Panasonic SA-PM03 free download

File name 12-1.pdf

SCHEMATIC DIAGRAM - 1 TP29 SCHEMATIC DIAGRAM - 2 D MAIN CIRCUIT (CS801) ON SCHEMATIC DIAGRAM-7

File name 12-2.pdf

SCHEMATIC DIAGRAM - 3 : +B signal line : FM/AM signal line : FM signal line : FM OSC signal line : AM signal line : AM OSC signal line TUNER CIRCUIT Z120 FM FRONT END (ENV17290G1Y) 2SK238 RF AMP D JK101 FM EXT ANT 75 4P 7P 1uH 22P 15P 1 2 2 1P 1 0.47uH 100K 18P 8P 8P G 100K S 1P 22P 2SC2620 4P FM MIXER 10K Q101 FM IF AMP CF201 1 3 ((0V)) Q101<0.7V> (0V) C104 1000P R105 470 6 2 R103 270 R104 1K R106 470K C103 R107 0.01 330 ((0V)) <3.8V> (0V) ((0V)) <0V> (0V) 22 2SC2787LTA 7 16V100 0.022 220P 100 0.022 0.022 33K 0.022 1.5M 2.7K AM LOOP ANT AM EXT ANT 2SK360 FM OSC 33K 8P 8P 100K 470K L101 3 0.68uH 3 4 4 5 L102 0.68uH 10K 220 33K 330 150 330 C101 0.01 C102 25V10 15P 8 2SC2996 BUFFER AMP 3 CF202 1 33P 1.2K 10K 2SC2996 BUFFER AMP 18P 2P 47P 3P 2 3 2 AM ANT COIL 4 R143 22K C119 560P R121 22K R120 47K 5 6 C115 50V4.7 C120 25V10 C137 4700P C118 0.027 C131 100P C139 4700P C117 0.027 C144 4700P C143 4700P R146 100K Q106 1 8 C138 0.01 AM OSC COIL 9 R110 C107 5.6K 0.047 C114 50V3.3 C136 1000P C109 1000P 8 7 Z101 RLA2Z006M-T R112 100K C108 8.2P C142 50V1 R142 1K C141 R141 50V1 1K R145 100K C116 R102 0.033 4.7K R123 68K ((3.93V)) <3.99V> (3.99V) FM IF IN OSC OUT ((5.44V)) ((5.32V)) <5.48V> <5.50V> (5.94V) (5.95V) AM MIX OUT OSC ((2.59V)) ((2.16V)) <2.63V> <2.17V> (2.63V) (2.17V) AFC REG ((2.58V)) ((2.15V)) <2.63V> <2.15V> (2.14V) (2.15V) AM IF IN AM RF IN ((0.33V)) ((0V)) <1.88V> <0V> (1.33V) (0V) AGC GND ((0V)) ((5.00V)) <0.01V> <0.01V> (1.70V) (0.01V) AM OUT SD ((2.57V)) ((5.24V)) <2.56V> <5.24V> (1.58V) (5.26V) DET OUT ST ((2.15V)) ((3.21V)) <2.15V> <3.44V> (2.15V) (4.40V) PILOT IN FM DET ((2.16V)) ((5.38V)) <2.16V> <5.49V> (2.16V) (5.95V) MPX IN VCC ((2.11V)) ((3.76V)) <2.10V> <0.02V> (2.11V) (0.02V) PILOT OUT STRQ ((3.93V)) ((1.85V)) <4.03V> <1.86V> (1.11V) (1.88V) FM/AM RCH ((3.11V)) ((1.89V)) <4.45V> <1.91V> (4.13V) (1.92V) MONO LCH RVTDTA114EST POWER SUPPLY (FM:ON) ((0V)) <15.7V> (0V) ((16.1V)) <15.8V> (16.1V) 24 23 22 21 20 19 18 17 16 15 14 13 ((16.1V)) <0V> (16V) R118 R119 4.7K 33K IC101 Q106 1 ((2.17V)) <2.17V> (2.17V) C127 16V22 2 3 4 5 6 7 8 9 10 11 12 IC101 LA1833MN-TLM C121 50V0.47 C123 50V1 FM/AM IF AMP, DET/AM OSC, MIX/FM MPX C126 C106 0.01 Z102 RLI2Z006M-T 0.047 3 4 2 C147 1000P 1 3 C129 6.3V100 6 5 C148 0.01 X102 R125 470 R126 1.5K R128 82 C149 0.1 R127 470 R122 2.7K R131 68 C125 25V22 C130 6.3V100 C132 1000P R114 5.6K R113 10K R111 390 ((16.21V)) <4.32V> (4.57V) AIN ((0V)) <0.88V> (0.88V) PD ((0.89V)) <0.89V> (0.89V) VDD ((5.25V)) <5.25V> L103 (5.25V) 0.47uH FMIN ((0V)) <2.54V> (0V) AMIN ((2.61V)) <0V> (2.52V) MONO ((0.01V)) <4.45V> (0.01V) IFIN R117 68K C110 D101 0.01 MTZJ5R1BTA ((2.62V)) <2.62V> (2.62V) C133 19 20 15P VSS XOUT C111 50V4.7 R116 R115 1K C112 560 0.01 ((0V)) <0V> (0V) C113 R129 27K 1000P R132 10K 18 AOUT 17 16 15 14 13 12 C124 100P ((0V)) <0V> (0V) 11 X103 XIN IC102 ((2.57V)) <2.58V> (2.59V) CE ((0.01V)) <0.02V> (0.01V) DI ((0.01V)) <0

