Pnlb Assy - Pioneer CDJ-2000NXS Service Manual

1

10.13 PNLB ASSY

A
V+5
R 8 0 0 2 D 8 0 0 1
2 k
CARD ACCESS LED
S L I - 3 4 3 Y 8 Y ( K L M )
(AMBER)
Vf=2.2V If=1.4mA W=3.9mW
V+5
D 8 0 0 2
R 8 0 0 3
HOTCUE A LED
2 7 0
(GREEN)
S L I - 3 4 3 M 8 G ( G H J )
Vf=2.2V If=10.4mA W=29.1mW
B
R 8 0 0 4
HOTCUE A LED
1 . 5 k
D 8 0 0 3
(RED)
S L I - 3 4 3 U 8 R ( H J K )
Vf=2.2V If=1.9mA W=5.3mW
R 8 0 0 5
HOTCUE A LED
(AMBER) 1 k
D 8 0 0 4
Vf=2.2V If=2.8mA W=7.8mW S L I - 3 4 3 Y 8 Y ( K L M )
GNDD
V+5
D 8 0 0 5
R 8 0 0 6
HOTCUE B LED
2 7 0
(GREEN)
Vf=2.2V If=10.4mA W=29.1mW S L I - 3 4 3 M 8 G ( G H J )
R 8 0 0 7
HOTCUE B LED
1 . 5 k D 8 0 0 6
(RED)
Vf=2.2V If=1.9mA W=5.3mW S L I - 3 4 3 U 8 R ( H J K )
C
R 8 0 0 8
HOTCUE B LED
(AMBER) 1 k D 8 0 0 7
Vf=2.2V If=2.8mA W=7.8mW
S L I - 3 4 3 Y 8 Y ( K L M )
GNDD
V+5
D 8 0 0 8
R 8 0 0 9
HOTCUE C LED
2 7 0
(GREEN)
S L I - 3 4 3 M 8 G ( G H J )
Vf=2.2V If=10.4mA W=29.1mW
R 8 0 1 0
HOTCUE C LED
1 . 5 k
D 8 0 0 9
(RED)
S L I - 3 4 3 U 8 R ( H J K )
Vf=2.2V If=1.9mA W=5.3mW
R 8 0 1 1
HOTCUE C LED
(AMBER) 1 k
D 8 0 1 0
D
Vf=2.2V If=2.8mA W=7.8mW
S L I - 3 4 3 Y 8 Y ( K L M )
GNDD
V+3R3
PC8001
GP1S094HCZ0F
2 1
A C
DIRECTION 3 4
K E
If=4.8mA 5.3mA
FORWARD L
REVERSE H
GNDD GNDD
V+5
D 8 0 2 1
S 8 0 0 1
S L I - 3 4 3 Y 8 Y ( K L M )
R 8 0 9 7
2 1
T-SEARCH B
E V S G 1 0 2 4 - A
1 . 2 k
D 8 0 2 2
S 8 0 0 2
S L I - 3 4 3 Y 8 Y ( K L M )
R 8 0 9 8
2 1
T-SEARCH F
1 . 2 k V S G 1 0 2 4 - A
D 8 0 2 3
S 8 0 0 3
S L I - 3 4 3 Y 8 Y ( K L M )
R 8 0 9 9
2 1
V S G 1 0 2 4 - A
1 . 2 k
D 8 0 2 4
S 8 0 0 4
S L I - 3 4 3 Y 8 Y ( K L M )
R 8 1 0 0
2 1
V S G 1 0 2 4 - A
1 . 2 k
C 8 0 0 1
(AMBER)x4
Vf=2.2V If=2.3mA W=6.4mW
N M
F
J
110
1
2
M
CN8601
JH8001
V+5
5 1 0 4 8 - 0 5 0 0
(JP:D20PDY0510E)
Q 8 0 0 2
L T C 1 2 4 E U B
GNDD
GNDD
Q 8 0 0 3
L T C 1 1 4 Y U B
Q 8 0 0 4
L T C 1 2 4 E U B
S 8 0 0 5
DSG1079-
Q 8 0 0 5
L T C 1 2 4 E U B
1
H.CUE A
GNDD
Q 8 0 0 6
L T C 1 1 4 Y U B
Q 8 0 0 7
S 8 0 0 6
L T C 1 2 4 E U B
DSG1079-
1
H.CUE B
Q 8 0 0 8
L T C 1 2 4 E U B GNDD
Q 8 0 0 9
L T C 1 1 4 Y U B
S 8 0 0 7
DSG1079-
1
Q 8 0 1 0
H.CUE C
L T C 1 2 4 E U B
GNDD
Q 8 0 1 1
L T C 1 2 4 E U B
S 8 0 0 8
VSG1024-
2 1
REC MODE
GNDD
L S C R 5 2 3 U B
Q 8 0 0 1
V+5
R 8 0 1 3
R 8 0 1 7
1 0 0
1 . 5 k D 8 0 1 1
S L I - 3 4 3 U 8 R ( H J K )
GNDD
REV LED
(RED)
GNDD
Vf=2.2V If=1.9mA W=5.3mW
V+12
5 1 0 4 8 - 0 7 0 0
J H 8 0 0 4
D_INDL 1
PLAY
2
CUE
3
PLAYL
4
CUEL
5
SEARCH B
GNDD
6
V+12
7
SEARCH F
(JP:DDD1611-A)
V+3R3
JOG1
JOG2
JOG_SW
J_SCLK
J_DSO
J_LAT
J_BK
JOGILM_W
JOGILM_R
V+3R3
GNDD
V+12
2
3
I
CN8001
V K N 1 2 8 2 - A
