Sony UP-960 Service Manual
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Sony UP-960 Service Manual

Sony UP-960 Service Manual

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VIDEO GRAPHIC PRINTER
UP-960
UP-960CE
SERVICE MANUAL
1st Edition

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Summary of Contents for Sony UP-960

  • Page 1 VIDEO GRAPHIC PRINTER UP-960 UP-960CE SERVICE MANUAL 1st Edition...
  • Page 2 ! WARNING This manual is intended for qualified service personnel only. To reduce the risk of electric shock, fire or injury, do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so.

  • Page 3: Table Of Contents

    4-4-6. Watch of Paper Sensor ................. 4-11 4-4-7. Watch of the Head Temperature Sensor ..........4-11 4-4-8. Head Fan Motor (for Head Cooling) Control ........4-11 4-4-9. Analog Circuit Section Control ............4-12 4-4-10. Gate Array IC601 Control ..............4-12 UP-960(UC) UP-960CE(CE)
  • Page 4 Sub Assy, Top Chassis ................... 7-4 Feeder Block ....................7-5 Chassis Block Assy, Rear ................7-6 Chassis Block & Gear ..................7-7 7-3. ELECTRICAL PARTS LIST ................. 7-8 8. BLOCK DIAGRAMS OVERALL (1/2) ..................... 8-2 OVERALL (2/2) ..................... 8-4 UP-960(UC) UP-960CE(CE)
  • Page 5 9. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS MA-91 ......................9-1 KY-421 ......................9-11 PTC-98 ......................9-11 SE-441 ......................9-11 SE-442 ......................9-11 SE-485 ......................9-11 SU-41 ......................9-11 SU-42 ......................9-11 FRAME ......................9-12 UP-960(UC) UP-960CE(CE)
  • Page 7 3-862-477-01 (1) Video Graphic Printer Instructions for Use Page 30 UP-960 UP-960CE © 1998 by Sony Corporation...
  • Page 8 This device requires shielded interface cables to comply with FCC emission limits. For the customers in Canada (for UP-960 only) This unit has been certified according to Standard CSA C22.2 No.601.1. Table of Contents...

  • Page 9: Introduction

    Preparation Overview Connection The UP-960/960CE is a monochrome video graphic printer that reproduces images Notes from video equipment. Large size picture can be printed out quickly and easily • Turn off the power to each device before making any connections.

  • Page 10: Setting The Dip Switches

    Setting the DIP Switches 3 SHARPNESS switch You can set the printer to the required print mode using the DIP switches. The printer has two kinds of DIP switches; SOFT (ON): Normally keep this switch set to this position. • DIP switch on the sub panel HARD (OFF): Obtains greater sharpness of printouts.

  • Page 11: Setting The Dip Switches On The Rear Panel

    Setting the DIP Switches (Continued) 3, 4 SCAN size switches Set the printout range. The printout range is widened in the NORM, WIDE 1, Setting the DIP Switches on the Rear Panel and WIDE 2 order. NORM (Switch 3: OFF): Prints only the image displayed on the standard The factory settings are as follows.

  • Page 12: Loading Paper

    • Use only paper made specially for the UP-960 series. (See page 49.) The printout will be longer than a printout made at 4:3. Press the power ON/OFF switch to turn on the printer.

  • Page 13: Operation

    Operation Printing Loading Paper (Continued) Place the paper roll in the printer. Before making printouts • Are the connections correct? (page33) • Is the paper roll loaded properly? (page 39) Place the paper with • Are the DIP switches set correctly? (page 34) the thermo-sensitive side (printing side) up.

  • Page 14: Selecting The Printing Direction/Printing Size

    Printing (Continued) To stop printing and print another picture displayed on the video Selecting the Printing Direction/Printing Size monitor To do this, the INTERRUPT setting of the DIP switches must be set to ON. (See You can make variations of printouts using the IMAGE SIZE selectors and the DIP page 38.) switches.

  • Page 15: Adjusting The Contrast And Brightness

    Printing (Continued) Adjusting the Contrast and Brightness Variations of printouts STD (standard) mode You can adjust the contrast and brightness of the printout. NORMAL SMALL SIDE mode To adjust the contrast You can adjust the contrast of printouts using the CONTR control. To make the contrast stronger: Turn the CONTR control clockwise.

