q SERVICE MANUAL
CODE : 00ZLD26SH1U/E
LCD COLOR TV
MODEL LD-26SH1U
CONTENTS
CHAPTER 1. OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION ...... 1 - 1
CHAPTER 2. CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS ...... 2 - 1
CHAPTER 3. DISASSEMBLY AND ASSEMBLY...... 3 - 1
CHAPTER 4. TROUBLE SHOOTING ...... 4 - 1
CHAPTER 5. BLOCK DIAGRAM ...... 5 - 1
CHAPTER 6. HARDWARE DESCRIPTION...... 6 - 1
CHAPTER 7. CIRCUIT DIAGRAM & PWB LAYOUT...... 7 - 1
Parts marked with "!" are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set.
This document has been published to be used for after sales service only. SHARP CORPORATION The contents are subject to change without notice. CHAPTER 1. OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION 1. SPECIFICATIONS
Product specifications Temperature of operat- 5°C - 35°C (41°F - 95°F) ing environment Model name LD-26SH1U Power consumption 123 W*; 2.5 W in standby; 2.5 W in power- LCD display 26" Advanced Super-V and Anti-Glare saving mode Low-Reflection TFT LCD module * When "BRIGHT MODE" is set to "BRIGHT". Actual display size 25.5" (64.8 cm) measured diagonally 80 W in "DARK1" and 67 W in "DARK2". Resolution (max.) 1366 x 768 Dimensions (W x D x H) Approx. 658 mm x 256 mm x 534 mm (Approx. 25.9" x 10.1" x 21.0") Displayable colors Approx. 16.77 million colors (8 bit) (max.) Weight Approx. 20.5 kg; 45.2 lb. (excluding signal cable) Dot pitch (H x V) 0.4135 mm x 0.4135 mm Approx. 16.5 kg; 36.4 lb. (excluding stand) Brightness (max.) 500 cd/m 2 (The screen brightness deteriorates over Dimensions (Units: mm) time.Constant brightness cannot be main- tained.)
Contrast ratio 800:1 658 110 Angle of visibility Left-right 170°; up-down 170° (contrast ratio s10) Screen display size (H x V) 564.8 mm x 317.6 mm (22.24" x 12.50") Video signal Analog: Analog RGB (0.7 Vp-p) [75 Ω] 534 Digital : DVI standard based on 1.0 487 Sync signal Separate Sync (TTL level: +/-), Sync on Green, Composite Sync (TTL level: +/-) Video signal format NTSC Expansion compensa- Digital scaling (Enlarges VGA/SVGA/XGA 324 256 tion etc. to full screen size.) [Enlarged display (full screen, fixed aspect ratio)] • Power cord: approx. 1.8m (5.9ft.) - 1:1 display is not possible. • PC analog signal cable: approx. 1.8m (5.9ft.) Plug & Play VESA DDC2B compatible • PC audio cable: approx. 1.8m (5.9ft.) Power management VESA: based on DPMS DVI : based on DMPM • Digital signal cable, NL-C04J (purchased separately): approx. 2.0 m (6.6 ft.) Speaker output 14 W in total Note: As a part of our policy of continuous improvement, SHARP reserves the right to make design and specification changes for Input terminals Computer signal: Analog: mini D-sub 15 pin (3 rows) x 1 product improvement without prior notice. The performance Digital: DVI-D 24 pin x 1 specification figures indicated are nominal values of production (Also used for DVI image input terminal) units. There may be some deviations from these values in indi- vidual units. Computer audio: mini stereo jack (3.5mm) x 1 Video image: RCA pin x 3 Component image: x 1 S-video image: x 2 HDMI: x1 DVI-D 24 pin x 1 (Also used for computer digital signal input terminal) Audio: RCA pin (L/R x 3) Antenna: F-type Output terminals Video image : RCA pin x 1 S-video image: x 1 Audio : RCA pin (L/R x 1) (Available as an audio input terminal for DVI mode) Headphone : mini stereo jack (φ3.5 mm) x 1 Receivable TV channels VHF : 2 through 13; UHF: 14 through 69; Cable: 1 through 125 Screen tilt Upward approx. 0° - 15°; downward approx. 0° - 5° Screen swivel Approx. 90° from left through right Power supply 100 VAC - 240 VAC, 50/60 Hz
LD-26SH1U OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION 1 – 1 Relevant signal timings (PC mode) The analog RGB input connector pin
Dot Ana- Digi- (DVI-D connector with 24 pins) Screen resolution Hsync Vsyn frequency log tal VESA 640X480 31.5kHz 60Hz 25.175MHz oo 37.9kHz 72Hz 31.5MHz oo 37.5kHz 75Hz 31.5MHz oo 800X600 35.1kHz 56Hz 36.0MHz o - 37.9kHz 60Hz 40.0MHz oo No. Function No. Function oo 48.1kHz 72Hz 50.0MHz 1 TMDS data 2- 13 N.C. 46.9kHz 75Hz 49.5MHz oo 2 TMDS data 2+ 14 +5V 1024X768 48.4kHz 60Hz 65.0MHz oo 3 TMDS data 2/4 shield 15 GND 56.5kHz 70Hz 75.0MHz oo 60.0kHz 75Hz 78.75MHz oo 4 N.C. 16 Hot plug detection Wide 848X480 31.1kHz 60Hz 33.3MHz o - 5 N.C. 17 TMDS data 0- 1280X720 44.7kHz 60Hz 74.4MHz o - 6 DDC clock 18 TMDS data 0+ oo 1280X768 47.986kHz 60Hz 81.0MHz 7 DDC data 19 TMDS data 0/5 shield 60.15kHz 75Hz 102.977MHz o - 8 N.C. 20 N.C. 1360X768 47.7kHz 60Hz 84.7MHz o - 9 TMDS data 1- 21 N.C. US text 720X400 31.5kHz 70Hz 28.3MHz oo Power 640X480 35.0kHz 66.7Hz 30.2MHz o - 10 TMDS data 1+ 22 TMDS clock shield Macintosh 832X624 49.7kHz 74.6Hz 57.3MHz o - 11 TMDS data 1/3 shield 23 TMDS clock + series 1024X768 60.2kHz 75Hz 80.0MHz o - 12 N.C. 24 TMDS clock -
• Recommended resolution is 1360 x 768, 1280 x 768, or 1024 x 768. Power management • All are compliant only with non-interlaced. The monitor is based on the VESA DPMS and the DVI DMPM stan- • Depending on the type of computer to be connected, the display may dards. To activate the power management function, the video card and not work correctly even when the above relevant signals are input. the computer used with it must also conform to these standard.
• Frequencies for Power Macintosh are reference values. To connect, DPMS: Display Power Management Signaling another adapter (commercially available) may be required. Power DPMS mode Screen H-sync V-sync • For digital connection, the TV can be connected to a computer with a consumption DVI-compatible output terminal (DVI-D 24 pin or DVI-I 29 pin). ON Display on 123 W Yes Yes (Depending on the type of computer to be connected, the display may STANDBY No Yes not work correctly.) SUSPENDDisplay off 2.5 W Yes No • If the TV is receiving timing signals that are not compatible, "OUT OF OFF No No TIMING" will appear. Follow your computer's operation manual to set the timing so that it is compatible with the TV. DMPM: Digital Monitor Power Management
• If the TV is not receiving any signal (sync signal), "NO SIGNAL" will Power DPMS mode Screen appear. will appear. consumption ON Display on 123 W The analog RGB input connector pin OFF Display off 2.5 W
(Mini D-sub connector with 15 pins) DDC (Plug & Play) This monitor supports the VESA DDC (Display Data Channel) standard. DDC is a signal standard for carrying out Plug & Play functions on the monitor or computer. It transfers information such as degree of resolu- tion between the monitor and computer. You can use this function if your computer is DDC compliant and if it is set so that it can detect the No. Function No. Function Plug & Play monitor. 1 Red video signal input 9 +5V There are many varieties of DDC due to the differences between sys- 2 Green video signal input 10 GND tems. This monitor works with DDC2B. 3 Blue video signal input 11 N.C. 4 N.C. 12 DDC data 5 GND 13 For Hsync signal input 6 For red video signal GND 14 For Vsync signal input 7 For green video signal GND 15 DDC clock 8 For blue video signal GND
LD-26SH1U OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION 1 – 2 2. PRODUCT DESCRIPTION Main unit Removing the cover Replacing the cover B A 11
12 13 B 14 29 2 15 1 2 3 C 4 16 1 1 5 17 18 Opening/closing the front cover To open the cover, press . 19 2 To close the cover, press until it clicks.
