SERVICE MANUAL COLOR MONITOR NEC MultiSync 20WGX2 MODEL ID : 20WGX2-BK(B)

PART NO : 599910796 5999 10796

SERVICE MANUAL COLOR MONITOR ®

MultiSync 20WGX 2 MODEL ID : 20WGX 2-BK(B)

VERY IMPORTA IM PORTANT! NT! This Equipment is compatible with RoHS Directive and Lead-Free. Since the equipment is compatible with RoHS Directive, Directive, use components com ponents in which the use of specific chemically noxious substances is restricted; use only designated spare parts when it is necessary to replace such parts with new parts. Use lead-free solder for the equipment compatible with ones with substrates on which lead-free components are mounted. For the details, refer to Caution for Lead-Free Solder“

ing Work given in the next page. ”

1st Edition NEC DISPLA DISPLAY Y SOLUTIONS SOLUT IONS,, LT LTD. DECEMBER 2005 200603 08GJ5LBG

1. Safety guideline in servicing 1)

Neve Neverr tou touch ch the the por porti tion ons s wit with h the the mark markin ing g( Serious injury or even death may result.

2)

Do not expose the set to rain or water. A risk of fire or electric shock can result.

3)

Use an adequate power cord. A risk of fire or electric shock can result.

4)

Do not attempt to service or modify the set w ithout prior permission of the manufacturer. A risk of fire or electric shock can result.

5)

Leave the maintenance service to a service engineer having qualification, knowledge and experience. A risk of electric shock, injury or fire can result.

6)

Always employ genuine parts indicated in the service manual for replacement. A risk of fire or electric shock can result.

7)

In reassembling use the specified binding bands, clampers, tubes and barriers--all of which are necessary for insulation/protection--in their original positions. A risk of fire or electric shock can result.

).

2. Other cautions necessary 1)

When removing the cables from their connectors, take care not to damage the wire portions so as to prevent the occurrence of poor contact.

2)

When attaching/detach attaching/detaching ing screws, screws, use a screwdriver screwdriver that is well-fit well-fit to the screw size.

3. Caution for LEAD-FREE soldering work For this equipment, parts compatible with lead-free materials are used. Please observe the following precautions, when performing any soldering work. 1) Use lead-free solder for substrates mounted with lead-free parts. If you use eutectic solder by mistake, solder will not fuse well because of the difference in fusion point. 2) Fusion Point Lead-free solder: Eutectic solder : 183°C

220°C

3)

Solder composition compositio n of Lead-free solder: Sn-3.0Ag-0.5Cu Sn-3.0Ag-0. 5Cu [Maker] [Type] Nihon Genma DHB-RMA NP303-### Senju metal ESC F3 M705E-### (#:This mark shows the diameter of the solder wire.)

4)

Use without fail a temperature adjustable soldering iron for working with lead-free solder. Moreover, the power consumption of the soldering iron must use from 25W to 75W. [Solder Iron tip temperature and contact time] Category of Parts *SMD Chip

The Parts of Chip type

*SMD QFP

The Parts (IC) of Quad Flat Pack Package type

Heat sink Ax,RD

Heat sink The Parts of Axial or Radial type (The Electric Parts other than the above-mentioned. Ex.: IC, Transistor, Resistor, Capacitor)

*SMD: Surface Mounting Device

Lead-free solder 300-320°C (1-3sec) 320-350°C (1-3sec) 360-380°C (1-3sec)

Eutectic solder 260-280°C (1-3sec) 280-300°C (1-3sec) 320-420°C (1-3sec)

340-370°C (1-3sec)

350-390°C (1-3sec)

Product Specifications

Pixel Clock

Specification Analog Input Digital Input LPL LM201WE2-SLA1 20.1" (51.1133cm) 433.44 (H) x 270.90 (V) mm 1680x1050 dots (WSXGA+) (WSXGA+) 0.258mm 16,77 M color (8-bits) 2 470cd/m (Typ.) *1) Up 89 / Down 89 / Left 89 / Right 89 (Typ.) 700:1(Typ.) 1600:1 (Typ.) (Typ.) (Advanced DV mode ON!) 12ms 6ms by overdrive circuit integrated in panel > 72% Glare (AR<2.0%) CCFL x 10pcs (Direct Light Type) 24.7kHz - 81.2kHz 24.7kHz - 81.2kHz 49.0Hz - 76.0 Hz Analog RGB Digital RGB Separate Sync.(TTL) Composite TMDS Sync.on Green video 25.2MHz - 165MHz

Input connector

Mini D-sub 15Pin

Item

LCD

Size Active Display Area Resolution Pixel Pitch Color Depth Luminance CR>10 Viewing Angle(Typ.) CR>5 Contrast Ratio ON+OFF Response Time GTG Color gamut Surface Treatment Back Light Horizontal frequency Vertical frequency frequenc y Video Signal

Input Signals

Sync. Signal

Preset Timings USB Hub (onl y AN/BNBK) Functions

Front Control Back side

OSM

Regulations

Environment Condition

Power Supply

Remote Control Safety EMC VLF / ELF Power Management Managem ent Ergonomics Plug and Play Others Temperature emperatur e Humidity Input Voltage Typ Power consumption Power saving

Input Connector Connecto r with Stand without Stand Net Dimension Gross VESA compatible arm mounting interface Tilt / Swivel / Rotation / Height Adjustment AC Power code Weight

Accessories

Signal Cable

Others *1)60% of a mass-product should meet

DVI-D

User preset : 23 USB Version 2.0 Self Powered Hub 1 upstream / 4 down stream Menu/Exit, Direction (4 direction key), Select/1<->2, Reset/DV mode, Power (DC) Power (AC) Brightness, Contrast, Auto contrast, Advanced DV mode, DV mode, Auto adjust, H Position, V position, H size, Fine, Color control, Sharpness, Expansion mode, Off timer, LED Brightness, Hot key, Factory preset, Language, OSM Left/Right, OSM Down/Up, OSM turn off, OSM Lock out, Resolution notifier, Monitor inf. VESA DDC/CI UL/ cUL , TuV GS, CE, CB Report, PSB FCC Class B, Canadian DOC Class B, C-tick Class B, CE MPR-II, MPRIII, TCO' 03 VESA DPMS ,EPA, Energy star Ver 4.0 Tier2, GEEA label TUV/ERGONOMIE VESA DDC2B US Mercury Regulation, Windows XP/2000 Logo 5-35 degree C 10-80% (without condensation) AC100-240V, AC100-24 0V, 50 / 60Hz 84 W max (1.0 A @ 100 - 120V, 0.52 A @ 220 - 240V) <2.3W with USB hub model, <2W without USB hub (DPMS) <1W (DC Power Off) Meet to Energy Star Ver 4.0 Tier 2 3P IEC Type Approx. 6.3 kg Approx. 4.6 kg 471.4 (W) x 391.5(H) x 203.0(D) mm 570.0(W) x 518.0(H) x 262.0(D) mm 100mmx100mm Up & Down 30deg to -5deg / Yes +/- 170degree 2.0m 2.0m : minD-sub15pin - minD-sub15pin 2.0m: DVI-D - DVI-D User 's manual, USB cable, etc.

/ NA / NA

CONTENTS Page No. USER S MANUA MANUAL L ................ ......................... ................. ................ ................. ................. ................. ................. ................ ................. ................ ....... 1-1 ’

SERIAL NUMBER INFORMATION INFORMATION ................... ..................... .................... .............. 2-1 DISASSEMBLY DISASSEMBLY .................... ..................... ..................... ..................... ..................... 3-1 ADJUSTMENT ADJUSTMENT PROCEDURES ................ ......................... ................. ................. ................. ................ ................. ................. ........... ... 4-1 INSPECTION INSPECTION ................. .......................... ................. ................ ................. ................. ................. ................. ................ ................. ................. .............. ...... 5-1 TROUBLE SHOOTING ................... ..................... ..................... ..................... .......... 6-1 CIRCUIT CIRCUIT DESCRIPTION DESCRIPTION ................ ........................ ................. ................. ................. ................. ................ ................. ................. .............. ...... 7-1 REPLACEMENT REPLACEMENT PARTS ARTS LIST ................. ......................... ................. ................. ................. ................. ................. ................. ............ .... 8-1 BLOCK DIAGRAM DIAGRAM ....................................... .................. ..................... ..................... ..................... .................. 9-1 SCHEMATIC SCHEMATIC DIAGRAMS DIAGRAMS ..................... ..................... ..................... ..................... .. 10-1 PACKING SPECIFICATION SPECIFICATION ....................................... .................. ..................... ..................... ..................... .. 11-1 REVISION HISTORY HISTORY ....................................... .................. ..................... ..................... ..................... ............. 12-1

2

MultiSync 20WGX User’s Manual

Index Warning, Caution ........................................................................................................................ English-1 Declaration ................................................................................... .................................................................................................................................. ............................................... English-1 Canadian Department of Communications Compliance Statement ........................................... English-2 Declaration of Conformity ........................................................................................................... English-2 Contents...................................................................................................................................... English-3 Quick Start .................................................................................................................................. English-4 Controls ............................................................................. ....................................................................................................................................... .......................................................... English-8 Recommended use ........................................................................ ..................................................................................................................... ............................................. English-11 Specifications ......................................................................... .............................................................................................................................. ..................................................... English-13 Features ............................................................................ ...................................................................................................................................... .......................................................... English-14 Troubleshooting ............................................................................. ........................................................................................................................... .............................................. English-15 TCO’03 ........................................................................... ........................................................................................................................................ ............................................................. English-16 Manufacturer’s Recycling and Energy Information...................................................................... English-17

WARNING TO PREVENT FIRE OR SHOCK HAZARDS, DO NOT EXPOSE THIS UNIT TO RAIN OR MOISTURE. ALSO, DO NOT USE THIS UNIT'S POLARIZED PL UG WITH AN EXTENSION CORD RECEPTACLE RECEPTACLE OR OTHER OUTLETS UNLESS THE PRONGS CAN BE FULLY INSERTED. REFRAIN FROM OPENING THE CABINET AS THERE ARE HIGH VOLT VOLTAGE COMPONENTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.

CAUTION CAUTIO CAUTION: N:

TO REDUCE REDUCE THE RISK RISK OF ELECTR ELECTRIC IC SHOC SHOCK, K, MAKE MAKE SURE SURE POWER POWER CORD CORD IS UNPLUG UNPLUGGED GED FROM FROM WALL SOCKET. TO FULLY DISENGAGE THE POWER TO THE UNIT, PLEASE DISCONNECT THE POWER CORD FROM THE AC OUTLET.DO NOT REMOVE COVER (OR BACK). NO USER SERVICEABLE PARTS PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL. This symbol warns user that uninsulated voltage within the unit may have sufficient magnitude to cause electric shock. Therefore, it is dangerous to make any kind of contact with any part inside this unit. This symbol alerts the user that important literature literature concerning the operation operation and maintenance of this unit has been included. Therefore, it should be read carefully in order to avoid any problems.

Caution: When operating the MultiSync 20WGX2 with a 220-240V AC power source in Europe, use the power cord provided with the monitor. In the UK, a BS approved power cord with a moulded plug has a Black (five Amps) fuse installed for use with this equipment. If a power cord is not supplied with this equipment please contact your supplier. When operating the MultiSync 20WGX2 with a 220-240V AC power source in Australia, use the power cord provided with the monitor. If a power cord is not supplied with this equipment please contact your supplier. For all other cases, use a power cord that matches the AC voltage of the power outlet and has been approved by and complies with the safety standard of your particular country.

Declaration Declaration of the Manufacturer We hereby certify that the colour monitor MultiSync 20WGX2 (L205GJ) is in compliance with

and marked with

Council Directive 73/23/EEC: – EN 60950-1 Council Directive 89/336/EEC: – EN 55022 – EN 61000-3-2 – EN 61000-3-3 – EN 55024

NEC Display Solutions, Ltd. 4-13-23, Shibaura, Minato-Ku Tokyo 108-0023, 108-002 3, Japan

Windows is a registered trademark of Microsoft Corporation. NEC is a registered trademark of NEC Corporation. ENERGY STAR is a U.S. registered trademark. trademark. OmniColor is a registered trademark of NEC Display Solutions Europe GmbH in the countries of EU and Switzerland. ErgoDesign is a registered trademark of NEC Display Solutions, Ltd. in Austria, Benelux, Denmark, France, Germany, Italy, Norway, Spain, Sweden, U.K. NaViSet is a trademark of NEC Display Solutions Europe GmbH in the countries of EU and Switzerland. MultiSync is a registered trademark of NEC Display Solutions, Ltd. in the countries of U.K., Italy, Austria, Netherlands, Switzerland, Sweden, Spain, Denmark, Germany, Norway and Finland. All other brands and product names are trademarks or registered trademarks of their respective owners. As an ENERGY STAR ® Partner, NEC Display Solutions of America, Inc. has determined that this product meets the ENERGY STAR guidelines for energy efficiency. The ENERGY STAR emblem does not represent EPA EPA endorsement of any product or service.

English-1

h s i l g n E

Canadian Department of Communications Compliance Statement DOC: This Class B digital apparatus meets all requirements of the Canadian Interference-Causing Equipment Regulations. C-UL: Bears the C-UL Mark and is in compliance with Canadian Safety Regulations according to CAN/CSA C22.2 No. 60950-1.

FCC Information 1.

Use Use the the atta attach ched ed spe speci cifi fied ed cab cable les s with with the the Mul Multi tiSy Sync nc 20W 20WGX GX2 (L205GJ) colour monitor so as not to interfere with radio and television reception. (1)

The power power suppl supply y cord you you use must must have have been been approv approved ed by and and comply comply with with the safe safety ty standar standards ds of U.S. U.S.A., A., and meet the following condition. Power supply co cord L en gt h Plug shape

Non shield type, 3-conductor 2. 0 m

U.S.A (2) 2.

Please Please use the the supplied supplied shield shielded ed video video signal signal cable cable and USB USB cable cable with with ferri ferrite te cores. cores. Use of other other cabl cables es and adapters may cause interference with radio and television reception.

This equipmen equipmentt has b been een teste tested d and found found to comply comply with with the the limits limits for for a Class Class B digital digital device device,, pursuant pursuant to to part 15 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy, and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: •

Reorient or relocate the receiving antenna.

•

Increase the separation between the equipment and receiver.

•

Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.

•

Consult your dealer or an experienced radio/TV technician for help.

If necessary, the user should contact the dealer or an experienced radio/television technician for additional suggestions. The user may find the following booklet, prepared by the Federal Communications Commission, helpful: “How to Identify and Resolve Radio-TV Interference Problems.” This booklet is available from the U.S. Government Printing Office, Washington, D.C., 20402, Stock No. 004-000-00345-4.

Declaration of Conformity This device complies with Part 15 of FCC Rules. Operation is subject to the following two conditions. (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. U.S. U.S. Respo Responsib nsible le Party: Party: Address: Tel. No.:

NEC Displa Display y Solutions Solutions of Americ America, a, Inc. Inc. 500 Park Blvd, Suite 1100 Itasca, Illinois 60143 (630) 467-3000

Type of Product:

Display Monitor

Equipmen Equipmentt Classifi Classificatio cation: n:

Class Class B Periphera eripherall

M o de l :

MultiSync 20WGX2 (L205GJ) We hereby declare that the equipment specified above conforms to the technical standards as specified in the FCC Rules.

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Contents

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Your new NEC MultiSync LCD monitor box* should contain the following: •

MultiSync 20WGX2 monitor with tilt/swivel adjust stand

•

Power Cord

•

Video Signal Cable (15-pin mini D-SUB male to 15-pin mini D-SUB male)

•

Video Signal Cable (DVI-D to DVI-D)

•

USB Cable

•

User’ User’s Manual

•

Cable Cover

•

CD ROM (includes complete User’ User’s Manual in PDF format). To see the User’ User’s Manual, Acrobat Reader 4.0 must be installed on your PC.

USB Cable

Cable Cover

Power Cord

CD-ROM

User’ User’s Manual

*

15-pin mini D-SUB male to 15-pin mini D-SUB male

Remember to save your original box and packing material to transport or ship the monitor.

English-3

DVI-D to DVI-D

Quick Start To attach the MultiSync LCD monitor to your system, follow these instructions: 1. Turn off the the power power to your compu computer ter.. 2. For the PC or MAC with DVI digital output: Connect the DVI signal cable to the connector of the display card in your system (Figure (Figure A.1). A.1). Tighten all screws. For the PC with Analog output: Connect the 15-pin mini D-SUB signal cable to the connector of the display card in your system (Figure (Figure A.2). A.2). Tighten all screws. For the MAC: Connect the Macintosh cable adapter to the computer, then attach the 15-pin mini D-SUB signal cable to the Macintosh cable adapter (Figure (Figure B.1). B.1). Tighten all screws.

DVI signal cable

Figure A.1 NOTE:

Figure A.2

Macintosh Cable Adapter (not included)

Figure B.1

Some Macintosh systems do not require a Macintosh cable adapter.

C.1). 3. Remove Remove the connecto connectorr cover cover (Figure C.1). 4. Place hands on each side of the monitor monitor to tilt the LCD panel 30 degrees degrees angles angles (Figure Figure C.2). C.2). 5. Connect all cables to the the appropriate appropriate connectors through the the square hole hole in the stand stand (Figure Figure C.3). C.3).

Figure C.1

Figure C.2

Figure C.3

English-4

6. Place Place the connector connector cover cover onto onto the back back cabinet cabinet ((Figure Figure C.4). C.4). 7. Place Place all cables cables into into the the hooks hooks (Figure (Figure C.5). C.5).

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8. Place hands hands on each each side if the monitor monitor to tilt the LCD panel panel back back 5° (Figure C.6). C.6).

Figure C.4

Figure C.5

9. Place Place the cable cable cover cover onto onto the stand stand ((Figure Figure C.6). C.6). To remove the cable cover, push the notch at the bottom of the cover up (towards the top of the monitor) in order to unhook the cover from the stand (Figure (Figure C.7). C.7).

Figure C.6

Figure C.7

10. Connect the power power cord to the power outlet (Figure (Figure D.1). D.1). NOTE:

Please refer to Caution section of this manual for proper selection of AC power cord.

11. The vacation switch switch on the back side of the monitor must be turned on (Figure D.1). D.1). Turn on the monitor with the front power button and the computer. NOTE:

The vacation switch is a true on/off switch. If this switch is on the OFF position, the monitor cannot be turned on using the front button. DO NOT switch on/off repeatedly.

12. No-Touch No-Touch Auto Adjust automatically adjusts the monitor to optimal settings upon initial setup for most timings. For further adjustments, use the following OSM controls: • Auto Adjust Contrast (Analog input only) • Auto Adjust (Analog input only) Refer to the Controls section of this User’ User’s Manual for a full description of these OSM controls. NOTE:

If you have any problems, please refer to the Troubleshooting section of this User’ User’s Manual.

ON Position

OFF Position

Figure D.1

English-5

Vacation Switch

Tilt and Swivel Grasp both sides of the monitor screen with your hands and adjust the tilt and swivel as desired (Figure TS.1). TS.1). NOTE:

Handle with care when tilting and swivelling the monitor screen.

MEN ENU U/E X XIT IT

SELEC T/1 T /1 – –2 2 RESE T/DVM T/DV MODE

Figure TS.1

Remove Monitor Stand for Mounting To prepare the monitor for alternate mounting purposes: 1. Place hands on each side of the monitor monitor to tilt the the LCD panel panel 5 degrees degrees angles. Remove the cable cover (Figure (Figure M.1). M.1). Remove the connector cover (Figure (Figure M.2). M.2). 2. Discon Disconnec nectt all cab cables les.. 3. Place monitor monitor face face down down on a non-abrasive non-abrasive surface (Figure M.3). M.3). 4. Remove the 2 screws screws connecting the stand to the monitor (Figure M.3). M.3).

Figure M.1

Figure M.2

Figure M.3

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5. Lift up the the stand to unlatch the upper hooks and remove remove the stand (Figure Figure M.4). M.4). 6. Remove Remove the the 2 screws screws on on the top top of the monit monitor or (Figure (Figure M.5). M.5). The monitor is now ready for mounting in an alternate manner. 7. Connect the the cables and and place the connector cover cover on the back of of the monitor. monitor. 8. Rever Reverse se this proces process s to re-attac re-attach h stand. stand. NOTE:

Use only VESA-compatible alternative mounting method. Handle with care when removing stand.

Figure M.4

Figure M.5

Flexible Arm Installation This LCD monitor is designed for use with a flexible arm. To mount the monitor to a flexible arm: 1. Follow Follow the instructions instructions on how Remove Remove Monitor Stand Stand for Mounting Mounting to remove remove the stand. stand. 2. Use the the 4 screws screws to attach attach the the arm to the the monitor monitor (Figure F.1). F.1). NOTE:

The LCD monitor should only be used with an approved arm (e.g. GS mark). To meet the safety requirements, the monitor must be mounted to an arm, which guaranties the necessary stability under consideration of the weight of the monitor.

12mm

Thickness of Bracket (Arm) 2.0~3.2mm

M4

4 x 12mm with lock washer and flat washer 4 Screws (M4) (Max Depth: 8.5mm) 100mm

100mm Weight of LCD assembly: 4.6kg (MAX)

Figure F.1

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Controls OSM (On-Screen Manager) control buttons on the front of the monitor function as follows: To access OSM menu, press any of the control buttons (MENU/EXIT, Left, Right, Down, Up). To change signal input, press the SELECT button. To change DV MODE, press the RESET/DV RESET /DV MODE button. NOTE:

OSM must be closed in order to change signal input.

Button

Menu

MENU/EXIT

Open OSM main menu. Exits the OSM controls. Exits to the OSM main menu. Up

4-Direction-Key Left

Right Down

Left/Right

Moves the highlighted area left/right to select control menus. Moves the bar left/right to increase or decrease the adjustment. Direct adjust of brightness if HOT KEY is set to ON. Enters the OSM menu if HOT KEY is set to OFF.

Down/Up

Moves the highlighted area down/up to select one of the controls. Direct adjust of contrast if HOT KEY is set to ON. Enters the OSM menu if HOT KEY is set to OFF.

SELECT/ 1<->2RESET

Enter the OSM sub menu. Active the selected function. Change the Input source.

RESET/DV MODE Resets the highlighted control menu to the factory setting. Switches the DV Mode. NOTE:

When RESET is pressed in the main and sub-menu, a warning window will appear allowing you to cancel the RESET function by pressing the MENU/EXIT button.

Brightness/Contrast Controls BRIGHTNESS Adjusts the overall image and background screen brightness.

CONTRAST Adjusts the image brightness in relation to the background.

AUTO CONTRAST (Analog input only) Adjusts the image displayed to optimal settings.

ADVANCED ADVANCED DV MODE Activates the Advanced Dynamic Video Mode.

DV MODE Dynamic Visual Mode allows you to select setting for Movie, Photo and etc.

Auto Adjust (Analog input only) Automatically adjusts the Image Position, H. Size and Fine settings.

English-8

Image Controls (Analog input only) LEFT / RIGHT Controls Horizontal Image Position within the display area of the LCD.

DOWN / UP Controls Vertical Image Position within the display area of the LCD.

H.SIZE Adjusts the horizontal size by increasing or decreasing this setting.

FINE Improves focus, clarity and image stability by increasing or decreasing this setting.

Colour Control System Colour Control System: Six colour presets select the desired colour setting (sRGB and NATIVE colour presets are standard and cannot be changed). R,G,B: Increases or decreases Red, Green or Blue colour depending upon which is selected. The change in colour will appear on screen and the direction (increase or decrease) will be shown by the bars. NATIVE: Original colour presented by the LCD panel that is unadjustable. sRGB: sRGB mode dramatically improves the colour fidelity in the desktop environment by a single standard RGB colour space. With this colour supported environment, the operator could easily and confidently communicate colour without further colour management overhead in the most common situations. NOTE: When MOVIE, GAMING, or PHOTO is selected as the DV MODE, NATIVE is selected automatically as the six colour preset and cannot be changed.

Tools SHARPNESS: Adjust the image to get distinct or as soft a picture as is preferred. EXPANSION: Selects the zoom mode. FULL: The image is expanded to 1680 x 1050, regardless of the resolution. ASPECT: The image is expanded without changing the aspect ratio. OFF: The image is not expanded. NOTE: EXPANSION is available only resolution under 1280 x 1024. OFF TIMER: Monitor will automatically power-down when the end user has selected a predetermined amount of time. LED BRIGHTNESS: You can adjust the Blue LED brightness. HOT KEY: You can adjust the brightness and contrast directly. When this function is set to ON, you can adjust the brightness with left or right control and contrast with up or down control while the OSM menu is off. FACTORY FACTORY PRESET: PR ESET: Selecting Factory Preset allows you to reset all OSM control settings back to the factory settings. The RESET button will need to be held down for several seconds to take effect. Individual settings can be reset by highlighting the control to be reset and pressing the RESET button.

Menu Tools LANGUAGE: OSM control menus are available in eight languages. OSM LEFT/RIGHT: You can choose where you would like the OSM control image to appear horizontally on your screen. OSM DOWN/UP: You can choose where you would like the OSM control image to appear vertically on your screen. OSM Turn Off: The OSM control menu will stay on as long as it is in use. In the OSM Turn Off submenu, you can select how long the monitor waits after the last touch of a button to shut off the OSM control menu. OSM Lock Out: This control completely locks out access to all OSM control functions without Brightness and Contrast. When attempting to activate OSM controls while in the Lock Out mode, a screen will appear indicating the OSM controls are locked out. To activate the OSM Lock Out function, press SELECT, then right control button and hold down simultaneously. To deactivate the OSM Lock Out, press SELECT, then left control button and hold down simultaneously while in the OSM menu. RESOLUTION NOTIFIER: This optimal resolution is 1680 x 1050. If ON is selected, a message will appear on the screen after 30 seconds, notifying you that the resolution is not at 1680 x 1050.

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Information The Information menu indicates the current input, display resolution, horizontal and vertical frequency, and polarity settings of the monitor. The model and serial numbers of your monitor are also indicated.

OSM Warning OSM Warning menus disappear with Exit button. NO SIGNAL: This function gives a warning when there is no Horizontal or Vertical Sync. After power is turned on or when there is a change of input signal, theNo the No Signal window will appear. RESOLUTION NOTIFIER: This function gives a warning of use with optimized resolution. After power is turned on or when there is a change of input signal or the video signal doesn’t have proper resolution, the Resolution Notifier window will open. This function can be disabled in the Menu Tools. OUT OF RANGE: When input signal is non-supported timing or the video signal doesn’t have proper timing, the Out of Range menu will appear.

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Recommended use Safety Precautions and Maintenance FOR OPTIMUM PERFORMANCE, PLEASE NOTE THE FOLLOWING WHEN SETTING UP AND USING THE MULTISYNC LCD COLOUR MONITOR: •

DO NOT NOT OPEN OPEN THE THE MON MONIT ITOR OR.. There are no user serviceable parts inside and opening or removing covers may expose you to dangerous shock hazards or other risks. Refer all servicing to qualified service personnel.

•

Do not spill any liquids into the cabinet or use your monitor near water.

•

Do not insert objects of any kind into the cabinet slots, as they may touch dangerous voltage voltage points, which can be harmful or fatal or may cause electric shock, fire or equipment failure.

•

Do not place any heavy objects on the power cord. Damage to the cord may cause shock or fire.

•

Do not place this product on a sloping or unstable cart, stand or table, as the monitor may fall, causing serious damage to the monitor.

•

Do not place any objects onto the monitor and do not use the monitor outdoors.

•

The inside of the fluorescent tube located within the LCD monitor contains mercury. Please follow the bylaws or rules of your municipality to dispose of the tube properly.

•

Do not bend power cord.

•

Do not use monitor in high temperatured, humid, dusty, or oily areas.

•

Do not cover vent on monitor.

Immediately unplug your monitor from the wall outlet and refer servicing to qualified service personnel under the following conditions: •

When the power supply cord or plug is damaged.

•

If liquid has been spilled, or objects have fallen into the monitor.

•

If the monitor has been exposed to rain or water.

•

If the monitor has been dropped or the cabinet damaged.

•

If the monitor does not operate normally by following operating instructions.

•

If glass is broken, handle with care.

•

If monitor or glass is broken, do not come in contact with the liquid crystal and handle with care.

CAUTION

•

•

Allow adequate ventilation around the monitor so that heat can properly dissipate. Do not block ventilated openings or place the monitor near a radiator or other heat sources. Do not put anything on top of monitor.

•

The power cable connector is the primary means of detaching the system from the power supply. The monitor should be installed close to a power outlet which is easily accessible.

•

Handle with care when transporting. Save packaging for transporting.