File name 12-3.pdf

SCHEMATIC DIAGRAM - 5 OPERATION CIRCUIT LCD801 LCD801 : +B signal line RSL5205-L LCD SEG15 ((2.02V))<2.02V> (2.02V) SEG16 ((1.98V))<2.00V> (2.00V) SEG17 ((2.02V))<1.98V> (2.00V) SEG18 ((2.02V))<2.03V> (2.02V) SEG19 ((2.00V))<1.98V> (2.00V) SEG20 ((2.02V))<1.96V> (2.02V) SEG21 ((2.02V))<2.00V> (2.02V) SEG22 ((2.02V))<2.00V> (2.02V) SEG23 ((2.04V))<2.04V> (2.02V) SEG24 ((2.02V))<2.04V> (2.02V) SEG25 ((2.02V))<2.04V> (2.02V) SEG26 ((2.02V))<2.04V> (2.02V) SEG27 ((2.02V))<2.02V> (2.02V) SEG28 ((2.02V))<2.00V> (2.00V) SEG29 ((2.02V))<2.00V> (2.00V) COM3 ((2.02V))<2.00V> (2.00V) COM2 ((2.02V))<2.02V> (2.00V) COM1 ((2.02V))<2.04V> (2.03V) COM0 ((2.02V))<2.02V> (2.02V) ((2.02V))<2.00V> (2.00V) ((2.01V))<2.03V> (2.02V) ((2.01V))<2.03V> (2.02V) ((0.01V))<0.01V> R893 (0.01V) ((0.01V))<0.01V> 1K R828 (0.01V) ((0.01V))<0.01V> 4.7K R827 (0.01V) ((4.78V))<0.03V> 4.7K (0.04V) ((0.01V)) R883 <0.01V> 4.7K (0.01V) ((0.01V))<0.01V>(0.01V) 9 8 7 6 5 4 3 2 1 SEG11 SEG9 SEG3 SEG5 SEG6 SEG7 SEG4 SEG8 SEG10 SEG12 SEG13 SEG14 A B C D E ((0.01V))<0.01V>(0.01V) MDATA ((0.01V))<0.01V>(0.01V) COM1 COM2 COM0 COM3 SEG1 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 SEG0 SEG2 h g f e A B Z803 C D E F G H I J K L M N O P Q R S T U V W X Y Z a b c d e f g h R881 10K RCDGP1U27XD REMOTE CONTROL K L M N O P Q R S T U V W X Y Z a b c d L804 2.2µH SEG21 N.C N.C PLL_CL/ECHO_CL PLL_DI/ECHO_DI SEG19 SEG29 ECHO_LATCH SEG12 SEG17 SEG22 SEG16 SEG15 SEG20 SEG13 SEG18 SEG23 SEG25 SEG26 SEG27 SEG11 SEG14 SEG24 SEG28 PLL_CE T_MUTE VR801 (ENCORDE VOLUME) COM B 1 2 <1.5V> <3.1V> A 3 <5.1V> R839 47K R838 47K C803 1000P C801 1000P L801 2.2µH C828 100P C829 100P R818 47K B A R812 82K R813 82K ASP_LATCH CDCLS_SW CD_OPEN SYNC/HALT CD_CLOSE ASP_DATA ASP_CLK MUTEA REST SW PWRDET DTUNER CR_TMR RMT_IN MIC SW PCONT SUBQ BLKCK PMZ_1 CDRST SQCK SRDY KEY2 KEY1 STAT VL1 ((0.13V)) <0.15V>(0.06V) ((1.41V)) <1.38V>(1.38V) ((4.90V)) <4.87V>(4.87V) ((0.01V)) <0.01V>(0.01V) ((5.00V)) <5.00V>(4.99V) ((1.47V)) <1.47V>(1.47V) ((4.95V)) <4.95V>(4.95V) ((5.00V)) <5.00V> (5.00V) ((5.02V)) <5.04V> (5.04V) ((5.02V)) <5.04V>(5.04V) ((0.01V)) <0.01V> (0.01V) ((0.01V)) <0.01V>(0.01V) ((0.01V)) <0.01V>(0.01V) ((5.00V)) <5.00V>(4.98V) ((4.90V)) <4.91V>(4.91V) ((1.91V)) <4.98V>(4.98V) ((1.91V)) <1.91V>(1.91V) ((5.01V)) <5.00V>(5.00V) ((0.01V)) <0.01V> (0.01V) ((4.64V)) <4.06V>(0.40V) ((0.01V)) <0.01V>(0.01V) ((0.22V)) <0.22V>(0.04V) ((0.06V)) <0.06V>(0.03V) ((5.00V)) <5.00V>(5.00V) ((0.01V)) <0.01V>(0.01V) ((5.0V)) <0.01V>(0.01V) ((5.07V)) <0.01V>(0.01V) ((5.00V)) <0.01V>(0.01V) ((4.85V)) <0.01V>(0.01V) ((4.75V)) <0.01V>(0.01V) MLD DES LINE MUTE <1.5V> <3.1V> <5.1V> O VDD G 1 2 3 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 V_RST SEG10 ((2.02V)) VMUTE ((5.25V)) <5.25V> <2.03V>(1.99V) (5.25V) PLL_DO/ 50 J ((1.91V))

