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VIDEO GRAPHIC PRINTER
UP-895UP-895CEUP-895MDSERVICE MANUAL
1st Edition
UP-895/(E)
! WARNINGThis 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 thatcontained in the operating instructions unless you are qualified to do so. Refer all servicing toqualified service personnel.
! WARNUNGDie Anleitung ist nur für qualifiziertes Fachpersonal bestimmt.Alle Wartungsarbeiten dürfen nur von qualifiziertem Fachpersonal ausgeführt werden. Um dieGefahr eines elektrischen Schlages, Feuergefahr und Verletzungen zu vermeiden, sind beiWartungsarbeiten strikt die Angaben in der Anleitung zu befolgen. Andere als die angegebenWartungsarbeiten dürfen nur von Personen ausgeführt werden, die eine spezielle Befähigungdazu besitzen.
! AVERTISSEMENTCe manual est destiné uniquement aux personnes compétentes en charge de l’entretien. Afinde réduire les risques de décharge électrique, d’incendie ou de blessure n’effectuer que lesréparations indiquées dans le mode d’emploi à moins d’être qualifié pour en effectuer d’autres.Pour toute réparation faire appel à une personne compétente uniquement.
1UP-895/(E)
Table of Contents
1. Operating Instructions
2. Service Information
2-1. Board Layout ............................................................................................... 2-1
2-2. Disassembly ................................................................................................ 2-1
2-3. Removal of Major Parts .............................................................................. 2-22-3-1. Removal of Mechanical Block ................................................... 2-22-3-2. Removal of MA-99 Board ......................................................... 2-32-3-3. Removal of Switching Regulator ............................................... 2-32-3-4. Removal of Thermal Head ......................................................... 2-4
2-4. Tightening the Screws ................................................................................. 2-5
2-5. Installation of Fan Motor ............................................................................ 2-6
3. Electrical Alignment
3-1. AGC Adjustment ......................................................................................... 3-1
3-2. Video Level Adjustment ............................................................................. 3-1
3-3. Brightness and Contrast Adjustment ........................................................... 3-2
3-4. Head Voltage Adjustment ........................................................................... 3-3
3-5. Initialization of Print Count History ........................................................... 3-3
4. Circuit Operation Description
4-1. Video Circuit ............................................................................................... 4-34-1-1. BNC Input Connector - Trap Filter Circuit ................................ 4-34-1-2. nC-SYNC Generator Circuit ...................................................... 4-34-1-3. AGC Circuit ............................................................................... 4-34-1-4. Brightness and Contrast Control ................................................ 4-34-1-5. A/D Conversion and D/A Conversion ....................................... 4-3
4-2. Clock Generator Circuit .............................................................................. 4-4
4-3. Memory and Head Control Circuit ............................................................. 4-44-3-1. Reading the Serial Data from System Control ........................... 4-54-3-2. Writing in Frame Memory ......................................................... 4-54-3-3. Transfer from Frame Memory to Line Memory ........................ 4-54-3-4. Thermal Head Control and One-Line Memory .......................... 4-5
2 UP-895/(E)
4-4. System Control Section ............................................................................... 4-84-4-1. Reading of Keys ......................................................................... 4-84-4-2. Reading of Function Switches ................................................... 4-84-4-3. Platen Motor Control .................................................................. 4-94-4-4. Head Up and Down Control ..................................................... 4-104-4-5. Monitor of Door Sensor ........................................................... 4-104-4-6. Monitor of Paper Sensor .......................................................... 4-104-4-7. Monitor of Head Temperature Sensor ...................................... 4-114-4-8. Control of Head Fan Motor (for Head Cooling) ...................... 4-114-4-9. Control of Video Circuit Section ............................................. 4-114-4-10. Control of Memory and Head Control Circuit ......................... 4-124-4-11. Gamma Correction and Thermal Storage Correction .............. 4-134-4-12. Discrimination of Video Signal to be Input ............................. 4-134-4-13. Remote Interface ...................................................................... 4-134-4-14. Storage of Print Count History ................................................. 4-13
4-5. Thermal Head Section ............................................................................... 4-144-5-1. Structure ................................................................................... 4-144-5-2. Basic Operation ........................................................................ 4-154-5-3. Stair Generation ....................................................................... 4-154-5-4. Temperature Correction ........................................................... 4-164-5-5. Line Count Correction.............................................................. 4-16
5. Troubleshooting
5-1. Print is Faulty .............................................................................................. 5-1
5-2. Print is Too Dark or Too Light ................................................................... 5-2
5-3. “Paper Sensor” is Out of Order ................................................................... 5-3
5-4. Head Operation (Up & Down) is Out of Order ........................................... 5-4
5-5. Paper Feeding is Out of Order .................................................................... 5-5
5-6. Door (Opening and Closing) is Out of Order .............................................. 5-6
6. Service Mode (Self-diagnostic Function)
6-1 Printing the Test Pattern .............................................................................. 6-1
6-2. Up/Down Operation of Head ...................................................................... 6-2
6-3. Feed Operation ............................................................................................ 6-2
6-4. Display and Clearing of Print Sheet History ............................................... 6-3
7. Semiconductor Pin Assignments
3UP-895/(E)
8. Spare Parts
8-1. Notes on Repair Parts .................................................................................. 8-1
8-2. Exploded Views .......................................................................................... 8-2
8-3. Electrical Parts List ..................................................................................... 8-7
9. Block Diagram
Overall .................................................................................................................... 9-1
10. Schematic Diagrams and Board Layouts
FRAME ................................................................................................................ 10-2
KY-454 ................................................................................................................. 10-2
SE-531 .................................................................................................................. 10-2
SE-532 .................................................................................................................. 10-2
SU-52 ................................................................................................................... 10-2
MA-99 .................................................................................................................. 10-4
1-1U
P-895/(E
)
Section 1
Operating Instructions
This section is extracted
from operation m
anual.
3-868-286-01 (1)
1999 Sony Corporation
Video GraphicPrinter
UP-895UP-895MDUP-895CE
GBInstructions for Use Page 20
(For UP-895MD/895CE)
1-2U
P-895/(E
)
20 Introduction
English
WARNINGTo prevent fire or shock hazard, do not expose the unit torain or moisture.
To avoid electrical shock, do not open the cabinet. Referservicing to qualified personnel only.
THIS APPARATUS MUST BE EARTHED.
For UP-895MD/895CE
Important safeguards/notices for use in themedical environments1. All the equipments connected to this unit shall be
certified according to Standard IEC601-1, IEC950,IEC65 or other IEC/ISO Standards applicable to theequipments.
2. When this unit is used together with other equipment inthe patient area*, the equipment shall be either poweredby an isolation transformer or connected via anadditional protective earth terminal to system groundunless it is certified according to Standard IEC601-1.
* Patient Area
3. The leakage current could increase when connected toother equipment.
4 This equipment generates, uses, and can radiatefrequency energy. If it is not installed and used inaccordance with the instruction manual, it may causeinterference to other equipment. If this unit causesinterference (which can be determined by unpluggingthe power cord from the unit), try these measures:Relocate the unit with respect to the susceptibleequipment. Plug this unit and the susceptible equipmentinto different branch circuit. Consult your dealer.(According to Standard EN60601-1-2 and CISPR11,Class B, Group 1)
CautionWhen you dispose of the unit or accessories, you must obeythe law in the relative area or country and the regulation inthe relative hospital.
For UP-895MD/895CE
Symbol on the products
This symbol indicates the equipotentialterminal which brings the various parts of asystem to the same potential.
This symbol is intended to alert the user tothe presence of important operating andmaintenance (servicing) instructions in theliterature accompanying the appliance.
For the customers in the U.S.A.(for UP-895/895MD)
This equipment has been tested and found to comply withthe limits for a Class A digital device, pursuant to Part 15 ofthe FCC Rules. These limits are designed to providereasonable protection against harmful interference when theequipment is operated in a commercial environment. Thisequipment generates, uses, and can radiate radio frequencyenergy and, if not installed and used in accordance with theinstruction manual, may cause harmful interference to radiocommunications. Operation of this equipment in aresidential area is likely to cause harmful interference inwhich case the user will be required to correct theinterference at his own expense.
You are cautioned that any changes or modifications notexpressly approved in this manual could void your authorityto operate this equipment.
This device requires shielded interface cables to complywith FCC emission limits.
For the customers in Canada(for UP-895MD)This unit has been certified according to Standard CSAC22.2 NO.601.1.
R1.5m
21Introduction
OverviewThe UP-895/895MD/895CE is a black and white videographics printer that can be used to print imagesdisplayed on a video monitor.This manual covers the UP-895/895MD/895CE models.Wherever the operation or any other item differs amongthe models, this manual clearly describes thosedifferences.
Clear, consistent print quality• High definition, 12.8 dots/mm printing using a thermal
head with a high-speed drive IC.• 256 gradations of black and white.• Stable printouts using temperature compensation
technology
Fast printing• You can make an A-7 size single printout in about 3.9
seconds in STD and NORM mode.• You can make a maximum of 11 copies of the same
image continuously.
Two way printing direction and various imagesizes• The printing direction selector on the front panel
enables you to print in vertical and horizontaldirections.
• The image size selector on the front panel enables youto select various printing size.
DIP switches and slide switches to optimizethe printer• You can adjust printout quality and select the paper
type by setting the slide switches.• You can make printouts starting either from the bottom
or top of the image by setting the DIRECTION of DIPswitch.
• You can set the printout aspect ratio to 4:3 or 1:1 bysetting the ASPECT of DIP switch.
• You can set the range to be printed by setting theSCAN DIP switch.
• You can save paper by setting the POSTFEED DIPswitch (paper saving function).
Automatic video signal determinationThe type of input signal, black and white (EIA or CCIR)or input color (NTSC or PAL), is automaticallydetermined and printed in the same duration and size.
Alarm buzzerThe alarm buzzer prevents you from making anymistakes.
Easy and quick paper loadingYou can load paper just by opening the door and placingthe paper roll.
Table of Contents/Overview
GB
English
Introduction
Table of Contents
IntroductionOverview ................................................................. 21
PreprationConnection.............................................................. 22Setting Up the Printer ........................................... 22
Setting the Slide Switches on the Paper Tray..... 22Setting the DIP Switches on the Rear Panel ....... 23
Paper ....................................................................... 25Loading Paper ........................................................ 26
OperationPrinting ................................................................... 27
Making Printouts ................................................ 27Selecting the Printing Direction/Image Size ...... 28Adjusting the Contrast and Brightness ............... 30Remotely Controlling the Printer ....................... 30
OthersPrecautions ............................................................. 31Maintenance ........................................................... 31Specifications.......................................................... 32Troubleshooting ..................................................... 34Location and Function of Parts ............................ 35
Front ................................................................... 35Back .................................................................... 36
1-3U
P-895/(E
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22 Preparation
Preparation
Connection
Notes• Turn off the power to each device before making any
connections.• Connect the AC power cord last.
Setting Up the PrinterYou can set the printer to the desired specifications usingtwo kinds of switches.• Slide switches on the paper tray inside the front door
You can easily set the printer specifications mostfrequently used in daily operation, such as selection ofthe paper type and printout quality.
• DIP switches on the rear panelYou can set the print mode and other settings you donot need to change frequently
Setting the Slide Switches on thePaper Tray
The factory settings are as follows.
Connection/Setting Up the Printer
RM-91 Remote control unit(not supplied)
REMOTE
UP
DIP SW
VIDEO
AC IN
t IN T OUT
DOWN
to REMOTE
Video equipment
to video outputconnector
Supplied coaxial connectingcable (BNC y BNC)
to VIDEO IN
Color/black andwhite video monitor
Connecting cable(not supplied)
to VIDEO OUT
to video inputconnector
to AC IN
Supplied ACpower cord
to wall outlet
1 2 3 4
SMOOTHINGSHARPNESS GAMMA PAPER TYPEOFF OFF ON
A SHARPNESS switchAdjusts the sharpness of the printout.OFF: Not to emphasize an outline of the printout, setthe switch to this position.I, II, III: To make a sharper outline, set the switch tothe proper position. In I, II and III order, the printoutbecomes sharper.
23Preparation
Preparation
B GAMMA switchSets the tone of printouts (density gradation).I : Soft gradationII : StandardIII : Hard gradation
The diagram below shows the curve of densitygraduation for each tone.
NoteThis switch is effective only when you use paper typesUPP-110HD or UPP-110HG, that is, when the PAPERTYPE switch C is set to either II or V.
C PAPER TYPE switchSelects the paper type.Set the switch to the type of paper to be used.
Type of paper Switch position
UPP-110S I (Normal)
UPP-110HD II (High density)
UPP-110HG V (High glossy)
D SMOOTHING switchSelects the line density.OFF: Normally keep this switch to this position.ON: To set the print line density to high density andobtain the better print quality, set the switch to thisposition. However, the printing speed is slower than atthe OFF position.
NoteThis switch becomes effective under the followingconditions.• When the image size selector on the front panel is set
to either SML or NOR and STD/SIDE selector is set toSTD, and ASPECT of DIP switch C on the rear panelis set to 4 : 3.
• When the image size selector is set to a position otherthan SML and NOR and ASPECT of DIP switch C isset to 1 : 1.
Under any other conditions except those above, the printline density is not set to high and the print quality isstandard even if you set the switch to ON.
Setting the DIP Switches on theRear Panel
To change the DIP switch settingsUse a small pointed tool such as a small screwdriver.
The factory settings are as follows.
SW-DOWN or SW-UP indicated in parenthesesshows the switch position.
DIP SW FUNCTION TABLE
NO. FUNCTION SW-DOWN SW-UP
1 INTERRUPT ON OFF
2 POSTFEED ON OFF
3 ASPECT 4:3 1:1
4 MEMORY FRAME FIELD
5 DIRECTION NORM REV
6 SCAN – WIDE 2
7 WIDE 1 NORM
8 OUTPUT THRU EE
9 AGC OFF ON
10 RESERVED – –
11 INPUT B & W COLOR
12 75 Ω ON OFF
Setting Up the Printer
High
Low
Prin
t den
sity
Gradation0 255
I
II
III
123456789q;qa qs
REMOTE
UP
DIP SW
VIDEO
AC IN
t IN T OUT
DOWN
UP
DIP SW
DOWN121110987654321
UP-895MD/895CE
1-4U
P-895/(E
)
24 Preparation
Preparation
1 INTERRUPT switchSets whether the PRINT button is activated to enableinterruption of the printing process and capture an imagein memory.ON (SW-DOWN): Interrupts the printing currentlyunder way and prints a new picture when you press thePRINT button during printing.OFF (SW-UP): Disregards the fact that the PRINTbutton is pressed during printing and continues theprinting currently under way.If you press the PRINT button during printing in theOFF mode, the alarm buzzer will sound.
2 POSTFEED switchSets extra blank paper once an image has been printed.ON (SW-DOWN): Feeds out extra blank paper once animage has been printed.OFF (SW-UP): Does not feed out extra blank paperonce an image has been printed.To save paper by feeding only a short length of paperafter printing an image, set this switch to OFF. In thisway, you can make more printouts per roll of paper, butyou have to feed the paper manually using the FEEDbutton and tear off the paper. When you make multiplecopies of the same printout, this position is effective inhelping to save paper.
3 ASPECT 4:3/1:1 switchNormally keep this switch set to 4:3 (SW-DOWN).When the aspect ratio of the video signal is 1:1, set it to1:1 (SW-UP).The printout will be longer than a printout made at 4:3.
4 MEMORY switchFRAME (SW-DOWN): Normally keep this switch setto this position.FIELD (SW-UP): When printing fast-moving images(such as a ball being thrown), the printout may blur. Ifthis happens, set the switch to this position. The printoutdefinition will be poorer but less blurred.
5 DIRECTION switchSelects whether the top or bottom of the screen is to beprinted first.NORM (SW-DOWN): Normally keep this switch set tothis position. Printing is done from the bottom of thescreen.REV (SW-UP): Starts printing from the top of thescreen.
67 SCAN switchSets the printout range. The printout range isprogressively widened in the NORM, WIDE 1, andWIDE 2 order.NORM (Switch 7, SW-UP position): Prints only theimage displayed on the standard screen size of the videomonitor.WIDE 1 (Switch 7, SW-DOWN position): Printswhen the signal scans beyond the edge of the standardmonitor screen.WIDE 2 ( Switch 6, SW-UP position): To furtherextend the range, select this setting.When you set Switch 6to the SW-UP position (WIDE2 position), WIDE 2 is selected regardless of the settingof SCAN switch 7.
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WIDE 1 WIDE 2
Setting Up the Printer
25Preparation
Preparation
8 OUTPUT switchSelects the video signal output from the VIDEO OUTconnector on the rear panel.THRU (SW-DOWN): Signals are output directly to thevideo monitor.EE (SW-UP): Signals are output to the video monitorafter being processed by the printer.
9 AGC (Automatic Gain Control) switchAdjusts the input signal to the optimum printing level.OFF (SW-DOWN): Normally keep this switch set tothis position.ON (SW-UP): When the printout image appears toodark or too light, set the switch to this position to adjustthe input signal to the optimum level.
0 RESERVED switchKeep this switch set to the factory setting (SW-DOWN)
qa INPUT switchB & W (SW-DOWN): When the signal to be printed isblack and white, set the switch to this position.COLOR (SW-UP): When the signal is color, set theswitch to this position.
qs 75 Ω ON/OFF switchON (SW-DOWN): When nothing is connected to theVIDEO OUT connector, set the switch to this position.OFF (SW-UP): When a video monitor or other videoequipment is connected to the VIDEO OUT connector,set the switch to this position.Example:When you connect two printers to one piece of videoequipment, set the 75Ω switch of one of the printers toON, and the other to OFF.When you connect the printer and a video monitor to thevideo equipment, set the 75Ω switch to OFF.
Paper
Use only UPP-110S/110HD/110HG paper asspecified for the UP-895/895MD/895CE. If anothertype of paper is used, the quality of the printoutcannot be guaranteed. Use of another type of papermay also cause malfunction of the printer.You cannot use the UPP-110HA paper as specifiedfor the UP-880/890MD/890CE.
Type of paper
The following types of paper are available.
Printing quality Type of paper
TYPE I (Normal) UPP-110S
TYPE II (High Density) UPP-110HD
TYPE V (High Glossy) UPP-110HG
Notes on paper
Storing unused paperAvoid storing unused paper in a location subject to thefollowing. Storage of unused paper in such a placeresults in deterioration of unused paper.• Store unused paper in a cool and dark place (below
30°C or 86°F).• Do not store unused paper in a hot or humid place. Do
not leave unused paper in direct sunlight or otherbright places.
• Do not allow any volatile organic solvent or vinylchloride to touch unused paper. Alcohol, plastic tapeor film will deteriorate unused paper.
When loading paper• Do not fold the paper or touch the printing surface.
Dust or finger prints are likely to cause poor printquality.
• Before loading the paper roll, remove the labelattached to the top of paper roll and pull out the first15 to 20 cm (6 to 8 inches). The label mark is likely tocause poor print quality.
Storing printouts• Avoid storing printouts in a location subject to the
following. Storage of your printouts in such a placeresults in fading of printouts.– Store printouts in a cool and dark place (below
30°C or 86°F). We recommend storing printouts ina bag made of clay-free paper or polypropylene.
– Do not store printouts in a hot or humid place. Donot leave printouts in direct sunlight or other brightplaces.
– Do not allow any volatile organic solvent or vinylchloride to touch printouts. Alcohol, plastic tape orfilm will cause the printout to fade.
• Do not stack your printouts on or under a diazo copysheet. Also do not attach the printed surface to anotherprinted surface. The printout may become discolored.
• To attach the printout to another piece of paper, usedouble-sided adhesive tape or water-based glue.
Setting Up the Printer/Paper
1-5U
P-895/(E
)
26 Preparation
Preparation
Loading Paper
Notes• Before loading paper, read “Paper” on page 25.• Do not fold the paper or touch the printing surface.
Dust or finger prints are likely to cause poor printquality.
• Use only UPP-110S/110HD/110HG paper as specifiedfor this printer. (page 25)
• Set the PAPER TYPE switch according to the papertype. (page 23)
Loading
1 Press the power switch to turn on the printer.The power lamp lights.
2 Press the OPEN button to open the door.
3 Remove the label attached at the top of the paperroll, pull out the first 15 to 20 cm (6 to 8 inches) ofthe paper, then place the paper roll in the papertray.
NoteWhen pulling out the top of the paper roll or placingit in the paper tray, be careful not to drop the paperroll. If dust has accumulated on the paper, you maynot be able to use this paper because dust or fingerprints are likely to cause poor print quality ormalfunction of the head.
4 Close the door by pushing it.
Remove the label and pull out thefirst 15 to 20 cm (6 to 8 inches) ofthe paper.
Place the paper with the thermo-sensitiveside (printing side) up. If you place the paperwith the printing side down by mistake, theimage will not be printed.
Place the paper roll sothat the paper comesout from the paper traystraight.
Loading Paper
Note• If the paper roll is not placed properly and does not
come out from the paper tray straight, this may causepaper jamming.
• If you did not pull out the paper enough in step 3, feedthe paper at least 15 to 20 cm by pressing and holdingdown the FEED button. Do not pull out the papermanually.
27Operation
Operation
Printing
Before making printoutsConfirm the following:• Are the connections correct? (page 22)• Are the slide switches and DIP switches set correctly?
(pages 22 and 23)• Is the paper type set correctly? (page 23)• Is the paper roll loaded properly? (page 26)• Is the video source being input?
Making Printouts
1 Press the power switch to turn on the printer.The power lamp lights and the EMPTY lamp blinksfor a few seconds.
NoteMake sure that the EMPTY lamp turns out afterblinking for a few seconds. If lit, the paper has runout. Load the paper. (“Loading Paper” on page 26)
2 Select the printing direction and image size.See “Selecting the Printing Direction/Image Size” onthe next page.
3 Start the video source.This operation is done using the controls of the videoequipment which you are using as a source.
4 When the image you want to print is on the videomonitor, press the PRINT button.The image displayed at the instant you press thePRINT button is captured into memory and isprinted out immediately.
To interrupt printingPress either the OPEN or FEED button while printing.The printer stops printing.
To stop printing and print another imagedisplayed on the video monitorTo do this, DIP Switch 1 (INTERRUPT) must be set toON (SW-DOWN). (See page 24.)Press the PRINT button while printing or copying. Theprinter stops printing, captures the new image, and startsprinting the new image.In SMALL mode, the printer stops printing and capturesthe first image.
If the printout image is blurredA rapidly moving image may be blurred when printed.Should this occur, change DIP Switch 4 (MEMORY)to FIELD (SW-UP). (See page 24.) The printout qualitywill be poorer, but less blurred.
To print in SMALL modeYou can print in SMALL mode, where two differentimages can be captured and printed together on oneprintout, by setting the image size selector on the frontpanel to the SML position.To print in SMALL mode: Press the PRINT buttontwice in step 4. When you press the PRINT button once,the buzzer sounds and the first image is captured. Theprinter starts printing after the PRINT button is pressedtwice.For detailed information on SMALL mode, see“Selecting Printing Direction/Image Size” on the nextpage.
