWNSW
39
5SDATA 6SBUSY
DATA 55
7AVREF
XLAT 54
8SRDT
CLOCK 53
9NC
MON 52
10 SCLK
FOK 51
11 STANDBY
LDC 50
12 DATA
DSENCE 49
13 CLK
PSENCE 48
14 CE
RTR 47
15 8/16BIT
RTL 46
16 SQSI
RTS 45
17 NC
SLT SW 44
18 SQCK
STB 43
19 AD0
WAIT 42
40 RD
20
41
WR
AD1
16
GND
NRSTO 17
60 59 GND
NC
0.1
C36
R52 100K
R51 1M
C35 0.01
1500P
C34
R50
3.3K
3.3K
R48
C33
0.047
10K
R49
55 56 18
45
16
44 43
0.01
C30
R210 1K
1000P
54
53
100K
R47
R53 470
R54 470
R55 470
59
56
57
55
54
45
44
43
19 18
LRCKO
20
BCKO
22
TEST0 TEST1
21
DATAO
RESETN
RZ
DACTEST2
24 23
NC
25
NC
8FSLRCKO
27
8FSRDATAO
28
8FSBCKO
8FSLDATAO
26 30
NC
VDD
1NC
3
2BCKI
MCKTH
29
42
41
40
39
38
37
36
35
34
33
32
31
NC
58 57
LRLH
56
MMOD1 MMOD0
54 55
NMUTE
DACTEST0
NC
LZ
DACTEST1
LO+
GNDAR
VDAR
LO-
RO-
VDAL
RO+
HCKO
53 52 MCKO
VDX
51
XO
49
GNDX
48 XI 50
5
4LRCKI
7
6NFRNT
NRAMRS
9
8DRON
NNODR
11
10 P/S
SDATA
NC VDD
46
13
12 SCK
SGATE
15
14 SDAC
8FS
47
GNDAL
DATAI
46
Q1
C21
33K
Q4
L1
10uH
R5 75K VR2 47K
9.1K
R6 100
4.7K
R42
0.022
C28R43
62K
20K
R46 33K
VR1 R45
20K
100
R14
R13
6.8K
2.4K
R12
VR3 10K
R8
R7
100K
330KC1
0.01
100K
R11
0.047
C2
C3
C4
R10 47K
R35 240K
R31
4.7K
R30
4.7K
0.033
C18
0.01
C20
R33
150K
R32
18K
C16 10u25
C17 0.01
R27 22K 100K
R26
C6 0.1
0.1
C7
0.1
680K
R16
C8
+
C12 10u16
R22 1.5M
C13 0.039
R23 390K
C14 0.01
R24 56K
C15 150P
0.01
C22 0.033
19
WDCK
MNT0
33 18
ASYE
XTAI
34 17
ASY0
XTA0
35 16
ASY1
XTSL
36 15
BIAS
FSTT
37 14
RF
C4M
38 13
AVDD
DOUT
39 12
CLTV
EMPH
40
11
AVSS
WFCK
41
10
VSS
VSS
42
9
PCO
SCOR
43 8
FILI
SBSO
44
7
FIL0
EXCK
45
6
TEST
SQSO
5
LOCK
SQCK
47
4
MDS
MUTE
48
3
MDP
SENS
49
2
MON
XRST
50
20
LRCKXLON
64
21
PCMD
SPOD
63
22
BCK
SPOC
62
23
GTOP
SPOB
61
24
XUGF
SPOA
60
25
XPCK
CLKO
59
26
VDD
VDD
58
27
GFS
XLTO
57
28
RFCK
DATO
56
29
C2PO
CNIN
55
30
XROF
SEIN
54
31
MNT3
CLOK
53
32
MNT1
XLAT
52
51 DATA FOK 1
59
56
57
55
54
1M
R41
R40
220K
+
C27
100u10
R39
10
68P
C26R38
1K
C23 0.01 C25 0.01
C24 2200P
1.5K
R36
R37 10K
R2 68K
R1 68K
R3 68K
R4 68K
FCS-
TRK-
TRK+
FCS+
PD
-VPD
LD
GND
F
C
B
A
D
E
VCC
VC
RF
FE1
FE2
VC
TE2
TE1
S.S
6
