Sharp MZ-1P01, Service Manual

Page 1: ...CTION REFER TO THE DPG2306 SERVICE MANUAL 1 SPECIFICATIONS 1 2 NAMES OF FUNCTIONAL COMPONENTS 2 3 SYSTEM BLOCK DIAGRAM _ 3 4 SYSTEM DESCRIPTION 4 5 DATA RECORDER 15 6 COLOUR ENCODER 19 7 MICRO COLOUR GRAPHIC PRINTER 20 8 POWER SUPPLy 24 9 IC SIGNAL POSITION 27 10 CIRCUIT DIAGRAM PARTS LAyOUT 29 11 PARTS GUIDE LIST SHARP CORPORATION ...

Page 2: ...ication CPU LH0080A Z80A I PlO 8255 I CTC 8253 I Memory controller M60719 I CRTC ROM RAM I O bus 4KB monitor ROM I 4KB character generator ROM I 64K bits DRAM 8 2KB SRAM 2 Expansion I O bus I Printer I O bus 2 Only one can be used selectable by switching External cassette read write terminals 1 3 Micro colour graphics printer specification option Printing method Ball point pen recording four colou...

Page 3: ...rminal BrN Colour switch Composi terminal Dat8 recorder c3S IIttll AGe terminal CantUI re order jKk EKt output terminal Joy nick ulfminal 1 plOHtr printer Ext printer terminal MZ 700 plolter prioter recorder cassette INS DEL key d CUrSOI control keV socket Reset switch Volume Adiust F me ground termmal ...

Page 4: ...CIRCUITJ I GEN J sw c MAIN MEMORY 64KB DRAM MONITOR ROM Z80A i III IT CPU A ADDRESS BUS I n I n y en J A III dJA Q I ft H rn t 0 t a X ONTROl BUS I w I I 8m ER f I I r f t 8253 CTC r 8255 PlO EMPO CO C1 C2 CONTROLLER t J 0 CASSET Audio TEMPO f KEY ITECONT 11 JOY STICK 1 amp CURSOR OSC BOARD ROLLER CIRCUIT I I t PRINTER CONTROL LER r PRINTER BUS J CASSETTE JOY STICK TERMINAL TERMINAL U U I CASSETTE...

Page 5: ... is transferred to the system area composed of the RAM and starts to bootstrap Only the cassette tape is subject to bootstrapping in this case 4 Boot command L With the entry of the boot command L only the tape loading program is transferred to the system area and the system program is loaded to the system area designated in the DRAM NOTE The boot program shown in the figure is the program loaded ...

Page 6: ...ges the monitor ROM DRAM video RAM and peripherals keyboard timer ETC mapped to the memory c Generates clock to the Z 80A microprocessor d Selects the printer I O port 1 CRT controller There are major variations of colour television systems as described below 1 NTSC system Japan U S A etc 2 PAL system U K Germany etc 3 SECAM system French etc Because of the different specification requirements abo...

Page 7: ...g with the data from the LS174 to become the R G B CVIDEO signal Po PlO These are VRAM addresses that represent the character position on the CRT screen Ql Q3 These represent the rows of the 8 x 8 dot character Row number is increased with HBLK and it repeats 0 through 7 as shown below These signals are also generated inside the custom LS as a2 a1 1st row 0 0 0 2nd row 0 0 1 3rd row 0 0 4th row 0 ...

Page 8: ...L D RAM D RAM L L L D RAM D RAM NOTE The command with which the memory selection is to be done should not be written in the memory block to be selected 7 Custom LSI internal memory controller block diagram and description When the above mentioned OUT command is executed address Ao A2 is stored in FF to create INHl INH3 then ROM VRAM and DRAM may be accessed against CPU addressing on the basis of t...

Page 9: ...e WR 31 RSTN IN Reset RESET 32 SEL IN DRAM row column address switching signal SEL 33 VBLN OUT Vertical blanking signal CRT VBLK 34 HBLN OUT Horizontal blanking signal CRT HBLK 35 WATN OUT CPU wait WA 36 COLR OUT Colour sub carrier wave 4 4361 875MHz PAL COLR 37 PRCN OUT Printer I O address select PRC 38 Q1 Display Address data output Line Count Signals Ql l l OUT Display address is indicated to t...

