SERVICE Manual. LCD-Monitor. LCD Monitor. Fashion Feature. - Applying MFM UI. - Applying Magic Color Pro. - Applying HDCP / PIP

Transcription

1 LCD-Monitor Chassis Model LSBRBS T SERVICE Manual LCD Monitor Fashion Feature - Applying MFM UI - Applying Magic Color Pro - Applying HDCP / PIP - Supporting Magic Tune. - Supporting Analog / Digital / Video / S-video

2 -This Service Manual is a property of Samsung Electronics Co., Ltd. Any unauthorized use of Manual can be punished under applicable International and/or domestic law. Samsung Electronics Co.,Ltd., Maetan-Dong, Yeongtong-Gu, Suwon City, Gyeonggi-Do, Korea, -7 Printed in Korea P/N : BN8-T- URL :

3 Operating Instructions and Installation Operating Instructions and Installation - Front. MENU button [ ] - Opens the OSD menu. Also use to exit the OSD menu or return to the previous menu.,. Adjust buttons - This buttons allow you to adjust items in the menu.. Analog/Digital(PC), MagicBright â button [ ] - MagicBright â is a new feature providing the optimum viewing environment depending on the contents of the image you are watching. Currently four different modes are available: Custom, Entertain, Internet, and Text. Each mode has its own pre-configured brightness value. You can easily select one of four settings by simply pressing MagicBright â control buttons. ) Custom Although the values are carefully chosen by our engineers, the pre-configured values may not be comfortable to your eyes depending on your taste. If this is the case, adjust the brightness and contrast by using the OSD menu. ) Entertain : High brightness For watching motion pictures such as a DVD or Video CD. ) Internet : Medium brightness For working with a mixture of images such as text and graphics. ) Text : Normal brightness For documentations or works involving heavy text. Digital(DVD)/Video/S-Video Mode button - The Monitor has four automatic picture settings ("Dynamic", "Standard", "Movie" and "Custom") that are preset at the factory. You can activate either Dynamic, Standard, Movie, or Custom. You can select "Custom" which automatically recalls your personalized picture settings. ) Dynamic Select this mode to view a sharper image than in "Standard" mode. ) Standard Select this mode when the surroundings are bright. This also provides a sharp image. ) Movie Select this mode when the surroundings are dark. This will save power and reduce eye fatigue. -

4 Operating Instructions and Installation ) Custom Select this mode when you want to adjust the image according to your preferences.. Brightness button [ ] - When OSD is not on the screen, push the button to adjust brightness.. Enter button [ ] / SOURCE button - Activates a highlighted menu item. / Push the 'SOURCE', then selects the video signal while the OSD is off. (When the source button is pressed to change the input mode, a message appears in the upper left of the screen displaying the current mode -- Analog, Digital, Video and S- Video input signal.) Note : Changing the source is allowed only in external devices that are connected to the monitor at the time.. AUTO button (Available in analog mode only) - When the 'AUTO' button is pressed, the Auto Adjustment screen appears as shown in the animated screen on the center. Auto adjustment allows the monitor to self-adjust to the incoming video signal. The values of fine, coarse and position are adjusted automatically.. PIP button ( Available in Analog/Digital(PC) Mode Only ) - In Analog or Digital Mode, turns on Video screens in PIP Mode. 7. Power button - Use this button for turn the monitor on and off. 8. Power Indicator - This will enable you to see the overall power status of the system. - Rear POWER S/W : Switch the monitor on and off. POWER IN : Power cord, plugs into monitor and wall receptacle. -

5 Operating Instructions and Installation DVI port (Source : Digital) : Connect the DVI cable to the DVI port on the back of your monitor. D-sub -pin port :Connect the signal cable to the -pin, D-sub connector on the back of your monitor. VIDEO / S-VIDEO - VIDEO : External device (video) input terminal - S-VIDEO : External device (S-video) input terminal Kensington Lock : The Kensington lock is a device used to physically fix the system when using it in a public place. (The locking device has to be purchased separately.) -

6 Operating Instructions and Installation - Pivot Stand - Stand Height Adjustment. Press the top side of the stand and then push the button at the rear bottom of the stand.. You can adjust the stand height using this button. When you are using a stand height as maximum, it will go down a little bit from spring elasticity. -

7 Operating Instructions and Installation - Using the Stand -- Removing the base. Turn off your monitor and unplug its power cord.. Lay the LCD monitor face-down on a flat surface with a cushion beneath it to protect the screen.. Remove four screws(a) and then remove the Stand from the LCD monitor. -- Attaching a Base - This monitor accepts a mm x mm VESA-compliant mounting interface pad. -

8 Operating Instructions and Installation A. Monitor B. Mounting interface pad. Turn off your monitor and unplug its power cord.. Lay the LCD monitor face-down on a flat surface with a cushion beneath it to protect the screen.. Remove four screws and then remove the stand from the LCD monitor.. Align the mounting interface Pad with the holes in the rear cover mounting pad and secure it with four screws that came with the arm-type base, wall mount hanger or other base. -

9 PCB Daigram PCB Diagram Input Voltage CONNECTOR LVDS CONNECTOR.8V Reg V Reg CM_LVDS.V Reg DDR Memory Flash Memory.V Reg MICOM SCALER.V Reg Video Decoder.V Reg DVI CONNECTOR EEPROM D-SUB CONNECTOR S-VIDEO CONNECTOR C-VIDEO CONNECTOR.V Reg Function CONNECTOR -

10 PCB Diagram Memo -

11 Precautions Precautions Follow these safety, servicing and ESD precautions to prevent damage and to protect against potential hazards such as electrical shock. - Safety Precautions -- Warnings. For continued safety, do not attempt to modify the circuit board.. Disconnect the AC power and DC power jack before servicing. -- Servicing the LCD Monitor. When servicing the LCD Monitor, Disconnect the AC line cord from the AC outlet.. It is essential that service technicians have an accurate voltage meter available at all times. Check the calibration of this meter periodically. -- Fire and Shock Hazard Before returning the monitor to the user, perform the following safety checks:. Inspect each lead dress to make certain that the leads are not pinched or that hardware is not lodged between the chassis and other metal parts in the monitor.. Inspect all protective devices such as nonmetallic control knobs, insulating materials, cabinet backs, adjustment and compartment covers or shields, isolation resistorcapacitor networks, mechanical insulators, etc.. Leakage Current Hot Check (Figure -): WARNING : Do not use an isolation transformer during this test. Use a leakage current tester or a metering system that complies with American National Standards Institute (ANSI C., Leakage Current for Appliances), and Underwriters Laboratories (UL Publication UL, 9.7). Figure -. Leakage Current Test Circuit. With the unit completely reassembled, plug the AC line cord directly into a V AC outlet. With the unit s AC switch first in the ON position and then OFF, measure the current between a known earth ground (metal water pipe, conduit, etc.) and all exposed metal parts, including: metal cabinets, screwheads and control shafts. The current measured should not exceed. milliamp. Reverse the power-plug prongs in the AC outlet and repeat the test. -- Product Safety Notices Some electrical and mechanical parts have special safetyrelated characteristics which are often not evident from visual inspection. The protection they give may not be obtained by replacing them with components rated for higher voltage, wattage, etc. Parts that have special safety characteristics are identified by on schematics and parts lists. A substitute replacement that does not have the same safety characteristics as the recommended replacement part might create shock, fire and/or other hazards. Product safety is under review continuously and new instructions are issued whenever appropriate. -

12 Precautions - Servicing Precautions WARNING: Caution: Note: An electrolytic capacitor installed with the wrong polarity might explode. Before servicing units covered by this service manual, read and follow the Safety Precautions section of this manual. If unforeseen circumstances create conflict between the following servicing precautions and any of the safety precautions, always follow the safety precautions. -- General Servicing Precautions. Always unplug the unit s AC power cord from the AC power source and disconnect the DC Power Jack before attempting to: (a) remove or reinstall any component or assembly, (b) disconnect PCB plugs or connectors, (c) connect a test component in parallel with an electrolytic capacitor.. Some components are raised above the printed circuit board for safety. An insulation tube or tape is sometimes used. The internal wiring is sometimes clamped to prevent contact with thermally hot components. Reinstall all such elements to their original position.. After servicing, always check that the screws, components and wiring have been correctly reinstalled. Make sure that the area around the serviced part has not been damaged.. Check the insulation between the blades of the AC plug and accessible conductive parts (examples: metal panels, input terminals and earphone jacks).. Insulation Checking Procedure: Disconnect the power cord from the AC source and turn the power switch ON. Connect an insulation resistance meter ( V) to the blades of the AC plug. The insulation resistance between each blade of the AC plug and accessible conductive parts (see above) should be greater than megohm.. Always connect a test instrument s ground lead to the instrument chassis ground before connecting the positive lead; always remove the instrument s ground lead last. - Electrostatically Sensitive Devices (ESD) Precautions Some semiconductor (solid state) devices can be easily damaged by static electricity. Such components are commonly called Electrostatically Sensitive Devices (ESD). Examples of typical ESD are integrated circuits and some field-effect transistors. The following techniques will reduce the incidence of component damage caused by static electricity.. Immediately before handling any semiconductor components or assemblies, drain the electrostatic charge from your body by touching a known earth ground. Alternatively, wear a discharging wrist-strap device. To avoid a shock hazard, be sure to remove the wrist strap before applying power to the monitor.. After removing an ESD-equipped assembly, place it on a conductive surface such as aluminum foil to prevent accumulation of an electrostatic charge.. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ESDs.. Use only a grounded-tip soldering iron to solder or desolder ESDs.. Use only an anti-static solder removal device. Some solder removal devices not classified as anti-static can generate electrical charges sufficient to damage ESDs.. Do not remove a replacement ESD from its protective package until you are ready to install it. Most replacement ESDs are packaged with leads that are electrically shorted together by conductive foam, aluminum foil or other conductive materials. 7. Immediately before removing the protective material from the leads of a replacement ESD, touch the protective material to the chassis or circuit assembly into which the device will be installed. Caution: Be sure no power is applied to the chassis or circuit and observe all other safety precautions. 8. Minimize body motions when handling unpackaged replacement ESDs. Motions such as brushing clothes together, or lifting your foot from a carpeted floor can generate enough static electricity to damage an ESD. -

13 Precautions - Installation Precautions. For safety reasons, more than two people are required for carrying the product.. Keep the power cord away from any heat emitting devices, as a melted covering may cause fire or electric shock.. Do not place the product in areas with poor ventilation such as a bookshelf or closet. The increased internal temperature may cause fire.. Keep the antenna far away from any high-voltage cables and install it firmly. Contact with the highvoltage cable or the antenna falling over may cause fire or electric shock. 7. When installing the product, leave enough space (cm) between the product and the wall for ventilation purposes. A rise in temperature within the product may cause fire.. Bend the external antenna cable when connecting it to the product. This is a measure to protect it from being exposed to moisture. Otherwise, it may cause a fire or electric shock.. Make sure to turn the power off and unplug the power cord from the outlet before repositioning the product. Also check the antenna cable or the external connectors if they are fully unplugged. Damage to the cord may cause fire or electric shock. -

14 Precautions Memo -

15 Circuit Descriptions Circuit Descriptions - Block description -

16 Circuit Descriptions - Block operating No Feature Description Scaler Scaler Integrate ADC and TMDS, Scaling part CM_LVDS DDR MERY Color management IC This chip has Color adjust for color weakness, gamma adjustment, gray level color temperature compensation function DDR memory Save frame information that SCALER needed VIDEO DECODER This chip receives video signal from the source and decodes signal to scaler needed Pivot sensor FLASH MERY -.MCU recognize angle through the sensor and rotate OSD -.Magic tune. receive Basic information from MCU and rotate screen through the Pivot soft ware Flash memory save information that MICOM needed Program update is possible through the Firmware 7 MICOM Microcontroller Micom control all function of monitor -

17 Reference Infomation Reference Infomation - Technical Terms - TFT-LCD (Thin film Transistor Liquid Crystal Display) ADC(Analog to Digital Converter) This is a circuit that converts from analog signal to digital signals. - PLL(Phase Locked Loop) During progressing ADC, Device makes clock synchronizing HSY with Video clock - Inverter Device that supply Power to LCD panel lamp. this device gernerate about,~,v. - SMPS(Switching Mode Power Supply) Switching Mode Power supply. This design technology is used to step up/down the input power by switching on/off - FINE "Fine" adjustment is used to adjust visibility by control phase difference. - COARSE This is a adjustment by tuning with Video colck and PLL clock. - DVI (Digital Visual Interface) This provides a high speed digital connection for visual data types that is display technology independent. this interface is primarily forcused at providing a connection between a computer and its display device. - L.V.D.S.(Low Voltage Differential Signaling) a kind of transmission method for Digital. It can be used from Main PBA to Panel. - FRC(Frame Rate Controller) Technology that change image frame quantity displayed on screen for one second. Actually TFT-LCD panel require pcs of frame for one second. so,this technology is needed to convert input image to pcs regardless input frame quantity. - Image Scaler Technology that convert various input resolution to other resolution.(ex. * 8 to *78) - DVI (Digital Visual Interface) This provides a high speed digital connection for visual data types that is display technology independent. this interface is primarily forcused at providing a connection between a computer and its display device. - T.M.D.S (Transition minimized Differential Signaling) a kind of transmission method for Digital. It can be used from Video card to Main PBA. - Auto Configuration(Auto adjustment) This is an algorithm to adjust monitor to optimum condition by pushing one key. - OSD(On Screen Display) On screen display. customer can control the screen easily with this. - Image Lock This means "Fineness adjustment" in LCD Monitor, the features are "Fine" and "Coarse" - DDC(Display data channel) It is a communication method between Host Computer and related equipment. It can make it Plug and Play between PC and Monitor. - EDID Extended Display Identification Data PC can recognize the monitor information as Product data, Product name,display mode,serial number and Signal source,etc through DDC Line communicating with PC and Monitor. -