BRIGHT VO L/ INPUT MENU ENTER/ MODE CH BRIGHT 20 21 22 23 24 25 26 27 28 6 7 89 10
1 Speakers Be careful not to pinch the cables. 2 Headphone terminal 3 Remote sensor window Remote control 4 POWERbutton 5 Power LED
Green : in use POWER Vir t ual Red : in standby mode 1 9 PC TV AV HDMI/ DVI Orange : in power-saving mode (only for PC mode) 10 FREEZE MULTI VIEW MOD E 11 Off : power off 2 12 6 S-video input terminal SLEEP MENU 3 13 7 Video input terminal ENTER AV-IN3 4 BRIGH T 8 Audio input terminal - Left MOD E BRIGHT 14 9 Audio input terminal - Right 5 F Control buttons 6 15 G Antenna input terminal DISPLA Y CC MT S M UTE 7 16 H Video input terminal I Audio input terminal - Left VO L 17 AV-IN1 J Audio input terminal - Right 8 K S-video input terminal CH 18
L Video input terminal FLASHBA CK 19 M Audio input terminal - Left AV-IN2 N Audio input terminal - Right O Component input terminals P S-video output terminal Q Video output terminal R Audio output terminal - Left (Available as an audio input 1 POWER button terminal for DVI mode) AV-OUT 2 FREEZE button S Audio output terminal - Right 3 (Available as an audio input SLEEP button terminal for DVI mode) 4 bc e d buttons and ENTER button T HDMI input terminal 5 BRIGHT MODE button U DVI input terminal 6 DISPLAY button (DVI-D 24 pin) 7 CC (Closed Caption) button (Available as a digital RGB input terminal for PC mode) V PC analog RGB input terminal (Mini D-sub 15 pin) 8 Channel buttons W PC audio input terminal 9 Dolby Virtual button X Power input terminal F Input buttons (PC, TV, AV, and HDMI/DVI) Y Lug-hole for cable clamp G VIEW MODE button A Ventilation openings H MULTI button B Exhaust openings Never block these openings as this may lead I MENU button to overheating inside the TV and result in malfunction. J BRIGHT button C Security lock anchor By connecting a security lock (commercially K MUTE button available) to the security lock anchor, the TV L MTS (Multi ch TV Sound) button is fixed so that it cannot be transported. The security slot works in conjunction with Kens- M VOL buttons ington Micro Saver Security Systems. N CH (channel) buttons O FLASHBACK button
LD-26SH1U OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION 1 – 3 Cable clamp Angle adjustment Use the supplied cable clamp to secure the cables connected to the ter- Adjust to an easy to view angle. minals. Caution: Caution: When adjusting the viewing angle, cables may be pulled. • Be sure to hold both sides of the TV when adjusting the viewing Therefore, ensure that the cables have sufficient slack. angle. The LCD panel used in this TV is made of glass. Pressure from hands on the LCD panel could cause damage. • Be careful not to allow your fingers to be pinched.
approx. 15˚
approx. approx. 5˚ 45˚
approx. 45˚
Using headphones (commercially available) You can connect headphones with a mini stereo jack (3.5 mm) to the TV.
Headphone terminal
Headphones
Note: • When headphones are connected: • No sound can be heard from the TV speakers. In addition, when "AV-OUT(AUDIO)" is set to "VARIABLE1" or "VARIABLE2" in the MODE SELECT(2) menu, no sound via the audio output terminals can be heard either. • The Virtual Dolby Surround function cannot be used. • The AUDIO ADJUST menu cannot be adjusted.
LD-26SH1U OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION 1 – 4 CHAPTER 2. CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 1. CONNECTION
1-1. Connecting the TV to a computer Digital connection Caution: Connect the separately-sold digital signal cable (model name: NL- • When connecting, ensure that the TV and all the equipment you C04J) to the digital RGB output terminal of the computer. are connecting to it are switched off. • The TV has an input terminal for connecting to a computer with a • Be careful not to over bend the cable or add extension cords as this DVI-compatible output terminal (DVI-D 24 pin or DVI-I 29 pin). could lead to a malfunction. (Depending on the type of computer to be connected, the display may Notes: not work correctly.) • When using the TV with an analog connection, perform an auto- DVI input terminal matic screen adjustment (page E31) under the following condi- (DVI-D 24 pin) tions: - Using the TV for the first time. - After having changed the system settings during use. • When using the TV with a digital connection, automatic screen adjustment is unnecessary. • Depending on the computer or OS, you may have to install the set- up information for the TV. Computer • When connecting to a notebook computer and the notebook com- puter's screen is set so that it is displaying at the same time, the MS-DOS screen may not be able to display properly. In this case, change the settings so that only the TV is displaying. Analog connection Digital RGB output Digital signal cable Connect the supplied PC analog signal cable to the analog RGB output terminal (separately-sold) terminal of the computer. For information on removing/replacing the terminal cover. • Paying attention to the connector direction, firmly insert the signal PC analog RGB input terminal cable straight into the connector, and then tighten the screws at both (Mini D-sub 15 pin, 3 rows) ends. Notes: • Make sure that the connected equipment is switched off. • After making the connection, follow the procedure below. 1. Press [POWER] button to turn on the TV. 2. Press the PC button once or twice to select PC (digital) mode. After a short time, the message asking you to change the "DVI SELECT" setting might appear. When the message appears, Computer go to step 3. 3. Press the [d]button to select "PC". The computer will be selected as the connected equipment and the message will disappear. 4. Turn on the computer. • If the message described in step 2 appears during the operation, Analog RGB output terminal PC analog signal cable follow the instructions in the message for the proper setting and (Mini D-sub 15 pin, 3 rows) (supplied) then turn off/on the power of the connected equipment. • Paying attention to the connector direction, firmly insert the signal cable straight into the connector, and then tighten the screws at both ends. If connecting to a D-sub 15 pin 2 row Apple Power Macintosh, attach a Macintosh conversion adapter (commercially available) to the analog signal cable.
Power Macintosh
Macintosh conversion adapter
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 1 Connecting the audio cable Outdoor antenna connection Connect the supplied PC audio cable to the audio output terminal of the • Use one of the following two diagrams if you connect an outdoor computer. antenna. Connect the supplied PC audio cable to the audio output terminal of the A : Using a VHF/UHF combination outdoor antenna. computer. B : Using separate VHF and/or UHF outdoor antennas. PC audio input terminal • Connect the outdoor antenna cable lead-in to the antenna input ter- minal (ANT) on the left side of the TV. A. Combination VHF/UHF Antenna 300/75-ohm VHF/UHF adapter antenna (commercially available) VHF/UHF or antenna
300-ohm twin-lead Home Antenna terminal (75-ohm) 75-ohm coaxial cable Antenna cable Audio B. Separate VHF and/or (commercially available) output UHF Antennas terminal Antenna input terminal UHF VHF antenna (ANT) antenna 300-ohm twin-lead Combiner (commercially 300-ohm available) twin-lead IN OUT
or 75-ohm coaxial cable
Computer PC audio cable (supplied) Caution: When connecting the coaxial cable to the TV, do not tighten F- type connector with tools. If tools are used, it may cause dam- age to your TV. (The breaking of internal circuit, etc.)
F-type connector
1-2. Connecting the TV to a home antenna terminal 75-ohm coaxial cable Caution: When connecting, ensure that the TV is switched off.
The antenna requirements for good color television reception are more important than those for black & white television reception. For this rea- Cable TV (CATV) connection son, a good quality outdoor antenna is strongly recommended. • A 75-ohm coaxial cable connector is built into the set for easy hookup. The following is a brief explanation of the type of connections that are When connecting the 75-ohm coaxial cable to the set, screw the 75- provided with the various antenna systems. ohm cable to the antenna input terminal (ANT).
1. A 75-ohm system is generally a • Some cable TV companies offer "premium pay channels". Since the F-type connector round cable with F-type connector signals of these premium pay channels are scrambled, a cable TV that can easily be attached to a ter- converter/descrambler is generally provided to the subscriber by the minal without tools (commercially cable TV company. This converter/descrambler is necessary for nor- available). 75-ohm coaxial cable (round) mal viewing of the scrambled channels. (Set your TV to channel 3 or 2. A 300-ohm system is a flat "twin- 4, typically one of these channels is used. If this is unknown, consult lead" cable that can be attached to a 75-ohm terminal through a 300-75- 300-ohm twin-lead cable (flat) your cable TV company.) For more specific instructions on installing ohm adapter (commercially avail- cable TV, consult your cable TV company. One possible method of able). utilizing the converter/descrambler provided by your cable TV com- pany is explained below. Notes: Please not :An RF switch provided with two inputs (A and B) is • The 75-ohm coaxial cable is recommended. required (commercially available). • TV memory for channels is empty at shipment. "A" position on the RF switch (commercially available): To receive channels, use the CHANNEL SETTING menu. You can view all unscrambled channels by using the TV's channel buttons. "B" position on the RF switch (commercially available): You can view the scrambled channels via the converter/descrambler by using the converter's channel keys. RF switch (commercially available) Two-set signal splitter Cable TV Line (commercially available) OUT IN Cable TV converter/ descrambler (commercially available)
Note: Consult your SHARP Dealer or Service Center for the type of splitter, RF switch, or combiner that might be required.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 2 1-3. Connecting the TV to AV equipment Connecting the TV to AV equipment
Caution: Ensure that the TV and all the equipment you are connecting AV equipment with S-video output terminals to it are switched off before you begin. S-VIDEO VIDEO AUDIO-L AUDIO-R Examples of equipment you can connect Front of the TV Output terminals of Front of the TV Right side of the TV AV equipment (White) (Red)
S-VIDEO
AV-IN1 AV-IN 3 S-video cable (commercially available) AV-IN2 AUDIO-L (White)
AUDIO-R (Red)
RCA pin cable (commercially available) AV-IN 3 DVI-D IN Right side of the TV Output terminals of AV equipment AV-OUT HDMI IN AUDIO-L (White) (White) AUDIO-L AV-IN 1 AV- AV- AV- HDM DVI- AV- IN 1 IN 2 IN 3 I IN D IN OUT AUDIO-R (Red) (Red) AUDIO-R AV equipment with ooo--- RCA pin cable (commercially available) video output terminals S-VIDEO S-VIDEO AV equipment with o - o --- S-video output terminals S-videocable (commercially available) AV equipment with - o ---- component output terminals Note: When using the S-video input terminal of AV-IN 1 or AV-IN 3, do AV equipment with ---o -- not connect the cable to the video input terminal of the same HDMI output terminals group. AV equipment with ----o - DVI output terminals AV equipment with -----o AV equipment with component output terminals input terminals Connecting the TV to AV equipment AV equipment with video output terminals Output terminals of Right side of the TV Connecting the TV to AV equipment AV equipment RCA pin cable Front of the TV (commercially available) AUDIO-L (White) (White) AUDIO-L VIDEO AUDIO-L AUDIO-R Output terminals of AUDIO-R (Red) (Red) AUDIO-R AV equipment Y Y (Yellow) (White) (Red) (Green) (Green) VIDEO (Yellow) AV-IN 2 Pb (Blue) (Blue) Pb AV-IN 3 AUDIO-L (White) Pr (Red) (Red) Pr
AUDIO-R (Red) Component video cable (commercially available)
RCA pin cable (commercially available) Note: When using the component input terminals, do not connect the Right side of the TV cable to the video input terminal of AV-IN 2. Output terminals of AV equipment AV equipment with HDMI output terminals VIDEO (Yellow) (Yellow) VIDEO AV-IN 1 Rear of the TV HDMI IN AUDIO-L (White) (White) AUDIO-L AV-IN 2
AUDIO-R (Red) (Red) AUDIO-R
RCA pin cable (commercially available) Output terminals of AV equipment
Notes: • When using the video input terminal of AV-IN 1 or AV-IN 3, HDMI do not connect the cable to the S-video input terminal of the same group. • When using the video input terminal of AV-IN 2, do not con- HDMI cable (commercially available) nect the cable to the component input terminals of AV-IN 2. Note: If necessary, you can make adjustments for HDMI setup using the HDMI SETUP menu (HDMI mode).
