Panasonic SA-PMX100EG, Руководство по обслуживанию

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45
10 Block Diagram
10.1. SERVO & SYSTEM CONTROL BLOCK DIAGRAM
SA -PMX100EG S ER V O & SYS TEM CONTROL BLOCK DI A GR A M
: CD S IGN A L LINE : U S B/L A N S IGN A L LINE : A UDIO S IGN A L LINE
REL AY P.C.B.
+
+
EEPROM
IC8004
EE S CL
EE S D A
6 S CL
5 S D A
4
5
FL AS H MEMOR Y
IC8003
FL_CLK
FL_C S
6 CLK
1 C S #
90
88
FL_D A T 2
FL_D A T3
3 WP#(DQ 2 )
7 HOLD#(DQ3)
8 6
89
FL_D A T1
FL_D A T0
2 DO(DQ1)
5 DI(DQ0)
8 7
91
COPROCE SS OR
IC8005
CPIC_ S CLK
CPIC_D A T A
6 I 2 C_ S CL
2 I 2 C_ S D A
7 5
76
COPROCE SS OR
IC8 2 01
6 I 2 C_ S CL
2 I 2 C_ S D A
2
CN801 2
2
CN 6 005
D-
3
CN801 2
3
CN 6 005
D+
+3.3 V
+5. 2V
5CH
MOTOR DRI
V ER
IC5001
Q500 2
L AS ER DRI V E
2 3 V INLD
V OLD+ 1 7
INNER_ S W 31
V OLD- 18
V O S L+ 11
V O S L- 1 2
V OFC+ 14
V OFC- 13
V OTK+ 15
V OTK-
F+
F-
T-
T+
CD-LD
MD/LPD
1 6
1 V INFC
7 RE V
6 FWD
CLO S E_ S W 10
OPEN_ S W 2
LD_CW 30
LD_CCW 2 9
TDOUT 62
LD 5 7
PD 5 6
A
B
C
BD 51
D
A C 50
E
E 54
F
F 55
FDOUT 6 1
CL V OUT 6 4
S DOUT 6 3
2 3
CN500 2
V REF
1 2
CN500 2
2 4
CN500 2
2 1
CN500 2
22
CN500 2
6
CN500 2
5
CN500 2
S PINDLE MOTOR
M 7 30 2
TR AV ER S E MOTOR
M 7 301
26 V INTK
BI AS 5 2 27 BI AS
1 6
CN500 2
1 2 4 XIN_3 2 K
1 2 5
XOUT_3 2 K
110
NXP_U S B_ S T A TU S
11 2
NXP_IRQ_REQ
111
NXP_MUTE_REQ
1 27 XIN_PLL
1 2 8
XOUT_PLL
15
CN500 2
2 0
CN500 2
19
CN500 2
10
CN500 2
14
CN500 2
4 V IN S L+
OPTIC A L
PICKUP UNIT
M A IN P.C.B.
U S B P.C.B.
X800 2
X8 2 00
X8001
TU_R S T 26
TUNER_ S D A 14
TU_ S D A
TU_R S T
RE S ETX 1
NFC_IRQ 84
NR S T
MR_ S D A T A
M_ V DET 38
M_ V DET
DC_DET_ A MP 94 DC_DET_D A MP
HP_DET 15
IO_EXP_D A T A 6
IO_EXP_CLK 7
IO_EXP_ S TB 8
IO_EXP_CLR 9
HP DET
DC_DET_PWR 77
DC_DET_PWR
FROM/TO A UDIO
TO A UDIO
FROM/TO
POWER
S UPPL Y
FROM/TO A UDIO
FROM/TO
POWER
S UPPL Y
TU_INT
TU_INT
2 5
TUNER_ S CL
TU_ S CL
13
S OC
IC8001
I 2S D A T A
D A MP_MUTE
D A MP_ S D
D A MP_ VA LID
CN 6 101
U S B_5 V
U S B_D-
U S B_D+
U S B PORT
1
2
3 U S B_D+ 98
F A ULT 27
S T A TU S 7 4
U S B_D- 9 7
CTL1 6
CTL 2 7
CTL3 8
EN 5
ILIM_ S EL 4
/ S T S 9
FLT 13
DP_OUT 3
DM_OUT 2
U S B
CONTROLLER
IC 6 000
DP_IN 10
IN 1
DM_IN 11
OUT 1 2
D A T A 1 7
CLK 18
/ S TB 2 0
/CLR 2 1
P 22 13
IO EXP A NDER
IC800 6
P11 1
P 2 2 3
P1 7 7
P15 5
P13 3
P1 2 2
P 2 0 11
P9 30
P10 31
P18 9
CD INTERF A CE P.C.B.
