Sharp MZ-1E20 Service Manual Download

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Summary of Contents for MZ-1E20

Page 1: ... timing generator 4 2 4 Display address generator 4 2 5 Scroll control circuit 4 6 9 9 9 12 12 13 15 4 2 6 VRAMdeta inputloutpulcircuil 4 2 7 Register functions 20 4 2 8 Pal1etcircuit 25 4 2 9 CRTC register map 26 4 2 10 ROMconfigufation 27 4 3 8255 Programmable Peripheral Interface 4 4 8253 Programmable Interval Timer 27 31 4 5 Printer interface 4 6 Programmable sound generator 4 7 Joystick 4 8 S...

Page 2: ...tofd n l naISPllk P o point VI output Joystick RF VIDEO AnalagRG8woth tI Ml 820FI I ntlrlac Ml 700 ItB W fJOO 8ItB CG 1t8 h ndling _Ienc oc M 7 moo only 180 c oIora 0 010010 glnl ed Cen Mitc hldtaMl interl_ C rInCOderIPALI ThI1 lfmlna oldd fO IheRGBllrmlnl AlAR compatibll ijo flitickdldlcatedl TO _ O c I c 2 ii_ RS 232C OP Joyllick density MZ 88 03 o t ixp lntlr PlOt printer ATAAlcompat bll W 1E19...

Page 3: ...elect switch Composite connector RGB connector EXT cassette jack Dip switch home TC cable connection Data recorder POWER lamp Cursor control keys Expantion slot External printer output connector Joystick connector DELETE and INSERT keys RESET switch Power input Volum control 2 MZ 1P16 power supply socket SV POWER switch ilZ 800 ...

Page 4: ...color AGBI CAT I 0 J oh MZ 1E05 MZ 1F19 MFD interface Single floppy disk drive MZ 1T04 MZ 811 connection tape recorder MZ 8BI03 AS 232C card MZ SOP5 K MZ 1F02 Dual MFD drive SO column dot matrix printer 25 1 JOYSTICK ATAAI compatible 3 MZ 1F11 MZ 6F03 MZ driver MZ blank media MZ 2Z046 DISK BASIC MZ 2Z047 CP M MZ 1C30 MZ 1F19 Expansion cable Single floppy disk drive MZ 1C30 MZ 1F02 Expansion cable ...

Page 5: ...8253 PSG SN76489 Expansion slot l 2 MFD MZ 1F02 MZ 800 16 KB l r I l MZ 1P16 OP I r L_ Plot printer I l J PlO Z 80 PlO MlSOP5K printer Printer interface r J Joystick interface 4 VRAM 16 KB CRTC Semi cuslom r I VRAM I I 16 KB OP HZ 1R25 L _____ J RS 232C MZ 8BI03 RGBI Video ATARI compatible o o 0 TV MZ 1D19 ...

Page 6: ...Z 80A t OSCJ Cursor 556 1 RAS VRAS WE CAS ADDRESS BUS 0 Cij 1 DATA BUS T J CONTROL BUS c w c Bus driver dn Peripheral VO bus CTC Z 80A rl 8253 PlO If fiI 1 General purpose input bus lci7Jt J PC21 II DATA RECORDER AMP L _ _ _ PA5 PA4 SP PBI PRINTER DATA BUS 1 L 2 CTRLBUS I L I PAf I r I fl I I CTRLBUS System switch J MZ Centronics External printer bus aJ Q CD iil 3 ...

Page 7: ...00 mode by the monitor ROM when the monitor program starts After transferring the CG data to the VRAM PCG area from the CG ROM at the memory map then returns to When the system program is completed to load the memory map goes into the MZ 700 mode if the system switch SW1 is set to ON side If set to OFF side it changes to the MZ 800 mode then the memory map as in During those changes all memory spa...

Page 8: ... CFFF o Slooo SlFFF to DRAM to CG ROM o Soooo FFFF o S2000 7FFF to VRAM key and timer and Cooo SDFFF monitor ROM to DRAM o 8000 SBFFF to VRAM NOTE o SEooo SFFFF to monitor ROM i l MONITOR I 1 MONITOR MONITOR I I ROM I I I I ROM ROM I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I DRAM CG ROM DRAM I I I V RAM I r I I I I NOTE I I I I I I DRAM I I V RAM...