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 3 AV equipment with DVI output terminals AV equipment with input terminals Connecting the TV to AV equipment Connecting the TV to AV equipment
Rear of the TV Rear of the TV AUDIO- L AUDIO- R HDMI DIGI TAL S- VI DEO VI DEO AUDIO- L AUDIO- R
Input terminals of Output terminals of AV equipment AV equipment (White) (Red) DVI-D IN AV-OUT (Yellow) (White) (Red) (Yellow ) VIDEO
AUDIO-L (White) (White) AUDIO- L AUDIO-R (Red)
(Red) RCA pin cable RCA pin cable AUDIO- R DIGIT AL (commercially available) (commerciallyavailable) S- v i d eo cab l e S- VI DEO (commercially available) Digital signal cable (separately sold, NL-C04J) The image displayed on the TV screen and the sound can be output via Notes: • Make sure that the connected equipment is switched off. the AV-OUT terminals to AV equipment. The AV-OUT terminal used to output the image differs depending on • Use the audio output terminals of AV-OUT as the audio the terminal used for the input. input terminals for DVI. Output from • After making the connection, follow the procedure below. Image displayed on the TV Video terminal S-video terminal 1. Press [POWER] button to turn on the TV. TV image ou
2. Press the [HDMI/DVI] button once or twice to select DVI Image input from the video ou mode. input terminal If the message asking you to change the "DVI SELECT" Image input from the S- oo setting appears, press the button to select "AV". Go to video input terminal step 3 after the message disappears. Image input from the compo- u*1 nent input terminals 3. Press the [MENU] button to display the MENU screen. Image input from the DVI u 4. Select the MODE SELECT menu. input terminal
5. Be sure to set "DVI SELECT" to "AV". (The factory setting Image input from the HDMI u is "AV".) input terminal Computer Image u*2 6. Be sure to set "AV-OUT(AUDIO)" to "DVI AUDIO-IN". (The factory setting is "DVI AUDIO-IN".) *1 Only the sound is output.
7. Press the [MENU] button to exit the screen. *2 Only the sound set as "SOUND" using the MODE SELECT1 menu 8. Turn on power for the connected equipment. is output. While displaying the PIP/SPLIT window: • If the message described in step 2 appears during the oper- • The image displayed in the PIP/SPLIT window is output. How- ation, follow the instructions in the message for the proper ever, the image input from the component input terminals or setting and then turn off/on the power of the connected HDMI input terminal cannot be output even if it is displayed in the equipment. PIP/SPLIT window. • The sound set as "SOUND" using the MULTI SCREEN menu is output. Notes: • Select the item you want to set in "AV-OUT(AUDIO)" using the MODE SELECT (2) menu, according to your requirements. • DVI AUDIO-IN ...Use when connecting to AV equipment with DVI output terminals. This setting enables the audio output terminals to act as the audio input termi- nals for DVI mode. • FIXED ...... Use when connecting to a VCR for recording, etc. The volume of the sound via the audio out- put terminals is fixed. • VARIABLE1 ...... Use to enjoy the sound from both the TV speak- ers and external speakers while watching the image on the TV, etc. [VOL +/-] buttons allow you to adjust the sound volume for both the TV and external speakers. • VARIABLE2 ...... Use to enjoy only the sound from the external speakers while watching the image on the TV, etc. No sound can be heard from the TV speak- ers with this setting. [VOL +/-] buttons allow you to adjust the sound volume for the external speakers.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 4 1-4. Connecting the TV to a power source 2. Spread out a soft cloth on a flat surface. Being careful not to damage the TV, gently lay the TV on it display-side down. Caution: • When connecting, ensure that the TV is switched off. 3. Remove the two screws and then remove the rear cover of the stand. • Use only the power cord supplied with the TV. • Be careful not to over bend the cable or add extension cords as this could lead to a malfunction. 1. Connect the power cord (supplied) to the power input terminal.
Power input terminal
4. Remove the six screws and then remove the stand from the TV. AC adapter (supplied)
2. Place the power plug into an AC outlet.
Notes: • The stand is specially made for use with this TV. Once having AC outlet removed the stand, never attempt to attach it to another equip- ment.
Power cord (supplied) • Once having removed the screws, store them together with the stand. If the stand is ever re-attached, be sure to use the Note: If the TV does not operate, disconnect the power cord from the original screws. AC outlet and reconnect it again. The setup must be completed Using different screws could lead to a malfunction. in the proper order for the TV to function. 5. Attach the arm to the TV with the six screws. 1-5. Instructions for attaching a VESA-compliant mount An arm or stand based on the VESA standard (commercially available) can be attached to the TV. Procurement of the arm or stand is at the customer's discretion.
Arms or stands able to be used Attachments must satisfy the following. • Compatible with the VESA standard. • The six screw holes on the section to be attached have a gap of 100 mm between them.
• Not be likely to fall off or break off after being attached to the TV. Note: The screws used to attach the arm should be M4 screws with a length of 12 mm - 14 mm (0.47" -0.55") protruding from the sur- How to attach the arm or stand face to be attached. Using different screws could cause the TV to fall off or to be • Be careful not to over bend the cable or add extension cords as this internally damaged. could lead to a malfunction.
• While following these instructions, please also refer to the installation 12 mm - 14 mm (0.47" - 0.55") instructions in the operation manual included with the arm or stand.