FL _RE S ET 22
CLO S E_ S W
LDM+
LDM-
OPEN_ S W
3 3
CN 72 30 CN8003
7 7
CN 72 30 CN8003
BT_U A RT_RX
BT_W A KE
BT_U A RT_RX
BT_W A KE
6 6
CN 72 30 CN8003
HO S T_W A KE
8 8
CN 72 30 CN8003
BT_CT S
HO S T_W A KE
BT_CT S
2 2
CN 72 30 CN8003
BT_U A RT_TX BT_U A RT_TX
1 2 1
CN9 2 00 CN8001
2 2 0
CN9 2 00 CN8001
NFC_ S D A
NFC_ S CL
4 18
CN9 2 00 CN8001
3 3
CN4000 CN9 2 01
4 4
CN4000 CN9 2 01
NFC_ S D A
H S _U A RT_TX
NFC_ S CL
MR_R S T
1 6
CN8010 NXP_RE S ET
9
CN80 2 0 NXP_RE S ET
1
P8000
-
-
1
CN8010 MR_R S T
2 4
CN80 2 0
3
CN8010 MR_RXD
22
CN80 2 0
1 6
CN80 2 0 NXP_ S CL
5 5
CN4000 CN9 2 01
NFC_IRQ
H S _U A RT_RX
NFC_IRQ
8
CN8010
1 7
CN80 2 0
MR_ S D A T A
D S P_ S CL
81 I 2S _ S DO0
I 2S BCK 8 2 I 2S _BCK
I 2S LRCK 83
I 2S _LRCK
FL_RE S ET
2 8
D A MP_MUTE
D S P_MUTE
93 D A MP_ S D
D S P_ S D A
95 D A MP_ VA LID
D A MP_OTW
CD MECH A NI S M UNIT
V OTR+ 10
V OTR-
CD LO A DING
P.C.B.
6
CN5001
OPEN_ S W
3
CN5001 CLO S E_ S W
8
CN5001
LDM+
7
CN5001
5
CN 7 00 2
8
CN 7 00 2
RE S ET_ S W
4
CN5001 RE S ET_ S W
7
CN 7 00 2
3
CN 7 00 2
4
CN 7 00 2
3
CN 7 001
1
CN 7 001
5
CN 7 001
4
CN 7 001
LDM-
S PM+
S PM-
1
CN5001
S PM+
2
CN5001
10
CN 7 00 2
9
CN 7 00 2
S PM-
TR V +
TR V -
10
CN5001
TR V +
9
CN5001
1
CN 7 00 2
2
CN 7 00 2
TR V -
OPEN_ S W
CLO S E_ S W
LDM+
LDM-
9
RE S ET
S72 01
D+
D-
5
CN 6 000
3
CN 6 100
D-
6
CN 6 000
2
CN 6 100
D+ D+
2 ,3
CN 6 000
5, 6
CN 6 100
U S B5 V U S B5 V
D-
CN 6 004
V BU S
D-
D+
U S B PORT
(PC IN)
1
2
3
CN 7 001
TX+
RX+
TX-
L A N
1
4
RX- 5
2
I 2 C0_ S CL 9 2
MICROCONTROLLER
IC8 2 00
U S B0_DP 18
U S B0_DM 2 0
U S B0_ V BU S 2 1
XT A L1 1 2
XT A L 2 13
I 2S _ S EL_3
I 2S _ S EL_ 2
I 2S _ S EL_1
S EL_4
A DC_PON
D S P_RE S ET
HP_MUTE
P 2 3 15 MD1
P 2 1 1 2 ASY NC_RE S ET
P3 2 4 NXP_ S EL
P19 10 S MP S _ S TOP
P8 2 9 ECO_CTL
P4 2 5 PCONT3
P1 22
P5 26
P 6 27
P14 4
P1 6 6
P 7 2 8
PCONT
109 BT_HO S T_W A KE
1 22 G_MR_RXD
1 2 1 G_MR_TXD
103 U A RT_RT S
101 U A RT_RX
10 2 U A RT_TX
115 D S P_MUTE
118 D S P_ S CL
119 D S P_ S D A
114 D A MP_OTW
D S P_ERR
113 D S P_ERR
ASY NC_UNLOCK
108 ASY NC_UNLOCK
Q8000
S WITCH
Q9 2 01
S WITCH
FL _DO 2 4 Q13G 2 4
13G 19
Q9 2 0 2
S WITCH
Q14G 2 3
14G 2 0
Q9 2 03
S WITCH
Q15G 22
15G 2 1
FL_C S 2 1
FL_CLK 2 3
KE Y2 35
KE Y 1 34
M A IN_KE Y _INT 3 2
V OL_JOG 39
B ASS _JOG A 72
B ASS _JOGB 7 3
V OLUME
V R9 2 00
B ASS
V R9 2 01
TREBLE
V R9 2 0 2
P A NEL P.C.B.