  • Page 16: Others

    Others Precautions On the safety Maintenance • Check the operating voltage before operation. Operate the unit only with a power source specified in the “Specifications”. Cleaning the cabinet • Stop operation immediately if any liquid or solid objects fall into the cabinet. Do not use strong solvents to clean the printer.

  • Page 17: Paper

    Paper Precautions (Continued) Insert the cleaning sheet, with the black surface facing down, into the paper Type of paper insertion slot and feed the paper with your hands until the end comes out from the paper outlet. • Use only paper specified for this printer. The use of other paper may result in reduced printer performance and poor print quality.

  • Page 18: Specifications

    Gradation Operating temperature problem persist, unplug the printer and contact your Sony dealer or local 5°C to 35°C (41°F to 95°F) authorized Sony service facility. Picture elements...

  • Page 19: Location And Function Of Parts And Controls

    Location and Function of Parts and Controls For details, refer to the pages indicated in parentheses. Back Front REMOTE VIDEO AC IN 1 …VIDEO IN (input) connector (BNC 5 ⁄AC IN (AC power input) connector type) (33) (33) 1 UPower ON/OFF switch (39, 41, 47) COPY button (42) Connect to the video output connector of the Connect to a wall outlet using the supplied...

  • Page 21: Service Overview

    SECTION 2 SERVICE OVERVIEW 2-1. PC BOARD LOCATION SE-441 Board MA-91 Board SE-443 Board SU-41 Board SE-442 Board SU-42 Board PTC-98 Board SE-485 Board UP-960(UC) UP-960CE(CE)

  • Page 22: Removal Of The Cover And The Panels

    2-2-1. Removal of the Top Cover 2 Top Cover 1 Case screws (M3) 1 screw (BVTT3x6) 1 screw (BVTT3x6) 1 Case screws (M3) 3 screw (BTP3x8) Door Cover (Left) Door Panel 5 CN302 (PTC-98 Board) Door Cover (Right) 3 screw (BTP3x8) UP-960(UC) UP-960CE(CE)

  • Page 23: Removal Of The Front Panel

    Press Arms 5 screws (BVTT3x6) Front Panel 4 CN207 6 claws Paper Tray 6 claws 5 screws 5 screws (BVTT3x6) (BVTT3x5) Note on Front Panel Installation : 6 in position. Be sure to insert the four claws 6 UP-960(UC) UP-960CE(CE)

  • Page 24: Removal Of The Main Parts

    1 CN204 1 CN209 Mecha Assy Guide Shaft 1 CN206 2 screws (BVTT3x6) 2 screws (BVTP3x6) Note on Mechanical Block Installation : Insert the mechanical assy guide shaft on the chassis into the hole “a” of the mechanical block. UP-960(UC) UP-960CE(CE)

  • Page 25: Removal Of The Thermal Head

    Release Thermal Head 1 CN204 (SE-441 7 Switching Board) Regulator 3 Flat Cables 6 screws (PS3x5) How to rotate the head release arm : Pull and rotate the arm in the counterclockwise direction to the position of stopper. UP-960(UC) UP-960CE(CE)

  • Page 27: Electrical Alignment

    PAL signal color bar (1411 signal generator) • Set rear panel DIP switch pin 2 to MA-91 • Adjust FL1 using NTSC color bar input. Next, adjust FL2 using PAL color bar input. The remain of chroma level is the minimum. UP-960(UC) UP-960CE(CE)

  • Page 28: Video Level Adjustment

    • Set CONT and BRT knobs to the center position on the front panel. Adjust so that mid voltage between 0 and 1 is equaled to the VRB voltage. Adjust so that mid voltage between 9 and 10 is equaled to the VRT voltage. UP-960(UC) UP-960CE(CE)

  • Page 29: Door Lock Sensor Adjustment

    CN208 (pin 9)/MA-91 (G-3) Output voltage V1 : The voltage when the paper tray is locked by hand during opening or closing of it. (Approximately: 7.5 V) V2 = V1+2.0V Adjust so that the voltage of CN208 (pin 8) becomes V2. UP-960(UC) UP-960CE(CE)

  • Page 30: Head Voltage Adjustment

    • Set all door panel DIP switches to Set all rear panel DIP switches to Set slide switches to NORMAL and STD on the front panel. VR151 Adjust VR151 so that 17 step signal becomes smoothly gradation. front side UP-960(UC) UP-960CE(CE)