Page 10: ... I I AND LOO SCREEN POSITION 1 ABC r SCREEN POSITION 2 I 5 V BLNK CIRCUIT L 11 0123 r H SYNC NTSC r H SYNC PAL f A C 3 8 D K V SYNC CIRCUIT I 1 1 2 AND It I 1 2 Y1 2 9 NTSC PAL SELECT BLNK0 a w X w J 0 i J i Cl Cl w a 0 0 et f I f I I 1 r V U Y V 0 CLKN COLR HSY BLNK HBLN LOAD PO P1 P2 P3 P4 P5 P6 P7 P8 pg P10 S157 3 CSDD SYNN 0 VBLN 0 01 02 Q 03 ...

Page 11: ...N A15 A14 A13 A12 MRQN RFSN RDN PHI A11 A10 A9 AB 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 AND 3 r 4 4 4 0 PRCN BLNK 2 Z 0 LACH C f I Z w a 0 U INH1 CSDD INH2 INH3 I u RASN U C a INH1 CSON AND INH2 WAIT 0 INH3 CYCLE WATN AND CIRCUIT CSDN 1 INH2 INH3 AND CSEN 10 ...

Page 12: ...BACK B ATB CGROM address switch ingbit _FRONT BACK Character iqfonnation is stored in address DOOQ D7FF and colour infonnation in D80Q DFFF of the VRAM 11 1SEL COLR NTSC PAL select In PH10 4 3 Memory mapped I O EOOO EOO8 CPU memory Controller Function address EOOO PA Output EOOl Pe Input E002 8255 Pc Input output mode controller by bit cell E003 Mode controller E004 Co Mode 3 square wave rate ge e...

Page 13: ...an strobe output and key return data 8255 PBO 0 PB7 Do PC7 PC6 AI PC2 PC5 Ao PC4 PC3 RD PCl WR CS PA7 RESET PA PA PAl PAo Control function Keyboud scan stwhe slgnal output Cursor blinking timer reset Keyboard scan data input Cassette data write Timer interrupt disable Motor rotate control Motor rotation check Cassette data read Cursor blinking timer input Vertical blanking 0 AI 8255 RESET Signal n...

Page 14: ...ame data block written twice I SHORT 10 sec 22000 TAPE 1 MARK LONG40 SHORT40 LONG TAPE MARK LONG 20 SHORT 20 INFORMATION BLOCK 128 bytes 1 DATA BLOCK Check SHORT INFORMA E TION a SHORT sum 56 BLOCK 1 2 bytes ytes u rJ 5 sec 128 bytes 1 N u LONG 11000 E Xl isHORT E as DATA a rJ 1 256 BLOCK 1 Ibytes u rJ 1 N 1 N U U LONG LONG The information block consists of the following Name Byte numbers End addr...

Page 15: ...ed as a rate generator Mode 2 and 2 as an interrupt upon terminal count Mode 0 The counter J counts the input pulse of 895KHz which is divided by a predetermined factor musical note and is then supplied to the amplifier to generate sound The counter 1 receives an input pulse of 15 6KHz and creates a pulse on OUTl every second The counter 2 counts those pulses and OUT2 turns to a high level 12 hour...

Page 16: ...rent Record 210mA TEAC TEST TAPE Playback 150mA TEAC TEST TAPE Transistor x 5 Semiconductors used IC x 2 Diode x4 Tape used C30 C90 Rated tape speed 4 75cm sec Tracks 2 tracks monoral Motor 5V electronic governor motor Bias DC Erasure DC Standard playback point lmsec 500 sec Nominal input L O 4V max level and H 2 0V min input impedance R cording terminallOkn min Nominal input level L O 4V max H 2 ...

Page 17: ...K Check the motor lead wire REM and the motor transistor 2S0468 Check if voltage is on to the base of the remote control transistor of the CPU board Check the CPU board Check if the signal is on to the base OK of 03002 Failure of SW3OO1 Check R30OS signal is on to the recor OK ding head OK NO Failure of the recordl playback head Contact failure in SW3OO1 Check 03001 and 03002 Check if voltage is o...