Page 9: ...e ba fore prohi fore prohi toVRAM PCG to VRAM fore CG was fore CG was bited bited RAM NOTE set set o SCOOO SCFFF o 8000 SBFFF to DRAM to DRAM 0000 r l I l 1 1 1 r I I I I I I I I I I I I 1000 I B B I I I R Q8 I ROM ROM 2000 I I I I I I I I I I I I I I 3000 I I I I I I I I I I 4000 I I I I I I I I I I 5000 I I I I I I I I I I I I 8000 I I I 1 I I 7000 1 I 1 1 I I 1 I I I I 8000 I 1 9000 I 1 V RAM I...

Page 10: ...Port B printer data output FE CPR Z80A Port A printer control and timer interrupt FD PlO I O Port B control Mode 0 FC Port A control Mode 3 F2 PSG PSG 0 PSG output port F1 JOY JOYSTICK I Joystick 2 input port FO Joystick 1 input port FO 0 Pallet write E6 1 110 Memory bank control EO D7 Control port output D6 C53 8253 I O Counter 2 NOTE Mapped to E007 E004 in the D5 Counter 1 MZ 700 mode D4 Counter...

Page 11: ...0 VC7 I i I SBCR 0 Color sub carrier wave ii I RED 0 Video signal red 73 BLUE 0 Video signal blue GREN 0 Video signal green 1 YITN 0 Brightness control signal 75 1 VSYN 0 Vertical sync signal Negative logic 76 77 HSYN 0 Horizontal sync signal Negative logic f GND 78 79 VCC 80 CLKO I Clock input 17 7344 MHz _ _ 81 CROM 0 ROM chip enable Negative logic 8 2 KEY 0 8255 chip enable Negative logic a3 f ...

Page 12: ...CLKO NTPL ADO F DTO 7 RD WR MREO M1 10RO RFSH CROM SEL1 CASB INHS CPR KEY C53 53G JOY PSG CRS SIO lORD 10WR WTGD 16 8 I Clock generator timing generator CPU address CPU CPU VF CONTROL t Memory I controller 110 controller WAIT controller 1Display address generator DATA I MPX I R iSplay contro T register Rscroll register I Scroll circuit t MPX l VRAM address controller r MPX l 1VRAM 1 I Timing contr...

Page 13: ...latch circuit When the horizontal flyback line terminates the address latch output is preset in the address counter display address generator Address is generated even while the vertical flyback line is active and it makes the counter reset before termination of the vertical flyback line 2 Display address generation in the MZ 700 mode Because characters are displayed under the PCG method in the MZ...

Page 14: ...lay screen shifted eight lines up Data on the highest line therefore shifted to the bottom line Programming 28 0 makes the display screen shifted eight lines down and the line on the bottom moves to the highest line 5 Screen split Appropriate deviation of SSA SEA and SW permits to divide the screen into three sections of and Though the section is permitted to scroll sections and are not permitted ...

Page 15: ...ter SSA Scroll start address Increment of SSA 5 Minimum value of SSA 0 Maximum value of SSA 78 MSB LSB N 6 5 4 3 2 SEA Scroll end address Increment of SEA 5 Minimum value of SEA 5 Maximum value of SEA 70 MSB LSB N 6 5 4 3 2 SW Scroll width Increment of SW 5 Minimum value of SW 5 Maximum value of SW 70 Relation of SW SEA vs SSA SW SEA SSA SW SSA MSB LSB N 6 5 4 3 2 S I SOF Scroll offset Increment o...

Page 16: ...oll SOF3 OF x 3 5 line scroll SOF5 OF x 5 And to scroll one more line after 5 line scroll 5 line scroll SOF5 SOF5 OF OF x 6 Display screen 000 SOF SSA t i A Scroll screen o SW SEA 1 1 OB IF400 FAOO Display address DA is the signal created in the CRTC display address generation circuit and arranged in their order from the upper left corner of the screen The bottom right address is 1F400 in the 640 ...

