Pioneer CDJ-2000, Service Manual

Page: 119 / 166

119
CDJ-2000
5 6 7 8
5 6 7 8
A
B
C
D
E
F
IC8003
DYW1780- /J
JH8003
CN8003
CN8002
JH8002
OSC CIRCUIT
15.975MHz
Vf=2.2V If=8.5mA W=23.8mW
Vf=2.2V If=10.4mA W=29.1mW
Vf=3.2V If=4.0mA W=35.2mW
PANEL CPU
Vf=2.2V If=0.8mA W=2.2mW
Vf=2.2V If=8.5mA W=23.8mW Vf=2.2V If=2.8mA W=7.8mW
KEY4 RELOOPL
L O O P O U T
K E Y 3
V I N L
C D J L
CUEB_R CUEB_Y CUEC_Y
INL
DIRECL
JOGILM_R JOGILM_W
PLAYL
RELOOPL
C U E B
C U E C
R E L O O P
P N L _ B U S Y
C D C _ D S O
C D C _ S C L K
J _ B K
J _ L A T
P L A Y
C U E A
JOG_SW
KEY4_B
E J E C T L
K E Y 4 _ B
CUEC_G CUEB_G CUEC_R
ENCL
RELOOP
P N L _ S C K
CDC_INT
C U E
MTL
L O O P I N
OUTL
4-BEAT
DIREC
EUPL
T C H / B R K
R E L S / S T
KEY3_B
K E Y 3 _ B
ADCT
A D C T
ADIN
A D I N
K E Y 3 _ B
M T L
C D C _ C S
C D C _ S C L K
C D C _ D S O
C D C _ D S I
ENC_2 PNL_BUSY ENC_1 PNL_SCK PNL_RST
PNL_TXD PNL_CNVSS PNL_RXD
ENC_SW ENCL
EUP_CON
C P U _ E U P _ C O N T
EUP_CON JOG2 JOG1 EJC_LOCK EJECTL
E U P L
E J C _ L O C K
PNL_RST
C D C _ I N T
ENC_SW
J _ D S O
P N L _ R X D
TRSTL
T R S T L
C D C _ D S I
C D C _ C S
P N L _ T X D
CUEL
CPU_EUP_CONT
J_SCLK
GNDD
V + 3 R 3 E
S 8 0 1 7
V S G 1 0 2 4 -
R8082
3.3k
R8049
22k
S8015
VSG1024-
V + 3 R 3 E
S8014
VSG1024-
S8016
VSG1024-
S8013
VSG1024-
R 8 0 7 7
3 . 9 k
D T C 1 2 4 E U A
Q 8 0 1 6
R 8 0 4 7
1 k
S L I - 3 4 3 Y 8 C ( K L M N )
D 8 0 1 5
GNDD
D T C 1 2 4 E U A
Q 8 0 2 2
S L I - 3 4 3 M 8 C ( F G H J )
D 8 0 1 9
R 8 0 9 1
3 3 0
GNDD
GNDD
X 8 0 0 1
D S S 1 1 6 6 -
C8024
10p
CH
C8025
10p
CH
R8032
4.7k
C8027
0.1u
R8046
330
R 8 0 7 3
4 7 0
R 8 0 6 4
4 . 7 k
R 8 0 7 0
1 0 0
R 8 0 7 2
2 2 0
R 8 0 7 5
1 0 0
R 8 0 5 6
4 . 7 k
R 8 0 7 4
1 0 0
R 8 0 5 5
4 . 7 k
C8029
0.1u
C 8 0 4 0
0 . 1 u
R 8 0 8 7
2 . 2 k
D T C 1 2 4 E U A
Q 8 0 2 0
GNDD
R 8 0 8 8
2 7 0
V + 1 2
D T C 1 2 4 E U A
Q 8 0 2 1
S L R 3 4 3 B C 4 T ( J K L M )
D 8 0 1 7
S L I - 3 4 3 M 8 C ( F G H J )
D 8 0 1 8
R 8 0 8 5
1 0 k
V + 3 R 3 E
GNDD
R 8 0 8 4
1 0 k
GNDD
S 8 0 2 0
V S G 1 0 2 4 -
V + 5
R 8 0 6 5