P A NEL P.C.B.
A NTENN A P.C.B.
IR S EN S OR P.C.B.
DP9 2 00
FL DI S PL AY
2 0 2
CN9 2 00 CN8001
19 3
CN9 2 00 CN8001
18 4
CN9 2 00 CN8001
FL_DO
FL_C S
FL_CLK
1 2 10
CN9 2 00 CN8001
8 14
CN9 2 00 CN8001
1 1
ZJ9 2 0 ZJ9 2 00
9 13
CN9 2 00 CN8001
KE Y2
FL_DO
FL_C S
FL_CLK
+3.3 V
V H
REMOTE CONTROL
S EN S OR
IR9 2 1
REM_IN REM_IN REM_IN
KE Y2
10 1 2
CN9 2 00 CN8001
KE Y 1
V OL_JOG
REM_IN
KE Y 1
V OL_JOG
15 7
CN9 2 00 CN8001 B ASS _JOG A
14 8
CN9 2 00 CN8001 B ASS _JOGB
B ASS _JOG A
B ASS _JOGB
13 9
CN9 2 00 CN8001 TREBLE_JOG A
11 11
CN9 2 00 CN8001 TREBLE_JOGB
TREBLE_ JOG A
TREBLE_ JOGB
D A (DIN)
/C S
CP(CLK)
27
2 9
2 8
FL_RE S ET 22
2 1 1
CN9 2 00 CN8001
FL_RE S ET FL_RE S ET
/RE S ET 30
BLUETOOTH
-P A IRING
S 9 2 0 6
FORW A RD
REWIND
S 9 2 05
POWER
S 9 2 10
OPEN/CLO S E
S 9 2 08
S 9 2 03
PL AY /P A U S E
S 9 2 04
S ELECTOR
S 9 2 09
S TOP
S 9 2 0 7
1 2 0 RCR
11 6 TREBLE_JOG A
11 7 TREBLE_JOGB
1 2 8 /RE S ET
115 I 2S 0_TX_ S D A
MR_LRCK
7
CN8010
18
CN80 2 0
MR_LRCK
113 I 2S 0_TX_W S
MR_BCLK
6
CN8010
19
CN80 2 0
MR_BCLK
MR_ S D A T A
MR_LRCK
MR_BCLK
1 2
CN8010
13
CN80 2 0
NXP_IRQ NXP_IRQ
9
CN8010 NXP_ S CL
2 1
CN80 2 0
4
CN8010 MR_TXD
5
CN80 22
-
-
7
CN80 2 1
-
-
-
-
8
CN80 2 1
14
CN80 2 0 NXP_ S D A
I 2 C0_ S D A 93
P 6 _ 7 85
14
CN8010
11
CN80 2 0
NXP_RE A D Y NXP_RE A D Y
P 6 _8 8 6
13
CN8010
1 2
CN80 2 0
NXP_MUTE NXP_MUTE
P 2 _3 8 7
11
CN8010 NXP_ S D A
3
CN80 2 1 MR_ S CL(I 2 C)
-
- MR_ S CL(I 2 C)
4
CN80 2 1 MR_ S D A (I 2 C)
-
- MR_ S D A (I 2 C)
11 2 I 2S 0_TX_ S CK
BLUETOOTH P.C.B.
NFC P.C.B.
BLUETOOTH
CIRCUIT
NFC
CIRCUIT
5 5
CN 72 30 CN8003
PW_BT_5 V PW_BT_5 V
1 2 -
CN80 22 - FERX0_DPM
1 6 -
CN80 22 - FETX0_DPP
15 -
CN80 22 - FETX0_DPM
FETX0_DPP
FETX0_DPM
13 -
CN80 22 - FERX0_DPP
FERX0_DPM
FERX0_DPP
+5 V V OLT A GE
S UPPL Y
QR8001
+5 V
V OLT A GE
CONTROL
QR800 2
A LLPL AY MODULE
WIRELE SS
CIRCUIT