Page 17: ... method is used for the MZ 800 mode it is possible to four screens of 320 x 200 dots and two screens maximum of 640 x 200 data The cycle steal method is used for this mode i 320 x 200 dots See separate page for the timing chart duing display and CPU read timing What i p eudo cycle steal With the MZ 800 the pseudo cycle steal method is adopted for VRAM accessing LOAO u x x OISP addr s Xcpu address ...

Page 18: ...text adr CG adr C C C c text DATA ATB DATA CG DATA invalid DATA shift register _ MZ SOO MODE 320 X 200 dot ClK DISP cycle 1 CPU cycle VRAS J VCAS VOE VADO 7 ROW X COL X COL X ROW X COL II IV plane adr I III plane adr CPU adr latch DATA VCO 7 C C C I plane DATA II plane DATA CPU read DATA VAO 7 C C C III plane DATA IV plane DATA CPU read DATA lOAD 17 ...

Page 19: ...o bytes of display data are fetched during one byte display cycle See the chart in separate page See the figure below for VRAM configuration and CRT character display position 0000 1F3F 2000 3F3F 3FFF 0 2 4 I I I 80 I I I I I 15988 Not used 1 3 5 79 I I I I I I 15999 Not used VA Plane I 0 2 4 I I I I I 3 I I I I I I I ve option Plane Ill Plane III Plane IV 18 2 I I I I I I I I 2 17960 Raster 2 3 2...

Page 20: ...00 16 color mode data are written in two CPU cycles as there is a need of writing to Plane IV See separate paper for timing chart 4 CPU wait 1 Write As there is a one byte buffer in the CRT controller write to the VRAM from the CPU is carried out through the buffer But actual write to the VRAM is cpu cycle D done by the CRT controller Therefore there would be no need of wait under almost any condi...

Page 21: ...MD 1 0 Display screen designation DMD DMD 320 x 200 640 x 200 I MZ 700 1 0 0 0 Frame A Planes I and n Frame A Plane I Normal 0 1 Frame B Planes ID and IV Frame B Plane ID NOTE Prohibited 1 0 Planes I n m and IV Planes I m I Prohibited 1 1 Prohibited NOTE 640 x 200 Plane B IS Plane m not Plane n With the MZ 800 DMD 1 0 DMD 0 O Table VRAM configuration and display mode VRAM I Display Display Color c...

Page 22: ...F OUT CD MSB LSB ISR I Gr r A I IV III 11 NOTE Same as the bit B A of the write format register 21 SRCH S I NG 0 Single color data read Reads the data of the color plane 1 IT rn or N specified by 1 NOTE Only one item should be 1 out of I IT rn and N If it is 1 for more than two or non existence of the VRAM may not assure the data read 1 Specified color search 1 is retu rned for the bit of the colo...

Page 23: ...VRAM are not assured o x 0 1 x 0 The above parameter has to be set up for the MZ 700 mode B A must be set to 0 for the standard MZ 800 without MZ1 R25 x x x x o o o o o o o 1 x x x x x x x x 0 22 x o o T n dot search x o I n dot search x o T n dot search x L n dot search o x x m Wdot search x x m W dot search o x x m IV dot search x x m IV dot search o o o T 1f m IVC dot search o o L1f m IVC dot s...

Page 24: ..._ Character write to the graphic plane L x I 0 1 OIl OIl i OIl I I Color plane of 1 WD i I 16 colors I x i_ 0 __ l I x i lI t 0 r 4 1Calor plane of 0 Writes 0 i I ___ __J__ t _l_ l olor Calor plane of X Fixed 1 I x I x 011 I x i OIl 640 x 200 to _ I t i 0 1 i 0 132 o s r ritesonly bi t 1 i pecificcalor I f 1 ___ _9Q J x i Iors Character write to graphic plane I I x I OIl 11 0 1 I OIl T 1 I 3 x 1 2...

Page 25: ...1 1 1 I 1ON PSET write To overlay a light yellow hatching over the graphic display screen of CD Mode BlA Calor designation WF register 1_ ___ 0 1_0 1_ _____0_1 Light yellow PSET mode G R B Write data I B 11 RI 1 1 1 I 1 1 1 I I 1 I I 1 I I I 1 V R A Display after write M 1 I I So only the bit 1 of the write data becomes the color specified by WF in this mode and rest of other colors do not change ...