To feed the paperPress and hold down the FEED button to feed the paper.Do not pull out the paper manually.
Storing printouts• Avoid storing printouts in a location subject to the
following. Storage of your printouts in such a placeresults in fading of printouts.– Store printouts in a cool and dark place (below
30°C or 86°F). We recommend storing printouts ina bag made of clay-free paper or polypropylene.
– Do not store printouts in a hot or humid place. Donot leave printouts in direct sunlight or other brightplaces.
– Do not allow any volatile organic solvent or vinylchloride to touch printouts. Alcohol, plastic tape orfilm will cause the printout to fade.
• Do not stack your printouts on or under a diazo copysheet. Also do not attach the printed surface to anotherprinted surface. The printout may become discolored.
• To attach the printout to another piece of paper, usedouble-sided adhesive tape or water-based glue.
EMPTY lamp
Printing
Power lamp
1-6U
P-895/(E
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28 Operation
Operation
Making copies of the last printout
Press the COPY button. The printer makes a copy of thelast printout. The image of the last printout is retained inthe printer’s memory until you press the PRINT buttonagain or turn the power off.
To copy in different directions and sizesYou can copy the last printout in different directions andsizes except in SMALL mode.Before pressing the COPY button, select the printingdirection and size as described in “Selecting the PrintingDirection/Image Size” (See this page.)
Notes• If you press the COPY button immediately after
turning the power on, the alarm buzzer will sound asnothing is stored in memory.
• In the SMALL mode, if you press the COPY buttonafter you have pressed the PRINT button only once, thealarm buzzer will sound and the printer will not copy.
To make multiple copies of the same printoutPress the COPY button as many times as necessary(maximum 11 copies including the first printout) whileprinting or copying the first printout. Each time you pressthe COPY button, a short buzzer sounds.
To interrupt copyingPress either the OPEN or FEED button.
Selecting the Printing Direction/Image Size
You can make variations of printouts using the STD/SIDE selector, image size selectors and the DIPswitches.
Selecting the printing direction
You can select the printing direction using the STD/SIDE selector.To print in the same direction as the one displayed inthe video monitor, set the selector to STD (standard).To print the image in the direction where the image isrotated by 90 degrees counterclockwise, set theselector to SIDE.
Image displayed on the video monitor
Printouts
When set to the STD When set to the SIDEposition position
Selecting the image size
You can print in normal or small size by changing theimage size selector.You can also obtain a printout of the image at the left orright, top or bottom of the video image on the monitorafter it has been enlarged twice.
SIDESTD SIDESTD
Printing
29Operation
Operation
Variations of printouts
Printouts obtained by the combination of theSTD/SIDE selector and image size selectorThe table in the right colum shows various printouts thatcan be obtained according to the combination of settingsof the STD/SIDE selector and image size selectors.
Image size Printing direction selector positionselectorposition STD SIDE
NOR(Normal)
SML(Small)
R/T(Right/Top)
L/B(Left/Bottom)
BOTH
SIDESTDSML 2×
BOTH
R/T
L/B
NOR
In addition to variations in the right colum, the followingprintout variation is available.
Negative printoutsYou can make negative printouts by setting the POSI/NEGA switch on the front panel to the NEGA position.
Printing
1-7U
P-895/(E
)
30 Operation
Operation
CONTR BRIGHT
Printing
Adjusting the Contrast andBrightness
You can adjust the contrast and brightness of theprintout.
NoteTo adjust the contrast and brightness while confirmingthe adjusted image on the video monitor, set DIP Switch8 (OUTPUT) to EE (SW-UP).After adjusting the contrast and brightness, be sure toreset DIP Switch 8 to THRU (SW-DOWN).Since the video signal is directly input to the videomonitor without being processed by the printer when thesetting is THRU, you can monitor the video signal as itis input directly from the video equipment.
To adjust the contrastYou can adjust the contrast of image using the CONTRcontrol.To make the contrast stronger, turn the CONTRcontrol clockwise.To make the contrast weaker, turn the CONTR controlcounterclockwise.
To adjust the brightnessYou can adjust the brightness of printouts using theBRIGHT control.To make the image brighter, turn the BRIGHT controlclockwise.To make the image darker, turn the BRIGHT controlcounterclockwise.
NoteYou cannot adjust the image once it has been captured inmemory. Restore an image after adjustment by pressingthe PRINT button.
Remotely Controlling the Printer
You can remotely control the printer using the RM-91remote control unit or the foot switch connected to theREMOTE connector on the rear panel.
Since the button on the remote control unit or footswitch functions exactly same as the PRINT button,pressing either of them during printing or copying resultsin an image being captured and immediately printedwhen DIP Switch 1 (INTERRUPT) on the rear panel isset to ON (SW-DOWN). (See page 24.)
31Others
Others
Precautions
On safety
• Check the operating voltage before operation.Operate the unit only with a power source specified in“Specifications”.
• Stop operation immediately if any liquid or solidobject falls into the cabinet. Unplug the unit and haveit checked by qualified personnel.
• Unplug the unit from the wall outlet if you will not beusing it for a long time. Disconnect the power cord bygrasping the plug. Never pull the cord itself.
• Do not disassemble the cabinet. Refer servicing toqualified personnel only.
• Do not touch the cutting blade of the printer.• Connect the power plug of the printer to a wall outlet
with a protective earth terminal. The safety earthshould be properly established.
On operation
Do not turn the power off while the printer is printing.The thermal head may be damaged.
On the printer carriage
Do not carry or move the printer when the paper roll isplaced in the printer. Doing so may cause a malfunction.
On installation
• Place the printer on a level and stable surface.If you use the printer with placed on an unevensurface, malfunction of the printer is likely to occur.
• Do not install the printer near heat sources. Avoidlocations near radiators or air ducts, or places subjectto direct sunlight or excessive dust, humidity,mechanical shock or vibration.
• Provide adequate air circulation to prevent heat build-up. Do not place the printer on surfaces such as rugs,blankets, etc., or near materials such as curtains anddraperies.
• If the printer is subjected to wide and sudden changesin temperature, such as when it is moved from a coldroom to a warm room or when it is left in a room witha heater that tends to produce large amounts ofmoisture, condensation may form inside the printer. Insuch cases the printer will probably not work properly,and may even develop a fault if you persist in using it.If moisture or condensation forms, turn off the powerand allow the printer to stand for at least one hour.
Maintenance
Cleaning the cabinet
Do not use strong solvents to clean the printer. Thinneror abrasive cleansers will damage the cabinet.
Cleaning the thermal head
If the printout is dirty or white stripes appear on theprintouts, clean the thermal head using the cleaning sheetsupplied .
1 Press the power switch to turn on the printer.
2 Press the OPEN button to open the door.
3 Insert the cleaning sheet, with the black surfacefacing down, into the groove in paper tray.
Insert into thegroove.
Cleaning sheet(supplied)
Continue to next page c
Precautions/Maintenance
1-8U
P-895/(E
)
32 Others
Others
4 Close the door by pushing it.
5 Press the FEED button and keep it pressed.When the buzzer sounds and the printer start ejectingthe cleaning sheet, release the FEED button.
Cleaning is completed.
6 Press the OPEN button to open the door andremove the cleaning sheet.
7 Close the door by pushing it.
Notes• Do not press the PRINT or COPY button while the
cleaning sheet is in the printer.• Clean the head only when necessary. If you clean the
head too often, it may cause a malfunction.
SpecificationsPower requirements and consumption
100 to 120 V AC, 50/60 Hz, 1.5 A220 to 240 V AC, 50/60 Hz, 0.8 A
Operating temperature5°C to 35°C (41°F to 95°F)
Operating humidity20 % to 80 % (no condensation
allowed)Dimensions Approx. 154 × 105 × 260 mm (w/h/d)
(61⁄8 × 41⁄4 × 101/4 inches)Mass Approx. 3.4 kg (7 lb 8 oz), Main unit
onlyThermal head Thin-film thermal head (with built-
in drive IC) 1280-dot driveGradation 256Resolution (in WIDE 1 mode)
EIA: 1210 × 490 dotsCCIR: 1210 × 582 dots
Print size (in NOR and WIDE 1 mode)STD mode
EIA: 94 × 72 mmCCIR: 94 × 71 mm
SIDE modeEIA: 126 × 96 mmCCIR: 126 × 95 mm
Printing speed (in STD and NOR mode)About 3.9 seconds/screen (at factory
settings)Picture memory
800 K × 8 bits for one frameInput/output connectors
VIDEO IN (BNC)EIA or CCIR Composite videosignals1.0 Vp-p, 75 ohms/high-impedance(EIA/CCIR automaticallydiscriminated)
VIDEO OUT (BNC)EIA or CCIR Composite videosignals1.0 Vp-p, 75 ohms, loop-through/EEswitchable
Maintenance/Specifications
Keep pressing the FEED button.
x
When the buzzer sounds and the printerstarts ejecting the cleaning sheet,release the button.
33Others
Others
REMOTE (stereo minijack)
1 GND2 PRINT SIGNAL (TTL)
Input of LOW pulse over 100 msec.initiates print.
3 PRINT BUSY (TTL)Goes HIGH during printing.
Supplied accessoriesPaper roll (UPP-110HG) (1)BNC y BNC connecting cable (1)AC power cord (1)Head cleaning sheet (1)Media label (1)
The following specifications are applied only to theUP-895MD/895CE models:Storage and transport temperature
–20°C to 60°C (–4°F to 140°F)Storage and transport humidity
20 % to 80 % (no condensationallowed)
Protection against electric shockClass I
Protection against harmful ingress of waterOrdinary
Degree of safety in the presence of flammableanesthetics or oxygen
Not suitable for use in the presence offlammable anesthetics or oxygen
Mode of operationContinuous
Design and specifications are subject to changewithout notice.
Specifications
3
2
1
1-9U
P-895/(E
)
34 Others
Others
TroubleshootingThe following troubleshooting checks will help youcorrect the most common problems you may encounterwith your printer. Before proceeding with these troublecheck, first checks that the power cord is firmlyconnected. Should the problem persist, unplug theprinter and contact your Sony dealer or local authorizedSony service facility.
Symptom
White specks on thefirst few printouts.
Printing does notstart when you pressthe PRINT button.
Black borders ormissing portionsaround the printout.
Paper jam
The printout is dirty.
Symptom
The printer stopsprinting when itcontinuously printsdark images. (Thealarm buzzersounds.)
White lines or smallletters on the screenare not printedclearly.
Small squaresappear over thewhole screen.
The printout is toodark or too light.
The printout seemsstretched orenlarged.
Cause/remedy
When printing with a newly insertedroll of paper, dust on the surface ofthe paper may cause white speckson the printouts.t Feed the paper by pressing the
FEED button until clean paperappears. (page 26)
• Paper does not feed.t Is the paper slack?t Is the power turned on?t Are all connections correct?t Did you press the PRINT
button twice in SMALL mode?(page 27)
• When the alarm buzzer sounds:t Has the thermal head
overheated? The thermalhead may overheat when theprinter prints dark imagecontinuously. In such a case,the EMPTY lamp blinks. Waituntil the head cools down.
t Is the video signal of theimage input?
t Is the paper loaded correctly?• Paper feeds, but printing does
not start.t Is the paper loaded with the
thermo-sensitive side up?(page 26)
This problem may result from thevideo signal input to the printer.t Change the setting of the DIP
switches 6 and 7 (SCAN).(page 24)
• Open the door by pressing theOPEN button, then pull thejammed paper slowly and removeit.
• There is condensation inside theunit.t Moving the unit suddenly from
a cold place to a warm placeoften results in condensationforming. In the event ofcondensation forming,remove the paper, turn off thepower and allow the unit tostand for about one to twohours.
The thermal head is dirty.t Clean the thermal head with the
head cleaning sheet suppliedwith the unit. (page 31)
Cause/remedy
This is likely to occur when theprinter prints continuously 15 ormore dark images. In such a case,the buzzer sounds. This is becausea protective circuit guards againstheat build-up in the thermal head.Stop printing for a while.
Is DIP Switch qa (INPUT) set to B &W when the input signal is a blackand white signal? (page 25)
Is DIP Switch qa (INPUT) set toCOLOR when the input signal is acolor signal? (page 25)
• Is the DIP switch qs (75Ω ) setcorrectly? (page 25)
• Is the PAPER TYPE switch in thepaper tray set correctly? (page23)
• Is the GAMMA switch in the papertray set correctly? (page 23)
The DIP switch 3 (ASPECT) is setto 1:1.t Set it to 4:3. (page 24)
Troubleshooting
35Others
Others
Location and Function ofPartsFor details, refer to the pages indicated in parentheses.
1 23456 789q;qa qs
SML 2×
BOTH
SIDE NEGA EMPTY
OPENR/T
L/B
NOR CONTR BRIGHTFEED COPY PRINTSTD POSI
21 3 4 5 6
REMOTE
UP
DIP SW
VIDEO
AC IN
t IN T OUT
DOWN
Front
Back
Front
1 Power switch and lampTurns the power on. The power lamp is lit while thepower is on.
2 Image size selector (29)Selects the size of the image to be printed.
3 STD (standard)/SIDE selector (28, 29)Selects the printing direction.
4 CONTR (contrast) control (30)Adjusts the contrast of the printouts.
5 BRIGHT (brightness) control (30)Adjusts the brightness of the printouts.
6 POSI(positive)/NEGA (negative) selector (29)Set this to the NEGA position to make negativeprintouts.
7 FEED button (26, 27, 28, 32)Press to feed paper. The paper feeds as long as theFEED button is held down.Pressing this button during printing results in aninterruption of the printing.
8 COPY button (28)Prints another copy of the previous printout.
9 PRINT button (27)Prints the image currently displayed on the videomonitor. The image displayed when you press thePRINT button is stored in memory.
0 EMPTY lamp (27)Lights when the printer is out of paper.
Location and Function of Parts
UP-895MD/895CE
Continue to next page c
1-10U
P-895/(E
)
36 Others
Others
qa OPEN button (26, 31)Opens or closes the door. Also, interrupts printingmidway.When the door is open, you can see the slideswitches in the paper tray.
1 SHARPNESS switchAdjusts the sharpness of the printout.
2 GAMMA switchSets the tone of the printouts (density gradation).
3 PAPER TYPE switchSelects the paper type.
4 SMOOTHING switchSelects the line density.
For detailed information on slide switches, see“Setting the Slide Switches on the Paper Tray” onpage 22.
qs Paper feeder and cutterCuts the printing paper.
Location and Function of Parts
Back
1 Equipotential terminal (only for UP-895MD/895CE)Used to connect to the equipotential plug to bring thevarious parts of a system to the same potential.Refer to “Important safeguards/notice for use in themedical environments” on page 20.
2 REMOTE connector (22, 30)Connect the RM-91 remote commander or the footswitch for controlling print operation from adistance.
3 DIP SW (switches) (23)Sets the print modes and functions.
4 tVIDEO IN (input) connector (BNC type) (22)Connect to the video output connector of the videoequipment.
5 TVIDEO OUT (output) connector (BNC type)(22)Connect to the video input connector of the videomonitor. The output signal type depends on DIPswitch 8 (OUTPUT).
6 -AC IN (AC power input) connector (22)Connect to a wall outlet using the AC power cordsupplied with the unit.
1 2 3 4
SMOOTHINGSHARPNESS GAMMA PAPER TYPEOFF OFF ON
2-1UP-895/(E)
SE-532 board
MA-99 board
SU-52 board
SE-531 boardKY-454 board
2-1. Board Layout
Section 2Service Information
2-2. Disassembly
nRemove the top cover in the order shown in the figureduring removal.
Removal of Top Cover
2 Top cover
1 M3 casefixing screw
1 M3 casefixing screw
2-2 UP-895/(E)
2-3. Removal of Major Parts
2-3-1. Removal of Mechanical Block
1. Remove the top cover. (Refer to Section 2-2.)
3 Step screw
3 Step screwLock arm
4 Door panel
Claws
Claws
2
1
6 Power switch rod
5 Rod stopper
1 CN14
1 CN1
2 Screw (BVTT 3x6)
2 Screws (BVTT 3x6)
4 Front panel
3 Claws
3 Claws
3 Mechanical block
1 CN7
1 CN21 CN8
1 CN13
2 Screws (BVTT 3x6)
Be careful not to slackenthe harness when installingthe mechanical block.
1 CN3
1 CN9
2-3UP-895/(E)
2-3-2. Removal of MA-99 Board
1. Remove the top cover. (Refer to Section 2-2.)
4 CN7
6 MA-99 board
4 CN2
4 CN12
5 Tapping screws (M3)
5 Tappingscrews (M3)
4 CN14 4 CN1
4 CN8
4 CN13
4 CN3
4 CN94 Screws
(PS 3x6)
4 Screws (PS 3x6)
1 Tappingscrew (M3)
1 Tapping screw (M3)
3 CN201
6 Switchingregulator
2 Sheeld plate
1 Tappingscrews(M3)
3 Rear panel
2 Screw(BTP 3x8)
2-3-3. Removal of Switching Regulator
1. Remove the top cover. (Refer to Section 2-2.)2. Remove the front panel, door panel and power switch
rod. (Refer to Section 2-3-1.)3. Remove the MA-99 board. (Refer to Section 2-3-2.)
2-4 UP-895/(E)
2-3-4. Removal of Thermal Head
1. Remove the top cover. (Refer to Section 2-2.)2. Remove the front panel and power switch rod. (Refer
to Section 2-3-1.)
3Springcompression
1 Screw (BVTT 3x6)
2 Top chassis
1 Screw(BVTT 3x6)
4 CN13
4 CN9
5 Headassembly
2 Screws (PSW 3x6)
3 Heat sink
1 Flat type wire (26 core)
Printing side
Contact
1 Flat type wire(30 core)
4 Thermal head
2-5UP-895/(E)
2-4. Tightening the Screws
Mechanical chassis
Portion A
1 Screw(BVTT 3x6)
2 Screw (BVTT 3x6)
Top chassis
Push and then fix.
Mechanicalchassis
Top chassis
Rear chassis
Belt
2 Screw (BVTT 3x6)1 Screw (PSW 3x6)
Mechanicalchassis assembly
Front side
Gear bracketassembly
nConfirm that no clearance exists between the mechanicalchassis and top chassis.
m1. Be careful not to hold the gear bracket by hand when
installing screws 1 and 2.2. Confirm that the belt tension is not loosened after
screw installation.
2-6 UP-895/(E)
2-5. Installation of Fan Motor
nInstall the fan motor while paying the attention to thedirection of the harness with the surface, to which the fanmotor sticker is attached, down.
Top chassis
MA-99 board
Screws (PTT 3x10)
Fan motor
CN6
3-1UP-895/(E)
[Equipment Required]. Oscilloscope. Digital voltmeter. 10 steps signal generator
Tektronix 1410 or equivalents (For NTSC signal)Tektronix 1411 or equivalents (For PAL signal)
3-1. AGC Adjustment
Section 3Electrical Alignment
Machine condition for adjustment
. Input signal: 10 steps signal
. No monitor is connected.
. Set rear panel DIP switch 9 to up.(AGC-ON)
Procedure1. Input a 10 steps signal and set DIP
switch != to DOWN. Adjust RV3 (AGCREF) so that Vs is 700 mV.
2. Set DIP switch != to UP and adjust RV2(AGC GAIN) so that Vs is 630 mV.
Specification
TP5 (AMP IN)/MA-99 (C-3) Output waveform
. Adjust so that Vs is 700 mV when AGC is ONand 75 Z terminator is on.
. Adjust so that Vs is 630 mV when AGC is ONand 75 Z terminator is off.
Vs
Adjustments
AGC REF adjustment1RV3/MA-99 (C-2)AGC GAIN adjustment1RV2/MA-99 (C-2)
1RV31RV2
TP5
MA-99
3-2. Video Level Adjustment
Machine condition for adjustment
. Input signal: 10 steps signal
. In case, monitor is not connected, set DIPswitch != on the rear panel to ON, ifconnected, set to OFF.
. Adjust RV4 (AGC OFF CONT) using 10steps signal input.
Specification
TP5 (AMP IN)/MA-99 (C-3) Output waveform
Adjust so that video signal level is 1.0 V.
Adjustments
AGC OFF CONTadjustment1RV4/MA-99 (C-2)
1.0 V
MA-99
TP5
1RV4
3-2 UP-895/(E)
3-3. Brightness and Contrast Adjustment
Machine condition for adjustment
. Input signal: 10 steps signal
. In case, monitor is not connected, set DIPswitch != on the rear panel to ON, ifconnected, set to OFF.
. Set CONTRAST and BRIGHT knobs tothe center position on the front panel.
Specification
TP6 (AD IN)/MA-99 (B-3) Output waveformTP7 (VRT)/MA-99 (B-3) Output voltageTP8 (VRB)/MA-99 (B-3) Output voltage
Adjust RV6 so that mid voltage between 0 and1 is equaled to the VRB voltage.
Adjust RV5 so that mid voltage between 9 and10 is equaled to the VRT voltage.
Adjustments
C ADJ adjustment1RV5/MA-99 (C-1)B ADJ adjustment1RV6/MA-99 (C-1)
MA-99
1RV51RV6
TP7TP8TP6
VRT(TP7)
VRB(TP8)
AD IN(TP6)
0
1
2
3
4
5
6
7
8
9
10
RV6
VRB0
1
2
RV5
VRT8
9
10
3-3UP-895/(E)
3-4. Head Voltage Adjustment
Machine condition for adjustment
. Input signal: nothing
. Set all DIP switches on the rear panel toDOWN.
. Set each switch on the front panel toNORM, STD, and POSI, respectively.
. Set the POWER switch to ON whilepressing the PRINT and COPY buttons.
. Press the PRINT button to print a stairstep pattern.
Specification
Stair step
Adjust RV502 so that a smooth gradation isobtained in 17 steps.
Adjustments
1RV502/Switchingregulator
1
Front
RV502
Main body
Switching Regulator(on the right side panel)
3-5. Initialization of Print Count History
Machine condition for adjustment
. Set the POWER switch to ON whilepressing the PRINT, COPY, and FEEDbuttons.
Specification
Release the buttons when the buzzer soundsthree times. The initialization of print counthistory is then completed (becomes zero insheet count).
Adjustments
Nothing
4-1UP-895/(E)
Section 4Circuit Operation Description
OutlineThe electrical circuit of UP-895 mainly consists of the following blocks.
* Video circuitThe input video signal is amplified using a video amplifier circuit to perform brightness, contrast, trapfilter, and AGC processing.
* A/D and D/A convertersThe analog signal output from a video circuit is converted from analog to digital. The A/D-converteddata is converted from digital to analog to output it to the outside.
* Memory and head control G/APrint data is fetched to frame memory (DRAM). Image data on the memory is also PWM-converted forimage processing and sent to the thermal head.
* CLK generatorThis block generates the operation clock of memory and head control G/A.
* Frame memory (SDRAM)This block memorizes print data.