Image Persistence: Please be aware that LCD Technology may experience a phenomenon known as Image Persistence. Image Persistence occurs when a residual or “ghost” ghost” image of a previous image remains visible on the screen. Unlike CRT monitors, LCD monitors’ monitors’ image persistence is not permanent, but constant images being displayed for a long period of time should be avoided. To alleviate image persistence, turn off the monitor for as long as the previous image was displayed. For example, if an image was on the monitor for one hour and a residual image remains, the monitor should be turned off for one hour to erase the image. NOTE: As with all personal display devices, NEC DISPLAY SOLUTIONS recommends displaying moving images and using a moving screen saver at regular intervals whenever the screen is idle or turning off the monitor when not in use.

English-11

h s i l g n E

CORRECT PLACEMENT AND ADJUSTMENT OF THE MONITOR CAN REDUCE EYE, SHOULDER AND NECK FATIGUE. FATIGUE. CHECK THE FOLLOWING WHEN YOU YOU POSITION THE MONITOR: M ONITOR: •

For optimum performance, allow 20 minutes for warm-up.

•

Adjust the monitor height so that the top of the screen is at or slightly below eye level. Your eyes should look slightly downward when viewing the middle of the screen.

•

Position your monitor no closer than 40 cm and no further away than 70 cm from your eyes. The optimal distance is 50 cm.

•

Rest your eyes periodically by focusing on an object at least 20 feet away. Blink often.

•

Position the monitor at a 90° 90° angle to windows and other light sources to minimize glare and reflections. Adjust the monitor tilt so that ceiling lights do not reflect on your screen.

•

If reflected light makes it hard for you to see your screen, use an anti-glare filter.

•

Adjust the monitor’ monitor’s brightness and contrast controls to enhance readability.

•

Use a document holder placed close to the screen.

•

Position whatever you are looking at most of the time (the screen or reference material) directly in front of you to minimize turning your head while you are typing.

•

Avoid displaying fixed patterns on the monitor for long periods of time to avoid image persistence (after-image effects).

•

Get regular eye checkups.

Ergonomics To realize the maximum ergonomics benefits, we recommend the following: •

Use the preset Size and Position controls with standard signals.

•

Use the preset Colour Setting.

•

Use non-interlaced signals with a vertical refresh rate between 60-75 Hz.

•

Do not use primary colour blue on a dark background, as it is difficult to see and may produce eye fatigue to insufficient contrast.

Cleaning the LCD Panel Recommended cleaning of the LCD: •

To remove dust and dirt from the surface of the LCD panel, wipe gently with a soft cloth.

•

Do not rub the LCD panel with rough material.

•

Do not press on the surface of the LCD panel.

To avoid scratches •

Do not touch LCD panel with hard objects.

•

Use only a soft cloth for cleaning the surface of the LCD panel.

To avoid stains •

Clean fingerprints, water drips, chemical spills and etc. from the LCD panel immediately or discoloration and spot will occur.

•

If the LCD panel is rubbed with too much force, cracking may occur, which will lead to abnormalities in the display.

To avoid breakage or screen trouble •

Do not push hard on the LCD panel surface.

•

Do not set heavy objects on the LCD panel surface.

•

Do not leave the LCD panel under constant pressure.

Cleaning the Cabinet •

Unplug the power supply.

•

Use a soft cloth.

•

Dampen the cloth with a mild detergent mixed with water, wipe the cabinet and dry with a soft cloth.

NOTE:

Many plastics are used on the cabinet surface. DO NOT clean with benzene, alkaline detergent, alcoholic system detergent, glass cleaner, wax, polish cleaner, soap powder or insecticide. Do not touch the cabinet with rubber or vinyl for a prolonged period. These types of fluids and fabrics can cause the paint to deteriorate, crack or peel.

English-12

Specifications MultiSync 20WGX2 Monitor

Monitor Specifications LCD Module

Diagonal: 43.3 cm/20.1 inches Viewable Image Size: 43.3 cm/20.1 inches Native Resolution (Pixel Count): 1680 x 1050

I n p u t S i g na l

1 6 , 7 00 , 0 0 0

Depends on display card used.

Synchronization Range

Hor izontal: 31.5 kHz to 81.1 kHz Ver tical: 56.0 Hz to 75.0 Hz

Viewing Angle

Left/Right: 89° /89 /89°° (CR > 10) Up/Down: 89° /89 /89°° (CR > 10)

Automatically Automatically

720 x 400*1 at 70Hz Some systems may not suppor t all modes 640 x 480*1 at 60 Hz to 75 Hz listed. 1 800 x 600* at 56 Hz to 75 Hz 832 x 624*1 at 75 Hz 1024 x 768*1 at 60 Hz to 75 Hz 1152 x 864*1 at 75 Hz 1152 x 870*1 at 75 Hz 1280 x 960*1 at 60 Hz to 75 Hz 1280 x 1024*1 at 60 Hz to 75 Hz 1440 x 900*1 at 60 Hz Recommended resolution is 60 Hz for 1680 x 1050 at 60 Hz............................ Hz.................................. ...... optimal display performance. performance.

Resolutions Suppor ted

USB Hub

Active matr ix; thin film transistor (TFT) liquid cr ystal display (LCD); 0.258 mm dot pitch; 470 cd/m2 white luminance; 1600:1 contrast ratio, typical (in Advanced DV Mode).

Video: ANALOG 0.7 Vp-p/75 Ohms Digital Input: DVI-D Sync: Sync: Separate Separate sync.TTL sync.TTL Level Level Posit Positive/ ive/Neg Negativ ative e Horizontal sync. Positive/Negative Vertical sync. Positive/Negative Composite sync. Positive/Negative*2 Sync on Green (Video 0.7 Vp-p and Sync. Negative 0.3 Vp-p)*2

Display Colours

Active Di Display Ar Area

Notes

Horizontal: 433.0 mm mm/17.0 in inches Vertica ertical: l: 271 271.0 .0 mm/10 mm/10.7 .7 inche inches s I/P: USB Specification Revision 2.0 Port: ort: Upstr pstrea eam m1 Downstream 4 Load Curren Load Current: t: Maxim Maximum um 0.5A 0.5A per per port port

Power Supply

AC 100-240V ~ 50/60Hz

Power Consumption (without optional Sound Bar)

84 W (typ)

Current Rating

1.0 - 0.52 A

Dimensions

471.4 mm (W) x 391.5 mm (H) x 203.0 mm (D) 18.6 inches (W) x 15.4 inches (H) x 8.0 inches (D)

Weight

6.3 kg (13.9 lbs)

Environmental Considerations Oper Operati ating ng Temp emper eratu ature: re: Humi Humidi dity ty:: Altitu Altitude: de: Storag Sto rage e Temp Tempera eratur ture: e: Humi Humidi dity ty:: Altitu Altitude: de:

5°C to 35° 35°C/41° C/41°F to 95° 95°F 30% 30% to 80% 80% 0 to to 12,0 12,000 00 Feet Feet -10 -10°C to 60° 60°C/14° C/14°F to 140° 140°F 10% 10% to 85% 85% 0 to to 40,0 40,000 00 Feet Feet

*1 Interpolated Resolutions: When resolutions are shown that are lower than the pixel count of the LCD module, text may appear different. This is normal and necessary for all current flat panel technologies when displaying non-native resolutions full screen. In flat panel technologies, each dot on the screen is actually one pixel, so to expand resolutions to full screen, an interpolation of the resolution must be done. *2 If your display is not showing a picture of the SOG and Composite Sync. Signal, please contact our hotline for further assistance.

NOTE:

Technical specifications are subject to change without notice.

English-13

h s i l g n E

Features Thin-frame design creates more desktop space for you to work and play, play, while the flat screen’s crisp, bright images and crystalclear text deliver a comfortable viewing experience. Xtra View technology allows for wide -angle viewing. No Touch Touch Auto Adjust automatically adjusts your optimal image settings upon initial power-on. Colour Control System allows you to change between six colour settings on your display to match your personal preference. Redesigned OSM controls allow you to quickly and easily adjust all elements of your screen image. NaViSet software offers an expanded and intuitive graphical interface, allowing you to more easily adjust OSM display settings via mouse and keyboard. The flat screen’s screen’s crisp, bright images and crystal-clear textdeliver text deliver a comfortable viewing experience. OptiClear LCD panel and Dynamic Visual Mode (DVM) for brilliant colour and outstanding image clarity. ErgoDesign Features: Enhance human ergonomics to improve the working environment, protect the health of the user and save money. money. Examples include OSM controls for quick and easy image adjustments, tilt base for preferred angle of vision, small footprint and compliance with MPRII and TCO guidelines for lower emissions. Plug and Play: The Microsoft ® solution with the Windows ® 95/98/Me/2000/XP operating system facilitates setup and installation by allowing the monitor to send its capabilities (such as screen size and resolutions supported) directly to your computer, automatically optimizing display performance. IPM (Intelligent Power Manager) System: Provides innovative innovative power-saving methods that allow the monitor to shift to a lower power consumption level when on but not in use, saving two-thirds of your monitor energy costs, reducing emissions and lowering the air conditioning costs of the workplace. Multiple Frequency Technology: Automatically adjusts monitor to the display card’ card’s scanning frequency, thus displaying the resolution required. FullScan Capability: Allows you to use the entire screen area in most resolutions, significantly expanding image size. VESA Standard Mounting Interface: Allows users to connect their MultiSync monitor to any VESA standard third party mounting arm or bracket. Allows for the monitor to be mounted on a wall or an arm using any third par ty compliant device. USB 2.0 hub ads excitement to your computing by connecting you to digital cameras, scanners and more. OptiClear DVM: Provides rich colour saturation, remarkable clarity and true-to-life true-to-life contrast to enhance the user’s overall visual perception.

English-14

Troubleshooting No picture • The signal cable should be completely connected to the display card/computer. •

The display card should be completely seated in its slot.

•

Check the Vacation Switch should be in the ON position.

•

Front Power Switch and computer power switch should be in the ON position.

•

Check to make sure that a supported mode has been selected on the display card or system being used. (Please consult display card or system manual to change graphics mode.)

•

Check the monitor and your display card with respect to compatibility and recommended settings.

•

Check the signal cable connector for bent or pushed-in pins.

Power Button does not respond • Unplug the power cord of the monitor from the AC outlet to turn off and reset the monitor. •

Check the Vacation Switch on the back side of the monitor.

Image Persistence • Please be aware that LCD Technology may experience a phenomenon known as Image Persistence. Image Persistence occurs when a residual or “ghost” ghost” image of a previous image remains visible on the screen. Unlike CRT monitors, LCD monitors’ monitors’ image persistence is not permanent, but constant images being displayed for a long period of time should be avoided. To alleviate image persistence, turn off the monitor for as long as the previous image was displayed. For example, if an image was on the monitor for one hour and a residual image remains, the monitor should be turned off for one hour to erase the image. NOTE:

As with all personal display devices, NEC DISPLAY SOLUTIONS recommend displaying moving images and using a moving screen saver at regular intervals whenever the screen is idle or turning off the monitor when not in use.

Image is unstable, unfocused or swimming is apparent • Signal cable should be completely attached to the computer. •

Use the OSM Image Adjust controls to focus and adjust display by increasing or decreasing the fine total. When the display mode is changed, the OSM Image Adjust settings may need to be re-adjusted.

•

Check the monitor and your display card with respect to compatibility and recommended signal timings.

•

If your text is garbled, change the video mode to non-interlace and use 60Hz refresh rate.

•

If you select Advanced DV mode, please select OFF.

LED on monitor is not lit (no blue or amber colour can be seen) • Power Switch should be in the ON position and power cord should be connected. •

Check the Vacation Switch should be in the ON position.

•

Make sure the OSM LED Brightness Control is at the proper setting.

Display image is not sized properly • Use the OSM Image Adjust controls to increase or decrease the H. SIZE. •

Check to make sure that a supported mode has been selected on the display card or system being used. (Please consult display card or system manual to change graphics mode.)

No Video • If no video is present on the screen, turn the vacation switch off and on again. •

Make certain the computer is not in a power-saving mode (touch the keyboard or mouse).

USB Hub does not operate • Check to make sure the USB cord is properly connected. Refer to your USB device User’ User’s manual.

English-15

h s i l g n E

TCO’03

Congratulations! The display you have just purchased carries the TCO ’03 Displays label. This means that your display is designed, manufactured and tested according to some of the strictest quality and environmental requirements in the world. This makes for a high performance product, designed with the user in focus that also minimizes the impact on our natural environment.

Some of the features features of the TCO’ TCO ’03 Display requirements: Ergonomics • Good visual ergonomics and image quality in order to improve the working environment for the user and to reduce sight and strain problems. Important parameters are luminance, contrast, resolution, reflectance, colour rendition and image stability. Energy • Energy-saving Energy-saving mode after a certain time – beneficial both for the user and the environment

• Electrical safety Emissions • Electromagnetic Electromagnetic fields • Noise emissions Ecology • The product must be prepared for recycling and the manufacturer must have a certified environmental management system such as EMAS or ISO 14 001. • Restrictions on: - chlorinate chlorinated d and brominate brominated d flame flame retard retardants ants and polyme polymers rs - hea heavy vy metals metals such such as cadmium, cadmium, mercury mercury and and llead. ead.

The requirements included in this label have been developed by TCO Development in cooperation with scientists, experts, users as well as manufacturers all over the world. Since the end of the 1980s TCO has been involved in influencing the development of IT equipment in a more user-friendly direction. Our Our labelling system started with displays in 1992 and is now requested by users and IT-manufacturers all over the world.

For more information, please visit www.tcodevelopment.com English-16

Manufacturer’s Manufacturer’s Recycling and Energy Information NEC DISPLAY SOLUTIONS is strongly committed to environmental protection and sees recycling as one of the company’ company’s top priorities in trying to minimize the burden placed on the environment. We are engaged in developing environmentallyfriendly products, and always strive to help define and comply with the latest independent standards from agencies such as ISO (International Organisation for Standardization) and TCO (Swedish Trades Union). For more information, and for help in recycling your old NEC monitors, please visit our website at http://www.nec-display-solutions.com (in Europe) or http://www.nec-display.com (in Japan) or http://www.necdisplay.com (in USA). Country-specific recycling programmes can also be found at: Swed Sweden en -

http http:/ ://w /www ww.e .ell-re retu turr.se .se

German Germany y-

http:/ http://w /www ww.re .recyc cyclin lingpa gpartne rtnerr.de .de/ /

Holla ollan nd -

htt ttp: p:// //w www.mir mirec.nl c.nl/ /

Japan -

http://www.diarcs.com/

Energy saving: This monitor features an advanced energy saving capability. When a VESA Display Power Management Signaling (DPMS) Standard signal is sent to the monitor, the Energy Saving mode is activated. The monitor enters a single Energy Saving mode. Mode

Power consumption

LED colour

Nor mal Operation

Approx. 84W

B l ue

Energy Saving Mode

Less than 2W

A m be r

Of f M od e

Less than 1W

Unlit

Disposing of your old NEC product Within the European Union EU-wide legislation, as implemented in each Member State, requires that waste electrical and electronic products carrying the mark (left) must be disposed of separately from normal household waste. This includes monitors and electrical accessories, such as signal cables or power cords. When you need to dispose of your NEC display products, please follow the guidance of your local authority, or ask the shop where you purchased the product, or if applicable, follow any agreements made between yourself and NEC. The mark on electrical and electronic products only applies to the current European Union Member States.

Outside the European Union If you wish to dispose of used electrical and electronic products outside the European Union, please contact your local authority so as to comply with the correct disposal method.

English-17

h s i l g n E

Serial Number Information Refer to the serial number information shown below. EX.) SERIAL NUMBER LABEL

MODEL : 20WGX2 – BK

SERIAL NO. :

Manufactured Year : (Last digit : 2005 → 5, 2006 → 6, 2007 → 7)

Manufactured Month : January January to Septembe Septemberr : 1 to 9 October :

X

November :

Y

December :

Z

Classification code : Discriminate by cabinet color Black : 1 Running number : Note : This running number does not reset at each month. (Example) Jan. : 00001, 00002, 00003, ….., 01234, Feb. : 01235, 01236, 01237, ….., 99999, 00001, Mar. : 00002, 00003, 00004, ….. Factory Code : G : Lite-on Control Code: For B ver. (Europ rope)

:B

2-1

(L)

DISASSEMBLY ■

Before you disassemble the set, turn off power and pull out the power plug.

■

Use the the proper proper screwdriver. screwdriver. If oversiz oversiz e or undersiz undersiz e screwdriver screwdriver is used, screws screws may be damaged. damaged.

■

Assembly is the opposite process of disassembly.

Step 1 : Symb Symbol ol

For Europ Europ e

Descri Descri tion tion

Cabi Cabinet net

(Liteo (Liteon n P art Numbe Number) r) 1

Color

7737710453 773771045 3 0A

BASE ASSY

6700

94 0 NM 2

77426119 1 0A

Model

O ER

B

Black

B

ABS U20BNL ABLE

MANAGEMENT

6700

ABS 94 0

1

2 ush up and and tak take e over the cover

3- 1

Black


ForEur ForEurop op e.


Cabi Cabinet net


7110340102 0A

Model

Color S RE

MA

INE NON

E FLAT

EAD M4 10 N

Black

B

Cabi Cabinet net

Model

3

Step 3 :

Symb Symbol ol

For Europ Europ e



774 7742611931 0A

Color O ER TERMINAL BOTTOM O ER

6700

ABS

4

Take over the terminal cover

3- 2

Black

B

Step 4 :

Symbo Symboll

For Europ Europ e


Cabi Cabinet net


7110340102 0A

Model

Color S RE

MA

INE NON

E FLAT

EAD M4 10 N

Black

B

5

Take Take off these 2 s crews to remov remo ve the rear rea r cover

Step 5 :

Symbo Symboll

For Europ Europ e

Descr Descripip tion tion

Cabi Cabinet net

(Liteo (Liteon n P art Number Number)) 6

7140226122 0A

Model

Color S REW

FOR

ONTROL

Black

6

Take off these 2 s crews to remove the function key

3- 3

B


For Europ Europ e

Descr Descripip tion tion

Cabi Cabinet net

(Liteo (Liteon n P art Numb Number) er) 7

6711130002 90

Model

Color ARNESS 13 11

EY

IRE

Black

B

Blac Black k

B

Cabi Cabinet net

Model

210mm 1571 30

FUN FUN TION TION EY A' s sy

5113800416P

7

Unplug the key wire

Step 7 : Symbo Symboll

For Europ Europ e



7737512 57 0A

Color FC

ASSY NM

6690/ # 6720 UL-94 0

9

Take off the front cover

3- 4

hite ABS

B


For Europ Europ e.


Cabi Cabinet net


7737609551 0A

Model

Color RC ASSY S

AMA 20

6700

Black

ABS

UL-94 0

10

Take off the rear cover

3- 5

B

Step 9 :

Symb Symbol ol

For Europ Europ e



7110330062 0A

Cabi Cabinet net

Model

Color S RE -MA

INE-FLAT

EAD-M3 -M3-6

11

11

3- 6

Black

B

Step 10 :

Symbo Symboll

For Europ Europ e.


Cabi Cabinet net


67110300001 67110300001 00

Model

Color ARNESS L DS 30 30

Black

B

Black

B

220mm 15 9 30 13

6711140240 00

ARNESS 9

O ER 14

300mm 1007 24

12

13

Unplug Unplug the LV DS harness harness and invert inverter er harness harness

Step 11 :

Symb Symbol ol

For Europ Europ e


Cabi Cabinet net

(NECDS art art Num Numb ber) er) 14

3A684126

Model

Color TFT LM201

E2-SL A1

LPL

14

3- 7

Black

B

Step 12 :

Symb Symbol ol

For Europ Europ e


(Liteo (Liteon n P art Numb Number) er)

Cabi Cabinet net

Model

Color

15

71 711063 106300 0042 42 0A

S RE

M3_4

Black Black

B

16

77462 746204 0417 170P 0P 0A

USB S IELD IELD O ER

Blac lack

B

Cabi Cabinet net

Model

15 16


For Europ Europ e



7110330062 7110330062 0A

Color S REW

MA

INE-FLAT

Black

B

Black

B

EADEAD-M M3-63-6-N NI 18

5113 511370 7000 0055 55PP

U20B 20BNL( NL(03)_ 03)_ NE DS USB BD

17

18

3-

Step 14 :

Symbo Symboll

For Europ Europ e



7140330103 7140330103 0A

Cabi Cabinet net

Model

Color S REW

DOUBLE

Black

B

Cabi Cabinet net

Model

TH READ READ FLA FLAT M3 10L

19

Step 15 :

Symbo Symboll

For Europ Europ e



7740 774020 2008 08 90P 90P

Color NONNON-ST STAN ANDA DARD RD S RE -S RE - U-N

20

3- 9

Black

B

Step 16 : Symbol

For Europe

Description

(Liteon Part Number) 21

7140330082P0A 7140330 082P0A

Cabinet

Model

Color SCREW-MACHINE-NON E-FLAT HEAD-M3-8-NI

21

Step 17 :

Unplug the signal harnes s

3- 10

Black

B


For Europ Europ e



7740201240 0A

Cabine Cabinett

Model

Color S RE

MA

ASER

INE FLAT

Black

B

AN M3 6L Z

22


For Europ Europ e.



71162400 1 0A

Cabi Cabinet net

Model

Color S RE -MA

INE-STAR

AS ER- AN-M4- -Zn

23

3- 11

Black

B


For Europ Europ e



7740201240 0A

Cabi Cabinet net

Model

Color S RE

MA

ASER

INE FLAT

Black

B

AN M3 6L Z

24


For Europ Europ e



51143003 5P

Cabi Cabinet net

Model

Color U20BNL(03) NE DS

Black

B

Black

B

O ER BD 26

5113 511330 3012 1255 55PP

U20B U20BNL NL(0 (03) 3) NE DS INTE INTERF RFAC AC E BD BD

25

26

Unplug the switch harness

3- 12

Step 22 :

Symbo Symboll

For Europ Europ e


Cabi Cabinet net


Model

Color

7746204162 0B

S IELD S IELD

Black

B

Black

B

O ER AL ALLOY1100 T 1.0 28

6711030003 91

ARNESS 3 S IT BL

150mm 1007 22 E T

27

28

Spring for EMI (Reef Spring) Attention:

Raise Raise the reef reef spring spring to contac contactt a metallic metallic cha chassis of of the LC D panel panel when when you you attach attach the L D panel to the chassis base. owever, owever, be careful, for ifif you pull it up too hard, hard, the leaf leaf spring would be be detached. detached.

3- 13

AD

S MENT

ROCED RES

ABLE OF CON EN S Page 1.

Applicat Application.......... ion................ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ........... ........... ............ ............ ............ ........... ..... 4-2 4-2

2.

Default Default Setting Setting ............ .................. ............ ............ ............ ............ ........... ........... ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ......... ... 4-2 4-2

3.

Basic Basic Operation Operation ............ .................. ............ ............ ............ ............ ............ ............ ............ ............ ............ ........... ........... ............ ............ ............ ............ ............ ............ ............ ........ 4-3 4-3

3.1 Basic Basic Key Function ........................................................................................................................ 4-3 4-3 3.2 Hot Key for Factory Adjust .............................................................................................................. 4-4 3.3 Hot Key for Burn-in Mode ............................................................................................................... 4-5 4-5 3.4 How to use Factory Factory Mode ............................................................................................................... 4-5 4-5 4.

Adjustmen Adjustmentt ........... ................. ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ........... ........... ............ ............ ............ ............ ............ ............ ......... ... 4-9 4-9

4.1 Measuring Measuring Instruments, Instruments, Jigs and Tools ........................................................................................... 4-9 4-9 4.2 Power-supply Power-supply Voltage ..................................................................................................................... 4-9 4-9 4.3 Power Power Circuit Closure ..................................................................................................................... 4-9 4-9 4.4 ADC Bias Bias and Gain Adjust .............................................................................................................. 4-9 4.5 Panel Panel Brightness Brightness Check ............................................................................................................... 4-10 4-10 4.6 Panel Panel Color Check ........................................................................................................................ 4-10 4-10 4.7 Color Temperature emperature Check ............................................................................................................. 4-10 4-10 5.

Referenc Reference e Signa Signall Timin Timing g ............ .................. ............ ............ ............ ............ ............ ............ ............ ............ ............ ........... ........... ............ ............ ............ ............ .......... .... 4-1 4-11

4- 1

.A

lication

This adjustment specification should be applied to the 20WGX2 monitor .

2. Default Setting Item

Default Setting

Analog

Volume

---

Mute

---

Digital

Brightness

100%

100%

Contrast

50%

50%

Advanced DV Mode

DV mode H. Position

V. Position

Off

Off

Standard

Standard

H/V position : optimal value

----

for the signals, which is stated in the VESA standard or close

----

value to the optimal value H size : optimal value for the

H Size

signals, which is stated in the

----

VESA standard or close value to the optimal value

FINE Selection of Accucolor Preset

0

----

N (Native)

N (Native)

OSM Left/Right

Center of horizontal position

OSM Down/Up

Center of vertical position

OSM Turn off time

45 (sec.)

OSM Lock out

Not locked

Resolution Notifier

ON

Sharpness

16.6%

Expansion Mode

Full

Off Timer

Off

LED Brightness

100%

Language

Depend on destination

Hot Key


OSM Select


URL-Indication


4- 2

*1 : Hot Key Destination

Default Setting

Europe

On

*2 : Language Destination

Default Setting

Europe

English

*3 : Information Model

Destination

Indicate Model Name

EU

20WGX

2

20WGX

2

URL : Indicate below URL. Destination

Default Setting

For NEC model

NECDISPLAYSOLUTIONS.COM

*4 : OSD/OSM Setting Destination

Factory Setting

For NEC model at B version

OSM

. Basic O eration ion .1 Bas Basic Key Func Functi tion on

Key

Function

MENU / EXIT

Enter OSM / Exit OSM / Exit sub menu

Direction Key

Control : Move the cursor and select control items Adjust : Change the value of each f unction

SELECT 1 <-> 2

Enter to sub menu / Operating of auto adjust and reset / Input signal select

RESET / DV MODE

When OSM open, reset the selected item (Open Reset Warning before reset) / Hot key for DV MODE

4- 3

.2 Ente Enterr Fact Factory ory Mode Mode a) Press “MENU/EXITt” button then open OSM menu.

MENU / EXIT

No OSD

b) OSM select to “INFORMATION ” menu by “RIGHT or “LEFT” button.

RIGHT or LEFT 1680x1050

c) Press “RESET” + ”SELECT” button then into Factory mode.

1680x1050

RESET + SELECT

4- 4

.3 Enter Bu Burn in Mo Mode a) No signal input. b) Press “RESET” + “SELECT” button then into Burn-in mode.

RESET + SELECT

.4

ow

to use Factory Mode

Page 1

■

HOURS RUNNING Indicate the “monitor power ON time time” and “power save time” counted from factory shipment. Hours Running function has four kinds of timer. a. Monitor power on time (Reset-able) b. Power save time (Reset-able) c. Monitor power on time (Un reset-able) d. Power save time (Un reset-able) Note1: Power save time = Stand by mode + Suspend mode + off mode (Do not include complete off mode.) The default is Reset-able timers, time rs, so reset-able reset-abl e timers shall be shown when open the tag which includes Hours Running function. Indication of Reset-able and Un reset-able can be changed by key input. “RESET”

+ “LEFT”: Display Reset-able timers

“RESET” + “RIGHT”: Display Un reset-able timers

When “RESET ” + “LEFT ” + ”SELECT” key is pressed during displaying Reset-able or Un reset-able timers, reset the Reset-able timers to “0” and display Reset-able timers. The Reset-able timers are reset to “0” by “Factory Preset” in factory mode. All timers shall be counted up every 5 minutes and count up to 65535H55M after that all timers keep 65535H55M. Do not reset to 00000H00M after 65535H55M. 4- 5

■

F/W VER : Firmware version

■

F/W ID : Frimware ID

■

FACTORY PRESET : Reset all items of Factory preset in user mode. Clear Reset-able Hours Running. Clear Auto Adjust count. Clear First auto flag. Change OSD design to “Normal”. Change Resolution Notifier to Enable.

Page 2

This page is used to adjust RGB offset and gain. ■

A

■

GAIN GAIN (R G/ B) :

O COLOR :

A gain and offset are auto adjusted. The manual adjustment of the gain of analog input each color can be carried out. ( No adjustment need)

■

OFFSET (R G B) : The manual adjustment of the preceding stage offset of analog input each color

can be carried out. ( No adjustment need)

Page 3

■

AUTO ADJUST COUNT : The total times of execution of automatic adjustment (H. Position , V.Position , H.Size and Fine)

■

AUTO COLOR COUNT : The total times of execution of automatic adjustment (Auto Contrast).