18 Reference Infomation - Dot Pitch The image on a monitor is composed of red, green and blue dots. The closer the dots, the higher the resolution. The distance between two dots of the same color is called the 'Dot Pitch'. Unit: mm - Vertical Frequency The screen must be redrawn several times per second in order to create and display an image for the user. The frequency of this repetition per second is called Vertical Frequency or Refresh Rate. Unit: Hz Example: If the same light repeats itself times per second, this is regarded as Hz. - External Device Input External device input refers to video input from such external video devices as VCRs, camcorders and DVD players, separate from a TV broadcast. - DVD A type of digital disk technology that takes up only the benefits of CD and LD, to implement a high resolution/quality, which enables the user to enjoy clearer images. - Horizontal Frequency The time to scan one line connecting the right edge to the left edge of the screen horizontally is called Horizontal Cycle. The inverse number of the Horizontal Cycle is called Horizontal Frequency. Unit: khz - Interlace and Non-Interlace Methods Showing the horizontal lines of the screen from the top to the bottom in order is called the Non-Interlace method while showing odd lines and then even lines in turn is called the Interlace method. The Non-Interlace method is used for the majority of monitors to ensure a clear image. The Interlace method is the same as that used in TVs. - Plug & Play This is a function that provides the best quality screen for the user by allowing the computer and the monitor to exchange information automatically. This monitor follows the international standard VESA DDC for the Plug & Play function. - Resolution The number of horizontal and vertical dots used to compose the screen image is called 'resolution'. This number shows the accuracy of the display. High resolution is good for performing multiple tasks as more image information can be shown on the screen. Example: If the resolution is 8 x, this means the screen is composed of 8 horizontal dots (horizontal resolution) and vertical lines (vertical resolution). - S-Video Short for "Super Video." S-Video allows up to 8 lines of horizontal resolution, enabling high-quality video. -

19 Reference Infomation. Connect the DC adapter for your monitor to the power port on the back of the monitor. Plug the power cord for the monitor into a nearby outlet. -. Using the D-sub (Analog) connector on the video card. Connect the signal cable to the -pin, D-sub connector on the back of your monitor. -. Using the DVI (Digital) connector on the video card. Connect the DVI cable to the DVI port on the back of your monitor. -. Connected to a Macintosh. Connect the monitor to the Macintosh computer using the D-SUB connection cable. -. In the case of an old model Macintosh, you need to connect the monitor using a special Mac adapter.. Turn on your computer and monitor. If your monitor displays an image, installation is complete. - You may get a blank screen depending on the type of video card you are using, if you connect simultaneously both the D-Sub and DVI cables to one computer. - If you properly connect your monitor using the DVI connector but get a blank screen, check to see if the monitor status is set to analog. Press power button to have the monitor double-check the input signal source. -

20 Reference Infomation - Connecting to Other devices - This monitor allows the user to connect it to such input devices as a DVD player, a VCR or a camcorder without disconnecting the PC. - The configuration at the back of the monitor may vary from product to product. ) Connecting AV Devices - The monitor has AV connection terminals to connect AV input devices like DVD, VCR or Camcorder. You may enjoy AV signals as long as the monitor is turned on.. Input devices such as DVD, VCR or Camcorder are connected to the C-Video or S-Video terminal of the monitor using the C-Video or S-Video cable.. Then, start the DVD, VCR or Camcorder with a DVD disc or tape inserted.. Select Video or S-Video using the Source List. ) Connecting Digital DVD - The monitor has DVI connection terminals to connect DVI input devices digital DVD.. DInput devices such as digital DVD is connected to the DVI terminal of the monitor using the DVI cable.. Then, start the DVD with a DVD disc inserted.. Select Digital using the SOURCE button. -

21 Reference Infomation - Pin Assignments Sync Type Pin No Separate Red Green Blue DDC Return () -R -G -B DDC Power Input (+V) Self Raster Bi-Dr Data (SDA) H-Sync. V-Sync. DDC Clock (SCL) -Pin D-Sub Signal Cable Connector Composite Red Green Blue DDC Return () -R -G -B DDC Power Input (+V) Self Raster Bi-Dr Data (SDA) H/V-Sync. Not Used DDC Clock (SCL) Sync-on-green Red Green + H/V Sync. Blue DDC Return () -R -G -B DDC Power Input (+V) Self Raster Bi-Dr Data (SDA) Not Used Not Used DDC Clock (SCL) Sync Type Pin No. P DVI-D Rx- No Connection Rx+ +V_M Self Raster No Connection +V_M No Connection 7 Rx- DDC Clock (SCL) 8 Rx+ 7 DDC Data (SDA) 9 8 No Connection 9 Rx- No Connection Rx+ RxC+ No Connection RxC- -

22 Reference Infomation - Timing Chart - This section of the service manual describes the timing that the computer industry recognizes as standard for computer-generated video signals. Table - Timing Chart Mode IBM VESA Timing VGA/ 7 Hz 7 x VGA/ Hz x 8 /7 Hz x8 8/ Hz 8x 8/7 Hz 8x /Hz /7Hz 8/Hz 8/7Hz /Hz x78 x78 8x 8x x μ μ μ μ μ Negative Negative Negative Positive Positive Negative Positive Positive Positive Positive Positive Negative Negative Positive Positive Negative Positive Positive Positive Positive Separate Separate Separate Separate Separate Separate Separate Separate Separate Separate Separate Sync H/V Composite Sync Video Video C D E Q R S Sync-on-Green Sync Sync B A P O A : Line time total B : Horizontal sync width O : Frame time total P : Vertical sync width C : Back porch D : Active time Q : Back porch R : Active time E : Front porch S : Front porch -

23 Reference Infomation - Preset Timing Modes - If the signal transferred from the computer is the same as the following Preset Timing Modes, the screen will be adjusted automatically. However, if the signal differs, the screen may go blank while the power LED is on. Refer to the video card manual and adjust the screen as follows. Table. Preset Timing Display Mode Horizontal Frequency (khz) Vertical Frequency (Hz) Pixel Clock (MHz) Sync Polarity (H/V) MAC, x /- MAC, 8 x /- IBM, x /- IBM, x /- IBM, 7 x /+ VESA, x /- VESA, x /- VESA, 8 x... +,-/+,- VESA, 8 x /+ VESA, 8 x /+ VESA, 8 x /+ VESA, x /- VESA, x /- VESA, x /+ VESA, 8 x /+ VESA, 8 x 79,97 7,, +/+ VESA, x /+ Horizontal Frequency The time to scan one line connecting the right edge to the left edge of the screen horizontally is called Horizontal Cycle and the inverse number of the Horizontal Cycle is called Horizontal Frequency. Unit: khz Vertical Frequency Like a fluorescent lamp, the screen has to repeat the same image many times per second to display an image to the user. The frequency of this repetition is called Vertical Frequency or Refresh Rate. Unit: Hz -7

24 Reference Infomation - Panel Description Maker VENDOR P/N PANEL_CODE PANEL_ABB STICKER_CODE Remarks SEC LTX- BN7-A SA BN8-9H - SEC LTXS-L BN7-9A SB - SEC LTXS-L-B BN7-A SC - SEC LTMXS-L BN7-A SD - SEC LT8E- BN7-A SE - SEC LTXS-T BN7-A SF - SEC LTM8E- BN7-9A SG - SEC LT7E- BN7-D SH - SEC LT8E- BN7-E SJ - SEC LTM7E-L BN7-8A SK - SEC LTMW-L BN7-A SL - SEC LTMU-L BN7-A SM - SEC LTMXH-L BN7-A SN SEC LTMXH-L BN7-7A SP - SEC LTMXS-L BN7-A SQ DELL(ZPD) SEC LTM8E-L BN7-A SR PVA SEC LTM7EH-L BN7-A SS TN SEC LTM7E-L BN7-7A SU PVA SEC LTMXH-L BN7-A SV - SEC LTMU-L BN7-9A SW PVA SEC LTMXH-L(ZPD) BN7-A SX ZPD SEC LTMXH-L BN7-A SY New panel with high brightness SEC LTM7W-L BN7-7A SZ Panel for TV SEC LTMXH-L BN7-A EA Panel for TV/ High luminance for cd _ SONY&EOS Team Panel for TV SEC LTMW-L BN7-A EB Use NIKE DEL SEC LTM7EH-L BN7-A EC Panel EOS proj. for high brightness of 7" EH-L SEC LTM7E-L BN7-A ED Dell 7FP pro. E. EH mechanical Compatible SEC LTM9E-L BN7-7A EE DELL 9 FP SEC LTM8E-L BN7-A EF 8" narrow bezel GH8PS SEC LTMXP-L BN7-A EG AMLCD PVA PANEL SEC LTMW-L BN7-A EH Panel for " Wide TV SEC LTM7EU-L BN7-7A EJ Slim design, TN SEC LTM7E-L BN7-7A EK E-L bits FRC... for IBM SEC LTAW-L BN7-7A EL Panel for " TV SEC LTM7E-L BN7-7A EM AMLCD Narrow & slim design 7" PVA mode SEC LTM7W-L BN7-8A EN LTM7W-L ZPD panel SEC LTM7EH-L BN7-8A EP LTM7EH-L ZPD panel SEC LTM7E-L BN7-8A EQ LTM7E-L ZPD panel SEC LTM7EH-L BN7-8A ER LTM7EH-L ZPD panel SEC LTM7E-L BN7-8A ES LTM7E-L ZPD panel SEC LTM7EU-L BN7-8A ET LTM7EU-L ZPD panel SEC LTM7E-L BN7-8A EU LTM7E-L ZPD panel SEC LTM7E-L BN7-87A EV LTM7E-L ZPD panel SEC LTMXH-L BN7-9A EW Color coordinates change for LCD TV SEC LTMW-L BN7-9A EX AMLCD WIDE ",9/ SEC LTM7W-L BN7-A EY Color Coordinates change code management SEC LTM7EH-L BN7-97A EZ LTM7E-L Color Coordinates Change Panel Code SEC LTAW-L BN7-9A S PANEL of AMLCD " TV SEC LTMW-L BN7-A S Color coordinates change.8/.9, k & ZPD Panel SEC LTMXH-L BN7-A S Color coordinates change.8/.9, k & ZPD Panel SEC LTM7W-L BN7-A S Color coordinates change.8/.9, k & ZPD Panel SEC LTM7EH-L BN7-A S Color coordinates change.8/.9, k & ZPD Panel SEC LTMW-L BN7-A S ZPD Panel for AMLCD " TV SEC LTMXH-L BN7-7A S7 ZPD Panel code SEC LTMW-L BN7-8A S8 ZPD Panel code SEC LTM7WP-L BN7-9A S9 PVA Panel for NIKE SEC LTMU-L BN7-9A E." NARROW SEC LTAW-L BN7-A E VENUS -8