  • Page 31: Circuit Operation Description

    SECTION 4 CIRCUIT OPERATION DESCRIPTION OUTLINE Electrical circuit of UP-960/960CE consists of following blocks. VIDEO CIRCUIT TRAP filter and AGC process are performed against input video signal and A/D converted. MEMORY & HEAD CONTROL G/A Print data is fetched frame memory (DRAM). Image data on the memory is converted into PWM and sent it to the thermal head.
  • Page 32 OVERALL MA-91 BOARD FRONT PANEL MOTOR DRIVE INPUT VIDEO CONNECTOR CIRCUIT SYSTEM CONTROL SENSOR CIRCUIT DRAM MEMORY CONTROL BUZZER HEAD BOARD CHECKER UP-960(UC) UP-960CE(CE)
  • Page 33 VIDEO BOARD (MA-91) UP-960(UC) UP-960CE(CE)

  • Page 34: Video Circuit

    6). And BRIGHTNESS and CONTRAST adjustments are performed according to this voltages. After that, adjusted signal outputted from video amplifier 2 (IC6 pin 9) is converted to digital signal at A/D converter (IC7) and it is stored to the memory. UP-960(UC) UP-960CE(CE)

  • Page 35: Oscillator Circuit

    (2) Frame memory write and read control (3) Thermal head control (4) SYNC signal processing circuit (5) 1 line memory (for print) (6) Image scaling calculation circuit Each block operation is decided by serial data from system control (IC505) and mode switching terminal. UP-960(UC) UP-960CE(CE)

  • Page 36: Serial Data Reading From System Control

    Image data of next one frame is written in frame memory by inputting fetch pulse from system control to IC601 pin 125. UP-960/960CE use a 16 M-DRAM (1 word is 16 bit) as image memory. The data is written in DRAM every two sampling data (16 bit).
  • Page 37 IC601 BLOCK DIAGRAM UP-960(UC) UP-960CE(CE)

  • Page 38: System Control Section

    L : POSI H : NEGA IC505 pin 25 SHAPNESS L : SOFT H : SHARP IC505 pin 26 PAPER 1 TYPE1 TYPE2 TYPE3 IC505 pin 27 PAPER 2 IC505 pin 28 POST FEED L : ON H : OFF UP-960(UC) UP-960CE(CE)

  • Page 39: Platen Motor Control

    Operation of Head Up and Down Motor Head motor IC505-98pin IC505-97pin Operation Head is lifted. DOWN Head is down. STOP Stopped Condition of Head Position Sensor Head position sensor IC505-80pin IC505-79pin Condition Door lock is released. HOME Wait (Usual) BOTTOM Print UP-960(UC) UP-960CE(CE)

  • Page 40: Door Open And Close Control

    (MA-91 board IC404 peripheral circuit) that is driving current detection type also detects and read by IC505 pin 87. Condition of Door Lock Sensor Door lock sensor IC505-87pin Condition CLOSE Door is shut. OPEN Door is opened. UP-960(UC) 4-10 UP-960CE(CE)

  • Page 41: Watch Of Paper Sensor

    Head fan motor is operated by controlling the driving transistor Q409 using IC505 pin 2. When the head temperature is over heat or during print mode, head fan motor is turned ON. Operation of Head Fan Motor IC505-2pin Operation UP-960(UC) 4-11 UP-960CE(CE)