File name 12-4.pdf

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 ((0.9

File name 12-5.pdf

SCHEMATIC DIAGRAM - 10 POWER CIRCUIT D1,D2 RL1N4003N02 ( GCS- S ONLY) T2 Z1 C3 25V1000 D1 C5 0.01 1 2 D5 RVD1SS133TA C4 16V1000 CONST B PCONT GND 4 5 6 R2 3.3K D2 RL1 RSY0040M-0 TO MAIN CIRCUIT (PW901) ON SCHEMATIC DIAGRAM-9 SYS6V HALT 3 3 1 FH2 FH1 4 2 ((0V)) <0V> (0.1V) ((0.8V)) <0.8V> (0.8V) R3 10K ((0V)) <0.1V> (0V) 1 Q1 FH4 F2 2 3 FH3 1 CP904 2 CP903 1 2 Q1 CP905 2SC1740SRTA LED CONTROL TO MAIN CIRCUIT (W905,W906,W907) ON SCHEMATIC DIAGRAM-9 F1 250V T1A...GC W904 W903 CS901 1/2 SUPPLY W902 L901 2 CP903 W901 JK901 F1 250V T630mA W901 JK901 SW901 RSR3A01ZA-H AC IN CIRCUIT POWER CIRCUIT ( GN- S ONLY) T2 Z1 C2 16V1000 CS901 1/2 SUPPLY D4 1 2 3 4 5 6 D3 C5 5.6P D1 TO MAIN CIRCUIT (PW901) ON SCHEMATIC DIAGRAM-9 SYS6V HALT CONST B PCONT GND D1-D4 RL1N4003N02 D5 RVD1SS133TA D2 D5 RL1 RSY0040M-0 1 3 FH2 FH1 4 R2 3.3K ((0.8V)) <0.8V> (0.8V) R3 10K ((0V)) <0.1V> (0V) 1 Q1 CP904 2 1 2 Q1 2SC1740SRTA LED CONTROL TO MAIN CIRCUIT (W905,W907) ON SCHEMATIC DIAGRAM-9 W902 L901 AC IN CIRCUIT

File name 14.pdf

F AC IN P.C.B. AC IN Solder side JK901 W902 W901 H MOTOR P.C.B. CW604 2 1 G LED (1) P.C.B. PHONES CP605 CP604 1 2 W602 CW605 1 2 W601 2 1 JK605 SPEAKER W601 CS603 CS702 23 . . . . . . . . . . . . . 1 1 . . . . . . . . 23 6.. ...1 W602 1 2 W905 W907 J LED (2) P.C.B. K LEAF SWITCH P.C.B. PW901 Component side BROWN 654321 GRAY BLUE WHITE A CD SERVO P.C.B. Component side CN701 CN702 CS801 Solder side LINE OUT AUX 6 . . . . 1 8 . . . . . . 1 PW603 B TUNER P.C.B. FM EXT ANTENNA AM LOOP ANTENNA OPTICAL PICKUP C OPERATION P.C.B. I CD OP/CL P.C.B. W804 W 2 1 R Solder side CP903 2 1 8 . . . . . . 1 PW601 CS8011 W804 W 2 1 R 2 1 CP904 CS901 654321 Solder side E POWER P.C.B. 1 2 D MAIN / TRANS P.C.B. 4 3 21 4..1 Component side CS601