4
3
2
5
1
1
2
3
4
5
7
6
7
8
9
10
11
12
13
14
15
16
66
65
64
21
3
26 25
12 FOK
TAM
25
11 CC2
FSET 26
10 CC1
TG2 27
9CB
TGU 28
8
CP
SRCH 29
7
RFI
FE-
30
6
RFO
FEO
31
5
RF-
FLB 32
4
LD
FGD 33
3
PHD
FDFCT 34
2
PHD1
FEI 35
13
TAO
VC
48
14
SL+
TDFCT
47
15
SL-
TZC
46
16
SLO
ATSC
45
17
ISET
TEI
44
18
VCC
LPFI
43
19
CLK
TEO
42
20
XLT
VEE
41
21
DATA
EI
40
22
XRST
E
39
23
C.OUT
F
38
24
SENS
FE.BIAS
37
36
FEO
PHD2
1
OUTIN
GND
()
()
)
( ()
)
(
() ()
)
(
)
(
)
(
)
(
)
(
()
()
()
)
(
( ( ( (
) ) ) )
()
)
(
)
(
)
()
)
( ()
)
( ()
() ()
()
)
(
()
)
(
( (
) )
)
(
)
(
)
(
)
(
()
)
(
)
)
(
()
)
(
)
(
)
(
)
( ()
)
( ()
)
)
(
(
)
)
(
(
)
(
()
)
(
)
(
)
(
)
(
)
(
)
(
)
(
)
(
)
(
)
(
)
(
()
)
(
)
(
()
)
(
()
()
() ()
)
( ()
)
(
)
(
)
(
()
)
(
()
(
(
)
)
()
)
(
(
)
(
()
)
(
)
()
() ()
()
() ( (
) )
() () () () () () ()
)
(
)
(
()
()
()
(
)
(
)
(
)
(
)
(
)
(
)
(
)
(
)
(
() () ()
)
(
()
)
( ()
)
)
(
(
)
(
)
)
(
(
)
(
()
()
()
)
(
()
)
(
()
)
(
()
()
()
( (
) )
(
CD-206/DPF-6010E(K)4P( 98.4.2410:03PM y[W 3

CD-206/DPF-R6010/DPF-R6010E
(X32- ) (B/6)
(X32- ) (D/6)
IC24
(X32- ) (C/6)
IC8
X
X
D27
: SIR-33ST3
: T95-0145-05
PH2
PH1
(L.P.F.)
OPE AMP
PROTECTOR
IC
E13
MUTE WH2
IC19
DPF-R6010 (X32-333X-XX)
CD-206 (X32-3330-13)
DPF-R6010E (X32-3330-13)
8/16 bit SW
2
1
OUT
AUDIO
Lch
Rch
P1
D11
D12
OUT
OPT
OUT
SYNC
S1
BUFFER
COAX
Q24 : 2SA1175(F,E) or 2SA933AS(Q,R)
: TC74HC373AFIC5
LED CURRENT
BUFFER
Q8
Q9
Q6
Q7
Q5
D10
E2
WH5
E8
S3
CN10
P2
WH1
Q20
D22 D28
D29D23
Q21
D24
AVR
+9.5V
IC21
(2/2)
LchOPE
AMP
IC21
(1/2) Rch
Q27
J1
J2
D14 D13
Q28
E1
CN6
E3
OUT
COAX
-40V
AVR
PROTECTOR
IC
: 2SB1370 or 2SB1375
: 2SC2878(B)
: DTC124ESA or UN4212
Q5-9 : DTC113ZSA or UN4219
D1-14,19,20
D27
D22,23,28-30
D21
D31
: S5688B or 1SR139-400
: D3SBA20F03 or RBV-402LFA
: ERA081-004
: 1SS131 or HSS104
: UZ-15BSB or MTZJ15(B)
D25,26
D24 : UZ-20BS or MTZJ20(B) : UZ-10BS or MTZJ10(B)
: CXA1782BQ 1IC1 : CXD2507AQ 1IC2 : uPD78055GC-A03IC3 : W24257S-70LLIC4
: LC89170MIC6 : KAN03IC7 : ICP-N25IC8 : NJM4565MIC19,20 : NJM4580EIC21 : BA5936SIC22 : PST993D-TIC23 : ICP-N10IC24