  • Page 42: Analog Circuit Section Control

    CAPTURE start nFETCHING During CAPTURE IC505-70pin nFETCHSTOP IC505-70pin CAPTURE end [COPY mode] nK_COPY IC201-62pin nREGEN IC505-51pin operation mode data GASCID IC505-49pin GASCLK transfer CLK IC505-50pin nCOPY IC505-69pin COPY start nCOPYING During COPY IC505-59pin nCOPYSTOP IC505-60pin COPY end UP-960(UC) 4-12 UP-960CE(CE)
  • Page 43 ( DATA input is 10 DATA [10 : 1], other terminals are common.) R128 +5 V Output stage transistor D128 Latch section D128 Shift register section DATA[n] Thermal Head Inner Circuit Structure print data(128 data) DATA 128CLK Head heat time When starting the print, here becomes H. Timing Chart UP-960(UC) 4-13 UP-960CE(CE)
  • Page 44 DR pulses, so the color darkness of the printing on thermosensitive paper can be varied. Note : The BEO terminal goes from “L” to “H” when starting the print, from “H” to “L” when print is ended. UP-960(UC) 4-14 UP-960CE(CE)
  • Page 45 Therefore, the energy applied to each resistor has an error. If printing operation is performed without this correction, as a result, there is a line on the print where numbers of ON resistor are rapidly changed. And this unit has IC601 that includes correction circuit of this. UP-960(UC) 4-15 UP-960CE(CE)
  • Page 47 Pin 16 line of IC601 on MA-91 available at pin 14 board is defective. of IC7 on MA-91 board? Is test pattern CN202 line on MA-91 board is properly printed in defective. test mode? Peripheral circuits IC601 and IC603 on MA-91 board are defective. UP-960(UC) UP-960CE(CE)
  • Page 48 IC's? Is density of stair step The head voltage or CN202 printed in test mode properly? on MA-91 board is defective. The data buses of IC7 and IC603 or peripheral circuit IC2 on MA-91 board are defective. UP-960(UC) UP-960CE(CE)
  • Page 49 11 of IC405 on defective. MA-91 board? Is signal from sensor available PH301 line on PTC-98 board at pin 13 of IC405 on is defective. MA-91 board? Pins 81 to 83 of IC505 line or IC405 on MA-91 board are defective. UP-960(UC) UP-960CE(CE)
  • Page 50 Are signals from sensor available The head position sensor line at pins 17 and 19 of on SE-441 board is defective. CN201 on MA-91 board? IC406 to pins 79 and 80 of IC505 line on MA-91 board are defective. UP-960(UC) UP-960CE(CE)
  • Page 51 4, 6, 8, and 10 of IC407 on are defective. MA-91 board? Is signal Peripheral circuits Q407 and output from CN201 on Q408, and CN201 line on MA-91 board? MA-91 board are defective. The platen motor is defective. UP-960(UC) UP-960CE(CE)
  • Page 52 PH402 and PH401 on SE-442 from sensor available board and SE-441 board line at pins 17 and 19 of are defective. CN204 on MA-91 board? IC405 to pins 84 and 85 of IC505 line on MA-91 board are defective. UP-960(UC) UP-960CE(CE)