25 Reference Infomation Maker VENDOR P/N PANEL_CODE PANEL_ABB STICKER_CODE Remarks SEC LTAW-L BN7-7B E "Panel B-level panel code for "" TV Panel " SEC LTAW-L BN7-8A E "Panel for AMLCD "" TV" SEC LTMU-L BN7-A E NARROW BEZEL " PANEL SEC LTM7E-L BN7-9A E "HIGHLAND 7"" LOW PANEL (Panel only for TCO)" SEC LTM9E-L BN7-88A E7 LTM9E-L ZPD panel SEC MX-L BN7-7A E8 " Narrow & Slim panel SEC LTA7V BN7-9A E9 "7"" Panel for Muse : VGA TV" SEC LTM9E-L BN7-8A E "New Panel from AMLCDl, Specification : bit Driver IC" SEC LTM7EX-L BN7-A E "Development new Panel from AMLCD" SEC LTM7E8-L BN7-A E "Development new Panel from AMLCD" SEC LTM7E-L BN7-9B E "ZPD panel for AMLCD (Panel only for TCO)" SEC LTAW-L BN7-8B E "Creat B-level Panel code for AMLCD "" TV" SEC LTM9E-L BN7-A E "Development new 9"" Panel form AMLCD (Panel only for TCO)" SEC LTMW-L BN7-A E "AMLCD "" panel development" SEC LTM9E-L BN7-8B E7 "New Panel from AMLCD, Specification : bit Driver IC(ZPD)" SEC LTM9E-L BN7-A E8 "AMLCD "" new panel development" SEC LTM7E8-L BN7-8A E9 "ZPD code derivation" SEC LTM7EX-L BN7-9A E "ZPD code derivation" SEC LTM9E-L BN7-B E "Creat new panel code for AMLCD 9"" (Panel only for TCO)" SEC LTAH-L BN7-7A E "creat panel code for AMLCD "" TV " SEC LTM7EU-L BN7-A E "creat new panel code for AMLCD 7"" (Panel only for TCO)" SEC LTMW-L BN7-B E """ panel ZPD code derivation" SEC LTM9E-L BN7-B E "AMLCD 9"" ZPD Panel code derivation" SEC LTMW-L BN7-B E """ panel ZPD code derivation" SEC LTMXO-L BN7-A E7 "AMLCD "" XO-L new panel development" SEC LTMXO-L BN7-B E8 "AMLCD "" XO-L ZPD code derivation" SEC LTM7EU-L BN7-B E9 "AMLCD 7"" NEW panel code derivation" SEC LTAW-L BN7-7A SPZ AMLCD " NEW panel SEC LTMU-L BN7-B SPZ." Narrow PANEL ZPD Panel derivation SEC LTM7EU-L BN7-89A STH AMLCD EU-L Pb free panel code derivation SEC LTM7EU-L BN7-89B STZ AMLCD EU-L Pb free panel ZPD code derivation SEC LTMW-L BN7-88A SPH " A-DCC new panel development SEC LTMW-L BN7-88B SPZ " A-DCC panel ZPD code derivation SEC LTM9EX-L BN7-9A STH AMLCD 9" TN new Panel SEC LTM9EX-L BN7-9B STZ AMLCD 9" TN new Panel ZPD derivation SEC LTAW-L BN7-8A SPZ AMLCD " :9 new Panel SEC LTAW-L BN7-8A SPZ AMLCD " :9 new Panel SEC LTMM-L BN7-9A SPH " panel with high brightness deveiopment SEC LTAW-L BN7-8A SPZ AMLCD " :9 new Panel SEC LTMXO-L BN7-97A STH AMLCD " XO-L Pb free panel code SEC LTMXO-L BN7-97B STZ AMLCD " XO-L Pb free panel ZPD code SEC LTM7EU-L BN7-A STZ AMLCD EU-L ZPD new code derivation SEC LTAW-L BN7-87A SPZ BEETOVEN "ZPD new panel SEC LTMM-L BN7-9B SPZ " igh brightness panel ZPD code derivation SEC M7EX-L BN7-A STZ AMLCD LTM7EX-L ZPD new code derivation SEC LTAH-L BN7-A SPZ AMLCD " LED BLU panel SEC LTM7EU-L BN7-A STZ AMLCD EU-L TV high brightness ZPD new code derivation SEC LTM7E8-L BN7-8A SPZ AMLCD LTM7E8-L PVA ZPD new code derivation SEC LTM9EX-L BN7-A STZ DISPLAY LCD SEC LTMU-L BN7-9B SPZ AMLCD." Normal panel ZPD code derivation SEC LTM9E-L BN7-A SPZ HAYDN 7" PZD code PANEL derivation SEC LTA7H-L BN7-9A SPZ AMLCD 7" new panel development SEC LTMXO-L BN7-9A STZ AMLCD " XO-L 8ms panel code SEC LTAW-L BN7-9A SPZ AMLCD " :9 7Line new Panel SEC LTAWS-LH BN7-A SPZ AMLCD " :9 SPVA 9% new Panel SEC LTMU-L BN7-A SPZ AMLCD." PVA new Panel Code SEC LTAWS-LH BN7-A SPZ AMLCD " :9 SPVA 9% new Panel SEC LTAWS-LH BN7-A SPZ AMLCD " :9 SPVA 9% new Panel -9

26 Reference Infomation Maker VENDOR P/N PANEL_CODE PANEL_ABB STICKER_CODE Remarks CPT CLAAXG9 BN7-A PA "CPT "" Monitor new panel development" CPT CLAA7EA BN7-8A PB "7"" CPT NEW development panel" CPT CLAA7EA BN7-8B PC "7"" CPT ZPD panel code derivation" CPT CLAAXG9 BN7-B PTZ "CPT "" panel ZPD code derivation (GOYA-PJT)" CPT CLAAXP BN7-7A PTH CPT " PSWG code derivation CPT CLAAXP BN7-7B PTZ CPT " PSWG panel ZPD code CPT CLAA7EA7 BN7-7A PTH "CPT 7"" PSWG panel code derivation CPT CLAA7EA7 BN7-7B PTZ CPT 7"""" PSWG type new Panel code""" CPT CLAA7EA7 BN7-7B PTZ CPT 7" PSWG type new Panel code CPT CLAA7EA7Q BN7-A PTZ CPT 7" PSWG R/T 8msec code derivation CPT CLAA7EA7Q BN7-B PTH CPT 7" PSWG R/T 8msec HPD code derivation CPT CLAAXPF BN7-A PTZ CPT " PSWG panel ZPD & Lead free code derivation TOSHIBA LTMC9(A) BN7-A TA - TOSHIBA LTMC(B) BN7-A TB - TOSHIBA LTM8C BN7-8A TC - TOSHIBA LTMC BN7-A TD - TOSHIBA LTMC8 BN7-A TE - TOSHIBA LTMC8S BN7-77A TF "TSB "" high brightness Panel" TOSHIBA LTMC8 BN7-78A TG Toshiba ZPD panel TOSHIBA LTMC8S BN7-99A TH TSB LTMC8S ( ZPD ) HANNSTAR HSDMXA(A) BN7-A NA "TTL type" HANNSTAR HSDMX BN7-A NB "TTL type" HANNSTAR HSD7ME BN7-8A NTH Hannstar 7" TN new panel development HANNSTAR HSD7ME BN7-8B NTZ Hannstar 7" TN new panel development ZPD code derivation HANNSTAR HSD9ME BN7-A NTZ Hannstar 9" TN new panel development HANNSTAR HSDMX7-A BN7-A NTZ Hannstar " slim panel ZPD code derivation TORISAN TMXG-L(A) BN7-A RA - TORISAN TMXG-L BN7-A RB - TORISAN TM8SX-7N BN7-8A RC - TORISAN TMXG-L BN7-9A RD " XGA TN DE(ZPD) TORISAN TM9WX-7N BN7-A RE "RSNS (TORISAN 9"" NEW PANEL)" TORISAN TM9WX-7N BN7-A RF "RSNS (TORISAN "" NEW PANEL)" TORISAN TMXG-L9 BN7-7A RG "Panel for "" TV" TORISAN TMXG-L BN7-89A RH "L(change except D/IC) ZPD" TORISAN TMXG-L BN7-9A RJ L NORMAL TORISAN TM9SX-7N BN7-98A RK Torisan 9" Panel TORISAN TM8SX-7N BN7-A RL ZPD Panel code TORISAN TM9SX-7N BN7-7A RM ZPD Panel code TORISAN TM9WX-7N BN7-A RN "Color Coordinates change panel for TORISAN 9"" TV" TORISAN TM9WX-7N BN7-A RP,Q "Color Coordinates change panel for TORISAN "" TV" TORISAN TWX-7N BN7-A RR "Development TORISAN "" TV PANEL (ZPD)" TORISAN TWX-7N BN7-7A RS "Development TORISAN "" TV PANEL (HPD)" TORISAN TM9WX-7NA BN7-A RT V inverter Exclusive panel TORISAN TM9SX-7N BN7-A RMH Torisan bit panel code Derivation TORISAN TM9SX-7N BN7-B RMZ Torisan bit panel code Derivation TORISAN TMXG-A BN7-A RTH Torisan " Narrow & Slim panel development TORISAN TMXG-A BN7-B RTZ Torisan " N&S panel ZPD code Derivation SHARP LQ8EDG(A) BN7-C PA - SHARP LQXLW7 BN7-7A PB SHARP " PVA PANEL SHARP LQ7TLZ BN7-A FAZ Rome HITACHI TX8DVCCAA(A) BN7-A HA - HITACHI TXDVCOCAB BN7-A HB 7" SXGA PVA DE HITACHI TXDVCCAB BN7-A HC ZPD Panel HITACHI TXDVCCAB BN7-A HD." NARROW HITACHI TXDVCCAB BN7-A HE." NARROW HITACHI TX8DVCCAB BN7-9A HIZ "Development new panel for Hitachi "" TV (ZPD)" HITACHI TXDVCCAB BN7-B HIZ Hitachi."ZPD panel IBM ITSX9S BN7-7A IA - -

27 Reference Infomation Maker VENDOR P/N PANEL_CODE PANEL_ABB STICKER_CODE Remarks UNIPAC UM7E BN7-8A UA Loaded by cisdba HYUNDAI HTX BN7-A DA - HYUNDAI HT7E- BN7-9A DB TN DE HYUNDAI HT7E- BN7-9A DC HT7E- ZPD panel HYUNDAI HT7E- BN7-9A DD HT7E- normal panel HYUNDAI HT7E- BN7-9A DE HT7E- ZPD panel code HYUNDAI HT7E BN7-9A DF HT7E ( Narow & slim Design ) HYUNDAI HT7E BN7-A DG ZPD Panel code HYUNDAI HTX-D BN7-A DH "Development for Ares "" Hydis TV" HYUNDAI HTX-D BN7-B DJ "Derivation panel HPD for Ares "" Hydis TV " HYUNDAI HT7E- BN7-7A DTH "PINEHURST-(IBM) PJT 7"" HYDIS PANEL Derivation" HYUNDAI HT7E- BN7-7B DTZ "PINEHURST-(IBM) Hydis 7"" ZPD code Derivation" ACER L7E BN7-A AA TN(ADT) ACER M7EN BN7-7A AB AU 7" Panel ( Narrow & slim design ) ACER M7EN BN7-A AC ZPD Panel code ACER M9EN BN7-7A AMH "AU Monitor 9"" new panel development (P9-S)" ACER M9EN BN7-7B AMZ "AU 9"" ZPD code derivation (ZPD)" ACER M7EN BN7-7A ATH "AU Monitor 7"" New panel development " ACER TXW BN7-A AMZ "AU "" new panel development (NFEO)" ACER ASN BN7-77A ATZ "AU TV panel."" TN SVGA new panel development" ACER M7EN BN7-7B ATZ AU Monitor 7" ZPD code derivation ACER TXW BN7-9A AMZ AU " new ACER M7EG BN7-9A ATH AU TN PSWG type new Panel code ACER M7EG BN7-9B ATZ AU TN PSWG type NEW panel code derivation ACER M9EN BN7-A ATH AU Monitor 9" ZPD new Panel code ACER TXW BN7-8A AMZ AUO " ZPD panel ACER M7EG V8 BN7-A ATZ AU TN PSWG type new Panel (8msec) ZPD code derivation ACER TXW BN7-A AMZ AUO " Panel new (Cosmetic spec down grade) ACER TXW BN7-A AMZ AUO " Grade new (Cosmetic spec down grade) ACER M9EN BN7-A AMZ AU Monitor 9" MVA new code derivation ACER TXW BN7-7A AMZ LCD TV VE project new ACER TXW BN7-8A AMZ LCD TV VE project new ACER MUN V BN7-8A AMZ CHIMEI M7E-LO BN7-A CA TN PANEL CHIMEI MX-L BN7-A CB COMPATIBLE CHIMEI M7E-L BN7-A CC MVA PANEL CHIMEI MX-L BN7-A CD CHIME "I PVA PANEL CHIMEI MX-L BN7-79A CE Chimei ZPD panel CHIMEI M7E-L BN7-A CF ZPD Panel code CHIMEI M7E-L BN7-A CG ZPD Panel code CHIMEI V9W-L BN7-A CH MVA CHIMEI M7E-L BN7-A CJ HIGHLAND 7" LOW PANEL CHIMEI M9E-L BN7-A CK GH9AS,BS CHIMEI PANEL CHIMEI MX-L BN7-7A CL " Narrow & Slim panel CHIMEI M7E-L BN7-A CM "-- vendor change" CHIMEI M7E-L BN7-B CN ZPD derivation panel CHIMEI VV-T BN7-A CP CHIMEI." panel development CHIMEI M7E-L BN7-B CQ "HIGHLAND 7"" LOW PANEL ZPD derivation panel" CHIMEI M7E-L BN7-A CR "C 7"" new panel development code" CHIMEI M7E-L BN7-B CS "C 7"" ZPD panel code derivation" CHIMEI MX-L BN7-7B CT Chimei " Narrow & Slim panel ZPD derivation CHIMEI M7E-L BN7-A CTH C 7" new panel development code (GOYA-PJT) CHIMEI M7E-L BN7-B CTZ C 7" ZPD panel(goya-pjt) CHIMEI VW-L BN7-9A CMZ C " development CHIMEI VB-L BN7-7A CMZ C " development CHIMEI V7W-L BN7-A CMZ CHI MEI 7" panel development NEC SVAXGTB BN7-A BTZ SVA NEC " panel ZPD code -