Page 18: ...pstan pinch roller etc impedes proper recording and playback Open the cassette holder take out the tape push down the PLAYBACK pushbutton then clean those components If you can see any oxide deposit clean them using a cotton bud damped with alcohol RECORD pushbutton can not be pushed in The RECORD pushbutton can not be pushed in if the erasure protect tab of the cassette tape is broken Forcible de...

Page 19: ... pp T ov Operational amplifier input wavefonn Operational amplifier output wavefonn Output wavefonn Tt f1 T T 1 SVpp 4Vpp sVpp 1 lV 1 1 Recording input wavefonn Recording signal amplified wavefonn Recording signal amplified wavefonn J T T r T 1 SV O 9V 1 8Vcc pp pp 1 1 Head input wavefonn I 1 V V o Figure in a ciele represents the waveform test point on the circuit diagram 18 ...

Page 20: ... Those which incorporate treble and base for tone control should preferably be set to a flat condition and those with only a tone control knob should be set to a high condition 6 COLOUR ENCODER 6 1 Colour encoder The encoder unit should be replaced as a unit part Input signals COLOR CSYNC HSYNC VSYNC R G B Colour sub carrier wave frequency Composite synchronizing signal Horizontal synchronizing si...

Page 21: ...ee reciprocating movements of 6mm 30 steps at the left end of the X axis to move the pen position one step When the desired pen position is attained it then returns to the home position Since the pen rotor makes a unidirectional rotation at the left end of the X axis and is locked within printable range care must be exerted not to touch the rotor and the slider 20 MZ 700 I V axis I stepping motor ...

Page 22: ...21 It is more effective to save power to shut off current while the X and Y axis motors are at a halt But there may be a possible malfuction because of unsuppressed vibration if the current is turned off with a normal pulse width In order to prevent this current is applied excessively for more than the given hold time tMH 1ms or more Colour position detector The colour position detector consists o...

Page 23: ...Q In Input from pen change switch Tl Test pin I In Input from paper feed switch INT Interrupt input In Data transfer strobe MZ 700 MZlPOl RD Read signal In Not used WR Write signal Out Not used RESET Reset In Used to initialize the processor ALE Address latch enable Out Not used PSEN Program store enable Out Not used SS Single step In Not used EA External access In Active when EA QV Pins used to a...

Page 24: ...MPU The CPU sends data to the printer after confirming that RDA is in low state Five micro seconds later the strobe signal ARDP goes high The CPU confirms that RDA is in high state ARDP is returned to a low state 14 5 micro seconds later 6 7 c i I 8 A 9 A B C q n 0 e z U w m v S u t 1 1 9 0 h 0 I k A b f 0 X V 01 d i r uiyl PI B i C J TranSistor array Solenoid driver D Functional Switches PAPER FE...

Page 25: ... output OV 2 Low output 1 to 4V 3 High output 7 to 10V 4 Abnormal increase of output ripple several hundreds millivolts 021 in failure J U I en J o a I z o U MZ 700 4 For circuit stabilization against load fluctuation we use IC21 shunt regulator PC1 photocoupler and Q3 transistor When the gate of IC21 is above 2 5V after sensing the 5V output by means of R22 VR21 and R23 it makes IC21 active and t...

Page 26: ...aveform Several volts or more LI ov Start I Observe waveform between the collector and emitter of Q1 I I If Waveform I R9 C12 C Q3 in failure Waveform Unstable waveform 2 3 When extremely high output voltage is encountered 7 tOy PC1 Q3 R7 RS C11 in failure N 25 1 If Waveform I PC1 IC21 C25 in failure Waveform R21 PC1 IC21 R22 R23 in failure ...

Page 27: ...e is seen for the output ripple like the one below it needs to replace C22 and C23 with new ones because they have been fatigued t t 100mV or less Normal rippla Several hundreds millivolts Abnormal ripple 26 Input AC220 240V Output 5V 3 75A Usa oscilloscope v1Z 70C ...