* Motor driveEach motor of a head, platen, and fan is driven according to the command from system control CPU.
* Sensor circuitThis block detects the sensor values of a head, paper, cutter, door, and head temperature.
* System control CPUThis block supervises and controls each block.
4-2 UP-895/(E)
Electrical Block Diagram of UP-895
SensorHead
Door
Paper
Paper
SE board
SE boardMA-99 board
KY board
FRONT PANEL
SU board
Platen
Fan
Head
Sensor
Sensor
SystemcontrolCPU
Motordrive
Sensor
Motor
Motor
Motor Motordrive
motordrive
TEMP
CLKgene
Buzzer
Selector
DIP-SW
EEPROM
Boardchecker
Video inBNC
A/D
Memorycontrol
IC
SD-RAM
Thermalhead
Videocircuit
D/A
InnerSW
Frontkey
Video outBNC
PaperSensor
PaperSensor
4-3UP-895/(E)
4-1. Video Circuit
4-1-1. BNC Input Connector - Trap Filter Circuit
A composite video signal is input from the BNC connector (VIDEO IN) to the MA-99 board. 75 Ztermination is turned on and off using a DIP switch. After that, the input signal branches into three paths.One is passed through a trap filter (FL1) for NTSC, and another is passed through a trap filter (FL2) forPAL. The other is not processed at all. These signals are input to analog selector 1 (IC1). Each signal isselected by a system control and input to video amplifier 1 (IC2).
4-1-2. nC-SYNC Generator Circuit
A nC-SYNC signal is generated from the SYNCOUT signal that is output from video amplifier 1 (IC2).The nC-SYNC signal is also used in an AGC circuit.
4-1-3. AGC Circuit
The signal from an analog selector 1 (IC1) branches into two paths. One is input to video amplifier 1(IC2), and the other is input to the AGC circuit for detecting the peak of a signal. The gain is controlledby a contrast amplifier in video amplifier 1 (IC2). When an AGC function is set to ON, the peak voltageof the input video signal obtained by the AGC circuit is controlled by a system control (IC304) so that itis output from analog selector 2 (IC5). When it is set to OFF, the reference voltage is controlled by asystem control (IC304) so that it is output from analog selector 2 (IC5). The gain is controlled byinputting the voltage to video amplifier 1 (IC2).
4-1-4. Brightness and Contrast Control
The video signal output from video amplifier 1 (IC2) is input through a buffer (Q220) to video amplifier 2(IC6). For contrast control, the gain is controlled by inputting the voltage obtained using the volume onthe front panel to video amplifier 2 (IC6).The video signal output from video amplifier 2 (IC6) is input through a low-pass filter to the brightnesscontrol amplifier (Q7). For brightness control, the gain is controlled by inputting the voltage obtainedusing the volume on the front panel to the brightness control amplifier (Q7).
4-1-5. A/D Conversion and D/A Conversion
The video signal output from video amplifier 2 (IC6) is converted into a digital signal using an A/Dconverter and stored in memory by a memory and head control circuit.The A/D-converted signal is converted into a video again using a D/A converter, and a sync signal isadded using analog selector 3 (EE signal). Moreover, the sync signal is sent to analog selector 4 andoutput from the BNC connector (VIDEO OUT) to the outside. A relay (RY1) is used to switch THRUEand EE signals and controlled by a system control.
4-4 UP-895/(E)
4-2. Clock Generator Circuit
A clock is generated by attaching a 23 MHz external oscillator (X500) to the clock generator circuit(IC505). This clock is phase-adjusted at the falling edge of an H sync pulse (nINTOUT2) when fetchinga video signal. The noise contained in the clock signal generated at that time is eliminated by the internalcircuit of a memory and head control circuit (IC501) and a delay circuit (IC504). By using the clocksignal as a main clock, memory control is performed during image fetching.
Clock Generator Circuit
4-3. Memory and Head Control Circuit
The memory and head control circuit (IC501) consists of the following blocks.The operation in each block is determined by the serial data from a system control (IC304).
(1) Register for storing the serial data from system control (IC304)(2) Frame memory write and read control(3) Thermal head control(4) Sync signal processing circuit(5) Line memory (for calculation and print)(6) Sharpness calculation circuit(7) Thermal storage correction calculation circuit(8) Count correction calculation circuit(9) Image scaling calculation circuit
nINTOUT2
CLKOUT(Normal)
CLKOUT(During imagefetching)
Phase adjustment Phase adjustment
nINTOUT2DELAYLINE
CLKGENERATOR
IC
MEMORY& HEAD
CONTROLIC
CLKOUT
23M
4-5UP-895/(E)
4-3-1. Reading the Serial Data from System Control
There are eight types of data that a system control (IC304) sends to IC501. Registers for storing eachdata exist respectively. The type of a register in which data is stored is selected by combination of “high”and “low” levels of signals that are input to pins 11, 13, and 14 of IC501.
IC501-11pin IC501-13pin IC501-14pin Register to be selected
L L L Gamma data
L L H Gamma data
L H L Specifies the memory and print ranges.
L H H Emphasizes the edge and sets the memory and print modes.
H L L Count correction data
H L H Sync signal processing parameter
H H L Thermal history correction and other mode setting
H H H Test pattern step width setting
4-3-2. Writing in Frame Memory
The next image data of one frame is written in the frame memory (IC503) when a fetch pulse is inputfrom a system control (IC304) to pin 1 of IC501. The UP-895 uses a 64M-SDRAM (one word is 8 bits)as image memory. The sampling frequency is 23 MHz, and the memory space is 4096 x 2048.
4-3-3. Transfer from Frame Memory to Line Memory
IC501 sets a COPYING signal to “L” so as to enter the print operation when a COPY pulse is input froma system control (IC304) to pin 2 of IC501. To perform printing, the one-line data selected from framememory must be transferred to the head line memory in IC501. Data is transferred when a LINEPULS isinput to pin 15 of IC501. IC501 reads necessary print data from the frame memory in the ordercorresponding to the print range and print direction specified by the mode setting from a system control.Next, IC501 stores the print data in the head line memory after edge emphasizing, thermal historycorrection, and interpolation.
4-3-4. Thermal Head Control and One-Line Memory
All thermal head controls are performed by IC501. Built-in head line memory is used when transferringprint data to the thermal head. For more details, refer to Section 4-5. Thermal Head Section.
FETCH
EXTV
ODD/EVEN
WE
Image fetching period
4-6 UP-895/(E)
A/DCONVERTER
8
NEGA/POSIFILTER
8 LINEMEMORY
8
FRAMEMEMORY
8
8
LINEMEMORY
8
2
21
IC503
FETCHCOPYMODE
REGISTER
EXT. SYNCSIGNAL
PROCESS
SERIAL TRANSFER
EDGEENHANCEMENTCALCULATION
9
FRAMEMEMORYCONTROL
8
VIDEOCIRCUIT
167
169.
172
176
89-92.95-98
8
99.101-104.106-110.112-114.117-120.122-125
1
2
3
4
15
18
19
FETCH
COPY
FETCHSTOP
COPYSTOP
FETCHING
COPYING
LINEPULS
21
22
135
EXTV
VF
CSYNC
SC
K
RE
RLD S
I
RE
GS
EL2
RE
GS
EL1
RE
GS
EL0
CLOCKCONTROL
SYSTEMCONTROL
IC304
CLOCKGEN.
132
136
137
126128 7 8 9 10 11 13 14
INTOUT2
CK01B
CK01A
CLK
OU
T
CLK
21
8
Block diagram of IC501
4-7UP-895/(E)
THERMAL HYSTERESISCOMPENSATIONCALCULATION
LINEMEMORY
8
INTERPOLATIONCALCULATION
8
DITHER
6
TEST MODESELECT
6
HEAD LINEMEMORY
6x20
PWMCOMP.x20
THERMALHEAD
45
49.
52
55.
57
60.
62
68
16
LINEMEMORY
16
16
LINEMEMORY
12
LINEMEMORY
IC501
12
12
LINEMEMORY
LINEMEMORY
9
TESTPATTERN
GENERATE
6TESTPATTERNREGISTER
COMMONDROP
COMPENSATIONCALCULATION
THERMALHEAD
CONTROL
GAMMADATA
REGISTER
8
20
20
69
70
73
HCLK
STROBE
LATCH
HDATA1
HDATA20
4-8 UP-895/(E)
4-4. System Control Section
The system control section mainly consists of a microcomputer (IC304) and performs the followingprocessing.
4-4-1. Reading of Keys
IC304 monitors the PRINT, OPEN/CLOSE, COPY, FEED, and REMOTE keys on the door panel. Eachkey is activated when the falling edge of a signal is detected.
IC304 Signal name
73pin nDOOR_KEY
74pin nPRINT_KEY
75pin nCOPY_KEY
76pin nFEED_KEY
4-4-2. Reading of Function Switches
IC304 monitors the setting of a front slide switch, inner slide switches, and a rear DIP switch and reflectsits setting on the operation.
Front slide switch (on the front panel)
IC304 Function Operation
80pin POSI/NEGA L: NEGAH: POSI
1pin STANDERD/SIDE L: STANDARDH: SIDE
79pin PRINT SIZE 0.00 V: SMALL1.25 V: NORMAL2.50 V: ZOOM13.75 V: ZOOM25.00 V: ZOOM1&2
Inner slide switches (S1 through S4)
IC304 Function Operation
5pin SMOOTH L: NORMALH: HIGH
2pin SHARPNESS 0.00 V: NORMAL2.50 V: SOFT5.00 V: HARD
4pin PAPER TYPE 0.00 V: TYPE I1.67 V: TYPE II3.33 V: TYPE III5.00 V: TYPE IV
3pin GAMMA 0.00 V: TONE I2.50 V: TONE II5.00 V: TONE III
4-9UP-895/(E)
Rear DIP switch (S300)
IC304-66, 69pin Function IC304-66, 69pin:SWDATA
SWSEL[3-0]L (Default) H
0 1INTERRUPT ON OFF
1 2POST FEED ON OFF
2 3ASPECT 4:3 1:1
3 4MEMORY FRAME FIELD
4 5DIRECTION NORMAL REVERS
5 6SCAN1 WIDE1 WIDE 2
6 7SCAN2 _ NORMAL
7 8THRUE/EE THRUE EE
8 9AGC OFF ON
9 0RESERVED _ _
10 !-INPUT B&W COLOR
4-4-3. Platen Motor Control
A stepping motor for platen driving controls the forward and reverse rotation and rotation speed when asystem control (IC304) controls driving transistors (Q404 through Q407).
IC304 Signal line State
22pin PM1 L L H H
23pin PM2 H H L L
24pin PM3 L H H L
25pin PM4 H L L H
Forward rotation Reverse rotation
4-10 UP-895/(E)
4-4-4. Head Up and Down Control
A head up/down DC motor is driven by its driving circuit (IC400). The DC motor can rotate in theforward and reverse directions. It is controlled by a system control (IC304). The head also has threepositions. The head position is detected using optical head position sensors (photo-interrupters PH21 andPH22) and read by a system control (IC304).
Operation of head up/down motor
Head motor IC304-28pin IC304-27pin Operation
UP L H Raises the head.
DOWN H L Lowers the head.
STOP H H Stop
Condition of head position sensor
Position IC304-17pin IC304-16pin Condition
TOP H H Unlocks the door.
MIDDLE L H Wait (Usual)
BOTTOM H L Print
4-4-5. Monitor of Door Sensor
The door position is detected using an optical door position sensor (photo-interrupter PH32) and read by asystem control (IC304).
Condition of door position sensor
Position IC304-20pin Condition
CLOSE L The door is closed.
OPEN H The door is open.
4-4-6. Monitor of Paper Sensor
Whether thermosensible paper is properly put in this unit is detected using two pairs of optical papersensors (phototransistors PH31 and PH12) and read by a system control (IC304).
Condition of paper sensor
IC304-18pin IC304-19pin Condition
H H Paper exists.
For except “H” For except “H” No paper
4-11UP-895/(E)
4-4-7. Monitor of Head Temperature Sensor
The change in the resistance value of the thermistor inside a thermal head is converted into a voltageusing a head temperature detector circuit (IC401) and read by a system control (IC304). The voltagevalue is converted from analog to digital. Density (gamma) correction, fan motor control for headcooling, and head-in cleaning discrimination are performed according to the digital value.
4-4-8. Control of Head Fan Motor (for Head Cooling)
The head fan motor is operated when a system control (IC304) controls driving transistors (Q400 andQ403). The head fan motor is turned on when the head temperature is more than approximately 50 dC orduring printing.
Operation of head fan motor
IC304-26 pin Operation
L OFF
H ON
4-4-9. Control of Video Circuit Section
A system control (IC304) controls the video circuit section as shown in the table below.
IC304 I/O Function
77pin O Switches THRUE and EE signals. L: ONH: OFF
59pin O Sets the trap filter to ON or OFF. L: ONH: OFF
60pin O Selects NTSC or PAL. L: When an NTSC signal is inputH: When a PAL signal is input
53pin O Sets the AGC function to ON or OFF. L: ONH: OFF
4-12 UP-895/(E)
4-4-10. Control of Memory and Head Control Circuit
A system control transfers operation mode data in serial to the memory and head control circuit (IC501).It then instructs the start and end of the fetch operation (that fetches a video signal to memory) and copyoperation (that feeds the memorized image to the head). The copy operation is carried out when theCOPY key is pressed. The fetch-to-copy operation is carried out when the PRINT key is pressed.
[Fetch mode]
[Copy mode]
nPRINT_KEY
GADATA
DCLK
nREGEN
nFETCH
nFETCHIN
nFETCHSTOP
nCOPY_KEY
GADATA
DCLK
nREGEN
nCOPY
nCOPYING
nCOPYSTOP
Operation mode data
Transfer CLK
During capture
Capture end
Capture start
Operation mode data
Transfer CLK
Copy start
During copy
Copy end
4-13UP-895/(E)
4-4-11. Gamma Correction and Thermal Storage Correction
To correct the gamma fluctuations due to the temperature change in a head, a system control reads thehead temperature and transfers the gamma data for controlling the stair density to a memory and headcontrol circuit (IC501). The gamma data consists of 17 data (T
0, and T
1 through T
16). Data T
1 through T
16
are transferred during print start. During printing, Tx is transferred at the falling edge of annPRNT_PULSE pulse in the first line, and T
0 is transferred at the falling edge of an nPRNT_PULSE
pulse in the second line. If the first line is printed by T0, the change in color becomes insufficient.
Therefore, the fist line is printed by Tx obtained when T0 is corrected. The second or later lines are
printed by T0.
4-4-12. Discrimination of Video Signal to be Input
A system control (IC304) discriminates a video signal by the signals below that are output from amemory and head control circuit (IC501).
IC304 Signal line Discrimination
21pin nEXTV V period is long: PALV period is short: NTSC
52pin V Fixed in L or H: Non-interlacingL and H are repeated: Interlacing
4-4-13. Remote Interface
A system control (IC304) accepts a signal when a low pulse of more than 100 msec is input to the remoteterminal (J300). After about 80 msec from the falling edge of the input pulse, the system control (IC304)activates a BUSY signal. The BUSY signal is cleared after printing is completed.
4-4-14. Storage of Print Count History
A system control (IC304) stores the history of print count in EEPROM (IC305). The data is not erasedeven if the power is turned off. Therefore, this makes it possible to monitor the history of print countsince shipping of products. This method can be displayed using the service person mode (self-diagnosticfunction). Fore more details, refer to Section 6.
nCOPY_KEY
Gamma transfer
nINTV
T1 to T16
transfer
nCOPY
Txtransfer
T0
transfer
Temperature read
BUSY
nREMOTE_KEY 100 ms
80 msPrint end
4-14 UP-895/(E)
4-5. Thermal Head Section
4-5-1. Structure
The thermal head consists of one-line 1280 dots (64 bits x 20). It includes the 20 pairs below.(The DATA input is ten DATA [20:1], and other terminals are common.)
Internal Circuit Configuration of Thermal Head (One-port)
Timing Chart
VH
R1 R2 R3 R64
D1 D2 D3 D64
D64D3D2D1
5V
DR
BEO
STB
DATA[n]
CLK
Output-stagetransistor
Latch section
Shift registersection
Print data (64 data)
64CLK
Head heat time
DR
BEO
DATA
CLK
STB
Goes “H” during print start.
4-15UP-895/(E)
DR
DATA1-16
CLK
STB
INTV
0 1 2 3 4 61 62 63
64CLK
1
DATA DATA DATA DATA DATA DATA DATA DATA
1st stair 2nd stair 3rd stair 4th stair 5th stair 62nd stair 63th stair 64th stair
T0 T1 T2 T3 T4 T61 T62 T63
5.75 MHz
64 data is transferred to head 1 block.In all, data is transferred in parallel to 20 blocks.(64 data x 20 = 12800 data)
Stair Generation
4-5-2. Basic Operation
Various signals are input from the memory and head control circuit (IC501) to the head. This sectiondescribes the operation in only one block. (The operation in other blocks is also the same as describedabove.)(1) Print data (64 data) is input to the shift register section in synchronization with a clock.(2) When a STB pulse is input, the data input in step (1) is moved from the shift register section to the
latch section.(3) When a DR pulse is input, the output-stage transistors are turned on and off by the “H” and “L” data
in the latch section. The resistors then heat up and the thermosensitive paper changes color. Theamount of heat generated is controlled by changing the length of the DR pulse, so the color darknessof the printing on thermosensitive paper can be changed.
nThe BEO terminal goes from “L” to “H” when starting the print and goes from “H” to “L” when print isended.
4-5-3. Stair Generation
As explained in the last section on basic operation, the darkness of the printing can be controlled using aDR pulse, it is also possible to change the darkness by changing the “H” and “L” data input to the latchsection. The method is described below.(1) One-line image data recorded in image memory SDRAM (IC503) is fetched to the line memory in
IC501 every print operation one line (nPRINT_PULSE) by controlling a memory and head controlcircuit (IC501).
(2) The data fetched to the line memory is input to the stair generator circuit in IC501. The stair datagenerator circuit outputs the 8-bit data fetched to the line memory as stair data 1 through 64. If 8-bitdata is 128, “H” data is output to the head in the 1st through 32nd stairs of data 1 through 16. “L”data is output in the 33 rd and later stairs.
(3) The data output from the data generator circuit to the head is transferred to the shift register section ofthe head in synchronization with the clock output from IC501.
4-16 UP-895/(E)
(4) When IC501 inputs STB pulse “1” to the head, the 1st stair data is transferred to the latch section andthe next 2nd stair data is input to the shift register section. At the same time, the DR pulse goes low,and the “H” data input as the 1st stair data turns on the corresponding output-stage transistors to heatup the resistors. The “L” data turns off the corresponding output-stage transistors so that the resistorsdo not heat up.This operation is carried out 1 through 64 times. If “H” data is sent 1 through 64 times, the resistorsgenerate heat at all times and the printing is the darkest possible. If “H” data is sent 1 through 32times, the printing is an intermediate stair (gray). In such a way, the stair data with the number ofsending times corresponding to the size of the original 8-bit data is sent to the head, and theintermediate stair is represented by the number of heat generation times in a heat generator.
(5) Thus, by controlling the time until the next data is transferred to the latch, the darkness ofintermediate stairs can be controlled. In other words, the darkness of each intermediate stair can bechanged by changing the STB intervals (T
1, T
2, T
3, T
4, T
5 ... T
64) shown in the figure.
In this unit, IC502 controls intervals T1 to T
64 according to the γ characteristics of paper. This is
called a γ characteristic control.(6) If the DR pulse is also controlled as described in “4-5-2. Basic Operation”, finer stairs can be
expressed.Portion 1 in the figure is generated when the T interval of a STB pulse is shorter than thetransmission time to the shift register.
Therefore, this unit provides the smooth expression of intermediate stairs by controlling the STB pulse’sT interval and DR pulse.
4-5-4. Temperature Correction
As explained in “4-5-3. Stair Generation”, intermediate stairs are expressed by controlling the STBpulse’s T interval and DR pulse. However, the print energy required for thermosensitive paper varieswith the room temperature and with the heat generated by and stored in the printing head duringcontinuous printing. Correction is thus required.In this unit, a system control (IC304) measures the temperature change of the head from the thermistorincorporated into the thermal head and converts it into 8-bit head temperature data. Moreover, IC304reflects it on the γ characteristic control of IC501 and corrects the density change for the temperature.As in stair generation, IC501 performs the temperature correction by controlling the STB pulse’s Tinterval and DR pulse. In other words, when the temperature rises, the STB pulse’s T interval and DRpulse decrease. When the temperature falls, the STB pulse’s T interval and DR pulse increase.
4-5-5. Line Count Correction
The total current flowing through the head when all resistors of the head are turned on differs from thecase where they are turned on partially. Therefore, an error occurs in the energy applied to each resistor.If printing operation is performed without correcting this error, as a result, there is a line on the printwhere the number of resistors in which the head is turned on changes rapidly. This unit has IC501 thatincorporates this correction circuit.
5-1UP-895/(E)
Section 5Troubleshooting
5-1. Print is Faulty
Pin 126 of IC501 on MA-99 board is defective.
Is video signal available atTP5 (AD-IN) on MA-99 board?
NO
NO
NO
NO
YES
YES
YES
YES
Is video signal available atTP6 (AD-IN) on MA-99 board?
Is video signal output from data busof IC500 on MA-99 board?
Is signal available atpin 14 of IC500 on MA-99 board?
START
Peripheral circuits IC1, IC2 and Q200 on MA-99 boardare defective.
Peripheral circuits IC6, Q6 and Q7 on MA-99 board aredefective.
Peripheral circuit IC500 on MA-99 board is defective.
IC501 and CN9 on MA-99 board are defective.NO
YES
Is test pattern properlyprinted in test mode?
Peripheral circuits IC501 and IC503 on MA-99 boardare defective.
5-2 UP-895/(E)
5-2. Print is Too Dark or Too Light
Peripheral circuit Q21 on MA-99 board is defective.
Is reference voltageinput to pin 2 of IC6 on MA-99 board
when “CONTRAST” is set tocenter position?
Is reference voltageinput to pin 5 of Q7 on MA-99 board
when “BRIGHT” is set tocenter position?
NO
NO
NO
NO
YES
YES
YES
YES
Is voltage(approx. 1.5 to 2.5 V) available at
pin 6 of IC304 on MA-99 board whenhead is at the normal
temperature?
Are required voltages availableat each terminal, 3 V at pin 19 of IC500 on
MA-99 board, and 1 V at pin23 of IC500?
START
Peripheral circuits Q200 and Q16 on MA-99 board aredefective.
Peripheral circuits Q16 and RV6 on MA-99 board aredefective.
Peripheral circuit IC401 and pins 29 and 30 of CN9on MA-99 board, or the thermistor in the head aredefective.
The head voltage or CN9 on MA-99 board is defective. NO
YES
Is density of stair step printedin test mode properly?
The data buses of IC500 and IC503 on MA-99 boardare defective.