4- 6

Page 4

OSM DESIGN

BAR/Value

0/1

0 : Normal

0

1 : Debug mode OSM SELECT

OSD/OSM

URL

0/1

0 : OSM

1 : OSD

0/1/2

0 : Not indicate URL

0 1

1 : MECDISPLAYSOLUTIONS.COM 2 : Not indicate URL HOT KEY

0/1

0 : OFF

LANGUAGE

0/1

0 : English

0/1

0 : DE signal

DIGITAL SYNC

DE / H,V sync

1 : ON 1: Japan 1. Hsync / Vsync

0 or 1 0 No adjustment adjustm ent needed

SOG SAMPLE

0/1/2/3

0 : 1/4 H line average period

No adjustment


needed

2 : 1/2 H line average period 3 : 5/8 H line average period COMP

0/1/2/3

SAMPLE


No adjustment


needed

2 : 1/2 H line average period 3 : 5/8 H line average period DITHER TYPE

0/1/2/3

0 : Dither : Ordered dither

No adjustment

1 : Dither : Random dither

needed

2 : Dither : No dither (6 bit+FRC) OVERDRIVE

0/1

0 : Disable overdrive function

No adjustment

1 : Enable overdrive function

needed

4- 7

Page 5

■ LC D

anel ty ty e.

Page 6

■ Each Each Col Color or T emp erat eratur ure e Dat Data a. (Adjustment needed)

4- 8

. Ad ustment .1 Measuring ing Ins Insttrume uments,

igs and T ools

The measuring instruments, jigs, and tools required at the time of the adjustment of the unit to be adjusted are as specified below. a. A signal generator that can generate an an output of signal timing produced by the adjusted (*). In this case, however, this signal generator should be capable of displaying all white and all black as a screen display pattern. * The word “adjusted” shall mean that the amplitude of each signal R, G, B, which is output from the signal generator, is maintained at 0.7Vp-p ± 0.05V when a load of 75ohm is connected.

.2 o er su

ly oltage

INPUT: 100Vac ~ 240Vac

.3

o er Circuit Closure

1) Connect the suitable cable of the signal generator according to the setting mode. 2) Turn on the Power switch of the signal generator. 3) Connect the AC power cable to the unit being adjusted. 4) Turn on the Power switch of the unit being adjusted. 5) After the completion of signal discrimination, the LED is turned blue.

.4 ADC Bia Bias s and and Gain Gain Ad ust 1) Enter an input signal of VESA 1024x768 @ 60Hz, in 32-gray gradation. 2) Enter the factory mode according to “3.2 Enter Factory Mode” 3) Press the RIGHT or LEFT buttons several times to display the [AUTO CONTRAST] adjust menu.

4) Pressing the SELECT button, adjust the cursor to [AUTO COLOR]. When the SELECT button is pressed, adjustment of the bias and the gain is carried out. 5) When adjustments have been finished, press the MENU/EXIT buttons several times to close the factory mode.

4- 9

.5

anel Brightness Ch Chec

1) Enter the input signal of 1680x1050 @ 60Hz, in Full white pattern. 2) Proceed “Factory Preset” function of tool menu. 3) OSM setting “BRIGHTNESS” to Max. (100%) and “CONTRAST” to 100%. 4) Color temperature setting to “NATIVE”. 5) Check the center luminance should≧ 250cd/m2.

.6

anel Color Chec

1) Enter an input signal of 1680x1050 @ 60Hz, in Full white pattern. 2) Proceed “Factory Preset” function of tool menu. 3) OSM “ BRIGHTNESS” setting to Max. (100%) and “CONTRAST” setting to 50%. 4) Color temperature setting to “NATIVE”. 5) Check the center color coordination. coordination. x = 313 ± 0.03 y = 329 ± 0.03

.7 Color em erature Chec 1) Enter an input signal of 1680x1050 @ 60Hz, in Full white pattern. 2) OSM “BRIGHTNESS” setting to Max. (100%) and “CONTRAST” setting to 50%. 3) Color temperature setting to each color. 4) Each color temperature setting as below: 9300K: x = 0.283 ± 0.03 y = 0.297 ± 0.03 8200K: x = 0.292 ± 0.03 y = 0.307 ± 0.03 7500K: x = 0.299 ± 0.03 y = 0.315 ± 0.03 6500K: x = 0.313 ± 0.03 y = 0.329 ± 0.03 5000K: x = 0.346 ± 0.03 y = 0.359 ± 0.03

4- 10

. Ref Refe erence ence Sig Signa nall T imin iming g

Item

Abbr Abbrev ev iati iation on

VESA 1024 768

0 z

ESA

0

0 0

0

ixel xel fre fre uenc uency y

fc

65. 65.000M 000M z

146.25M

ori ontal tal fre fre uency ncy

fh

48. 48.36k 36k z

65.29k

Th

20. 20.68us 68us

1344 LK

15.316us

2240 L

oriz oriz ontal ontal acti active ve disp displa lay y

Thd Thd

15. 15.75us 75us

1024 LK

11.4 7us

16 0 L

oriz oriz ontal ontal sync sync puls pulse e

Thp Thp

2.09us 09us

136 LK

1.203us

176 L

oriz oriz ontal ontal back back porc porch h

Thb Thb

2.46us 46us

160 LK

0.711us

104 L

oriz oriz ontal ontal front front porc porch h

Thf

0.37 0.37us us

24 LK

1.915us

2 0 L

Line Time total

ori ontal tal syn sync pol polarity rity erti ertica call Freq Freq uenc uency y

NEG NEG (/ OS) OS)

NEG ( OS) OS)

fv

60. 60.000 z

Tv

16.67 16.67ms

806H 806H

16.679m s

10 9 H

ertical ertical active display display

Tvd

15.88 15.88ms ms

768H 768H

16. 0 2ms

1050

ertica erticall sync sync pulse pulse

Tvp

0.12 0.12ms ms

6H

0.0 0.092ms 92ms

6

ertica erticall back back porch porch

Tvb

0.60ms 60ms

29H 29H

0.45 0.459m 9ms s

30H 30H

ertica erticall front front porch porch

Tvf

0.06 0.06ms ms

3

0.046ms

3H

Frame time total

erti ertica call sync sync pola polari rity ty

59.954

NEG NEG (/ OS) OS)

4- 11

OS (/ ENG) ENG)

INSPECTION TABLE OF CONTENTS Page 1. General General Descrip Description tion ................ ........................ ................ ................ ................ ................ ................ ................. ................. ................ ................ ..............5-3 ......5-3 2. Electrical Electrical Characteristic Characteristics s ................ ........................ ................ ................ ................ ................. ................. ................ ................ ................ ..............5-4 ......5-4 2.1 Input Signals Signals .................... ....................... ....................... ...................... ....................... ... 5-4 2.2 Power Power Supply Supply ................ ........................ ................ ................ ................ ................. ................. ................ ................ ................ ................ ................ ...............5-6 .......5-6 2.3 Power Manageme Management nt ..................... ....................... ...................... ....................... .............. 5-7 2.4 Others ................. ......................... ................ ................ ................ ................ ................ ................. ................. ................ ................ ................ ................ .................5-8 .........5-8 2.5 Touch Panel Panel Capabi Capability lity ..................... ....................... ....................... ...................... .......... 5-9 2.6 White Color Temperature........... ....................... ....................... ...................... ................ ... 5-9 5-9 2.7 Visual Ergonomic Ergonomic Requirement of TCO’03 Standa Standard rd ................ ........................ ................. ................. ................ .......... .. 5-10 5-10 2.8 Criteria Criteria for Noise* Noise* ................ ........................ ................ ................ ................ ................ ................ ................. ................. ................ ................ ...............5-10 .......5-10 3. Connector Connector Pin Assignment Assignment ................ ........................ ................ ................ ................ ................ ................ ................. ................. ................ .......... 5-11 5-11 3.1 Analog Analog Video Video Input : Mini Mini D-sub 15 15 pin.............................. pin....... ....................... ....................... ..................... 5-11 5-11 3.2 Digital Inter Face Face Signals ...................... ....................... ....................... ...................... ... 5-12 4. Suppor Supportt Video Video Modes............. Modes..................... ................ ................ ................ ................ ................. ................. ................ ................ ................ ............. ..... 5-13 5-13 5. DDC Function Function ................ ........................ ................ ................ ................. ................. ................ ................ ................ ................ ................ ................. ............ ... 5-15 5-15 5.1 Plug & Play .................... ....................... ....................... ...................... ....................... ... 5-15 5.2 Remote Remote Control Control ................ ........................ ................ ................ ................ ................ ................ ................. ................. ................ ................ ................ .......... .. 5-15 5-15 6. Other Function Function ................ ........................ ................ ................ ................. ................. ................ ................ ................ ................ ................ ................. ........... .. 5-15 5-15 6.1 Full Scan Capaci Capacity ty .................... ...................... ....................... ....................... ............... 5-15 6.2 85Hz Refresh Refresh Rate Support Support ................. ......................... ................ ................ ................ ................ ................. ................. ................ .............. ......5-1 5-16 6 6.3 50Hz Refresh Refresh Rate Support Support ................. ......................... ................ ................ ................ ................ ................. ................. ................ .............. ......5-1 5-16 6 7. External External Inspectio Inspection n on the LCD Module Module ................ ......................... ................. ................ ................ ................ ................ ............... .......5-1 5-17 7 7.1 Inspection Condition.... Condition........... ............................. ...................... ....................... ...................... ....................... 5-17 7.2 Polarizer Defects................................................................................................................5-18 7.3 Foreign Material..................................................................................................................5-19 7.4 Line Defect..........................................................................................................................5-19 7.5 Bezel Appearance..............................................................................................................5-19 7.6 Others.................................................................................................................................5-19

5-1 5-1

Page 8. Safety ..........................................................................................................................5-20 8.1Insulation 8.1Insulation Resistance Test .............................................................................. ............5-20 5-20 8.2Dielectric Strength Strength Test ........................... ..................................................................5-20 8.3Leakage Current Current Test ........... .....................................................................................5-21 8.4Ground Continuity ......................................................................................................5-21 8.5CTI Value of PCB........................................................................................................5-21 8.6Others .........................................................................................................................5-21 9. Inspection Inspection of PLUG PLUG & PLAY PLAY Communic Communication ation and and OSM “MONITOR INFORMATION” for Model Model Name/ Name/ Serial Number Inspection Inspection ....................... ...................... ....................... . 5-22 9.1 System Connection ..................... ....................... ....................... ...................... .............. 5-22 9.2 Input Signal Signal ..................... ....................... ....................... ...................... ....................... ..... 5-23 9.3 Program Program ................ ......................... ................. ................ ................ ................ ................ ................ ................. ................. ................ ................ ................ ............... .......5-2 5-23 3 9.4 Operatio Operation n ................ ........................ ................ ................ ................ ................. ................. ................ ................ ................ ................ ................ ................. .............. ..... 5-24 5-24 9.5 EDID Data File ..................... ....................... ...................... ....................... ....................... 5-29 9.6 EDID Write Protect Cancel Signal Timing Timing ..................... ....................... ....................... ... 5-29 Appendix Reference Signal Timings Timings .................... ....................... ....................... .................. 5-30

5-2 5-2

1. General Description Product Specifications Item

LCD

Size Active Display Area Resolution Pixel Pitch Color Depth Luminance CR>10 Viewing Angle(Typ.) CR>5 Contrast Ratio ON+OFF Response Time GTG Color gamut Surface Treatment Back Light Horizontal frequency Vertical frequency Video Signal

Input Signals

Sync. Signal Pixel Clock Input connector

Preset Timings USB Hub (only AN/BNBK) Functions

Front Control Back side

OSM

Regulations

Environment Condition

Power Supply

Remote Control Safety EMC VLF / ELF Power Management Managem ent Ergonomics Ergonomi cs Plug and Play Others Temperature emperatu re Humidity Input Voltage Typ Power Power consumption saving

Input Connector with Stand without Stand Net Dimension Gross VESA compatible arm mounting interface Tilt / Swivel / Rotation / Height Adjustment AC Power code

Weight

Accessories

Signal Cable

Others *1)60% of a m ass-product should meet

Specification Analog Input Digital Input LPL LM201WE2-SLA1 20.1" (51.1133cm) 433.44 (H) x 270.90 (V) mm 1680x1050 dots (WSXGA+) 0.258mm 16,77 M color (8-bits) 2 470cd/m (Typ.) *1) Up 89 / Down 89 / Left 89 / Right 89 (Typ.) 700:1(Typ.) 1600:1 (Typ.) (Advanced DV mode “ON”) 12ms 6ms by overdrive circuit integrated in panel > 72% Glare (AR<2.0%) CCFL x 10pcs (Direct (Direc t Light Type) 24.7kHz - 81.2kHz 24.7kHz - 81.2kHz 49.0Hz - 76.0 Hz Analog RGB Digital RGB Separate Sync.(TTL) Composite TMDS Sync.on Green video 25.2MHz – 165MHz Mini D-sub 15Pin

DVI-D

User preset : 23 USB Version 2.0 Self Powered Hub 1 upstream / 4 down stream Menu/Exit, Direction (4 direction key), Select/1<->2, Reset/DV mode, Power (DC) Power (AC) Brightness, Contrast, Auto contrast, Advanced DV mode, DV mode, Auto adjust, H Position, V position, H size, Fine, Color control, Sharpness, Expansion mode, Off timer, LED Brightness, Hot key, Factory preset, Language, OSM Left/Right, OSM Down/Up, OSM turn off, OSM Lock out, Resolution notifier, Monitor inf. VESA DDC/CI UL/ cUL , TuV GS, CE, CB Report, PSB FCC Class B, Canadian DOC Class B, C-tick Class B, CE MPR-II, MPRIII, TCO' 03 VESA DPMS ,EPA, Energy star Ver 4.0 Tier2, GEEA label TUV/ERGONOMIE, TUV/ERGONOMI E, TCO' 03 VESA DDC2B US Mercury Regulation, Windows XP/2000 Logo 5-35 degree C 10-80% (without condensation) condensation) AC100-240V, AC100-24 0V, 50 / 60Hz 84 W max (1.0 A @ 100 - 120V, 0.52 A @ 220 - 240V) <2.3W with USB hub model, <2W without USB hub (DPMS) <1W (DC Power Off) Meet to Energy Star Star Ver Ver 4.0 Tier 2 3P IEC Type Approx. 6.3 kg Approx. 4.6 kg 471.4 (W) x 391.5(H) x 203.0(D) mm 570.0(W) x 518.0(H) x 262.0(D) mm 100mmx100mm Up & Down 30deg to -5deg / Yes +/- 170degree 2.0m 2.0m : minD-sub15pin - minD-sub15pin 2.0m: DVI-D - DVI-D User's manual, USB cable, etc.

5-3 5-3

/ NA / NA

2. Electrical Characteristics 2.1 Input signals 2.1.1 Signals Video signal

Analog RGB / Digital RGB (TMDS)

Sync signal

Separate Sync

(Negative / Positive)

Composite Sync (Negative / Positive) Sync on green :

0.3Vp-p (Negative)

2.1.2 Analog Input Spec

Video

Analog Video

min

typical

max

0.55V

0.70V

0.90V

Impedance 75 ohm

Sync threshold Separate

VIH

0

2.0V

--

5.0V

Sync

VIL

1

0V

--

0.8V

Impedance 2.2k ohm

Composite

VIH

0

2.0V

--

0.5V

Positive / Negative

Sync

VIL

1

0V

--

0.7V

Composite Sync on Green Video

0.15Vpp

0.3Vpp

--

Setup

-

0V

--

Frequency

H-Sync

24.7kHz

--

81.2kHz

Range

V-Sync

49Hz

--

76Hz

H-Sync

0.4usec

--

--

V-Sync

2H

--

(14H)

Back

H-Sync

0.7us

--

--

Porch

V-Sync

3H

--

--

Sync

Sync Pulse

Impedance 2.2k ohm Positive / Negative

White Level

Video Swing Black Level Setup

Blank Level

Separate Sync Wave Form

5-4 5-4

White Level

Video Swing Black Level Setup

Blank Level

Sync

Sync Level Sync On Green Wave Form

Composite Sync Type This figure shows only positive sync waveform. Monitor should support negative sync waveform too. Hsync Type 1P

Vsync Type 1P

Composite Sync (Type1P)





Composite Sync (Type 3P)

2.1.3 Digital Input Signal Format : TMDS Spec Minimum

Typical

Maximum

Frequency

Dot clock

25.2MHz

--

165MHz

Range

H-sync

31.5kHz

--

81.2kHz

V-sync

49Hz

--

76Hz

H-sync

--

--

--

V-sync

--

--

--

H-sync

--

--

--

V-sync

--

--

--

Sync Pulse

Back Porch

5-5 5-5

2.2 Power Supply AC100 - 240V +/- 10%

Input Voltage Input Current (*1)

1.0 A@AC100V / 0.52 A@AC240V

Frequency

50 / 60 Hz +/-3Hz

Power Consumption

84 W (Max) with USB no load condition (*1) < 3.5mA (AC120V/240V) < 0.2mA (at AC100V with 2pin AC cable without GND) < 30Arms

AC Leakage current Inrush current (cold start)

(*1) The power consumption should meet to Energy Star Ver 4.0 Tier 2. Cond Condit itio ion n : Inpu Inputt Sign Signal al :

Nati Native ve reso resolu luti tion on,, max maxim imum um freq freq

Image pattern:

Wor Worst condition

Brightness:

175cd/m2 or minimum

USB USB Upst Upstre rea am:

Connecte cted

USDDownst Downstrea ream: m: No load. load. Crit Criter eria ia:: Under nder 50W 50W.

kk+In kk+Inle lett con conne nect ctor or type type::

3 pola polari rity ty,, 10A 10A 250V 250V 65de 65degC gC VDE, UL CSA approved CEE input connector. EN60320 Class I standard compliant com pliant

3

1

Pin 1 2 3

Name L N FG

2

5-6 5-6

Definition Live Neutral GND (Ground) Ground)

2.3 Power Pow er Management Management This function conforms DPMS of VESA, and International Energy Star Office Equipment program. Power Management condition and status for ANALOG Input mode Power

Signals State

Horizontal

Vertical

Video

USB

ON

ON

Active

ON

OFF

ON

Blanked

ON

ON

OFF

Blanked

ON

On

Power Consumption （W）

Recovery Time (sec)

LED status

---

Blue

< 3sec.

Orange

< 3sec.

Orange

< 3sec.

Orange

< 3sec.

None

---

None

Refer to 3.2 < 2.3W (Connect only USB Upstream cable, GEEA2005 Request)

DPMS OFF

OFF

Blanked

< 2.0W (Not connect USB, Energy Star Ver4.0 Tier 2)

ON

< 1.0W (Connect only USB Upstream cable, GEEA2005 Request)

DC power off

-

AC power (Vacation SW) off

-

-

-

OFF < 1.0W (Not connect USB, Energy Star Ver4.0 Tier 2 Request)

-

-

-

< 1W

Power Management condition and status s tatus for DIGITAL Input mode

State On

Signals DE

Horizontal

Vertical

Video

USB

Power Consumption

Pulses

ON

ON

Active

ON

Refer to 3.2

Recovery Times

LED status

---

Blue

< 3 sec.

Orange

< 3 sec.

None

---

None

< 2.3W (Connect only USB Upstream cable, GEEA2005 Request)

No Pulses

N/A

DC Power off

-

-

AC power (Vacation SW) off

-

DPMS

Power

N/A

Blanked

ON < 2.0W (Not connect USB, Energy Star Ver4.0 Tier 2) < 1.0W (Connect only USB Upstream cable, GEEA2005 Request)

-

-

OFF < 1.0W (Not connect USB, Energy Star Ver4.0 Tier 2 Request)

-

-

-

-

5-7 5-7

< 1.0W

2.4 Others 2.4.1 Scaler NEC-DS prefers Genesis OAK chipset.

HDCP

Lead Free

Faroudja

Output Resolution

X

O

X

WSXGA+

Gm5861

2.4.2 Audio System None

2.4.3 USB Self Powered Hub Version 2.0 Downstream Downstream port port : 4ports x 500mA, 500mA, Connector A type (2 ports left side of monitor. 2 ports backside of monitor.) Up Stre Stream am port port :

1port, 1port, Conn Connec ector tor B typ type e @ back back side of of monitor monitor..

Output Output Volta Voltage ge (Conn (Connecto ectorr A) : 5.0V +/+/- 5% Color of Connector :

Black (PC99)

USB Hub Controller :

Cypress CY7C65640A

This Hub should be meet WHQL test for Windows XP Logo and USB I/F Logo. This function should be active at the following condition. It is not active at the following condition for power saving.

Condition

USB Circuit

On Mode

Active

PMS mode

Active

(Windows XP, Select Screen of Prope rty -> Select Screen saver -> Select Monitor saving function -> Set “Turn off Monitor after XX minutes ” condition) PMS mode

Active

(Windows XP, Select Start Menu -> Select Shut Down -> Select Stand By mode condition) Front SW OFF (DC Power OFF)

Not Active

5-8 5-8

2.4.4 Dimming Control Range Bright ness shall be controlled by OSM less than 25% to 100%.

PWM frequency should be ad justed by MPU, and default frequency should be 3.5 times by Vsync. .

2.5 Touch Panel Capability None

2.5.1 Touch Panel Power Output Connector None

2.6 White Color Temperature White color temperature is 6 preset as 9300, 8200, 7500, sRGB (6500), 5000, Native. Default value of user color should be Native, which is maximum setting for panel. Target of color setting Color

Color Coordinate

Temp.

x

y

9300K

0.283

0.297

8200K

0.292

7500K 6500K (sRGB) 5000K

Color Coordinate

Tolerance

Tolerance

u’

v’

±0.015

0.189

0.446

△u’v’≦0.01*

0.307

±0.015

0.191

0.453

△u’v’≦0.01*

0.299

0.315

±0.015

0.193

0.459

△u’v’≦0.01*

0.3127

0.3291

±0.015

0.198

0.468

△u’v’≦0.01*

0.346

0.359

±0.015

0.209

0.488

△u’v’≦0.01*

*) TCO’03 A.2.6.1 “Color temperature variation” should follow. sRGB should follow “Microsoft Windows Color Quality Specification for Liquid Crystal Display OEM’s”. (http://www.microsoft.com/hwdev/tech/color/ColorTest.asp )

5-9 5-9

2.7 Visual Ergonomic Requirement of TCO 03 Standard ’

Following items should be meet for Visual Ergonomic of TCO’03 standard. A2.1.1 Pixel array requirement A2.3.1 Luminance Level A2.3.2 Luminance uniformity A2.3.4 Luminance uniformity - angular dependence A2.4.2 Luminance Contrast - angular dependence A2.4.3 Luminance contrast - characters A2.6.1 Color C olor Temp Temp Variation (*) A2.6.2 Color uniformity A2.6.3 RGB Setting A2.6.4 Color uniformity –angular dependence A2.6.5 Color gray scale linearity (*) (*) Should be adjusted by monitor.

2.8 Criteria for Noise* Any noise shall not be audible in dead room. Noise*: Sound from inverter, power unit, or other electrical components. Confirmation distance: 0 cm (at the every ventilation hole)

5-10

3. Connector Pin Assignment 3.1 Analog Video Input: Mini D-SUB 15 Pin Pin assignment for analog video input connector Pin No

Signal

1

Red Video

2

Green Video / Sync on Green

3

Blue Video

4

GND

5

DDC-GND

6

Red Video GND

7

Green Video GND

8

Blue Video GND

9

+5VDC (from PC)

10

Sync. GND

11

GND

12

DDC Data (SDA)

13

Horizontal sync. / Composite Sync

14

Vertical Vertical Sync

15

DDC Clock (SCL)

5-11

3.2 Digital Inter Face F ace Signals Pin assignment for DVI-D (24pin) connector Pin-Assignment of DVI-D connector : 1

TX2-

9

TX1-

17

TX0+

2

TX2+

10

TX1+

18

TX0-

3

Shield (TX2 / TX4)

11

Shield (TX1 / TX3)

19

Shield (TX0 / TX5)

4

NC

12

NC

20

NC

5

NC

13

NC

21

NC

6

DCC-Serial Clock

14

+5V power(*)

22

Shield (TXC)

7

DCC-Serial Data

15

Ground (+5V)

23

TXC+

8

No Connect

16

Hot plug detect

24

TXC-

(*) In case, the power of the PC unit is switched off and the power of the monitor is switched on: no voltage at pin 14.

5-12

4. Support Video Modes Monitor shall judge the received signal timing by following table. Monitor shall support all signal timings within the following frequency range. H-Sync range: from 24.7KHz to 81.2KHz [Analog] H-Sync range: from 31.5KHz to 81.2KHz [Digital] V-Sync V-Sync range: from 49 Hz to 76 Hz @Dot clock : under under 165MHz V total

V sync (Hz) fV≦57.9Hz

58.0≦fV≦77.9Hz

H sync (KHz) ---

---

V Total≦480 78.0Hz≦fV

481≦V Total≦550

---

Type

H POL

V POL

No.

Signal Name

---

---

---

3

640*400@56

SEP

POS

NEG

4

720*350@70

SEP

Other

Other

5

720*400@70

Other

---

---

SEP

POS

NEG

6

SEP

Other

Other

7

Other

---

---

--720*350@85 Out of range 720*400@85 Out of range ---

fV≦54.9Hz

---

---

---

---

50

640*480@50

55.0≦fV≦62.9Hz

---

---

---

---

8

640*480@60

63.0≦fV≦67.9Hz

---

---

---

---

1

640*480@66

68.0≦fV≦73.9Hz

---

---

---

9

640*480@72

74.0≦fV≦77.9Hz

---

---

---

10

640*480@75 640*480@75 640*480@85

78.0Hz≦fV

---

---

---

---

11

551≦V

fV≦67.9Hz

---

---

---

---

35

720*576@60

Total≦611 611

68.0Hz≦fV

---

---

---

---

36

720*576@75

fH≦33.0KHz

---

---

---

51

800*600@50 800*600@50

33.1≦fH≦38.0KHz

---

---

---

46

1280*720@50

55.0≦fV≦57.9Hz

---

---

---

---

12

800*600@56

58.0≦fV≦62.9Hz

---

---

---

---

13

800*600@60

63.0≦fV≦73.9Hz

---

---

---

---

14

800*600@72

48.0≦fH≦5.09KHz

---

---

---

2

832*624@75

Other

---

---

---

15

800*600@75

78.0Hz≦fV

---

---

---

---

16

fV≦54.9Hz

---

---

---

---

45

1024*768@50

55.0≦fV≦62.9Hz

---

---

---

---

17

1024*768@60

---

---

---

---

---

64

1280*768@60

63.0≦fV≦67.9Hz

---

---

---

---

29

1024*768@66

68.0≦fV≦77.9Hz

---

---

---

---

18

1024*768@70

Other

---

---

---

19

1024*768@75

63.1≦fH≦66KHz

---

---

---

44

1080*800@76

78.0≦fV

--

---

---

---

20

fV≦72.9Hz

--

---

---

---

30

1152*864@70

fH≦67.9KHz

---

---

---

21

1152*864@75

Other

---

---

---

28

1152*870@75

--

---

---

---

31

fV≦54.9Hz

612≦V Total≦768

74.0≦fV≦77.9Hz

769≦V Total≦864

73.0≦fV≦77.9Hz

865≦V

73.0≦fV≦77.9Hz

Total≦920 78.0≦fV

5-13

Out of range

800*600@85 Out of range



V total 921≦V Total≦929

V sync (Hz)

fV≦62.9Hz

Total≦960

(KHz) ---

Type

H POL

V POL

No.

---

---

---

52

Signal Name 1440*900@60 Reduced Blanking

fV≦62.9Hz

930≦V

H sync

---

---

---

---

53

1440*900@60

63.0≦fV≦67.9Hz

---

---

---

22

1152*900@66

68.0≦fV≦77.9Hz

---

---

---

54

1440*900@75 Out of range 1440*900@85

78.0Hz≦fV

---

---

---

---

55

fV≦54.9Hz

---

---

---

---

47

1280*960@50

961≦V

55.0≦fV≦67.9Hz

---

---

---

---

23

1280*960@60

Total≦1024

68.0≦fV≦77.9Hz

---

---

---

---

32

1280*960@75

78.0Hz≦fV

---

---

---

---

37

fV≦54.9Hz

---

---

---

---

48

1280*1024@50

55.0≦fV≦62.9Hz

---

---

---

---

24

1280*1024@60

63.0≦fV≦72.9Hz

---

---

---

---

25

1280*1024@66

fH≦80.6KHz

---

---

---

26

1280*1024@75

80.7 ≦fH≦85.0KHz

---

---

---

27

1280*1024@76

78.0Hz≦fV

---

---

---

---

38

fV≦62.9Hz

---

---

---

---

60

1025 ≦V Total≦1076

1077 ≦V Total≦1083

1084 ≦V

73.0Hz ≦fV≦77.9Hz

Total≦1300

1301 ≦V Total


1280*1024@85 Out of range 1680*1050@60 Reduced Blanking

fV≦62.9Hz

---

---

---

---

61

63.0≦fV≦77.9Hz

---

---

---

---

58

78.0 ≦fV

---

---

---

---

59

fV≦54.9Hz

---

---

---

---

49

55.0≦fV≦62.9Hz

---

---

---

---

33

63.0Hz≦fV

---

---

---

---

34

---

---

---

---

Total≦1200

12017≦V

Out of range

5-14

1680*1050@60 1400*1050@75 Out of range 1400*1050@85 Out of range 1600*1200@50 Out of range 1600*1200@60 Out of range 1600*1200@65 Out of range

Out of range

5. DDC Function 5.1 Plug & Play This monitor abides by VESA DDC2B. See page 5-29 5-29 for EDID data. Monitor can output EDID data, although PC+5V from PC is inactive.