28 Reference Infomation Memo -

29 Product Specifications Product Specifications - Fashion Feature - Support Analog, Digital, Video, S-Video - Improved Response Time by Adopting ms - Support Magic Color Pro Magic Color, Color Tone, Gamma, -Color, Color Weakness - Support PIP when the sources are Anaolg and Digital - Magic Bright : steps used Test, Internet, Entertain. Custom - Magictune. and Pivot software installed - Auto Pivot : When the monitor is rotated in 9 degree, the display LED and OSD also are autimatically rotates accordingly. This can be performed only when Magictune. and the Pivot software are running. - Specifications Item LCD Panel Scanning Frequency Display Colors Maximum Resolution Input Signal Input Sync Signal TFT-LCD panel, RGB vertical stripe, normally black transmissive, -Inch viewable,.7 (H) x.7 (V) mm pixel pitch Horizontal : khz ~ 8 khz (Automatic) Vertical : Hz ~ 7 Hz (UXGA : Hz).7 Million colors Horizontal : Pixels Vertical : Pixels Analog / Digital / Video / S-Video Description Seperate H/V sync, Composite H/V, Sync-on-Green, Automatic synchroniza tion whitout external swith of sync type Support Video mode : NTSC / PAL / SECAM / PAL M / PAL N / NT / PAL support DVI mode : 8i/p,7p@Hz, 7p@Hz, 8i@Hz 8i@Hz (Support HDCP) Level : TTL level Maximum Pixel Clock rate Active Display Horizontal/Vertical AC power voltage & Frequency Power Consumption MHz (H) x (W) mm AC 9 ~ Volts, / Hz ± Hz W (Max) Dimensions Set (W x D x H) Package Weight (Set/Package) 7. x 9. x 8. Inches ( x 8. x 7.mm) State of stand installed 7. x.8 x.8 Inches ( x 7 x 8 mm) State of stand pivoted 8. kg (7.9 lbs) /. kg (.8 lbs) Environmental Considerations - Designs and specifications are subject to change without prior notice. -

30 Product Specifications - LSBRBS feature No Feature Feature Operating method Auto Auto If Brahms turns on in some resolution for the first time, it can execute Auto adjustment automatically for the high Quality Auto Power on/off Brahms can check the change of Source Automatically and change the source to the active Input Wall mount Brahms supports Wall mount (mmxmm VESA-compliant mounting interface pad.) Gamma & Color temperature Fine Adjust Brahms supports 9-Step Fine Adjustment for Gamma & Color temperature Magic tune. Magic Bright Brahms supports different Brightness Mode (Text / Internet / Entertain / Custom) Sharpness Adjust the Sharpness 7 Auto Pivot As Brahms has sensor IC for Pivot, ) if Brahms rotates 9, ) MCU can detect the current status through sensor IC, ) Magic tune. &Pivot Software can make change Screen to the rotated degrees automatically It must be installed Magic tune. and Pivot Software to the PC 8 Magic Color Off - Returns to the original mode Demo - The screen before applying MagicColor appears on the right and the screen after applying MagicColor appears on the left Full - Displays vivid natural color with clearness Intelligent - Displays not only vivid natural color but also more realistic natural skin color with clearness Color menu of Magictune. -

31 Product Specifications - Spec Comparison -

32 Product Specifications - Spec Comparison to the Other Models CM_LVDS CM_LVDS VIDEO DECODER VIDEO DECODER -

33 Product Specifications - Option Specification Item Item Name CODE.NO Remark Quick Setup Guide BH8-7L Warranty Card (Not available in all locations) BH8-F User's Guide, Monitor Driver, Natural Color software, MagicTune software BN9-9P D-Sub( Pin) Cable 7-9 Power Cord 9-8 DVI Cable BN9-F -

34 Product Specifications Memo -

35 Troubleshooting Troubleshooting Notes:. Before troubleshooting, setup the PC's display as below. - Resolution: x - H-frequency: 7 khz - V-frequency: Hz. If no picture appears, make sure the power cord is correctly connected.. Check the following circuits. - No raster appears: Function PBA, Main PBA, IP Board - V develop but no screen: Main PBA - V, V does not develop: IP Board, Main PBA - No Power Check Function ass'y. Does proper DC V appear at Pin,, 7 of CN? No Check IP Board and Panel Cable. Yes Does the BL_EN signal appear at R? No Check R. Yes Replace IP Board. -

36 Troubleshooting - No Video (ANALOG) Check signal cable connection and power. No X oscillate properly? Replace or check related circuit. Yes Is there R, G, B input at R, R and R? No Check input part. Yes Is there Hsync, Vsync waveform at R, R? Yes Is there Hsync, Vsync waveform at Pin, of IC? Yes Dose proper DC V appear at Pin of IC? No No No Check input part. Check IC and related circuit. Check Panel Cable. Yes Does the output signal appear at Pin,,, 7, 9,,,, ~ and ~7 of CN? Yes Replace LCD Panel. No Check IC, IC and related circuit. -

37 Troubleshooting WAVEFORMS -

38 Troubleshooting - No Video (DIGITAL) Check signal cable connection and power. No X oscillate properly? Replace or check related circuit. Yes Is there input data at R, R, R, R, R7 and R8? Yes Is there waveform 7 at R9, R? Yes No No Check input part. Check input part. Is there R, G, B input at R, R, R, R7 and R8? No Check Panel Cable. Yes Does the output signal appear at Pin,,, 7, 9,,,, ~ and ~7 of CN? Yes Replace LCD Panel. No Check IC, IC and related circuit. -

39 Troubleshooting WAVEFORMS 7 -

40 Troubleshooting - No Picture (Video Signal) Does a signal appear at Pin of CN? No Check CN and related circuit. Yes Does a signal appear at Pin 8 of IC? No Check IC and related circuit. Yes Does a signal appear at Pin ~7 and ~ of IC? No Check IC and related circuit. Yes Does a signal appear at Pin,,, 7, 9,,,, ~ and ~7 of CN? No Check CN and related circuit. Yes Replace Main board -

41 Troubleshooting WAVEFORMS -7

42 Troubleshooting - No Picture (S-Video Signal) Does a signal appear at Pin and of CN? No Check CN and related circuit. Yes Does a signal appear at Pin and of IC? No Check IC and related circuit. Yes Does a signal appear at Pin ~7 and ~ of IC? No Check IC and related circuit. Yes Does a signal appear at Pin,,, 7, 9,,,, ~ and ~7 of CN? No Check CN and related circuit. Yes Replace Main board -8

43 Troubleshooting WAVEFORMS -9

44 Exploded View & Parts List Exploded View and Parts List -You can search for updated part codes through ITSELF web site. URL : sec. samsung.co.kr M M M7 M M M M7 M -

45 Exploded View & Parts List Location.No CODE-NO SPECIFICATION & DESCRIPTION Q'TY REMARK M BN9-7C ASSY STAND P;T,GR7,SVM-8 SA M BN9-78J ASSY COVER REAR;LSBRBAS/XAA SNA M BN9-79D ASSY COVER FRONT;LSBRBAS/XAA SNA M BN9-7C ASSY STAND P;T,GR7,SVM-8 SA M BN9-78J ASSY COVER REAR;LSBRBAS/XAA SNA M BN9-7A ASSY SHIELD P-PCB;T,SECC SNA M7 BN-7A IP BOARD;IP-8A,T,.~.MA,. ~8 SA M BN9-7A ASSY BOARD P;BRAHMS,SJ--,FUTION SA M7 BN-97A BRACKET-PCB;T,SECC,T.8 SNA M BN7-A LCD-PANEL;LTMU-L,Brahms,8BIT,* SA M BN9-79D ASSY COVER FRONT;LSBRBAS/XAA SNA -

46 Electrical Parts List Electrical Parts List You can search for updated part codes through ITSELF web site. URL : Level Loc. No. Code No. Description & Specification EA SA/SNA LSBRBAS/EDC T,UXD/SA-LBR,,LCD-,NETHERLAND. M BN9-78J ASSY COVER REAR;LSBRBAS/XAA S.N.A.. M8-7 SCREW-TAPTITE;BH,+,S,M,L,ZPC(BLK),SWR.. M BN-A COVER-REAR;T,ABS,T.8,HB,SRPAY. M BN9-79D ASSY COVER FRONT;LSBRBAS/XAA S.N.A.. T BN9-8A ASSY COVER P-FRONT;T,ABS+HB... M BN-A COVER-FRONT;T,ABS,T.8,HB,SRPAY S.N.A... T BN-8A KNOB CONTROL;BRBS,ABS+PC,SPRAY, transp S.N.A... M BN9-7A ASSY BOARD P;BRAHMS,SJ--,FUTION. T8 BN9-9T ASSY LCD-SPZ;LSBRB* S.N.A.. M BN7-A LCD-PANEL;LTMU-L,Brahms,8BIT,*. M7 BN9-97N ASSY CHASSIS-SPZ;LSBRB*,W/W.. M7 BN-7A IP BOARD;IP-8A,T,.~.MA,. ~8.. M7 BN-97A BRACKET-PCB;T,SECC,T.8 S.N.A.. M BN9-7F ASSY PCB MAIN-SPZ;LSBRB*,W/W... T - SOLDER-WIRE FLUX;-,RSS,D.,Sn/7Pb,. S.N.A... CN 7-7 CONNECTOR-DVI;P,R,FEMALE,ANGLE,AUF... CN 7-9 CONNECTOR-DSUB;P,R,FEMALE,ANGLE,AUF... CN 7-7 HEADER-BOARD TO CABLE;BOX,9P,R,mm,STRA... CN 7-78 JACK-PIN;P,-,SN,YEL,-... CN 7-7 JACK-DIN;P,-,SN,BLK,-... M8 - SCREW-TAPTITE;BH,+,B,M,L,ZPC(BLK),SWRC S.N.A... M8 - SCREW-TAPTITE;BH,+,B,M,L,ZPC(BLK),SWRC S.N.A... M8-9 SCREW-TAPTITE;BH,+,S,M,L8,ZPC(YEL) S.N.A... IC_HEAT BN-A HEAT SINK-IC;NK,SUN,AS,T.,W8,L8, S.N.A... IC_HEAT BN-A HEAT SINK-IC;NK,SUN,AS,T.,W8,L8, S.N.A... T7 BN97-J ASSY SMD;LSBRB* S.N.A... CIS -7 SOLDER-CREAM;RMA--L,S,-,Sn/Pb..8 S.N.A... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D7 - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D8 - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D9 - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D7 - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D8 - DIODE-SWITCHING;MMBD8SE,V,MA,SO... D - DIODE-RECTIFIER;SS,V,.A,DO-AA... D - DIODE-RECTIFIER;SS,V,.A,DO-AA... D - DIODE-RECTIFIER;SS,V,.A,DO-AA... ZD - DIODE-RECTIFIER;SS,V,.A,DO-AA... D -8 DIODE-ZENER;BZX8CV,.-V,MW,SOT-... ZD -8 DIODE-ZENER;BZX8CV,.-V,MW,SOT-... ZD -8 DIODE-ZENER;BZX8CV,.-V,MW,SOT-... ZD -8 DIODE-ZENER;BZX8CV,.-V,MW,SOT-... ZD -8 DIODE-ZENER;BZX8CV,.-V,MW,SOT-... ZD - DIODE-ZENER;-,.9-.7V,MW,SOD-,T... ZD - DIODE-ZENER;QZXCV,.-.88V,MW,... ZD7 - DIODE-ZENER;QZXCV,.-.88V,MW,... ZD - DIODE-TVS;MMQAVT,././.88V,W,S... ZD8 - DIODE-TVS;CDSCGTA,.V/-/-,-,SMD... ZD9 - DIODE-TVS;CDSCGTA,.V/-/-,-,SMD... Q - TR-SMALL SIGNAL;KSC-Y,NPN,mW,SOT-... Q -8 TR-SMALL SIGNAL;SCK,NPN,mW,SC-9 -