5-3UP-895/(E)
5-3. “Paper Sensor” is Out of Order
PH31 on SE-531 board or D11 on SE-532 board isdefective.NO
YES
Is signal from sensor available at pin 5of CN2 on MA-99 board?
START
LED on front panel or PH12 on SE-532 board isdefective.NO
YES
Is signal from sensor available at pin 6of CN3 on MA-99 board?
Pins 18 and 19 of IC304 on MA-99 board are defective.
5-4 UP-895/(E)
5-4. Head Operation (Up & Down) is Out of Order
IC400 and Q402 on MA-99 board are defective.NO
YES
Does head motor operate?
START
The head position sensors (PH21 and PH22) on SE-531board are defective.NO
YES
Are signals from sensoravailable at pins 2 and 3 of CN2
on MA-99 board?
Pins 16 and 17 of IC304 on MA-99 board are defective.
5-5UP-895/(E)
5-5. Paper Feeding is Out of Order
Pins 2, 4, 10 and 12 of IC301 on MA-99 board aredefective.
YES
NO
NO
NO
YES
YES
Is fuse F400 blown?
Are pulse signals input topins 1, 3, 11 and 13 of IC301
on MA-99 board?
Are pulse signals input tobases of Q404 through Q407
on MA-99 board?
START
Fuse F400 on MA-99 board is defective.
Pins 22, 23, 24 and 25 of IC304 on MA-99 board aredefective.
Peripheral circuits Q404 and Q407, and CN201 onMA-99 board are defective.NO
YES
Is signal output from CN8on MA-99 board?
The platen motor is defective.
5-6 UP-895/(E)
5-6. Door (Opening and Closing) is Out of Order
START
PH32 or actuator on SE-531 board is defective.NO
YES
Is signal input to pin 6 of CN2on MA-99 board?
Pin 20 of IC304 on MA-99 board is defective.
6-1UP-895/(E)
Section 6Service Mode (Self-diagnostic Function)
Turn on the power while pressing and holding the PRINT and COPY keys. Release the keys when thebuzzer sounds after about two seconds. The service mode is then entered.
6-1 Printing the Test Pattern
Set the POSI/ENGA switch to POSI (no print can be performed when this switch is set to NEGA). “Stairstep” and “Gray” are available as a test pattern for printing.1 Press the PRINT key.→ Print the stair step pattern.2 Press the COPY key.→ Print the gray pattern.
For the gray pattern, the concentration of gray can be selected from 100 %white to 100 % black in five steps using the PRINT SIZE switch.
100 % whiteIntermediate gray
100 % black
Stair step Gray
6-2 UP-895/(E)
6-2. Up/Down Operation of Head
Set the POSI/NEGA switch to NEGA (a test pattern is printed when this switch is set to POSI). ThePRINT key is used as the head DOWN key, and the COPY key as the head UP key. The head can be putin the TOP, MIDDLE (home), or BOTTOM position. It can be moved up and down using the PRINT/COPY key.
6-3. Feed Operation
Press the FEED key. The stepping motor then starts and the platen rotates. The service mode can also beoperated with the door opened. Moreover, the forward and reverse rotations can be switched using thePOSI/NEGA switch. (The platen rotates in the delivery direction when the switch is set to POSI. Theplaten rotates in the retracting direction when it is set to NEGA.)
MIDDLE (Home)
PRINT key COPY key
PRINT key COPY key
BOTTOM (Print)
TOP (Door unlocked)
6-3UP-895/(E)
6-4. Display and Clearing of Print Sheet History
1 Display of print sheet historySet the PRINT SIZE switch to SML (SMALL mode). Next, press the PRINT key to print the stairstep shown in the figure below. One step indicates 10,000 sheets of paper. The white line positionindicates the sheet of paper that has been printed. The sheet of print paper can be displayed in therange of 0 to 150,000. The sheet of print paper exceeding 150,000 is displayed as 150,000.
2 Clearing of print sheet historyIn the power off state, turn on the power with the PRINT, COPY, and FEED keys pressed.
150,000 sheets ofpaper (maximum)
10,000 sheets ofpaper per step
Zero sheet of paper
The sheet of paper printedis about 85,000 when thewhite line is in this position.
7-1UP-895/(E)
DIODE Page or ID No.
Section 7Semiconductor Pin Assignments
10E-2 ............................................................................... DA001-0110E-2FD ........................................................................... DA001-011S2836 ............................................................................. DC001-021S2836-T1 ....................................................................... DC001-021SS302 ............................................................................ DC001-011SS302-TE85L ................................................................ DC001-01
TRANSISTOR Page or ID No.
2SA1162G ....................................................................... TC001-012SA812-T1-M5M6 ............................................................ TC001-012SC1623-L5L6 ................................................................. TC001-022SC1623-T1-L5L6 ........................................................... TC001-022SD992-Z ......................................................................... TR031-052SD992-Z-E2 ................................................................... TR031-052SD999-CLCK ................................................................. TC002-022SD999-T1-CLCK ............................................................ TC002-02
DTC124EKA-T146 ........................................................... TC001-03
PT493F ............................................................................ TR037-01PT501A ............................................................................ TR006-02
XN4402-(TX) .................................................................... TC006-05XN4501 ............................................................................ TC005-01XN4501-TW ..................................................................... TC005-01XN4601 ............................................................................ TC006-06XN4601-TW ..................................................................... TC006-06
The following describes the semiconductor types used inthis unit.For semiconductors marked with page numbers in theindex, refer to the corresponding pages in this section.However, in some cases incompatible types are also listed,therefore, when a part is to be replaced, also refer to theSpare Parts section.In addition, for semiconductors with ID Nos., refer to theseparate CD-ROM titled “Semiconductor Pin Assignments”(Sony Part No. 9-968-546-xx) that allows searching forparts by semiconductor type or ID No.The semiconductors in the manual or on the CD-ROM arelisted by equivalent types. Thus the external view or theindex mark indication may differ from the actual type.Pin assignments and block diagrams are based on the ICmanufacturer’s data book.
Index
LED
GL-520 ............................................................................. LR008-01
OTHER
RPI-352 ........................................................................... MR010-07
IC
BA7655AF-E2 ................................................................. BA7655AF
CXD1171M ....................................................................CXD1171MCXD1171M-TH ..............................................................CXD1171MCXD8932Q ..................................................................... CXD8932Q
DS1000Z-100 ............................................................ DS1000M-100DS1000Z-100(TE2) ................................................... DS1000M-100
HA11465A ....................................................................... HA11465A
LM358PS ............................................................................LM358NLM358PSR .......................................................................... LM358N
M24C02-MN6T ........................................................................... 7-2M54543L ........................................................................... M54543LMB40C568HPF-ER ........................................... MB40C568HPF-ERMB81F64842D-102FN ................................................................ 7-2MC14053BF ................................................................... CD4053BEMC14053BFEL .............................................................. CD4053BE
NJM2234M ..................................................................... NJM2234MNJM2234M(TE2) ............................................................ NJM2234MNJM7812FA .............................................................. NJM78M05FA
PQ3RF33 ......................................................................... PQ05RF1PST600DMT-T1 ................................................................PST600D
RPI-5100 ............................................................................ RPI5100
SN74HC14ANS ........................................................... TC74HC14PSN74HC14ANSR ......................................................... TC74HC14PSN74HC251ANSR ..................................................... TC74HC251P
TC74VHC174FT(EL) ................................................. TC74HC174PTC7S00FU(TE85R) .......................................................... TC7S00FTC7S14FU(TE85R) ....................................................... TC7S14FU
7-2 UP-895/(E)
IC
MB81F64842D-102FNMB81F64842D-102FN (FUJITSU)
1
2
3
4
8
7
6
5
E0
E1
E2
GND
VCC
WC
SCL
SDA
2K-BIT SERIAL BUS EEPROM—TOP VIEW—
INPUTSE0 - E2SCL
WC
INPUT/OUTPUTSDA
: CHIP ENABLE: SERIAL CLOCK: WRITE CONTROL
: SERIAL DATA ADDRESS
123456789
101112131415161718
—I/O——I/O——I/O——I/O————III
VCC
DQ0VCC
NCDQ1GNDNC
DQ2VCC
NCDQ3GNDNCVCC
NC
WECASRAS
192021222324252627282930313233343536
IIIIIIII
——IIIIIII
—
CSA13 (BA0)A12 (BA1)
A10/APA0A1A2A3
VCC
GNDA4A5A6A7A8A9
A11NC
373839404142434445464748495051525354
III
————I/O——I/O——I/O——I/O—
CKECLKDQMNC
GNDNCVCC
DQ4NC
GNDDQ5NCVCC
DQ6NC
GNDDQ7GND
PINNO. I/O SIGNAL
PINNO. I/O SIGNAL
PINNO. I/O SIGNAL
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
VCC
DQ0
VCC
NC
DQ1
GND
NC
DQ2
VCC
NC
DQ3
GND
NC
VCC
NC
WE
CAS
RAS
CS
A13 (BA0)
A12 (BA1)
A10/AP
A0
A1
A2
A3
VCC
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
GND
DQ7
GND
NC
DQ6
VCC
NC
DQ5
GND
NC
DQ4
VCC
NC
GND
NC
DQM
CLK
CKE
NC
A11
A9
A8
A7
A6
A5
A4
GND
64M (4 x 2097152 x 8) -BIT SDRAM—TOP VIEW—
INPUTSA0 - A11A12 (BA1), A13 (BA0)AP
CASCKECLK
CSDQM
RASWE
INPUTS/OUTPUTSDQ0 - DQ7
OTHERNC
: ADDRESS: BANK SELECT (BANK ADDRESS): AUTO PRECHARGE ENABLE: COLUMN ADDRESS STROBE: CLOCK ENABLE: CLOCK: CHIP SELECT: DQ MASK: ROW ADDRESS STROBE: WRITE ENABLE
: DATA
: NO CONNECTION
M24C02-MN6TM24C02-MN6T (THOMSON)
[|IC|]
8-1UP-895/(E)
8-1. Notes on Repair Parts
1. Safety Related Components WarningwComponents marked ! are critical to safe operation.Therefore, specified parts should be used in the case ofreplacement.
2. Standardization of PartsSome repair parts supplied by Sony differ from thoseused for the unit. These are because of parts common-ality and improvement.Parts list has the present standardized repair parts.
3. Stock of PartsParts marked with “o” at SP (Supply Code) column ofthe spare parts list may not be stocked. Therefore, thedelivery date will be delayed.
4. HarnessHarnesses with no part number are not registered asspare parts.In need of repair, get components shown in the list andrepair using them.
Section 8Spare Parts
8-2 UP-895/(E)
Front Panel and Switching Regulator
14
14
11
6
2
7
710
1413
1
13
3
12
9
135
4
12
148
13 13
AB
C
D
C
D
PS 3x6
LW6N6
BTP 3x8
PS 3x6
BVTT 3x6
BVTT3x6
BVTT 3x6
BVTT3x6
BVTT3x6
BVTT3x6
A
B
1 A-8323-913-A o MOUNTED CIRCUIT BOARD, MA-992 1-418-820-11 s PANEL UNIT, FRONT3 ! 1-468-456-12 s REGULATOR, SWITCHING4 3-175-740-01 o TERMINAL [for UP-895MD(UC,SY), UP-895CE(CE)]5 3-179-847-01 o LABEL(NORTHERN EUROPE),CAUTION [for UP-895CE(CE), UP-895MD(SY)]
6 3-187-313-21 o BUTTON, POWER7 3-623-875-02 s SCREW,STEP8 3-623-889-01 o TOP COVER9 3-623-894-02 o PANEL,REAR [for UP-895CE(CE), UP-895MD(UC,SY)] 3-623-894-12 o PANEL,REAR [for UP-895(J,UC), UP-895MD(J)]
10 3-623-912-03 s PANEL,DOOR [for UP-895(J,UC)] 3-623-912-13 s PANEL,DOOR [for UP-895MD(J,UC,SY)] 3-623-912-23 s PANEL,DOOR [for UP-895CE(CE)]11 3-623-919-01 o STOPPER,ROD12 3-734-866-01 s FOOT
13 4-034-937-01 s SCREW (M3X8), TAPPING (ST)14 4-886-821-11 s SCREW,M3X6 CASE (SILVER)
8-2. Exploded Views
No. Part No. SP Description No. Part No. SP Description
8-3UP-895/(E)
Head Block
TOMA-99 BOARD
CN9
BVTT 3x6
PTT 3x10
BVTT 3x6
PSW3x6
BVTT 3x6
105
104
102109
114
108
101 110
115
113
107
103
111
112106
TOMA-99 BOARD
CN13
TOMA-99 BOARD
CN3
101 A-8323-915-A o MOUNTED CIRCUIT BOARD, KY-454102 X-3605-752-1 o ASSY,PAPER TRAY103 1-251-855-11 s HEAD, THERMAL (LVE6413SS)104 1-763-007-21 o FAN, DC (OPTION)105 1-792-200-11 o WIRE, FLAT TYPE (8 CORE)
106 1-792-201-11 o WIRE, FLAT TYPE (26 CORE)107 1-792-202-11 o WIRE, FLAT TYPE (30 CORE)108 1-960-221-11 o HARNESS, SUB (3P)109 3-623-867-02 o SEAT,SWITCH110 3-623-890-01 s HEAT SINK
No. Part No. SP Description No. Part No. SP Description
111 3-623-899-01 s SPRING,COMPRESSION112 3-623-908-02 s COVOR,SWITCH113 3-623-924-02 o SHAFT,HEAD FULCRUM114 3-624-816-01 s STOPPER,ROLL115 4-926-219-02 s RING (DIA.2.3), RETAINING
8-4 UP-895/(E)
202
207
210
222
208212 222205
209
215
211
206
219
216
204218
215
213
201
214
220
221
217
203
BVTT 3x6
Inner Chassis Block
201 A-8323-917-A o MOUNTED CIRCUIT BOARD, SE-532202 X-3605-674-2 s ASSY,INNER CHASSIS203 X-3605-675-1 s ASSY,CUTTER204 3-187-312-02 s HOLDER (P), LED205 3-623-873-01 s SPACER,INNER SHAFT(POM)
206 3-623-879-01 s BELT,110TN10-4.0K(PUR)207 3-623-880-01 s IDLE GEAR PULLY208 3-623-881-01 s GEAR PULLY 2209 3-623-891-01 s SPRING,DOOR OPEN210 3-623-892-01 s RING,RETAINING
No. Part No. SP Description No. Part No. SP Description
211 3-623-893-02 s PULLY,PLATEN212 3-623-900-01 s ROLLER,TENTION213 3-623-902-01 o SHAFT,INNER214 3-623-903-01 s BEARING,INNER SHAFT(POM)215 3-623-904-01 s BEARING,PLATEN(PLASTIC)
216 3-623-909-02 s PLATEN217 3-626-685-01 s SPRING,CUTTER218 3-689-205-02 s HOLDER (A), LED219 3-703-357-07 s PIN PARALLEL (1.6X10) (STEEL)220 3-719-381-01 s SCREW +P M2X4 (ZNBK)(LOCK )
221 3-973-975-31 s DAMPER, OIL222 4-926-219-02 s RING (DIA.2.3), RETAINING
8-5UP-895/(E)
TOMA-99 BOARD
CN2
TOMA-99 BOARD
CN7
TOMA-99 BOARD
CN8
BVTT 3x6
BVTT 3x6
BVTT 3x6
BVTT3x6
BVTT3x6
PS 3x6
PS3x6
320
324
324
324320
321
301
306
308312
307
304302
303
323
305
313
311
314
318
315
310
322
317
309
309
317
319
316
Rear Chassis Block
301 A-8323-916-A o MOUNTED CIRCUIT BOARD, SE-531302 X-3605-682-1 s MOTOR ASSY303 1-541-309-11 s MOTOR,(RF-370C)(DC)(2.59W)304 1-676-696-11 o PRINTED WIRING BOARD, SU-52305 1-698-928-22 s MOTOR, STEPPING
306 1-960-220-11 o HARNESS, SUB (6P)307 1-960-222-11 o HARNESS, SUB (2P)308 3-613-740-01 s SPRING,HELICAL TORSION A309 3-613-781-01 s COVER,CENTER SHAFT310 3-623-868-01 o COVER,GEAR
No. Part No. SP DescriptionNo. Part No. SP Description
311 3-623-886-02 o CHASSIS,REAR312 3-623-910-01 s LEVER,DOOR SENSOR313 3-623-922-01 o COVER,FULCRUM PLATE314 3-623-925-02 s GEAR,HEAD DRIVE315 3-623-926-02 s PULLY,HEAD DRIVE
316 3-623-927-01 s CAM,PRESS ROLLER317 3-623-928-02 s CAM,HEAD318 3-623-929-01 o SHAFT,DRIVE GEAR319 3-623-930-01 o SHAFT,HEAD CAM320 3-623-931-02 s BEARING,REAR(POM)
321 3-623-932-01 s BELT,70TN10-3.5(PUR)322 3-623-933-01 s FIN,HEAD SENSOR323 3-683-773-04 s GEAR,PAPER MOTOR324 3-703-357-07 s PIN PARALLEL (1.6X10) (STEEL)
8-6 UP-895/(E)
413 403
415
414
405
404
417
411
408
412
401
408
409
417
406
416
402
407410
BVTT 3x6
PSW 3x6
Arm Assy and Gear Bracket Block
401 X-3605-671-2 o ASSY,MECHA CHASSIS402 X-3605-672-2 o ASSY,GEAR BRACKET403 X-3605-673-1 s ARM ASSY404 3-623-869-01 o LEVER(L),HEAD UP405 3-623-870-01 o LEVER(R),HEAD UP
406 3-623-877-01 s GEAR PULLY 1407 3-623-878-01 s BELT,140TN10-3.0K(PUR)408 3-623-885-01 s BEARING,ARM(POM)409 3-623-900-01 s ROLLER,TENTION410 3-623-913-01 s ROLLER,GUIDE
No. Part No. SP Description
411 3-623-920-01 s SPRING,HEAD PUSH L412 3-623-921-01 s SPRING,HEAD PUSH R413 3-624-785-01 s SPRING,EXTENSION414 3-624-786-01 s SPRING,EXTENSION415 3-624-917-01 s SPRING,EXTENSION
416 3-624-974-01 s SPRING,EXTENSION417 4-926-219-02 s RING (DIA.2.3), RETAINING
No. Part No. SP Description
8-7UP-895/(E)
------------KY-454 BOARD------------ Ref. No. or Q'ty Part No. SP Description
1pc A-8323-915-A o MOUNTED CIRCUIT BOARD, KY-454
C1 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C2 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C3 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C4 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C5 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V
CN1 1-568-164-11 s CONNECTOR,FPC 8P CN2 1-580-056-21 o PIN,CONNECTOR 3P
R1 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R2 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R3 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R4 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R5 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)
R6 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R7 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012) R8 1-216-061-00 s RESISTOR CHIP 3.3K 1/10W(2012)
S1 1-572-487-21 s SWITCH, SLIDE (1-1-4) S2 1-571-506-41 s SWITCH,SLIDE (1-1-3) S3 1-571-506-41 s SWITCH,SLIDE (1-1-3) S4 1-571-275-31 s SWITCH,SLIDE (1-1-2)
8-3. Electrical Parts List
-----------MA-99 BOARD----------- Ref. No. or Q'ty Part No. SP Description
1pc A-8323-913-A o MOUNTED CIRCUIT BOARD, MA-99
BZ400 1-529-080-11 s BUZZER,PIEZOELECTRIC
C2 1-126-925-11 s CAPACITOR,ELECT 470MF/10V C3 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C4 1-162-921-11 s CAPACITOR,CERAMIC 33PF/50V CH C5 1-135-145-11 s CAPACITOR TANTALUM 0.47MF/35V C6 1-104-664-11 s CAPACITOR, ELECT 47MF/25V
C7 1-126-962-11 s CAP,ELECT 3.3MF/50V C8 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C9 1-163-220-11 s CAPACITOR, CHIP CERAMIC 3.0PF C10 1-162-907-11 s CAPACITOR,CERAMIC 2PF/50V(CK) C11 1-162-910-11 s CAPACITOR,CERAMIC 5PF/50V 1608
C12 1-104-664-11 s CAPACITOR, ELECT 47MF/25V C13 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C14 1-162-910-11 s CAPACITOR,CERAMIC 5PF/50V 1608 C15 1-162-910-11 s CAPACITOR,CERAMIC 5PF/50V 1608 C16 1-162-923-11 s CAPACITOR,CERAMIC 47PF/50V CH
C23 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C24 1-162-966-11 s CAPACITOR,CERAMIC 2200PF/50V B C25 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C26 1-162-921-11 s CAPACITOR,CERAMIC 33PF/50V CH C27 1-126-962-11 s CAP,ELECT 3.3MF/50V
C28 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C29 1-104-664-11 s CAPACITOR, ELECT 47MF/25V C30 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C31 1-104-664-11 s CAPACITOR, ELECT 47MF/25V C32 1-162-966-11 s CAPACITOR,CERAMIC 2200PF/50V B
C33 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C34 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C35 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C36 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C44 1-104-664-11 s CAPACITOR, ELECT 47MF/25V
C46 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C47 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C56 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C57 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C60 1-126-960-11 s CAPACITOR,ELECT 1MF/50V
C62 1-126-925-11 s CAPACITOR,ELECT 470MF/10V C100 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C101 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C102 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C103 1-126-964-11 s CAPACITOR, ELECT 10MF/50V
C104 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C107 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C108 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C109 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C200 1-126-925-11 s CAPACITOR,ELECT 470MF/10V
C201 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C202 1-126-941-11 s CAPACITOR,ELECT 470MF/25V C203 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C204 1-126-925-11 s CAPACITOR,ELECT 470MF/10V C205 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C206 1-126-941-11 s CAPACITOR,ELECT 470MF/25V C207 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C208 1-126-925-11 s CAPACITOR,ELECT 470MF/10V C209 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C210 1-104-665-11 s CAPACITOR, ELECT 100MF/25V