Page 26: ...ors out of 16 colors Plane I data Plane IT data Pallet register write FOH FOH MSB OUT FOH I x S2 1 So S2 Register section S2 S So 0 0 0 0 0 1 0 0 0 1 1 0 0 2 Bi Ri Gi li Pallet write data 3 SWo SW LSB Register No PLT 0 PLT PLT 2 PLT 3 SWo SW With these switches it is possible to make combina tion of Planes ill and N data in the 320 x 200 16 color mode Switches are used to assign pallets to four gr...

Page 27: ...0 SWo 0 1 N RGBI SW 0 SW 1 Black PLTO Bleck Black Blue PLT1 Cyen Red PLT2 Red Magenta PLT3 Magenta Green Cyan Yellow White Gray PLTO Gray Light blue PLT1 t Light red PLT2 ht Light magenta PLT3 light magenta Light green Light cyan Light yellow Light white As the CRTC has a 4 bit border color register it permit to use any border color out of 16 colors 4 2 9 CRTC register map VRAM control Data displa...

Page 28: ...B PB7 L 1 PCo 0 L PC 0 I PC INOTE I PC2 0 L 700 E002 PC3 0 TE 21 800 D2 Pc I H PCs I PC I PC7 I 700 E003 800 D3 NOTE l Output data dependent on the bit set mode I Mapping address Not used QD IOCS FD IPL monitor QD command BASIC 10CS Version Eooo E010 ESOO start address F400 FFFO SFFFF pending on the mode In the MZ 700 mode it is In memory space and in the MZ 800 mode it is on lID space Function Ke...

Page 29: ...PC4 MOTOR PC3 ON WRITE PCl PCO To keyboard PA7 PA3 Key data strobe PA2 10 p lS 145 PAl PAO a Key scan Ports PAD PAa of the 8255 are connected via the CD Do 8255 28 MZ 800 07 07 I I DO DO Al Al AO AO RD WR KEY RESET 55 RESET LS145 decoder and PSD PS7 are connected to the key matrix directly ...

Page 30: ...se the connector 5 is in low state key scan is permitted only for keys A through H State of the 8255 input port B PB7 PB PBs PB PB PB2 PB PBo L H H H L H H L Above stata shows that keys A E or H is in depression read signal through PC5 The type of data input output and its format are as follows ___ I I I I SHORT CASE 1 READ EDGE READ POINT LONG LONG represents the bit value and SHORT the bit value...

Page 31: ...s on off control of the motor If a switch is pushed on the cassette recorder side it permits examination of the motor operating state by means of Land PC4 Repeated SENCE 1 1 1 PC3 __ L L t F 1rL MOTO L Execution No change PLAY t of load in MOTOR is command signal PC4 displayed Ur i 1 PLAY SW ON End of load 30 In order of low to high order Not used For use of other than MZ 800 cassette tape recorde...

Page 32: ...r through AUDIO IN of the sound IC 76489AN This counter output is gated by PC of the 8255 port C and the counter gate is controlled by 001 of E008 The counter 0 output is also used for interrupt control INTO and connected to A4 of the Z 80A PlO port A The counter 1 counts pulse of 15 6 kHz and gener ated a pulse on OUT1 at every second The counter 2 counts pulses and makes OUT2 turned high OUT2 ou...

Page 33: ... Machine Cycle One Connection with CPU M1 signal Iow active The PlO attains synchronization with the CPU interrupt control logic by M1 The PlO will be reset when M1 is set low at least for a period of two clock cycles after turning iORQ and Fm high state iORQ 36 I Input Output Request Connection with CPU iORQ signal Iow active This signal perform data transfer between the CPU and the PlO in connec...

Page 34: ...mode Not used _ _ I I I I I I I I I 33 Register A ready Significance of this signal depends ot the state of the port A operational mode 1 Byte output mode Data are loaded in the port A data output register when this signal goes high makes AO A7 stable and it indicates that data can be transferred to a peripheral device 2 Byte input mode A high on this line indicates that the port A data input regi...