47 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... Q -8 TR-SMALL SIGNAL;SCK,NPN,mW,SC-9... Q -8 TR-SMALL SIGNAL;SCK,NPN,mW,SC-9... Q -8 TR-SMALL SIGNAL;SCK,NPN,mW,SC-9... Q -8 TR-SMALL SIGNAL;SCK,NPN,mW,SC-9... Q -8 TR-SMALL SIGNAL;SCK,NPN,mW,SC-9... Q -8 TR-SMALL SIGNAL;SCK,NPN,mW,SC-9... Q -8 TR-SMALL SIGNAL;SCK,NPN,mW,SC-9... Q9-7 FET-SILICON;SI99ADY-T,P,-V,.A,.... Q9-7 FET-SILICON;SI99ADY-T,P,-V,.A,.... IC 8-7 IC-CS LOGIC;7LCX,-,SOIC,P,MIL,... IC 8- IC-CS LOGIC;7VHC,ANALOG SWITCH,SO... IC 8-78 IC-CS LOGIC;7SZ,SCHMITT TRIGGER,SOT... IC 8-79 IC-CS LOGIC;7HC7,D FLIP-FLOP,TSSOP,... IC 9- IC-MICROCONTROLLER;WTF,-,QFP,8P, S.N.A... IC9-8 IC-LCD CONTROLLER;MST8LA-LF-,LQFP,... IC -9 IC-EEPROM;C,x8,SOP,8P,xmm,./... IC -9 IC-EEPROM;C,x8,SOP,8P,xmm,./... IC - IC-EEPROM;C,Kx8,SOP,8P,xmm,.7/.... IC -7 IC-DRAM;EMA9BI,MxBit,FBGA,P,... IC8 - IC-VOLTAGE COMP.;9,SOP,8P,MIL,DUAL,... IC -9 IC-RESET;DS8A,SOIC,8P,MIL,PLASTIC,... T87 - IC-POSI.FIXED REG.;LFC,DPAK,P,MIL,... T87 - IC-POSI.FIXED REG.;LFC,DPAK,P,MIL,... T87 - IC-POSI.FIXED REG.;LFC,DPAK,P,MIL,... IC -79 IC-DC/DC CONVERTER;AP-KA,TO--... IC -8 IC-DC/DC CONVERTER;AP-KA,TO--... IC -889 IC-DC/DC CONVERTER;AP-KA,TO-L,... T87-7 IC-POSI.FIXED REG.;G9-8TU,SOT-,P... T87-7 IC-POSI.FIXED REG.;G9-8TU,SOT-,P... IC8-9 IC-VIDEO PROCESS;SDX,TQFP,P,8x... IC -9 IC-VIDEO DECODER;TW99,TQFP,8P,xmm... R7 7- R-CHIP;ohm,%,/W,TP,8... R7 7- R-CHIP;Kohm,%,/W,TP,8... R 7- R-CHIP;Kohm,%,/W,TP,8... R7 7- R-CHIP;Kohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R R-CHIP;ohm,%,/W,TP,8... R R-CHIP;ohm,%,/W,TP,8... R R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8 -

48 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R R-CHIP;ohm,%,/W,TP,8... R R-CHIP;ohm,%,/W,TP,8... R R-CHIP;ohm,%,/W,TP,8... R R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8 -

49 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R9 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8 -

50 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... R7 7-7 R-CHIP;ohm,%,/W,TP,8... R8 7-7 R-CHIP;ohm,%,/W,TP,8... R 7-7 R-CHIP;ohm,%,/W,TP,8... R R-CHIP;7ohm,%,/W,TP,8... R 7-77 R-CHIP;7ohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R 7-78 R-CHIP;Kohm,%,/W,TP,8... R 7-78 R-CHIP;Kohm,%,/W,TP,8... R 7-78 R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R 7-78 R-CHIP;Kohm,%,/W,TP,8... R 7-78 R-CHIP;Kohm,%,/W,TP,8... R 7-78 R-CHIP;Kohm,%,/W,TP,8... R 7-78 R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R8 7-8 R-CHIP;.Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R 7-8 R-CHIP;.Kohm,%,/W,TP,8... R7 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R8 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R7 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R8 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R7 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R8 7-8 R-CHIP;.7Kohm,%,/W,TP,8 -

51 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R R-CHIP;.7Kohm,%,/W,TP,8... R R-CHIP;.7Kohm,%,/W,TP,8... R R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R9 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R8 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-8 R-CHIP;.7Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R7 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R7 7-9 R-CHIP;Kohm,%,/W,TP,8... R8 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R 7-9 R-CHIP;Kohm,%,/W,TP,8... R9 7- R-CHIP;Kohm,%,/W,TP,8... R 7- R-CHIP;Kohm,%,/W,TP,8... R9 7- R-CHIP;Kohm,%,/W,TP,8... R7 7-9 R-CHIP;Mohm,%,/W,TP,8... R 7-9 R-CHIP;Mohm,%,/W,TP,8... R 7- R-CHIP;ohm,%,/W,TP,8... R 7- R-CHIP;ohm,%,/W,TP,8... R 7- R-CHIP;ohm,%,/W,TP,8... R 7- R-CHIP;ohm,%,/W,TP,8... R 7- R-CHIP;ohm,%,/W,TP,8... R7 7- R-CHIP;ohm,%,/W,TP,8... R8 7- R-CHIP;ohm,%,/W,TP,8... R9 7- R-CHIP;ohm,%,/W,TP,8... R 7- R-CHIP;ohm,%,/W,TP,8... R7 7- R-CHIP;ohm,%,/W,TP,8... R8 7- R-CHIP;ohm,%,/W,TP,8... R 7-9 R-CHIP;ohm,%,/W,TP,8... R 7- R-CHIP;.Kohm,%,/W,TP,8... R9 7- R-CHIP;.Kohm,%,/W,TP,8... R 7- R-CHIP;.Kohm,%,/W,TP,8... R 7- R-CHIP;.Kohm,%,/W,TP,8... R 7- R-CHIP;.Kohm,%,/W,TP,8... R8 7- R-CHIP;Kohm,%,/W,TP,8... R 7- R-CHIP;Kohm,%,/W,TP,8... R 7- R-CHIP;Kohm,%,/W,TP,8... R R-CHIP;OHM,%,/W,TP,8... R R-CHIP;OHM,%,/W,TP,8... R 7- R-CHIP;Kohm,%,/W,TP,8... R 7-8 R-CHIP;9ohm,%,/W,TP,8... R 7- R-CHIP;ohm,%,/W,TP,8... R 7- R-CHIP;8ohm,%,/W,TP,8... R 7- R-CHIP;8ohm,%,/W,TP,8... R 7- R-CHIP;8ohm,%,/W,TP,8 -

52 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... R8 7- R-CHIP;8ohm,%,/W,TP,8... R9 7- R-CHIP;8ohm,%,/W,TP,8... R 7- R-CHIP;8ohm,%,/W,TP,8... R 7- R-CHIP;7ohm,%,/W,TP,8... R 7- R-CHIP;7ohm,%,/W,TP,8... R 7- R-CHIP;7ohm,%,/W,TP,8... R 7- R-CHIP;7ohm,%,/W,TP,8... C 7-7 R-CHIP;7ohm,%,/W,TP,8... R 7-7 R-CHIP;7ohm,%,/W,TP,8... R 7-7 R-CHIP;7ohm,%,/W,TP,8... RA -88 R-NET;ohm,%,/W,L,CHIP,8P,TP,.x.... RA -88 R-NET;ohm,%,/W,L,CHIP,8P,TP,.x.... RA -88 R-NET;ohm,%,/W,L,CHIP,8P,TP,.x.... RA7-9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA8-9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA9-9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA -9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA -9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA -9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA -9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA -9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA -9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA -9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... RA7-9 R-NET;8ohm,%,/W,L,CHIP,8P,TP... C7 - C-CER,CHIP;.nF,.pF,,CG,8... C8 - C-CER,CHIP;.nF,.pF,,CG,8... C7-89 C-CER,CHIP;nF,+8-%,V,YV,8... C8-89 C-CER,CHIP;nF,+8-%,V,YV,8... C9-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C7-89 C-CER,CHIP;nF,+8-%,V,YV,8... C8-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C7-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C8-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C7-89 C-CER,CHIP;nF,+8-%,V,YV,8... C9-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C7-89 C-CER,CHIP;nF,+8-%,V,YV,8... C8-89 C-CER,CHIP;nF,+8-%,V,YV,8... C9-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8-7

53 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C8-89 C-CER,CHIP;nF,+8-%,V,YV,8... C9-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C9-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C8-89 C-CER,CHIP;nF,+8-%,V,YV,8... C9-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C9-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C7-89 C-CER,CHIP;nF,+8-%,V,YV,8... C9-89 C-CER,CHIP;nF,+8-%,V,YV,8... C -89 C-CER,CHIP;nF,+8-%,V,YV,8... C - C-CER,CHIP;.nF,%,,CG,8... C - C-CER,CHIP;.nF,%,,CG,8... C - C-CER,CHIP;.nF,%,,CG,8... C7-7 C-CER,CHIP;nF,%,,X7R,8... C8-7 C-CER,CHIP;nF,%,,X7R,8... C9-7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C8-7 C-CER,CHIP;nF,%,,X7R,8... C9-7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -7 C-CER,CHIP;nF,%,,X7R,8... C -9 C-CER,CHIP;.nF,%,,CG,8... C7 - C-CER,CHIP;nF,%,,X7R,8... C8 - C-CER,CHIP;nF,%,,X7R,8... C - C-CER,CHIP;.nF,%,,CG,8... C - C-CER,CHIP;.nF,%,,CG,8... C7 - C-CER,CHIP;.nF,%,,CG,8... C8 - C-CER,CHIP;.nF,%,,CG,8... C -8 C-CER,CHIP;.nF,%,,CG,8... C -8 C-CER,CHIP;.nF,%,,CG,8... C -8 C-CER,CHIP;.nF,%,,CG,8... C -97 C-CER,CHIP;7nF,%,V,X7R,TP,8,-... C -97 C-CER,CHIP;7nF,%,V,X7R,TP,8,- -8

54 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... C -97 C-CER,CHIP;7nF,%,V,X7R,TP,8,-... C -97 C-CER,CHIP;7nF,%,V,X7R,TP,8,-... C -97 C-CER,CHIP;7nF,%,V,X7R,TP,8,-... C -97 C-CER,CHIP;7nF,%,V,X7R,TP,8,-... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C7 - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C7 - C-CER,CHIP;nF,%,V,X7R,8... C8 - C-CER,CHIP;nF,%,V,X7R,8... C9 - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C7 - C-CER,CHIP;nF,%,V,X7R,8... C8 - C-CER,CHIP;nF,%,V,X7R,8... C9 - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C8 - C-CER,CHIP;nF,%,V,X7R,8... C9 - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C7 - C-CER,CHIP;nF,%,V,X7R,8... C8 - C-CER,CHIP;nF,%,V,X7R,8... C9 - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,%,V,X7R,8... C - C-CER,CHIP;nF,+8-%,V,YV,8... C - C-CER,CHIP;nF,+8-%,V,YV,8... C8 - C-CER,CHIP;nF,+8-%,V,YV,8... C - C-CER,CHIP;nF,+8-%,V,YV,8... C - C-CER,CHIP;nF,+8-%,V,YV,8... C - C-CER,CHIP;nF,+8-%,V,YV,8... C - C-CER,CHIP;nF,+8-%,V,YV,8... C9-9 C-CER,CHIP;.nF,%,,X7R,8... C7-7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C7-7 C-CER,CHIP;nF,+8-%,V,YV,... C9-7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C8-7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV, -9

55 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA... C7-7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C7-7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C8-7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C -7 C-CER,CHIP;nF,+8-%,V,YV,... C7-7 C-CER,CHIP;nF,+8-%,V,YV,... C8-7 C-CER,CHIP;nF,+8-%,V,YV,... C -8 C-AL,SMD;uF,%,V,WT,TP,8.x8.x... C9-8 C-AL,SMD;uF,%,V,WT,TP,8.x8.x... C8-8 C-AL,SMD;uF,%,V,WT,TP,8.x8.x... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.X.... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C9-8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C7-8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C7-8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C -8 C-AL,SMD;UF,%,V,WT,TP,.X.7MM... C9 9-9 C-ORGANIC;7UF,%,.V,FX,TP,X.9MM,-... C 9-9 C-ORGANIC;7UF,%,.V,FX,TP,X.9MM,-... C 9-9 C-ORGANIC;7UF,%,.V,FX,TP,X.9MM,-... C 9- C-ORGANIC;8UF,%,V,WT,TP,8X.9MM,-... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... T INDUCTOR-SMD;.uH,%,... X 8- CRYSTAL-SMD;MHz,ppm,8-ABX,pF,oh... X 8-7 CRYSTAL-SMD;.88MHz,ppm,8-AAN,,... X 8- CRYSTAL-SMD;7MHZ,PPM,8-AAN,PF,OH... T8 - BEAD-SMD;ohm,.x.8x.8mm,mA,,,, S.N.A... T8-79 BEAD-SMD;8ohm,8,-,TP,.8ohm/7.MHz... T8-79 BEAD-SMD;8ohm,8,-,TP,.8ohm/7.MHz... T8-79 BEAD-SMD;8ohm,8,-,TP,.8ohm/7.MHz... CN 7-9 HEADER-BOARD TO CABLE;BOX,P,R,.mm,S... CN 7-7 HEADER-BOARD TO CABLE;BOX,P,R,.mm,... CN 7-77 HEADER-BOARD TO CABLE;BOX,P,R,mm,SMD-... CN 7- HEADER-BOARD TO CABLE;BOX,P,R,.mm,S... L BN7-A COIL-CHOKE(SMD);7uH,7uH,%,**8mm,... L BN7-8A COIL CHOKE-SMD;SMD**8.,GH/7PS,... T BN7-9A COIL CHOKE;SMD XX,EOS,UH,%,-,.... S BN-A SENSOR SW-TILT;SPSF,DCV,mA,- ~... MICOM BN97-L ASSY MICOM-W/W,AMLCD;LSBRB*,W/W,AMLCD... IC 7- IC-FLASH MERY;9VF8,Mx8Bit,TSOP,P... T77 BN-7C PCB MAIN;LSBRCS,FR-, layer,mp.,. S.N.A... HDCP KETY BN97-77A ASSY HDCP;BN-8A,BR/BS_CS,MSTAR S.N.A... BN-8A KEY CODE-CERTIFICATE;(HDCP KEY)PPMMS, S.N.A. M BN9-9D ASSY SHIELD;LSBRBAS/XAA S.N.A.. CCM - SCREW-MACHINE;FH,+,M,L,NI PLT,SWRCH8A S.N.A.. M8 - SCREW-TAPTITE;BH,+,B,M,L,ZPC(BLK),SWRC S.N.A -