8-8 UP-895/(E)
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
C211 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C220 1-127-675-11 s CAPACITOR,CHIP CERAMIC 22MF B C221 1-126-964-11 s CAPACITOR, ELECT 10MF/50V C222 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C223 1-162-966-11 s CAPACITOR,CERAMIC 2200PF/50V B
C224 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C225 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C226 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C235 1-126-962-11 s CAP,ELECT 3.3MF/50V C300 1-104-664-11 s CAPACITOR, ELECT 47MF/25V
C301 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C302 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C303 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C304 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C305 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B
C306 1-162-916-11 s CAPACITOR,CERAMIC 12PF/50V CH C307 1-162-916-11 s CAPACITOR,CERAMIC 12PF/50V CH C310 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C311 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C312 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C313 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C314 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C315 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C316 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C317 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B
C318 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C319 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C320 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C321 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C322 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B
C323 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C324 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C325 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C326 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C327 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V
C328 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C329 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C330 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C331 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C332 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C333 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C334 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C335 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C336 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C337 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C338 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C339 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C340 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C341 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C350 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V
C351 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C352 1-164-227-11 s CAPACITOR,CERAMIC 0.022MF/25V C360 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C361 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C362 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B
C401 1-104-664-11 s CAPACITOR, ELECT 47MF/25V C403 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C404 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C405 1-164-227-11 s CAPACITOR,CERAMIC 0.022MF/25V
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
C406 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C407 1-104-664-11 s CAPACITOR, ELECT 47MF/25V C409 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C431 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B C432 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C433 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C500 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C501 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C502 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C503 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C504 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C505 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C506 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C507 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C508 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C509 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C510 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C511 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C512 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C513 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C514 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C515 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C516 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C517 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C518 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C519 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C520 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C521 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C522 1-162-921-11 s CAPACITOR,CERAMIC 33PF/50V CH C523 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C524 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C525 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C526 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C527 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C528 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C529 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C530 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C531 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C532 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C533 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
C535 1-162-919-11 s CAPACITOR,CERAMIC 22PF/50V CH C536 1-162-919-11 s CAPACITOR,CERAMIC 22PF/50V CH C537 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C539 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C540 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V
C541 1-125-817-11 s CAPACITOR, CERAMIC 10MF/6.3V C542 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C543 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C544 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F C545 1-162-970-11 s CAPACITOR CERAMIC 0.01MF/25V B
C548 1-164-156-11 s CAPACITOR,CERAMIC 0.1MF/25V F
CN1 1-695-408-11 s SOCKET, CONNECTOR FPC (11P) CN2 1-506-472-11 s PIN,CONNECTOR 7P CN3 1-751-022-11 s SOCKET, CONNECTOR 8P (FPC) CN5 1-564-005-11 o PIN, CONNECTOR 6P CN6 1-770-469-21 o PIN, CONNECTOR (PC BOARD) 2P
CN7 1-564-002-11 s PIN, CONNECTOR 3P CN8 1-564-005-11 o PIN, CONNECTOR 6P
8-9UP-895/(E)
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
CN9 1-565-473-11 o HOUSING,CONNECTOR 30P CN10 1-691-431-11 s CONNECTOR ASSY, BNC CN11 1-564-004-11 o PIN, CONNECTOR 5P CN13 1-764-781-11 o SOCKET, CONNECTOR 26P CN14 1-569-536-11 s SOCKET, CONNECTOR 7P
D2 8-719-820-41 s DIODE 1SS302 D5 8-719-820-41 s DIODE 1SS302 D300 8-719-820-41 s DIODE 1SS302 D301 8-719-820-41 s DIODE 1SS302 D302 8-719-820-41 s DIODE 1SS302
D303 8-719-820-41 s DIODE 1SS302 D304 8-719-820-41 s DIODE 1SS302 D305 8-719-820-41 s DIODE 1SS302 D306 8-719-820-41 s DIODE 1SS302 D307 8-719-820-41 s DIODE 1SS302
D308 8-719-820-41 s DIODE 1SS302 D309 8-719-820-41 s DIODE 1SS302 D310 8-719-820-41 s DIODE 1SS302 D311 8-719-820-41 s DIODE 1SS302 D312 8-719-820-41 s DIODE 1SS302
D313 8-719-820-41 s DIODE 1SS302 D314 8-719-820-41 s DIODE 1SS302 D315 8-719-820-41 s DIODE 1SS302 D316 8-719-820-41 s DIODE 1SS302 D317 8-719-820-41 s DIODE 1SS302
D318 8-719-820-41 s DIODE 1SS302 D319 8-719-820-41 s DIODE 1SS302 D320 8-719-820-41 s DIODE 1SS302 D321 8-719-820-41 s DIODE 1SS302 D322 8-719-820-41 s DIODE 1SS302
D323 8-719-820-41 s DIODE 1SS302 D324 8-719-820-41 s DIODE 1SS302 D325 8-719-820-41 s DIODE 1SS302 D400 8-719-200-02 s DIODE 10E2 (RECTI) D401 8-719-104-34 s DIODE 1S2836
D402 8-719-104-34 s DIODE 1S2836 D403 8-719-104-34 s DIODE 1S2836 D404 8-719-104-34 s DIODE 1S2836 D405 8-719-820-41 s DIODE 1SS302 D406 8-719-104-34 s DIODE 1S2836
D407 8-719-104-34 s DIODE 1S2836 D408 8-719-820-41 s DIODE 1SS302 D600 8-719-820-41 s DIODE 1SS302
F400 ! 1-532-777-51 s FUSE MICRO 1.25A/125V
FB200 1-410-397-21 s FERRITE BEAD INDUCTOR FB201 1-410-397-21 s FERRITE BEAD INDUCTOR FB202 1-410-397-21 s FERRITE BEAD INDUCTOR FB203 1-410-397-21 s FERRITE BEAD INDUCTOR FB204 1-410-397-21 s FERRITE BEAD INDUCTOR
FB205 1-410-397-21 s FERRITE BEAD INDUCTOR
FL1 1-760-578-11 s FILTER, CERAMIC FL2 1-579-348-11 s FILTER,CERAMIC FL3 1-414-760-21 s INDUCTOR, MICRO (CHIP TYPE) FL4 1-414-760-21 s INDUCTOR, MICRO (CHIP TYPE)
IC1 8-759-710-07 s IC NJM2234M IC2 8-759-304-10 s IC HA11465A IC4 8-759-983-69 s IC LM358PS
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
IC5 8-759-009-07 s IC MC14053BF IC6 8-759-196-69 s IC BA7655AF-E2 IC200 8-759-473-67 s IC PQ3RF33 IC201 8-759-701-79 s IC NJM7812FA IC300 8-759-278-46 s IC PST600DMT (T1)
IC301 8-759-925-80 s IC SN74HC14ANS IC302 8-759-270-25 s IC SN74HC251ANSR IC303 8-759-270-25 s IC SN74HC251ANSR IC304 8-759-660-62 s IC HD6473657F-UP895-VER1.0 IC305 8-759-672-80 s IC M24C02-MN6T(A)
IC400 8-759-600-24 s IC M54543L IC401 8-759-983-69 s IC LM358PS IC430 8-759-058-54 s IC TC7S00FU-TE85R IC431 8-759-257-96 s IC TC7S14FU (TE85R) IC500 8-759-528-24 s IC MB40C568HPF-ER
IC501 8-759-644-67 s IC CXD9113AR IC502 8-752-334-64 s IC CXD1171M IC503 8-759-650-92 s IC MB81F64842D-102FN IC504 8-759-359-12 s IC DS1000Z-100 IC505 8-759-287-50 s IC CXD8932Q
IC506 8-759-524-21 s IC TC74VHC174FT(EL)
J300 1-507-967-11 s JACK
L2 1-410-369-11 s CHIP INDUCTOR 1.0UH (3225) L3 1-410-369-11 s CHIP INDUCTOR 1.0UH (3225) L5 1-410-391-11 s CHIP INDUCTOR 68UH (3225) L6 1-410-391-11 s CHIP INDUCTOR 68UH (3225) L7 1-408-765-21 s CHIP INDUCTOR 1UH (4532)
L101 1-408-765-21 s CHIP INDUCTOR 1UH (4532) L302 1-408-775-21 s CHIP INDUCTOR 6.8UH (4532) L303 1-408-775-21 s CHIP INDUCTOR 6.8UH (4532) L304 1-408-777-00 s CHIP INDUCTOR 10UH (4532) L305 1-408-765-21 s CHIP INDUCTOR 1UH (4532)
L306 1-408-765-21 s CHIP INDUCTOR 1UH (4532) L307 1-408-765-21 s CHIP INDUCTOR 1UH (4532) L308 1-408-765-21 s CHIP INDUCTOR 1UH (4532) L309 1-408-765-21 s CHIP INDUCTOR 1UH (4532) L310 1-408-765-21 s CHIP INDUCTOR 1UH (4532)
L311 1-408-765-21 s CHIP INDUCTOR 1UH (4532) L400 1-408-765-21 s CHIP INDUCTOR 1UH (4532) L403 1-408-765-21 s CHIP INDUCTOR 1UH (4532) L500 1-408-769-41 s CHIP INDUCTOR 2.2UH L501 1-408-769-41 s CHIP INDUCTOR 2.2UH
Q1 8-729-901-00 s TRANSISTOR DTC124EK Q2 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q5 8-729-216-22 s TRANSISTOR 2SA1162-G Q6 8-729-402-81 s TRANSISTOR XN4501 Q7 8-729-402-84 s TRANSISTOR XN4601
Q8 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q11 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q12 8-729-402-84 s TRANSISTOR XN4601 Q13 8-729-035-96 s TRANSISTOR XN4402-(TX) Q14 8-729-402-81 s TRANSISTOR XN4501
Q16 8-729-402-84 s TRANSISTOR XN4601 Q17 8-729-402-84 s TRANSISTOR XN4601 Q21 8-729-402-81 s TRANSISTOR XN4501 Q40 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q41 8-729-901-00 s TRANSISTOR DTC124EK
8-10 UP-895/(E)
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
Q50 8-729-402-81 s TRANSISTOR XN4501 Q51 8-729-216-22 s TRANSISTOR 2SA1162-G Q52 8-729-216-22 s TRANSISTOR 2SA1162-G Q54 8-729-216-22 s TRANSISTOR 2SA1162-G Q173 8-729-035-96 s TRANSISTOR XN4402-(TX)
Q174 8-729-035-96 s TRANSISTOR XN4402-(TX) Q200 8-729-140-75 s TRANSISTOR 2SD999-CLOCK Q220 8-729-402-81 s TRANSISTOR XN4501 Q221 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q300 8-729-901-00 s TRANSISTOR DTC124EK
Q301 8-729-901-00 s TRANSISTOR DTC124EK Q400 8-729-140-75 s TRANSISTOR 2SD999-CLOCK Q401 8-729-120-28 s TRANSISTOR 2SC1623-L5L6 Q402 8-729-140-75 s TRANSISTOR 2SD999-CLOCK Q403 8-729-017-80 s TRANSISTOR 2SD992-Z
Q404 8-729-017-80 s TRANSISTOR 2SD992-Z Q405 8-729-017-80 s TRANSISTOR 2SD992-Z Q406 8-729-017-80 s TRANSISTOR 2SD992-Z Q407 8-729-017-80 s TRANSISTOR 2SD992-Z
R1 1-216-811-11 s RESISTOR, CHIP 150 1/16W 1608 R2 1-216-811-11 s RESISTOR, CHIP 150 1/16W 1608 R4 1-216-829-11 s RESISTOR, CHIP 4.7K 1/16W 1608 R5 1-216-831-11 s RESISTOR,CHIP 6.8K 1/16W(1608) R6 1-216-834-11 s RESISTOR,CHIP 12K 1/16W 1608
R7 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R8 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R9 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R18 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R19 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608
R21 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R22 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R23 1-216-844-11 s RESISTOR,CHIP 82K 1/16W 1608 R24 1-216-819-11 s RESISTOR,CHIP 680 1/16W 1608 R25 1-216-829-11 s RESISTOR, CHIP 4.7K 1/16W 1608
R26 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R30 1-216-812-11 s RESISTOR,CHIP 180 1/16W 1608 R31 1-216-825-11 s RESISTOR,CHIP 2.2K 1/16W 1608 R32 1-216-828-11 s RESISTOR, CHIP 3.9K 1/16W 1608 R33 1-216-812-11 s RESISTOR,CHIP 180 1/16W 1608
R34 1-216-817-11 s RESISTOR,CHIP 470 1/16W 1608 R35 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R36 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R37 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608 R38 1-216-825-11 s RESISTOR,CHIP 2.2K 1/16W 1608
R39 1-216-819-11 s RESISTOR,CHIP 680 1/16W 1608 R40 1-216-815-11 s RESISTOR,CHIP 330 1/16W 1608 R41 1-216-811-11 s RESISTOR, CHIP 150 1/16W 1608 R42 1-216-811-11 s RESISTOR, CHIP 150 1/16W 1608 R43 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R53 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608 R56 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R57 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R58 1-216-825-11 s RESISTOR,CHIP 2.2K 1/16W 1608 R59 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R60 1-216-856-11 s RESISTOR, CHIP 820K 1/16W 1608 R61 1-218-871-11 s RESISTOR,CHIP 10K 1/16W (1608) R62 1-218-871-11 s RESISTOR,CHIP 10K 1/16W (1608) R63 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608 R64 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608)
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
R65 1-216-829-11 s RESISTOR, CHIP 4.7K 1/16W 1608 R66 1-216-825-11 s RESISTOR,CHIP 2.2K 1/16W 1608 R67 1-216-837-11 s RESISTOR,CHIP 22K 1/16W 1608 R68 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R69 1-216-826-11 s RESISTOR,CHIP 2.7K 1/16W 1608
R70 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R71 1-218-879-11 s RESISTOR,CHIP 22K 1/16W (1608) R72 1-216-830-11 s RESISTOR,CHIP 5.6K 1/16W 1608 R74 1-216-845-11 s RESISTOR,CHIP 100K 1/16W(1608) R75 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R76 1-216-831-11 s RESISTOR,CHIP 6.8K 1/16W(1608) R97 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R98 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R101 1-216-834-11 s RESISTOR,CHIP 12K 1/16W 1608 R103 1-216-824-11 s RESISTOR, CHIP 1.8K 1/16W 1608
R104 1-216-843-11 s RESISTOR,CHIP 68K 1/16W (1608) R123 1-218-845-11 s RESISTOR,CHIP 820 1/16W (1608) R124 1-218-847-11 s RESISTOR, CHIP 1K 1/16W (1608) R125 1-218-833-11 s RESISTOR,CHIP 270 1/16W (1608) R127 1-216-864-11 s RESISTOR,CHIP 0 1/16W (1608)
R128 1-216-864-11 s RESISTOR,CHIP 0 1/16W (1608) R130 1-216-824-11 s RESISTOR, CHIP 1.8K 1/16W 1608 R131 1-216-817-11 s RESISTOR,CHIP 470 1/16W 1608 R132 1-216-818-11 s RESISTOR, CHIP 560 1/16W 1608 R133 1-218-861-11 s RESISTOR,CHIP 3.9K 1/16W(1608)
R150 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R155 1-216-832-11 s RESISTOR,CHIP 8.2K 1/16W 1608 R156 1-216-825-11 s RESISTOR,CHIP 2.2K 1/16W 1608 R157 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R158 1-216-815-11 s RESISTOR,CHIP 330 1/16W 1608
R159 1-216-823-11 s RESISTOR, CHIP 1.5K 1/16W R160 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R161 1-216-830-11 s RESISTOR,CHIP 5.6K 1/16W 1608 R162 1-216-825-11 s RESISTOR,CHIP 2.2K 1/16W 1608 R163 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608)
R164 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R167 1-216-815-11 s RESISTOR,CHIP 330 1/16W 1608 R168 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R173 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608 R174 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608)
R175 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R176 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R177 1-216-295-91 s RESISTOR, CHIP 0 (1/10W) R180 1-414-760-21 s INDUCTOR, MICRO (CHIP TYPE) R181 1-216-864-11 s RESISTOR,CHIP 0 1/16W (1608)
R200 1-216-343-00 s RESISTOR,METAL FILM 0.33/1W R220 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R221 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R222 1-216-856-11 s RESISTOR, CHIP 820K 1/16W 1608 R223 1-218-871-11 s RESISTOR,CHIP 10K 1/16W (1608)
R224 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R225 1-216-825-11 s RESISTOR,CHIP 2.2K 1/16W 1608 R226 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R227 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R228 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608
R229 1-218-871-11 s RESISTOR,CHIP 10K 1/16W (1608) R230 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R231 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R232 1-216-819-11 s RESISTOR,CHIP 680 1/16W 1608
8-11UP-895/(E)
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
R233 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608 R234 1-216-819-11 s RESISTOR,CHIP 680 1/16W 1608 R235 1-216-822-11 s RESISTOR, CHIP 1.2K 1/16W 1608 R236 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608 R237 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608)
R238 1-216-826-11 s RESISTOR,CHIP 2.7K 1/16W 1608 R239 1-216-803-11 s RESISTOR,CHIP 33 1/16W 1608 R240 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R300 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R302 1-216-815-11 s RESISTOR,CHIP 330 1/16W 1608
R303 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R304 1-216-815-11 s RESISTOR,CHIP 330 1/16W 1608 R305 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R306 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R307 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R308 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R310 1-216-817-11 s RESISTOR,CHIP 470 1/16W 1608 R311 1-216-824-11 s RESISTOR, CHIP 1.8K 1/16W 1608 R312 1-216-857-11 s RESISTOR, CHIP 1.0M 1/16W 1608 R313 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608
R314 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R315 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R316 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R317 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R318 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608
R319 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R320 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R321 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R322 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R323 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R324 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R325 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R326 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R329 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R330 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R332 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R334 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R335 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R336 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R337 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R338 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R339 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R340 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R341 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R342 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R343 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R354 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R355 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R356 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R357 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608