3 . 3 k
R 8 0 7 8
5 . 6 k
R8079
10k
GNDD
V + 5
GNDD
V + 3 R 3 E
R8081
22k
R 8 0 6 9
2 2
R 8 0 6 8
2 2
R8045
22k
V + 5
GNDD
C 8 0 4 9
N M
GNDS
GNDD
V + 5
V + 3 R 3 E
D C S 1 0 4 5 - A
V R 8 0 0 1
1
3
2
D C S 1 0 4 5 - A
V R 8 0 0 2
1
3
2
D T C 1 2 4 E U A
Q 8 0 1 8
C8039
0.1u
GNDD
R8044
4.7k
R8037
22k
S 8 0 1 1
D S G 1 0 7 9 -
V + 5
S L I - 3 4 3 Y 8 C ( K L M N )
D 8 0 1 3
GNDD
R 8 0 3 3
3 3 0
GNDD
S 8 0 1 2
D S G 1 0 7 9 -
GNDD
GNDD
R 8 0 7 1
2 2
RESET
12
XOUT
13
VSS1
14
XIN
15
VCC1
16
P8_5/NMI
17
P8_4/INT2
18
P8_3/INT1
19
P8_2/INT0
20
P8_1
21
P8_0
22
P7_7
23
P7_6
24
P7_5/TA2IN
25
P7_4/TA2OUT
26
P7_3/CTS2/RTS2/TA1IN
27
P7_2/CLK2/TA1OUT
28
P7_1/RXD2/SCL2/TA0IN
29
P7_0/TXD2/SDA2/TA0OUT
30
P 6 _ 7 / T X D 1 / S D A 1
3 1
P 6 _ 6 / R X D 1 / S C L 1
3 2
P 6 _ 5 / C L K 1
3 3
P 6 _ 4 / C T S 1 / R T S 1 / C T S 0 / C L K S 1
3 4
P 6 _ 3 / T X D 0 / S D A 0
3 5
P 6 _ 2 / R X D 0 / S C L 0
3 6
P 6 _ 1 / C L K 0
3 7
P 6 _ 0 / C T S 0 / R T S 0
3 8
P 5 _ 7 / R D Y / C L K O U T
3 9
P 5 _ 6 / A L E
4 0
P 5 _ 5 / H O L D
4 1
P 5 _ 4 / H L D A
4 2
P 5 _ 3 / B C L K
4 3
P 5 _ 2 / R D
4 4
P 5 _ 1 / W R H / B H E
4 5
P 5 _ 0 / W R L / W R %
4 6
P 4 _ 7 / C S 3
4 7
P 4 _ 6 / C S 2
4 8
P 4 _ 5 / C S 1
4 9
P 4 _ 4 / C S 0
5 0
P4_3/A19
51
P4_2/A18
52
P4_1/A17
53
P4_0/A16
54
P3_7/A15
55
P3_6/A14
56
P3_5/A13
57
P3_4/A12
58
P3_3/A11
59
P3_2/A10
60
P3_1/A9
61
VCC2
62
P3_0/A8
63
VSS2
64
P2_7/A7
65
P2_6/A6
66
P2_5/A5
67
P2_4/A4
68
P2_3/A3
69
C8042
0.1u
V + 3 R 3 E
R8048
22k
R8043
10k
R8066
100k
R8067
4.7k
R8076
4.7k
GNDD
GNDD
R 8 0 5 2
1 0 k
R 8 0 5 0
1 0 k
R 8 0 5 8
1 0 k
R 8 0 5 1
1 0 k
R 8 0 6 1
1 0 k
R 8 0 6 0
1 0 k
R 8 0 5 3
1 0 k
R 8 0 5 7
1 0 k
R8040
22k
R8042
10k
R8036
4.7k
R8039
0
R 8 0 6 3
1 0 k
R 8 0 6 2
1 0 k
5 1 0 4 8 - 0 8 0 0
1
V+5
2
GNDD
3
TRSTL
4
ADIN
5
ADCT
6
KEY3_B
7
GNDS
8
V+3R3E
V + 5
S 8 0 1 8
V S G 1 0 2 4 -
GNDD
S L I - 3 4 3 U 8 R C ( H J K L )
D 8 0 1 6
R8083
3.9k
D T C 1 2 4 E U A
Q 8 0 1 9
R 8 0 8 0
5 . 6 k
R 8 0 8 6
3 . 3 k
S 8 0 1 9
V S G 1 0 2 4 -
GNDD
