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TO OPERATION CIRCUIT (CS8011) ON SCHEMATIC DIAGRAM-5
TO TUNER CIRCUIT (PW603) ON SCHEMATIC DIAGRAM-4
7.5V D9V MLD SUBQ SQCK MCLK VREF+ STAT SYS6V PCONT CDRST MUTEA HALT VREFBLKCK MDATA AGCLK RESTSW CS801 CS603 4 6 4 6 2 2 3 5 7 8 9 1 M E B U Q R P O N K H C F G L S A T J I 3 5 14 10 15 12 13 16 17 18 19 20 22 23 11 21 COMMON_R COMMON_L CDCL_SSW AUX_L DC15V A.GND CD_OPN CD_CLS AGDATA AGLATCH LED_GND 1 R508 33K
MAIN CIRCUIT
R675 10K
CS702 IC601
RESTSW
1 1 40 C411 0.01 LCH 2 R404 10K 39 38 3 C410 C409 0.047 50V0.22 R504 10K 4 37 R410 27K 5 C504 25V10 36 C404 25V10 R616 330K 6 C450 C408 100P 220P 35 AGCLK 34 AGDATA 33 VCC AGLATCH 32 7 C407 16V47 R411 5.6K 8 BUOUT L ((4.22V)) <4.23V> NF L (4.17V) ((4.22V)) <4.23V> IN L (4.19V) 9 C406 220P
H
R408 33K
SUBC
2
CDRST
SCHEMATIC DIAGRAM - 7
SOUND PROCESSOR
3
I
STAT
BH3857AFV-E2
4
J
DMUTE/SBCK
5
SUBQ
6
K
CLOCK/SQCK
7
L
BLKCK
8
M
R615 330K
R614 100K
TLOCK
C638 1000P
FLOCK
((4.21V)) <4.23V> BVO L (4.17V) ((4.20V)) <4.22V> BIN L (4.17V) ((4.21V)) <4.23V> BVN L (4.17V) ((4.21V)) <4.23V> SO L (4.17V) ((4.21V)) <4.22V> SNF L (4.17V) ((4.22V)) <4.23V> SIN L (4.17V) ((4.23V)) TIN L <4.10V> (4.20V) ((2.78V)) TVO L <4.12V> (1.45V) ((3.94V)) OUT L <3.93V> (3.99V) ((1.99V)) C608 <3.53V>50V1 VC (3.16V) ((1.80V)) C609 <3.71V> 50V1 TC (1.80V) ((1.81V)) C610 <3.47V>50V1 BC (1.57V)
SENSE
MLD
N
MDATA
O
MCLK
P
: +B signal line
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
TO CD SERVO CIRCUIT (CN702) ON SCHEMATIC DIAGRAM-2
10 C606 25V10 C607 0.047 11
((4.21V)) <4.22V> FILTER (4.18V) ((3.91V)) <3.92V> A_GND (3.89V) ((0V)) <0V> (0V) IN R
P.GND
C644 470P
C643 100P
C642 100P
7.5V
((1.81V)) <0.01V> (0.01V) ((0.01V)) <0.01V> (0.01V) ((0.01V)) <0.01V> (0.01V) ((3.83V))C611 <3.84V> 16V100 (3.84V)
C637 1000P
TX
31 30 VREF VREF
C636 33P
C635 1000P
LD SW/CLOCK
C506 220P
D.GND
D_GND 29 4 PORT 28 PORT 27 3
12
R511 5.6K
CD5V
13
CD R
R679 22K
L501
C550 100P
A.GND
L601
14
2
CD L
PORT 26 15 1
L401 R510 27K
: CD signal line
Q602
PORT 25 16 C508 220P SC VCC 17 24
C613 25V470
((5.1V)) <0V> (0V) C512 25V10
CD_CLOSE SWITCH
2SA933ASTA
Q602
VCC 18 OUT R 19 RCH TVO R 20 21 22 23
((5.1V)) <0.1V> (0.1V)
((0V)) <0V> (0V) ((0.13V)) <1.59V> (1.59V) ((0.05V)) <5.04V> (5.05V) ((0.19V)) <0.12V> (0.24V) ((0.08V)) <0.13V> (0.11V) ((3.79V)) <3.79V> (3.79V) ((7.87V)) <7.88V> (7.82V) ((3.94V)) <3.95V> (3.98V) ((4.22V)) <4.23V> (4.20V)
R617 33 C511 0.01
C509 C510 50V0.220.047