File name BLOK03g1.pdf

RF IC701 AN8837NSBE1 OPTICAL PICKUP SEMICONDUCTOR LASER Q701 LASER POWER DRIVE 7 LD + BDO DET. 6 LPD +B 8 RF 9 10 +B 11 CEA 3 TENV ENV 19 ENV SERVO AMP +B +B RFIN CSBRT OFTR DET. OFTR BDO /RFDET FEN 17 12 15 /RFDET 25 OFTR BDO +B +B 4 PDA A + + RF DET. Ach VCBA Subtracter + FEOUT VCC 24 3 FE +B PHOTO DETECTOR +B 13 LDON B + Bch +B +B 5 +B Vref + VREF GND 26 PDB E E +B 14 +B 1 D A D C B C 2 PDF F F F + Fch PDE + Ech Subtracter +B +B + +B VCBA +B +B TBAL FBAL TEIN PDOWN 27 28 22 16 23 21 LDON TBAL FBAL RF TE +B +B 47 48 4 80 50 60 72 DSLF PLLF SSEL DV DD1 AV DD2 AVDD1 V DD N.C. +B TEOUT TRACKING COIL T+ T- F+ FOCUS COIL F- SYNDROME CALCULATION IC702 MN662746RPK1 44 ARF DSL PHASE COMPARATOR VCO FREQUENCY COMPARATOR SERVO PROCESSOR/ DIGITAL SIGNAL PROCESSOR/ DIGITAL FILTER/ D/A CONVERTER BDO /RFDET ENV FE TE OFT 39 38 34 32 33 36 37 35 VREF TBAL 29 31 30 Q702 SYNCHRONIZING PROTECTION EFM DATA DEMODULATOR INTERPOLATION /SOFT MUTING /DIGITAL ATTENUATION BDO /RF DET RF ENV SERVO INPUT PORT SYNCHRONIZING INTERPOLATION PROTECTION 16K SRAM A/D CONVERTER PWM LOGIC FE TE OFT TRCRS VDET VREF TBAL FBAL RAM ADDRESS GENERATOR PEAK DETECTOR/ AUTO CUE CLV SERVO SUB-CODE DEMODULATOR MASH LOGIC PWM LOGIC CRCC CHECK SERVO CPU IC703 AN8780NSBE2 FBAL CRCC CHECK MIRCOMPUTER INTERFACE SENSE FLOCK TLOCK BLKCK MDATA KICK /RST SQCK SUBQ MCLK STAT FOCUS COIL/ TRACKING COIL/ TRAVERSE MOTOR/ SPINDLE MOTOR DRIVER 41 SWITCH PLLF2 WVEL DSLF2 LDON D/A CONVERTER SERVO OUTPUT PORT 43 42 LDON 40 TRD FOD TVD ECS ECM /RST 1 17 D4+ RESET SIGNAL GEN. FOCUS COIL DRIVE TRACKING COIL DRIVE TRAVERSE MOTOR DRIVE SPINDLE MOTOR DRIVE +B 27 28 22 25 26 21 24 23 10 11 12 18 13 14 15 17 8 7 VREF 22 MLD TRV PC +B 16 15 14 13 M702 SPINDLE MOTOR M701 TRAVERSE MOTOR D4- IN3 24 S701(RESET) IN4 23 IN1 6 D3+ D3D1+ D1D2+ D2- /RST SUBQ MCLK STAT MLD 12 11 RESTSW BLKCK ST/DO MDATA M _ M _ IN2 3 PC2 4 7 20 21 10 8 19 PGND1 PGND2 PVCC1 PVCC2 VCC +B + +B + N.C. 18 +B + DIGITAL AUDIO INTERFACE TX 6 JK603 DMUTE CIRC DECODER X2 16 -B 59 X701 S/P CONVERTER TIMING X1 SMCK 58 19 DIGITAL DE-EMPHASIS GENERATOR /PITCH CONTROL DIGITAL FILTER RSEL 76 VREF 29 OUTL 73 +B +B CD SIGNAL + - + - OUTR 75 R CH (CD SIGNAL) SUBC SBCK DVSS1 CSEL PSEL NSEL /CLDCK 55 56 5 20 78 79 62 9 +B E