Page 35: ...e is the printer interface methlod for the MZ compatible printer types there is the Centronics compatible method for parallel interfacing of the printer Since this method is basically the same as the MZ mode except that signal polarity is opposite MZ specification Centronics specification c l Signal name Active Signal name Active RDA NOTE L BUSY H RDP H STB L IRT H INPUT PRIME L 34 NOTE Though RDA...

Page 36: ...1 I I I I SW I I I I L ___ J 2SW type only Configuration of ATARI compatible joystick 4 8 System switch setup System switches are assigned as follows i Function I SW No I I Setup method L I I 1 I iON MZ 700 mode MZ 700 MZ 8 ct _800 mod I MZ printer with SW2 2 i MZJCentronics printer I and SW3 at ON 3 selection i Centronics printer with I I I I I I SW2 and SW3 at OFF 4 I I Ch d o to 4 External cass...

Page 37: ...d connector contact may lead to contact failure So it has to be cleaned using soft cloth dam pened with alcohol or dry soft cloth 5 4 Problem determination and sequence Follow the next procedure to find the cause of trouble 1 Avoid removing the board to check But visually observe the board to check for open circuit line burnt resistor fuse and semiconductor chips in the first place 2 If a defectiv...

Page 38: ...dure after the installation D Make sure that power is off to the MZ 800 and its peripheral units ID Remove the printer connector cover on the back side of the MZ 800 Connect the data cable and the power supply cable of the unit with the printer connector and the 5 VDC jack of the MZ 800 For connection of the printer connector use the screws that had been at both ends of connector Rear side of the ...

Page 39: ...rocating 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 38 MZ 800 I V axis I stepping motor J Drive ...

Page 40: ...Motor clock Hold period f i i tMH 1 39 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 lms or more 3 4 Colour position detector...

Page 41: ...om pen change switch Tl 1 Test pin 1 In I Input from paper feed switch INT i Interrupt input In Data transfer strobe MZ 700 MZ1PO1 I RD I i Read signal In Not used I Write signal I Out Not used WR i I RESET Reset In Used to initialize the processor ALE 1 Address latch enable Out I Not used I I I PSEN I Program store enable Out I Not used SS I Single step In Not used EA External access In Active wh...

Page 42: ...I I it 1 7i C 8iHX i ihid I 91 I Yj I 1 1 A I i K I I IJ2 I ibif1oi K C lA Xi viCi I f l r L I I eli I I i 1 NI JI I I Ir iuiyi MPU Transistor array Solenoid driver Functional Switches PAPER FEED PEN CHANGE ARDA Color position detector X axis stepping motor V axls stepPing motor PEN UP Down Solenoid The CPU sends data to the printer after confirming that ARDA is in low state Five micro seconds lat...

Page 43: ...e The maximum num ber of lines per page is 255 Automatically set to 66 when the power is turned on or the system is reset Line feed OA Same as the BASIC PSKIP statement Moves the paper one line in the forward direction The line counter is incremented by 1 Magnify scale OB Enlarges the scale from 2 to 1 26 chr line Magnify scale OC Reduces the scale from 2 to 1 Carriage return 00 Moves the carriage...

Page 44: ... coor dinates lx2 lY2 and so forth MOVE MOVE Mx Y Lifts the pen and moves it to coordinates x y 999 x y 999 RELATIVE MOVE R lx ly Lifts the pen and moves it to coordinates RMOVE 999 lx ly 999 lx ly COLOR CHANGE Cn n O to 3 Changes the pen colour to n PCOLOR SCALE SET Sn n O to 63 Specifies the character scale ALPHA ROTATE Qn n 0 to 3 Specifies the direction in which characters are printed PRINT PC...

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Page 47: ...MZ 800 MZ 800 1 2 3 4 5 7 10 n 12 CPU P W B Lavout o E F G H 46 ...

Page 48: ...Cassette Recorder Caution of the Assembling 2 Be sure and must be in exact position 3 Otherwise tape data will be destroyed when play is done 47 MZ 800 4 5 6 ...