Caution: • Be careful not to get your fingers pinched between the dis- Screw used to attach arm play and stand nor to let the stand drop. These could lead to injury. Arm • Do not cover or block the vents and openings since insuffi- Part of TV to which arm is attached cient ventilation can cause overheating. 1. Remove the terminal covers and the cables. 6. Reconnect the cables and replace the terminal covers.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 5 2. ADJUSTMENT 2-1. ADJUSTMENT METHOD (PC MODE)
* Press the PC button to select PC mode. * If you do not press any buttons for about 30 seconds while in a menu screen, the settings you made up to 1) Resetting all adjustment values that point will be applied and the screen will Press the MENU , ENTER/BRIGHT , POWER buttons. automatically disappear. 2) Adjustment lock function MENU + Power ON (And press the d button. ) 3) DOLBY VIRTUAL DOLBY VIRTUAL ON/OFF 4) VIEW MODE VIEW MODE CHANGE 5) MULTI SCREEN DISPLAY MULTI CHANGE 6) PIP POSITION While displaying the PIP window, you can also set this item directly using the bc de buttons, instead of the adjustment screen. 7) Adjustment pattern MENU c ENTER ADJUSTMENT ENTER AUTO (Analog) CLOCK (e d buttons) PHASE (e d buttons)
MENU H-POS (e d buttons) V-POS (e d buttons) RESET c ENTER GAIN ENTER AUTO END CONTROL e d (Analog) BLACK LEVEL ( buttons) CONTRAST (e d buttons) RESET c ENTER AUDIO TREBLE (e d buttons) ADJUST BASS (e d buttons)
BALANCE (e d buttons) DOLBY VIRTUAL (e d buttons)
c ENTER COLOR COLOR CONTROL (e d buttons) CONTROL WHITE BALANCE (e d buttons) (COOL2, COOL1, STD, WARM1, WARM2, USER) RESET c ENTER MODE VIEW MODE (e d buttons) SELECT-1 480 LINES (e d buttons) 768 LINES (e d buttons) c R-CONTRAST (e d buttons) SOUND (e d buttons) c G-CONTRAST (e d buttons) SCALING (e d buttons) (e d buttons) LANGUAGE c B-CONTRAST RESET (e d buttons) c ENTER MODE QUICK SHOOT (e d buttons) SELECT-2 AV-OUT (AUDIO) (e d buttons) DVI SELECT (e d buttons) RESET
c ENTER MULTI MULTI SCREEN DISPLAY (e d buttons) SCREEN PIP SIZE (e d buttons) PIP POSITION (e d buttons) PC POSITION (e d buttons) SUB SOURCE (e d buttons) SOUND (e d buttons)
RESET
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 6 2-2. ADJUSTMENT ITEM LIST (PC MODE)
BUTTON ITEM ADJUSTMENT DESCRIPTION MENU MENU 1: MANUAL CLOCK 0~255 CLOCK: Adjust so that vertical flicker noise is not emitted. ADJUSTMENT (e d buttons) PHASE 0~255 PHASE: Adjust so that horizontal flicker noise is not emitted. (e d buttons) H-POS Indefinite H-POS (horizontal positioning) and V-POS (vertical positioning) V-POS Indefinite To center the screen image within the boundaries of the screen, adjust the left-right (H-POS) values and the up-down (V-POS) val- ues. (e d buttons) AUTO Automatic screen adjustment Options in the ADJUSTMENT Menu can be adjusted automatically (CLOCK, PHASE, H-POS V-POS). MENU 2: MANUAL BLACK LEVEL 0~100 BLACK LEVEL: Total screen brightness can be adjusted GAIN CONTROL while watching the color pattern. (e d buttons) CONTRAST 0~100 CONTRAST: While watching the color pattern, adjustments can be made so that all graduations appear. (e d buttons) AUTO GAIN CONTROL Menu AUTO: Every menu option is automatically adjusted using the Auto Gain Control function. MENU 3: TREBLE -30~0~+30 Adjusts high-pitch sounds. AUDIO ADJUST BASS -30~0~+30 Adjusts low-pitch sounds. BALANCE -30~0~+30 Adjusts the balance between the right and left speakers. DOLBY VIRTUAL ON/OFF Turns the Virtual Dolby Surround function "ON" or "OFF". You can also set this item directly using the remote control, instead of the adjustment screen. MENU 4: COLOR MODE STD, sRGB, Selects the color tone. WHITE BALANCE VIVID STD : Displays images using the original color tone of the LCD monitor. sRGB : sRGB is an international standard for color rep resentation defined by the IEC International Electrotechnical Commission). Colors are converted by taking into account the liquid crystal's characteristics and thereby represent color tone close to the original image. VIVID : Displays images in vivid primary colors. WHITE BALANCE COOL2, COOL1, WHITE BALANCE Menu STD, WARM1, COOL2 : Color tone bluer than standard WARM2 USER R, G, B: COOL1 : Color tone slightly bluer than standard 0~255 STD : Color tone standard setting WARM1: Color tone slightly redder than standard WARM2: Color tone redder than standard USER R-CONTRAST: e button for blue-green, d button for red G-CONTRAST: e button for purple, d button for green B-CONTRAST: e button for yellow, d button for blue MENU 5: VIEW MODE NORMAL, FULL Selects the screen size. MODE SELECT-1 NORMAL : Displays the image without changing its aspect ratio. When the image's resolution is lower than 1024 x 768, the image is expanded. FULL : Expands the image so that it fills the screen. (The aspect ratio may change.) You can also set this item directly using the remote control, instead of the adjustment screen. 480 LINES 640, 848 Specifies the horizontal resolution of a 480-line screen. (For analog signals) 640 : 640 x 480 dot mode 848 : 848 x 480 dot mode 768 LINES 1024, 1280, 1360 Specifies the horizontal resolution of a 768-line screen. (For analog signals) 1024 : 1024 x 768 dot mode 1280 : 1280 x 768 dot mode 1360 : 1360 x 768 dot mode SOUND PC, TV, AV1, AV2, Selects the audio to listen to while displaying the computer screen. AV3 When the PIP/SPLIT window is displayed, the audio set by "SOUND" in the MULTI SCREEN menu takes precedence. When "STATUS" in the V-CHIP BLOCK menu is "ON", TV/AV-IN SOUND is not available in PC mode. SCALING 1~4 Adjusts the image to optimum sharpness when it is enlarged. LANGUAGE Selects the language (English, French or Spanish) on the screen.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 7 BUTTON ITEM ADJUSTMENT DESCRIPTION MENU MENU 6: QUICK SHOOT ON/OFF QS : QUICK SHOOT MODE SELECT-2 Reduces the visual lag inherent in fast-motion scenes. AV-OUT (AUDIO) DVI AUDIO-IN, Selects how to adjust the sound via the audio output terminals. FIXED, • DVI AUDIO-IN : Enables these terminals to act as the audio input VARIABLE1, VARIABLE2 terminals for DVI mode. • FIXED : :Set "FIXED" when connecting to a VCR for recording, etc.The volume is fixed. Image and sound are simultaneously output via the output terminals. (Image and sound are out- put via the output terminals a little earlier than when image is displayed on the TV and sound is output from the TV speakers.) • VARIABLE1 : Set to enjoy the sound from both the TV speak- ers and external speakers while watching the image on the TV, etc. The volume can be adjusted. Image is displayed on the TV at the same time as when sound is output via the output termi- nals. (Sound is output via the output terminals a little later than when image is output via the out- put terminal.) • VARIABLE2 : Set to enjoy only the sound from the external speak- ers while watching the image on the TV, etc. The volume can be adjusted. However, no sound can be heard from the TV speakers with this setting. (Sound can be output via the headphone terminal.) Image is displayed on the TV at the same time as when sound is output via the output termi- nals. (Sound is output via the output terminals a little later than when image is output via the out- put terminal.) DVI SELECT AV, PC Set depending on equipment connected to the DVI input terminal. • A V : AV equipment • P C : Computer Be sure to turn off/on the power of the connected equipment after you change the setting. MENU 7: MULTI SCREEN OFF, PIP, SPLIT Designates whether the computer's screen and TV or video images MULTI SCREEN DISPLAY are displayed simultaneously. OFF: PIP: The TV or video image appears in a small window (PIP window) on the computer screen. SPLIT: The computer's screen and the TV or video image appear side by side in two split windows. You can also set this item directly using the remote control, instead of the adjustment screen. PIP SIZE Changes the size of the PIP window. PIP POSITION Adjusts the position of the PIP window. To move up and down, press the [b] [c] buttons. To move left and right, press the [e ] [d] buttons. While displaying the PIP window, you can also set this item directly using the remote control, instead of the adjustment screen. PC POSITION CENTER, LEFT Designates the position of the computer screen when the PIP win- dow is displayed. This item is enabled when the computer's "VIEW MODE" is set to "NORMAL". SUB SOURCE TV, AV1, AV2, Selects the video source of the PIP/SPLIT window. AV3, HDMI SOUND Selects the audio you want to hear while displaying the PIP/SPLIT window. • PC : Computer audio • SUB SOURCE : TV or video audio
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 8 2-3. ADJUSTMENT METHOD (TV/AV MODE)
* Press the TV / HDMI/DVI (HDMI, DVI) button to select TV or HDMI, DVI mode. * If you do not press any buttons for about 30 seconds while in a menu screen, the settings you made up to that point will be applied and the screen will automatically disappear. 1) Resetting all adjustment values 4) VIEW MODE VIEW MODE CHANGE Press the MENU , ENTER/BRIGHT , POWER buttons. 2) Adjustment lock function 5) SLEEP TIMER MENU + Power ON SLEEP TIMER to change the setting. (And press the d button.) (The time changes in the following order each time you press the button) 3) DOLBY VIRTUAL 6) CC/TEXT DOLBY VIRTUAL ON/OFF CC/TEXT to change the setting. (The setting changes in the following order:) 7) Adjustment pattern MENU c ENTER VIDEO ADJUST c CONTRAST (e d buttons)
c BLACK LEVEL (e d buttons)
c COLOR (e d buttons) MENU c TINT (e d buttons)
c SHARPNESS (e d buttons)
c FLESH TONE (e d buttons) END c VIDEO SELECT (e d buttons)
c WHITE BALANCE (e d buttons)
c RESET
c ENTER AUDIO ADJUST c TREBLE (e d buttons)
c BASS (e d buttons)
c BALANCE (e d buttons)
c DOLBY VIRTUAL (e d buttons)
c RESET
c ENTER CHANNEL SETTING c AIR/CABLE (e d buttons) (TV mode only) c CABLE MODE (e d buttons)
c CHANNEL SEARCH (e d buttons)
c CHANNEL MEMORY (e d buttons)
c ENTER SCREEN ADJUST c VIEW MODE (e d buttons)
c POSITION (e d buttons)
c RESET c ENTER MODE SELECT c SLEEP TIMER (e d buttons)