V+12
V+5
GNDD
SD_SW
USB_STOP
SLIP LED
USB_LED (RED)
Vf=2.2V If=2.8mA W=7.8mW
CARDL
Q 8 0 1 5
CUEA_G L T C 1 1 4 Y U B
D 8 0 1 4
CUEA_R
S L I - 3 4 3 U 8 R ( H J K )
CUEA_Y
GNDD
1
CUEA
2
DSG1089-
SLIP
S 8 0 0 9
LOOPM
1 2
DSG1089-
GNDD
CUEB_G
LOOP MODE
CUEB_R
CUEB_Y
CUEB
2
PRPRL
INFOL
CUEC_G
BRWSL
CUEC_R
MENUL
CUEC_Y
VINL
CDJL
TRSTL
CUEC
2 KEY0
KEY1 1 0 0 0 p / 5 0
KEY2 1 0 0 0 p / 5 0
KEY3 1 0 0 0 p / 5 0
KEY4 1 0 0 0 p / 5 0
V+3R3E
TCH/BRK 1 0 0 0 p / 5 0
RELS/ST
V+3R3E
R 8 1 0 3
KEY0
R 8 0 2 0
3 . 3 k
GNDS
2 2 k
0 . 4 7 u / 1 0
R 8 0 9 2
0 . 4 7 u / 1 0
2 2 k
KEY0_B
DIREC
Q 8 0 1 2
L T C 1 2 4 E U B
DIRECL
PNL_CNVSS
KEY0_B
D_INDL
PLAY
CUE
PLAYL
CUEL
V+12EUP
GNDD
V+12
JOG1
JOG2
JOG_SW
!
J_SCLK
J_DSO
J_LAT
J_BK
JOGILM_W
JOGILM_R
EUP (POWER STANDBY MODE) CIRCUIT
GNDD
CDJ-2000NXS
3
4
2/2
CN4012
LOOPIN LED
V+5 (AMBER) V+5
Vf=2.2V If=12.7mA W=28.0mW
R 8 0 2 3 R 8 0 2 4
Q 8 0 1 3
L T C 1 1 4 Y U B L T C 1 1 4 Y U B
1 k 2 2 0
D 8 0 1 2
S L I - 3 4 3 Y 8 Y ( K L M )
GNDD
S 8 0 2 0 S 8 0 1 0
2 1 2
DSG1079-
LOOP IN
GNDD GNDD
V+3R3E
8 1
8 2
8 3
8 4
P 0 _ 4 / A N 0 _ 4 / D 4
8 5
P 0 _ 3 / A N 0 _ 3 / D 3
8 6
P 0 _ 2 / A N 0 _ 2 / D 2
81: P 0 _ 7 / A N 0 _ 7 / D 7
8 7
P 0 _ 1 / A N 0 _ 1 / D 1
82: P 0 _ 6 / A N 0 _ 6 / D 6
8 8
83: P 0 _ 5 / A N 0 _ 5 / D 5
P 0 _ 0 / A N 0 _ 0 / D 0
8 9
P 1 0 _ 7 / A N 7 / K I 3
C 8 0 0 6
9 0
C H
P 1 0 _ 6 / A N 6 / K I 2
C 8 0 0 7
9 1
C H
P 1 0 _ 5 / A N 5 / K I 1
C 8 0 0 8
9 2
C H
P 1 0 _ 4 / A N 4 / K I 0
C 8 0 0 9
97:
P 1 0 _ 0 / A N 0
9 3
C H
P 1 0 _ 3 / A N 3
98: V R E F
C 8 0 1 0
9 4
C H
99: A V C C
P 1 0 _ 2 / A N 2
9 5 100: P 9 _ 7 / A D T R G
P 1 0 _ 1 / A N 1
9 6
A V S S
9 7
C 8 0 1 1 9 8
9 9
C 8 0 1 2
1 0 0
C 8 0 1 3
0 . 1 u / 1 6
C 8 0 1 4
1 0 0 u / 1 0
GNDD
C 8 0 5 7
0 . 0 1 u / 5 0
C 8 0 5 8
0 . 0 1 u / 5 0
GNDD
L 8 0 0 1
L 8 0 0 2
C T F 1 5 7 9 - A
D T H 1 2 1 2 - A
0.33m
GNDD
3.3V DCDC CON
4
V+12EU
V+3R3
V+5
LOOPIN LED
(AMBER) V+5
Vf=2.2V If=12.7mA W=28.0mW
R 8 0 3 3
Q 8 0 1 4 Q 8 0
L T C 1 2 4
2 2 0
D 8 0 1 3
S L I - 3 4 3 Y 8 Y ( K L M )
GNDD
S 8 0 1 1
1 2
DSG1079-
LOOP OUT
GNDD
50: P 4
49: P 4
IC8003
48: P 4
DYW1817- /J
(M3030RFCPFP-K)
PANEL CPU
38: P 6 _ 0 / C T S 0 / R T S 0
37: P 6 _ 1 / C L K 0
36: P 6 _ 2 / R X D 0 / S C L 0
35: P 6 _ 3 / T X D 0 / S D A 0
34:
P 6 _ 4 / C T S 1 / R T S 1 / C
33: P 6 _ 5 / C L K 1
32: P 6 _ 6 / R X D 1 / S C L 1
31: P 6 _ 7 / T X D 1 / S D A 1
X 8 0 0 1
8
D S S 1 1 6 6 - A
GNDD
15.975MHz
GNDD
OSC CIRCUIT
RESET
Q 8 0 1 8
L T C 1 2 4 E U B
GNDD
V+3R3E
3.3V IC8004
5 1
V D D E R
2
S U B
4 3
V O U T G N D
BD45302G-TRB
RESET IC
GNDD GNDD