  • Page 53 XN4501-TW ........6-2 NJM2234M .......... 6-5 XN4601 ..........6-2 NJM2234M(T1) ........6-5 XN4601-TW ........6-2 NJM7812FA ........6-6 PST600DMT-T1 ........6-6 SN74HC14ANS ........6-6 SN74HC14ANS-E05 ......6-6 TA7812S ..........6-6 TMS418160A-60DZ ......6-6 OTHERS Page RPI-352 ..........6-2 UP-960(UC) UP-960CE(CE)
  • Page 54 2SA812-T1-M5M6 PT501A RPI-352 1S2836-T1 2SA1162G —TOP VIEW— —TOP VIEW— —TOP VIEW— 1SS302 2SC1623 XN4402-(TX) 1SS302-TE85L 2SC1623-T1-L5L6 10E-2 2SD992-Z 2SD992-Z-E2 —TOP VIEW— XN4501 XN4501-TW TLN225 —TOP VIEW— 2SD999-CLCK 2SD999-T1-CLCK —TOP VIEW— XN4601 XN4601-TW —TOP VIEW— DTC124EKA-T146 (R1, R2=22 K) UP-960(UC) UP-960CE(CE)
  • Page 55 BA6219B (ROHM) CXD8726R (SONY) REVERSIBLE MOTOR DRIVER C-MOS FRAME MEMORY CONTROL —SIDE VIEW— —TOP VIEW— F IN R IN CONTROL MOTOR F IN DRIVER LOGIC DRIVER R IN CXD8932Q (SONY) C-MOS GATE ARRAY —TOP VIEW— SIGNAL SIGNAL SIGNAL SIGNAL —...
  • Page 56 P84/CS0 A3/P13 SERIAL INTEGRATED P83/CS1/IRQ3 A2/P12 COMMUNICATION TIMER VALSE INTERFACE P82/CS2/IRQ2 A1/P11 UNIT x 2CH P81/CS3/IRQ1 A0/P10 PROGRAMMABLE P80/RFSH/IRQ0 A/D CONVERTER TIMING P95/SCK1/IRQ5 D/A CONVERTER PATTERN P94/SCK0/IRQ4 CONTROLLER P93/RXD1 P92/RXD0 P91/TXD1 P90/TXD0 PORT B PORT A PORT 7 UP-960(UC) UP-960CE(CE)
  • Page 57 IN 2 LOGIC MOTOR OUT 2 3 CTL1 DRIVER BUFF. MODE NO OPERATION BIAS CTL1 CTL2 ROTATION REVERSE ROTATION : LOW LEVEL BRAKE : HIGH LEVEL : DON’T CARE CTL2 ; LOW LEVEL ; HIGH LEVEL ; HIGH IMPEDANCE UP-960(UC) UP-960CE(CE)
  • Page 58 • • • DATA INPUT • • BUFFER REGISTER INPUT OUTPUT COMMON ADDRESS DATA OUTPUT BUFFER REGISTER INPUT COMMON OUTPUT 2 - 10, 33 - 36, 38 - 41 DQ0 - DQ15 256 K ARRAY 256 K ARRAY UP-960(UC) UP-960CE(CE)
  • Page 59 Therefore, specified parts should be used in the case of replacement. (2) Standardization of Parts Repair parts supplied from Sony Parts Center may not be always identical with the parts which actually in use due to “accommodating the improved parts and/or engineering changes”...
  • Page 60 3-613-776-02 o SHEET, DOOR 3-613-791-01 o COVER, TOP 3-613-819-01 o SUPPORT, LCD 3-614-248-01 s COVER, LCD 3-614-251-01 o COVER, DOOR R 3-614-252-01 o COVER, DOOR L 3-721-187-01 s SCREW, BIND TP (S TIGHT) M3x8 4-886-821-11 s SCREW, M3 CASE UP-960(UC) UP-960CE(CE)
  • Page 61 3-175-741-01 o NUT (for UC, CE) 3-175-742-01 o WASHER (for UC, CE) 3-611-601-01 s SPRING, COMPRESSION 3-613-792-12 o PANEL, REAR (for UC, CE) 3-613-792-32 o PANEL, REAR (for J) 3-613-821-01 s STOPPER, ROD 3-614-320-01 o ROD, POWER SW 4-034-937-01 s SCREW (M3), TAPPING UP-960(UC) UP-960CE(CE)
  • Page 62 3-613-747-02 o ROLLER, PRESS F 3-613-841-02 s HOLDER, ROLLER 3-613-749-01 o PLATE, PRESS R 3-613-857-03 s SHAFT, HEAT SINK 3-613-750-01 o PLATE, PRESS L 3-614-241-01 s SPRING, COMPRESSION (HEAD) 3-613-751-01 o PRESS LEVER R 4-926-219-02 s RING (DIA. 2.3), RETAINING UP-960(UC) UP-960CE(CE)