Page 28: ...IY 2A 2Y 3A 3Y GND lA IY 2A 2Y 3A 3Y GND 74LS42 7472 VCC PR K3 K2 NC CLR JI J2 J3 GND 74LS125A 74LS145 INPUTS VCC 4C 4A 4Y 3C IC lA IY 2C 2A 2Y GND 27 74LS04 74LS32 74LS86 ICe 48 4A 4Y 38 3A lA IY 2Y GND 74S157 SELECT IV 2V GND INPUTS OUTPUT INPUTS OUTPUT ...

Page 29: ...74LS166 74LS246 74LS367A VCC G2 5A 5Y 4A lA IY 2Y 3A 3Y GND 74LS174 I CLEAR IQ ID I I CLEAR IQ 74LS273 BD 70 74LS176 OUTPUT IQ ID 2Q 3Q 28 2Q GNO ...

Page 30: ...MZ 700 10 CIRCUIT DIAGRAM PARTS LAYOUT 29 ...

Page 31: ... IC IF lS367 RFSH 2 2 Mi 2 WR L RI 10 IORO REQ 14 G G2 I IC 4G LS367 HALT 2 2 A A2 2 A 0 Ao 8US r Go G2 l I IC 6F lS02 IC 6F 6 lS02 MI J INTAC 3 IORQ 5 4 I I IC 7F lsr4 17 NMI 25 BUSRQ 16 INT 28 RFSH 27 Mi 22 ViR 21 RO 20 iORQ 19 MREO WAIT WAft IS HALT 3 A3 A 31 AI 0 Ao vo Vcc r GNO A A AI3 3 A 2 All AIO 0 Ag 39 As 38 A7 37 A6 36 A A 07 06 10 0 O 7 0 02 12 0 Do 14 SUSAK IC7F IC7F LSl4 lSI4 le 4 LS...

Page 32: ... PR 0 1 I 1 1 IJ fe7E LS7 eK J le BC RI03 7417 Ik t CL C47 13 IK OP _ _ _ _ _ _ _ _ _ _ IO c C44 le le I coOp I lOOP LS04 5V ffi A A IC6E lS42 vo f I IOO oV 07 01 ItAG 8255C I ICeH OUT2 INTMSK V INTI e I gill 10 7 I 0 00 I 0 0 0 3 D A I 3 0 L I L le AE 74L 145 P O CLK2 8 GATE2 6 5V O D D Do D OUT I ClKO RIO 3 SIC CSEl tMi i MW Ao A GATEOI o D MW r t 4 csn 1C6F LSOZ 5V 1 _ iilID EMR oP ICCH LSDO D ...

Page 33: ... 5 V 0 I 5V 0 I Ao A AI A Az AIO A All A4 Alz 45 AI A6 AI4 A1 AI V 0 le7G 504 le7G 04 6 PT I C SEL 1 Rn 1 Wi IC5H 2732 A t tA Ao Ao A 22 At AI AT A As 4 A A A m I I I I I I I I Do I I I I I I I 0 I I I I I I D I I I I I D I I I I 04 I I I D I l e D r c n go a a W ...

Page 34: ...z z t Y I ICIA 1 1 1 HiI ICIO 7417 V D I D 0 1 D r I D DI I I 1 4D 4O BACK LCs I I I I I I I I D 501 L t ro 11 i I6D JL Ill IC2A I ri I z o GT LOAD V IC2A RESET 110 III h 114 lis 111 02 DJ 04 05 01 or IO I PlO 02 03 04 Os 0 01 01 Alo I PlO It BA 2016p I A ICAA 20tc5P 1 A 2 P A p Aa 23 p LJ M A J A ViO 220 C VIDEO V ICTD IK LSOS 11 M EXINT I 1C4A LSlO WE fe4A L IO IiIIf eT2 le lA All 1 1 1 WE LSOO ...

Page 35: ...40 4Q 1 13 50 5Q 12 IT le 4J 40 4Q 2 13 3D 3Q IC5J tt 0 5 Wi C 4 WO 1 B Z pL l 0 l A i IC ZG RESET I PN IC ZG 4t J IC ZG 11 12 13 fJ le 2G 2 J Cl c r r0 I iQ P I le 2H ARDS 7417 41 R40 1 12 V ll 2 ClO n RO AR07 le 2H IM3 R42 V 5 R14 CII V R07 7 ARD6 le 2H 1M5 JM4 11 0 I Rl7 1 I 02 ROS ARD le 2H ft47 R46 V 9 RI Cl RD ARO 1M9 R48 V RZI R20 CI4 Ro ARC3 7417 5 50 I 2 V 3 RU RO AR02 K R o3 FlS2 13 12 V...