HEAD PHONES
J4
E4
Q3,4,13,14
Q2,22
Q1,23
: DTA124ESA or UN4112
: 2SA954(L,K) or 2SC1740S(Q,R)
: 2SC1740S(Q,R) or 2SC2785(F,E)
Q17,18,25-28
Q10,11,15,16
Q20,21
Q19 : 2SD2061
D21
(2/2)
IC20
(1/2)
IC19
(2/2)
(1/2)
IC20 MUTE
CONTROL AUDIO MUTE
Q26
Q25Q17
Q18
Q15
Q13
Q16
Q14 Q23
Q24
A1
J3
CN7
D25D26
Q22
A
+B
+B
22
R195
R161
2
1
4
3
6
5
8
7
10
9
11
11
10
9
8
7
6
5
4
3
2
NO
NOYES0-24MGENERAL MARKET
XAUSTRALIA
IC19,20
4.3V
10V
9.2V 11.4V
-0.2V
0V
0V
0V
-0.2V
-12.9V
1.2V
1.2V
0.2V
1.2V
0.2V
OFF: 4.1V
ON: -13.6V
OFF: 4.1V
ON: -13.6V
0V
0V
-12.1V
0V 11.0V
0V
-38.0V
4.0V
0V
1.7V
1.7V
1.6V
0V
4.3V4.1V
100
R111
+B
X25-A/3
-CN1
+B
+B
-B
-B
+B
-B
+B
+B
-30V
1
2
3
3
2
1
-30V
+B+B+B
-B-B
+B +B
100
-B
+B
59
41 40
62
R154
1
+
-
8
3
2
41
-
+
2
3
7
5
6+
-
8
+
-7
4
5
6
1
IK
R165
R165
IK
-48.0V
LED1
4.1V
OFF
ON
T
E
U.K.
EUROPE
W222S3
YESNO
UNIT No.
DESTINATION
0-13
COUNTRY ABB.
W222
YES
S3
NO
K
ABB. UNIT No.
U.S.A.
DESTINATION
COUNTRY
P0-13 CANADA
S3
EEUROPE
W222UNIT No.
DESTINATION
COUNTRY ABB. YES0-13
DOUT
3
+5V
2
1GND
+B
4.1V
-12.9V
OFF:
ON: 1.4V
MUTE
-12.9V
OFF:
ON: 1.4V
MUTE
11.4V
-12.9V
-48.0V
-39.0V
+B
-B
1
2
3
79
C136 0.01
64
65
R86 100K
330
R84
R85 100K
R83 330
R87 100K R88 100K
100
R168
R167
100
820P
C108 C107
820P
+
330u10
C130
+B
79
RST
GND
+5V
REM A/D0 A/D1
13 14 15
78
10
61 77
11 12
R211
1K
0.01
C42
59
Q5-9,12
3
1
2
80
67
+B
+B
15
6
5
63
R163 4.7K
470
R153
R155
470
C117
0.01 0.01
C118
34
5
15
AC220-240V(M)
0.01
C127 C126
0.01
3
2
1
+B
+B
-30V
GND 4
10
AC110-120V/220-240V/
50/60Hz(M)
AC120V/60Hz(K)
6
1
4
W222
5
3
AC230V/50Hz(T,E)
11
12
13
7
6
5
F
F
-B
7
8
9
6
C38
0.01
SBUSY
Rch
SDATA
GND
GND
Lch
DOUT
SGND
+5V
GND
8/16SW
8/16SW
GND
+5V
SGND
DOUT
Lch
GND
GND
SDATA
Rch
SBUSY
AC110-220V(M)
1
2
2
1000P
C113
R203
10 0.01
C105
10
R204
51 1uH
1uH 10uH
10uH
L3
L4
R179
+
C128
3300u16
+
330u25
C131
OUT IN
C129
0.01 330
C110
1u50
47 2W
1
R186
1/4W
1/4W
R185
1
1u50
7
51
R170
6-
+
+
100K
5
8
R172
2.3V
4.3V
0V
4.1V
4.2V
4.2V
4.3V
4.2V
4.2V
4.2V
4.1V
0V
4.2V
4.6V
4.2V
4.2V
0V
4.2V
R213 1K