  • Page 63 3-649-266-01 s PIN, PARALLEL 3-613-757-01 s COVER, FR ARM 3-703-357-05 s PIN, PARALLEL (DIA. 1.6x16) 3-613-768-01 s GEAR, PLATEN 3-703-358-07 o PIN, PARALLEL (DIA. 2x18) 3-613-781-01 s COVER, CENTER SHAFT 4-926-219-02 s RING (DIA. 2.3), RETAINING 3-613-785-02 o ARM, PRESS ROLLER UP-960(UC) UP-960CE(CE)
  • Page 64 3-613-875-01 s FIN, HD SENSOR SHIELD 3-613-763-01 s SPRING, EXTENSION 3-614-280-01 s SPRING, EXTENSION (PR 0.1) 3-613-764-01 s CAM, HEAD R 3-614-317-01 s COVER, HEAT SINK SHAFT 3-613-765-01 s CAM, HEAD L 4-926-219-02 s RING (DIA. 2.3), RETAINING UP-960(UC) UP-960CE(CE)
  • Page 65 3-613-727-01 s ROLLER, RAIL 3-613-737-01 o GUIDE, PLATEN 3-613-780-01 s GEAR, DOOR DRIVE5 3-613-787-01 s GEAR, DOOR DRIVE4 3-613-788-01 s GEAR, DOOR DRIVE3 3-613-813-01 s GEAR, IDLE, PLATEN 3-613-814-01 s GEAR A, PLATEN 4-926-219-02 s RING (DIA. 2.3), RETAINING UP-960(UC) UP-960CE(CE)
  • Page 66 1-126-964-11 s ELECT 10uF 20% 50V C105 1-126-964-11 s ELECT 10uF 20% 50V C106 1-126-964-11 s ELECT 10uF 20% 50V C107 1-126-964-11 s ELECT 10uF 20% 50V C108 1-126-964-11 s ELECT 10uF 20% 50V C109 1-126-964-11 s ELECT 10uF 20% 50V UP-960(UC) UP-960CE(CE)
  • Page 67 1-162-921-11 s CERAMIC, CHIP 33PF 5% 50V C504 1-164-156-11 s CERAMIC, CHIP 0.1uF 25V C507 1-126-941-11 s ELECT 470uF 20% 25V 1-691-431-11 s CONNECTOR ASSY, BNC C508 1-164-156-11 s CERAMIC, CHIP 0.1uF 25V CN201 1-564-708-11 o CONNECTOR (SMALL TYPE) 6P, MALE UP-960(UC) UP-960CE(CE)
  • Page 68 1-410-397-21 s FERRITE BEAD INDUCTOR 1.1uH 8-729-402-84 s TRANSISTOR XN4601 8-729-402-84 s TRANSISTOR XN4601 1-409-431-11 s COIL, TRAP 3.58MHz 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 1-409-447-11 s COIL, TRAP 4.43MHz 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 8-759-710-07 s IC NJM2234M 8-729-402-81 s TRANSISTOR XN4501 UP-960(UC) 7-10 UP-960CE(CE)
  • Page 69 1-218-871-11 s METAL, CHIP 10K 0.5% 1/16W R160 1-414-385-11 s FERRITE 0UH 1-218-871-11 s METAL, CHIP 10K 0.5% 1/16W R161 1-414-385-11 s FERRITE 0UH 1-216-803-11 s METAL, CHIP 33 5% 1/16W R201 1-216-827-11 s METAL, CHIP 3.3K 5% 1/16W UP-960(UC) 7-11 UP-960CE(CE)
  • Page 70 1-216-809-11 s METAL, CHIP 100 5% 1/16W R266 1-216-864-11 s METAL, CHIP 0 5% 1/16W R450 1-216-809-11 s METAL, CHIP 100 5% 1/16W R267 1-216-864-11 s METAL, CHIP 0 5% 1/16W R451 1-216-809-11 s METAL, CHIP 100 5% 1/16W UP-960(UC) 7-12 UP-960CE(CE)
  • Page 71 1-241-178-21 s RES, ADJ METAL, CHIP 4.7K R547 1-414-385-11 s FERRITE 0UH 1-238-087-11 s RES, ADJ, 1K R548 1-216-827-11 s METAL, CHIP 3.3K 5% 1/16W 1-238-090-11 s RES, ADJ, 10K R549 1-414-385-11 s FERRITE 0UH 1-241-092-11 s RES, ADJ METAL, CHIP 47K UP-960(UC) 7-13 UP-960CE(CE)