((4.3V)) R619 <0V> 1K (0V)
R618 33
((4.21V)) R <4.22V> NF (4.18V) ((4.23V)) <4.24V> BUOUT (4.20V) R ((4.23V)) <4.23V> SIN R (4.20V) ((4.23V)) <4.23V> SNF R (4.19V) ((4.22V)) <4.23V> SD R (4.20V) ((4.23V)) <4.23V> BVN R (4.20V) ((4.22V)) <4.23V> BIN R (4.19V) ((4.22V)) <4.22V> BVO R (4.19V) ((4.22V)) <4.23V> (4.20V)
((4.22V)) TIN R <4.23V> (4.19V)
C647 0.01
A
: Main signal line
R622 47K
IC601
SCHEMATIC DIAGRAM - 8
: +B signal line
: Main signal line
Q625
2SC1740SRTA
SWITCHING R691 2.2K
Q625 ((0.9V)) <0.9V> (0.9V) ((0.7V)) <0.7V> (0.7V)
IC603
LA4625
((1.60V)) <1.60V> (1.60V) IN 1 ((7.60V)) <7.80V> (7.80V) RIPPLE FILTER ((0V)) <0V> (0V) PRE GND ((2.60V)) <2.60V> (2.60V) STANDBY SW ((2.30V)) <2.30V> (2.30V) POP ((1.60V)) NOISE <1.60V> (1.60V) IN 2 ((2.10V)) <2.10V> (2.10V) ((7.60V)) <7.70V> (7.70V) NON-INVERTING ((7.60V)) OUT 2 <7.70V> (7.70V) INVERTING ((0V)) OUT 2 <0V> (0V) ((7.60V)) POWER GND 2 <7.70V> (7.70V) NON-INVERTING ((0V)) OUT 1 <0V> (0V) POWER ((7.60V)) GND 1 <7.70V> (7.80V) INVERTING ((18.00V)) OUT 1 <18.00V> (18.10V) VCC
POWER AMP
((1.4V)) <1.4V> (1.4V)
IC603
R689 100K
R690 47K
C648 25V10
C416 50V0.47 C516 50V0.47
1
2
3
4
5
6
7
8
9
10
11
12
13
14
R445 2.2K
R446 2.2K
R439 18K C440 2200P
R423 10K
R539 18K C540 2200P R425 5.6K
R523 10K
R525 5.6K C430 50V4.7 C530 50V4.7 R544 5.6K C544 0.027 ((0V)) <0V> (0V) C620 16V100 C531 1000P
C431 1000P Q626 C432 0.1 R638 1K R643 10K C621 16V33 C622 50V1 R430 2.2 R429 2.2 C433 0.1 R529 2.2 R530 2.2 C533 0.1 C532 0.1 ((0.7V)) <0.8V> Q626 (0.7V) ((0V)) <0V> (0V) ((0V)) <0V> (0V)
2SC2001KTA
SWITCHING FP601 RSFMB50KT-L
R444 5.6K C444 0.027 Q406,Q506
2SC1740SRTA
MUTING ((0V)) <0V> (0V) R658 33K C615 16V22 R659 4.7K ((0V)) <0V> (0V) ((0V)) <0V> (0V) Q609 ((0V)) <0V> (0V)
C649 0.22
Q406
Q506
((0V)) <0V> (0V)
Q610
2SB1566E
CURRENT LIMITTER Q611
2SA952LTA
REGULATOR ((5.1V)) ((7.6V)) <0V> Q609 <7.7V> (7.6V) (0V) ((6.9V)) <7.6V> (7.6V) R628 10K D606 RVD1SS133TA D602 RL1N4003N02 D603 RL1N4003N02
2SC1740SRTA
REGULATOR ((9.1V)) <9.1V> (9V) ((17.5V)) <17.9V> (18V)
R632 1.2 R633 1.2 R634 1.2 ((17.5V)) <17.9V> (18V) Q612
RVTDTA143TST
CURRENT LIMITER
Q610
((16.9V)) <17.3V> (17.4V) R631 10K
((17.7V)) <17.9V> (18.1V)
Q608 ((7.6V)) <7.6V> ((0V)) 2SC1740SRTA (7.6V) <0V> REGULATOR D605 (0V) Q608 RVD1SS133TA ((0V)) <0V> (0V) C624 R626 Q606 1.2K R627 50V10 RVTDTA114EST 330 MUTING
Q612
((17.3V)) <17.3V> (17.3V) ((8.9V)) <8.9V> R612 (8.9V) 100 C625 25V10 ((16.9V)) <17.3V> (17.4V) R630 680 R613 680
((17.6V)) <17.9V> Q613 (18V)