c LANGUAGE (e d buttons)
c QUICK SHOOT (e d buttons)
c AV-OUT (AUDIO) (e d buttons)
c DVI SELECT (e d buttons)
c RESET c ENTER CLOSED CAPTION c CC/TEXT (e d buttons)
c ENTER V-CHIP BLOCK c MPAA (e d buttons)
c TV GUIDELINES (e d buttons)
c STATUS (e d buttons)
c RESET c ENTER HDMI SETUP c SIGNAL TYPE (e d buttons)
c COLOR MATRIX (e d buttons)
c DYNAMIC RANGE (e d buttons)
c AUTO VIEW (e d buttons)
c RESET
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 9 2-4. ADJUSTMENT ITEM LIST (TV/AV MODE) BUTTON ITEM ADJUSTMENT DESCRIPTION MENU MENU 1: CONTRAST 0~63 Adjusts contrast. VIDEO BLACK LEVEL 0~100 Adjusts the overall brightness of the screen. ADJUSTMENT COLOR -60~+60 Adjusts the color depth. TINT -20~+20 Adjusts the color tone. SHARPNESS 1~5 Adjusts the image quality. FLESH TONE 1~5 Adjusts the flesh tone color. VIDEO SELECT ST D , Selects the type of image to display improving the quality of the MOTION, images. STILL This adjustment is invalid for images from the S-video and component input terminals. WHITE BALANCE STD, WARM Adjusts the color temperature. STD : Standard setting for color tone. WARM : Color tone redder than standard. MENU 2: TREBLE -30~0~+30 Adjusts high-pitch sounds. AUDIO ADJUST BASS -30~0~+30 Adjusts low-pitch sounds. BALANCE -30~0~+30 Adjusts the balance between the right and left speakers. DOLBY VIRTUAL ON/OFF Turns the Virtual Dolby Surround function "ON" or "OFF". You can also set this item directly using the remote control, instead of the adjustment screen. MENU 3: AIR/CABLE Sets the receiving mode broadcast (AIR) or cable TV (CABLE). CHANNEL CABLE MODE Set this item when "AIR/CABLE" is set to "CABLE". SETTING (TV mode only) CHANNEL SEARCH Sets available channels automatically. CHANNEL MEMORY Sets channels manually. MENU 4: VIEW MODE -10~0~+10 Selects the screen size. SCREEN ADJUST NORMALDisplays 4:3 aspect ratio TV images normally. WIDE : Expands 4:3 images horizontally to fill the entire screen (16:9). ZOOM1: Expands the image to fill the screen (16:9) with wide black bands across the top and bottom such as letter- box format movies. ZOOM2: Can be used when "ZOOM1" cuts off captions or telops at the top or bottom of the screen. FULL : Returns images horizontally reduced from 16:9 to 4:3 back to 16:9 so they fill the entire screen. You can also set this item directly using the remote control, instead of the adjustment screen. Depending on the type of data received or the video software used, screen edges may be slightly cut off or the image may have a black border. POSITION -10~0~+10 Adjusts the position of the image. V-POSITION : Adjusts the image's vertical position. H-POSITION : Adjusts the image's horizontal position. RESET : Resets the image's position to the monitor's original factory setting. MENU 5: SLEEP TIMER Specifies how many minutes until the monitor switches off MODE SELECT (standby). You can also set this item directly using the remote control, instead of the adjustment screen. LANGUAGE Selects the language (English, Spanish, or French) on the screen. QUICK SHOOT ON, OFF QS : QUICK SHOOT Reduces the visual lag inherent in fast-motion scenes.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 10 BUTTON ITEM ADJUSTMENT DESCRIPTION MENU MENU 5: AV-OUT (AUDIO) Selects how to adjust the sound via the audio output terminals. MODE SELECT • DVI AUDIO-IN : Enables these terminals to act as the audio input terminals for DVI mode. • FIXED : :Set "FIXED" when connecting to a VCR for recording, etc.The volume is fixed. Image and sound are simultaneously output via the output terminals. (Image and sound are output via the output terminals a little earlier than when image is displayed on the TV and sound is output from the TV speakers.) • VARIABLE1 :Set to enjoy the sound from both the TV speakers and external speakers while watch- ing the image on the TV, etc. The volume can be adjusted. Image is displayed on the TV at the same time as when sound is output via the output terminals. (Sound is output via the output ter- minals a little later than when image is output via the output terminal.) • VARIABLE2 : Set to enjoy only the sound from the external speakers while watching the image on the TV, etc. The volume can be adjusted. However, no sound can be heard from the TV speakers with this setting. (Sound can be output via the headphone terminal.) Image is displayed on the TV at the same time as when sound is output via the output terminals. (Sound is output via the output ter- minals a little later than when image is output via the output terminal.) DVI SELECT Set depending on equipment connected to the DVI input terminal. • A V : AV equipment • P C : Computer Be sure to turn off/on the power of the connected equipment after you change the setting. MENU 6: CC/TEXT Sets the CC/TEXT mode. CLOSED CAPTION MENU 7: MPAA Sets whether MPAA block or unblock (-----). V-CHIP BLOCK TV GUIDELINES Sets whether TV GUIDELINES block or unblock (-----). STATUS OFF, ON Sets whether the block setting status is ON or OFF. When "STATUS" in the V-CHIP BLOCK menu is "ON", TV/AV-IN SOUND is not available in PC mode. MENU 8: SIGNAL TYPE AUTO, RGB, Selects the signal type from the HDMI input terminal. Unless the HDMI SETUP YCbCr4:4:4, image quality looks obviously poor, select "AUTO". YCbCy4:2:2 COLOR MATRIX AUTO, ITU601, Selects the internal color space conversion method when an RGB ITU0709 signal is input. Normally, select "AUTO". DYNAMIC RANGE Selects the signal amplitude range. Normally, select "STANDARD". AUTO VIEW ON, OFF Sets whether or not to use "VIEW MODE" based on signal recogni- tion, including an HDMI signal.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 11 2-5. TOOL FOR SERVICE The software programs which must be installed to the LD-26SH1U are the flash (firmware) and the EDID (data for DDC). (1) ALL RESET Follow the procedures below to install the prorgams. RETURNED TO AN INITIAL VALUE SET VALUE 1. Save the channel setting and the menu adjustment values if necessary. • ALL RESET 2. Write the flash (firmware) into the unit. All the adjustment values except the custom mode (special specifi- 3. Write the EDID data into the unit. (When the U45/U47 is changed.) cation) are reset. 1 Press and hold down both the [Menu] button and the [ENTER/ EDID tool Writing tool BRIGHT MODE] button on the system unit while pressing the power supply button on the system unit, Hold the three buttons 1 U43(PC-DIGITAL) EDID (PC) down until displaying on the screen as "ALL RESET". 2 U45(PC-ANALOG) 2 After ALL RESET is completed, it starts by TV mode. 3 U44(HDMI) EDID (HDMI) (2) Version display (for service) 4 U47(DVI-AV) EDID (DVI-AV) 1 Press and hold down both the [MENU] button and the [ d ] button on the sys- tem unit while pressing the [POWER] button on the system unit, to turn on the power supply of the system. Hold the three buttons down until the version is 4. Perform ALL RESET. displayed on screen. * All the adjustment values including the channel setting are reset. 2 The farmware version and checksum appears on screen. 5. Check the version. 3 Turn off the power supply of the system or terminate the display by 6. Set the saved adjustment values in procedure 1 if necessary. pressing the [MENU] button on the system unit. 2-6. LD-26SH1U Flash Writing Procedure VERSION & CHECK SUM VERSION : 1.01 (2004XXXX) [Tool target model] CHECK SUM : OK XXXX LD-26SH1U [Tool operating environment] (3) Aging (for service) 1 Press and hold down the [ENTER/BRIGHT MODE] button and the [ e ] button • Windows 98/Windows 2000/Windows XP while pressing the [POWER] button of the system unit to turn on the system. [Installing procedures] Hold down the three keys until the ageing menu appears on screen. (1) Make a folder of "c:\fg". 2 The aging menu is displayed on screen. (2) Copy all the files in [launcher3.03e_English_Tool] to c:\fg. (Use the AGING TEST latest launcher tool.) 3 AGING TEST1 (3) Copy all the files in [26SH1U_Flash_Install_Tool(X.XX)] to c:\fg. AGING TEST2 (4) Double-click [install.bat] in c:\fg. (If the MS-DOS prompt does not disappear automatically, manual erase it.) [MENU] button on system unit : Select options (5) Copy all the files in [26SH1U_Flash_Install_Data(X.XX)] to c:\fg. [ENTER/BRIGHT] button on system unit : Execute the selected test. (If the data in the FD are compressed, extract them for use.) [INPUT] buttons on system unit : Ciose ageing menu. [Operating procedures] Ageing test 1: The screen is switched over in the following manner: DARK BLUE3DARK GREEN3DARK RED3 (1) Connect the jig to the PC. (Refer to the separate document.) BLUE3GREEN3RED3WHITE3 BLACK3 (2) Execute c:\fg\launcher.exe. Ageing test 2: Every time the [ d ] (VOL/BRIGHT) button is pressed, the screen is switched over as follows: (3) The following window is displayed. Select the suitable items in WHITE3BLACK3RED3GREEN3BLUE3WHITE50%3 [Class] and [Contents] according to the target model. 3 When turn off, aging test is ended. Select the target model in [Class]. Select LD-26SH1U write FLASH (firmware) in [Contents]. (4) Initializing of color balance set value 1 Press and hold [e] button and [d] button, and press the [power] but- ton of the machine at the same time to supply power. Keep pressing the three buttons until the color balance setup menu is displayed. 2 COLOR BALANCE setup menu is displayed.
3 Check to confirm that the cursor is on [RESET]. (Use [b][c] buttons of the remote control to move the cursor.) 4 Press [ENTER] button of the remote control . The display color of [RESET] is changed in the sequence of Yellow, Aqua, and Yellow. Initializing is completed with the above. 5 Turn off the power of the machine. 6 Execute ALL RESET. After selection, click [Go].
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 12 The confirmation window for execution is displayed. If it is OK, (6) The following window is displayed. press [Yes]. If not, press [No]. When [No] is pressed, the process Press [Run] button, and flash writing is started. returns to (3). If [Yes] is pressed, the process goes to the next step. When the button is pressed, the window is changed.