  • Page 72 1-580-056-21 o CONNECTOR 3P, MALE 1-670-060-11 o PRINTED WIRING BOARD, SU-42 CN210 1-568-238-11 s CONNECTOR, FPC (ZIF) 16P CN212 1-568-238-11 s CONNECTOR, FPC (ZIF) 16P CN802 1-774-730-21 s CONNECTOR 3P, MALE PH201 8-719-052-69 s DIODE RPI-352 PH202 8-719-052-69 s DIODE RPI-352 UP-960(UC) 7-14 UP-960CE(CE)
  • Page 73 1-783-743-11 o WIRE, FLAT TYPE (20 CORE) 1-783-744-11 o WIRE, FLAT TYPE (22 CORE) 1-783-745-11 o WIRE, FLAT TYPE (16 CORE) 1-783-746-11 o WIRE, FLAT TYPE (16 CORE) 1-783-747-11 o WIRE, FLAT TYPE (20 CORE) 1-783-749-11 o WIRE, FLAT TYPE (26 CORE) UP-960(UC) 7-15 UP-960CE(CE)
  • Page 75 SECTION 8 BLOCK DIAGRAMS UP-960(UC) UP-960CE(CE)
  • Page 76 HEAD-SENS2-LAMP HEAD-SENS2-PHTR CN401 CN205 PH202 PH402 PH401 DOOR_SENS1_LAMP SE-442 DOOR_SENS1_PHTR DOOR-SENS2 DOOR-SENS1 DOOR_SENS2_LAMP DOOR_SENS2_PHTR PH502 PAPER-SENS1 CN205 CN207 PAPER_SENS1_PHTR SE-485 CN302 CN212 CN210 PAPER_SENS3_LAMP PAPER_SENS3_PHTR CN302 SUBKEY(8-0) S601 CN601 PH301 PAPER-SENS3 FRONT-DIP-SW PAPER_SENS1_LAMP SE-441 D301 PAPER-SENS1 PTC-98 KY-421 UP-960(UC) UP-960CE(CE)
  • Page 77 GACLK GASCID PSENS3 IC405 CSENS1 EXTV SWF1 CN201 SWF2 PMA1 Q405.Q406 SWF3 PMA2 Q407.Q408 SWF4 PMB1 PLATEN SWF5 PMB2 MOTOR-DRIVE SWF6 IC407 CN206 SWF7 PAPER_SENS3_LAMP 30 SWF8 PLATEN_MOTOR(STEPPING) PAPER_SENS3_PHTR SUBKEY(8-0) TERMINATION PAPER_SENS1_LAMP S501 B-UP960-BLOCK-SM REAR-DIP-SW OVERALL (1/2) B-UP960-BLOCK-SM UP-960(UC) UP-960CE(CE)
  • Page 78 CONTROL G/A STROBE nHEAD_LATCH HEAD LATCH LATCH CN209 V.REF-GENERATOR1 CN210 +22V V.REF-GENERATOR2 POWER TAP4 CN205 SUPPLY XTID TAP3 IC604 IC606 +15V +15V +15V DELAY IC603 GENERATOR DRAM +12V IC503 REGULATOR OVERALL (2/2) OVERALL BLOCK DIAGRAM (2/2) B-UP960-BLOCK-SM B-UP960-BLOCK-SM UP-960(UC) UP-960CE(CE)
  • Page 79 R575 CL526 TO_KEYCON KEYCON BUS R572 L501 D503 R576 KEY BUS 1SS302-TE85L J501 10µH CL511 REMOTEKEY1 CL510 CL509 R574 L502 R577 470µH 3.3k R571 R573 Q501 DTC124EKA-T146 L503 MA-91 (1/5) 1µH MA-91(1/5) B-UP960-MA91-SM D502 D501 1SS302-TE85L 1SS302-TE85L B-UP980-MA91-SM UP-960(UC) UP-960CE(CE)
  • Page 80 PAPER_SENS2_PHTR CL427 R454 MENUPOSI_SENS_LAMP L409 10µH CL428 C410 C409 MENUPOSI_SENS_PHTR CL425 R455 C416 C417 C418 C419 C420 C421 C431 CN204 L403 C411 C412 C413 C414 C415 C430 10µH P_SENS3_PHTR R447 R448 R232 CUTTER_SENS1 R261 CUTTER_SENS2 C202 C201 SW_SLIDE_BUS UP-960(UC) UP-960CE(CE)
  • Page 81 R460 THERMISTOR2 RV401 R432 IN2+ 100k C407 IN2- IN1+ C406 R463 OUT2 IN1- R462 R428 OUT1 150k R426 C408 0.022 C405 R429 C423 C435 D410 R427 1SS302-TE85L SENSOR BUS DOOR LOCK DOOR LOCK TH MA-91 (2/5) B-UP980-MA91-SM B-UP960-MA91-SM UP-960(UC) UP-960CE(CE)
  • Page 82 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 C626 xTOA xT1A R630 xT2A X601 R631 C635 C636 9 10 11 C641 C622 R641 C643 C644 C645 UP-960(UC) UP-960CE(CE)
  • Page 83 42 41 28 27 C631 DA0 (LSB) 5V-2 12 13 14 15 16 19 20 21 DA7 (MSB) DB0 (LSB) B-UP980-MA91-SM DB7 (MSB) DCK00 CLK A DCK01 CLK B R618 CLAMP CLUMP PULS R619 MA-91 (3/5) C SYNC B-UP960-MA91-SM UP-960(UC) UP-960CE(CE)