R362 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R363 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R364 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R365 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R366 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R367 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R368 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R369 1-414-813-11 s MICRO INDUCTOR(CHIP TYPE) 2012 R370 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
R371 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R372 1-414-813-11 s MICRO INDUCTOR(CHIP TYPE) 2012 R373 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R374 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R375 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R376 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R377 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R378 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R379 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R380 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R381 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R382 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R383 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R384 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R385 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R386 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R387 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R388 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R389 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R390 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608)
R391 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R392 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R393 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R394 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R395 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608)
R396 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R397 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R398 1-216-815-11 s RESISTOR,CHIP 330 1/16W 1608 R400 1-216-818-11 s RESISTOR, CHIP 560 1/16W 1608 R401 1-216-818-11 s RESISTOR, CHIP 560 1/16W 1608
R402 1-216-818-11 s RESISTOR, CHIP 560 1/16W 1608 R403 1-216-818-11 s RESISTOR, CHIP 560 1/16W 1608 R404 1-216-825-11 s RESISTOR,CHIP 2.2K 1/16W 1608 R405 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R406 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608)
R407 1-220-238-11 s RESISTOR CHIP 10 1/4W (3225) R408 1-220-238-11 s RESISTOR CHIP 10 1/4W (3225) R409 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R410 1-216-833-11 s RESISTOR,CHIP 10K 1/16W 1608 R411 1-216-824-11 s RESISTOR, CHIP 1.8K 1/16W 1608
R412 1-216-821-11 s RESISTOR,CHIP 1.0K 1/16W(1608) R413 1-216-817-11 s RESISTOR,CHIP 470 1/16W 1608 R414 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R415 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R416 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R417 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R418 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R419 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R420 1-218-861-11 s RESISTOR,CHIP 3.9K 1/16W(1608) R421 1-218-875-11 s RESISTOR,CHIP 15K 1/16W (1608)
R423 1-218-895-11 s RESISTOR,CHIP 100K 1/16W(1608) R424 1-218-899-11 s RESISTOR,CHIP 150K 1/16W(1608) R425 1-218-879-11 s RESISTOR,CHIP 22K 1/16W (1608) R426 1-216-864-11 s RESISTOR,CHIP 0 1/16W (1608) R427 1-216-864-11 s RESISTOR,CHIP 0 1/16W (1608)
R430 1-216-815-11 s RESISTOR,CHIP 330 1/16W 1608 R431 1-216-837-11 s RESISTOR,CHIP 22K 1/16W 1608 R432 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R501 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
8-12 UP-895/(E)
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
R502 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R503 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R504 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R505 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R506 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R507 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R508 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R509 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R510 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R511 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R512 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R513 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R514 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R515 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R516 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R517 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R518 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R519 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R520 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R521 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R522 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R524 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R525 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R526 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R527 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R528 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R529 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R530 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R531 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R532 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R533 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R534 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R535 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R536 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R537 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R538 1-218-843-11 s RESISTOR,CHIP 680 1/16W (1608) R539 1-211-983-11 s RESISTOR,CHIP 39 1/16W (1608) R540 1-218-833-11 s RESISTOR,CHIP 270 1/16W (1608) R541 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R542 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R543 1-216-827-11 s RESISTOR, CHIP 3.3K 1/16W 1608 R544 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R545 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R546 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R547 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R548 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R549 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R550 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R552 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R554 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R555 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R556 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R557 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R558 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R559 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608
R560 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R561 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R563 1-216-857-11 s RESISTOR, CHIP 1.0M 1/16W 1608 R564 1-216-857-11 s RESISTOR, CHIP 1.0M 1/16W 1608
(MA-99 BOARD)
Ref. No. or Q'ty Part No. SP Description
R565 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R566 1-216-813-11 s RESISTOR, CHIP 220 1/16W 1608 R567 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R568 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R569 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R570 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R571 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R572 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R573 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R574 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R575 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R576 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R577 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R578 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R579 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R580 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R581 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R582 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R583 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R584 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R585 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R586 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R587 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R588 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R589 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R590 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R591 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R592 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R593 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R594 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608
R595 1-216-809-11 s RESISTOR,CHIP 100 1/16W 1608 R596 1-216-864-11 s RESISTOR,CHIP 0 1/16W (1608) R597 1-216-864-11 s RESISTOR,CHIP 0 1/16W (1608)
RV2 1-241-178-21 s RESISTOR ADJ 4.7K (CERMET) RV3 1-238-087-11 s RESISTOR ADJ 1K (CERMET) RV4 1-238-090-11 s RESISTOR,ADJ 10K (CERMET) RV5 1-238-090-11 s RESISTOR,ADJ 10K (CERMET) RV6 1-241-092-11 s RESISTOR,ADJ 1K (CERMENT)(3MM)
RY1 1-515-614-11 s RELAY (12V)
S300 1-762-299-11 s SWITCH, DIP (PIANO TYPE)
X300 1-767-464-11 s VIBRATOR, CRYSTAL X500 1-767-425-21 s VIBRATOR, CRYSTAL
8-13UP-895/(E)
------------SE-531 BOARD------------ Ref. No. or Q'ty Part No. SP Description
1pc A-8323-916-A o MOUNTED CIRCUIT BOARD, SE-531
CN31 1-573-806-21 s PIN,CONNECTOR (6P)(SMD)(1.5MM)
PH21 8-719-052-69 s PHOTO INTERRUPTER RPI-352 PH22 8-719-052-69 s PHOTO INTERRUPTER RPI-352 PH31 8-719-988-59 s PHOTO TRANSISTOR PT501A PH32 8-749-010-50 s PHOTO INTERUPTER RPI-5100
R21 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R22 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012) R23 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012) R24 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012) R31 1-216-029-00 s RESISTOR,CHIP 150 1/10W(2012)
R32 1-216-073-00 s RESISTOR,CHIP 10K 1/10W(2012)
------------SE-532 BOARD------------ Ref. No. or Q'ty Part No. SP Description
1pc A-8323-917-A o MOUNTED CIRCUIT BOARD, SE-532 1pc 3-689-205-02 s HOLDER (A), LED 1pc 3-187-312-02 s HOLDER (P), LED
C11 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V C12 1-164-004-11 s CAPACITOR,CERAMIC 0.1MF/25V
CN11 1-580-056-21 o PIN,CONNECTOR 3P
D11 8-719-945-20 s LED GL-520
PH12 8-729-019-26 s TRANSISTOR PT493F
R11 1-216-023-00 s RESISTOR,CHIP 82 1/10W(2012) R12 1-216-047-91 s RESISTOR, CHIP 820 1/10W(2125)
-----------SU-52 BOARD----------- Ref. No. or Q'ty Part No. SP Description
1pc 1-676-696-11 o PRINTED WIRING BOARD, SU-52
CN41 1-770-160-21 s PIN, CONNECTOR (SMT) 2P
8-14 UP-895/(E)
-----FRAME----- Ref. No. or Q'ty Part No. SP Description
1pc 1-251-855-11 s HEAD, THERMAL (LVE6413SS) 1pc 1-418-820-11 s PANEL UNIT, FRONT 1pc ! 1-468-456-12 s REGULATOR, SWITCHING 1pc 1-541-309-11 s MOTOR,(RF-370C)(DC)(2.59W) 1pc 1-698-928-22 s MOTOR, STEPPING
1pc 1-763-007-21 o FAN, DC (OPTION) 1pc 1-792-200-11 o WIRE, FLAT TYPE (8 CORE) 1pc 1-792-201-11 o WIRE, FLAT TYPE (26 CORE) 1pc 1-792-202-11 o WIRE, FLAT TYPE (30 CORE)
HN001 1-960-220-11 o HARNESS, SUB (6P) (TO CN2/MA-99 BOARD) 1-569-200-11 o HOUSING, CONNECTOR 7P 6pcs 1-569-193-21 o TERMINAL, SOLDERLESS (TO CN31/SE-531 BOARD) 1-565-978-11 o HOUSING, CONNECTOR 6P 6pcs 1-565-977-11 s TERMINAL, SOLDERLESS HN002 1-960-221-11 o HARNESS, SUB (3P) (TO CN2/KY-454 BOARD) 1-569-618-11 o HOUSING, CONNECTOR 3P 3pcs 1-565-977-11 s TERMINAL, SOLDERLESS (TO CN11/SE-532 BOARD) 1-569-618-11 o HOUSING, CONNECTOR 3P 3pcs 1-565-977-11 s TERMINAL, SOLDERLESS HN003 1-960-222-11 o HARNESS, SUB (2P) (TO CN7/MA-99 BOARD) 1-569-196-11 o HOUSING, CONNECTOR 3P 2pcs 1-569-193-21 o TERMINAL, SOLDERLESS (TO CN41/SU-52 BOARD) 1-562-644-11 s SOCKET, CONNECTOR 2P 2pcs 1-562-643-11 o TERMINAL, SOLDERLESS
----------------------------------------PACKING MATERIALS & SUPPLIED ACCESSORIES---------------------------------------- Ref. No. or Q'ty Part No. SP Description
1pc ! 1-534-827-14 s CORD, POWER (3P)(UL/CSA) [UP-895(UC)] 1pc 1-551-475-31 s 3C2V 1.5M CABLE [UP-895(J,UC)] [UP-895CE(CE)] [UP-895MD(J,UC)]
1pc ! 1-551-631-22 s POWER-SUPPLY CORD (IEC) [UP-895CE(CE)] 1pc ! 1-575-703-12 s CORD, POWER [UP-895MD(J)] 1pc ! 1-783-954-11 s CORD, POWER [UP-895MD(UC)] 1pc ! 1-791-041-11 s CORD SET, POWER (3P) [UP-895(J)]
1pc ! 1-793-461-11 o PLUG, CONVERSION (3P-2P) [UP-895(J),UP-895MD(J)] 1pc 3-623-865-01 s SHEET,HEAD CLEANING (ACLYLIC) 1pc 3-624-867-01 o LABEL,MEDIA 1pc 3-868-286-01 s MANUAL, INSTRUCTION
9-1UP-895/(E) 9-1
CONTRAST-L
CONTRAST-C
CONTRAST-H
TO 75Z(R1,R2)
TO RELAY DRIVE(Q1)
TO SERECTOR2(IC5)
TO SERECTOR1(IC1)
TO SYNC GENERATOR(Q40)
TO D/A CONVERTOR(IC502)
TO A/D CONVERTOR(IC500)
TO CONTRAST CIRCUIT(Q200,Q17)
TO BRIGHT CIRCUIT(Q16)
74HC14INVERTOR
IC301
PH31
PH32
PH22
PH21
S1
S2
S3
S4
D11
PH12
24
10
16
22
12
2 14
18
86 20
4
I6
I3
I2
I5
I4
I0
I1 I7
15
12
14
4
13
1
23
12
13
14
151234
55 7-11
7-11
A3-0
IC303
OUT
SELECTOR
(OPTION)
3 1
2 1
45-68
70
69
73
9
38
118
37
124
19
119
16
119
39
125
120
17
18
122
89-98
20,21
35-22
101,99
117-102
136
CKO1B
CKO1A
137
231
10
35
32
6
3
13
12
129
1
INTOUT1
132
176-167
126
126CLKOUT
146
135
19
185 9
221 2 783
154
20
21
10
14,13,11
34
35
36
37
38
39
40
51
47
46,41,48
42
13
56
58
52
21 13
12
74
1013
29
49
6 1
3
7
4
6
2
10
4
12
11
3
1
13
27
281
2
22
25
23
24
3
5 67
26
44
71
70
14
31
32
30
65
66-69
64
61
63
62
20
16
18
17
2
3
4
5
19
50
60
59
53
77
74
75
76
73
79
80
172
4
REGURATOR
IC200
OUT IN
5
10
13
14
26
9
28
8
7
5
6
29
30
3
1
PM3
PM1
PM4
PM2
5
4
3
2
1
2
3
2
5
4
I0
SL301
SL300
SL302
SL303
5
6
3
2
1
3
2
4
5
6
CN11
2
1
1
2
5
4
3
2
7
6
CN2
PSENS2_TR
+5V 4
3
2
7
5
6
5
10
4
3
2
9
6
7
8
4
3
2
7
6
5
1
VH_EN
IC506
D-FF
+5V
ROMDATA
ROMMODE
ROMCLK
DATA
CLK
MODE
IC305EEPROM
X1
X2
X1
X2
VH_EN
POWER_LED
POWER LED
CN14
+5V
SL304
PRINT SIZE
STD/SIDE
POSI/NEGA
2.0
1.5
STD
S
SIZE
PAPER
GAMMA
SMOOTH
GAMMA
PAPER
SE-532
PAPER
4
3
1
2
3
2
1
4
2
1
GAMMA
REGURATOR
IC201
OUT IN
2
CLK
CLK
CLKE
CLKE
nCS
nCS
A[13-12]
ADDRESS[13-12]
MA-99(1/2)
nFETCH
REMOTE JACK
DIP-SW
THRUE/EE_OUT
2/2
nRESET
nAGC
nTRAP
NT/PAL
nCSYNC
2/2
CLKOUT
RESETGENERATOR
IC300
+21V
BEO
HEADTEMP
MORTORDRIVE
AMP
IC401
HCLK
nLATCH
nSTB
HD[20-1]
nLATCH
HD[20-1]
TH1
HCLK
nSTB
BEO
TH2
BEO
TH2
TH1
nSTB
nLATCH
CLK
D[20-1]
HEADTHERMAL
CN9
CN13
+15V
CN12
+5V
+15V
+5V
+21V
SUPPLYPOWER
MA-99(1/2)
HMOROR2
HMOTOR1
FAN
BUZZER
BUSY
nREMOTE_KEY
SWDATA
SWSEL[3-0]
SCIDI
nCTS
SCIDO
nRTS
DSENS
HSENS2
HSENS1
PSENS1
PSENS2
SHARPNESS
ALARM_LED
nCOPY_KEY
nDOOR_KEY
nPRINT_KEY
nFEED_KEY
REGEN
VF
nFETCHING
nFETCHSTOP
GADATA
nPRINT_PULSE
nINTV
nFETCH nREGLD
nCOPYSTOP
nEXTV
REGSEL[2-0]
nCOPYING
nCOPY
DCLK
nGARESET
nVD
ODD/EVEN
DATAIN
REGCLK
nREGEN
nREGLD
REGSEL[2-0]
nCLEAR
nLINE_PULSE
nINTV
nPRINTING
nPRINTSTOP
nPRINT
nFETCHING
nFETCHSTOP
nCSYNC
PULSE
AD[7-0]
nWE
DATA[7-0]
DQM
nCAS
nRAS
ADDRESS[9-0]
INTOUT2
CONTROLORMEMORY&HEADIC501
AD[7-0]2/2
IC503
SDRAM
nWE
D[7-0]
DQM
nCAS
nRAS
A[11-0]
CKO1B
CKO1A
HDA
HDB
XTIDGENERATORCLKIC505
IN
TAP4
TAP3LINEDELAYIC504
2/2
2/2
2/2
2/2
2/2
2/2
2/2
CPU
SYSTEM CONTROL
IC304
BUZZERBUZZERDRIVE
IC431,IC430,Q401
CN5
nRTS
DIN
nCTS
DOUT
Q400,Q403
MORTORFAN
DRIVE
IC400HEAD
DRIVEMORTORPLATTEN
Q406.Q407Q404.Q405
FAN-
FAN+
A
nB
nA
B
HMOROR2
HMOTOR1
Q301
DRIVELED
PSENS1_TR
DSENS
HSENS2_TR
HSENS1_TR
SHARPNESS
PRINT SIZE
SMOOTH
STD/SIDE
POSI/NEGA
PSENS2_D
PSENS2_TR
ALARM_LED
nDOOR_KEY
nFEED_KEY
nCOPY_KEY
nPRINT_KEY
DRIVELEDQ300
2/2
BRIGHT-L
BRIGHT-C
BRIGHT-H
A3-0
OUT
I7
I6
I5
I4
I3
I2
I1
SELECTORIC302
CN6
CN8
CN7
RESERVED
INTERRUPT
ASPECT
MEMORY
DIRECTION
SCAN1
SCAN2
INPUT
POST FEED
AGC
TERMINATION
CN2
CN11
CN3
DC FAN MOTOR
CN41
CN31
CN1
SU-52
DC MOTOR
M
FOR HEAD
FOR PLATTENSTEPPING MOTOR
M
SENSOR1PAPER
DOOR SENSOR
SE-531
HEAD SENSOR 2
HEAD SENSOR 1
KY-454
SHARPNESS
SMOOTH
STD/SIDE
THRUE/EE
POSI/NEGA
PAPER
SENSOR2PAPER
SENSOR1
SENSOR2PAPER
ALARM LED
DOOR
FEED
COPY
CONTRAST
BRIGHT
FRONT PANEL
+3V
+5V
23MHzX500
10MHzX300
+5V
+5V
J300
TERMINATION
CLKOUT
+15V
+12V
+5V
BZ400
THRUE/EE
PULSE
nAGC
nTRAP
NT/PAL
nCSYNC
CONTRAST
+5V
BRIGHT
S300
2
1
Overall (1/2)Overall (1/2)
Section 9Block Diagram
OVERALL (1/2)
9-2 UP-895/(E)9-2
RV5
ADJUSTCONTRAST
AGC OFFADJUST
RV4
RV3REFADJUSTADJUST
GAINRV2
6 51
TO MEMORY&HEAD CONTROLOR(IC501)
TO MEMORY&HEAD CONTROLOR(IC501)
TO MEMORY&HEAD CONTROLOR(IC501)
TO FRONT PANEL(CN14)
TO SYSTEM CONTROLOR(IC304)
TO SYSCON(IC304)
TO DIP-SW(S300)
6
5
7
8
3
10
1
10
1
215
16 9
12
8-120
11-4
1423
19
21
AMPBRIGHTRV6 Q16
ADJUST
Q7
AMP
L2,L3
LPFAMP
Q6
1413
127
3
VIDEOIC4
AMP
Q14INTEGRATIONCIRCUIT
Q13PEDESTALCLAMP
CLAMP PULSEGENERATOR
Q11,Q12
3
28
GENERATOR
BRIGHT-H
CONTRAST-L
CONTRAST-C
BRIGHT-C
BRIGHT-L
CONTRAST-H
110 Q220
BUFFER
IC5(1/3)
113
GENERATOR
15
42
7
3
1
5
BLK 1/2
DRIVE
Q1RELAY
CNTRSYNCOUT
CNTROUT
VIN
Q17
VCC
CLT
OUTIN
MA-99(2/2)
CN10
SELECTOR4
RY1
Q173
AMP
HSYNC GENERATOR
Q174
SELECTOR3
REF
IC502
VOUT
GENERATOR
D[7-0]
R538,R539,R540REFERENCE
D/A CONV
CLK
GENERATORREFERENCE
Q21
D[7-0]
CLKVTB
VRT
VIN
A/D CONV
IC500
AMPCONTRASTQ200
VIDEO AMP 2IC6
VIDEO AMP 1IC2
SELECTOR2
IC5(1/3)
AGC CIRCUIT
Q40SYNC
SELECTOR1
IC1
FL2,Q52
TRAP FILTER
TRAP FILTER
FL1,Q51
AMP
Q50
75ZR1,R2
VIDEO-OUT
VIDEO IN
MA-99(2/2)
1/2
1/2
1/2
1/2
1/2
1/2
1/2
1/2
1/2
AD[7-0]
1/2
PULSE
GND
CLKOUT
THRUE/EE
nAGC
nTRAP
NT/PAL
nCSYNC
BRIGHT
CONTRAST
TERMINATION
Overall (2/2)Overall (2/2)
OVERALL (2/2)
10-1UP-895/(E) 10-1
2
3
4
5
1
A B C D E F G H
Section 10Schematic Diagrams and Board Layouts
10-2 UP-895/(E)10-2
2
3
4
5
A B C D E F G H
1
(OPTION)
+V
+V
nA
nB
B
A
HD14
HD9
HD12
HD15
nLATCH
TH2
HD13
HD16
HD5
VDD
BEO
HD17
HD6
GND
HD1
HD18
HD3
VDD
HD2
nSTB
HD4
HD8
GND
HD10
HD20
HCLK
HD7
HD11
TH1
HD19
GND
GND
+21V
GND
GND
+21V
GND
+21V
+21V
+21V
GND
+21V
GND
+21V
+21V
+21V
GND
+21V
GND
+21V
GND
+21V
GND
GND
+21V
GND
2
5
4
6
3
1
PSENS1_TR
DSENS
GND6
5
5
6
5
6
7
GND
+5V
IN_SW2
PSENS2_TR
IN_SW4
IN_SW1
IN_SW3
+5V
IN_SW4
IN_SW3
IN_SW2
+V
5
2
6
3
4
8
7
1
7
1
2
3
5
8
4
6
8
7 7
8PSENS2_TR
PSENS1_D
nDOOR_KEY
nCOPY_KEY
nFEED_KEY
STD/SIDE
POSI/NEGA
nPRINT_KEY
PRINT SIZE
7
13
12
9
4
3
8
11
6
10
2
5
1
7
13
12
9
4
3
8
11
6
10
2
5
1
2
1
3
1
2
HEAD_EN
24
9
6
25
8
5
16
15
14
26
1
12
23
17
11
21
13
4
22
3
20
18
10
19
2
7
9
6
25
8
5
15
26
12
23
17
11
21
13
4
22
3
20
18
10
19
2
7
24
16
14
1
25
26
23
24
+21V
+21V
GND
GND
2
11
10
1
12
7
4
3
6
5
13
9
8
GND_U
+5V
HEAD_EN
GND_H
GND_H
GND_H
+15V
+21V
GND_D
+21V
+21V
GND_H
+21V
GND_D
+5V
GND_U
+15V
GND_H
GND_H
GND_H
GND_H
+21V
+21V
+21V
+21V
+21V
+21V
+21V
+21V
+21V
+21V
+21V
+21V
+21V
+21V
+21V
4
28
13
1
24
7
5
3
2
9
20
8
19
14
16
17
12
25
10
15
26
30
18
27
23
11
22
6
29
21
14
11
25
26
21
1
24
13
5
12
18
23
29
6
20
9
17
22
27
30
16
4
15
7
10
19
28
3
8
2
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
14
11
21
1
13
5
12
18
6
20
9
17
22
16
4
15
7
10
19
3
8
2
PANEL
30
21
29
28
27
26
25
24
23
22
20
18
17
16
19
15
14
13
12
2
1
9
10
11
5
4
8
7
6
3
VDD
GND
VDD
GND
HD5
HD6
HD3
HD4
HD7
HD9
HD1
HD2
HD10
HD8
HD11
HD12
HD14
HD15
HD13
HD16
HD17
HD18
HD19
2
1
2
1
FAN+
FAN-2
1
6
1
3
5
2
4
6
1
3
5
2
4
HMOROR2
HMOTOR1
5
+V
6
4
3
1
2
2
1
2
1
5
4
1
5
2
4
6
3
7
6
7
1
3
2
CONTRUST-L
BRIGHT-H
POWER_LED
CONTRUST-H
CONTRUST-C
BRIGHT-C
BRIGHT-L
1
4
5
3
7
6
2
8
11
9
7
10
8
11
9
7
10
5
1
2
6
3
4
5
4
3
6
1
2
ALARM_LED
nCOPY_KEY
+5V
STD/SIDE
PRINT SIZE
nFEED_KEY
PSENS2_TR
POSI/NEGA
GND
nDOOR_KEY
nPRINT_KEY
11
7
10
9
8
3
1
4
6
2
5
GND
+5V
POWER_LED
6
5
6
5
2 2
1
3 3
1
44
GND
+5V
+5V +5V 1
2
4
3
4
1
4
3
2
1
2
3HSENS1_TR
HSENS2_TR
GND
CONTRUST-C
ALARM_LED MA-99
CONTRUST-H
BRIGHT-C
DSENS
HSENS2_TR
BRIGHT-L
BRIGHT-H
CONTRUST-L
HSENS1_TR
PSENS2_D
PSENS1_TR
IN_SW1
FAN-
HEAD
FAN+
THERMAL
A
DC FAN MOTOR
nB
nA
B
FOR PLATTEN
HMOROR2
FRONT
STEPPING MOTOR
HMOTOR1
nLATCH
SUPPLY
HD20
SE-531
POWER
!