C628 25V6800
Q611
R629 330 ((8.3V)) D607 <8.3V> MTZJ9RBAT (8.3V) R682 15K
R635 2.2K
((17.7V)) <18V> (18.1V) ((3.3V)) <3.4V> (3.4V) ((0V)) <0.1V> (0V)
Q606 <5V>
((0V)) <0V> (0V) ((5V)) <5V> (5V)
((5V)) (5V) Q607
RVTDTA143XST
SWITCHING ((5V)) <5V> (5V) ((5V)) <0V> (0V) T Q R625 4.7K ((0V)) <5V> (5V)
R637 1K
((3.8V)) <3.8V> (3.8V)
Q614
((0V)) <0V> (0V) Q613
Q614
RVTDTC144EST
SWITCHING
RVTDTA114YST
SWITCHING
Q607
R623 10K
D609 1SS291TA B C E U R S D608 1SS291TA
CP605 1
VREF-
2
CDCLSSW
3
LED_GND
4
D9V
LEAF SWITCH
W601 2 SW820 (LEAF) 1 2 1 W601
LED 1 CIRCUIT
CW605
LED 2 CIRCUIT
R624 180 1 2 W602 1 2 W602
D626 LNW9A8BYBZ
1
2
3
4
SCHEMATIC DIAGRAM - 9
: +B signal line
: Main signal line
MOTOR CIRCUIT
CP604 2
D632 RL1N4003N02
CW604 2 1
IC602
OUT2 F IN OUT1 VCC VM R IN RNF GND
1
M
MOTOR L_CH + SPEAKERS (1MP 8 ) R_CH +
D627 RL1N4003N02
D633 RL1N4003N02
D628 RL1N4003N02
((0V)) <0V> (0V) ((0V)) <0V> (0V) ((0V)) <0V> (0V) ((8.10V)) <8.10V> (8.40V) ((0V)) <0V> (0V) ((9.00V)) <9.10V> (9.00V) ((4.70V)) <4.70V> (4.70V) ((0V)) <0V> (0V) ((4.70V)) <4.70V> (4.70V)
1
2
3
4
5
6
7
8
9
IC602
BA6283N
L604 47uH C604 10V220 C646 16V100 CD_LID DRIVE
-
L_CH JK602 4 3 2 1 + + R_CH + JK605 7 C415 16V100 R426 220 6 2 3 F G C515 16V100 R526 220 R507 10K R407 10K 4 5 1 HEADPHONE JACK (32 ) SPEAKERS (1MP 8 )
Q615
R645 47 D611 1D3E R646 6.8K ((14.6V)) <15.1V> (15.1V) ((11V)) <11.1V> (11.1V) D634 1D3E GN ONLY Q615
2SD592ARTA
REGULATOR
((11.6V)) <11.7V> (11.7V)
Q605
2SB621ARTA
REGULATOR D635 1D3E GCS ONLY PW901 1 SYS6V 2 HALT 3 1/2 SUPPLY
D615 MTZJ10BTA...GCS MTZJ12BTA...GN
R647 100
IC605
((5.80V)) <5.80V> (5.80V) ((9.80V)) <9.80V> (9.80V) C630 ((0.80V)) <0.80V> 0.022 (0.80V)
((5.8V)) <5.8V> (5.8V)
((10.3V)) <10.3V> (10.3V)
CONST B D612...GN ONLY 1D3E D614 RVD1SS133TA R653 4.7K 4 PCONT 5 GND 6
Q605
3 2 1 ((9.7V)) <9.7V> (9.7V) R651 220 C616 25V470
TO POWER CIRCUIT (CS901) ON SCHEMATIC DIAGRAM-10
R648 1.2 C631 0.022
R650 100K
R649 15K
IC605
S81250SGY-Z
5V REGULATOR
D613 MTZJ5R1BTA R678 100K
C652 0.01 Q616
2SD2037ETA
REGULATOR
D616 RL1N4003N02
R699 10
FP602 RSFMB04KT-L RTP1M3B013-X...GN RTP1M3E021-X...GCS 9 W905 1
T601 ((16V)) <15.8V> (16V) ((25V)) <21.5V> (25V) R639 47 C632 35V220 1 D617 R642 1.2K R641 100 D618 C626 35V220 D610 MTZJ16CTA D617-D619,D621 SB360L6508...GCS 1N5402BM21...GN C614 0.01 D619 C618 0.01 C605 0.1 C619 0.01 D621 C617 0.01 2 3
Q616
((16.6V)) <16.4V> (16.6V)
8 4 5 6
W906
2
TO POWER CIRCUIT (CP905)...GCS (CP904)...GN ON SCHEMATIC DIAGRAM-10
7
W907
3