56 Electrical Parts List Level Loc. No. Code No. Description & Specification Q'ty SA/SNA.. M89 BN9-A LEAD CONNECTOR;LSBRBS,UL7#,P,.. M BN9-7A ASSY SHIELD P-PCB;T,SECC S.N.A... BN-77A SHIELD-INSULATOR;BI7/9BS,PET,T. S.N.A... T78 BN-7A SHIELD-PCB;T,SECC,T.8 S.N.A.. T8 BN7-A RUBBER CUSHION;LCD TV/NITOR,RUBBER,X S.N.A. M BN9-G ASSY P/MATERIAL;LSBRBAS/XAA S.N.A.. T7 9- BAG AIR;LDPE,T.,L,W,TRP,,,. S.N.A.. T 9-8 BAG PE;HDPE/NITRON(DOUBLE),T./T.,W9 S.N.A.. T BAG AIR;LDPE,T.,W,L8,TRP,-,--. S.N.A.. P/M 9- BAG WRAPPING;LDPE,T.,W,L,TRP,. S.N.A.. M8 9-9 BAG ROLL;LDPE,T.,W,L,TRP,-,-. S.N.A. M BN9-8Q ASSY ACCESSORY;LSBRBAS/EDC S.N.A.. M BN9-B CBF SIGNAL;PS,P/P,7-N,8MM.. M BN9-F CBF SIGNAL-DVI(D);7FP,P/P,7-D.. M BN9-7L ASSY ACCESSORY;LSBRBAS/EDC... T8 9- CBF-POWER CORD;DT,EU,FP/YES,IEC C/... T 9- BAG PE;LDPE,T.,W,L,TRP,8, S.N.A... ACCESSORY BH8-78A CARD-,BLOC WARRANTY;TFT LCD,BASIC,EU,M S.N.A... ACCESSORY BH8-78A CARD-;TFT LCD,SRC,RUSSIA,S/W,,W* S.N.A... T9 BN8-97A MANUAL-CARD;COMM,SAMSUNG,8 LANG,EUROPE, S.N.A... M BN9-88V ASSY MANUAL P-IB+QSG;BRAHMS, T/T,S S.N.A... M88 BH8-7L MANUAL-;LCDQUICK SETUP GUIDE,SYMASTE S.N.A... IB BN9-9V S/W DRIVER-,IB;Bramas,T/T,W/W,Sy S.N.A. M BN9-87A ASSY BOX;LSBRBAS/EDC S.N.A.. BOX BN9-8A BOX-,NITOR;S/MT(LSBR),CB-SW,YE. S.N.A. M BN9-78V ASSY STAND;LSBRBAS* S.N.A.. M BN9-7C ASSY STAND P;T,GR7,SVM-8... CCM - SCREW-MACHINE;FH,+,M,L,ZPC(BLK),SWRCH S.N.A... M8 - SCREW-TAPTITE;BH,+,B,M,L,ZPC(BLK),SWRC S.N.A... M8 - SCREW-TAPTITE;BH,+,-,S,M,L8,ZPC(BLK),SW S.N.A... M8 - SCREW-TAPTITE;PWH,+,B,M,L,ZPC(YEL),SWR... M8-7 SCREW-TAPTITE;BH,+,B,M,L,BLK,SWCH S.N.A... M8-8 SCREW-TAPTITE;BH,+,B,M,L8,ZPC(BLK),SWCH S.N.A... M8-8 SCREW-TAPTITE;FH,+,S,M,L8,ZPC(BLK),SWRC S.N.A... M8 - SCREW-TAPTITE;BH,+,B,M,L8,ZPC(BLK),SWRC 8... BN-9A HOLDER-CABLE;NBBS,ABS HB,,,,SILVER SPR S.N.A... BN-8A HOLDER-SPRING;NBBS,ZN- DIE CAST S.N.A... BN-A STOPPER SPRING;NBBS,SK S.N.A... BN-A GUIDE-WASHER/SPRING;NBBS,SK S.N.A... BN-7A SPRING ETC-LOCKING RELEASE;7FP,PI S.N.A... BN-A BUSH PIN;NBBS,SUML,.,L,NATURAL S.N.A... BN-8A GUIDE-STAND LIFT;BRBS,Zn-II,DIE CASTIN S.N.A... BN-8A GUIDE-STAND LIFT;BRBS,Zn-II,DIE CASTIN S.N.A... BN-8A BRACKET-STAND BODY;BRBS,Zn-II,DIE CAST S.N.A... BN-8A BRACKET-HINGE TOP;BRBS,Zn-II,DIE CASTI S.N.A... BN-8A BRACKET-RAIL LIFT;BRBS,SECC T.,,7 S.N.A... BN-8A SPRING ETC-SPIRAL;BRBS,SUS,9,T. S.N.A... CIS BN-88A HOLDER-STAND;BRBS,ZNDC-II S.N.A... BN-988A SPRING ETC-STAND FRICTION;LBRB,SK-, S.N.A... BN-7A COVER-VESA;NBBS,ABS HB,BK7 S.N.A... BN-7A COVER-HINGE/FRONT;NBBS,ABS HB,,,,,,SIL S.N.A... BN-78A COVER-PIVOT;NBBS,ABS HB,,,,,,SILVER SP S.N.A... M BN-797A FELT-STAND;NBBS,MCM7,T.,, S.N.A... BN-A COVER-STAND BASE;BRBS,ABS,HB,SPRAY S.N.A... BN-A COVER-STAND FRONT;BRBS,ABS,HB,SPRAY S.N.A... BN-A COVER-STAND REAR;BRBS,ABS,HB,SPRAY S.N.A... BN-A COVER-STAND HINGE;BRBS,ABS,HB,SPRAY S.N.A... BN-A BUTTON-LOCKING;NBBS,RUBBER,GRAY,T. S.N.A... M BN7-77A RUBBER-FOOT;MATISSE,BUMPON,##.,T., S.N.A... BN9-89A ASSY HINGE P;NBBS S.N.A... BN-B ROLLER-SPRING;LSBRB,ACETAL S.N.A. M9 BN9-8B ASSY LABEL;LS9DOWSS/EDC,TCO99,DO9WS S.N.A -

57 7 Block Diagrams 7 Block Diagram 7-

58 7 Block Diagrams 7-

59 Alignments and Adjustments Alignments and Adjustments This section of the service manual explains how to use the RS JIG. This function is needed for AD board change and program memory (IC) change. - Required Equipment The following equipment is necessary for adjusting the monitor: Computer with Windows 9, Windows 98, Windows NT, Windows, or Windows XP. MTI- DDC MANAGER JIG - Automatic Color Adjustment To input video, use gray or any pattern using black and white.. Press and hold down both the MENU and the keys at the same time for about seconds.. A blinking display informs you that the automatic color adjustment process is completed.. The automatic color adjustment feature is also available in the service function. - DDC EDID Data Input. Input DDC EDID data when replacing AD PCB.. Receive/Download the proper DDC file for the model from HQ quality control department. Install the below jig (Figure ) and enter the data. Parallel Connector (P Cable) MTI- DDC Manager Connect Monitor (Signal Cable) - OSD Adjustment When Replacing Panel. Set the Brightness and Contrast to zero, and push the MENU button more than seconds. The Function OSD is displayed like Figure.. Select the Panel Information.. Select a panel that you want to replace with. - OSD Adjustment When Replacing Lamp Only. Set the Brightness and Contrast to zero, and push the MENU button more than seconds. The Function OSD is displayed like Figure.. Select the Panel Information.. Select the upper lamp/ lower lamp. Figure. -

60 Alignments and Adjustments - Service Function Spec. -- How to Display Service Function OSD. The OSD is displayed just like in -.. To exit the service function, press the POWER key and restart the Monitor. Figure. The example of service function OSD -- How to Control Service Function OSD Use the or buttons to select an item that you want and press the Enter button. : : Figure. The display of the Panel Information in the Function OSD -

61 Alignments and Adjustments -7 Hidden Key list -

62 Alignments and Adjustments -

63 Alignments and Adjustments -8 EDID Installation with Windows Program. Execute "WinDDC.exe". Click "Sys Config" Select "Station : Write station" Check "Serial No and Week : Don't change" Click "Save". Click "Open" icon. Select "Connected Port #" and Next "OK". * File Name - SMTA.DDC : Analog - SMTD.DDC : Digital Press enter key on your keyboard.. Confirm the "DDC OK". - After Replacing the Main Board - EDID Installation (Analog and Digital) -

64 Alignments and Adjustments Memo -

65 8 Wiring Diagram 8 Wiring Diagram 8-

66 8 Wiring Diagram Memo 8-

67 Disassembly and Reassembly Disassembly and Reassembly This section of the service manual describes the disassembly and reassembly procedures for the LSBRBS TFT-LCD monitors. WARNING: This monitor contains electrostatically sensitive devices. Use caution when handling these components. - Disassembly Cautions:. Disassembly stand on the flat desk.. Disconnect the monitor from the power source before disassembly.. Place monitor face down on cushioned table. Separate the screw ( point) and lift up the stand.. Use the Jig and lift up the Cover Rear. -

68 Disassembly and Reassembly. Disconnect cable Main Board and Separate screw between Shield PCB and Bracket PCB.( point). Separate screw Between Shield PCB and Panel. ( point) and lift up the Shield.. Separate harness of the Panel with the IP Borad with the Main Board. - Reassembly Reassembly procedures are in the reverse order of disassembly procedures. -

69 CN CN tpconp TP8 TP9 TP TP TP TP TP TP TP99 TP9 TP998 TP TP TP98 TP7 R /W ZD7 QZXCV A A R R K /W 9 Schematic Diagrams 9 Schematic Diagrams - This Document can not be used without Samsungs authorization. M pin pin pin pin7 7 pin pin pin8 8 pin pin pin9 9 pin pin pin pin pin M,7,8pin connect to ground R8 R9 R delete C8 pf +.V_MICOM ESD ESD RX- RX- RX- RX+ RX+ RX+ RXC+ RXC- ZD9 C C C C ZD BZX8CVLT ZD BZX8CVLT 7 R K /W R9 K /W R K /W R /W R /W R K /W R7 /W R8 /W B C E B C E IC ATCN-SC C pf C pf ZD SS 9- Schematic Diagrams +V_DDC_A pin pin9 pin pin pin pin pin pin pin pin pin pin pin7 pin pin8 C C C C +.V_MICOM BD BD BD R R R /W /W /W R R R R7 7 R /W BD ohm R /W R /W /W /W /W C9 pf C 7nF V C C C C C 7nF V C7 7nF 7nF 7nF 7nF nf V V V V R /W R+IN_A R-IN_A G+IN_A G-IN_A B+IN_A B-IN_A SOGIN SDA_DDC_A HSY_IN_A VSY_IN_A SCL_DDC_A +V_DDC_D SCL_DDC_D +V_DDC_A SDA_DDC_D SCL_DDC_A SDA_DDC_A DDC_CTL R9 K /W R K /W R K /W SC R K /W Q SCK-Q SC SC Q SCK-Q ATCN-SC IC ZD QZXCV R7.7K BZX8CVLT ZD BZX8CVLT ZD MMBD8SE D MMBD8SE D MMBD8SE D R.Kohm /W R K /W R8 CHK_DSUB +.V_MICOM +.V_MICOM V nf C7 V nf C8 V nf C9 V nf C V nf C V nf C V nf C V nf C +.V_MICOM +.V_MICOM +V_DDC_D D MMBD8SE D MMBD8SE D MMBD8SE D7 MMBD8SE D8 MMBD8SE D9 MMBD8SE D MMBD8SE D MMBD8SE R R R K /W delete R /W D7 MMBD8SE D8 MMBD8SE R /W R /W R /W R7 /W R8 /W R9 /W R /W SCL_DDC_D SDA_DDC_D CHK_DVI CN ZD8 +.V_MICOM D MMBD8SE C uf V.7K R 7 R C pf R7 R8 CHK_VCR VCR_IN USJ-AG-7 CN R9.7K D MMBD8SE D MMBD8SE R 7 C pf 7 C pf C R R R CHK_SVIDEO SVHS_YIN SVHS_CIN HDCP_HOTPLUG D BZX8CVLT ESD 9-