5.2 Remote Control This monitor abides by VESA DDC/CI.

6. Other Function 6.1 Full Scan Capacity Capacity In case the input video mode is not native resolution, the image area shall be expanded to native resolution smoothly with the function of scaling engine. Standard resolution : 1680x1050 Expan Expand d method method

: Full expand expand mode with with smoothing smoothing as follows follows

Down own scal scalin ing g

: Down own sca scali ling ng at over over 1680 1680x1 x105 050 0 mod mode. e.

Picture Size (In Full-Screen mode) Multi-pixel mode Input display Resolution Expansion 720×350 Expansion 640×350 Expansion 640×400 Expansion 720×400 Expansion 640×480 Expansion 800×600 Expansion 832×624 Expansion 1024×768 Expansion 1152×864 Expansion 1152×870 Expansion 1152×900 Expansion 1280×768 Expansion 1280×960 Expansion 1360×768 Expansion 1400×900 Expansion 1400×1050 Standard 1680×1050

Expanded Rate Horizontal Vertical Vertical 2.33 3 2.62 3 2.62 2.62 2.33 2.62 2.62 2.18 2.1 1.75 2.02 1.68 1.64 1.36 1.45 1.21 1.45 1.20 1.45 1.16 1.31 1.36 1.31 1.09 1.23 1.36 1.2 1.16 1.2 1.0 1.0 1.0

5-15

Expanded Resolution 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050 1680×1050

6.2 85Hz Refresh Rate Rate Support Monitor should display 85Hz refresh rate mode as emergency mode. Monitor should display “Out of Range” warning menu at this mode.

6.3 50Hz Refresh Rate Rate Support In 50Hz refresh rate signal (Following signals), the display should be smooth at “Moving character ”. It should be taken care of the influence by “Frame buffer mode”. 1) PAL signal 1 2) PAL signal 2 3) GTF 1024x768@50Hz 4) GTF1280x720@50Hz GTF1280x720@50Hz 5) GTF1280x960@50Hz GTF1280x960@50Hz

5-16

7. External Inspection on the LCD Module 7.1 Inspection Condition 7.1.1 Conditions Ambient conditions : a. Temperature Temperature : 20~25oC b. Humidity

: 65 +/- 5 % RH

c. Illumination Illumination : Single Single 20W fluorescent fluorescent lamp non-directive (Appearance - 300 to 700 Lux , Display – 180 to 200 Lux) Viewing distance : ’s eyes shall be at least 35cm. The distance between the LCM and the inspector

Viewing Angle : The inspection shall be conducted within normal viewing angle range. Refer to the CAS for viewing angle)

7.1.2 Dot Defect 7.1.2.1 Bright Dot Dots (sub-pixels) (sub-pixe ls) which appeared brightly bright ly in the screen when the LCM displayed with dark pattern. -R,G or B 1 dot ----------------------------------------- 2 Max (BDF 95%) 9 5%) -Adjacent 2 dots --------------------------------------- 0 Max -Adjacent 3 dots --------------------------------------- 0 Max -Total -Total amount amount of of Bright dots --------------------------------------------- 2 Max -Bright dot density ----------------------------------------------------------- -------------- Within Wi thinΦ 10 mm * Small bright dot which can be seen on 64 gray pattern is to be counted asone small bright dot defect. (Max N ≦ 3 within 10mm*10mm, 10mm*10mm , Total Total Max N ≦ 8) Size of small bright dot (1/20
5-17

7.2 Polarizer Defects Items

Criteria

Scratches

Linear

0.1≦W ≦0.2 , 0.3≦W ≦2.0 , N≦3

Dent

Circular

D≦0.5 , N≦3

Where, W :Width L : Length D : Average Average diameter =(a+b)/2 =(a +b)/2 Note)

a. Average Diameter

b

D=

a+b 2

a

b. Linear :

a >2b ,

Circular : a ≦ 2b

c. Extraneous substances which which can be wiped out, like like Finger Print, Particles are not considered as a defect. d. Defects which is on the Black Matrix(outside of Active Active Area) are not considered as a defect.

5-18

7.3 Foreign Material

Items

Criteria

Foreign

Linear

W≦0.1 , 0.3≦L≦2.0 , N≦3

Material

Circular

0.2≦D≦0.5 , N≦3

L : the line of apsides apsides (Long distance)

W L

- Linear

: W <= 0.1

- Circular : W > 0.1

W : Width Width L : Length

7.4 Line Defect All kinds of line def ects such as vertical, horizontal or cross are not allowed.

7.5 Bezel Appearance Scratches, minor bents, stains, particles particles on the Bezel Bezel frame are not considered as a defect.

7.6 Others Issues which is not defined in this criteria shall be discussed with both parties, Customer and Supplier, for better solution.

5-19

8.

Safety ● Destination ● Applicable ● Unit

: All over the world

standards : UL60950/C-UL/EN60950

class : Class I units (the units protected against electric shocks by protectiveground protectivegrounding, ing, or those equipped with 3-core power cords)

● Ratings

8.1

: AC100 - 240V 50/60Hz 1.3-0.7A

Insu Insula lati tion on Res Resis ista tanc nce e Tes Testt An insulation resistance should be measured under the conditions specified below, in order to confirm that the requirements of the judgment standard are met. 1) Measuring conditions ●

Measuring instrument : 500V DC MEGOHM Meter

●

Testing point : Between the power circuit block and the exposed metallic block (D-SUB connector)

● Measured

value readout : A test voltage should be applied for one minute and the resistance value should be read out thereafter.

2) Judgment standard: The resistance of the insulation between the power terminal and the ground contact is more than 10M ohms while withstanding a voltage of 500Vdc.

8.2

Diele Dielect ctri ric c Stre Streng ngth th Test est To confirm the freedom from insulation breakdown, testing should be carried out under the conditions specified below. 1) Measuring conditions ● Measuring

instrument: instrument: Dielectric strength tester (The specified voltage should be maintained in the

state that a current of 10mA is carried.) ●

Testing point: Between the electrical circuit block and the exposed metallic block (D-SUB connector)

Note : The electrical circuit block should mean the power input block (primary side). Testing Testing should be carried out under the condition that both poles of the power plug are short-circuited. (Where a 3-core cord is used, the two poles other than theground the ground terminal should be short-circuited.) 2) Judgment standard There is no breakdown of the insulators or short circuits when applying an alternating potential of 1000Vac 1000Vac for a duration durat ion of 1(one) minute mi nute or 1500Vac 1500Vac for a duration dura tion of 2(two) second at 50Hz between the metallic chassis and the input power supply active and neutral terminals connected together.

5-20 5-20

8.3

Leak Leakag age e Curr Curren entt Tes Testt A leakage current should be measured under the conditions specified below, in order to confirm that the requirements of the judgment standard are met. 1) Measuring conditions ●

Measuring instrument : Leakage current current meter (A 1500Ω resistor should should be incorporated, incorporated, together with with a bypass capacitor of 0.15μ F.)

●

Testing point : Between the exposed metallic block (D-SUB connector) and Phases A and B of the power source.

●

Condition of the set : A power power cable should be connected. The see-saw switch on the set side should be turned ON and OFF.

2) Judgment standard The current conducted between each of the power supply’s contacts is less than 3.5mA at 255Vac (60Hz) and 0.2mA 0.2m A at 100Vac(60Hz). 100Vac(60Hz).

8.4

Ground Con Continui nuity The resistance between the ground side of the power cord and the accessible accessible metal parts located in ground circuit shall not exceed 0.1 ohm at current load of 25mA.

8.5

CTI Value lue of PCB CTI value of below PCB should be more than 600. Inverter circuit. Power supply circuit.

8.6

O t he r s VESA Display Data Channel Command Command Interface Interf ace (DDC CI) Standard. VESA Display Data Channel Command Interface – Proposed Implementation Guide. USB Version 2.0. USB I/F Logo. Microsoft WHQL, Microsoft Windows XP logo. Microsoft Windows Color Quality Specification Specification for Liquid Crystal Display OEM’s.

5-21 5-21

9. PLUG & PLAY Communication and OSM MONITOR INFORMATION for Model “

Name / Serial Number Inspection 9.1 System Connection This system should be connected as shown below.

Fig 9.1.1 D-SUB connector connection

Fig 9.1.2 DVI connector connection

5-22 5-22

”

o d y th e c o n n e c to r en d by removing the five (5) e m o v n g h e v e analog pins. ) a n a l g p s .

Modify the connector end

Fig 9.1.3 DVI to D-SUB Signal Cable (Special)

Fig 9.1.4 DDC Communication I/F Board (Part No.: 599910541)

9.2

Input Si Signal Horizontal synchronization frequency : 31kHz (Negative) Vertical synchronization frequency : 42Hz (Negative)

9.3

Program Service tool Ver. 3.40 (Part No. 599910802)

5-23 5-23

9.4 Operation 9.4.1 EDID Data Inspection and Writing to the D-SUB Connector (Analog) 1) Connect the EDID data writing unit. 2) Create a unique directory in the PC, and copy all the files of service tool (Ver. 3.40) into that directory. 3) Start the service tool with file [Service2.EXE]. 4) When the screen as shown below appears, click the [LCD] button of [Monitor Type] and press the [START] button.

5-24 5-24

5) When the screen (as shown below), move the cursor to [20WGX2 D-SUB] and double click.

6) When the screen as shown below appears, select [EDID_READ] [EDID_READ] and press the [OK] button.

5-25 5-25

7) When the screen as shown below appears, appears, confirm that the correct data are displayed in the columns of EDID DATA DATA CONTENTS and Serial information. informatio n. If all the displayed data are [FF] or the like, or if the serial number is different from that of the corresponding unit, then EDID data writing should be carried out.

8) Clicking the back button will display the screen in step 6. Select [EDID_WRITE] and and press the [OK] button. 9) When the screen as shown below appears, examine the serial number of the unit, enter an input in the column of [Input Serial No.] through the keyboard, and press the [Input OK] button. Enter an input in the column of [Year=>] in manufactured year(A.D. four digits) and [Month=>] in manufactured manufactured month through the keyboard, and press the [Input OK] button.

5-26 5-26

10) Equipment is set as Factory mode. 10-1) Press “MENU/EXIT” button then open OSM menu. 10-2) OSM select to “INFORMATION” menu by “RIGHT” or “LEFT” button. 10-3) Press “RESET” + “SELECT” button then into Factory mode. 11) When the [WRITE EDID] button is pressed, writing of the EDID data only is carried out. Upon the completion of correct writing, a display of [EDID Monitor W rite OK] is presented in the column of [STATUS].

5-27 5-27

12) Display “MONITOR INFORMA I NFORMATION TION” of the OSM, and confirm that the model mod el name name (20WGX2) and serial number have been correctly written. (Check that it is also in agreement with the written-in serial number.) Model name and Serial number writing for the OSM“MONITOR INFORMA INFOR MATION TION”.

9.4.2 EDID Data Inspection and Writing to the DVI-PC Connector 1) Connect the EDID data writing unit with jigs, etc. (Refer to a DVI connector connection figure) 2) The “BACK” button is pushed twice and the [MODEL SELECT] screen is displayed. Cursor is united and double-clicked to [20WGX2 DVI-D]. 3) 6) to 11) is carried out in the procedure of the 9.4.1“EDID data inspection and writing of a D-SUB connector ”. 4) Upon the normal completion of EDID data writing, press the [Exit] button to close the program.

5-28 5-28

9.5 EDID Data File 2

EDID Data: 20WGX _A.edi (ANALOG)

00 10

0

1

2

3

4

5

00

FF

FF

FF

FF

FF

FF

00

38

A3

98

01

03

0E

2B

1B

78

EA

C5

Note1 Note2

6

7

8

9

A

B

C

D

E

F

66

01

01

01

01

05

A3

57

4A

9C

25

81

4F

81

80

95

00

20

12

50

54

BF

EF

80

71

4F

81

CF

30

90

40

B3

00

01

01

21

39

90

30

62

1A

27

40

18

B0

40

36

40

B1

0E

11

00

00

1C

00

00

00

FD

00

38

4B

1F

50

53

11

00

0A

20

20

20

20

20

20

00

00

00

FC

00

32

60

30

57

47

58

32

0A

20

20

20

20

20

20

00

00

00

FF

70

00

00

Note4

Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 2

EDID Data: 20WGX _D.edi (DIGITAL)

00 10

0

1

2

3

4

5

00

FF

FF

FF

FF

FF

01

03

80

2B

Note1 Note2

6

7

FF

8

9

A

B

C

D

E

F

00

38

A3

99

66

01

01

01

01

1B

78

EA

C5

05

A3

57

4A

9C

25

81

4F

81

80

95

00

20

12

50

54

BF

EF

80

71

4F

81

CF

30

90

40

B3

00

01

01

21

39

90

30

62

1A

27

40

18

B0

40

36

40

B1

0E

11

00

00

1C

00

00

00

FD

00

38

4B

1F

50

53

11

00

0A

20

20

20

20

20

20

00

00

00

FC

00

32

60

30

57

47

58

32

0A

20

20

20

20

20

20

00

00

00

FF

70

00

00

Note4

Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3 Note3

Note 1: address 10h

Week of manufacture

Note 2: address 11h

Year of manufacture - 1990

Note Note 3: addr address ess 71h 71h ~ 7Dh 7Dh

Seri Serial al Numb Number er (AS (ASCI CIII cod coded ed)) If less than 13 char, terminate with 0Ah and fill the rests with 20h.

Note 4: address 7Fh

Checksum The sum of entire 128 byte should be equal to 00h.

9.6 EDID Write Protect Cancel Signal Timing Item

Abbreviation

EDID write protect cancel

Pixel frequency

fc

28.32MHz

Horizontal frequency

fh

31.469kHz

Line Time total

Th

31.777us

900CLK

Horizontal active display

Thd

25.422us

720CLK

Horizontal sync pulse

Thp

3.813us

108CLK

Horizontal back porch

Thb

1.907us

54CLK

Horizontal front porch

Thf

0.636us

18CLK

Horizontal sync polarity

NEG

Vertical Frequency

fv

42.015Hz

Frame time total

Tv

23.801ms

749H

Vertical active display

Tvd

21.768ms

685H

Vertical sync pulse

Tvp

0.095ms

3H

Vertical back porch

Tvb

1.494ms

47H

Vertical front porch

Tvf

0.445ms

14H

Vertical sync polarity

NEG

5-29 5-29

Appendix Appendix Reference Signal Timings

H-

H active

Horizontal

H pluse H back

H front H total

V-Video

V active

Vertical

V pluse V back

V front V total

5-30 5-30

MODE

MODE

1

2

No. Item

Abbreviation

MAC × 640 480

MAC 832×624

Pixel frequency

fc

30.24MHz

57.28MHz


fh

35.00kHz

49.73kHz

Line Time total

Th

28.57us

864CLK

20.11us

1152CLK


Thd

21.16us

640CLK

14.52us

832CLK


Thp

2.12us

64CLK

1.12us

64CLK


Thb

3.17us

96CLK

3.91us

224CLK


Thf

2.12us

64CLK

0.56us

32CLK


NEG (/POS)

NEG (/POS)

Vertical Frequency

fv

66.66Hz

Frame time total

Tv

15.00ms

525H

13.41ms

667H


Tvd

13.71ms

480H

12.55ms

624H

Vertical sync pulse

Tvp

0.09ms 0.09ms

3H

0.06ms

3H

Vertical back porch

Tvb

1.11ms 1.11ms

39H

0.78ms

39H


Tvf

0.09ms

3H

0.02ms

1H


Item

74.55Hz

NEG (/POS)

NEG (/POS)

MODE

MODE

No.

3

4

Abbreviation

PC98 640×400 (24.8kHz)

VGA 720×350 70Hz

Pixel frequency

fc

21.053MHz

28.322MHz


fh

24.83kHz

31.47kHz

Line Time total

Th

40.274us

848CLK

31.78us

900CLK


Thd

30.400us

640CLK

25.42us

720CLK


Thp

3.04us

64CLK

3.81us

108CLK


Thb

4.04us

85CLK

1.91us

54CLK


Thf

2.80us

59CLK

0.64us

18CLK


NEG (/POS)

POS

Vertical Frequency

fv

56.432Hz

Frame time total

Tv

17.72ms

440H

14.27ms

449H


Tvd

16.11ms

400H

11.12ms

350H

Vertical sync pulse

Tvp

0.32ms

8H

0.06ms

2H

Vertical back porch

Tvb

1.01ms

25H

1.91ms

60H


Tvf

0.28ms

7H

1.18ms

37H


70.087Hz

NEG (/POS)

5-31 5-31

NEG

Item

MODE

MODE

No.

5

6

Abbreviation

VGA 720×400 70Hz

VGA 640×480 60Hz

Pixel frequency

fc

28.322MHz

25.175MHz


fh

31.47kHz

31.47kHz

Line Time total

Th

31.78us

900CLK

31.78us

800CLK


Thd

25.42us

720CLK

25.42us

640CLK


Thp

3.81us

108CLK

3.81us

96CLK


Thb

1.91us

54CLK

1.91us

48CLK


Thf

0.63us

18CLK

0.64us

16CLK


NEG

NEG (/POS)

Vertical Frequency

fv

70.087Hz

Frame time total

Tv

14.27ms

449H

16.68ms

525H


Tvd

12.71ms

400H

15.25ms

480H

Vertical sync pulse

Tvp

0.06ms

2H

0.06ms

2H

Vertical back porch

Tvb

1.11ms

35H

1.02ms

33H


Tvf

0.38ms

12H

0.35ms

10H


Item

No. Abbreviation

59.992Hz

POS

NEG (/POS)

MODE 7

MODE 8

VGA 640×480 72Hz

VESA 640×480 75Hz

Pixel frequency

fc

31.500MHz

31.500MHz


fh

37.86kHz

37.50kHz

Line Time total

Th

26.41us

832CLK

26.67us

840CLK


Thd

20.32us

640CLK

20.32us

640CLK


Thp

1.27us

40CLK

2.03us

64CLK


Thb

4.06us

128CLK

3.81us

120CLK


Thf

0.76us

24CLK

0.51us

16CLK


NEG (/POS)

NEG (/POS)

Vertical Frequency

fv

72.81Hz

Frame time total

Tv

13.73ms

520H

13.33ms

500H


Tvd

12.68ms

480H

12.80ms

480H

Vertical sync pulse

Tvp

0.08ms

3H

0.08ms

3H

Vertical back porch

Tvb

0.74ms

28H

0.43ms

16H


Tvf

0.24ms

9H

0.03ms

1H


75.00Hz

NEG (/POS)

5-32 5-32

NEG (/POS)

Item

MODE

MODE

No.

9

10

Abbreviation

VESA 800×600 56Hz

VESA 800×600 60Hz

Pixel frequency

fc

36.00MHz

40.00MHz


fh

35.16kHz

37.88kHz

Line Time total

Th

28.44us

1024CLK

26.40us

1056CLK


Thd

22.22us

800CLK

20.00us

800CLK


Thp

2.00us

72CLK

3.20us

128CLK


Thb

3.56us

128CLK

2.20us

88CLK


Thf

0.67us

24CLK

1.00us

40CLK


POS (/NEG)

POS (/NEG)

Vertical Frequency

fv

56.25Hz

Frame time total

Tv

17.78ms

625H

16.58ms

628H


Tvd

17.07ms

600H

15.84ms

600H

Vertical sync pulse

Tvp

0.06ms

2H

0.11ms

4H

Vertical back porch

Tvb

0.63ms

22H

0.61ms

23H


Tvf

0.03ms

1H

0.03ms

1H


Item

60.32Hz

POS (/NEG)

POS (/NEG)

MODE

MODE

No.

11

12

Abbreviation

VESA 800×600 72Hz

VESA 800×600 75Hz

Pixel frequency

fc

50.000MHz

49.500MHz


fh

48.08kHz

46.88kHz

Line Time total

Th

20.80us

1040CLK

21.33us

1056CLK


Thd

16.00us

800CLK

16.16us

800CLK


Thp

2.40us

120CLK

1.62us

80CLK


Thb

1.28us

64CLK

3.23us

160CLK


Thf

1.12us

56CLK

0.32us

16CLK


POS (/NEG)

POS (/NEG)

Vertical Frequency

fv

72.19Hz

Frame time total

Tv

13.85ms

666H

13.33ms

625H


Tvd

12.48ms

600H

12.80ms

600H

Vertical sync pulse

Tvp

0.13ms

6H

0.06ms

3H

Vertical back porch

Tvb

0.48ms

23H

0.45ms

21H


Tvf

0.77ms

37H

0.02ms

1H


75.00Hz

POS (/NEG)

5-33 5-33

POS (/NEG)

Item

MODE

MODE

No.

13

14

Abbreviation

VESA 1024×768 60Hz

VESA 1024×768 70Hz

Pixel frequency

fc

65.000MHz

75.000MHz


fh

48.36kHz

56.48kHz

Line Time total

Th

20.68us

1344CLK

17.71us

1328CLK


Thd

15.75us

1024CLK

13.65us

1024CLK


Thp

2.09us

136CLK

1.81us

136CLK


Thb

2.46us

160CLK

1.92us

144CLK


Thf

0.37us

24CLK

0.32us

24CLK


NEG (/POS)

NEG (/POS)

Vertical Frequency

fv

60.00Hz

Frame time total

Tv

16.67ms

806H

14.27ms

806H


Tvd

15.88ms

768H

13.60ms

768H

Vertical sync pulse

Tvp

0.12ms

6H

0.11ms

6H

Vertical back porch

Tvb

0.60ms

29H

0.51ms

29H


Tvf

0.06ms

3H

0.05ms

3H


Item

70.07Hz

NEG (/POS)

NEG (/POS)

MODE

MODE

No.

15

16

Abbreviation

VESA 1024×768 75Hz

VESA 1152×864 75Hz

Pixel frequency

fc

78.75MHz

108.00MHz


fh

60.02kHz

67.50kHz

Line Time total

Th

16.66us

1312CLK

14.82us

1600CLK


Thd

13.00us

1024CLK

10.67us

1152CLK


Thp

1.22us

96CLK

1.19us

128CLK


Thb

2.24us

176CLK

2.37us

256CLK


Thf

0.20us

16CLK

0.59us

64CLK


POS (/NEG)

POS (/NEG)

Vertical Frequency

fv

75.03Hz

Frame time total

Tv

13.33ms

800H

13.33ms

900H


Tvd

12.80ms

768H

12.80ms

864H

Vertical sync pulse

Tvp

0.05ms

3H

0.04ms

3H

Vertical back porch

Tvb

0.47ms

28H

0.47ms

32H


Tvf

0.02ms

1H

0.02ms

1H


75.00Hz

POS (/NEG)

5-34 5-34

POS (/NEG)

Item

MODE

MODE

No.

17

18

Abbreviation

SUN 1152×900 66Hz

VESA 1280×960 60Hz

Pixel frequency

fc

94.50MHz

108.00MHz


fh

61.85kHz

60.00kHz

Line Time total

Th

16.17us

1528CLK

16.67us

1800CLK


Thd

12.19us

1152CLK 1152CLK

11.85us

1280CLK


Thp

1.35us

128CLK

1.04us

112CLK 112CLK


Thb

2.20us

208CLK

2.89us

312CLK


Thf

0.42us

40CLK

0.89us

96CLK


POS (/NEG)

POS (/NEG)

Vertical Frequency

fv

66.0Hz

Frame time total

Tv

15.15ms

937H

16.67ms

1000H


Tvd

14.55ms

900H

16.0ms

960H

Vertical sync pulse

Tvp

0.07ms

4H

0.05ms

3H

Vertical back porch

Tvb

0.50ms

31H

0.60ms

36H


Tvf

0.03ms

2H

0.017ms

1H


Item

60.00Hz

POS (/NEG)

POS (/NEG)

MODE

MODE

No.

19

20

Abbreviation

VESA 1280×1024 60Hz

SUN 1280×1024 66Hz

Pixel frequency

fc

108.00MHz

117.00MHz


fh

63.981kHz

71.69kHz

Line Time total

Th

15.63us

1688CLK

13.95us

1632CLK


Thd

11.85us 11.85us

1280CLK

10.94us

1280CLK


Thp

1.04us

112CLK

0.96us

112CLK


Thb

2.30us

248CLK

1.91us

224CLK


Thf

0.44us

48CLK

0.14us

16CLK


POS (/NEG)

POS (/NEG)

Vertical Frequency

fv

60.02Hz

Frame time total

Tv

16.67ms

1066H

15.00ms

1067H


Tvd

16.00ms

1024H

14.4ms

1024H

Vertical sync pulse

Tvp

0.05ms

3H

0.11ms

8H

Vertical back porch

Tvb

0.59ms

38H

0.46ms

33H


Tvf

0.02ms

1H

0.03ms

2H


66.69Hz

POS (/NEG)

5-35 5-35

POS (/NEG)

Item

MODE

MODE

No.

21

22

Abbreviation

VESA 1280×1024 75Hz

SUN 1280×1024 76Hz

Pixel frequency

fc

135.00MHz

135.00MHz


fh

79.98kHz

81.13kHz

Line Time total

Th

12.50us

1688CLK

12.33us

1664CLK


Thd

9.48us

1280CLK

9.48us

1280CLK


Thp

1.07us

144CLK

0.47us

64CLK


Thb

1.84us

248CLK

2.13us

288CLK


Thf

0.12us

16CLK

0.24us

32CLK


POS (/NEG)

POS (/NEG)

Vertical Frequency

fv

75.03Hz

Frame time total

Tv

13.33ms

1066H

13.14ms

1066H


Tvd

12.80ms

1024H

12.62ms

1024H

Vertical sync pulse

Tvp

0.04ms

3H

0.10ms

8H

Vertical back porch

Tvb

0.48ms

38H

0.39ms

32H


Tvf

0.01ms

1H

0.02ms

2H


Item

76.107Hz

POS (/NEG)

POS (/NEG)

MODE

MODE

No.

23

24

Abbreviation

MAC1152×870 75Hz

SUN 1024x768 66Hz

Pixel frequency

fc

100.00MHz

70.490MHz


fh

68.68kHz

52.448kHz

Line Time total

Th

14.56us

1456CLK

19.067us

1344CLK


Thd

11.52us

1152CLK

14.527us

1024CLK


Thp

1.28us

128CLK

1.929us

136CLK


Thb

1.44us

144CLK

2.270us

160CLK


Thf

0.32us

32CLK

0.340us

24CLK


NEG (/ POS)

NEG (/ POS)

Vertical Frequency

fv

75.06Hz

Frame time total

Tv

13.32ms

915H

15.368ms

806H


Tvd

12.67ms

870H

14.643ms

768H

Vertical sync pulse

Tvp

0.04ms

3H

0.114ms

6H

Vertical back porch

Tvb

0.57ms

39H

0.553ms

29H


Tvf

0.04ms

3H

0.057ms

3H


65.072Hz

NEG (/ POS)

5-36 5-36

NEG (/ POS)

Item

MODE

MODE

No.