[LD-26SH1U write FLASH (firmware)]]
(4) The following window is displayed. Connect the jig to the monitor.
[Model Name LD26SH1U]
(7) After completion of writing, the following window is displayed. ("Finished. (reset the monitor)" is displayed.)
[Setting on the monitor side]
1 : Connect the VGA cable to the jig.
2 : Press and hold [CH c] and [VOL/BRIGHT d] and [VOL/BRIGHT e] (8) When a writing error occurs, the following window is displayed. keys of the machine, press [POWER] key to turn on the power. ("Error!!!" is displayed.) Wait until [ISP MODE] is displayed. When [ISP MODE] is dis- played, press [ENTER/BRIGHT MODE] key.
[Setting on the writing tool side]
Execute PORT setting of Connection Settings. (The figure shows the case where COM1 port is used. When COM4 port is used, write PORT=COM4.) When setting is made, it is saved.
(5) Check the Model Name.
LD26SH1U
After checking, press [OK] button.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 13 (9) After normal completion of writing, disconnect the power cable of
Operating procedure :
1 Press and hold [MENU] button and [VOLUME/BRIGHT] button of the monitor, press [POWER] button of the machine to turn on the power. Press and hold the three buttons until the following window is displayed.
2 The firmware version and checksum setting are displayed.
3 Turn off the power of the machine, or press [MENU] button of the machine to finish the version display.
Version display window :
VERSION & CHECK SUM VERSION : x.xxx (xxxxxxxx) CHECK SUM : OK xxxx END:MENU
* Check the version, the date, and the checksum (varies depending on the version).
LD-26SH1U FLASH Writing Tool Connection Diagram
DIP switch direction
SW1: Parallel(EDID) Serial(PROGRAM) Connect to PC series port. Connect to USB SW2: AUTO MANUAL port of PC SW3: 1502A T1620 SW4: 1502A T1620
No need to connect the With the parallel connector in the upper side, Right, Right, parallel cable. USB cable Left, and Left from the top. Parallel connector
Serial connector
Board USB LD-26SH1U Back of the machine
DVI-D VGA connector connector
VGA pin X1049MP-27 VGA cable
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 14 2-7. LD-26SH1U EDID Writing Procedures
[Tool target model] (5) The confirmation window to check the execution contents is dis- played. If it is OK, press [Yes]. If not, press [No]. LD-26SH1U If [No] is pressed, the procedure returns to (4). If [Yes] is pressed, [Tool operating environment] the procedure goes to the next step. • Windows95/Windows98/Windows 2000/Windows XP [LD-26SH1U write EDID (PC)] • Set the I/O address of the printer port to 378. (Refer to the supplementary explanations.)
[Installing procedure]
(1) Make a folder of "c:\fg."
(2) Copy all the files in [launcher3.03e_English_Tool] to c:\fg. (Use the latest launcher tool.)
(3) Copy all the files in [26SH1U_Flash_Install_Tool(X.XX)] to c:\fg. (6) When the following window is displayed : 1. EDID (PC-DIGITAL/ANALOG) data writing procedures 1. The jig may not properly connected to the PC. [Operating procedures]
(1) Connect the jig to the PC. (Refer to the separate document.)
(2) Connect the jig to the monitor. (Refer to the separate document.)
[Setting on the monitor]
Operate with the buttons on the monitor.
1 : Press the [POWER] button of the monitor to turn on the power, and boost it in the TV mode. (If the monitor is not in the TV mode, press [INPUT] key to go Check the connection, and press [OK] button and press [Next] to the TV mode.) button. 2 : Press [MENU] key to display MENU, and press [MENU] key (7) The following window is displayed. Check the model name. again to move the cursor to [MODE SELECT] and press Enter the serial number the keys and press [Next]. [ENTER/BRIGHT MODE] key.
3 : Press [MENU] key in MODE SELECT OSD and move the cur- sor to [DVI SELECT]. Press [d] key to switch to [PC]. (Factory setting is [AV].)
4 : Connect the DVI-D cable and the VGA cable to the monitor and the jig.
(3) Execute c:\fg\launcher.exe.
(4) The following window is displayed. Select the target model in [Class]. Select [LD-26SH1U write EDID (PC)] in [Contents]. After selection, click [Go].
(8) The following window is displayed.
On this window, EDID writing and verifying are performed. If the operation is terminated halfway, check the connection. When writing is completed, the window of item (7) is displayed.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 15 (9) Set the [DVI SELECT] item switched in procedure (2) ([Setting on the monitor side]) to [AV]. (10) Press [Power] button to turn off the power. (11) Connect the jig to the next monitor. Perform [Setting on the monitor] in procedure (2), and execute from procedure (7). (12) When an error occurs in writing or verifying :
When an error occurs in writing or verifying, the above window is displayed. When [Retry] button is pressed, EDID writing and verify- ing are performed again. Normally check the cable connection and press [Retry] button. When an error occurs in retry again, press [Cancel] button. When [Cancel] button is pressed, the window is forcibly changed to the next window, however EDID is not properly written. (13) When writing is normally completed or when [Cancel] button is pressed in EDID error window, the procedure returns to (8).
LD-26SH1U EDID(PC-DIGITAL/ANALOG) date writing tool connection diagram
DIP switch setting Connect to SW1 : Parallel (EDID) Serial (PROGRAM)
the printer port of PC Connect to USB SW2 : AUTO MANUAL port of PC. SW3 : 1502A T1620 SW4 : 1502A T1620
USB cable With the parallel connector in the upper side, Right, Right, Left, and Left from the top.
Parallel connector
No need to Serial connector connect a LD-26SH1U serial cable. Board USB Back of the machine
DVI-D VGA HDMI pin connector connector
DVI pin VGA pin X1049MP-27 DVI-D cable VGA cable
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 16 2. EDID (HDMI) data writing procedures [Operating procedures] (7) The following window is displayed. (1) Connect the jig to the PC. (Refer to the separate document.) (2) Connect the jig to the monitor. (Refer to the separate document.) [Setting on the monitor side] 1 : Press [POWER] key of the monitor to turn on the power. 2 : Connect the DVI-HDMI conversion cable to the monitor and the jig. (3) Execute c:\fg\launcher.exe. (4) The following window is displayed. Select the target model in [Class]. Select "LD-26SH1U write EDID (HDMI)" in [Contents]. After selection, click [Go].
.
On this window, EDID writing and verifying are performed. If the oper- ation is terminated halfway, connection may be improper. Check it. (8) When writing is completed, the following window is displayed.
(9) Press [Power] button to turn off the power. (5) The confirmation window is displayed. If it is OK, click [Yes]. If not, click [No]. When [No] is clicked, the procedure goes to (4). If [Yes] is (10) Connect the jig to the next monitor. clicked, EDID writing is started. Press [Next] button and repeat EDID writing to the next monitor. [LD-26SH1U write EDID (HDMI)] (11) When an error occurs in writing or verifying:
When an error occurs in writing or verifying, the above window is displayed. When [Retry] button is pressed, EDID writing and verify- ing are performed again. Normally check the cable connection and (6) When the following window is displayed. press [Retry] button. 1. The jig may not be connected to the PC properly. When an error occurs in retry again, press [Cancel] button. When [Cancel] button is pressed, the window is forcibly changed to the next window, however EDID is not properly written. (12) When writing is normally completed or when [Cancel] button is pressed in EDID error window, the procedure returns to (8).
Check the connection, and press [OK] button, and press [Next] button.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 17 LD-26SH1U EDID (HDMI) date writing tool connection diagram Connect to DIP switch setting the printer port of PC Connect to USB port of PC. SW1: Parallel(EDID) Serial (PROGRAM) SW2: AUTO MANUAL SW3: 1502A T1620 USB cable SW4: 1502A T1620 With the parallel connector in the upper side, Right, Parallel connector Right, Left, and Left from the top.
No need to Serial connector connect a
serial cable. Board USB LD-26SH1U Back of the machine
DVI-D VGA HDMI pin connector connector DVI pin VGA pin DVI-HDMI transfer cable X1049MP-27
3. EDID (DVI-AV) data writing procedures [Operating procedures] (5) The confirmation window to check the execution contents is dis- played. If it is OK, press [Yes]. If not, press [No]. If [No] is pressed, (1) Connect the jig to the PC. (Refer to the separate document.) the procedure returns to (4). If [Yes] is pressed, the procedure goes (2) Connect the jig to the monitor. (Refer to the separate document.) to the next step. [Setting on the monitor]Operate with the buttons on the monitor. [LD-26SH1U write EDID (DVI-AV)] 1 : Press [POWER] button of the monitor to turn on the power, and boost it in the TV mode. (If the monitor is not in the TV mode, press [INPUT] key to go to the TV mode.) 2 : Press [MENU] key to display MENU, and press [MENU] key again to move the cursor to [MODE SELECT] and press [ENTER/BRIGHT MODE] key. 3 : Press [MENU] key in MODE SELECT OSD and move the cur- sor to [DVI SELECT]. Press [d] key to switch to [PC]. (Factory setting is [AV].) 4 : Connect the DVI-D cable to the monitor and the jig. (6) When the following window is displayed : (3) Execute c:\fg\launcher.exe. 1. The jig may not be properly connected to the PC. (4) The following window is displayed. Select the target model in [Class]. Select [LD-26SH1U write EDID (DVI-AV)] in [Contents]. After selection, click [Go].