M
TH1
HCLK
nSTB
BEO
TH2
SU-52
KY-454
SE-532
R22
1/10W150
5V5V
1 2
4 3
CO
ECA
A
R21
1/10W10k
CN316P
RPI-352PH21
5V
R24
1/10W150
5V5V
1 2
4 3
CO
ECA
A
R23
1/10W10k
RPI-352PH22
R31150
5V5V
2 3
1 4
R3210K PH31
PT501ARPI-5100PH32
SL21LND21
GND01
HSENS1_TR
HSENS2_TR
+5V
5
4
6
DSENS
GND
PSENS_TR
2
1
3
CN412P
MOTER2
MOTOR1
2
1
M
1
2
CN41
CN31
CN2
CN6
CN3CN1
CN7
CN12
CN13
CN9
CN8
CN14
CN1
PSENS2_TR
GND
+5V
2
3
11
2
3
CN2
PSENS2_TR
GND
+5V
2
3
11
2
3
CN11
HN002
HN003
3P
PH12PT493F
D11GL-520
C120.1
C110.1
R12820
CN11
R1182
A11
PSENS2_TR
GND
+5V
2
3
1
SL11LND11
HN001
5V
R1
21
3456
3.3k
S1SLIDE SW
R23.3k
R33.3k
5V
R4
2
GND01
1
3
4
3.3k
C10.1
CN23P
SL1LND1
LND2
S2SLIDE SW
R53.3k
5V
R6
21
3
4
3.3k
C20.1
S3SLIDE SW
R73.3k
5V
5V
R82
1
3
3.3k
S4SLIDE SW
C30.1
C40.1
C50.1
CN18P
PSENS2_TR
GND
PSENS1_D
2
3
1
PSENS2_TR
PRENS1_D
GND
2
3
1
IN_SW3
IN_SW2
IN_SW4 5
6
4
+5V
IN_SW1
8
7
FrameFrame
FRAME
10-3UP-895/(E) 10-3
KY-454, SE-531, SE-532, SU-52KY-454, SE-531, SE-532, SU-52
KY-454 -A SIDE-
SUFFIX: -11
KY-454 -B SIDE-
SUFFIX: -11
R2R3
C1
C2
C3
C4
C5
R1R4
R5R6
R7
R8
S1S2
S3S4
#PC0
0025
#PC0
0026
#PC0
0027
CN1
CN2
LND1
LND2
SL1
#PC0
0006
#PC0
0028
CN31
LND2
1
PH21PH22
R31
R32
SL21
#PC0
0002
#PC0
0007#P
C000
08
#PC0
0022
#PC0
0023
#PC0
0024
#PC0
0026
#PC0
0027
#PC0
0035
#PC0
0036
PH31
PH32
R21
R22
R23
R24
CN11
D11
PH12 #PC00010#PC00011#PC00012
C11 C12
LND11
R11 R12
SL11
CN41
#PC00003#PC00004#PC00005
SE-532 -A SIDE-
SUFFIX: -11
SE-532 -B SIDE-
SUFFIX: -11
SE-531 -A SIDE-
SUFFIX: -11
SE-531 -B SIDE-
SUFFIX: -11
SU-52 -A SIDE-
SUFFIX: -11
SU-52 -B SIDE-
SUFFIX: -11
10-4 UP-895/(E)10-4
2
3
4
5
A B C D E F G H
1
MA-99 (1/5)B-CEPX112-MA99-S
MA-99 (1/5)MA-99 (1/5)
-4
1 2 3 4 5 6 7 8
910111213141516
1 2 3 4 5 6 7 8
910111213141516
1
2
3
4
5
6
7
8
9
10
11
1
2
3
4
5
6
7
1
2
3
4
5
6
1
2
3
123456789101112131415161718192021222324
2526
2728
2930
3132
3334
3536
3738
3940
41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64
6566
6768
6970
7172
7374
7576
7778
7980
1
2
3
4
5
6
7
8
12
34
56
7 89
1011
1213
14
12
34 5
67
8
SL300
SL301
SL302
SL303
SL304
CL300CL301 CL302
CL303CL304 CL305
CL306CL307
CL308
CL309CL310
CL312CL313
CL314CL315
CL316CL317
CL319CL320
CL321
CL322CL323
CL324
CL325
CL327
CL328
CL329
CL330
CL331
CL332
CL333
CL334
CL335
CL336
CL337
CL338
CL339
CL340CL341CL342
D300
D301
D302
D303
D304
D305
D306
D307
D308
D309
D310
D311
D312
D313
D314
D315
D316
D317
D318
D319
D324
D325
IC300
Q300
Q301
IC305
LND301 LND302
CL326 C300
C301
C302
C303
C304
C305
C306 C307
C310
C311
C312
C313
C314
C315
C316
C317
C318
C319
C320
C321
C322
C323
C324
C325
C326
C327
C328
C329
C330
C331
C332
C333
C334
C335
C336
C337
C338
C339
C340
C341
CN1
CN3
J300
L305
L306
L307
R300
R302
R303
R304
R305
R306
R307
R308
R310 R311
R312
R313
R314 R315
R316
R317
R318
R319
R320
R321
R322
R323
R324
R325
R326
R329
R330
R332
R334
R335
R336
R337
R338
R339
R340
R341
R342
R343
R354 R355 R356 R357
R362
R363
R364
R365
R366
R368
R370
R371R373
R378
R379
R380
R381
R382
R383
R384
R385
R386
R387
R388
R389
R390
R391
R392
R393
R394
R395
R396
R397S300
X300
R374
R375
R376
R377
L310
C350C351
L311
SL305
R398
C352
R369
R372
L304
R367
CN2
CN5
CL343
CL344
CL345
CL346
D320
D321
D322
D323
L302
L303
IC301
IC302IC303
C362
C361
C360
L309
L308
IC304
TP300
TP305
TP306 TP307
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
PST600DMT-T1
DTC124EKA-T146
DTC124EKA-T146
M24C02-MN6T
4725V
0.1
0.01
0.01
0.01
0.01
12p 12p
0.1
0.1
0.1
0.1
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.01
0.1
0.1
0.1
0.1
10
6.3V
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
1µH
1µH
1µH
10k 330
10k
330
10k
10k
10k
10k
470 1.8k
1M
3.3k
3.3k 3.3k
3.3k
3.3k
3.3k
3.3k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k
10k 10k 10k 10k
100
100
100
100
100
220
100
3.3k100
100
100
100
100
100
100
100
100
1k
1k
1k
1k
1k
1k
1k
1k
1k
1k
1k
100
220
220
220
220
1µH
106.3V
0.1
1µH
330
1000p10µH
3.3k
7P
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
1SS302-TE85L
6.8µH
6.8µH
SN74HC14ANSR
SN74HC251SN74HC251
0.01
10
6.3V0.1
1µH
1µH
HD6473657F-UP895
'NM
'NM
'NM 'NM
5V
5V
5V
5V TERMINATION 4/5
5V
5V5V
5V5V
TH/EE_OUT
SEL_A3
SEL_A3_NOT
1/5
1/5
5V
5V
SEL_A3
SEL_A3_NOT
1/5
1/5
2/5
5/5
HEAD_TEMP 2/5
5V
5V
GA_BUS3/5
ANALOG_BUS
BUZZER2/5
CSYNC
HEAD_EN
MOTOR BUS
5V
LND15/5
BEO3/5
3/5,4/5
4/5
4/5
LND2
2
3
1
2
3
1
2323
1
1
3
5
7
9
11
13
15
17
19
21
23
2
4
6
8
10
12
14
16
18
20
22
24
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1RK
RB
0123
4 5 6 7
8910
11
12
13
14
15
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
RB
RK
P/N
P/N
SIDE
SIDE
SIZE
SIZE
PS2
FEED
FEED
COPY
COPY
DOOR
DOOR
LED
A0
A0
A1
A2
A3
D
D
A0
A1
A2
D
A1
A2
A3
_A3
_A3
HS1
HS2
PS1
DS 1 2 3 4
1234
1
2
3
4
FAN
H1
H2
1
2
3
1
2
3
TRAP
GAD
GACK
N/P
AGC
VF
INTV
RS2
RS0
RE
RLD
RESET
FETCH
FETCHSTOP
FETCHING
COPY
COPYSTOP
COPYING
TEST
TEST
RTS
CTS
RXD
RXD
TXD
TXD
A1
A2
B1
B2
HS1
HS2
PS1
DS
INTV
EXTV
1
2
3
4
LED
EXTV
RS1
PP
PS2
RTS
CTS
nRESET
SIDE
SIZE
TEMP
IN_SW1
IN_SW2
IN_SW3
IN_SW4
NEGA
AVss
TEST
X2
X1
Vss
OSC1
OSC2
nRESET
Vcc
PM1
PM2
PM3
PM4
FAN
HM2
HM1
VH_EN
PS2
HS2
HS1
PS1
DS
AVcc
nCSYNC
nEXTV
nFEEDKEY
nCOPYKEY
nPRINTKEY
nDOORKEY
nLED
SEL_A0
SEL_A1
SEL_A2
SEL_A3
SEL_D
nINTV
nRMTKEY
nRMTBSY
TESTPIN
BUZZER
TXD
RXD
RTS
CTS
NTSC/PAL
nTRAP
nAGC
TH/EE_O
GACLK
Vcc
Vss
VF
REGEN
REGLD
REGSEL2
REGSEL1
REGSEL0
GADATAnCOPYING
nCOPYSTOP
nCOPY
nFETCHING
nFETCHSTOP
nFETCH
nGARESET
D3
D2
D1
D0
Y W nG GND
VCC
D4
D6
D5
D7 A B C
D3
D2
D1
D0
Y W nG GND
VCC
D4
D6
D5
D7 A B C
+5V
STD/SDE
POSI/NEGA
PRINT_SIXE
FEED_KEY
COPY_KEY
PRINT_KEY
DOOR_KEY
ALARM_LED
GND
+5V
IN_SW1
IN_SW2
IN_SW3
IN_SW4
GND
ROMMODE
ROMDATA
ROMCLK
+5V
GND
HSENS1_TR
HSENS2_TR
PSENS1_TR
DSENS
A1
Y1
A2
Y2
A3
Y3
GND
VCC
A6
Y6
A5
Y5
A4
Y4
E0
E1
E2
VSS
VCC
MODE
SCL
SDA
TEST
INTV EXTV
SYSTEM CONTROLOR
PRTPRS
BEO
PSENS2_TR
PSENS2_D
+5V
TXD
RXD
RTS
CTS
GND
+5V
3/5,5/5
10-5UP-895/(E) 10-5
2
3
4
5
1
A B C D E F G H
MA-99 (2/5)MA-99 (2/5)
B
12
345
67
8
1 2 3 4 5 6 7 8 9
1
2
1
2
3
1
2
3
4
5
6
-3
-3-3
-3
D401 D402 D403 D404
D405
D406 D407
D408
IC401
Q400
Q401
Q402
Q403 Q404 Q405 Q406 Q407
D400
IC430
IC400
BZ400
C401
C403
C404
C405
C406
C409
C431 C432
C433
CN7
CN8
F400
!
L400
R400 R401 R402 R403
R404 R405
R406
R407 R408
R409
R410
R411
R412 R413R414 R415 R416 R417
R418 R419
R427
R430
R431 R432
L403
IC431
R421
R423
R424R425
R420
R426
CN6
C407
1S2836-T1 1S2836-T1 1S2836-T1 1S2836-T1
1SS302-TE85L
1S2836-T1 1S2836-T1
1SS302-TE85L
LM358PS-E20
2SD999-T1-CLCK
2SC1623-T1-L5L6 2SD999-T1-CLCK
2SD992-Z-E2 2SD992-Z-E2 2SD992-Z-E2 2SD992-Z-E2 2SD992-Z-E2
10E-2
TC7S00FU-TE85R
M54543L
4725V
106.3V
0.1
0.022
0.1
106.3V
0.01 0.1
0.1
1µH
560 560 560 560
2.2k 1k
1k
10 10
1k
10k
1.8k
1k 470220 220 220 220
100 100
0
330
22k 3.3k
1µH
TC7S14FU-TE85R
15k
100k
150k22k
3.9k
0
2P
4725V
MOTOR BUS
THERMISTOR2
THERMISTOR1
3/5
3/5
1/5
1/5
15V
15V
HEAD_TEMP1/5
5V-35V
BUZZER
5V-3
3
21
3
21
3
21
3
21
32
13
2
1
2
3
1
2
3
1
1
24
5
3
2 4
5
3
FAN
A1
A2
B1
B2
H1
H2
IN2+
IN2-
OUT2
VCC
GND
IN1+
IN1-
OUT1
B(ORANGE)
A(BROWN)
B(YELLOW)
A(BLACK)
+V(RED)
+V(RED)
WHITE
FAN+
FAN-
HMOTOR1
N.C
HMOTOR2
F400/125V/1.25A
MA-99 (2/5)B-CEPX112-MA99-S
10-6 UP-895/(E)10-6
2
3
4
5
A B C D E F G H
1
MA-99 (3/5)MA-99 (3/5)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
-2-2
-2 -2 -2 -2
-2
-2
-2
1234567891011121314151617181920212223242526272829303132333435363738394041424344
4546
4748
4950
5152
5354
5556
5758
5960
6162
6364
6566
6768
6970
7172
7374
7576
7778
7980
8182
8384
8586
8788
89 90 91 92 93 94 95 96 97 98 99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133134
135136
137138
139140
141142
143144
145146
147148
149150
151152
153154
155156
157158
159160
161162
163164
165166
167168
169170
171172
173174
175176
12
34
56
78 9
1011
1213
1415
16
CL500
CL501
CL502
CL503
CL504
CL505
CL506
CL507
CL508
CL509
CL510
CL511
CL512
CL513
CL514
CL515
CL516
CL517
CL518
CL519
CL520
CL521
CL522
CL523
CL524
CL525
CL526
CL527
LND501LND502LND503LND504
C502
C503
C504
C507C508
C511C512
C514C515
C517 C518
C523 C524
C529
C530
C531
C532
C539
C542
C543
C544
C545
CN9
L500
L501
R502
R503
R504
R505
R506
R507
R508
R509
R510
R511
R512
R513
R514
R515
R516
R517
R518
R529
R530
R531
R532
R533
R535
R536
R537
R541
R542
R544
R545
R546
R547
R548
R549
R550
R552
R554
R556
R557
R558
R559
R560
R566
R501
IC506
C548
FL3
FL4
IC501
C538
R598
0.1
0.1
0.1
0.10.1
0.10.1
106.3V
0.1
0.1 0.1
0.1 0.1
106.3V
0.1
0.1
0.1
106.3V
0.1
0.1
0.1
0.01
2.2µH
2.2µH
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
220
TC74VHC174FT
0.1
EMI
EMI
CXD9113R
'NM
'NM
5V
THERMISTOR1
THERMISTOR2
2/5
2/5
GA_BUS 1/5
5V-2 3V 5V-23V
LND2
BEO
1/5, 5/5
1/5
5V-2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
STB
STB
VF
EXTV
INTV
COPYING
FETCHING
RS0
RS1
RS2
RLD
RE
GACK
RESET
COPYSTOP
FETCHSTOP
COPY
FETCH
GAD
D0
D1
D2
D3
D4
D5
D6
D7
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
CLK
WE
CAS
RAS
CS
DQM
CKE
D0
D1
D2
D3
D4
D5
D6
D7
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
PP
GND
VDD
GND
VDD
HEAD_DATA10
HEAD_DATA9
HEAD_DATA8
HEAD_DATA7
HEAD_DATA6
HEAD_DATA5
HEAD_DATA4
HEAD_DATA3
HEAD_DATA2
HEAD_DATA1
HEAD_CLK
nHEAD_STB
nHEAD_LATCH
HEAD_BEO
HEAD_THERM2
HEAD_THERM1
HEAD_DATA10
HEAD_DATA9
HEAD_DATA8
HEAD_DATA7
HEAD_DATA6
HEAD_DATA5
HEAD_DATA4
HEAD_DATA3
HEAD_DATA2
HEAD_DATA1
NFETCH
NPRINT
NFETCHSTOP
NPRINTSTOP
NCLR
VSS
REGCLK
NREGEN
NREGLD
DATAIN
REGSEL2
VDD1
REGSEL1
REGSEL0
VSS
ODD_EVEN
NHD
VDD2
EXT_H
HHP
QHPV
VSS
ODD_EVEN2
NSH_EN
NTIK_EN
VDD1
NTIK2_EN
NHOKAN_EN
NHEAD_EN
LATCH_EN
VSS
P_DATA0
P_DATA1
P_DATA2
P_DATA3
P_DATA4
VSS
VDD1
P_DATA5
P_DATA6
P_DATA7
P_DATA8
VDD2
P_DATA9
P_DATA10
P_DATA11
P_DATA12
VSS
P_DATA13
P_DATA14
P_DATA15
P_DATA16
P_DATA17
P_DATA18
P_DATA19
HEAD_CK
NSTROB
NLATCH
VSS
BEO
VDD2
MST
XTST
VDD1
VSS
SMCK
IH
SDO
HT
HDO
CKO1B
CKO1A
VSS
VDD1
STATE3
STATE2
STATE1
STATE0
VDD2
nCSYNC
PULSE
nCLUMP
DRAMREQ
VSS
S1
S0
TIKU_OUT7
TIKU_OUT6
TIKU_OUT5
TIKU_OUT4
TIKU_OUT3
TIKU_OUT2
TIKU_OUT1
TIKU_OUT0
VSS
VDD2
AD_DATA7
AD_DATA6
AD_DATA5
AD_DATA4
AD_DATA3
AD_DATA2
AD_DATA1
AD_DATA0
VDD1
VSS
VSS
CLKDRAM
A13
VDD1
A12
ADDRESS11
ADDRESS10
ADDRESS09
VSS
ADDRESS08
ADDRESS07
ADDRESS06
ADDRESS05
ADDRESS04
VDD2
ADDRESS03
ADDRESS02
ADDRESS01
ADDRESS00
VSS
COMMAND(WE)
COMMAND(CAS)
COMMAND(RAS)
COMMAND(CS)
VDD1
CKE
DQM
MUX2
CLKOUT
VSS
CLK
INTIN
INTOUT1
INTOUT2
MEMORY CONTROLOR
VDD2
VPD
SDI
TSI
TSO
XSM
VDD1
VDD1
nLINEPULS
nFETCHING
nPRINTING
nINTV
nVD
DATADRAM7
DATADRAM6
DATADRAM5
DATADRAM4
DATADRAM3
DATADRAM2
DATADRAM1
DATADRAM0
MMS1
MMS2
MMS0
MMS3
MMS4
HH34
SHIELD CASE
10-7UP-895/(E) 10-7
2
3
4
5
1
A B C D E F G H
MA-99 (3/5)MA-99 (3/5)
MA-99 (3/5)B-CEPX112-MA99-S
VRB 4/5
4/5
4/5
4/5
1/5, 4/5
VRT
AD_IN
0R596
6.3V10
2324
C505
5V-2
IC500
12
A.VCCC500
MB40C568HPF-ER
A.GND
R500'NM
100R520
R523'NM
'NM 'NMC546 C547
-2 -2
2122
1920
0R597
1718
1516
34 LSB
A.GND
56
78
109 A.VCC
A.GND
A.VCCA.GND
VRT
V.IN
C5010.113
141112
MSB
D.GND
-2
CLK
D.VCC
0.1 A.VCC VRB
DA_OUT
CSYNC
R534100
R540
RN RN39 270
C5060.1
5V-2
C541
6.3V1023
2122
2412
3
D
45
D
D
D0 D.VCC
A.VCCnIO
D.VCC
CXD1171M-THIC502
0.1
R538
RN680
1917VG
18
C5100.1
3.3k
1415
1316 R543
67
D
89
D7
D
1011
D.GND
12 CLK
VB
C5130.1
BLK VREF
A.GNDD.GND
IREF
A.VCCA.VCC
20 C509D IO
R539
100R555
-2-2
3V
5V-2
C51910
6.3VR561100
C52233p
GND
GND
N.C
CKIB
CKO1B
22
N.C
N.C
N.C
GND 17
18
19
20
21
2425 23
C5210.1
GND
VDD
HDSLB
HDOB
CKO2B
GND
HDB
N.C34
xTIB
GND
IC505
GND36
37 xTOB
D0
VDD
38
39
35
C5280.1
2627282930313233
5V-2
R563
N.C
xTOA
GND
xT1A 13
14
15
16
xT2A
9 10 11
GND
HDA
GND
12
R5641M
X500
C53622p
C53522p
-2
-2
1M
D1
D2
40
41
D3
D4
42
43
6 7 83 4 5
GND
CKO2A
HDOA
VDD
HDSLA
GND44
1 2
CKO1A
GND
CKIA
C5370.1
R565220
R599'NM
C534'NM
CXD8932Q
5V-2DS1000Z-100(TE2)
IC504
8VCC
67
TAP1
1
IN
TAP2
23
5
TAP54
GND
TAP3TAP4
D7
D6
R582100
D5R584100
R583100
53D7
51NC
52VSSQ
C520
49
0.1
47D5
48NCIC503
SDRAM
VCCQ
50D6
D4R585100
DQM
CLKR586100
45NC
C525
43
44D4
VCCQ
40
41
38
39
NC
CLK
DQM
VSS
42 0.1NC
46VSSQ
C5270.1
-2CKE
A9
A11R589100
R588100
100
A7
A8
A5
A6R592
R593100
100
R591100
100
R590
36
37
NC
34
35
A9
A11
CKE
32
33
A7
A8
30
31
A5
A6
A4
-2
R595100
10028
29A4
VSS
R594
R587
54VSS
220R519
220
220
R521
R522
D0
D1
D2
220
220
R524
R525
220
220
R526
R527
D4
D3
D5
D6
220R528D7
0.1C516
C540
6.3V10
3V
D02
NC4
3 VCCQ
VSSQ6
D28
7 NC
5 D1
R567100
D0
D1R568100
R569100
D2
NC10
VSSQ12
11 D3
C526
VCC14
15
nWE
nCAS
16
17
NC
130.1 NC
D3
100R570
R571100
WE
CAS
9 VCCQ
nRAS
nCS
18
19
A13
A12
20
21
A10
A0
22
23
A1
A2
24
25
R573100
100CS
RAS
R575100
100A12
A13R574
R577100
100A0
A10
R579100
100
A1
A2
R578
R576
VCC
A326
27
-2
C5330.1
R581100
100
A3R580
R572
1 VCC
MB81F64842C-103
10-8 UP-895/(E)10-8
2
3
4
5
A B C D E F G H
1
MA-99 (4/5)B-CEPX112-MA99-S
MA-99 (4/5)MA-99 (4/5)
TRAP
TRAP
1
2
3
4
5
6
7
-4
-4-4
-4
-4
-4
-4
12
34 5
67
8
12
34
56
78
9 1011
1213
1415
1617
18
12
34
56
78 9
1011
1213
1415
16
+
-
-4
-4
-4
-4
-4
-4
-4-4
-4
-4-4
-4
-4
-4
-4
-4
12
34 5
67
8
1
2
3
4
5
CL1CL2
CL3
CL4
CL5
CL7
CL8
CL13CL14
CL15
CL16
CL22
CL23
CL24
CL25
CL101
CL103
CL106
CL107
CL108
CL109
D2 D5
IC2
IC4(1/2) IC4(2/2)
Q1
Q11
Q13
Q14
Q173
Q174
Q2
Q21
Q40
Q41
Q5
Q50
Q51
Q52
Q54
IC5
IC1
Q12
Q200
Q16
Q17
Q8
Q6
Q220
Q221 Q7
C10
C100
C101
C102
C103
C104
C107
C108
C109
C11
C12C13
C14 C15 C16
C2
C220
C221 C222
C223C224
C225 C226
C23
C235
C24
C25C26
C27
C28 C29
C3
C30
C31
C32
C33
C34
C35
C36
C4
C44
C46 C47
C5
C56 C57
C6
C60
C62
C7
C8
C9
CN10
CN14
FL1
FL2
L101
L2 L3
L5
L6
L7
R1
R127
R128
R130
R131
R132
R150
R155 R156R157
R161 R162
R163
R164
R173
R174 R175
R176
R177
R18
R180 R181
R19
R2
R21R22
R220
R221
R222
R223
R225
R226
R227
R228
R229
R23
R230 R231
R232R233
R234 R235
R236
R237
R238
R239
R24
R240
R25
R30
R31
R33
R35 R36
R37
R38
R39
R4
R40R41
R42
R43
R5
R53
R56 R57 R58
R59
R6
R60
R61
R62 R63 R64R65
R66
R67
R68
R69
R7
R70
R71
R72
R74
R75
R76
R8
R9
R97
R98
RV2
RV3
RV4
RY1
IC6
R123
R124
R125
R133
CL110
CN11
R159
R158R160
R167R168
R26
R32
R34
R103
R104
R101
R224
RV6RV5
L1L4
R121 R122
TP1
TP2
TP5
TP6
TP7TP8
1SS302-TE85L
1SS302-TE85L
HA11465A
LM358PS-E20 LM358PS-E20
DTC124EKA-T146
2SC1623-T1-L5L6
XN4402-(TX)
XN4501-TW
XN4402-(TX)
XN4402-(TX)
2SC1623-T1-L5L6
XN4501-TW
2SC1623-T1-L5L6
DTC124EKA-T146
2SA812-T1-M5M6
XN4501-TW
2SA812-T1-M5M6
2SA812-T1-M5M6
2SA812-T1-M5M6
MC14053BF
NJM2234M(TE2)
XN4601-TW
XN4501-TW
2SD999-T1-CLCK
XN4601-TW
XN4601-TW
2SC1623-T1-L5L6
XN4501-TW
2SC1623-T1-L5L6 XN4601-TW
2p
1050V
1050V
1050V
1050V
1050V
1050V
1050V
1050V
5p
4725V 0.1
5p 5p 47p
47010V
22
1050V
0.01
2200p0.01
0.1 0.1
0.01
3.350V
0.0022
0.0133p
3.350V
1050V
4725V
0.1
0.1
4725V
0.0022
0.1
0.1
0.1
0.1
33p
4725V