25

26

Abbreviation

VESA 1152x864 70Hz

VESA 1280x960 75Hz

Pixel frequency Horizontal frequency Line Time total Horizontal active display Horizontal sync pulse Horizontal back porch Horizontal front porch Horizontal sync polarity

fc fh Th Thd Thp Thb Thf

Vertical Frequency Frame time total Vertical active display Vertical sync pulse Vertical back porch Vertical front porch Vertical sync polarity

fv Tv Tvd Tvp Tvb Tvf

Item

94.50MHz 63.851kHz 15.661us 12.190us 1.016us 2.116us 2.116us 0.339us

1480CLK 1152CLK 1152CLK 96CLK 200CLK 32CLK

POS (/NEG)

No. Abbreviation

70.012Hz 14.283ms 13.531ms 0.047ms 0.689ms 0.016ms

129.60MHz 75.000kHz 13.333us 9.877us 0.988us 1.975us 0.494us

1728CLK 1280CLK 128CLK 256CLK 64CLK

POS (/NEG)

912H 864H 3H 44H 1H

75.000Hz 13.333ms 12.800ms 0.040ms 0.480ms 0.013ms

1000H 960H 3H 36H 1H

POS (/NEG)

POS (/NEG)

i810 DVD resolution 27 i810 720x576 60Hz

i810 DVD resolution 28 i810 720x576 75Hz

Pixel frequency

fc

32.98MHz

42.95MHz


fh

36.160kHz

45.500kHz

Line Time total

Th

27.653us

912CLK

21.979us

944CLK


Thd

21.831us

720CLK

16.764us

720CLK


Thp

1.941us

64CLK

1.490us

64CLK


Thb

3.184us

105CLK

1.513us

65CLK


Thf

0.697us

23CLK

2.212us

95CLK


POS (/NEG)

POS (/NEG)

Vertical Frequency

fv

60.570Hz

Frame time total

Tv

16.510ms

597H

13.231ms

602H


Tvd

15.929ms

576H

12.660ms

576H

Vertical sync pulse

Tvp

0.055ms

2H

0.044ms

2H

Vertical back porch

Tvb

0.498ms

18H

0.506ms

23H


Tvf

0.028ms

1H

0.022ms

1H


75.581Hz

POS (/NEG)

5-37 5-37

POS (/NEG)

No. Item

Abbreviation

MODE 29 Mac 1024x768 75Hz

MODE 30 Mac 1280x960 75Hz

Pixel frequency

fc

80.00MHz

126.00MHz


fh

60.241kHz

74.64kHz

Line Time total

Th

16.600us

1328CLK

13.400us

1688CLK


Thd

12.800us

1024CLK

10.160us

1280CLK 1280CLK


Thp

1.200us

96CLK

1.210us

152CLK


Thb

2.200us

176CLK

1.840us

232CLK


Thf

0.400us

32CLK

0.190us

24CLK


NEG (/POS)

NEG (/POS)

Vertical Frequency

fv

74.927Hz

Frame time total

Tv

13.346ms

804H

13.400ms

1000H


Tvd

12.749ms

768H

12.864ms

960H

Vertical sync pulse

Tvp

0.050ms

3H

0.040ms

3H

Vertical back porch

Tvb

0.498ms

30H

0.482ms

36H


Tvf

0.050ms

3H

0.013ms

1H


No. Item

74.64Hz

NEG (/POS)

NEG (/POS)

EDID write protect cancel 31

SUN Workstation 32

Abbreviation

EDID

SUN 1280x800

Pixel frequency

fc

28.32MHz

101.40MHz


fh

31.469kHz

64.68kHz

Line Time total

Th

31.777us

900CLK

15.464us

1588CLK


Thd

25.422us

720CLK

12.623us

1280CLK


Thp

3.813us

108CLK

1.085us

110CLK


Thb

1.907us

54CLK

1.519us

154CLK


Thf

0.636us

18CLK

0.237us

24CLK


NEG

NEG (/POS)

Vertical Frequency

fv

42.015Hz

Frame time total

Tv

23.801ms

749H

13.080ms

846H


Tvd

21.768ms

685H

12.369ms

800H

Vertical sync pulse

Tvp

0.095ms

3H

0.108ms

7H

Vertical back porch

Tvb

1.494ms

47H

0.557ms

36H


Tvf

0.445ms

14H

0.046ms

3H


76.460Hz

NEG

5-38 5-38

NEG (/POS)

Item

No.

Non-interlaced Non-int erlaced PAL 33

Non-interlaced Non-inte rlaced PAL 34

Abbreviation

GTF1024x768 50Hz

GTF1280x720 50Hz

Pixel frequency

fc

51.89MHz

60.47MHz


fh

39.55kHz

37.05kHz

Line Time total

Th

25.28us

1312CLK

26.99us

1632CLK 1632CLK


Thd

19.73us

1024CLK

21.17us

1280CLK 1280CLK


Thp

2.00us

104CLK

2.12us

128CLK


Thb

2.78us

144CLK

2.91us

176CLK


Thf

0.77us

40CLK

0.79us

48CLK


NEG (/POS)

NEG (/POS)

Vertical Frequency

fv

50.000Hz

Frame time total

Tv

20.00ms

791H

20.00ms

742H


Tvd

19.42ms

768H

19.43ms

720H

Vertical sync pulse

Tvp

0.08ms

3H

0.08ms

3H

Vertical back porch

Tvb

0.48ms

19H

0.46ms

17H


Tvf

0.03ms

1H

0.03ms

1H


No. Item

Abbreviation

50.000Hz

NEG (/POS)

NEG (/POS)

Non-interlaced Non-int erlaced PAL 35

Non-interlaced Non-inte rlaced PAL 36

GTF1280x960 50Hz

GTF1280x1024 50Hz

Pixel frequency

fc

82.99MHz

89.379MHz


fh

49.40kHz

52.70kHz

Line Time total

Th

20.24us

1680CLK

18.975us

1696CLK


Thd

15.42us

1280CLK

14.321us

1280CLK


Thp

1.64us

136CLK

1.52us

136CLK


Thb

2.41us

200CLK

2.33us

208CLK


Thf

0.77us

64CLK

0.81us

72CLK


NEG (/POS)

NEG (/POS)

Vertical Frequency

fv

50.000Hz

Frame time total

Tv

20.00ms

988H

20.00ms

1054H


Tvd

19.43ms

960H

19.43ms

1024H

Vertical sync pulse

Tvp

0.06ms

3H

0.06ms

3H

Vertical back porch

Tvb

0.49ms

24H

0.49ms

26H


Tvf

0.02ms

1H

0.02ms

1H


50.000Hz

NEG (/POS)

5-39 5-39

NEG (/POS)

Non-interlaced Non-inte rlaced PAL

Non-interlaced Non-inte rlaced PAL

37

38

No. Item

Abbreviation

GTF640x480 50Hz

GTF800x600 50Hz

Pixel frequency

fc

19.40MHz

31.15MHz


fh

24.75kHz

30.90kHz

Line Time total

Th

40.40us

784CLK

32.36us

1008CLK


Thd

32.98us

640CLK

25.68us

800CLK


Thp

3.30us

64CLK

2.57us

80CLK


Thb

3.71us

72CLK

3.34us

104CLK


Thf

0.41us

8CLK

0.77us

24CLK


NEG (/POS)

NEG (/POS)

Vertical Vertical Frequency

fv

50.000Hz

Frame time total

Tv

20.00ms

495H

20.00ms

618H

Vertical Vertical active display

Tvd

19.39ms

480H

19.42ms

600H

Vertical Vertical sync pulse

Tvp

0.12ms

3H

0.10ms

3H

Vertical back porch

Tvb

0.44ms

11H

0.45ms

14H

Vertical Vertical front porch

Tvf

0.04ms

1H

0.03ms

1H

Vertical Vertical sync polarity

NEG (/POS)

NEG (/POS)

MODE 39

MODE 40

No. Item

Abbreviation

50.000Hz

1440x900 60Hz

1440x900 60Hz

Reduced Blanking Pixel frequency

fc

88.750MHz

106.500MHz


fh

55.469KHz

55.935KHz

Line Time total

Th

18.028us

1600CLK

17.878us

1904CLK 1904CLK


Thd

16.225us

1440CLK

13.521us

1440CLK 1440CLK


Thp

0.361us

32CLK

1.427us

152CLK


Thb

0.901us

80CLK

2.178us

232CLK


Thf

0.541us

48CLK

0.751us

80CLK


POS (/NEG)

NEG (/POS)


fv

59.901Hz

Frame time total

Tv

16.694ms

926H

16.698ms

934H


Tvd

16.225ms

900H

16.090ms

900H


Tvp

0.108ms

6H

0.107ms

6H

Vertical back porch

Tvb

0.306ms

17H

0.447ms

25H


Tvf

0.054ms

3H

0.054ms

3H


59.887Hz

NEG (/POS)

5-40 5-40

POS (/NEG)

Mode

Mode

No.

41

42

Abbreviation

1440X900 75Hz

1400x1050 60Hz Item

Reduced Blanking

Pixel frequency

fc

136.750MHz

101.000MHz


fh

70.635KHz

64.744KHz

Line Time total

Th

14.157us

1936CLK

15.446us

1560CLK


Thd

10.530us

1440CLK

13.861us

1400CLK 1400CLK


Thp

1.112us 1.112us

152CLK

0.317us

32CLK


Thb

1.814us

248CLK

0.792us

80CLK


Thf

0.702us

96CLK

0.475us

48CLK


NEG (/POS)

POS (/NEG)


fv

74.984Hz

Frame time total

Tv

13.336ms

942H

16.681ms

1080H

Vertical Vertical active dis play

Tvd

12.741ms

900H

16.218ms

1050H


Tvp

0.085ms

6H

0.062ms

4H

Vertical Vertical back porch

Tvb

0.467ms

33H

0.355ms

23H


Tvf

0.042ms

3H

0.046ms

3H


59.948Hz

POS (/NEG)

NEG (/POS)

Mode 43

Mode 44

No.

VESA 1680x1050 60Hz Item

Abbreviation

1400x1050 60Hz Reduced Blanking

Pixel frequency

fc

121.750MHz

119.00MHz 119.00MHz


fh

65.317KHz

64.674kHz

Line Time total

Th

15.310us

1864CLK

15.462us

1840


Thd

11.499us

1400CLK

11.118us 11.118us

1680


Thp

1.183us

144CLK

0.269us

32CLK


Thb

1.906us

232CLK

0.672us

80CLK


Thf

0.723us

88CLK

0.403us

48CLK

NEG (/POS)


POS (/NEG)


fv

59.978Hz

Frame time total

Tv

16.673ms

1089H

16.699ms

1080H

Vertical Vertical active dis play

Tvd

16.076ms

1050H

16.235ms

1050H


Tvp

0.061ms

4H

0.093ms

6H


Tvb

0.490ms

32H

0.325ms

21H


Tvf

0.046ms

3H

0.046ms

3H


59.883Hz

POS (/NEG)

5-41 5-41

NEG (/POS)

Item

Mode

Mode

No.

45

46

Abbreviation

VESA 1680X1050 60Hz

1280X768 60Hz

Pixel frequency

fc

146.25MHz

79.5MHz


fh

65.290kHz

47.776kHz

Line Time total

Th

15.316us

2240CLK

20.931us

1664CLK 1664CLK


Thd

11.487us 11.487us

1680CLK

16.101us

1280CLK 1280CLK


Thp

1.203us

176CLK

1.610us

128CLK


Thb

0.711us 0.711us

104CLK

2.415us

192CLK


Thf

1.915us

280CLK

0.805us

64CLK


NEG(/POS) NEG(/POS)

NEG (/POS)


fv

59.954Hz

Frame time total

Tv

16.679ms

1089H

16.703ms

798H


Tvd

16.082ms 16.082ms

1050H

16.703ms

798H


Tvp

0.092ms

6H

0.147ms

7H


Tvb

0.459ms

30H

0.419ms

20H


Tvf

0.046ms

3H

0.063ms

3H

POS(/NEG) POS(/NEG)

NEG (/POS)

No.

Mode 47

Mode 48

Abbreviation

1360X768 60Hz

1360X768 60Hz (CVT)


Item

59.870Hz

Pixel frequency

fc

85.5MHz

84.750MHz


fh

47.712kHz

47.720kHz

Line Time total

Th

20.959us

1792CLK

20.959us

1776CLK 1776CLK


Thd

15.906us

1360CLK

16.047us

1360CLK 1360CLK


Thp

1.310us

112CLK

1.605us

136CLK


Thb

2.994us

256CLK

2.454us

208CLK


Thf

0.749us

64CLK

0.850us

72CLK


NEG (/POS)

NEG (/POS)


fv

60.015Hz

Frame time total

Tv

16.662ms

795H

16.723ms

798H


Tvd

16.097ms

768H

16.094ms

768H


Tvp

0.126ms

6H

0.105ms

5H


Tvb

0.377ms

18H

0.461ms

22H


Tvf

0.063ms

3H

0.063ms

3H


59.799Hz

NEG (/POS)

5-42 5-42

POS(/NEG)

MODE Item

No.

49

Abbreviation

1280X720 60Hz (CVT)

Pixel frequency

fc

74.50MHz


fh

44.772kHz

Line Time total

Th

22.36us

1664CLK


Thd

17.181us

1280CLK


Thp

1.718us

128CLK


Thb

2.577us

192CLK


Thf

0.859us

64CLK


NEG (/POS)

Vertical Frequency

fv

59.855Hz

Frame time total

Tv

16.707ms

748H


Tvd

16.082ms

720H

Vertical sync pulse

Tvp

0.112ms

5H

Vertical back porch

Tvb

0.447ms

20H


Tvf

0.067ms

3H


POS(/NEG) POS(/NEG)

5-43 5-43

RO BLE S OO ING ABLE OF CON EN S

Page 1. No Displa Display y on Screen Screen (Screen (Screen is Blac Black, k, Color of of LED is Amber) Amber) ................ ........................ ................ ........... ...6-2 6-2 2. Nothing Nothing Display Display on on Screen Screen (Screen (Screen is is Black, Black, Color Color of LED LED is is Blue) Blue) ................. ......................... .............6-3 .....6-3 3. Checkin Checking g the Back Light Light Unit Unit ................ ......................... ................. ................ ................ ................ ................ ................ ................. .................6-5 ........6-5 4. Abnormal Abnormal Screen Screen ................ ........................ ................ ................ ................ ................ ................. ................. ................ ................ ................ ................ .......... 6-6 5. Abnormal Abnormal OSM Displ Display ay ............... ........................ ................. ................ ................ ................ ................ ................ ................. ................. ................ .......... 6-7 5.1 OSD Adjust Adjust Problem Problem ................ ........................ ................ ................ ................ ................ ................. ................. ................ ................ ................ .............6-7 .....6-7 6. Abnormal Abnormal Plug Plug and and Play Play Opera Operation tion ................ ........................ ................. ................. ................ ................ ................ ................ ...............6-8 .......6-8 6.1 Abnormal Abnormal DDC2 (D-Sub) (D-Sub) ............... ........................ ................. ................ ................ ................ ................ ................. ................. ................ ..............6-8 ......6-8 6.2 Abnormal Abnormal DDC2 (DVI) (DVI) ................ ......................... ................. ................ ................ ................ ................ ................ ................. ................. ................ .......... ..6-8 6-8 7. Checkin Checking g the Interfac Interface e Circuit Circuit of Sync Sync Signal Signal ................ ........................ ................ ................ ................ ................. .................6-8 ........6-8 7.1 Checking Checking the Control Control Circuit of Horizonta Horizontall Sync Pulse ................. ......................... ................ ................ ................ .......... ..6-9 6-9 7.2 Checking Checking the Control Control Circuit of Vertical Vertical Sync Pulse ................ ........................ ................ ................. ................. ..............6-9 ......6-9 8. Checkin Checking g the Resol Resoluti ution on Change Change IC Mov Moveme ement nt ................ ......................... ................. ................ ................ ................ .......... .. 6-10 6-10 9. Checking Checking the DC/DC converter converter circuit circuit ................. ......................... ................ ................ ................ ................ ................. ................. ........ 6-11 6-11 10. No Power Power On ................ ........................ ................ ................ ................ ................ ................ ................. ................. ................ ................ ................ ...............6-12 .......6-12 11. Check Check the USB Hub Circuit ................ ........................ ................ ................ ................ ................ ................ ................. ................. ................ .......... 6-13 6-13 11.1 HUB is not Recongnize Recongnize ...................... ....................... ....................... ...................... ...... 6-13 11.2 Connection Connection Apparatus is not not Recognize Recognize .................... ....................... ....................... .... 6-14 11.3 Connection Connection Apparatus does not Work ...................... ....................... ....................... ..... 6-15 11.4 Check the USB IC ....................... ....................... ...................... ....................... ............ 6-16

6-1

1. No Display of Screen (Screen is Black, Color of LED is Amber)

Does OSMdispla display y when you push "MENU" button. button.

NG

Proceed "5. Abnormal OSM Display"section.

OK

Check if the sync signal from Computer is is output andif the video video cable is connected normally.

NG

OK

Proceed "4. Abnormal Screen" section.

6-2

Input the sync signal of com computer, or change the cable.

2. Nothing Display on Screen (Screen is i s Black, Color Color of LED is Blue)

Is backlight turned on?

NG

Refer "3. Checking the backlight unit" section

OK

Does computer output RGB video signals?

NG

1) Change pattern of video signal output on the host. 2) Reconnect the video cable. 3) Change the video cable.

OK

Check OSMmenu is displayed displayed on screen when you push the "ME "MENU" key.

NG

Check if the LCD video signal cable is connected between the MAIN PCB and LCD module. odule.

OK

OK

Proceed "4. Abnormal screen" section.

Next Page

6-3

Failure Point NG The Cable is disconnected.

Continue

Check the 3.3 V power are supplied supplied on I307 pin 2, the 1.8V power are supplied on I306 pin 2

NG

Check if the voltage on I307, I306 pin 3 that is high level DC at 5V.

OK

Failure point

OK

I307, I306 failure.

Check all LVDS signal pins, output from I311, I312.

NG

Failure point Printed wire broke or shorted between I311, I312and I312 andP305 P305.

OK

Failure point 1) The cable broke between between P310and 310 and LCD module. 2) LCD module failure. fai lure.

6-4

NG

Failure point 1) Printed wire broke between P302pin 302pin 1, 2, 3 and I307, I306. 2) Check power board.

3. Checking the Back Light Unit

Check the BKLT_ENsignal of the rectangle input P303 pin 13 at TTL high level

NG

Is a "H" level level being output in the TTL level fromI308 pin 59 Or, is is BKLT_ENsignal of the rectangle being output?

OK OK

Check the PWM signal of the input input from I308 pin 202 is is a PWMsignal.

Failure point NG

1) Printed Printed wire broke between I308pin I308pin 202and 202 and P303. 2) I312failure. 12failure.

OK

Failure point Inverter of LCD module failure failure

6-5

Failure point NG

Printed wire broke between I308 pin 59and 59 and P303.

4. Abnormal Screen

Check the R, G, B video signal from computer input on D-Sub R, G, B connector.

Failure point NG 1) No R, G and and B video signal output from from host computer. Check computer 2) Video signal cable disconnection.

OK

Failure point Check the R, G, B input signals signals on I308 pin 139, 142, 144 respectively that their their level is 0.7Vp-p 0.7Vp-p maximum.

NG

In the the case of the Red signal. (A Green and and Blue signal is the same path, too.) 1) Printed Printed wire broke between between D-Sub(R) and I308pin I308pin 128, 128, 129.

OK

Failure point Check all LVDS signal pins, output from I308, I311, I312.

NG

OK

Process "8. Checking the resolution change IC movement" section.

6-6

1) I308, I311, I312failure. I312failure. 2) Printed wire broken between I308 and I311, I321. 3) Printed wire wire broken between I311, I312 and P305.

5. Abnormal OSM Display 5.1 OSD Adjust P roblem roblem

Failure Point Check the input TTL level whether was changed when pressed function function keys.

NG

1) Printed Printed wire broke broke between P307 pin 8,11 and I308 pin 168. 2) Printed Printed wire broke broke between P307 pin 8,11 and I308 pin 169. 3) Printed Printed wire broke broke between P307 pin 8,11 and I308 pin 200. 4) Printed Printed wire broke broke between P307 pin 8,11 and I308 pin 201. 5) Printed Printed wire broke broke between P307 pin 8,11 and I308 pin 94. 6) Printed Printed wire broke broke between P307 pin 8,11 and I308 pin 95. 7) Printed Printed wire broke broke between P307 pin 8,11 and I308 pin 96. 8) Printed Printed wire broke broke between P307 pin 8,11 and I308 pin 97.

OK

Proceed "4. abnormal screen" section.

6-7

6. Abnormal Plug and Play Operation 6.1 Abnormal DDC2 (D-SUB)

Confirm the output of serial data on I303 I303 pin 5 synchronize SCLK at TTL level.

NG

Failure point I303failure. I303 failure.

OK

Failure point 1) The host machine isn' isn't communicating unicating in DDC2 mode. 2) The video cable may have failed fail ed or may not to have connections for DDC. 3) BetweenI303pin I303 pin 5 and P301pin 301 pin 12m 12 may have failed. 4) R311, R314open. R314open. 5) I303pin I303 pin 5has 5 has been shorted. 6) Cable failure. 7) Same as I303pin I303 pin 6.

6.2 Abnormal DDC2 (DVI)

Failure point NG

Confirm the output of serial data on I334 pin 5 synchronize SCLK at TTL level.

I334 I334 failure. failure.

OK

Failure point 1) The host machine isn' isn't communicating unicating in in DDC2 mode. 2) The video cable may have failed or may not to have connections connections for DDC. 3) BetweenI334 pin 5and 5 and P304pin 304 pin 7m 7 may have failed. 4) R318, R506open. R506open. 5) I334pin I334 pin 5has 5 has been shorted. 6) Cable failure. 7) Same as I334pin I334 pin 6.

6-8

7. Checking the Interface Inte rface Circuit Circuit of Sync Signal Signal 7.1 Checking the C ontrol ontrol C ircuit ircuit of H orizontal orizontal S ync ync P ulse ulse

Check the horizontal sync signal on I308 pin 132 TTL level.

NG

Failure point 1) Video cable may have failed. 2) Printed Printed wire ire broke between between P301pin 301 pin 13 and I308 pin 132. 132. 3) FB302, R307open. R307open.

OK

Process "8. Checki Checking ng the resoluti resolution on change IC movement" section.

7.2 Checking the C ontrol ontrol C ircuit ircuit of V ertical ertical S ync ync P ulse ulse

Check the vertical sync signal on I308 pin pin 133 TTL level.

NG

Failure point 1) Video cable may have failed. 2) Printed wire broke betweenP301 pin 14 and I308 I308 pin 133. 3) FB302, FB302, R307open. R307 open.

OK

Process "8. Checking the resolution change IC movement" section. section.

6-9

8. Checking the Resolution Change IC Movement

Is there +3.3V supply on I307 3V3 power pins pins

NG

Proceed "9. Checking the DC/DCconverter circuit circuit"" section.

NG

Proceed "9. Checking the DC/DCconverter circuit circuit"" section.

NG

Is 14.318M 14.318MHz clock output from X301 pin 1 at TTL level during Power On?

OK

Is there +3.3V supply on I306 1V8 power pins pins

OK

Is 14.318MHz clock input input to I308 I308 pin 162 and pin 163 at TTL level duri during ng Power On?

NG

Failure point X301failure 01 failure

OK Failure point

OK

Print wire wire broke betweenX301pin X301pin 1 and I308pin I308pin 162.

Is +5.0V supplied to I308 pin 165 at low level (Reset signal)?

NG

Check the output of 0V "L" pulse from from SW301.

OK

OK

Failure point

Failure point

I312failure

Print wire broke between SW301and 01 and I308pin I308 pin 165.

6 - 10

NG

Failure point SW301 failure

9. Checking the DC/DC Converter Circuit

Check if the 5V is output fr from om P303 pin pin 3, 4, 5 to to I307, I306 pin 3.

NG

Printed Printed wire broke between P303 pin 3, 4, 5 and I307, I306 pin 3.

OK

Check the output of 3.3V, 1.8V line li ne voltage from I307, I306 pin 2.

NG

OK

Failure point Printed Printed wire ire broke betweenI307, I306 I306 pin 2 and I308pow I308power supply pin.

6 - 11

Failure point I307, I306failure I306failure

10. Power Board - No Power ON

Check output voltage +5V is right or not

NG

It is is not po power boardproblem.

NG

Connect it right.

NG

Check F801, D802, P801 and repair them

NG

Check D813, L810, I808, C853, ZD802 and repair them.

NG

Check peripheral component of I801 and repair them.

NG

Check Q802, R840 and repai repairr them.

NG

Check peak voltage of R840 triangle pulse is up to 0.85 volt or not.

NG

Repair them.

OK

Check power cord (P801), signal cable, P802, P803 are connected right or not.

OK

Check C801 is is about DC140V-330V or not.

OK

Check C853 is over 16V or not.

OK

Check pin 8 of I808 have same pulse or not.

OK

Check pin 1 of T806 have same pulse or not.

OK

Check peak voltage of R840 triangle pulse is up to 1.5 volt or not.

OK

Check T806, D817, C845, C857 have same short circuit, or the output +5V is over load

OK

Check feedback circuit around I807 and the other component and repair them.

6 - 12

11. Check the USB Hub Circuit 11.1 HUB is no t t R econgnize econgnize

Failure point Is a cable with the host PC connected

NG USB cable disconnection

OK

Failure point

Is a USB cable connected with the monitor?

NG USB cable disconnection

OK

Failure point Is a 3.3V supplied to I319 Vcc Pin 3, 7, 11, 15, 19, 23, 27, 33, 39, 45, 55 ?

NG

OK

Is a Reset Signal Input to I319 pin 46?

Failure point NG R434, R433, C499, D331.

OK

Doesn't clock input to I319 pin 21.

Failure point NG X302

OK OK

Printed wire breaks between X302 and I308

Proceed "12.4 Check the USB IC " section

6 - 13

Doesn't I306 open

NG

I306

11.2 Connection A pparatus is no t t R ecognize ecognize

Is it aware of the USB hub in the host PC?

NG

Proceed section 12.1 "HUB isn't recognize"

OK

Failure point Is apparatus connected to the down stream port ?

NG The un-connection of the down stream port cable.

OK

Is 5V +/- 5% supplied to P305 pin1 ?

NG

Does 5V output from I309 pin 5 and pin 8?

NG

Does I309 during protection mode?

OK

OK

Failure point Failure point Does L302, L303 open ?

NG

Faulty operation of the overcurrent protection function .

OK

L302, L303 failure.

OK Failure point Proceed "12.4 Check the USB IC" section.

Does 5V output to VBUS1 and VBUS2?

OK

Failure point I307 power switch failure.

6 - 14

NG

FB316, FB317 failure.

NG

Failure point I309

11.3 Connec Connection tion A pparatus does no t t W ork ork

Is it aware of the USB hub in the host PC ?

NG

Proceed

12.1 HUB isn't recognize" section .

“

OK

Is a host PC aware of the peripheral which doesn't work ?

Proceed " 12.2 Connection apparatus isn't recognize " section .

NG

OK

Is the program which is characteristic of the machine unnecessary to make it work ?

Failure point NG A machine movement program hasn't been installed.

OK

Is there a precaution of " it doesn't sometimes sometimes move via the hub. " in the manual of the peripheral which doesn't work ?

Failure point NG The HUB urn-correspondence of connection peripheral.

OK

Is the pin of P305 (pin 2,3 or pin 6,7) with peripheral is connect with rise_time and fall_time large than 500 PS ? (High Speed Mode)

In the pin of P305 (pin 2,3 or pin 6, 7) which peripheral is connect with rise_time and fall_time between 500psec to 300nsec?

NG

OK

OK

Proceed " 12.4 Check the USB IC" section

6 - 15

11.4 Check the USB USB IC

Is 3.3V supplied to I319 Vcc pin 3,7,11,15,19,23,27,33,39,45,55?

Proceed "9. Check the DC/DC converter circuit" section.

NG

OK

Does X302 oscillate (24 MHz) ?

Does the output of X302 satisfy a threshold level ( High:more than 2.2V,Low:less than 0.8V) ?

NG

NG

Failure point X302 failure

OK OK

Failure point I308 failure

Does it have the output of the High Level (more than 4.75V) from I318, I320 Pin 5 and 8?

Failure point NG

Does I318, I320 short ?

NG I318, I320 failure

OK Failure point

OK

Faulty operation of the over current protection function.

Failure point I318, I320 failure

6 - 16

CIRC IT DESCRI

ION

ABLE OF CON EN S Page

1. Interfa Interface ce Board Board and Panel Panel Power Power Supply Supply ................. ......................... ................ ................ ................ ................ ................ ............. ..... 7-2 2. Video Video Input Input Circuit Circuit ................ ........................ ................. ................. ................ ................ ................ ................ ................ ................. ................. .............. ...... 7-2 3. System System reset, LED Control Control Circuit Circuit ................ ........................ ................ ................ ................. ................. ................ ................ .............. ...... 7-2 4.

E2PROM for EDID ................ ........................ ................ ................ ................. ................. ................ ................ ................ ................ ................ ............... ....... 7-2

5.

E2PROM ................ ........................ ................. ................. ................ ................ ................ ................ ................ ................. ................. ................ ................ ............. ..... 7-2

6. MCU Circuit Circuit ................. ......................... ................ ................ ................ ................. ................. ................ ................ ................ ................ ................ ................. ......... 7-3 7. Power Power Suppl Supply y (Circui (Circuitt daigra daigrams ms MAIN MAIN PWB) ............... ........................ ................. ................ ................ ................ ................ ........ 7-6 8. USB 2.0 Hub Circuit Circuit ................. ......................... ................ ................ ................ ................ ................ ................. ................. ................ ................ ............ .... 7-8

7- 1

1. Interface Board and Panel Power S ower Supply 1.1

303 connector A 5V powe powerr suppl supply y for for LC D module module,, scaler scaler,, and and logic logic is is gener generate ated d from the the P 303 conn connect ector. or. A12V A12V powe powerr sup suppl ply y for for L D mod modul ule. e.