File name BLOK03g2.pdf

AM ANT Z101 FM ANT 3 Z120 Q1 1 MIXER RF AMP 5 Q3 OSC Q4 BUFFER Q2 7 CF201 Q101 FM IF AMP 9 2 8 7 6 CF202 1 AM ANT COIL AM OSC COIL 5 4 Q403(Q503) MUTING (FM) +B IC101 LA1833MN-TLM 3 4 6 8 +B (FM) FM/AM IF AMP, DET/AM OSC, MIX/FM MPX RCH 24 23 22 21 20 19 18 17 16 15 14 13 ALC BUFFER AM OSC AM MIX AM RF AMP PHASE DET DECODER PILOT CANCEL STEREO SWITCH AGC LEVEL DET FM IF S-CURVE AM IF FM DET AM/FM IF BUFFER COMP AM DET VCO TUNING DRIVE FF FF FF PILOT DET REG SD ST REG 1 2 3 4 5 6 7 8 9 10 11 12 +B X102 Z102 ST AM IFT SD 16 PHASE DETECTOR CHARGE PUMP REFERENCE DIVIDER 1 X103 20 18 UNLOCK DETECTOR SWALLOW COUNTER 1/6,1/17,4 BITS 1 2 14 17 12 BITS PROGRAMMABLE DIVIDER 13 11 DO UNIVERSAL COUNTER SHIFT REGISTER LATCH C2B I/F CE DI CL 5 2 3 4 DO CE DI CL +B 15 POWER ON RESET 19 10 7 12 6 9 8 Q106 +B POWER SUPPLY (FM:ON) IC102 +B (FM) LC72131MDTRM E PLL FREQUENCY SYNTHESIZER Q603 MUTING CONTROL (AUX) Q406(Q506) Q401,Q402 (Q501,Q502) JK601 AUX IN LCH(RCH) T_MUTE 38 (23) OUT L(R) 9(12) IN L(R) 8(13) NF L(R) 37 36 VC TC 31 35 VREF BC 30 D_GND 26 PORT 1 27 PORT 2 29 PORT 4 28 PORT 3 MUTING MUTING Q606 MUTING BUOUT 7(14) L(R) IC604 Q407(Q507) JK604 LINE OUT LCH(RCH) - + 40(21) TIN L(R) 39(22) TVO L(R) BA4558FDXE2 BUFFER AMP. MUTING 1(20) BVO L(R) 2(19) BIN L(R) Q617 3(18) SO L(R) SIN L(R) SQ L(R) FILTER VCC VCC SNF L(R) MUTING CONTROL (LINE OUT) A_GND Q618 LINE_MUTE 24 5 4 6 (15) (16) (17) 10 11 25 MUTING CONTROL (LINE OUT) +B IC601 BH3857AFV-E2 SOUND PROCESSOR LINE_MUTE T_MUTE +B Q602 STAT CD_CLOSE SWITCH SUBQ SW820 -B SQCK MOTOR M BLKCK 1 /RST 2 5 RESTSW 8 ST/DO SD 3 6 4 IC602 BA6283N SC 33 SD IN MLD 28 MLD 50 PLL_DO/ STEREO 25 RESTSW 26 CDRST 23 BLKCK 20 SQCK 22 SUBQ STAT KEY2 KEY1 ASP_CLK LINE_MUTE ASP_DATA ASP_LATCH T_MUTE CDCLS_SW CD_CLOSE MDATA MCLK CE 29 30 58 MDATA MCLK PLL_CE M38258MCM063 IC801 SYSTEM CONTROL/FL DRIVE GND VSS PMZ_L JOG 1 JOG 2 XCOUT PLL_DI/ECHO_DI PLL_CL/ECHO_CL 18 RMT_IN DI CL 57 56 VREF SRDY AVSS CD_OPEN MBP2 MBP1 XOUT 91 92 93 40 21 19 32 31 42 41 39 38 37 36 +B Z803 REMOTE SENSOR +B -B VR801 (VOLUMN) X'TAL CONTROL X801 X802 Q807,Q808 XCIN VDD XIN MUTEA DC Q607 SWITCH VREF TREBLE + VOL CONTROL AGLATCH AGDATA AGCLK 32 33 34 TONE VOL MATRIX SURROUND 2 VCC BASS MATRIX SURROUND 1 + +B CD-LID DRIVE 7 9 KEY SW 27 55 53 7 14 16 9 10 13 12 11 24 SIGNAL LINES MAIN SIGNAL LINE FM OSC SIGNAL LINE FM SIGNAL LINE AM OSC SIGNAL LINE ( ) indicates Pin No. Right Channel. AM SIGNAL LINE FM & AM SIGNALS LINE CD SIGNAL LINE IC603 LA4625 POWER AMP. - 2 3 RIPPLE FILTER PRE GND RIPPLE FILTER OUTPUT PIN-TO-VCC SHORT PROTECTOR VCC 14 +B + TWEETER LCH(RCH) 6 INVERTING OUT 2(1) 9(13) 6(1) IN2(1) - + Q608 REGULATOR LOAD SHORT PROTECTOR WOOFER LCH(RCH) NON-INVERTING OUT 2(1) 8(11) + 6 Q609 BIAS CIRCUIT STANDBY SW 5 7 POP NOISE STANDBY SW +B R