0.1 0.1
0.47
0.1 0.1
4725V
150V
47010V
3.350V
0.1
3p
1µH
1µH 1µH
68µ
68µ
1µ
150
0
0
1.8k
470
560
10k
8.2k 2.2k1k
5.6k 2.2k
1k
1k
33
1k 1k
3.3k
0
100
0 0
33
150
1k100
1k
1k
820k
10k
2.2k
1k
1k
33
10k
82k
1k 1k
68033
680 1.2k
33
1k
2.7k
33
680
1k
4.7k
180
2.2k
180
3.3k 1k
33
2.2k
680
4.7k
330150
150
10k
6.8k
33
1k 1k 2.2k
10k
12k
820k
10k
10k 33 1k4.7k
2.2k
22k
10k
2.7k
100
10k
22k
5.6k
100k
10k
6.8k
10k
1k
220
220
4.7k
1k
10k
BA7655AF-E2
820RN
1kRN
270RN
3.9kRN
5P
1.5k
3301k
3301k
10k
3.9k
470
1.8k
68k
12k
10k
47k10k
'NM'NM
'NM 'NM
'NM
'NM
'NM
'NM
'NM'NM
12V
12V
12V
TH/EE_OUT1/5
1/5
VRB
VRT
3/5
3/5, 4/5
3/5
AD_IN
CSYNC 1/5, 3/5
DA_OUT3/5
TERMINATION 1/5
12V
12V
12V 12V 12V
12V
12V
12V12V12V
12V
12V
12V
CSYNC 1/5, 3/5
4/5
3/5, 4/5
ANALOG_BUS
12V12V
5V
15V
AMP_IN
AD_IN
AMP_IN 4/5
AMP_IN4/5
1
5
6
4
2
3
1
5
6
4
2
35
6
7
2143
1
5
6
4
2
3
3
2
1
4
8
1 3 5 6
781012
1
5
6
4
2
3
1
5
6
4
2
3
2
3
1
2
3
1
1
5
6
4
2
3
1
5
6
4
2
3
1
5
6
4
2
3
1
5
6
4
2
3
1
5
6
4
2
3
1
5
6
4
2
3
1
5
6
4
2
3
TRAP
N/P
AGC
CH
CC
CL
BH
BC
BL
CC
CL
CH
BH
BC
BL
SYNC AGC GAIN
AGC REF
AMP IN
AD IN
VRTVRB
VCC
Y
X
X1
X0
A
B
C
Y1
Y0
Z1
Z
Z0
INH
VEE
VSS
GND
V.OUT
VCC
V.IN3CTL2
V.IN2
CTL1
V.IN1
AGCON CONT
C ADJ
B ADJ
NTSC
PAL
POWER
CONT H
CONT CEN
CONT L
BRT H
BRT CEN
BRT L
C.SYNC
AMP IN
D/A OUT
GND
TO IC6
IN1
CLT1
OUT1
GND OUT2
CLT2
IN2
VCC
A/D IN
10-9UP-895/(E) 10-9
2
3
4
5
1
A B C D E F G H
MA-99 (5/5)MA-99 (5/5)
MA-99 (5/5)B-CEPX112-MA99-S
-2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
1
2
3
4
5
6
7
8
9
10
11
12
13
-2
-2-2 -2
-2-2
-2
-2
-2
1 2 3 4
GNDOUTIN
-3
-4
-3 -3
-3
-3
-3
-3
-4-4
-4
-4
-4
-4-4
-4
-4
CL200
CL201
CL202
CL203
CL204
CL205
CL206
CL207
CL208
CL209
CL210
CL211
CL212 CL213
CL214
CL215
IC200
IC201
D600
LND3LND4
LND1LND2
C200 C201
C202C203
C204C205
C206C207
C208 C209
CN12
CN13
FB200
FB201
FB202
FB203
FB204
FB205
C211C210
R200
R600
R601
R604
R606
R607
R609
R610
R611
R612
R613
R614
R615
R616
R617
R618
R619
R620
R621
TP200
TP201
TP202
TP203
TP204
TP205
TP206
TP207
TP208
TP209
TP210
PQ3RF33
NJM7812FA
1SS302-TE85L
47010V
0.1
47025V 0.1
47010V 0.1
47025V 0.1
47010V
0.1
1.1UH
1.1UH
1.1UH
1.1UH
1.1UH
1.1UH
0.110025V
0.331W
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
'NM
12V
5V-2
15V
15V
HEAD_EN1/5
5V
5V
3V
15V 5V
5V
LND1LND2 1/5, 3/5 1/5
1 3
2
2
3
1
+15V
+5V
15V
12V
GND_D
GND_U
HEAD_EN
GND_H
GND_H
GND_H
GND_H
+21V
+21V
+21V
+21V
VH
VH
VH
VH
VH
VH
VH
VH
VH
VH
VH
VH
VH
GND_H
GND_H
GND_H
GND_H
GND_H
GND_H
GND_H
GND_H
GND_H
GND_H
GND_H
GND_H
GND_H
VH
GND
5V
GND1
GND2
GND3
5V-2
GND4
3V
SYSTEM CONTOROL
MOTOR DRIVE
MEMORY CONTROL
ANALOG
MA-99 BOARD
CN12
SYSTEM CONTOROL
MOTOR DRIVE
MEMORY CONTROL
ANALOG
10-10 UP-895/(E)10-10
MA-99MA-99
MA-99 -A SIDE-
SUFFIX: -11
MA-99 -B SIDE-
SUFFIX: -11
#PC0
0754
#PC0
0755
#PC0
0756
#PC00757
#PC00794
BZ400
C2
C3
C4
C5
C6
C7
C8
C9
C10C11
C12
C13
C14 C15
C16
C23C2
4
C25
C26
C27
C28C2
9
C30
C31
C32
C33
C34
C35
C36
C44
C46
C47
C56C57
C60
C62
C100
C101
C102
C103
C104
C107
C108
C109
C200
C201
C202
C203
C204 C205C206
C207
C208
C209
C210
C211
C220
C221
C222
C223
C224
C225
C226
C235
C300
C301
C302
C303
C304
C305
C306C307
C310
C311
C312
C313
C314C315C316
C317
C318C319C320C321C322
C323
C324 C325
C326
C327
C328
C329
C330
C331
C332
C333
C334
C335
C336
C337
C338
C339
C340
C341
C350C351
C352
C360C361
C362
C401
C403
C404
C405
C406
C407
C409
C431
C432
C433
C500
C501
C502 C503 C504
C505
C506
C507
C508
C509C510
C511
C512
C513
C514C515
C516
C517 C5
18
C519C5
20 C521 C522
C523
C524
C525
C526
C527
C528
C529
C530 C531
C532
C533
C534 C535
C536
C537
C538
C539
C540
C541
C542
C543 C544
C545
C546
C547
C548
CN1
CN2
CN3
CN5
CN6
CN7
CN8
CN9
CN10
CN11
CN12
CN13
CN14
D2
D5
D300D301D302D303
D304
D305
D306
D307
D308
D309
D310D311D312D313D314D315D316D317D318
D319
D320
D321
D322
D323
D324
D325
D400
D401
D402
D403
D404
D405
D406
D407
D408
D600
F400 FB200
FB20
1
FB202
FB203
FB20
4
FB20
5
FL1
FL2
FL3FL4
IC1
IC2
IC4
IC5
IC6
IC20
0
IC201
IC30
0
IC301
IC30
2
IC30
3
IC304
IC305
IC40
0
IC40
1
IC430IC431
IC500
IC501
IC502
IC503
IC50
4
IC505
IC50
6
J300
KA001
L1
L2 L3
L4
L5L6
L7
L101
L302
L303
L304
L305
L306L307
L308
L309
L310
L311
L400
L403
L500
L501
LND1LND2
LND3 LND4
Q1
Q2
Q5
Q6Q7
Q8
Q11
Q12
Q13
Q14
Q16Q17
Q21
Q40
Q41
Q50
Q51
Q52
Q54
Q173
Q174
Q200
Q220
Q221
Q300
Q301
Q400
Q401
Q402
Q403
Q404
Q405
Q406
Q407
R1R2
R4R5
R6 R7R8R9
R18 R19
R21R22
R23R24
R25
R26
R30R31
R32
R33
R34
R35
R36
R37R38
R39R4
0
R41R42R43
R53
R56
R57
R58
R59
R60
R61R62 R63
R64
R65
R66
R67
R68
R69
R70
R71
R72R74
R75
R76
R97
R98
R101
R103 R104
R121R122R123R124
R125
R127 R128
R130
R131R132
R133
R150
R155
R156
R157
R158
R159
R160
R161
R162
R163
R164
R167
R168R173
R174
R175
R176
R177
R180R181
R200
R220R221
R222
R223
R224
R225
R226
R227
R228
R229
R230
R231
R232
R233
R234
R235
R236
R237R238
R239
R240
R300
R302
R303
R304R305R306R307R308
R310
R311
R312
R313R314R315R316
R317R318R319
R320
R321
R322
R323
R324
R325
R326
R329
R330
R332
R334
R335
R336
R337
R338
R339
R340R341
R342
R343
R354
R355
R356
R357
R362
R363
R364
R365
R366
R367R368
R369
R370
R371
R372
R373
R374
R375
R376
R377
R378R379R380R381
R382
R383R384R385
R386
R387
R388
R389
R390
R391
R392
R393
R394
R395
R396
R397
R398
R400
R401
R402
R403
R404
R405
R406
R407
R408
R409
R410
R411
R412R413
R414R415R416R417
R418
R419R4
20
R421
R423
R424
R425
R426
R427
R430
R431
R432
R500
R501
R502
R503
R504
R505
R506
R507
R508
R509
R510
R511
R512 R513
R514
R515
R516
R517
R518
R519
R520
R521
R522
R523
R524
R525
R526
R527
R528
R529 R530 R531R532R533 R534R535 R536R537
R538R539
R540R541
R542R543
R544R545 R546R547 R548R549 R550R552R554
R555
R556
R557R558
R559
R560
R561
R563R564
R565
R566
R567
R568
R569
R570
R571
R572
R573
R574
R575
R576
R577
R578
R579
R580
R581
R582
R583
R584
R585
R586
R587
R588
R589
R590
R591
R592
R593
R594
R595
R596R597
R598
R599
R600
R601
R604
R606
R607
R609
R610
R611
R612
R613
R614
R615
R616
R617
R618
R619
R620
R621
RV2
RV3
RV4
RV5
RV6
RY1
S300
SL300
SL301
SL302
SL303
SL304
SL30
5
TP1 TP2
TP5
TP6
TP7
TP8
TP200
TP20
1
TP202TP203
TP204
TP205
TP206
TP207
TP208
TP209 TP210
TP30
0
TP30
5
TP30
6
TP307
X300
X500
#PC00422
#PC00424#PC00451
#PC00455
#PC00487
#PC0
0646
#PC00762#PC00763
#PC00764#PC00765
#PC00766#PC00767
#PC00768#PC00769
#PC00772 #PC00773
#PC00774
#PC00775
#PC00776#PC00777#PC00778#PC00779
#PC00780
#PC00781#PC00782
#PC00783
#PC0
0784
#PC0
0785
#PC0
0786
#PC00788#PC00789
#PC00790#PC00791
#PC00796
#PC00797
#PC00798
#PC00799 #PC00800
#PC00802
#PC00803
#PC00804
#PC00805#PC00806
#PC00807#PC00808
#PC0
0809
CL1
CL2
CL3 CL4
CL5
CL7
CL8
CL13
CL14
CL15
CL16
CL22CL23CL24CL25
CL101
CL103
CL10
6CL
107
CL10
8CL
109
CL11
0
CL200CL201CL202CL203CL204CL205 CL206
CL207CL208
CL209
CL210
CL211
CL212
CL213
CL214CL215
CL300
CL301
CL302
CL303
CL304
CL305
CL306
CL307
CL308
CL309
CL310
CL312
CL313
CL314
CL315
CL316
CL317
CL319
CL320
CL321
CL322
CL323
CL324
CL325
CL326
CL327
CL328
CL329
CL330
CL331
CL332
CL333
CL334
CL335
CL336
CL337
CL338
CL339
CL340
CL341
CL342
CL343CL344CL345CL346
CL500
CL501CL502
CL503CL504
CL505CL506
CL507CL508
CL509CL510
CL511CL512
CL513CL514
CL515CL516
CL517CL518
CL519CL520
CL521CL522
CL523CL524
CL525
CL526CL527
LND301
LND3
02
LND501
LND5
02
LND5
03
LND504
10-11UP-895/(E) 10-11
BZ400 A2
C2 C2C3 C2C4 C2C5 C3C6 C3C7 C3C8 C3C9 C3C10 C3C11 C3C12 C3C13 C3C14 B3C15 C3C16 C3C23 C2C24 C2C25 C2C26 C2C27 C2C28 C2C29 C2C30 C2C31 C2C32 C2C33 C2C34 C3C35 C2C36 C2C44 C3C46 C1C47 C1C56 B3C57 B3C60 C2C62 C1C100 C1C101 C2C102 C2C103 C2C104 B2C107 C1C108 B3C109 C2C200 B1C201 B1C202 A1C203 A1C204 A2C205 A2C206 C1C207 C1C208 A2C209 A2C210 B1C211 C1C220 C1C221 C1C222 C2C223 C2C224 C2C225 C3C226 B3C235 C3C300 B1C301 B1C302 B1C303 B1C304 B1C305 B1C306 B1C307 B1C310 A3C311 A3C312 A3C313 A3C314 C1C315 C1C316 C1C317 A2C318 C1C319 B1C320 B1C321 B1C322 B1C323 B1C324 B2C325 B2C326 B1C327 B1C328 B1C329 B1C330 B2C331 C2
C332 C2C333 C2C334 C2C335 C2C336 C2C337 C2C338 C2C339 C2C340 C2C341 C2C350 A3C351 A3C352 C3C360 C2C361 C2C362 B1C401 B1C403 A2C404 A2C405 A2C406 A2C407 A2C409 A2C431 A2C432 A2C433 A2C500 B2C501 B3C502 A2C503 A2C504 B2C505 B3C506 B2C507 A2C508 B2C509 B2C510 B2C511 A2C512 B2C513 B2C514 A3C515 A3C516 A3C517 A3C518 B3C519 B3C520 A3C521 B3C522 B3C523 A3C524 B3C525 A3C526 A3C527 B3C528 B3C529 A2C530 A3C531 A3C532 B3C533 A3C534 B3C535 B3C536 B3C537 B3C538 B3C539 A2C540 B3C541 B2C542 A2C543 A3C544 A3C545 B2C546 B3C547 B3C548 A3
CL1 *C1CL2 *C1CL3 *C2CL4 *C2CL5 *C3CL7 *C3CL8 *C3CL13 *B2CL14 *C2CL15 *C2CL16 *C2CL22 *C3CL23 *C3CL24 *B3CL25 *B3CL101 *C1CL103 *C3CL106 *B3CL107 *B3CL108 *B3
CL109 *C3CL110 *C3CL200 *B1CL201 *B1CL202 *B1CL203 *A1CL204 *A1CL205 *A1CL206 *A1CL207 *B1CL208 *B1CL209 *A1CL210 *B1CL211 *A2CL212 *A2CL213 *A2CL214 *C1CL215 *C1CL300 *C2CL301 *B1CL302 *A3CL303 *C2CL304 *B1CL305 *A3CL306 *C2CL307 *B1CL308 *B1CL309 *A3CL310 *C2CL312 *A3CL313 *C2CL314 *A3CL315 *B2CL316 *A3CL317 *B2CL319 *A2CL320 *B2CL321 *B1CL322 *A2CL323 *B2CL324 *B1CL325 *B2CL326 *B1CL327 *B2CL328 *C2CL329 *C2CL330 *C2CL331 *C2CL332 *C2CL333 *C2CL334 *C2CL335 *C2CL336 *C2CL337 *C2CL338 *C2CL339 *C2CL340 *C3CL341 *C3CL342 *C3CL343 *B2CL344 *B2CL345 *B2CL346 *B2CL500 *A2CL501 *A2CL502 *A2CL503 *A2CL504 *A2CL505 *A3CL506 *A3CL507 *A3CL508 *A3CL509 *A3CL510 *A3CL511 *A3CL512 *A3CL513 *A3CL514 *A3CL515 *A3CL516 *A3CL517 *A3CL518 *A3CL519 *A3CL520 *A3CL521 *A3CL522 *A3CL523 *A3CL524 *A3CL525 *A3CL526 *A3CL527 *A3
CN1 C2CN2 B1CN3 A3CN5 B2
CN6 A1CN7 A2CN8 A1CN9 A3CN10 C1CN11 B3CN12 B1CN13 A2CN14 B1
D2 C1D5 C1D300 B1D301 B1D302 B1D303 B1D304 A3D305 A2D306 A3D307 A3D308 A3D309 A3D310 B2D311 B2D312 B2D313 B2D314 C2D315 C2D316 C2D317 C2D318 C2D319 C3D320 B2D321 B2D322 B2D323 B2D324 C3D325 C3D400 A1D401 A1D402 A1D403 A1D404 A1D405 A2D406 A1D407 A1D408 A2D600 A1
F400 A1
FB200 B1FB201 B1FB202 A2FB203 A2FB204 C1FB205 C1
FL1 C2FL2 C2FL3 A3FL4 A3
IC1 C2IC2 C3IC4 C2IC5 C2IC6 B3IC200 A2IC201 C1IC300 B1IC301 B1IC302 B2IC303 B2IC304 B2IC305 B1IC400 A2IC401 A2IC430 A2IC431 A2IC500 B3IC501 A3IC502 B2IC503 A3IC504 B3IC505 B3IC506 A3
J300 C3
KA1 A1
L1 C1L2 C3L3 C3L4 C1
L5 C2L6 C2L7 B1L101 B1L302 C3L303 C3L304 C3L305 A2L306 C2L307 B2L308 B2L309 C2L310 A3L311 A2L400 B2L403 B1L500 A3L501 A3
LND1 C3LND2 A3LND3 A1LND4 C1LND301 *C3LND302 *C3LND501 *B2LND502 *B3LND503 *A3LND504 *B3
Q1 C1Q2 C2Q5 C3Q6 C3Q7 C3Q8 C3Q11 C2Q12 C2Q13 C2Q14 C2Q16 C2Q17 C2Q21 B3Q40 C3Q41 C2Q50 C2Q51 C2Q52 C2Q54 C2Q173 B2Q174 B2Q200 C1Q220 C3Q221 B3Q300 B2Q301 C3Q400 A1Q401 A2Q402 A2Q403 A1Q404 A1Q405 A1Q406 A1Q407 A1
R1 C1R2 C1R4 C1R5 C1R6 C2R7 C2R8 C2R9 C2R18 C2R19 C2R21 C3R22 C3R23 C3R24 C3R25 C3R26 C3R30 C3R31 C3R32 C3R33 B3R34 C3R35 C3R36 C3R37 C3R38 C3R39 C3R40 C2R41 C1R42 C1R43 C1R53 B2
R56 C2R57 C2R58 C2R59 C2R60 C2R61 C2R62 C2R63 C2R64 C2R65 C2R66 C2R67 C2R68 C2R69 C2R70 C2R71 C2R72 C3R74 C3R75 C2R76 C2R97 B1R98 B2R101 C1R103 C1R104 C1R121 B3R122 B3R123 B3R124 B3R125 B3R127 C2R128 C2R130 C2R131 B2R132 B2R133 B3R150 C2R155 C2R156 C2R157 C2R158 C2R159 C2R160 C2R161 C2R162 C2R163 C2R164 C2R167 C2R168 C2R173 B2R174 B2R175 B2R176 B2R177 B2R180 C1R181 C1R200 B1R220 C1R221 C1R222 C2R223 C2R224 C2R225 C2R226 C2R227 C2R228 C2R229 C3R230 B3R231 B3R232 C3R233 C3R234 C3R235 C3R236 C3R237 C3R238 C3R239 C3R240 B3R300 B1R302 C2R303 B2R304 B2R305 B2R306 B2R307 B2R308 C2R310 B1R311 B1R312 B1R313 B1R314 B1R315 B1R316 B1R317 B1R318 B1R319 B2
R320 C2R321 C2R322 C2R323 C2R324 C2R325 C2R326 C2R329 C2R330 C2R332 C2R334 C3R335 C2R336 C2R337 C2R338 C2R339 C2R340 C2R341 C2R342 B1R343 B1R354 B2R355 B2R356 B2R357 B2R362 B2R363 B2R364 B1R365 B2R366 B2R367 C3R368 C3R369 C3R370 C3R371 C3R372 C3R373 C3R374 A3R375 A3R376 A3R377 A3R378 B1R379 B1R380 B1R381 C1R382 A3R383 C2R384 C1R385 C1R386 C2R387 C2R388 C2R389 C2R390 C2R391 C2R392 C2R393 C2R394 C2R395 C2R396 C2R397 B1R398 B2R400 A1R401 A1R402 A1R403 A1R404 A1R405 A2R406 A2R407 A2R408 A2R409 A2R410 A1R411 A2R412 B1R413 B1R414 B1R415 B1R416 B1R417 B1R418 B1R419 B1R420 A2R421 A2R423 A2R424 A2R425 A2R426 A2R427 A2R430 A2R431 A2R432 A2R500 B3R501 A2R502 A2R503 A2R504 A2
R505 A2R506 A2R507 A2R508 A2R509 A2R510 A2R511 A2R512 A2R513 B2R514 B2R515 B2R516 B2R517 B2R518 B2R519 B2R520 B3R521 B2R522 B2R523 B3R524 B2R525 B2R526 B2R527 B2R528 B2R529 A2R530 A2R531 A2R532 A2R533 A2R534 B2R535 A2R536 A2R537 A2R538 B2R539 B2R540 B2R541 A2R542 A2R543 B2R544 A2R545 A3R546 A3R547 A3R548 A3R549 A3R550 A3R552 A3R554 A3R555 B3R556 A3R557 A3R558 A3R559 A3R560 A3R561 B3R563 B3R564 B3R565 B3R566 B3R567 A3R568 A3R569 A3R570 A3R571 A3R572 A3R573 A3R574 A3R575 A3R576 B3R577 B3R578 B3R579 B3R580 B3R581 B3R582 A3R583 A3R584 A3R585 A3R586 A3R587 A3R588 A3R589 A3R590 A3R591 B3R592 B3R593 B3R594 B3R595 B3R596 B3R597 B3R598 B3R599 B3R600 A1R601 A2R604 A1R606 A3
R607 A1R609 A3R610 B1R611 B1R612 B2R613 A3R614 B1R615 B2R616 A3R617 B1R618 B1R619 C2R620 B2R621 B3
RV2 C2RV3 C2RV4 C2RV5 C1RV6 C1
RY1 C1
S300 C2
SL300 C2SL301 C2SL302 C2SL303 C2SL304 C2SL305 A3
TP1 B2TP2 C2TP5 C3TP6 B3TP7 B3TP8 B3TP200 B1TP201 B1TP202 B1TP203 A1TP204 B1TP205 A1TP206 A2TP207 A2TP208 A2TP209 C1TP210 C1TP300 B1TP305 B2TP306 B2TP307 B1
X300 B1X500 B3
MA-99MA-99
--------------------MA-99 (1-676-692-11)--------------------*:B SIDE
UP-895/(E)
SAFETY CHECK-OUT
After correcting the original service problem,perform the following safety checks beforereleasing the set to the customer :
Check the metal trim, “metallized” knobs, screws,and all other exposed metal parts for ACleakage. Check leakage as described below.
LEAKAGE TEST
The AC leakage from any exposed metal part toearth ground and from all exposed metal parts toany exposed metal part having a return tochassis, must not exceed 3.5 mA. Leakagecurrent can be measured by any one of threemethods.
1. A commercial leakage tester, such as theSimpson 229 or RCA WT-540A. Follow themanufacturers’ instructions to use theseinstruments.
2. A battery-operated AC milliammeter. TheData Precision 245 digital multimeter issuitable for this job.
3. Measuring the voltage drop across a resistorby means of a VOM or battery-operated ACvoltmeter. The “limit” indication is 5.25 V, soanalog meters must have an accurate low-voltage scale. The Simpson 250 and SanwaSH-63Trd are examples of a passive VOMthat is suitable. Nearly all battery operateddigital multimeters that have a 20 V AC rangeare suitable. (See Fig. A)
To Exposed MetalParts on Set
Fig A. Using an AC voltmeter to check AC leakage.
ACvoltmeter(5.25V)
Earth Ground
0.15 µF 1.5 kZ
Printed in Japan
Sony Corporation 1999. 12 22
B&P Company ©1999
UP-895 (UC)
UP-895CE (CE)
UP-895MD (UC, SY) E
9-955-192-01