1.2 I307 , I306, I306, I317 I317 termina terminall regul regulator ator I307 I307 : A 3.3V 3.3V powe powerr supp supply ly for for Scal Scaler er ICIC I308 I308 and and SDRA SDRAM M ICIC I31 I311/ I312 I312 are gene genera rate ted d from from the the 5V . I306 I306 : A 1. V powe powerr sup suppl ply y for for V ideo ideo IC I901 I901 and and ASca AScaller IC I308 I308 are are gen gener erat ated ed from from the the 3.3 3.3 . I317 I317 : A 3.3V 3.3V power power supp supply ly for USB USB ICIC I319 I319 is genera generated ted from from the the 5V . I313 I313 ON/ ON/ OFF con contro troll for for LC D Modu Module le I327 ON/ OFF control for USB USB hub circuit. circuit.

2. ideo Input Circuit The anal analog og video video signal signal input input enters enters from from P 306 and and P 311, 311, the the AC -coupled -coupled video video signal signal is used used to clamp the the bla black ck lev level el at 0V . The digita digitall TMDS input input enter enters s from P 302.

3. System Reset, LED Control Circuit 3.1 System Reset System System reset reset is performed performed by by detecti detecting ng the risi rising ng and falling falling of of the 5V source source voltage voltage at at I308 . 3.2 LED Control Circuit Blue / amber control control signal signal of the the LED BLUE and and LED AMBER AMBER signal signal pin 204, 204, 203 from I308 I308 .

4. E2 ROM fo for ED EDID The EDID EDID of Analog Analog input input is stored stored in I303 I303 and the the EDID EDID of Digital Digital input input is store stored d in I304 for for DV I C E and I334 I334 for for D I P C

to acce access ss the the inf infor orma mati tion on of monit monitor or..

5. E2 ROM Data Data tran transf sfer er bet betwe ween en I310 I310 (24L (24L 32B) 32B) and and scal scaler er ICIC I308 I308 is effe effect cted ed thro throug ugh h the the IIC IIC bus bus S L (pi (pin n 9 ) and and SDA (pin 99) 99) of I308 . The data to be transferred to each each device device are stored in I310. I310. ●

I309 control data.

●

OSD related setting data.

●

Other control data for service menu.

7- 2

6. M U Circuit The source source voltag voltage e for for I325 I325 is is 5V , and and the the sy system stem clock clock freq freq uency uency is 11.0 11.0529 529MH MH 6.1 Detection of O

.

ER Status

ower ower key key and and RC RC IR can can on off off the the syst system. em. 6.2 Display Mode Identification 6.2.1Functions (1) Display mode identification ● The display mode ●

of input signal is identified based on Table 1.

hen the the mode mode has has been iden identi tifie fied d through through the the measu measureme rement nt of horiz horiz ontal ontal and and verti vertical cal freq freq uencie uencies, s, the total total numbe numberr of lines lines is deter determin mined ed with with a formul formula a whe where re H ori ontal ontal fre uency uency /

ertic ertical al fre uency uency

= Total number of lines. Initial identification can be made by examining the coincidence of the obtained figure with with the number of lines lines for the mode identifi identified ed from the freq uency. uency. ●

hen the the detecte detected d freq uency uency if the sync sync signal signal has chang changed, ed, the the total total number number of of lines lines should should be counted even through it is is rge identified identified freq uency in in the same mode.

(2) ower ower sav savin ing g mode mode.. This power power saving saving mode is assumed assumed when when the fre uency of the horiz horiz ontal and and vertical vertical signal signal is is as specified below.

7- 3

●

If there is no horiz horiz ontal sync sync signal signal input. input.

●

If there is no vertical sync signal input. input.

●

If the horiz ontal sync sync signal is is outside the measuring range. range.

●

If the vertical sync signal is outside the m easuring range.

NE Mode

Resolution

-fre . ( )

-fre . ( )

1

640 x 400

56.432

37.500

21.053

-

-

2

640 x 4 0

59.992

67.500

25.175

-

-

3

00 x 600

56.250

35.160

36.000

4

00 x 600

60.320

37.

0

40.000

5

1024 x 76

60.000

4 .360

65.000

-

-

6

12 0 x 960

60.000

60.000

10 .000

7

12 0 x 1024

60.020

63.9 1

108 .0 .000

1600 x 1200

60.000

75.000

162.000

9

720 x 576

60.570

36.160

32.9 0

10

1440 x 900

59.901

55.469

.750

11

1440 x 900

59.8 8 7

55.935

106.500

12

1400 x 1050

59.94

64.744

101.000

13

1400 x 1050

59.97

65.317

121.750

-

14

168 0 x 1050

59.8 8 0

64.670

119.000

-

15

168 0 x 1050

59.950

65.290

146.250

-

16

12 0 x 720

60.00

44.77

74.50

-

17

720 x 4 0

60

31.46

27.00

-

1

1920 x 10 0

60i

33.75

75.25

19

1920 x 10 0

59i

33.71

74.17

7- 4

ixel-fre . (M )

olarity

-

-

6.3 User ontrol 6.3.1C ontrol eys

Key

Action

MENU/ EXIT

Enter or Exit item

SELE SELE T

Sele Select ct or Set

RESET ESET DV MODE MODE

Rese Resett

O

ER

ower on off

7- 5

7. ower S Supply ( ircuit daigrams MAIN 7.1

Line filter co consists of

02, T 02,

0 ,

B) 05,

36, T 03. It eliminates high fre uency interference to

meet EMI s req req uire uireme ment nt.. ’

7.2

Rec &

Filter :

Bridge Bridge diode diode D8 02 conv convert erts s AC source source into into pulsed pulsed DC . This This puls pulsed ed DC is smooth smoothed ed and filter filtered ed by by 01. R8 01 is NTC ( negative negative thermal thermal coeffi coefficie cient nt ) resistors, resistors, used used to reduc reduce e inrush inrush current current to be withi within n safe range. 7.3

ower transformer : T8 01 conv conver erts ts ener energy gy for for s uare uare wave wave from from pow power er sour source ce T8 06 cibve cibverts rts energy energy for sq uare uare wav wave e from from power power sour source ce

01 to seco second ndar ary y side side to gene genera rate te 24 . 01 to second secondary ary side side to to gene generat rate e + 5V

and 12 . 7.4

Output : The s uare wave fr from T 06 is re rectified by by D 17 an and D 15, th then filtered by

45,

57 and C

4 ,

42 generate 5 , 12V respectively. The The sq uare uare wave from from T8 01 is rect rectiified fied by D 05, 05, the then n filt filter ered ed by

11,

14 gene genera rate te 24

respectively. 7.5

7.6

Driver : 02 dri driv ve T 06 fro from P

M co control rol of of I 08 for for po power co converte rted re respecti ctively.

01 dri drive T8 01 from from

M cont contro roll of I8 01 for for powe powerr con conv verte erted d res respe pect ctiv ivel ely y.

FB : Negati Negative ve feed feedbac back kC

T consis consistt of pho photo to coup coupler ler I8 07 and and adj adj ustabl ustable e regul regulato atorr I8 06. It can can main maintai tain n

outp output ut vol volta tage ges s + 5V at a sta stabl ble e leve level. l. 7.7

P W

M:

7.7.1

Start (5 Start (5 ):

hen power is turned on,

02 conducts due to bias from C

oscil oscilla late te and and output outputs s a pulse pulse train train thro through ugh pin 8 to drive drive 7.7.2

OP

(5 ):

hen hen Q

02 turn turns s on, on,

01 and R 6 . I 08 starts to

02.

01 supp suppli lies es a lin linea earl rly y inc incre reas asiing tria triang ngle le curr curren entt thr throu ough gh the the

primary primary inductan inductance ce of T8 06 to to the the drive driverr Q

02, once the peak value value of this current current multi multipli plied ed by by

R8 40 exceed exceeds s 0. 5 volt volt,, pul pulse se train train will will be shut shut down down immed immediat iatel ely y to protec protectt Q

02, T8 06 from being being

burned out. 7.7.3

egulation (5 ): If If outp output ut volt voltag age e + 5V goes goes up, up, the the R termi termina nall of of I8 08 gets gets more more bia bias, s, acco accord rdin ingl gly y photo transistor and photo diode flows more current. The voltage of pin 2 goes down, making the pulse pulse width width of pin 8 to become become narro narrower. wer. So the the output output volta voltage ge + 5V will will be pulled pulled down down to to a stable stable value.

7.7.4

SCP (5V ): If output terminal is short to to ground, photo transistor transistor does not not conduct, then oscillation oscillation of I8 08 is stop, op, sh shuntt unttiing

02 off off imm immed edia iate telly.

7- 6

Power Board Block Diagram

Line Filter

Rec. Filter

FC ircuit

W M

24V ower Transformer

24V Outpu Outputt Rec. Rec. & Filter Filter

24V for for Inve Inverte rter r

5V 12V ower Transformer

5V Outpu Outputt Rec. Rec. & Filter Filter

5V for Main Main Boa Board rd

Driver

FB

13V Outpu Outputt Rec. Rec. & Filte Filter r

7- 7

12 Regulator

12V for Audio for for P anel

. USB 2.0

UB

ircuit

.1 Block Diagram (1) Upperstream port receptacle

(2)

(5) (5)

1

(6) (6)

4

/

USB 2.0 HUB controller

/

4 over current limiter

/

Downstream ports receptacles

To Host / Power On Reset

5-3.3V regular

(3) (3)

(4) (4)

To USB devices

.2 Features .

ompliant ompliant with with Unive Universal rsal Serial Serial Bus Bus specifica specification tion revision revision 2.0 (Data rate 1.5/ 12/ 48 0 Mbps). Mbps).

. 4 (Max.) downstream facing ports. . Supports self-powere self-powered d mode only. only. . Supports over-current detection. detection. . Terminal shutdown shutdown circuit. circuit. . Over current limiter limiter to prevent system system voltage voltage drop. .3 Block De Description (1)

ost ost is is con conne nect cted ed to this this USB USB H ub via via USB USB uppe uppers rstr trea eam m cabl cable. e.

(2)

Data Data traffi traffic c protoc protocol ol betw between een H ost and and USB USB device devices s (down (downst strea ream m ports). ports).

(3)

An acti active ve low low rese resett outpu output, t, whil while e + 3.3V 3.3V power power on, on, normal normal operat operatio ion n going going back back high high state state..

(4)

A low low dropou dropoutt line linear ar regu regular lar which which provi provides des stable stable 3.3V 3.3V for USB ub contro controll ller. er.

(5)

The block block is eq uipped uipped with with an overcu overcurre rrent nt detect detector or that that is essent essential ial for a

ost ub contro controll ller er confor conformm-

ing to the USB standard. (6) .4

USB devic devices es is connec connected ted to this this USB ub via via USB downst downstrea ream m cable. cable. 3.3V 3.3V cuto cutoff ff circ circui uitt for for USB USB ide ident ntif ific icat atio ion n I31 I317 is is a DC DC regu regullator ator to gene genera rate te a 3.3V 3.3V outp output ut to USB USB H ub ontr ontrol olller. er.

.5 USB hub hub con contr trol ol circ circui uitt I319 I319 is is a USB USB hub hub con contr trol ol ICIC made made by ypres press. s. I319 enables enables communication with with upstream upstream port when D+ and D- from the USB connector connector are applied applied to pin 18 18 and pin 17, 17, respectiv respectively ely.. P in 14, 13, 13, 10, 9, 6, 6, 5, 2 and 1 are are connected connected to the the USB connector connector of the downstream port. They function as a communication interface between downstream and upstream ports. If an overcurrent is generated in the downstream port, it is transferred to the upstream port. X302 X302 is a cry crysta stall oscil oscillat lator or that that supp supplie lies s a 24MH 24MH z clock clock signal signal to the the USB hub hub contr control ol IC . .6 Downs ownstr trea eam m port port circ circui uitt The USB 5V output output from the power power supply supply passe passes s through through power-swi power-switches tches of of I318 and I320, I320, and is is led to the power supply pins (pin 1 and pin 5 of each connector) of the USB Downstream port connector. An overcurrent signal is given from USB Downstream port through power switch connector line to detection and overcurrent has been generated in the Downstream port when detected.

7-

RE LACEMENT

AR S LIS

ABLE OF CON EN S age Model 20 20 GX2 (B) (For (For Europe) Europe) ............ .................. ........... ........... ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ............ ........... ....... -2

-1

REPLACEMENT PARTS PARTS LIST(For Europe) The components specified for Model 20WGX 2(B) For Europe (Lite-on Part Number) PWB ASSYS 0 5113 511330 3012 1255 55P P 0 5114 511430 3003 0385 85P P 0 5113 511370 7000 0055 55P P 0 5113 511380 8004 0416 16P P

U20B U20BNL NL(0 (03) 3)_N _NEC ECDS DS_I _INT NTER ERFA FACE CE BD U20B U20BNL NL(0 (03) 3)_N _NEC ECDS DS_P _POWE OWER R BD U20B U20BNL NL(0 (03) 3)_N _NEC ECDS DS_U _USB SB BD U20B U20BNL NL(9 (99) 9)_N _NEC ECDS DS_F _FUN UNCTI CTION ON KEY KEY BD LCD LCD

CAPACITOR : C842 C842 6311 631131 3102 0245 45P7 P70 0 C801 C801 6312 631271 7151 5141 41P7 P70 0 C801 C801 6312 631271 7151 5141 41P0 P01 1 C848 C848 6311 631154 5479 7945 45P7 P70 0 C811 C811 6311 631144 4471 7145 45P7 P70 0 C814 C814 6311 631144 4471 7145 45P7 P70 0 C810 C810 6338 633851 5101 0115 15P3 P30 0 C850 C850 6338 633851 5101 0115 15P3 P30 0 C828 C828 6338 633841 4102 0215 15P3 P30 0 C829 C829 6338 633841 4102 0215 15P3 P30 0 C849 C849 6338 633821 2102 0215 15P3 P30 0 C802 C802 6302 630241 4102 0262 62P0 P01 1 C805 C805 6302 630241 4102 0262 62P0 P01 1 C808 C808 6302 630241 4102 0262 62P0 P01 1 C836 C836 6302 630241 4102 0262 62P0 P01 1 C822 6338 63385 547115 115P C816 C816 6338 633854 5472 7215 15P3 P30 0 C830 C830 6338 633854 5472 7215 15P3 P30 0 C832 C832 6338 633854 5472 7215 15P3 P30 0 C804 6336 63365 510305 305P C854 6336 63365 510305 305P C308 6371 63711 110056 056P03 C813 C813 6371 637111 1102 0252 52P0 P00 0 C817 C817 6371 637111 1102 0252 52P0 P00 0 C852 C852 6371 637111 1102 0252 52P0 P00 0 C864 C864 6371 637111 1102 0252 52P0 P00 0 C483 6371 63711 118056 056P C484 6371 63711 118056 056P C513 6371 63711 122056 056P C516 6371 63711 122056 056P C809 C809 6371 637122 2221 2102 02P0 P00 0 C851 C851 6371 637122 2221 2102 02P0 P00 0 C309 6371 63711 147056 056P C310 6371 63711 147056 056P C311 6371 63711 147056 056P C312 6371 63711 147056 056P C525 6371 63711 147056 056P C526 6371 63711 147056 056P C405 6371 63711 156956 956P C406 6371 63711 156956 956P C485 6371 63711 150956 956P C486 6371 63711 150956 956P C487 6371 63711 150956 956P C488 6371 63711 150956 956P C601 6371 63711 150956 956P C603 6371 63711 150956 956P

CAP. CAP. ALU_ ALU_uF uF_1 _100 000_ 0_25 25V_ V_T_ T_10 105C 5C_1 _12. 2.5x 5x20 20_P _PW W CAP. CAP. ALU_ ALU_uF uF_1 _150 50_4 _450 50V_ V_LL LL_1 _105 05C_ C_18 18*4 *46 6 CAP. CAP. ALU_ ALU_uF uF_1 _150 50_4 _450 50V_ V_LL LL_1 _105 05C_ C_18 18x4 x45 5 CAP CAP. ALU_u LU_uF_ F_4. 4.7_ 7_50 50V_ V_T_ T_10 105C 5C_5 _5*1 *11 1 CAP CAP. ALU_u LU_uF_ F_47 470_ 0_35 35V_ V__1 _10 05C_1 5C_10* 0*2 20 CAP CAP. ALU_u LU_uF_ F_47 470_ 0_35 35V_ V__1 _10 05C_1 5C_10* 0*2 20 CAP CAP. CD_p CD_pF_ F_10 100_ 0_10 1000 00V_ V_K_ K_T_ T_X7 X7R_ R_SE SEC C CAP CAP. CD_p CD_pF_ F_10 100_ 0_10 1000 00V_ V_K_ K_T_ T_X7 X7R_ R_SE SEC C CAP CAP. CD_p CD_pF_ F_10 100_ 0_50 500V 0V_K _K_T _T_ _X7R_ X7R_SE SEC C CAP CAP. CD_p CD_pF_ F_10 100_ 0_50 500V 0V_K _K_T _T_ _X7R_ X7R_SE SEC C CAP CAP. CD_p CD_pF_ F_10 1000 00_1 _100 00V_ V_K_ K_T_ T_X7 X7R_ R_SE SEC C CAP. CAP. CD_p CD_pF_ F_10 1000 00_2 _250 50V_ V_M_ M_F_ F_P= P=10 10_S _SY1 Y1_S _SEC EC CAP. CAP. CD_p CD_pF_ F_10 1000 00_2 _250 50V_ V_M_ M_F_ F_P= P=10 10_S _SY1 Y1_S _SEC EC CAP. CAP. CD_p CD_pF_ F_10 1000 00_2 _250 50V_ V_M_ M_F_ F_P= P=10 10_S _SY1 Y1_S _SEC EC CAP. CAP. CD_p CD_pF_ F_10 1000 00_2 _250 50V_ V_M_ M_F_ F_P= P=10 10_S _SY1 Y1_S _SEC EC CAP. CD_pF_4 F_470_10 0_1000 00V V_K_T_ K_T_X X7R CAP CAP. CD_p CD_pF_ F_47 4700 00_1 _100 000V 0V_K _K_T _T_X _X7R 7R_S _SEC EC CAP CAP. CD_p CD_pF_ F_47 4700 00_1 _100 000V 0V_K _K_T _T_X _X7R 7R_S _SEC EC CAP CAP. CD_p CD_pF_ F_47 4700 00_1 _100 000V 0V_K _K_T _T_X _X7R 7R_S _SEC EC CAP. CD_uF_0 F_0.01_ 01_1000V 00V_M_T_ M_T_Z5 Z5U U CAP. CD_uF_0 F_0.01_ 01_1000V 00V_M_T_ M_T_Z5 Z5U U CAP. AP. MC_pF_1 F_10_50 0_50V_ V_J_ J_NP NPO O CAP. CAP. MC_p MC_pF_ F_10 1000 00_5 _50V 0V_J _J_N _NPO PO_0 _080 805_ 5_CO COMP MPOS OSTA TA CAP. CAP. MC_p MC_pF_ F_10 1000 00_5 _50V 0V_J _J_N _NPO PO_0 _080 805_ 5_CO COMP MPOS OSTA TA CAP. CAP. MC_p MC_pF_ F_10 1000 00_5 _50V 0V_J _J_N _NPO PO_0 _080 805_ 5_CO COMP MPOS OSTA TA CAP. CAP. MC_p MC_pF_ F_10 1000 00_5 _50V 0V_J _J_N _NPO PO_0 _080 805_ 5_CO COMP MPOS OSTA TA CAP. MC_pF_1 F_18_50 8_50V_ V_J_ J_NP NPO_ O_S SMD (PB) (PB) CAP. MC_pF_1 F_18_50 8_50V_ V_J_ J_NP NPO_ O_S SMD (PB) (PB) CAP. MC_pF_2 F_22_50 2_50V_ V_J_ J_NP NPO_ O_S SMD 060 060 CAP. MC_pF_2 F_22_50 2_50V_ V_J_ J_NP NPO_ O_S SMD 060 060 CAP. CAP. MC_p MC_pF_ F_22 220_ 0_50 50V_ V_M_ M_X7 X7R R SMD_ SMD_08 0805 05_C _COM OMPO PO CAP. CAP. MC_p MC_pF_ F_22 220_ 0_50 50V_ V_M_ M_X7 X7R R SMD_ SMD_08 0805 05_C _COM OMPO PO CAP. MC_pF_4 F_47_50 7_50V_ V_J_ J_NP NPO_ O_S SMD 060 060 CAP. MC_pF_4 F_47_50 7_50V_ V_J_ J_NP NPO_ O_S SMD 060 060 CAP. MC_pF_4 F_47_50 7_50V_ V_J_ J_NP NPO_ O_S SMD 060 060 CAP. MC_pF_4 F_47_50 7_50V_ V_J_ J_NP NPO_ O_S SMD 060 060 CAP. MC_pF_4 F_47_50 7_50V_ V_J_ J_NP NPO_ O_S SMD 060 060 CAP. MC_pF_4 F_47_50 7_50V_ V_J_ J_NP NPO_ O_S SMD 060 060 CAP. MC_pF_5 F_5.6_ .6_50V_J_ V_J_N NPO_ PO_0603 CAP. MC_pF_5 F_5.6_ .6_50V_J_ V_J_N NPO_ PO_0603 CAP. MC_pF_5 F_5_50V _50V_J _J_N _NP PO_SM O_SMD D 060 0603 CAP. MC_pF_5 F_5_50V _50V_J _J_N _NP PO_SM O_SMD D 060 0603 CAP. MC_pF_5 F_5_50V _50V_J _J_N _NP PO_SM O_SMD D 060 0603 CAP. MC_pF_5 F_5_50V _50V_J _J_N _NP PO_SM O_SMD D 060 0603 CAP. MC_pF_5 F_5_50V _50V_J _J_N _NP PO_SM O_SMD D 060 0603 CAP. MC_pF_5 F_5_50V _50V_J _J_N _NP PO_SM O_SMD D 060 0603

SYMBOL

DESCRIPTION

8- 2

SYMBOL 604 605 517 304 330 407 40 409 410 19 47 62 302 303 305 307 314 316 317 320 321 322 324 325 327 32 329 331 333 334 335 336 337 33 339 340 341 342 344 346 353 355 359 361 366 367 36 369 370 371 372 373 374 375

For Europe (Lit (Lite-o e-on n P art art Numbe Number) r) 6371150956 6371150956 6371156156 03 6371210356 6371210356 6371210356 6371210356 6371210356 6371210356 6371210312 6371210312 6373210412 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416

DES RI TION A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

.M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M

pF pF pF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF

-3

5 50 J 5 50 J 560 50 0.01 50 0.01 50 0.01 50 0.01 50 0.01 50 0.01 50 0.01 50 0.01 50 0.1 25 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50 0.1 50

N N J J J J J J J

O SMD 0603 O SMD 0603 N O X 7R X 7R X 7R X7R X 7R X 7R X7R SMD 0 05 X7R SMD 0 05 X7R SMD 0 05 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603 X7R SMD 0603

B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B

SYMBOL 376 377 37 379 3 0 3 4 3 5 3 6 3 7 3 3 9 390 391 392 396 397 39 399 400 401 404 411 412 414 417 419 420 421 422 427 42 429 430 431 432 433 434 446 447 44 456 457 459 462 464 465 46 469 470 471 472 473 474 475

For Europe (Lite(Lite-on on P art art Numbe Number) r) 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416


.M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M .M

uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF

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 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 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 0.1 0.1 0.1 0.1 0 .1 0.1 0.1 0.1 0.1 0.1 0.1 0.1

-4

50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50

X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X7 R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R X 7R

SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603 SMD 0603

B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B

SYMBOL 476 477 47 490 491 493 495 496 499 506 507 50 509 510 512 514 51 521 524 527 601 604 605 23 31 1 522 1 301 343 4 9 511 523 531 532 415 603 530 515 515 55 56 03 06 35 07 53 61 12 45 43 45 57 46

For Europe (Lite (Lite-o -on n P art art Numbe Number) r) 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6371210416 6374222412 00 6371247413 00 6371247413 00 6374210512 6374210512 6374410502 6374410502 6374410502 6374410502 6374410502 6374410502 6374410502 63744105 6 01 63754106 3 01 63744225 2 6374247513 10 6374247513 20 6321310512 6321310512 632 47432 632 47432 6311501045 60 6311510045 60 6311510045 60 6311510045 60 6311510045 60 6311110142 50 6311310145 60 6311210245 60 6311210245 60 6311210245 60


. M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.1 50 X7R SMD 0603 B . M uF 0.22 16 X7R 0 05 OM OSTA . M uF 0.47 50 X7R 1206 OM OSTA . M uF 0.47 50 X7R 1206 OM OSTA . M uF 1 16 X7R SMD 0 05 . M uF 1 16 X7R SMD 0 05 . M uF 1 16 M Y5 SMD 0 05 . M uF 1 16 M Y5 SMD 0 05 . M uF 1 16 M Y5 SMD 0 05 . M uF 1 16 M Y5 SMD 0 05 . M uF 1 16 M Y5 SMD 0 05 . M uF 1 16 M Y5 SMD 0 05 . M uF 1 16 M Y5 SMD 0 05 . M uF 1 16 Z Y5 . M uF 10 10 Z Y5 SMD 1206 SMD . M uF 2.2 16 Z Y5 SMD 0 05 B . M uF 4.7 16 X7R . M uF 4.7 16 X7R . MEF uF 1 450 L4 15 TAIYANG: . MEF uF 1 450 L4 15 TAIYANG: . X2 M uF 0.47 275 15 IL OR . X2 M uF 0.47 275 15 IL OR .ALU uF 1 50 T 105 5x11 Y/ C EMI ON .ALU uF 10 50 T 105 5x11 .ALU uF 10 50 T 105 5x11 .ALU uF 10 50 T 105 5x11 .ALU uF 10 50 T 105 5x11 .ALU uF 100 10 L3.5 2 105 5x11 YXG .ALU uF 100 25 T 105 6.3x11 .ALU uF 1000 16 T 105 10x20 .ALU uF 1000 16 T 105 10x20 .ALU uF 1000 16 T 105 10x20

-5

For Europe (Lit (Litee-on on P art art Numbe Number) r) 46 6311210245 72 356 6311122142 60 360 6311122142 60 362 6311122142 60 454 6311122142 60 461 6311122142 60 463 6311122142 60 492 6311122142 60 494 6311122142 60 347 6311322142 60 416 6311322142 60 20 6311547945 60 365 6311347042 60 3 2 6311347042 60 3 3 6311347042 60 394 6311347042 60 395 6311347042 60 403 6311347042 60 41 6311347042 60 426 6311347042 60 OIL OIL AND AND FILT FILTER ER : L301 611100002 L302 611100002 L303 611100002 L304 611100002 L305 611100002 L 01 61112 5131 L 03 6111549130 L 10 6115479104 00 T 02 613 000002 00 T 03 613 003601 FB301 6 1101 9 FB302 6 1101 9 FB332 6 110237 FB334 6 110237 FB343 6 110237 FB344 6 110237 FB345 6 110237 FB346 6 110237 FB347 6 110237 FB34 6 110237 FB303 6 110217 FB304 6 110217 FB305 6 110217 FB312 6 110217 FB313 6 110217 FB314 6 110217 FB315 6 110217 FB316 6 110217 FB317 6 110217 FB321 6 110217 FB322 6 110217 FB324 6 110217 FB325 6 110217 SYMBOL

DES RI TION A A A A A A A A A A A A A A A A A A A A

.ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU .ALU

uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF uF

1000 16 T 105 10x20 / NI NI 220 10 L3.5 2.5 105 6.3x11 220 10 L3.5 2.5 105 6.3x11 220 10 L3.5 2.5 105 6.3x11 220 10 L3.5 2.5 105 6.3x11 220 10 L3.5 2.5 105 6.3x11 220 10 L3.5 2.5 105 6.3x11 220 10 L3.5 2.5 105 6.3x11 220 10 L3.5 2.5 105 6.3x11 220 25 L3.5 3.5 105 x11.5 220 25 L3.5 3.5 105 x11.5 4.7 50 T 105 5x11 47 25 L3.5 2 105 5x11 Y/ N 47 25 L3.5 2 105 5x11 Y/ N 47 25 L3.5 2 105 5x11 Y/ N 47 25 L3.5 2 105 5x11 Y/ N 47 25 L3.5 2 105 5x11 Y/ N 47 25 L3.5 2 105 5x11 Y/ N 47 25 L3.5 2 105 5x11 Y/ N 47 25 L3.5 2 105 5x11 Y/ N