File name PANASONIC SA-PM03.pdf

Service Manual TOP NEXT ORDER NO. MD0005068C3 CD Stereo System SA-PM03 Colour (S)...Silver Type Area (GCS)...Singapore (GN)...Oceania CD SECTION RAE0152Z-3 TRAVERSE DECK SERIES Specifications Amplifier Section RMS power output THD 10%, both channels driven 1 kHz (For GN) (For GCS) PMPO power output (For GCS) Input sensitivity AUX Input impedance AUX Output impedance LINE OUT Headphone FM Tuner Section Frequency range Sensitivity S/N 26 dB Antenna terminal(s) AM Tuner Section Frequency range (For GN) (For GCS) 522 - 1629 kHz (9 kHz steps) 522 - 1629 kHz (9 kHz steps) 530 - 1630 kHz (10 kHz steps) 87.50 - 108.00 MHz (50kHz steps) 1.8V (IHF) 1.5V 75 (unbalanced) 2.2 k 16-32 47 k 250 mV 160 W 15 W per channel (6) 14 W per channel (6) Sensitivity S/N 20dB CD Section 500V/m http://schema99.host.sk/ Sampling frequency Decoding Beam source/wave length Number of channels S/N ratio SP OUT WOW and flutter Digital filter D/A converter General Power supply (For GN) (For GCS) Power consumption Standby (For GN) (For GCS) Dimensions (W x H x D) Weight Notes: 1. 2. 44.1 kHz 16 bit linear Semiconductor laser/ 780 nm 2 channels Stereo 82 dB (JIS A) Below measurable limit 8 fs MASH (1 bit DAC) AC 230 - 240 V, 50 Hz AC 110 - 120 V/ 220-240 V, 50/60 Hz 50 W 0.5 W 0.7 W 190 x 149 x 297 mm Approx 3.7 kg Specifications are subject to change without notices. Weight and dimensions are approximate. Total harmonic distortion is measured by the digital spectrum analyzer. System SC-PM03 (GCS) Music Center: SA-PM03 (GCS) Speaker: SB-PM03 (E) SC-PM03 (GN) Music Center: SA-PM03 (GN) Speaker: SB-PM03 (E) © 2000 Matsushita Electronics (S) Pte. Ltd. All rights reserved. Unauthorized copying and distribution is a violation of law. @ TOP NEXT http://schema99.host.sk/ 7 Self-Diagnostic Display Function TOP PREVIOUS NEXT This unit is equipped with a self diagnostic display function which, if a problem occurs, it will display an error code corresponding to the problem. Use this function when performing maintenance on the unit. 7.1 How to enter the Self-Diagnostic Display Function mode. 7.2 Interpretation of Error Codes. 7.2.1 Abnormality Detection for CD Block 7.2.2 Detailed specification for F75 7.2.3 Abnormality Detection for Power Supply @ TOP PREVIOUS NEXT http://schema99.host.sk/ 7.1 How to enter the Self-Diagnostic Display Function mode. TOP PREVIOUS NEXT 1. Turn the power on. 2. Set the operation selector to CD. (with no CD loading condition) 3. Press and hold the CD_STOP button for more than 2 seconds. While pressing the CD_STOP button, press and hold the F_SKIP button for 2 seconds."T" will appear on the FL display. (The set is in the Self-Diagnostic Function Mode) 4. Press CD OPEN tray. 5. Under self-diagnosis mode, press CD STOP key to display memorised abnormality. Every time the key is pressed, the memorised numbers of abnormality shall appear cyclically. Self-diagnosis mode will start even if CD_STOP key is released after F_SKIP key is pressed, as both key