V + 3 R 3 E
V K N 1 2 6 7 - A
1
C D C _ C S
2
C D C _ S C L K
3
C D C _ D S I
4
C D C _ D S O
5
C D C _ I N T
6
G N D D
7
V + 3 R 3
V K N 1 2 7 6 - A
1
V+12EUP
2
GNDD
3
V+5
4
GNDD
5
ENC_2
6
PNL_RST
7
ENC_1
8
PNL_BUSY
9
ENC_SW
10
PNL_SCK
11
ENCL
12
PNL_RXD
13
CPU_EUP_CONT
14
PNL_TXD
15
EUP_CON
16
PNL_CNVSS
C8043 0.1u
V + 3 R 3
GNDD
C8036
0.1u
C8033
0.1u
V + 5
GNDD
V + 1 2 E U P
I C 8 0 0 6
T C 7 S H 3 2 F U S 1
4
1
2
5
3
GNDD
C8041
0.1u
47u/16
C8035
47u/16
C8031
47u/16
C8044
C8045 0.01u
C8032
NM
C8046
0.01u
C8047
0.01u
C8038 0.01u
C8048 0.01u
I C 8 0 0 5
T C 7 S H 3 2 F U S 1
4
1
2
5
3
V + 3 R 3 E
D T C 1 2 4 E U A
Q 8 0 1 7
R 8 0 5 9
4 . 7 k
R 8 0 5 4
4 . 7 k
3 R 3 E
L T A 1 2 4 E U B
Q 8 0 2 3
5 1 0 4 8 - 0 3 0 0
1
E U P L
2
E J C _ L O C K
3
G N D D
C8059
NM
R 8 1 0 1
4 7 0
D8025
UDZS3R9(B)
GNDD
R 8 1 0 2
2 2
L8003
CTF1379-A
I C 8 0 0 4
B D 4 5 3 0 2 G - T R B
E R
1
S U B
2
G N D
3
V O U T
4
5
V D D
T O U C H / B R A K E
R E L E A S E / S T A R T
J O G M O D E
C A L L > < C A L L M E M O R Y D E L E T E
R E L O O P L E D
( A M B E R )
( G R E E N )
E J E C T L E D
( B L U E )
( G R E E N )
C D J L E D
V I N Y L L E D
E J E C T
R E S E T I C
L O O P I N L E D
L O O P O U T
( A M B E R )
R E L O O P
3 . 3 V
R E S E T
5 0 :
4 9 :
4 8 :
3 7 :
3 6 :
3 8 :
3 5 :
3 4 :
3 3 :
3 1 :
3 2 :
( R E D )
M . T E M P O
M T L E D
T . R A N G E
( J P : D 2 0 P D D 0 8 1 0 E )
( J P : D 2 0 P D Y 0 3 0 5 E )
C E H A Z L
C H
N O T E S
N M
C C S R C H
Z L
D
m e a n s S T A N D B Y
R S 1 / 1 0 S R * * * * D
C K S R Y B o r C K S Y B
R S 1 / 1 0 S R * * * J
C E H A S
+
+
( M 3 0 3 0 R F C P F P - K )
J
PNLB ASSY (DWG1665)
J
N
JH8701
O
C
N
8651
L
C
N
5001
I
2/2
C N 4007
* C A P A C I T O R S
I n d i c a t e d i n C a p a c i t y / V o l t a g e ( V )
u n l e s s o t h e r w i s e n o t e d . u:
μ
F, p: pF
* R E S I S T O R S
I n d i c a t e d i n
Ω
,
±
5 % t o l e r a n c e
u n l e s s o t h e r w i s e n o t e d . k: k
Ω
, M: M
Ω
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.
31
33