  • Page 84 A.VCC A.GND C112 C110 A.VCC A.VCC A.GND A.GND R112 R120 V.IN V.IN R111 R119 R110 R118 R109 R117 A.VCC A.VCC R116 R108 A.GND A.GND R107 R115 A.VCC A.VCC R106 R114 A.GND A.GND R105 R113 D.GND D.VCC D.GND D.VCC UP-960(UC) UP-960CE(CE)
  • Page 85 DA7 (MSB) DB0 (LSB) C108 R100 R123 R121 R122 DB7 (MSB) CLK A CLK A CLK B CLK B CLAMP PULS CLUMP PULS L8 10µH R160 CL24 R161 CL25 B-UP980-MA91-SM D_5V MA-91 (4/5) D_GND 5V-2 B-UP960-MA91-SM D_5V-2 D_GND2 UP-960(UC) UP-960CE(CE)
  • Page 86 CL254 nLED_CAPTURE CL255 Q203 KEY BUS nLED_PRINT CL256 R268 nLED_PAPER_EMPTY CL257 R269 D.5V Q206 CL258 L202 10µH C220 C217 C219 C221 C222 R270 MA-91 (5/5) D.GND C215 C216 C218 L201 10µH R244 R243 B-UP960-MA91-SM Q201 Q202 Q205 DTC124EKA-T146 UP-960(UC) UP-960CE(CE)
  • Page 87 D411 D412 D413 RV401 D414 D415 D416 D417 D501 MA-91 - A SIDE - D502 D503 1-670-053-11 F401 FB501 FB502 TP501 TP502 TP503 TP504 TP505 TP506 TP507 TP508 TP509 TP510 TP511 IC201 X201 IC202 X501 IC203 X601 IC401 UP-960(UC) UP-960CE(CE)
  • Page 88 D413 RV401 D414 D415 D416 D417 D501 MA-91 - B SIDE - D502 D503 1-670-053-11 F401 FB501 FB502 TP501 TP502 TP503 TP504 TP505 TP506 TP507 TP508 TP509 TP510 TP511 IC201 X201 IC202 X501 IC203 X601 IC401 9-10 9-10 UP-960(UC) UP-960CE(CE)
  • Page 89 SE-485 SE-485 - A SIDE - - B SIDE - 1-670-057-11 1-670-057-11 SU-42 SU-42 - A SIDE - - B SIDE - 1-670-060-11 1-670-060-11 KY-421 KY-421 - A SIDE - - B SIDE - 1-670-063-11 1-670-063-11 UP-960(UC) 9-11 9-11 UP-960CE(CE)
  • Page 90 (SW8) KEY_RIGHT (SW8) CL604 EXEC KEY_DOWN (SW6) KEY_LEFT (SW9) KEY_LEFT (SW9) CL605 DOWN KEY_UP (SW7) CUTTER_SENS1 CUTTER_SENS1 CL606 CL303 KEY_RIGHT (SW8) PAPER_SENS1_LAMP PAPER_SENS1_LAMP CL607 KEY_LEFT (SW9) PH301 CL608 RPI-5200 CUTTER_SENS1 CL609 PAPER_SENS1_LAMP KY-421 PAPER-SENS3 CL304 PTC-98 9-12 9-12 UP-960(UC) UP-960CE(CE)
  • Page 91 (SW9) RV_BRT_L PRINT CUTTER_SENS1 nKEY_MENU nLED_PAPER_EMPTY PAPER_SENS1_LAMP nKEY_SKIP D.5V D.GND nKEY_CUT EMPTY D.GND nKEY_FEED nKEY_COPY OPEN J501 nKEY_CAPTURE JACK nKEY_PRINT nKEY_OPEN CN208 CN211 CN210 nLED_CAPTURE nLED_PRINT nLED_PAPER_EMPTY D.5V D.GND FRAME VIDEO-OUT VIDE0-IN B-UP960-HARNESS-SM N SS B-UP960-HARNESS-SM UP-960(UC) 9-13 9-13 UP-960CE(CE)
  • Page 93 The material contained in this manual consists of information that is the property of Sony Corporation and is intended solely for use by the purchasers of the equipment described in this manual. Sony Corporation expressly prohibits the duplication of any portion of this manual or the use thereof for any...
  • Page 94 Printed in Japan UP-960 (UC) Sony Corporation 1998. 4 04 UP-960CE (CE) E 9-977-342-01 Broadcasting & Professional Systems Company ©1998...

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