Page 36: ... STA 24 GND 27 FG 26 FG 2S 23 21 19 17 15 13 11 9 7 5 3 I l Q a n e P II P 13 P 9 a e n AI5 NMI 50 AI EXINT 48 A 13 GND 46 Alz MREO 44 Q 0 GND s 2 0 C SYNC f 3 0 CVIDEO i 0 HSYNC c 4 s I 5V 2 VBLK 3 JA I 4 JA2 All GND 42 5 GrvD 5 0 V SYNC Alo 10RO 40 6 0 GND A9 GND 38 7 0 5V Aa RD 36 8 0 G A7 GND 34 9 0 B A6 WR 32 P 14 10 0 R A EXWAIT 30 I 5V 11 0 COLR A Mi 28 2 VIiIT 12 0 GND A3 GND 26 3 JB I Az ...

Page 37: ...L l L Z0040 Cl RBt56 RI C7 A T I 10 2W t OD ZOQ74 r e l F OO 2 68 K 2W 0 ESIF QI 2201C IW OOP 0 1 I 3300pF OOV 2 25C31 50 50 I Q2 2SC 12130 I IW Q3 25CI2130 ell o 22 331 10 C26 C2 R21 0 IIJ l000Jj IO 0 0 5311 VA I le21 TL431C Rn 2 71 5V G ...

Page 38: ...2 Ill JJ H 0 IC2U 41 r n 1 C Cl 4 ICZ4II4J t 8 W sw le I ILF8 Main P W B for AD IOO2 C3001 Ay CNW3001 0 zsc p 1 I oro n t n 0 _ ZI Cl vtt 00 i 0 2 SC M I 3 MCI S12P 00 tt I 7 O I OO 1 1 00 k 0 5P n Ok M I 00 I 0 0 M ff O M 04 2SC167 Of 25C945 J 0 el o U u Oy 2SC O 0 25A733 25C945 o I H p VlOE O OUT G o ...

Page 39: ...MAIN PW8 Rot Sf HEAD RECOROI P AVBACK 40 l i I 1 1 00 REAO WRITE r L fj 0 I le 3001 lPC 35BC I 5005 ro II WJ OJ 2 u o r nOM OK 10 03001 25C16 52Q 03002 03004 2SC2021R BLK RED BLK RED BLUE co o b t f JV I I fr 0 U 2S046ec TO MOTOR ___ _ TOO pwe ...

Page 40: ... Data recorder circuit J J I I I i EI02IAC 33A o H o N o o ...

Page 41: ...____________ _ A 0 23 P 2 24 P23 R9 i IC I r 5 8050H 059P 35 p24 3 O t 1 r 1I __ P 13 29 PI2 NC l J r _3 6p25 33NC tjr _ 37 P26 PI6 27 Plo T PII 38 p27 1 2 8 _ 6 INT R3 Ig I 3 9 M _ PI To I 31 PI4 N C 3 2 PI5 151588 4 Iq t PEN I Q2 LPAPE CHANGE I 2SC458KC 4 I L ESET r FEED SW2 I r v V T I r r SW3 r SWI J l rlu_ XB X AXIS XA YD YC Y AXIS YB YA COLOR DETECT SW 5V SOL 13P 5 0 I n 5 ...

Page 42: ......

Page 43: ...MZ 700 PARTS LIST GUIDE Parts marked with L1I is important for maintaining the safety of the set Be sure to replace these parts with specified ones for maintaining the safety and performance of the set ...