Page 49: ..._ _______ J M TotIO O O _____ J OO o U ____ G CO al _____ ____ OS RHV Q f 1C UO oM O Ee l Cassette Recorder Layout MOTOR ERASE fl EAD NOT ALe A VA l _ eo 1 CI CI V S A N 0 J Ac OR AR Tf U HSS O w 0 0 VOL T G Uft O OM t T DI TO C G V vC U HO I U 0 O S G L 0 01 ND C U CT 0 C CI wnHOO C 0 Ov RIP HEAO 12 B c o E F G H ...

Page 50: ...MZ 800 I 1 I 2 3 I 4 I 5 6 I MZ 1P16 CIRCUIT c z M5 1 aO OM OS lP cm L _ __ _ MZ 1P16 LAYOUT N I064AC ...

Page 51: ... 800 MZ 800 1 MZ 1E20 LAYOUT JOY STICK LAYOUT o N1063R JOY2L _ __ JOY 9 10 12 c o E F o G L _ __ H 4 8 ...

Page 52: ...I A LI L l l ZOOS I 3 01 RB1 1 or 1 J 481 4 10 2W C3 Lh I 3300 F 400Y 2 I et I 5 e7 1 u U V r lOO Q3 2SC1213D 6 7 A TI L l Z 0110 I 1 c 800P 0 882 004 A PCI L ll PC 511 B L21 IDOlS 9 CONNECTOR I I I I I I ISV I I I I I 1 1 IG G sv DC lAC K 10 11 12 8 c o j e F G H ...

Page 53: ...Speaker cushion 15 QCNCW1008AC03 AC C Connector 16 QSW K1031ACZZ BH C Key board unit 17 QTANS1002ACZZ AD C Ground terminal 18 QTANS1003ACZZ AD C Ground terminal 19 VSP0080P 608 N AN B Speaker P008P 20 X B BSC 3 0 PlO 000 AA C Screw 3X 10 21 XBPSM30P06KSO AA C Screw 3X6KS 22 XBPSM30P08KOO AA C Screw 23 XUPS030P10000 AA C Screw 3XlO 24 HBOGB1003ACZZ AC 0 Sharp badR e 25 GLEGG1020CCZZ AD 0 Rubber foo...

Page 54: ...MZ800 rn CPU Unit Exteriors 2 ...

Page 55: ...I O Cabinet unit 2 GFTARI024ACZA AF D Lid for slot 3 LCHSMIOIOACZZ AQ C I O Chassis 4 L H L D Z 1 0 0 5 A C Z Z AD C PWB 2uide 5 QCNW I076ACZZ BA C Ca ble with conector for 44pin 6 X B BSC 3 0 P 0 6 0 0 0 AA C Screw 3X6 7 X B P S D 3 0 PlO K S 0 AB C Screw 3 X lOKS 8 X UPS D 3 0 P 0 8 0 0 0 AA C Screw 3X8 I _ f 3 ...

Page 56: ...AAA1CW226Q AB C Capacitor 16WV 22pF 38 VCEAAU1HW105Q AB C Capacitor 50WV 1 0pF 39 VCKYPU1HB102K AA C Capacitor 50WV 1000pF 40 VCSATA1CE226M AB C Capacitor l6WV 22uF 41 VCSATA1CE336M AB C Capacitor 16WV 33uF 42 VCTYPU1EX103M AB C Capacitor 25WV O OlpF 43 VCTYPU1NX104M AB C Capacitor 12WV 0 10pF 44 VHDDS1588L1 1 AD B Diode OS1588L1 45 VHiCD4069B 1 AE B IC 46 VHiM74LSOO 1 AE B IC M74LSOO 47 VHiM74LS0...

Page 57: ... Protector 17 XBTSD20P06000 AA C Screw 18 OCF4274B AT N C Key top set B 19 OCF4274C AT N C Key_tQP set C 20 OCF4274D AD N C Key top set D 21 OCF4274E A T N C Key top set E 22 OCF4274F AH N C Key top set F 23 OCF4274G AK N C Key top set G 24 OCF4274H AF N C Key top set H 25 OCF4274J AH N C Kev top set J 26 OCF4274K AD N C Key top set K 27 OCF4274L AH N C Key top set L 28 OCFD5000D AG C Blank key to...