OIL C O E OMMON(SMD) O M 160 25 OIL C O E OMMON(SMD) O M 160 25 OIL C O E OMMON(SMD) O M 160 25 OIL C O E OMMON(SMD) O M 160 25 OIL C O E OMMON(SMD) O M 160 25 OIL O E F u 2 2.5 13 T 0 52 LSE OIL O E u 5.4 OIL EA ING u 4.7 T26 STAR/ AL AL0307TB LINE FILTER m 12 ET24 LSE(FLI5005EL) LINE FILT ER m 14 FR16 12 LSE(T UBE) ORE BEAD BK 2125 S 431 T IAYO ORE BEAD BK 2125 S 431 T IAYO ORE BEAD BY201209T 170Y S IL I S I N ORE BEAD BY201209T 170Y S IL I S I N ORE BEAD BY201209T 170Y S IL I S I N ORE BEAD BY201209T 170Y S IL I S I N ORE BEAD BY201209T 170Y S IL I S I N ORE BEAD BY201209T 170Y S IL I S I N ORE BEAD BY201209T 170Y S IL I S I N ORE BEAD BY201209T 170Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N ORE BEAD BY201209T 300Y S IL I S I N

-6

For Europe (Lite(Lite-on on art Number Number)) FB327 6 110217 FB330 6 110217 FB331 6 110217 FB335 6 110217 FB336 6 110217 FB341 6 110217 FB307 6 160397 FB309 6 160397 FB311 6 160397 FB306 6 1602 7 FB30 6 1602 7 FB310 6 1602 7 L 02 6 1001507 L 04 6 1001507 L 06 6 1001507 ONNE TOR : 301 6642151200 302 6649001011 602 6649004100 310 6649003600 602 6649003600 309 6649003500 02 6613090010 30 6613100050 601 6610110030 307 6613130020 303 6611130040 03 6611130040 305 6613300010 304 6613040030 I325B 6626440020 05 6614030001 00 DIODE D 02 6417001610 D 13 6412026704 D 61 6412026704 D 07 6412000540 D 20 641202630 D 21 641202630 D 22 641202630 D 23 641202630 D 04 6412026604 D 14 6412026604 D301 641200173 D305 641200173 D307 641200173 D30 641200173 D311 641200173 D313 641200173 D315 641200173 D317 641200173 D 06 641200173 D 0 641200173 D 16 641200173 SYMBOL

DES RI TION ORE ORE ORE ORE ORE ORE ORE ORE ORE ORE ORE ORE ORE ORE ORE

BEAD BEAD BEAD BEAD BEAD BEAD BEAD BEAD BEAD BEAD BEAD BEAD BEAD BEAD BEAD

BY201209T 300Y BY201209T 300Y BY201209T 300Y BY201209T 300Y BY201209T 300Y BY201209T 300Y SB 160 0 T 060Y SB 160 0 T 060Y SB 160 0 T 060Y SB 160 0 T 101Y SB 160 0 T 101Y SB 160 0 T 101Y 5 R 3.5x6x1.0T 5 R 3.5x6x1.0T 5 R 3.5x6x1.0T

S S S S S S S S S S S S

ILISIN ILISIN ILISIN ILISIN ILISIN ILISIN SMD ILISIN SMD ILISIN SMD ILISIN SMD ILISIN SMD ILISIN SMD ILISIN

ONNE TOR D SUB 15 01 D 153S1B BN ONNE TOR D I D 24 IN 160 21130 NT G2 ONNE TOR USB A* 2 USBR 0 SA TAIT UN ONNE TOR USB Ax2 AA DG00 0MAINSU ER ONNE TOR USB Ax2 AA DG00 0MAINSU ER ONNE TOR USB B 4 ABD X004 0 MAINSU ER LUG 09 2.0mm J T A2001 2 LUG 10 2.0mm A2006 R0 2x5 J T LUG 11 1.0mm JS 1254 11 YAD S IUNN LUG 13 2.0mm J T A2001 2 13 LUG 13 2.5mm A2501 R2 J T LUG 13 2.5mm A2501 R2 J T LUG 30 2.0mm A2006 0 2x15 J T LUG 4 2.0mm A2001 2 4 SO ET I 111 44TAB2 44 L AFER 3 3.96mm A3963 R2 3 D J T DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE DIODE

BRIDGE GBU4 4A/ 8 00 GBU ANJIT ER104 1A/ 40 400 DO41/ T2 T26 35nS ANJIT ER104 1A/ 40 400 DO41/ T2 T26 35nS ANJIT ER306 3A/ 60 600 35nS ANJIT ESD SU RESSOR ORT0603 100M 05 ESD SU RESSOR ORT0603 100M 05 ESD SU RESSOR ORT0603 100M 05 ESD SU RESSOR ORT0603 100M 05 FAST RE O ERY G10 R 1A/ 8 00 DO 41 FAST RE O ERY G10 R 1A/ 8 00 DO 41 RLS4148 LL LL 34 SMD RO M RLS4148 LL LL 34 SMD RO M RLS4148 LL LL 34 SMD RO M RLS4148 LL LL 34 SMD RO M RLS4148 LL LL 34 SMD RO M RLS4148 LL LL 34 SMD RO M RLS4148 LL LL 34 SMD RO M RLS4148 LL LL 34 SMD RO M RLS4148 LL LL 34 SMD RO M RLS4148 LL L L 34 SMD RO M RLS4148 LL LL 34 SMD RO M

-7

For Europe (Lite(Lite-on on P art art Numbe Number) r) D 1 641200173 D 17 6413060020 D 01 64131 0007 D 12 64131 0007 D 15 6412015220 D 05 6412000010 20 D330 641200177 D331 641200177 D316 641201951 D31 641201951 D319 641201951 D320 641201951 D321 641201951 D322 641201951 D323 641201951 D324 641201951 D325 641201951 D326 641201951 D327 641201951 D32 641201951 D329 641201951 D332 641201951 1 6425000115 20 D302 641405610 D303 641405610 D304 641405610 D306 641405610 D309 641405610 D310 641405610 D312 641405610 D314 641405610 ZD 0 4 641420009 ZD 0 2 6414300014 20 ZD 0 3 641400001 20 ZD 1 641400001 20 ZD 0 1 6414240014 D601 641 00610 TRANSISTOR : I329 6426011 0 03 6426000020 00 04 642601071 01 6426000010 00 02 6426000010 00 05 6421000535 05 6421000525 I331 642200003 10 301 642200001 20 302 642200001 20 306 642200001 20 30 642200001 20 309 642200001 20 312 642200001 20 313 642200001 20 314 642200001 20 SYMBOL

DES RI TION DIODE RLS4148 LL LL 34 SMD RO M DIODE S OT T Y F 20A06 20A/ 60 60 B NI E DIODE S OTT Y 6 E1 0A 1 m A/ 1 0 T 52 DIODE S OTT Y 6 E1 0A 1 m A/ 1 0 T 52 DIODE S IT ING ER1002F 10A/ 20 200 35NS DIODE S IT ING ER1004F T 10A/ 40 400 50nS DIODE S IT ING MM414 0.15A/ 7 75 5 DIODE S IT ING MM414 0.15A/ 7 75 5 DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE S IT ING MMBD7000 7 75 SOT23 4nS DIODE T YRIST OR S R BT169D TO92 ILI S DIODE ZENER MMSZ5232B 7 5.6 SOD123 DII DIODE ZENER MMSZ5232B 7 5.6 SOD123 DII DIODE ZENER MMSZ5232B 7 5.6 SOD123 DII DIODE ZENER MMSZ5232B 7 5.6 SOD123 DII DIODE ZENER MMSZ5232B 7 5.6 SOD123 DII DIODE ZENER MMSZ5232B 7 5.6 SOD123 DII DIODE ZENER MMSZ5232B 7 5.6 SOD123 DII DIODE ZENER MMSZ5232B 7 5.6 SOD123 DII DIODE ZENER RLZ22B 20mA/ 20 2 0.64 21.71 LL DIODE ZNR GDZJ-30D T 26 GRANDE DIODE ZNR GLZJ27 MINI MELF B GRANDE DIODE ZNR GLZJ27 MINI ME MELF B GRANDE DIODE ZNR MTZJ T 77 24B T26 LED LT ST 155TBJS T BLUE/ YE YELLO SMD LITE FET N NL FDN335N 1.7A/ 20 20 FAIR ILD FET N NL 13N50 13A/ 5 50 00 FAIR I LD FET N NL 2N7002LT1 SOT 23 LR FET N NL N 0 A 00 FAIR ILD FET N NL N 0 A 00 FAIR ILD TRANSISTO R N N 2S 945 TO 92 B TRANSISTO R N N T 945 AT E T RANSIST OR N N MMDT3904 SOT-363 DII TRANSISTO R N N MBS3904 SOT 23 ILI TRANSISTO R N N MBS3904 SOT 23 ILI TRANSISTO R N N MBS3904 SOT 23 ILI TRANSISTO R N N MBS3904 SOT 23 ILI TRANSISTO R N N MBS3904 SOT 23 ILI TRANSISTO R N N MBS3904 SOT 23 ILI TRANSISTO R N N MBS3904 SOT 23 ILI TRANSISTO R N N MBS3904 SOT 23 ILI

-8

S S S S S S S S

SYMBOL

For Europe (Lite (Lite-on -on art Number Number)) 642200001 20 642200001 20 642200001 20 642200001 20 642200001 20 6423000225 6423000215 642300001 20 642300001 20 642300001 20 642300001 20 642300001 20 642300001 20 642300001 20 642300001 20 642300001 20

316 320 321 323 326 0 0 303 304 317 31 319 322 324 327 32 IC : I31 644203430 I320 644203430 I313 644401470 I30 64440000 6 I311 644 00015 I312 644 00015 I309 644 02710 I303 644 01 20 I334 644 01 20 I310 644 01 30 I319 644 02201 I325 644 01 900 I332 644200006 I317 644204300 I327 644202734 I32 644202734 I 03 6442041005 I 06 6442041005 I306 644204400 I307 644204400 I 02 6442014000 I 07 6442014000 I 13 6442014000 I 01 644200004 I 0 644200004 I 09 644400001 I324 644600 10 I326 644600002 I323 644600 70 I333 644600 70 I 04 6442030200 RESISTOR : R 16 6253120152 R 19 6252100142 R 20 6252100142 R 42 6252100142 R 43 6252100142

21 40 40

50 24

05 05 03 14

DES RI TION T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR TRANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR T RANSISTOR

N N MBS3904 SOT 23 N N MBS3904 SOT 23 N N MBS3904 SOT 23 N N MBS3904 SOT 23 N N MBS3904 SOT 23 N 2SA733 T0 92 B N T A733 AT T O N MBS3906 SOT23 N MBS3906 SOT23 N MBS3906 SOT23 N MBS3906 SOT23 N MBS3906 SOT23 N MBS3906 SOT23 N MBS3906 SOT23 N MBS3906 SOT23 N MBS3906 SOT23

ILI ILI ILI ILI ILI

S S S S S

ILI ILI ILI ILI ILI ILI ILI ILI ILI

S S S S S S S S S

I AI 1526 0 S I N S O AI I AI 1526 0 S I N S O AI I MOS AO3401 3 SOT 23 AOS(AL A OMEGA) I MOS GM5 61 20 F GENESIS I MOS M12L16161A-5TG 50 TSO ESMT I MOS M12L16161A-5TG 50 TSO ESMT I MOS SST25LF040A 33 4 S2AE SOI S I U 24L 02BT SN IN SOI MI RO I I U 24L 02BT SN IN SOI MI RO I I U 24L 32AT SNG IN SOI MI RO I I U Y7 65640A LFXC 56P FN T A ING I U SM 9516 25J 44 L SYN MOS I LINEAR(O ) LM 35 MX SOI NS I LINEAR AI 1117A 33 YT R 3 IN SOT 223 A I LINEAR AO4407 SO AOS I LINEAR AO4407 SO AOS I LINEAR A 431 LA 3 TO 92 ANA I I LINEAR A 431 LA 3 TO 92 ANA I I LINEAR LM10 5ISX-ADJ 3 T O-263 NS MSL I LINEAR LM10 5ISX-ADJ 3 T O-263 NS MSL I Linear LT 17D 4 DI I Linear LT 17D 4 DI I Linear LT 17D 4 DI I LINEAR SG6 41SZ3 SMD SG I LINEAR SG6 41SZ3 SMD SG I F L6562DT R S O ST I TTL N 7SZ04M5X 5 FAIR ILD I TTL SN74 14 R 14 T SSO T I I TTL SN74L 4052A R 1 6 T S S O T E XAS I TTL SN74L 4052A R 1 6 T S S O T E XAS I -LINEAR- A7 R12 -4 -TO-220F-4L-FAIR I RES. RES. RES. RES. RES.

I I I I I

R R R R R

-9

O O O O O

M M M M M

1 .2 1 1 1 1 1 1 1 1

1 10 10 10 10

J F F F F

05 05 05 05 05

SYMBOL R8 0 9 R49 4 R495 R496 R497 R510 R323 R328 R330 R331 R338 R340 R344 R354 R358 R359 R361 R363 R364 R367 R369 R370 R371 R373 R405 R419 R425 R458 R464 R465 R466 R467 R468 R471 R473 R474 R475 R476 R524 R8 48 R8 5 3 R43 3 R8 54 R8 5 6 R4 9 2 R38 3 R48 5 R457 R40 7 R410 R424 R428 R430 R436

For Europe (Lite-on (Lite-on P art Number) Number) 6 2 53 1 0 7 2 4 2 P 0 0 6 2 52 1 0 0 2 4 6 P 6 2 52 1 0 0 2 4 6 P 6 2 52 1 0 0 2 4 6 P 6 2 52 1 0 0 2 4 6 P 6 2 52 1 0 0 2 4 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 52 1 0 0 2 5 6 P 6 2 53 1 0 0 2 5 2 P 0 0 6 2 53 1 0 0 2 5 2 P 0 0 6 2 52 1 0 0 3 5 6 P 6 2 53 1 0 0 3 5 2 P 0 0 6 2 53 1 0 0 3 5 2 P 0 0 6 2 52 1 2 0 2 4 6 P 6 2 52 1 2 0 2 5 6 P 6 2 52 1 2 0 2 5 6 P 6 2 52 1 3 7 2 4 6 P 0 0 6 2 52 1 5 0 2 5 6 P 6 2 52 1 5 0 2 5 6 P 6 2 52 1 5 0 2 5 6 P 6 2 52 1 5 0 2 5 6 P 6 2 52 1 5 0 2 5 6 P 6 2 52 1 5 0 2 5 6 P

DESC DESC RIP RIP TION RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C R ES . C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C RES. C

H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IP H IPIP H IPIP H IP H IP H IP H IP H IP H IP H IPIP H IP H IP H IP H IP H IP H IP

_ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_ _ R_

- 10

K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH K OH

M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M M__ M M__ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_

1 0 .7_ 1 8 W _ F_ F_ 08 08 05 05_ C O M P O 1 0_ 1 10W 10W _ F_ F_ 603 603 1 0_ 1 10W 10W _ F_ F_ 603 603 1 0_ 1 10W 10W _ F_ F_ 603 603 1 0_ 1 10W 10W _ F_ F_ 603 603 1 0_ 1 10W 10W _ F_ F_ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 1 0_ 1 10W 10W _ J J__ 603 603 10_ 1 8 W _ J J__ 08 08 0 5 5__ C O MP MP O ST ST 10_ 1 8 W _ J J__ 08 08 0 5 5__ C O MP MP O ST ST 1 00 _ 1 10W 10W _ J J__ 603 603 1 0 0_ 1 8 W _ J_ J_ 08 08 05 0 5_ C O M P O S 1 00 _ 1 8 W _ J_ J_ 08 08 05 05_ C OMP O S 12 _ 1 10W _ F_ F_ 603 603 1 2_ 1 10W 10W _ J J__ 603 603 1 2_ 1 10W 10W _ J J__ 603 603 1 3 .7_ 1 10W 10W _ F_ 060 0603 3_ C OMP OMP O 1 5_ 1 10W 10W _ J J__ 603 603 1 5_ 1 10W 10W _ J J__ 603 603 1 5_ 1 10W 10W _ J J__ 603 603 1 5_ 1 10W 10W _ J J__ 603 603 1 5_ 1 10W 10W _ J J__ 603 603 1 5_ 1 10W 10W _ J J__ 603 603

SYMBOL R437 R439 R 11 R 22 R30 R309 R352 R353 R414 R463 R4 6 R3 1 R3 2 R372 R 55 R 26 R 3 R426 R49 R507 R312 R334 R336 R337 R400 R455 R456 R460 R472 R493 R501 R409 R 35 R 45 R4 9 R303 R329 R3 5 R413 R4 7 R490 R491 R499 R502 R503 R504 R509 R511 R512 R304 R305 R3 4 R 17 R349

For Europe (Lite (Lite-on -on P art Num Number ber)) 6252150256 6252150256 6253160242 62531 0242 6252220156 6252220156 6252220156 6252220156 6252220156 6252220156 6252220156 6252200156 6252200156 6252200256 6253200252 00 6252200342 6252200342 6252220356 6252330146 6252330146 6252330156 6252330156 6252330156 6252330156 6252330156 6252330156 6252330156 6252330156 6252330156 6252330156 6252330156 6252300256 6253330242 6253330242 6252470146 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470156 6252470256 6252470256 6252470256 6253560242 6252604146 00

DES RI TION RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES.

C

C

C

C C

I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R

O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O

- 11

M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M

15 1 10 J 603 15 1 10 J 603 16 1 F 05 1 1 F 05 2.2 1 10 J 603 2 .2 1 1 0 J 603 2 .2 1 1 0 J 603 2 .2 1 1 0 J 603 2 .2 1 1 0 J 603 2 .2 1 1 0 J 603 2.2 1 10 J 603 2 1 10 J SMD 0603 2 1 10 J SMD 0603 20 1 10 J 603 20 1 J 0 05 OM OST 200 1 10 F 05 200 1 10 F 05 220 1 10 J 603 3.3 1 10 F 603 3 .3 1 1 0 F 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 3 .3 1 1 0 J 603 30 1 10 J 603 33 1 F 05 33 1 F 05 4.7 1 10 F 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 4.7 1 10 J 603 4 .7 1 1 0 J 603 4.7 1 10 J 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 4 .7 1 1 0 J 603 47 1 10 J 603 47 1 10 J 603 47 1 10 J 603 56 1 F 05 6.04 1/ 1 10 0 F 0603 OM O

SYMBOL R 23 R 25 R396 R397 R421 R477 R 21 R 67 R350 R351 R40 R411 R429 R431 R469 R302 R307 R313 R314 R317 R31 R319 R322 R332 R423 R434 R610 R611 R4 1 R4 2 R606 R603 R324 R326 R333 R4 3 R374 R376 R379 R3 0 R3 9 R395 R47 R50 R365 R60 R 41 R375 R39 R310 R311 R505 R506 R609

For Europe (Lite (Lite-on -on P art art Number Number)) 6253649142 00 6252649342 6252 20356 6252 20356 6252100456 6252100456 6254100443 00 6254100443 00 6252000056 6252000056 6252000056 6252000056 6252000056 6252000056 6252000056 6252100056 6252100056 6252100056 6252100056 6252100056 6252100056 6252100056 6252100056 6252100056 6252100056 6252100056 6252113046 6252113046 6252120046 6252120046 6252120046 62521 7046 6252020046 6252020046 6252020046 6252200046 6252220956 6252220956 6252220956 6252220956 6252220956 6252220956 6252220956 6252220956 6252249046 6252249046 6252270052 6252330956 6252330056 6252470956 6252470956 6252470956 6252470956 6252470046

DES RI TION RES. C RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES. RES.

I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R

- 12

O M 6.49 1 F 0 05 OM O O M 649 1 10 F 05 O M 20 0.1 J TA ING O M 20 0.1 J TA ING MO M 1 1 10 J 603 MO M 1 1 10 J 603 MO M 1 1/ 4 F 1206 OM OST A MO M 1 1/ 4 F 1206 OM OST A O M 0 1 10 J 603 O M 0 1 10 J 603 O M 0 1 10 J 603 O M 0 1 10 J 603 O M 0 1 10 J 603 O M 0 1 10 J 603 O M 0 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 100 1 10 J 603 O M 113 1 10 F 0603 O M 113 1 10 F 0603 O M 120 1/ 10 10 F SMD 0603 O M 120 1/ 10 10 F SMD 0603 O M 120 1/ 10 10 F SMD 0603 O M 1 7 1 10 F 0603 O M 20 1 10 F 603 O M 20 1 10 F 603 O M 20 1 10 F 603 O M 200 1/ 10 10 F SMD 0603 O M 22 1 10 J 603 O M 22 1 10 J 603 O M 22 1 10 J 603 O M 22 1 10 J 603 O M 22 1 10 J 603 O M 22 1 10 J 603 O M 22 1 10 J 603 O M 22 1 10 J 603 O M 249 1 10 F 603 O M 249 1 10 F 603 O M 270 1 10 J 05 O M 33 1 10 J 603 O M 330 1 10 J 603 O M 47 1 10 J 603 O M 47 1 10 J 603 O M 47 1 10 J 603 O M 47 1 10 J 603 O M 470 1 10 F 0603

SYMBOL R339 R355 R356 R357 R4 4 R394 R604 R325 R327 R335 R602 R607 R 46 R4 R515 R516 R517 R51 R519 R520 R521 R522 R 66 RN301 RN302 RN303 RN304 RN305 RN306 RN307 RN30 RN309 RN310 RN311 R 27 R 61 R 52 R 62 R 33 R 6 R 1 R 02 R 06 R 24 R 34 R 1 R 71 R 10 R 13 R 40 R 05 R 3 R 12 R 15

For Europe (Lite (Lite-o -on n P art art Numbe Number) r) 6252470056 6252560946 6252560946 6252560946 6252560946 6252560956 62526 1946 6252750946 6252750946 6252750946 62527 7046 6252 20046 6253261242 62526 0146 6252010046 6252010046 6252010046 6252010046 6252010046 6252010046 6252010046 6252010046 6253470052 6260002 1 6260002 1 6260002 1 6260002 1 6260002 1 6260002 1 6260002 1 6260002 1 6260002 1 6260002 1 6260002 1 6212310357 6212120354 6212133054 6212147054 6212147154 6220322 52 6224656227 622 110557 622 110557 622 120557 622 120557 622 120557 6221224 52 6221227 52 6221239 52 6221239 52 6221010157 6221010157 6221015057 6221020157

DES RI TION RES. I R O M 470 1 10 J 603 RES. I R O M 56 1 10 F 603 RES. I R O M 56 1 10 F 603 RES. I R O M 56 1 10 F 603 RES. I R O M 56 1 10 F 603 RES. I R O M 56 1 10 J 603 RES. I R O M 6 .1 1 10 F 0603 RES. I R O M 75 1 10 F 603 RES. I R O M 75 1 10 F 603 RES. I R O M 75 1 10 F 603 RES. I R O M 7 7 1 10 F 0603 RES. I R O M 20 1 10 F 0603 RES. I -R O M 26.1 1 F 0 05 RES. I -R O M 6. 1 10 F 0603 RES. I -R O M 10 1/ 10 10 F SMD RES. I -R O M 10 1/ 10 10 F SMD RES. I -R O M 10 1/ 10 10 F SMD RES. I -R O M 10 1 10 F SMD RES. I -R O M 10 1/ 10 10 F SMD RES. I -R O M 10 1/ 10 10 F SMD RES. I -R O M 10 1/ 10 10 F SMD RES. I -R O M 10 1/ 10 10 F SMD RES. I -R O M 470 1 J 0 05 RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. FRN O M 0 1 16 J RES. F O M 10 1 2 J AT52 RES. F O M 20 1 4 J T26 MINI RES. F O M 33 1/ 4 J T26 MINI RES. F O M 47 1/ 4 J T26 MINI RES. F O M 470 1/ 4 J T26 MINI RES. FS O M 0.22 1 J OR RES. MF O M 56.2 1 4 F T52 RES. MGF MO M 1 1 4 J AT52 RES. MGF MO M 1 1 4 J AT52 RES. MGF MO M 2 1 4 J T52 RES. MGF MO M 2 1 4 J T52 RES. MGF MO M 2 1 4 J T52 RES. MOF O M 0.24 2 J OR RES. MOF O M 0.27 2 J OR RES. MOF O M 0.39 2 J OR RES. MOF O M 0.39 2 J OR RES. MOF O M 100 1/ 4 J AT52 RES. MOF O M 100 1/ 4 J AT52 RES. MOF O M 15 1/ 4 J AT52 RES. MOF O M 200 1/ 4 J AT52

- 13

OM OS

For Europe DES RI TION (Lite (Lite-on -on P art Num Number ber)) R 39 6221020157 RES. MOF O M 200 1/ 4 J AT52 R 14 6221022057 RES. MOF O M 22 1/ 4 J AT 52 R 57 6221022057 RES. MOF O M 22 1/ 4 J AT 52 R 51 6221047057 RES. MOF O M 47 1/ 4 J AT 52 R 07 6212133957 00 RES. F O M 3.3 1/ 4 J T52MINI NE SIN R 01 6245103010 RES. R O M 10 0.3 TA B 6D / _ 20 (MET A R 2 6253127342 00 RES. I -R O M 127 1/ 8 F 0 05 OM OSTA R 0 6253294242 00 RES. I -R O M 29.4 1/ 8 F 0 05 OM OST R 01 6201100061 T ERMIST OR O M 10 5A 7.5/ L2 L21 S 15105MJ ELE TRI AL ARTS & MIS ELLANEOUR ARTS 01 6621030151 AC INLET 3 DL DJ 3 GS A 9N040 1133003609 AD ESI E RED GLUE 3609 um um m ℃ASTME 31 9N060 1133003609 AD ESI E RED GLUE 3609 um um m ℃ASTME 31 9N070 1133003609 AD ESI E RED GLUE 3609 um um m ℃ASTME 31 D 02B 1250000415 AD ESI E S REW LO ING A 450 IN YEAR D 05B 1250000415 AD ESI E S REW LO ING A 450 IN YEAR D 15B 1250000415 AD ESI E S REW LO ING A 450 IN YEAR D 17B 1250000415 AD ESI E S REW LO ING A 450 IN YEAR I 04B 1250000415 AD ESI E S REW LO ING A 450 IN YEAR 01B 1250000415 AD ESI E S REW LO ING A 450 IN YEAR 02B 1250000415 AD ESI E S REW LO ING A 450 IN YEAR 03B 1250000415 AD ESI E S REW LO ING A 450 IN YEAR X303 6449004 20 RYSTAL 11.0592M Z 49S 20pF TO I S X301 6449006400 RYSTAL 14.31 M AT 49 TO I S X302 6449002660 RYSTAL 24M Z 49/ S TO I 16pF 30 30 M GND2 6714010601 33 ARNESS 1 100mm 1015 1 Y/ G 1. / TI T IN 601A 6711110001 90 ARNESS SIGNAL 11 / 10 10 1 0mm 1571 2 D 02 7746403040 0A EAT SIN EAT SIN NE 20MTL 2(03) U1 D 05 7746403030 0B EAT SIN NE - 20MTL-2(03) U10( ) AL1100 2U01 1241000205 ID DATE ODE LABEL 2U04 1241000400 MODEL LABEL IT E J001 6700060000 JUM ER IRE J002 6700060000 JUM ER IRE J003 6700060000 JUM ER IRE J004 6700060000 JUM ER IRE J006 6700060000 JUM ER IRE J007 6700060000 JUM ER IRE J00 6700060000 JUM ER IRE J009 6700060000 JUM ER IRE J010 6700060000 JUM ER IRE J013 6700060000 JUM ER IRE J015 6700060000 JUM ER IRE J017 6700060000 JUM ER IRE J01 6700060000 JUM ER IRE J019 6700060000 JUM ER IRE J021 6700060000 JUM ER IRE J022 6700060000 JUM ER IRE J023 6700060000 JUM ER IRE J024 6700060000 JUM ER IRE J025 6700060000 JUM ER IRE J026 6700060000 JUM ER IRE J027 6700060000 JUM ER IRE J02 6700060000 JUM ER IRE J029 6700060000 JUM ER IRE SYMBOL

- 14

SYMBOL J030 J031 J032 J033 J034 01A 01B 55A 55B 56A 56B F 01A F 01B L 01A L 01B 0 1D 01S 0 2D 02S 0 3D 03S R 01A R 01B T 01A T 01B T 01 T 01D T 02A T 02B T 02 T 02D T 03A T 03B T 03 T 03D T 04A T 04B T 04 T 04D T 06A T 06B T 06 T 06D D 02A D 02D D 07A D 07B 01G 01L 01N 05A 05B 6B01S 6B01