70 9 Schematic Diagrams 9- DELETE Should Be near of Source ma 8mA bit 8bit address comm. option C nf nf C V nf C V L VDDQ_MEM_.V VDD_MEM_.V.UH /W R /W K R nf C7 R8 K /W R9 /W K ohm R R R ohm R9 VDDQ_MEM_.V VDDM_. L.UH AVDD_PLL_. C nf K R R7 C uf /W nf C nf C C nf C8 nf ohm C nf V MATERIAL R R ohm VDDC_.8 R nf C8 VDDQ_MEM_.V 7 8 VDDC_.8 8ohm RA 7 8 8ohm RA nf C /W C7 uf V R9 K VDD_MEM_.V R8 ohm /W ohm R7 MATERIAL V nf C /W K R ohm R7 R 7 8 R 8ohm RA RA 7 8 8ohm R R R R ohm ohm R8 A M7 A M8 A7 M9 A8/AP M CKE M VREF M M BA M A M A M A M L BA L A L A L A9 L7 A L8 L9 CS# M VDD K7 K8 VSS K9 RAS# L CK L CK# L L L VDD K K K WE# K VDD K VSS K K A VDD K VDDQ J VSSQ J VSS J VSS J VSS J7 VSS J8 VSSQ J9 CAS# K VSS H7 VSS H8 VSSQ H9 DQ J J VDDQ DQ9 J DQ8 J DQ J VDDQ H H DQ DQ H DQ H VDDQ H VSSQ H VSS H VSS H G G VSSQ G G VSS VSS G VSS G7 VSS G8 VSSQ G9 DQ H VSS F7 VSS F8 VSSQ F9 DQS G G DM G DQS G DM VDDQ F DQ F DQ F DQ8 F VDDQ F VSSQ F VSS F VSS F E E VDDQ VSSQ E VSS E VSS E VSS E7 VSS E8 VSSQ E9 DQ9 F VSS D7 VSSQ D8 VSS D9 DQ7 E VDDQ E DQ E DQ E DQ VDD D VDDQ D DQ D VDDQ D VDD D VSS D VSSQ D VSS D VSSQ C VSSQ C VSSQ C VDD C VDD C7 VSSQ C8 VSSQ C9 DQ7 D B VDDQ B7 DQ B8 VDDQ B9 DQ C VSSQ C DQ C DQ C DQ C B B VDDQ B DQ7 B VDDQ B B VDDQ B DQ B VDDQ VSSQ A DQ A DQ A DQ A DQ A7 DQ9 A8 DQ8 A9 DQ IC EMA9BI-MG DQS A VSSQ A DM A DQS A DM A R A VCC Y K IC 7SZMX 7 8 R 8ohm RA7 nf C DVSY 9 FIELD 97 DDCR_DA 98 PWM 99 VDDC DBUS[] 89 DBUS[] 9 DVI_B+ 9 DBUS[] 9 DBUS[] 9 DBUS[] 9 DBUS[7] 9 DDCR_CK 9 VDDP 8 HWRESET 8 INT 8 ALE 8 RDZ 8 WRZ 8 DBUS[] 87 DBUS[] 88 VI_DATA[] 7 VI_DATA[] 7 VI_DATA[] 7 VI_DATA[7] 77 VDDC AVDD_DVI 8 DHSY 7 DE 8 VI_CKA 9 VI_DATA[] 7 DVI_G- 7 VI_DATA[] 7 VI_DATA[] 7 VI_DATA[] 7 VI_DATA[] DVI_G+ VI_DATA[] VI_DATA[] VDDC VI_DATA[] VI_DATA[] VI_DATA[9] VI_DATA[] VI_DATA[] VI_DATA[] VI_DATA[] VI_DATA[8] 7 VI_DATA[9] 8 VI_DATA[] 9 REFM 7 VDDP 8 VI_DATA[] 9 VI_DATA[7] VI_DATA[8] RINP 8 AVDD_ADC 9 DVI_R- HSY VSY RMID REFP DVI_R+ RINM BINM BINP GINM GINP SOGIN RINM 7 PWM XOUT XIN AVDD_MPLL SOGIN 7 GINP 8 GINM 9 RINP VDDC BINM VI_CKB PWM BINP BUSTYPE VI_DATA[8] VI_DATA[9] VI_DATA[] VI_DATA[] VI_DATA[] VI_DATA[] VI_DATA[] 7 VI_DATA[7] 8 VDDP 9 VDDC LVBP 7 LVBM 8 9 VSY LVBCKM 8 LVBP 9 LVBM HSY LVBP LVBM VDDP AVDD_ADC LVAP LVAM VDDC LVBP LVBM LVBCKP 7 VDDP LVACKP LVACKM LVAP 7 LVAM 8 LVAP 9 LVAM LVAP LVAM PWM 9 DDCD_CK 9 PWM 9 9 BYPASS VDDP 8 GPO[] 8 GPO[] 8 GPO[] PWM 89 VDDM 7 7 GPO[] 77 GPO[] 78 GPO[] 79 GPO[] 8 DDCD_DA 8 VDDC 8 MDATA[] 8 MDATA[] 9 MDATA[] 7 7 MDATA[] 7 MDATA[] 7 MDATA[] 7 DQS[] 7 AVDD_PLL MDATA[] MDATA[] MDATA[9] MDATA[8] MDATA[7] MDATA[] 7 DQM[] DQS[] MDATA[] MDATA[] 7 MDATA[] 8 MDATA[] 9 VDDM VDDM 7 MADR[8] 8 MADR[9] 9 MADR[] REXT MADR[] VDDC MADR[] 9 MADR[] AVDD_DVI MADR[] MADR[] MADR[] MADR[] MADR[7] BADR[] BADR[] RASZ VDDM CASZ WEZ 7 MADR[] 8 MVREF MCLKE MCLKZ 7 MCLK 8 9 AVDD_PLL DVI_CK- MDATA[9] 7 MDATA[8] 8 MDATA[7] 9 MDATA[] DVI_CK+ DQS[] DQM[] VDDM MDATA[] MDATA[] MDATA[] MDATA[] MDATA[] MDATA[] MDATA[] DQS[] MDATA[] MDATA[] MDATA[9] MDATA[8] VDDM 7 8 MDATA[7] 9 MST8LA IC DVI_B ohm RA X HC-9/S-SMD(.88MHZ) Q Q +V_PANEL nf C nf nf C9 C R9 R8 8ohm 8ohm RA9 8ohm 7 8 8ohm RA8 RA7 8ohm.V 7uF C9 VDD_MPLL_. AVDD_PLL_. nf C V VDDM_. V C nf V C nf C VDDP_. VDDP_. nf nf C C8 nf C 7uF.V V C7 nf nf C V V C nf V C nf nf C V pf C C pf nf C9 C nf 8ohm R /W R K VDDM_. K R /W R ohm RA 8ohm RA R ohm MATERIAL V nf C7 R R 9ohm R /W AVDD_DVI_. AVDDA_. FSDQS FSADDR(9) FSADDR() FSADDR() FSVREF BRT_CTL TW99(:7) FSDQS FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSADDR(:) FSADDR() FSADDR() FSADDR() FSADDR() FSADDR() FSADDR() FSADDR() FSADDR(7) FSADDR(8) FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA(9) FSDATA(8) FSDATA() FSDATA() FSDATA() FSDATA() FSDATA(9) FSDATA(8) FSDATA(7) FSDATA() FSDATA(7) FSCLKE FSDQM FSDQM FSDQS FSDATA(:) FSDATA() FSDATA() FSDATA(9) FSDATA(8) FSDATA(7) FSDATA() FSDATA() FSDATA() FSDATA() TW99_CLK SCALER_RESET FSDQS FSWE FSRASn FSCASn FSBKSEL FSBKSEL FSCLK+ FSCLK- SCL_DDC_D SDA_DDC_D FSDQS MVREF TW99() TW99() TW99() TW99() TW99() TW99() TW99() TW99(7) BUSTYPE FSDATA(9) FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA(7) FSDATA(8) FSDATA(9) FSDATA() FSDATA() AD() AD() AD() AD() AD(:) INT ALE RD WR FSDQS FSDQM FSDQS FSADDR(7) FSADDR(8) FSADDR(9) FSADDR() FSADDR() FSDQS FSDQM FSCLK+ FSCLK- FSCLKE FSCASn FSWE FSBKSEL FSBKSEL FSRASn FSDATA(:) FSDATA() FSDATA(7) FSDATA(8) TXAC- FSDATA(:) FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA(7) FSDATA(8) FSDATA(9) FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSDATA() FSADDR(:) FSADDR() FSADDR() FSADDR() FSADDR() FSADDR() FSADDR() FSADDR() TXB+ TXB- TXB+ TXB- TXBC+ TXBC- TXA+ TXA- TXA+ TXA- TXAC+ SOGIN VSY_IN_A HSY_IN_A TXA+ TXA- TXA+ TXA- TXB+ TXB- TXB+ TXB- RX+ RX- RXC- RXC+ R-IN_A B-IN_A G-IN_A R+IN_A B+IN_A G+IN_A FSVREF FSCLK- FSCLK+ BUSTYPE RX+ RX- RX- RX+ 9- Schematic Diagrams

71 9 Schematic Diagrams 9- ma X DELETE X O O MICOM ma ma DPMS_OFF MAIN_PW DECODER CMLVDS X X X USE INTERNAL & EXTERNAL MERY DELETE for Scaler O DELETE ma ma FOR TEST SCALER 87mA USE ONLY EXTERNAL MERY.7K R VCC_.V R DVCC_.V U9.7K R R AVDD_.V DVCC_.V.7K R8 R8.7K R nf C IC LFCDT IN OUT nf C C7 nf.uh L VCC_.V.7K R8 R7.7K R nf AVDD_PLL_. C R R R R R7 R9 R DVDD_.V PVDD_.V R999 C nf +.V_MICOM R DVCC_.V DVDD_.V C nf C uf V AVDD_DVI_. C9 uf V nf C nf AVDD_.V nf C C9 nf C uf V.7K C.7K R7 R8 C nf V C uf R98 R97 C8 nf R R.7K R9.7K R7.7K R8 PVDD_.V C nf C nf R8 R8 R7 R.7K R.UH L L.UH DVCC_.V R8 R87.7K.UH L C8 nf R99.7K R7 uf C7 R99 K nf C nf C nf C AVDD_.V C7 nf +.V_SCALER.7K R89 X.MHz C-9/SMH,MHZ,PF A7 9 SDRAM_DQ 9 A 9 A 97 A 98 DVDD 99 SDRAM_CLK DVDD_.V 8 A8 87 PE7/PARA_NRD 88 A 89 SDRAM_DQ7 9 DDC_SDA 9 A 9 SDRAM_DQ 9 SDRAM_DQ 9 79 PA/PARA 8 AD PA/PARA 8 8 PA/PARA 8 PA/PARA PC/PARA8 8 8 PE/PARA_ALE 8 PE/PARA_NWR 7 XTALOUT OSC 7 7 PC/PARA/T PC/PARA9 7 7 PA7/PARA7 PA/PARA 7 77 PA/PARA PA/PARA 78 PC/PARA/T PC/PARA/T 7 A A 8 9 A9 7 DDC_SCL XTALIN PE/INT. 9 AD PC7/PARA/VSY_OUT. PC/PARA/HSY_OUT PC/PARA/TEX A9 PD/DDC_SDA PANEL_DE PVSS OSD_FSK OSD_I OSD_B OSD_G OSD_R DVDD PB/PWM/INT PB/PWM/INT PB/PWM PB/PWM PB/PWM DVSS 7 8 PANEL_CLK PVDD 9 PE/TX/ADC PE/RX 7 PB/PWM/MSCL 8 PB7/PWM7/MSDA 9 PE/INT AD PE/IR PB/PWM/CLAMP 8 9 PD/ADC PD/DDC_SCL ALE PD/ADC PSRD_N PD/ADC EA_N INMUX_OUT AVDD_ AVSS_ PVDD_A ANG_VSY ANG_HSY PD/ADC 7 PD/ADC WR_N AVDD_ AVSS_ REF_OUT CVBS/Y 7 CVBS/Y 8 SOG_BUFO 9 SOG_IN AD AD7 SDRAM_DQ AD SDRAM_DQ AD PVDD 7 AD 8. SDRAM_BA SDRAM_CS SDRAM_RAS 7 SDRAM_CAS 8 SDRAM_WE 9 SDRAM_DQ PVSS_A SDRAM_DQ 7 SDRAM_A 8 SDRAM_A SDRAM_A 9 DVI_VSY SDRAM_A SDRAM_A PVSS SDRAM_A DVI_HSY DVSS A8 SDRAM_A9 SDRAM_A8 SDRAM_A7 SDRAM_A SDRAM_A WTF IC RESETN R7.7K VDDC_.8 C nf R.7K R99 R99 K K nf C.7K U8 R9 R7 R9.7K.7K.7K R9 C V uf C nf ohm R C nf +V_CENSOR K R99 SPSF S R R.7K C9 nf nf C R.7K DVCC_.V.7K DVDD_.V.7K R9 R nf C9 VCC_.V V uf C V uf C PVDD_.V R.7K R7 R.7K C nf.7k R9 R.7K R R K R K R7.7K R R R R.7K R L R VDDP_. DVCC_.V.UH C C7 uf V uf V nf C9 C nf R77 uf V C 8 D 9 Q R 8D 9 8Q Q VCC D D Q Q D 7 LE Q D D Q 7Q 7D 7 8 OUT IC MM7HC7MTCX /OE IC LFCDT IN L7.UH R nf C nf C8 DVCC_.V R KIA79F A B C VDD_MPLL_. R IC DVCC_.V R8 nf C R9.7K VCC_.V R7 R R.7K R9.7K R7 R7 R7 TP AVDD_.V uf V C R DVCC_.V R R9 R VSS SDA SCL /WC 7 8 VCC IC7 ATCAN-SI-.7 R 9 A A7 A A 7 A9 A8 8 WE# 9 DQ DQ DQ DQ7 A 7 A9 8 VSS DQ DQ DQ 7 8 DQ 9 A VDD VDD 7 8 A 9 A A A A CE# VSS OE# A8 A7 A A A DVCC_.V SST9VF8-7-C-EIE IC A +.V_MICOM R8 R R R79 R8 R78.UH L R R99 R99 DVCC_.V nf C9 R9 7 8 TP RA uf V C8 R8 TP +.V_MICOM TP R997 R998.7K R9.7K R9 R R R L.UH C nf AVDD_PLL_. V uf C7 C nf R C AVDDA_. +.V_SCALER VDDM_. uf V nf C R TP R8 R.7K R88 nf DVCC_.V R PVDD_.V C uf V.7K C R9.7K R8 7 8 slcon8p CN R8 R pf C8 C7 pf C nf /W R7 Mohm V uf C nf C.UH.UH L9 nf C8 L L.UH C uf V C nf SDA_EEPROM INT PANEL_EN BL_EN AD() AD() AD() AD() DDC_CTL CHK_DSUB CM_SCL CM_DATA_EN CENSOR CENSOR CENSOR CENSOR SCL_EEPROM CENSOR CENSOR CENSOR CENSOR EXT_ALE EXT_PROE EXT_PROE EXT_WR_N PROMAD9 PROMAD PROMAD PROMAD DPMS_OFF LED_GREEN RESET_TW99 POWER_KEY CM_RESET RXD TXD EXT_WR_N MAIN_PW EXT_ALE SCALER_RESET RXD TXD SCL_EEPROM HDCP_HOTPLUG EA_N KEY EA_N PROMA PROMAD PROMAD PROMA PROMA PROMAD PROMAD7 PROMA7 PROMAD PROMAD PROMAD9 PROMAD8 PROMAD PROMAD PROMAD7 PROMAD PROMAD PROMAD PROMAD8 PROMAD7 PROMAD PROMAD PROMAD PROMAD PROMA PROMAD7 PROMAD9 PROMAD PROMAD7 PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD PROMAD9 PROMAD8 PROMAD8 PROMA7 PROMA PROMA PROMA PROMA PROMA PROMA PROMA CM_DATA CM_DATA CHK_VCR CHK_DVI CHK_SVIDEO PROMA PROMAD PROMAD PROMA PROMA PROMAD PROMAD SDA_DDC_A SCL_DDC_A KEY SDA_EEPROM AD(:) WR RD ALE RESETN RESETN SDA_TW99 SCL_TW99 AD(:) AD() AD() AD() AD() CM_SDA CM_DATA SDA_DDC_D SCL_DDC_D 9- Schematic Diagrams