Page 58: ...F Z 0 3 0 C P A Z Z AE C Capacitor C2 26 VRD R U 2 EEl 5 1 J AA C Resistor 1 4W 1500 R7 27 VRD SC2EF272J AA C Resistor Cl 4W 2 7KO 5 R22 28 RC QZ0023PAZZ AD C Capacitor AC400V 3300pF Cl 5 6 29 RR X ZOO 0 8 P A Z Z AB C Resistor R4 30 VCEAAU1AM228M AC C Capacitor lOWV 2200uF C2223 31 VCEAAU2GM105M AD C Capacitor 400WV 1 0uF C7 32 VCEAAU2GM476Y AH C Capacitor 400WV 47uF C3 33 VCKYPU1HB682K AA C Capa...

Page 59: ...MZ800 Power Supply Unit 1 54 53 47 13 ...

Page 60: ...N AC N BE N AD AD AA AA AQ N AQ N AH N AH N AM N AB AA BB AA AC AC AA AB 16 PART RANK C D D C D D D D D D D D D D D D D D D D D D D DESCRIPTION AC cord France only AC cord Eurooe except France Cable for TV France onlv Cable for TV Eurooe except France Instruction manual Supplement Instruction manual Basic Europe except France seeg Function label Graphic label Poly bag 100 X 300llln Poly bag 260X40...

Page 61: ... lid ass y 5 oB V 6 6 8 8 2 2 0 0 1 5 AC N D Plate 6 oB V 9 7 1 0 2 6 0 4 1 4 AA C Screw P2 6X4 SN 7 oB V 9 7 1 1 2 6 0 4 1 7 AA C Screw T2 6X4 SN 8 oB V 9 7 1 8 2 6 0 5 1 1 AA N C Screw P2 6X5 SN S 9 oB V 9 7 6 0 2 6 1 0 1 8 AA N C Screw TP2 6XI0 SN A _ 10 oB V 6 6 8 0 0 1 0 0 0 5 BG N E Amp PWB unit 11 oB V 6 6 8 0 4 0 0 0 1 7 BP N E Mechanism ass y 12 oB V 0 6 4 6 3 1 000 6 AA N C Lead wire cla...

Page 62: ... lOB V 6 5 0 I 4 6 1 0 0 7 AG C 6 Push switch base 37 lo sv65 0 1 8 3 2 0 0 3 AC C Push s ring 3sro sv65Ols 4Toos AC N C Stopper spring 3911J3 f656T6 3 0 0 0 6 AB C Arm su rt A 40 i 0 B V 6 5 0 2 2 5 1 0 0 5 AD N C Switch shaft Ht H AK N C Flywheel ___ A F t N C Take up reel base ass y 43 0 B V 6 5 0 2 5 9 5 0 0 4 AF N C Reel base ass v A l lrrt Trrn i A B___ C Take up gear AB C Take llQ lever 46 ...

Page 63: ...ette i _______ 67 _35 17 62 r 56 i 1 j 2 2 49 ck 51 40 6 0 5 2 6 6 4 3 T 20 __ 31 67 f i 33 I 6 _________________________ g _i il_ 26 Jl 3 56 Jp 37 34 15 b 7 h 60 t 59 J 11 4 I 56 65 59 11 55 6 2 44 73 L 42 L 5 L 45 J 66 Qf ti 67 ...

Page 64: ...9 OBV9349022063 AC C Capacitor CE04WOJ220MU Cl 33 OBV9349047064 AD N C Capacitor CE04WOJ470MU C8 c oB V 9 3 4 9 2 100 6 0 AC C Capacitor CE04WICI00MU C3 34 35 oB V 9 3 4 9 5 0 1 061 AC C Capacitor CE04WIHOI0MU C6 1 6 oB V 9 3 495 1 0 960 AC C Capacitor CE04WIHRI0MU C4 Cl Cll 37 oB V 9 9 0 5 2 1 005 1 AD N C Coil SSI00K Ll 38 VHiUPC358C 1 AG B IC lC c l oB V 9 0 2 0 0 4 5 5 5 8 AD N B Transistor 2S...