For Europe (Lite(Lite-on on P art art Numbe Number) r) 6700060000 6700060000 6700060000 6700060000 6700060000 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200690 0B 7740200700 0B 7740200700 0B 7740200700 0B 7740200700 0B 7740200700 0B 7740200700 0B 7740200700 0B 7740200700 0B 7740200700 0B 7140220061 0A 7140220061 0A

DES RI TION JUM ER IRE JUM ER IRE JUM ER IRE JUM ER IRE JUM ER IRE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE RI ET EYELET 1.6 FOR NE NE RI ET EYELET 1.6 FOR NE RI ET EYELET 2 FOR NE RI ET EYELET 2 FOR NE RI ET EYELET 2 FOR NE RI ET EYELET 2 FOR NE RI ET EYELET 2 FOR NE RI ET EYELET 2 FOR NE RI ET EYELET 2 FOR NE RI ET EYELET 2 FOR NE NE RI ET EYELET 2 FOR NE NE S RE DOUBLE T READ NO S RE DOUBLE T READ NO

- 15

AS ER AS ER

AN M2 6m AN M2 6m

For Europe (Lit (Litee-on on P art art Numbe Number) r) D 02A 71162300 2 0A D 05A 71162300 2 0A D 15A 71162300 2 0A D 17A 71162300 2 0A I 04A 71162300 2 0A 01A 71162300 2 0A 02A 71162300 2 0A 03A 71162300 2 0A 02 7740201220 0A S1 7742612430 0A S2 7742612430 0A S3 7742612430 0A S4 7742612430 0A S5 7742612430 0A S6 7742612430 0A S601 6 53011200 40 S 301 6 53010 00 S 601 6 53001100 S 602 6 53001100 S 603 6 53001100 S 604 6 53001100 T 04 6131022400 T 01 6131031700 T 06 6131043600 ME ANI AL ASSY 6B01R 7742611313 0A 6B01T 7742611303 0A 6B01M 7742611330 0A 6B01N 7742 075 1 0A 6B01 7742 07293 0B 6B01 7742302550 0A 6L01A 7742611931 0A 6L01 7746204170 0A 6L01F 7110330062 0A 6L01G 7110330062 0A 6L01 71162400 1 0A 6L01I 7740201240 0A 6L01J 7740201240 0A 6L01 7746503720 0A 6L01L 7110340102 0A 6L01M 7140226122 0A 6L01O 7740200 90 06B01 7737609551 0A 6BA1 7742233051 0A 6BB1 7742611921 0A 6B 1 7140130061 0A 6BD1 774 711550 0A 6BE1 774 711560 0A 6BF1 71403300 2 0A 01 7737710453 0A A1 773 000 61 0A B1 7742612111 0A SYMBOL

DES RI TION S RE MA INE STAR AS ER AN M3 L NI S RE MA INE STAR AS ER AN M3 L NI S RE MA INE STAR AS ER AN M3 L NI S RE MA INE STAR AS ER AN M3 L NI S RE MA INE STAR AS ER AN M3 L NI S RE MA INE STAR AS ER AN M3 L NI S RE MA INE STAR AS ER AN M3 L NI S RE MA INE STAR AS ER AN M3 L NI NUT-STANDARD NUT-FLANGE EX NUT SU ORT B INGOOD NYLON 94 94 0 NATURE SU ORT B INGOOD NYLON 94 94 0 NATURE SU ORT B INGOOD NYLON 94 94 0 NATURE SU ORT B INGOOD NYLON 94 94 0 NATURE SU ORT B INGOOD NYLON 94 94 0 NATURE SU ORT B INGOOD NYLON 94 94 0 NATURE S IT TA T E A50 ANASONI S IT T A T SF YMA2250T FOR ARD SMD S IT TA T S A 2510 BLK 5m 5mm S IT TA T S A 2510 BLK 5m 5mm S IT TA T S A 2510 BLK 5m 5mm S IT TA T S A 2510 BLK 5m 5mm XFRMER O ER T 1141 ER2 19 LSE LI5005 XFRMER O ER T -1142 ER2 43 LSE LI5006 XFRMER O ER T -1143 ER2 34 LSE/ P LI5007 O ER NM 6700 6700 ABS 94 0 O ER NM 6700 6700 ABS 94 0 O ER LENS O ER NM NM A20BAL ISA 20 USH BUTTON 6700/ # 6700 ABS 94 0 USH BUTTON 4 AXIS NOB 6700/ # 6700 LENS O ER NM NM A20BAL ISA 20 20 TRANS O ER TERMINAL BOTTOM O ER 6700 ABS S IELD USB S IELD O ER NE 20MTL 2(03 S RE -MA INE-FLAT EAD-M3-6-NI S RE -MA INE-FLAT EAD-M3-6-NI S RE -MA INE-Star asher- an-M4- -Zn S RE MA INE FLAT ASER AN M3 6L Z S RE MA INE FLAT ASER AN M3 6L Z INSULATOR NE 20MTL 2(03) U10( ) E I S RE MA INE NONE FLAT EAD M4 10 N S RE DOUBLE T READ IT OUT AS ER AN S RE u-Ni RC ASSY AMA 20 S 6700 ABS UL-94 0 R NM AMA 20 S 6700 ABS 94 0 RAIL ENTER ABINET 6700 ABS 94 0 S RE MA INE IT OUT NINDING M3 6L BLA BRA ET S EA ER BR BRA ETL NE 20MTL 2(0 BRA ET S EA ER BRA ETR NE 20MTL 2)0 S RE -MA INE-NONE-FLAT EAD-M3- -NI BASE ASSY 6700 ABS 94 0 NM U20BNL INGE INGE TILT ASSY NM 20 SE O ER INGE O ER(NE ) 6700 ABS 94 0

- 16

SYMBOL 1 D1 E1 F1 G1 1 I1 J1 1 L1 M1 N1 O1 1 1 200 6F01 6FA1 6FB1 6F 1 6L01U 6L01 6LA1 6LE1 6LF1 6L 1 6LI1 6L 1 6L01N 6L01 6L01Y 6L02E 6L02F AL001 AL002 AL003 AL004 05 303A 02A 305A 307A 05D 6LB1 6L 1 6LD1 G 01 G 02 G 03 G 04 6L01Z 6L02F 6L02G

For Europe (Lit (Litee-on on P art Numb Number er)) 774 711700 0A 774 711731 0A 7742611971 0A 77426119 1 0A 7740412101 0A 7740412151 0A 7742612031 0A 774 711710 0A 774 711720 0A 774 711750 0A 71401300 2 0A 7110 40062 0A 7110340052 0A 7742004090 0A 7110340072 0A 3A684126 (NECDS) 7737512 57 0A 7742232307 0A 7742004130 0A 7742004131 0A 7111230041 0A 7737 09922 0B 7746204162 0B 7742003742 0A 7746403070 0B 7742003743 0A 7742003744 0A 77464030 0 0A 7140330103 0A 7110630042 0A 7742612630 0A 7749600770 0A 7749600770 0A 6 7600 600 6 7600 500 6 7600 500 6 7600 500 6711030003 91 6711130001 90 6711140240 00 6711300001 00 6711130002 90 7740100101 774 000302 0A 774 000300 0A 774 000301 0A 774 000500 0A 774 000500 0A 774 000500 0A 774 000500 0A 774 000321 0A 774 000660 0A 774 000660 0A

DES RI TION BRA ET ESA BRA ET NE T17BNU(03) U1( BRA ET INGE ASTING DIE AST AL ALLOY O ER STAND O ER-F 6700 ABS 94 0 O ER ABLE MANAGEMENT 6700 ABS 94 0 BASE STAND BASE O ER 6700 ABS 94 0 BASE TURN O ER NM 6700 ABS 94 0 O ER STAND O ER-REAR 6700 ABS 94 0 BRA ET BASE BR T TO NE T17BNU(03) U1 BRA ET BASE BRA ET BOTTOM NE T17BNU( SU ORT BASE LATE FULFIL AL ALLOY GRAY S RE DOUBLE T READ NO A ER ROUND M3 L S RE MA INE NO AS ER 1 EAD M4 6L NI S RE MA INE NO A ER FLAT EAD M4 5L NI RUBBER US ION FOOT AD SILI ONE BLA S RE MA INE NONE FLAT EAD M4 7 YELLO TFT LM201WE2-SLA1 LPL FC ASSY NM 6690/ # 6720 ABS UL-94 0 F NM - AMA20 6690/ # 6720 ABS 94 0 S ONGE F/ C (TO BOTTOM) R FOAM T 1.2mm S ONGE F/ C (RIG T LEFT) R FOAM T 1.2mm S RE -MA INE-1 W AS ER-ROUND H EAD-M3-4LBRA ET ASSIS ASSY AL ALLOY1100 T 1.0 S IELD S IELD O ER AL ALLOY1100 T 1.0 RUBBER US ION T ERMAL AD SILI ON GRAY EAT SIN AL 1100 ANODIZE TREATMENT RUBBER US ION T ERMAL AD SILI ON GRAY RUBBER US ION T ERMAL AD SILI ON GRAY EAT SIN NE - 20MTL AL ALLOY LEAN S RE DOUBLE T READ FLAT M3 10L BLA S RE MA INE NONE FLAT H EAD M3 4 NI SU ORT B INGOOD NYLON 94 2 NATURE TA E MAS ING A ING 25mm(w)x40M TA E MAS ING A ING 25mm(w)x40M ALUMINIUM TA 30 L00 0mm 100M 3M ALUMINIUM TA 30 L0050 100M 3M ALUMINIUM TA 30 L0050 100M 3M ALUMINIUM TA 30 L0050 100M 3M ARNESS 3 / S IT H BL 150mm 1007 22 ET ARNESS O ER 13 110mm 1007 24 ARNESS O ER 14 / 9 300mm 1007 24 ARNESS L DS 30 / 30 30 220mm 15 9 30 ARNESS EY IRE 13 / 11 11 210mm 1571 30 LAM ABLE IRING ABLE TIE NYLON NATU GROUNDING GOLD FINGER SUS GROUNDING GOLD FI FINGER D B17BNS STAINL GROUNDING GOLD FINGER D L19BNS STAINLE GROUNDING ONNE TOR NE 20MTL OS OR GROUNDING ONNE TOR NE 20MTL OS OR GROUNDING ONNE TOR NE 20MTL OS OR GROUNDING ONNE TOR NE 20MTL OS OR GROUNDING GOLD FINGER OS OR BRONZE GROUNDING GOLD FINGER OS OR BRONZE GROUNDING GOLD FINGER OS OR BRONZE

- 17

For Europe (Lite-on art Number) Number) P AC K ING ING ASSY ASSY 1P 11 7749205948 P 0A 1P 21 21 7749105560P 0A 0A 1P 31 31 7749002100P 0A 0A 1P 33 33 7749001360P 0B 0B 1P 34 34 7749001370P 0A 0A 1P 42 42 7749 7496004 00470P 0A 0A 1P 43 7749600200P 0A 1P 44 44 7749 7496006 00650P 0A 1P 51 51 7749402250P 0A 0A 1P 52 52 774940518 0P 0A 0A 1P 53 774940198 0P 0A 1P 56 56 7749405320P 0A 0A 1P 71 7749 7495024 02450P 0A 2B01 7735430565P 0A 0A 2P 09 7735419260P Y001 001 77303 730302 029 952P 52P 0A Y0A1 0A1 7730 730114 114002P 02P 0A Y0B1 7730203293P 0A Y0C 1 7730 7302032 03214P 0A Y0D1 7730 7302032 03216P 0A 1P 45 7749600770P 0A 1P 57 7749405360P 0A 2P 01 01 7735428 510P 0A 0A P C 01 67160048 35P V 00 001 6715008 208 P 00 00 V 00 002 6715009005P 00 00 V 003 671001018 6P Y002 7730202345P 0A 0A Y003 7730203294P 0A SYMBOL

DESC DE SC RIP RIP TION TION C AR ARTON_ NEC _ U20BN_ 20W GX2(B(B-BK )_ 720SETS C USH USH ION ION FOAM_ EP S_ S_ K AM AMA-20SV _ 720SETS_ T& B BAG_ LDP E+ E+ EP E_ E_ ORDINARY_ FOR H P _ 8 50(l) (l)* 650 BAG_ LLD LDPP E_ E_ ORDINARY_ ALL MODE ODEL_ W 500mm 00mm** H 0. 0. BAG_ LLDP E_ E_ FILM STRETC H W RAP _ ALL MODEL_ TAP TAP E_ E_ P AC AC K IN ING_ 914Mx76 x76mm mmx x0.06 .066m 6mm_ m_ FOR DELL TAP TAP E_ MASK ING_ P AC K ING ING_ 25mm mm(w (w)x )x4 45m_ LITE ITEON TAP TAP E_ E_ P AC K IN ING_ 250Mx15 x15mm mmx x0.95 .95mm mm__ ALL MODEL BOARD_ C OR ORNER P AP AP ER ER_ 1200* 50* 3mm_ BOARD_ C OR ORNER P AP AP ER ER_ 1030* 50* 3mm_ BOARD_ C OR ORNER P AP ER_ L2050xW 50x3mm P AP AP ER ER BOARD_ 1300* 00* 1100* 4mm_ ALL MODE P AL ALLET_ FOUR W AY_ 132 1320* 114 1145* 115 115h_ NM LAB LABEL_ MODEL LB_ NEC _ U20BN_ BLK _ 154x 54x51m 51mm_ P AC K ING LABEL_ ALL_ ALL_ W H ITE_ 297* 210 MANUA UAL L ASS ASSY_ NEC -DS -DS_ U20BN 0BNL_ 20W 20W GX2GX2-L L205G 05GJ MANUA UAL_ L_ NEC -DS -DS_ U20B U20BN NL_ 20W GX2 GX2-L2 -L205GJ_ GJ_ EMEA MEA C AR ARD_ C D MANUAL_ NEC -D -DS_ U20BNL_ EMEA C AR ARD D-NA -NAV ISE ISET FLY FLYER-NMV -NMV -NA -NAV ISE ISETFLY TFLYE ER04 R04140 140 C ARD ARD_ SALES OFFIC E LIST C ARD ARD_ NMV _ SALES LES O TAP E_ MASK ING P AC K ING_ 25mm(w)x40M P AP ER BOARD_ 555* 247_ NM P AC AC K IN ING LABEL_ NMV _ NX76 X76(L1 (L172EN 2EN)_ MTS_ TS_ B17B C ABLE_ P OW ER_ TO W ALL_ 2000mm C A BL BLE_ V ID IDEO_ D-SUB* 2_ 2000mm_ BLK _ JC E C AB ABLE_ V ID IDEO_ DV II-D* 2_ 2000mm_ BLK _ JC E C AB ABLE_ USB A+ B_ 2000mm_ BLK _ USB 2.0 C AR ARD_ C AU AUTIO TION SH EE EET_ NMV _ A21BN 1BNS_ EMEA_ NEC _ C ARD_ SETUP C ARD_ NEC -DS -DS_ U20BNL_ EMEA

-1

2

NEC-20WGX Block Diagram 12VDC

PANEL 20" LPL LM201WE2-SLA1

PTB-1621 Power Board F F O N O U S P

C D V 5

C D V 5

PTB-1680 I325 CPU for <1W

5V ON/OFF I328 AO4407 5VDC Switch I311 SDRAM 1M*16

C D V 5 +

I311 SDRAM 1M*16

I307 3.3VDC Regulator LVDS OUTPUT

Display Scaler

AI-DCR I331/332/323 I310 NVRAM

D A P Y E K

OAK GENESIS gm5861-LF

I306 1.8VDC Regulator

I309 SPI

USB

Flash

USB BD PTB-1605 Down Stream

CY7c65640A-LFC

I308

1 7 6 1 B T P

I319

l a n g i S

I334 PC-EDID

S D M T

B G R g o l a n A

I303 VGA-EDID

Mux I333

DVI P302

USB P309 Up Stream

VGA P301

USB P310 Down Stream

9-1

2

MODEL LCD 20WGX

SCHEMATIC SCHEMATIC DIAGRAM - InputsPWR - Dsub/DVI (1/5)

3

INV_ENA

8 F u 2 1 3 . 0 C

8 K 2 0 3 1 R

1 Q322 MMBT3906 2

R490

4K7

SET LOW: Select DIM_OUT(Panel control)

4K7

SET HIGH: Select PWM_BRI(Scaler control)

GND

1

+12V

+12VI

PBY201209T-300Y-S

FB312

10

+12VI

PBY201209T-300Y-S

FB313

9

CGND

PBY201209T-300Y-S

FB314

8

CGND

V 5 2 / 7 F 4 u 3 0 2 C 2

PBY201209T-300Y-S

FB315

+5VI

PBY201209T-300Y-S

FB316

GND GND

POFF

GND

6

-

4

6 9 4 R

7 9 4 R

F K 0 1

F 2 K 8

GND

C1 E1 E2

R492 10KF

2 5 6

B2 B1 C2

7 0 5 R

R475 10K

I332A

8LMV358

GND

1

Q324 MMBT3906

3

+

1

2

PBY201209T-300Y-S R338

10K

4 3 3 4 3 3 0805 C C

F u 1 . 0

V 6 1 / F u 1

4

DIM_OUT 4

FB317 Q304 1

3 6 0 9 3 2 T B M M

0 4 3 R K 0 1

C515 4.7uF/16V-1206

0.1uF

R485

3

10K

R330

2

GND

I307

VIN

3

R 3 31

7 1 8

LM1085IS-ADJ 2 VOUT 4 Sink

I306 3 F 1 6 u 3 1 . C 0

3 F 5 u 3 1 . C 0

2 V 6 0 1 3 / C F u 0 2 2

R481 120F

1

PA IRB POWOFF 3 PWRDOWN

VIN

+3_3AVDD 3

LM1085IS-ADJ 2 VOUT 4 Sink R482 120F

TO263

5160_1_8V 4

5 F 6 V 5 u 5 0 3 1 . 3 1 C 0 C / F u 0 2 2

J D A

1

R483 200F

POWOFF

4 70

MUTE 3

R509 4K7

2 R510 10K

2 GND

6 0 9 1 3

T 7 B 2 M 3 M Q

GND

R487 4K7

GND

DRX2- 3

2

2 2 3 D

1

5 3 3 C

0 0 0 7 D B M M

DRX2+ 3

F u 1 . 0

2

3 2 3 D 0 0 0 7 D B M M

6 3 3 C

1

4 2 3 D

DRX1- 3 F u 1 . 0 2

1

7 3 3 C

5 2 3 D

DRX1+3

0 0 0 7 D B M M

F u 1 . 0 2

DRX0- 3

0 0 0 7 D B M M

F u 1 . 0 2

6 2 3 D

9 3 3 C

F u 1 . 0 2

7 2 3 D 0 0 0 7 D B M M

1

DRXC+3 F u 1 . 0 2

8 2 3 D 0 0 0 7 D B M M

5

4 uP_IR_RS770

C 3 01

1 u F/ 1 6V

DRXC- 3 F u 1 . 0 2

9 2 3 D

0 0 0 7 D B M M

2 4 3 C

C 30 2

0 .1 uF

F u 1 . 0

1 2 3 4

GND

I 3 03

2 4 LC 0 2B

A0

VCC

A1

WP

A2

SCL

VSS

SDA

3 WP_EN

47K

8

3 VSYNC1

2

1

C304

C305

0.1uF

10nF

0.1uF 3 HSYNC1

47K

C307 D305 RLS4148

7

C303

2

R 30 2

1 00

2

6

R 30 7

1 00

1 R310

47

5

R311

47 3K3

R309

FB302

BK2125HS431

2K2

2K2

47pF

47pF

C311

C312

47pF

47pF

2

1

2

1

2

ESD-111005 R499 4K7

I333 74LV4052_NS

R317 100

SCL_DVI SDA_DVI DRX1DRX1+

R 51 7 R 51 8

10 R 10 R

D 3 09

RX2- 3 RX2+ 3 SGND

2

1

D 3 11

DDC_SCL_DVI 3 DDC_SCL_DVI DDC_SDA_DVI

1

D 3 14 SGND

C527 R L S4 1 48

2

R318 RX1- 3 100 RX1+ 3

16

Z D 5. 6 B

Z D 5. 6 B 2

1

2

1

D 3 17

R 51 9 R 52 0

10 R 10 R

DRXC+ DRXC-

R 52 1 R 52 2

10 R 10 R

RX0- 3 RX0+ 3

0.1uF

RXC+ 3 RXC- 3

GND GND

B0 B1 B2 B3

1 5 2 4 12 14 15 11

3

2 1

R315 47K

R500 3K3

Q325 MMBT3904

MMBT3904

C318

C319

47pF

47pF

+5V 1 u F/ 1 6V

C 5 32

GND 1 u F/ 1 6V

A0

1

7

WP

A1

2

SCL

A2

SDA

VSS

6

R321

47

5

5V_DVI

PC_SCL

3

VGA DB15

2 SGND SGND

4

3 BLUE+

C 32 1

0 .1 uFR324

20

SBK160808T-101YS FB306 3 2 3 C

GND

BLUE SBK160808T-060YS FB307

3

+5V 1

2 D319

C N

MMBD7000

GND SGND

1

C 52 3

D315 RLS4148

1 uF /1 6V

C 52 4 R502

R503

47K

47K

3 GREEN+

C 32 5

R326

20

0 .1 uF

8 7

WP

C526

47pF

47pF

6 2 3 C

R505

47

6

R506

47

5

I 3 34

2 4 LC 0 2B

1

VCC

A0

WP

A1

SCL

A2

SDA

DVI_PC

VSS

GND

10-1

MMBD7000

7 2 3 R 5 7

C327 0.1uF SGND

2 3

3 RED+

4 GND

C 32 9

0 .1 uF R333

20

SGND

SBK160808T-101YS FB310 2 3 3 C C N

1

2 D321

RED

SBK160808T-060YS FB311

3

+5V

MMBD7000

5 3 3 R 5 7

C333 0.1uF SGND

SGND

2 D320

1

GREEN

SBK160808T-060YS FB309

3

+5V

C N

4K7

C525

5 7

SGND

SBK160808T-101YS FB308

0 .1 uF

R504

2.2uF

5 2 3 R

C324 0.1uF

0.1uF 2

D 31 3 R LS 41 48 PIN_10 1 2 SGND D316 PBY201209T-300Y-S MMBD7000 FB304 1

C317 0.1uF

3

DVI_CE

C530

GND C 5 31

2 4 LC 0 2B

VCC

47

1 00 +5V

8

R320

0805 GND

R 31 9

DDC_DATA

Z D5 .6 B

1 D312 ZD5.6B

C316

PC_SDA

Q326

I 3 04

WP

1

2

0.1uF

DVI_CTL 3

0 . 1u F 3 VGA_CAB

4K7

D308 RLS4148

2 C314

GND

3 K3

47K

CE_SDA +5V

C 3 15 R303

CE_SCL

GND

SGND

R 50 1

R316

DVI_SW 3

2

C322

2 1

YA YB

A0 A1 A2 A3

10 9 6

0.1uF

3

3

SGND

7 8

5V_DVI

D318 MMBD7000

SGND

3 13

S0 S1 OE

DVI_CAB 3

R322 100 1 C320 +5V

R323 10K

GND

DDC_SDA_DVI 3

FB305

PBY201209T-300Y-S

DRX0DRX0+

0.1uF

R L S4 1 48

+5V_DVI

VCC

1 u F/ 1 6V

SGND 100

D 31 0 C 3 13

P301 8 15 7 14 6 13 5 12 4 11 3 10 2 9 1

DDC_CLK

R LS 41 48

R314

3 DDC_SDA_VGA

10 R 10 R

2 4 0 3 D

Z D5 .6 B 1

D 30 7

3 DDC_SCL_VGA

R 51 5 R 51 6

3 0 3 D

100

D 30 6

DRX2DRX2+

Hsync B 6 . 5 1 D Z

SGND PBY201209T-300Y-S PIN_9 FB303

GND

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Vsync

B 6 . 1 5 D Z 2

2

R313

RX2RX2+ GND RX4RX4+ SCL SDA NC RX1RX1+ GND RX3RX3+ 5V GND HP RX0RX0+ GND RX5RX5+ GND RXC+ RXC-

8 I326D 74HC14

C309 C310

2

Q302 MMBT3904 1

P302 DVI-D

9

SGND

P0.0/AD0 P0.1/AD1 P0.2/AD2 P0.3/AD3 P0.4/AD4 P0.5/AD5 P0.6/AD6 P0.7/AD7 P2.0/A8 P2.1/A9 P2.2/A10 P2.3/A11 P2.4/A12 P2.5/A13 P2.6/A14 P2.7/A15

T2/P1.0 T2EX/P1.1 P1.2 RD/P3.7 P1.3 WR/P3.6 P1.4 PSEN P1.5 ALE/PROG P1.6 C C C D TXD/P3.1 N C P1.7 N N N G RXD/P3.0 N

I326B 74HC14

BK2125HS431

GND

3

R312

R308 10pF

WP

6

RST T1/P3.5 TO/P3.4 INT1/P3.3 INT0/P3.2

4

3

FB301

C308 GND

0.1uF

4 4

P C V C / A V E

XTAL2

+5V

D302 ZD5.6B

R305

R304

2 3 4 5 6 7 8 9

5 3

3 2 2 4 1 2 1 2 3

I326C 74HC14

1

1 4 3 C

22

I326A 74HC14

7

uP_5V_OFF

0 4 3 C

1

4 uP_KEY_PWR

1

1

22

R508

17 16 15 14

XTAL1

4 1

+1_8AVDD 3

D301 RLS4148

DRX0+ 3

0 0 0 7 D B M M

R476 10K

FB324 PBY201209T-300Y-S

GND

2

3

1

8 3 3 C

20

4 F 1 u 5 1 . C 0

FB321 PBY201209T-300Y-S

R484 56F

GND

R478

5V

+1_8DVDD 3

+1_8AVDD

+5V

1

uP_5V_OFF

3 DPMS_SW 4 KEY_SW

+1_8DVDD

5160_1_8V

4 3 4 0 1 9 2 3 3 T Q B M M 1

M 1

PWM_BRI 3

10K

C331 0.1uF

C330 10nF

+3_3AVDD PBY201209T-300Y-S FB325

+3_3DVDD 3,4

J D A

R486 2K2

R337 3K3

R 33 9

TO263

3 9 F 0 V 5 u 6 0 3 1 . 3 / 1 C 0 C F u 0 2 2

6 2

12K GND

5

3

7 7 4 R

3 0 3 X

High-33msec

Q303 MMBT3906 2

1

I328 AO4407

0.1uF

GND

1

22pF C516

3

21

z H M 2 9 5 0 . 1 1

GND

R495 10KF

Q301

+3_3DVDD

F 7 u 1 6 5 5 . C 0

I325

22pF C513

10

R329 4K7 1

7 4 LV 4 05 2 _N S

C518

C511 1uF/16V

F u 1 . 0

GND R332 100

GND

+5V 3,4,5

TP205

4

R334 3K3

C344

R336 3K3

C512 0.1uF

4 3 3 7 7 0 4 4 2 R R P T K K 0 0 1 1

0 1 5 C

GND

+5V

D333 SS14 +3_3DVDD

SGND

I324 5 NC7SZ04 2

R494 10KF

2 -

MMBT3904

R498 3K3F

TP204

1 F 2 u 5 1 . C 0

3

+5V

GND

5V 4 5V

FB322 PBY201209T-300Y-S

+5VI

2

7

12 14 15 11

B0 B1 B2 B3

5

+

4 1

GND

+5VI

3

Pitch:1.0mm

7 8

I332B 8 LMV358

1 5 2 4

A0 A1 A2 A3

YA YB

5 0 8 2 0 2 V 5 6 C 1 / F u 1

+5V

10 9 6

S0 S1 OE

F 3 K 3

I331 MMDT3904

GND

CGND

5

1

3 13

I 3 23

6

4

0.1uF

6 F 4 u 3 1 . C 0

GND

CGND

VCC

C509 +12V 4

BRI

11

0

BKLT_EN 3 16

+5V

13 12

R 4 69

R493 3K3

2

GND

R489 4K7F

R488 6K8F

GND

3

AI_ENABLE 3,4 3

Q323

7

+5V

tage. 6374210512P --MP s

R491

MMBT3904 P303 A2501WR2-13P

5V

BRI source select multiplexer for LPL panel only. AI_ENABLE:

+5V

DIPTYPE

43 42 41 40 39 38 37 36 24 25 26 27 28 29 30 31 19 18 32 33 13 11

SM89516C25JA

SERVICE MANUAL COLOR MONITOR NEC MultiSync 20WGX2 MODEL ID : 20WGX2-BK(B)

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