72 9 Schematic Diagrams 9-.mA.8mA 9mA DELETE C nf C7 uf V uf V V +.V_VIDEO V uf C C +.V_VIDEO L.UH R L.UH VDD_DEC.UH L R VDD_DEC VAA_DEC 7 8 RA 7 R R 7 VD[7] VD[] 7 77 VD[] VD[] VD[] DVALID 8 VD[] 8 9 HSY VD[9] 8 9 VD[8] 7 MPOUT CLKX 7 7 VSSE VDDE 7 7 CLKX VDD 7 VDDE VD[] VD[] VD[] VD[] VSS VD[] 7 VD[] VDD INTERQ VD[9] VD[8] 7 VD[7] VD[] 8 9 VSSE XTO AVDSPLL 7 PDN SIAD 8 9 SCLK XTI SDAT RST# VSS Y 9 VSSE AVS C CIN CIN AVD AVSPLL VIN VIN AVD YBOUT MUX MUX MUX 7 8 MUX VDDE AVS 7 ALRCLK VSS 8 9 TDE VD[] VD[] VSY VDD VSS FIELD AMCLK AMXCLK ASCLK V TW99 IC nf C V C nf nf C9 V V C8 nf /W R Mohm VDD_DEC R A /Y A /Y 7 /Y 8 9 A VAA_DEC A /Y A /Y A VCC /Y IN OUT IC 7LCXMX R LFCDT IC VDD_DEC VDD_DEC VAA_DEC nf C V C8 pf V uf C nf C V VDD_DEC.UH L MATERIAL V nf C C nf V MATERIAL ohm R8 X 7.MHz HC-9/SMH V nf C nf C9 C nf pf C7 VDD_DEC R7 ohm R9.7K C V uf V C nf nf C V V C nf C nf 7 8 VDD_DEC VDD_DEC RA SVHS_CIN TW99_CLK_IN TW99_CLK SDA_TW99 SCL_TW99 TW99(:7) SIAD VCR_IN SVHS_YIN SIAD TW99_CLK_IN TW99() TW99() TW99() TW99() TW99(7) TW99() TW99() TW99() RESET_TW99 9- Schematic Diagrams

73 9 Schematic Diagrams 9- delete 7uH To Function PCB uh uh.7a DELETE ma ma ma 7mA.A TP R nf C A B ST ZD UDZS.B-TE-7 ST A B 7 +V_IN uf V C R /W K R9 E B C R K SCK-Q Q C uf V E B C V uf C8 +.V_MICOM Q SCK-Q 7 8 R K slcon8p CN C /W R V nf L uf V C +.V_MICOM nf V C ST A B C7 nf IPB B V C 8uF ST7 A ST8 A B V uf C ST A B R U nf C IPB +.V_VIDEO uf C7 U V nf C V D SS V nf C R K /W D SS R U V nf C V uf C8 U9 +V_IN C nf V C nf U99 U97 V U9 R8 V uf C +.V_MICOM /W K C uf C7 +.V_SCALER R8 nf V V uf +V_IN K /W C7 R.7K R ST A B +V_IN /W K SCK-Q E B C Q ST A B K R7 U9 U9 C nf V +.V_MICOM +.V_MICOM G9-8TU IC IN OUT C V uf FB OUTPUT SD VIN +.8V_CM AP-KA IC R7 K R K.7K R C9 uf V C9 nf V uf U K V C R IN OUT C uf V IC7 G9-8TU U9 U8 K R A B /W.7K R D_ G G S S ST IC SI99ADY-T D 8 7 D_ D E B C C8 uf V SCK-Q Q R9 K /W C uf V OUTPUT SD VIN uf V C IC AP-KA FB V nf C VIN C nf V AP-KA IC FB OUTPUT SD V nf V nf C C IPB A A C C C C ST9 A B +V_CENSOR MMQAVT ZD R +.V K K R S VDDC_.8 /W R.7K SI99ADY-T IC 8 D D_ 7 D D_ G G S +V_PANEL U98 C nf +.V_CM R K U9 E B C U7 Q SCK-Q R9 R8 R7 L L slcon9p CN V uf C9 K R D +.V_MICOM SS POWER_KEY KEY BRT_CTL KEY LED_GREEN DPMS_OFF PANEL_EN BL_EN MAIN_PW DPMS_OFF MAIN_PW 9- Schematic Diagrams

74 9 Schematic Diagrams 9- -wire comm. IC comm. 8mA 99mA 8mA ma DELETE 8mA ma DELETE DELETE DELETE delete C nf V R8 T U8 U9 T9 R9 R R79 K K R78 K R77 R7 K +.8V_CMINT V nf C R R uf V C +.V_CMRX R9 +.V_CMDRV C nf V V nf C C9 nf V C nf V V nf C C nf V V nf C C nf V R +.V_CMDRV V uf C7 R7 K V nf C9 C nf V +.8V_CMINT R R T8 T7 T T R9 K K R9 K R9 R9 K K R8 R8 K R7 R9 R8.K R V nf C8 +.8V_CMINT C nf V +.V_CMDRV U U7 R U R K R9 R97 A B K ST R R C nf V R R A B C nf V R7 K ST V nf C C7 nf V K R7 K R9 R88 R89 R8 K.K.K +.V_CMTX R R R8 U R U U U +.V_CMRX +.V_CMPLL uf +.V_CMDRV +.V_CMDRV +.V_CM C V.K R9.K R C nf V V nf C R +.V_CMDRV R R8 R7 U R7.K R8 R K R7 R +.8V_CMINT +V_PANEL +.8V_CM uf V C U U8 R R.K.K V nf C7 R8 K R8 R8 K M K M CN pf C R +.8V_CMPLL R9 uf V C8 R9 C nf V K K R8 R87 K V nf C V nf C +V_PANEL R R7 R7 R7 C nf V nf V C R R R U9 U U V nf C C9 nf V R V nf C9.K R7 C nf V C pf V nf C C7 nf V V nf C8 R V +.V_CMPLL C nf R uf V C7.K.K R9 R.K.K R U7 U U R R R U9 +.8V_CMINT C8 nf V U8 V nf C U U U V nf C C8 nf V 9 TXCKN 9 TXP 9 TXN 9 VSSLVTX 9 VDDLVTX 97 TXP 98 TXN 99 TXP VSSI 8 VDDI 87 VDDLVTX 88 VSSLVTX 89 TXP 9 RXP 9 TXN 9 TXCKP 79 MIFSEL 8 RXN RSTN 8 8 VSSP 8 VDDP VSSI 8 8 VDDI 8 7 SDA SDA 7 7 VSSI VDDI 7 7 VSSP VDDP 7 77 VSSI VDDI 78 GPIO GPIO VSSI VDDI 7 SCSN SCL 8 9 SDA 7 RXP SDA 7 VDDAP VSSI 7 8 VDDI VSSI 9 RXN VDDI GPIO GPIO VDDLVRX VSSI VBBP VSSDP VDDDP VSSAP FILTER TMD TMD SCANEN VDDI VSSI IDN 7 8 IDN VDDI 9 RXN RXP VSSLVRX 7 VDDRXA 8 VSSRXA 9 VDDP VDDRXD VSSP TMD 7 RXP RXN 8 9 RXP VSSRXD VSSLVRX VDDLVRX RXCKN RXCKP VSSI VSSRXA VSSRXD VDDRXD VDDLVRX RXN RXP RXN TCKI TVSI 8 THIS 9 RXN TDEI 7 RXP 8 VSSLVRX 9 VDDRXA YI YI YI VDDP VSSP VDDI VSSI 7 YI7 YI YI YI 7 VDDI VSSI 8 9 YI RXCKP VSSI YO 7 8 YO YO 9 RXCKN YO VDDI VSSI VSSP VDDI 9 VDDLVRX VSSI YO7 YO YO YO VDDI VDDP PDEO PHSO PVSO PCKO VDDI VSSI 7 VDDP 8 VSSLVTX VDDLVTX VSSI VDDI 7 VSSI 8 VDDI 9 VSSP VSSLVRX TXN 7 VSSLVTX 8 VDDLVTX TXP 9 RXP TXN TXP TXN VDDI RXN TXN TXP TXN TXCKP TXCKN TXP IC +.V_CMTX +.V_CMDRV +.8V_CMINT R8 R R +.8V_CMPLL C V uf R7 R R R8 R R R7 nf C R.K V.K R R R.K M M CN U R9 R R RXE- RXEC+ RXEC- RXE+ RXE- RXE+ RXE- RXE+ RXO- RXOC+ RXOC- RXO+ RXO- RXO+ RXO- RXO+ RXO- RXE+ TXAC- TXAC+ TXA- TXA+ TXB- TXB+ TXB- TXB+ TXB- TXB+ TXBC- TXBC+ TXB- TXB+ TXA- TXA+ TXA- TXA+ TXA- TXA+ RXE- RXO+ RXE+ RXE- RXE+ RXEC- RXE+ RXEC+ RXE- RXO+ RXO- RXO+ RXO- RXO+ RXOC- RXOC+ RXO- RXO+ RXE- RXE+ RXE- TXB- TXB+ TXBC- TXBC+ TXB- TXB+ RXO- TXAC- TXAC+ TXA- TXA+ TXB- TXB+ TXB- TXB+ TXA- TXA+ TXA- TXA+ TXA- TXA+ CM_RESET MIFSEL CM_SCL CM_DATA CM_DATA CM_DATA CM_SDA GPIO GPIO GPIO GPIO CHIN YI YI YI YI YI YI YI YI7 YO YO YO YO YO YO YO7 CKOUT VSOUT HSOUT DEOUT CM_DATA_EN YO DEIN HSIN VSIN 9- Schematic Diagrams

75 Troubleshooting CN R CN IC X IC IC R,R,R,R, R7,R8,R9,R R, R, R IC CN -

76 Troubleshooting R, R -