Check the connection, and press [OK] button and press [Next] button.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 18 (7) The following window is displayed. (10) Connect the jig to the next monitor. Perform [Setting on the monitor] in procedure (2), and execute from procedure (7).
(11) When an error occurs in writing or verifying :
When an error occurs in writing or verifying, the above window is displayed. When [Retry] button is pressed, EDID writing and verify- ing are performed again. Normally check the cable connection and press [Retry] button. On this window, EDID writing and verifying are performed. If the When an error occurs in retry again, press [Cancel] button. When operation is terminated halfway, check the connection. [Cancel] button is pressed, the window is forcibly changed to the next window, however EDID is not properly written. (8) When writing is completed, the following window is displayed. (12) When writing is normally completed or when [Cancel] button is pressed in EDID error window, the procedure returns to (8).
(9) Press [Power] button to turn off the power.
LD-26SH1U EDID (DVI-AV) date writing tool connection diagram
DIP switch setting
Connect to SW1: Parallel (EDID) Serial (PROGRAM) Connect to USB the printer port of PC port of PC. SW2: AUTO MANUAL SW3: 1502A T1620 SW4: 1502A T1620
With the parallel connector in the upper side, Right, USB cable Right, Left, and Left from the top.
Parallel connector
No need to Serial connector connect a
serial cable. LD-26SH1U Board USB Back of the machine
DVI-D VGA HDMI pin connector connector
DVI pin VGA pin X1049MP-27 DVI-D cable
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 19 [Supplementary explanations] Procedures to set the I/O address of the printer port to 378. 1. Open SYSTEM on the control panel. 2. Open the Device Manager tag, and select the suitable item.
3. Click "+" on the left side of [Ports (COM & LPT) to check to confirm that there is [Printer Port (LPT1)]. ([ECP Printer Port (LPT1)] or other descriptions are allowed.) 4. Open the property of [Printer Port (LPT1)], and open the resource tag. 5. Uncheck [Use automatic setting], and select [Basic setting 0000]. (If [I/O range] is set to [0378 - 037F], there is no need to change.)
The destination of file copying is specified as "c:\fg" in the writing procedures. However, the destination may be anywhere on the hard disk as long as all the files are copied to the dame folder.
LD-26SH1U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS 2 – 20 CHAPTER 3. DISASSEMBLY AND ASSEMBLY
1. HINGE UNIT DISASSEMBLY 3. POWER PWB DISASSEMBLY 1. Remove the I/O cover lower 1. 1. Remove the screw 1, and remove the power source plate 2. 2. Remove the screw 2, and remove the hinge cover rear 3. 2. Remove the connectors and the screw 3, and remove the power 3. Remove the screw 4, and remove the hinge unit 5. PWB 4. 1
3 1 4 1 3
2 3 4
2
4 5 3
2. HOUSING UNIT DISASSEMBLY 1. Remove the I/O cover 1. 2. Remove the screw 2, and remove the housing unit 3. 4. LCD UNIT DISASSEMBLY 2 4-1. I/O INNER COVER AND MB PLATE UNIT DISAS- SEMBLY 1 1. Remove the screw 1, and remove the I/O bracket 2 and the I/O inner cover 3. 2 2. Remove the screw 4, and remove the I/O bracket lower 5 and the I/ O inner cover lower 6. 3. Remove the screw 7, and remove the MB plate unit 8. 7 1 2
7 1 3 1 8 1 2 7 2 3 4
4
5
4 4
6
LD-26SH1U DISASSEMBLY AND ASSEMBLY 3 – 1 4-2. HINGE SUPPORT DISASSEMBLY 4-4. LCD ASSEMBLY DISASSEMBLY 1. Remove the screw 1, and remove the hinge support 2. 1. Remove the connectors and the screw 1, and remove the LCD assembly. 1 1
1 1 1 1
2 2
1
4-3. SPEAKER UNIT DISASSEMBLY 1. Remove the connector and the screw 1, and remove the speaker unit L/R 2.
1
4-5. LCD UNIT DISASSEMBLY 2 1. Remove the screw 1, and pull out the harness from the base plate unit 2, and remove the LCD unit 3. 1 1
2 1
2
1
3
1
LD-26SH1U DISASSEMBLY AND ASSEMBLY 3 – 2 CHAPTER 4. TROUBLE SHOOTING
LD-26SH1U TROUBLE SHOOTING 4 – 1
LD-26SH1U TROUBLE SHOOTING 4 – 2 LD-26SH1U TROUBLE SHOOTING 4 – 3 CHAPTER 5. BLOCK DIAGRAM
MAIN PWB J11 J18 J14
1+5V 1GND 1OUT1+ 2+5V 2R_OUT 2OUT1- 3 3D_DEBUG_SEL 3GND 4 DEBUG_SCL_3D 4L_OUT 5 DEBUG_SDA_3D 5GND J20 6 MSTR_SDA_5 6 CVBS_OUT 1OUT2+ 7 MSTR_SCL_5 2OUT2- 8 DEBUG_DETECT 9TXD J1 J27 10 RXD 1GND 11 GND 2GND 1GND 3 SVIDE01_L_IN 2 PC_LINE_INL 3GND J12 4 SVIDE01_C_IN 4 PC_LINE_INR 1 INPUT 5GND 2MENU J21 3OK 1GND 4 CHANNEL_UP J10 2GND 5 CHANNEL_DOWN 1GND 3Y_OUT 6 VOLUME_UP 2RCA_V2 4C_OUT 7 VOLUME_DOWN 3GND 8GND 4 RCA_L2 J5 5GND 6 RCA_R2 J23 1 +8V_FAN
1 REDU+ 2LOCK_FAN1 2 GREENU+ 3GND J7
3BLUEU+ 1+12V_P 4NU 2+12V_P 5GND J23 3GND 6GND 1RX2IN- 4GND 7GND 2RX2IN+ 5 +5V_P 8GND 3GND 6 +5V_P 9+5V 4NU 7GND 10 GND 5NU 8GND 11 NU 6 DVISCL 9 +3.3V_P 12 A-SDA 7DVISDA 10 +3.3V_P 13 A-HS 8NU 11 GND 14 A-VS 9RX1IN- 12 GND 15 A-SCL 10 RX1IN+ 13 +5V_SB_P 11 GND 14 GND 12 NU 15 PSON# J27 13 NU 16 POWER_OK 1GND 14 DVI_5V 2 RCA_V1 15 GND 3GND 16 DVI_CAB J3 4 RCA_L1 17 RX0IN- 1 +8V_FAN 5GND 18 RX0IN+ 2LOCK_FAN2 6 RCA_R1 19 GND 3GND 20 NU 21 NU 22 GND 23 RXCIN+ 24 RXCIN-
LD-26SH1U BLOCK DIAGRAM 5 – 1 J13 J9
1 RESERVED1 LVDS_FRAME 2 1 Y1_IO D1_LINE_1 8 3 RESERVED2 LVDS_O_SET 4 2 GND D1_I/P_D 9 5 RESERVED3 LVDS_TEST3 6 3PB1_IOREV210 7 GND LVDS_TEMP3 8 4 GND D1_RATIO 11 9 BLADJ LVDS_TEMP2 10 5 PR1_IO GND 12 11 GND LVDS_TEMP1 12 6 GND REV3 13 13 GND GND 14 7 REV1 PLUG1_DET 14 15 PBIAS GND 16
J16 J17 1 Y2_IO D2_LINE_1 8 39 SELLVDS LVDS_RL 40 2 GND D2_I/P_D 9 37 GND LVDS_UD 38 3PB2_IOREV210 35 TXA3+ GND 36 4 GND D2_RATIO 11 33 TXA3- TXB3+ 34 5 PR2_IO GND 12 31 GND TXB3- 32 6 GND REV3 13 29 TXAC+ GND 30 7 REV1 PLUG2_DET 14 27 TXAC- TXBC+ 28 25 GND TXBC- 26 23 TXA2+ GND 24 21 TXA2- TXB2+ 22 19 GND TXB2- 20 17 TXA1+ GND 18 15 TXA1- TXB1+ 16 13 GND TXB1- 14 11 TXA0+ GND 12 9 TXA0- TXB0+ 10 7 GND TXB0- 8 5NUGND6 3+5V+5V4 1+5V+5V2
J13
1 POWER LED_KEYPAD 2 3 HP_VCC LED2_KEYPAD 4 5 HEAD_PHONE_R GND 6 7 HEAD_DETECT IR_DATA_IN 8 9 HEAD_PHONE_L +5V 10 11 VD_GND BTN_DETECT 12
J19
1GNDGND2 3 RCA_IN_R3 SVIDEO0_L_IN 4 5GNDGND6 7 RCA_IN_L3 SVIDEO0_C_IN 8 9GNDGND10 11 RCA_V3 S2_DETECT_2 12 13 GND GND 14 15 +5V_VD MSTR_SDA_5 16 17 NU GND 18 19 NU MSTR_SCL_5 20
LD-26SH1U BLOCK DIAGRAM 5 – 2 SUB PWB J2 J703
1 HEADPHONE_VOC 1GNDGND2 2 HEAD_PHONE_L_SW 3 RCA_IN_R3 SVIDEO0_L_IN 4 3 HEAD_PHONE_R_SW 5GNDGND6 4 HP_DECT 7 RCA_IN_L3 SVIDEO0_C_IN 8 5GND 9GNDGND10 6NU 11 RCA_V3 S2_DETECT_2 12 7GND 13 GND GND 14 8GND 15 +5V_VD MSTR_SDA_5 16 17 NU GND 18 19 NU MSTR_SCL_5 20 J6
1AV3_C 2GND 3 AV3_Y 4GND 5GND 6NU 7GND 8 RCAV3 9GND 10 RCA_L3 11 GND 12 RCA_R3 J701
1 INPUT 2MENU 3OK 4 CHANNEL_UP 5 CHANNEL_DOWN 6 VOLUME_UP 7 VOLUME_DOWN 8GND
J702
1 POWER LED_KEYPAD 2 3 HP_VCC LED2_KEYPAD 4 5 HEAD_PHONE_R GND 6 7 HEAD_DETECT IR_DATA_IN 8 9 HEAD_PHONE_L +5V 10 11 VD_GND BTN_DETECT 12
LD-26SH1U BLOCK DIAGRAM 5 – 3 CHAPTER 6. HARDWARE DESCRIPTION 1. CIRCUIT DESCRIPTIONS