Page 65: ...ON RANK MARK RANK 33 XBPSM30P08KOO AA C Screw 34 QC NW Ill 0 A C Z Z AE N C Connector 4pin 35 QSW PIOIOACZZ AC C Push switch Paper feed 36 QSW PIOIIACZZ AD C Push switch Pen Change Reset 37 LX BZOO38FCZZ AA C Screw 38 P Z ET VIOl 0 AC Z Z AC N C Insulator 6 18 13 ...

Page 66: ... ST2EYI04J AA C Resistor 1 4W 100KO 5 1 21 VRD ST2EY221J AA C Resistor 1 4W 2200 5 22 VRD ST2EY332J AA C Resistor 1 4W 3 3KO 59102 23 VRD ST2EY561J AA C Carbon resistor l 4W 5600 5 24 VRD ST2EY562J AA C Resistor l 4W 5 6KO 5 25 VS2SA673 C l AE B Transistor 2SA673 C 26 VS2SB739 1 AD B Transistor 27 VS2SC458KS I AC B Transistor 2SC458KS 28 VS2SD788 C EC AC B Transistor 2SD788 C EC 2 MZ I PI6 Packing...

Page 67: ...PRICE NEW PART DESCRIPTION RANK MARK RANK 1 LANGT1080ACZZ AK N C PWB angle 2 SPAKA1589ACZZ AE N 0 Packing cushion 3 SPAKC1590ACZZ AT N 0 Packing case 4 SSAKH3010CCZZ AA 0 Poly bag 180 x 240nn 5 T 5 ELF 1 0 0 2 AC Z Z AA 0 label 6 XBPSD30P06KSO AA C Screw 3X6KS 15 ...

Page 68: ...0 20 AH N C RCRSZ1006ACZZ 11 6 AD C LANGTI077ACZZ 1 27 AC C RH iX0464PAZZ 5 21 AF B LANGTI078ACZZ 1 28 AC C RH PX0075PAZZ 5 52 AK B CANGTI079ACZZ 10 19 AB N C RMPTCB102QCKB 3 16 AD B TANGTI080ACZZ 13 I AK N C RMPTC8103QCKB 3 17 AD B lBNOCOO08PAZZ 5 4 AA C RMPTC8332QCKB 11 7 AD B LBSHZ2029SCZZ 3 I AB C RR XZOO08PAZZ 5 29 AB C CCHSMIOIOACZZ 2 3 AQ C RTPEK1006AC84 6 18 BB 0 LCHSMIOl6ACZZ 10 21 AM N C...

Page 69: ... AD B VS2SC458KS 1 11 27 AC B VHODS1588L2 1 9 4 AB B VS2S0788 C EC 11 28 AC B 1 11 13 AB B X VHDESAC8204 2 5 48 AN B XBBSC30P06000 1 37 AA C VHORB156 1 5 20 AG B 1 2 6 AA C VHD1S2076A 1 5 40 AB B 1 5 6 AA C VHEHZ11A 1 11 14 AC B 1 10 28 AA C VH C04069B 1 3 45 AE B XBBSC30P10000 1 20 AA C VH 065040 032 3 25 BT B XBBSM20P06000 5 5 AA C VH LB1257 1 11 15 AM B XBPSC30P06KSO 5 10 AA C VH LH0080A 1 3 26...

Page 70: ... OBV9870012005 8 7l AA N C OBV6501841005 8 38 AC N C OBV9874002004 8 72 AA C OBV6502030006 8 39 AB C OBV9874026004 8 73 AA C OBV6502251005 8 40 AD N C OBV9905210051 9 37 AD N C OBV6502300505 8 41 AK N C OBV6502584000 8 42 AF N C OBV6502595004 8 43 AF N C OBV6502620009 8 44 AB C OBV6502660001 8 45 AB C BV6502752001 8 46 AG N C OBV6502920002 8 47 AF N C OBV6502930005 8 48 A F N C OBV6502940008 8 49 ...

Page 71: ... 800 11 2BB03 4 71 931 1 05 Sl MMl800 203 2508871720007000 R 1 PORATION SHARP COR ndustrial Instrument Group I Control Dept Reliability OJaIity 639 pan Nara _ Yamatokoriyama Printed in Japan October 1984 ...

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