Page 44: ...N D Soecification label MZ 711 11 XBBSC30PIOOOO AA C Screw 12 XBPSM30P06KSO AA C Screw 13 XBPSM30P08KOO AA C Screw 14 XUPSD30P08000 AA C Screw 15 GFTAR1012ACZZ AB N D Lid for connector 16 PGUMS1266CCZZ AA N C Cushion for PWB fixing angle 17 VSPOO80P 608N AN C Speaker 18 HBDGBIOO2ACZZ AD C Sharp badge 19 GCABA1006ACZZ AV N D Bottom cabinet 20 GLEGG1020CCZZ AD D Rubber foot 21 HBDGDIOOIACZZ AB N D M...

Page 45: ...MZ 700 rn CPU U t Exteriors I 28 7 I 20 P 2 If 19 I I I ...

Page 46: ...SPAB1003ACZZ PZETE1005ACZZ SPAKA1064ACZZ SPAKA1065ACZZ SPAKC1224ACZZ PRICE RANK AR AM AH AC AG AA BW AG AL AC AC AB AA AA AA AA AA AA AB AA AA AH AC AK 5 22 NEW MARK N N N N N N N N N N N N N N N N N MZ 700 PART DESCRIPTION RANK 0 Top cabinet 0 Printer cover E Pacer shaft unit C Pacer holder C Pacer shaft C Etype ring E Printer mechanism unit C Paper feed key top C Bottom cover C Pacer holder L C ...

Page 47: ...acitor 16WV 22uF 34 VCEAAAIHWI05Q AB N C Capacitor 50WV 1 0uF 35 VCKYPU1HBI02K AA C Capacitor 50WV 1000pF 36 VCKYPUIHB222K AA C Capacitor 50WV 2200pF 37 VCSATAICE226M AB N C Capacitor l6WV 22uF 38 VCSATAICE336M AB N C Capacitor 16WV 33pF 39 VCTYPUIEXI03M AB C Capacitor 25WV 0 010uF 40 VCTYPAINX104M AB C Capacitor l2V O luF 41 VHDDS1588Ll l AB N B Diode 151588 42 VHiCD4069B 1 AE B IC 43 VHiM74LSOO ...

Page 48: ...CKB AC C Block resistor 3 3KOX4 1 8W 10 14 TPAPRIOOIACZZ AH N 5 Roll paper 15 U PEN PlO 0 2 C C Z Z AR N 5 Pen set of 4 16 VCCCPUIHHI00D AA C Capacitor 50WV IOpF 17 VCEAAUIAW476Q AC C Capacitor lOWV 4711F 18 VCEAAUIHW225Q AB C Capacitor 50WV 2 211F 19 VHDD5I588l2 1 AB B Diode 051 588l2 20 VHEWZIOO 1 AG B Diode 21 VHilBI257 1 AM B IC 22 VHiM5M8050HOl AZ N B l5l 23 VRD 5T2EYI03J AA C Resistor l 4W 1...

Page 49: ... 4W 1500 5 Rl 27 VRD ST2EY101J AA C Resistor l 4W 1000 5 R8 R21 28 VRD RU2EE332J AA C Resistor l 4W 3 3KO 5 R9 29 VRW KT3DCIOOK AC N C Resistor 2W 100 10 RI 30 VRD SC2EF332J AA C Resistor l 4W 3 3KO 5 R22 31 VRD RU2EE272J AA C Resistorll 4W 2 7KO 5 R23 32 RVR MOOlOPAZZ AC C Variable resistor VR2l 33 VRS PT3DB683J AA N C Resistor 2W 68KO 5 R2 34 R T R N ZOO 8 I P A Z Z AH N C Filter Ll 35 RTRNZ0075...

Page 50: ... ID Power Supply Unit 18 2 13 _ _ ____tI 12 t _ 14 15 19 20 7 MZ 700 4 6 16 ...

Page 51: ...B N E PWB W Parts OCF1731A AF N B LED OCF4988A AN N C Flat cable OCF4976A AC N C Protector XBTSD20P06000 AA C Screw OCF3876B AT N C Key top set B OCF3876C AT N C Key top set C OCF3876D AD N C Key tOD set 0 OCF3876E AT N C Key top set E OCF3876F AP N C Key top set F OCF3876G AH N C Key top set G OCF3876H AG N C Key top set H OCF3876J AH N C Key top set J OCF3876K AF N C Key top set K OCFD5000D AG N...