10K
10K
10K
R99
330u6.3
C58
+
+
C57
330u6.3
100K
R191
+
C112
100u10
1
2-
3
R169
100K
4
+
C109 R171
51
C111
+
100u10
+
R118
R117 22
0.01
C116
59
78 77 61
+B +B
+B
C45
C44 220P C43 220P
(16)
(8)
0.01
R173
1K 1K
R174
R205 1K R206 1K
14
123456789 16
F F
VLOAD
STANDBY
A/D2
LED1 LED2 LED3 LED4 LED5
DATA
CLK
CE
67 80
2 1
191817
12
3
13
1000P
L11
L12
Lch
GND
Rch
+5V
-B
C134
10u50
+
+B
+B
+B
+B
-B
+B
5MHz
22
R100
R102
10K
R101
+B
+B
+B
+B
66
C137 0.01
C138 0.01
X3
R79
47K
56 57 58
1 2
R193 220
Lch
GND
Rch
OUT IN
C94 82P
0.027
C97 0.027
C98
C99
3300P
3300P
C100
470
R151
470
43
C93 82P
R147 39K
R148 39K
41
40
34
C59
150P 150P
C60
10K
R95
R97
10K
R96
10K
10K
R98
0.01
C106
C114
+
-
~
~
R196
1K
R200
R159
100 R197
100
1K
R199
R160
100 R198
R164 4.7K
C102
+
C101
47u10
+
+
~
~
-
+
C103
0.01
100K
R158R157
100K
R156
470 47u10
75
R59
0.1
C40
C39
0.22 R57
130 R58 22
43
Q13-16 Q17,18,25,26
2LED4
LED3
4 3LED5 1
R MUTE
RST GFS
57 59 58 60
MUTE
AVSS
100
R182
100
R183
R181
+B
+B
-30V
GND
-B
F
F
7
6
5
4
3
2
1
80
LED2
79
A2
78
A1
77
A0
76
A3
75
AVREF
74
AVDD
73
GND
72
XT2
71
IC
70
X1
69
X2
68
VDD
67
LED1
66
SDATA
65
SCK
64
SGATE
63
DQSY
62
SCOR
SENCE 56
REM 61
470
R152
C96 82P
C95 82P
R149 39K
R150 39K
0.01
C104
3
10K
0.01
C133
4.7K
R180
100u63
C132
+
+B
X
X
)
(
()
)
(
()
(
)
(
()
)
(
()
)
(
()
)
(
)
( ()
()
()
()
)
(
()
)
(
()
()
)
(
)
(
)
)
(
(
()
)
(
)
)
(
()
)
( ()
) )
( ()
)
( ()
)
( ()
)
( (
)
(
()
)
( ()
)
( ()
)
)
(
)
()
)
(
()
(
(
Y22-7560-10
CD-206/DPF-R6010/R6010E
TK M O Q SL N P R
2SA954
2SC2878 2SA1175 2SC2785
DTA124ESA
DTC124ESA
UN4112
2SC1740S
2SB1370
2SD2061
UN4212
UN4219
2SB1375
2SD2012
NJM4580ENJM4565M
LC89170M
CXA1782BQ*1
KAN03
TC74HC373AF
CXD2507AQ*1
ICP-N10
ICP-N25
LC75712E
BA5936S
16
17
32
1
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.
The DC voltage is an actual reading
measured with a high impedance type
voltmeter with no signal input. The
measurement value may vary depending
on the measuring instruments used or on
the product.
CD-206/DPF-6010E(K)4P( 98.4.2410:03PM y[W 4