Page 52: ...0351AFFJ AA N C Lock lever spring 39 MSPRC0355AFFJ AA N C Head azimus adjust spring 40 MSPRD0453AFFJ AB N C Pinch roller spring 41 MSPRD0457AFFJ AB N C Write protect lever spring 42 MSPRD0466AFFJ AB N C Erase protect lever sorinS 43 MSPRD0467AFFJ AA N C Cassette eject lever sprinll 44 MSPRP0331AFFJ AD N C Rewind lever spring 45 MSPRP0342AFFJ AA N C Cassette holding spring 46 MSPRT0935AFFJ AB N C S...

Page 53: ...e D3001 106 VHD1S1555V 1G AD N B Diode D3002 107 VHD1S1555V 1G AD N B Diode D3003 108 VHD1S1555V 1G AD N B Diode D3004 109 RC EZB104AF1H AE N C Capacitor O lIlF 50V 20 C3003 110 RC EZB104AF1H AE N C Capacitor O lIlF 50V 20 C3004 111 RC EZB104AF1H AE N C Capacitor O lIlF 50V 20 C3005 112 RC E Z B 2 2 6 A F 0 J AC N C Capacitor 22JlF 6 3V 20 C3008 113 RC E Z B 1 0 5 A F 1 H AC N C Capacitor 11lF 50V...

Page 54: ... CASSETTE UNIT 3 4 1 I 16 i I 33 11 11 ...

Page 55: ...MZ 700 12 ...

Page 56: ...051AFZZ 8 66 AD N C KMECA0045AFZZ 8 901 BP N B NSFTT0202AFFD 8 67 AB N C L NSFTT0203AFZZ 8 68 AB N C LANGF0744AFZZ 8 4 AC N C NSFTT0215AFFW 8 75 AB N C LANGG0099AFFW 8 5 AA N C NSFTZI00lACZA 2 4 AC N C LANGGOIOOAFFW 8 6 AB N C NSFTZI00lACZB 2 5 AG N C LANGTI169AFFW 8 7 AB N C P LANGTI170AFFW 8 8 AC N C PCOVS0180VAZZ 6 16 AG N C LANGTII71AFZZ 8 9 AE N C PCOVSOl81VAZZ 6 2 AG N C LBNDJ2003SCZZ 4 I AA...

Page 57: ...B RHEDA0105AFZZ 8 70 AF N B 1 8 108 AD N B RHEDG0063AFZZ 8 71 AK N B VH01S2076A 1 6 40 AB B RMOTV0127AFZZ 8 72 AX N B VHEWZ 100 1 4 20 AG B RMPTC4332QCKB 4 13 AC C VHiCD4069B 1 3 42 AE B RMPTC8103QCKB 3 15 AD C VHiLB1257 1 4 21 AM B RR XZOO08PAZZ 6 23 AB N C VHiLH0080A 1 3 21 AX RTPEK1004AC13 3 91 BF N C VHiMZ60719GSO 3 22 BF IHRNZ0074PAZZ 6 8 AS N B VHiM2732 AC11 3 23 BF RTRNZ 0075PAZZ 6 35 AG N ...

Page 58: ...Y473J 3 84 AA C VRD ST2EY560J 3 85 AA C VRD ST2EY561J 3 86 AA C 1 4 28 AA C VRD ST2EY562J 4 29 AA C VRD ST3AF224J 6 22 AA N C VRS PT3ABIROJ 6 24 AA N C VRS PT3DB683J 6 33 AA N C VRW KT3DCI00K 6 29 AC N C VSP0080P 608N 1 17 AN C VS2SA673 C I 4 30 AE B VS2SB739 C l 4 31 AD B VS2SCI213 DIA 6 37 AC N B VS2SCI652 Q l 8 101 AC N B VS2SC2021 R l 8 102 AE N B 1 8 103 AE N B 1 8 104 AE N B VS2SC3150 1 6 36...

Page 59: ...SHARP 1 11 185121 0 71931 100 S MMZ700 lT 1POl 203 250887 720g0700Q SHARP CORPORATION Industrial Instrument Group Reliability Quality Control Center Yamatokoriyama Nara 639 11 Japan March 1985 Printed in Japan ...