1-1. TV TUNER UT13 (VT2U5JF559) 1-2-5. IP conversion U33 (FLI2310) The VT2U5JF559 is a TV tuner of the NTSC system which is popularly The FLI2310 performs IP conversion of the interlace digital Y/Pb/Pr sig- used in the U.S.A. (PIF45.75MHz) nal from the video decoder (U19) into the progressive digital RGB sig- It operates on the power voltage of 5V (6, 7 pins) and the tuning voltage nal, and performs IP conversion of the digital RGB signal from U37, and of 30V (9 pin). The voltage of 30V is boosted and generated by the PU1 outputs it to the scaler U34. peripheral circuit. 1-2-6. Scaler & CPU U34 (gm1501) Tuning is controlled by the I2C bus (4, 5 pins), and the video signal The gm1501 allows direct input of the analog RGB signal/digital DVI (1Vp-p) is outputted to 19 pin and supplied to the video decoder U19. signal for PC, and converts the digital RGB input into the specified Also, the FM signal (about 50mVp-p) of sound SIF is outputted to 15 screen size, and outputs the LVDS signal to the LCD module. pin, and supplied through SIF_AMP (Q11) to the audio processor U9. It is also provided with microprocessor functions, and controls many The audio monaural output (16 pin) is not used in this model. IC's according to Flash memory (U42) information. The AGC voltage output (7pin) falls below 4.5V when the electric field As additional functions, it is provided with PC input, PinP (Picture in Pic- becomes 60dB or more. This voltage is used in automatic tuning. The ture) of tuner and external video input, frame rate change, and OSD twelve channels of stronger wave have priorities to be selected and (On-Screen Display). saved in the memory. When tuning is performed correctly, the AFT voltage (12 pin) becomes about 2.4V. (100KHz/1V) 1-3. AUDIO SIGNAL PROCESS This voltage is controlled by the microprocessor to be 2.4V, performing 1-3-1. Audio processor U9(MSP3440G) correct tuning. The MSP3440G is an audio processor which processes audio signals. The MSP3440G decodes the SIF signal input (67pin) of the tuner output 1-2. VIDEO SIGNAL PROCESS into a proper format such as stereo or monaural, sets the sound quality by Bass and Treble, sets the sound volume (fixed) according to each 1-2-1. AV input selector U35 (CXA2069Q) input source, and performs other audio signal processes. This AV selector IC selects the external composite video signal input The external input signal (56, 57pin) selected by the input selector U35 pin, the S pin input, the video, and the sound signal from the TV tuner. (CXA2069Q) and the PC AUDIO input (47, 48pin) are selected, and delay and Dolby signal process are performed, and they are outputted Selection is made with the I2C of 33, 34pin. from 27 and 28pins to the speaker amplifier and from 24 and 25 pins to The output composite signal is supplied to the video coder U19 the headphone amplifier. (VPC3230D) through the 3-dimentional Y/C separations IC (U17) . They are also outputted from 36 and 37pins through the input selector The input from the S pin is supplied directly to U19. U35 (CXA2069Q) to the external output pin. 1-2-2. 3-dimentional Y/C separation U23 (UPD64084) 1-3-2. Digital audio delay U6 (NJU26901) The UPD64084 is an adaptive Y/C separation IC used for the purpose The NJU26901 is a delay IC which delays the output time of audio signals. of separation of the composite signal of the brightness signal of tuner When an audio signal is inputted to 1pin, it performs delay process of images and the color signal into the bright signal and the color signal. the specified time and outputs the signal to 7pin. The composite video signal outputted from the AV input selector U35 1-3-3. Digital audio processor U13 (NJU26106) (53 pin) is inputted to 93pin through the low pass filter (U29) circuit. The NJU26106 is a digital audio processor which decodes stereo audio The brightness signal separated in Y/C is outputted from 89pin ( (AYO), signals. and the color signal is outputted from 88pin (AC0). They are supplied to Stereo signals inputted to 25pin are decoded to virtual Dolby surround and the video decoder (U19) through the low pass filter (U24) and the band outputted from 3pin. pass filter (U22). 1-3-4. Speaker driver U1 (LA4636) 1-2-3. Video decoder U19 (VPC3230D) The LA4636 is a power IC of the BTL system, which drives two speak- ers: L and Rch of 8Ω. Audio signals inputted at 2 and 4 pins are output- The VPC3230D is a video decoder IC which converts Y/C separation ted to 8 - 9 pins and 11 ? signals into digital Y/Pb/Pr signals. 12pins in reverse polarity of L and Rch. The composite video signal is inputted from the tuner and the external The voltage gain is fixed to 35dB. However, mute can be applied by the input pin, and Y/C separated, and inputted from 75pin and 72pin. The control voltage at 6pin. Y/C signal from the S pin is directly inputted to 74pin and 71pin, and The voltage at the standby pin (5pin) is controlled by the headphone processed as the S signal, and converted into the digital Y/Pb/Pr sig- detection signal from the headphone pin to shut off the speaker output. nals and outputted. 1-3-5. Headphone amplifier U5 (LM4911) The output is inputted to the IP conversion U33. The LM4911 is an audio power amplifier which allows gain adjustment 1-2-4. Video A/D Converter U37 (MST9883C) by an external resistor. The headphone audio signal inputted at 1, 5pin is outputted to 7, 9pin (L This is an A/D converter which converts analog Y/Pb/Pr signals into dig- & Rch). ital RGB signals. The Y/Pb/Pr signals inputted from the component input pin are passed through the low pass filter (U46) to 48 pin, 43 pin, and 54 pin, and converted into digital RGB signals and inputted to the IP conversion U33.
LD-26SH1U HARDWARE DESCRIPTION 6 – 1 1-4. INVERTER UNIT (HIGH VOLTAGE SIDE: RDENC2159TPZZ, LOW VOLTAGE SIDE: RDENC2161TPZZ) For lighting the 14-lamp backlight (striplight) of the LCD panel. It allows ON-OFF control and brightness (Duty light control system) control. The operating power source is supplied from the 12V output connector CN201 for the power unit inverter directly with the cable. The inverter PWB is composed of two PWB's: one on the high voltage side with the control and the output circuits and the other on the low voltage side for detection of current, and is connected with FFC. 15pin of J13 connector on the main PWB is for ON/OFF control (ON at 5V) of the backlight, and 9pin is for control of the brightness adjustment. Brightest at 0V. The higher the voltage is, the darker the brightness is. (Max. 5.0V) The protection circuit is provided to stop operation when any trouble occurs in the lamp. Note: The inverter unit supplies a high voltage of max. 2,000V to the lamp by the boosting transformer. Be sure to keep your hand away from the output connector, etc. when the machine is conducting. It is very dangerous. Use great care when servicing.
1-5. AC POWER UNIT (DPS190DP) The PDS190DP is a power unit of multi outputs (12V, 5V, 3.3V, sub 5V) of general output 190W. The input power specification is AC100 ? 240V (50/60Hz). It is provided with the AC input connector CN1, the inverter output con- nector CN201, and other I/O connector CN202. The CN201 is used for output of 12V for the inverter. 1- 5 pins and 11 ? 15 pins are GND, 6 ? 10 pins and 16 ? 20 pins are at 12V. The CN202 has 12V pin (1, 2pin) for the circuits, 5V pin (5, 6pin) for the circuits, 3.3V pin (9, 10pin) for the circuit, 5V pin (13pin) for the sub power source, the ON/OFF control input PSON (15pin), the power sta- tus output PG (16pin), and the other pins (3, 4, 7, 8, 11, 12, 14 pin) for GND. 5V and 3.3V are generated from 12V by the DC-DC converter circuit inside the power source. Protection circuits are provided against an overvoltage, an overcurrent, and a high temperature. When the power is shut down, disconnect the AC cord and connect it again to reset. Note: While AC power is supplied, a voltage is provided to the heat sink (HS1, HS2, HS3) on the primary side. Use great care to avoid an electrical shock when servicing. (The heat sink HS4 near the output connector is at GND level, and safe when touched.)
1-6. REMOTE CONTROL This is a remote control of infrared system. When the remote control key is pressed, infrared rays are radiated in pulses. (Remote control code) The remote control light receiving section U7 is provided in the front side of the unit. When it receives infrared pulses, it converts infrared rays into a voltage. The information is transmitted to the microprocessor to perform proper processes.
LD-26SH1U HARDWARE DESCRIPTION 6 – 2 B A B A B A D C D C D C 1/26 1 1 1
2 21 2 21 2 21
1 1 FD2 FD_DOT040 FD701 FD_DOT040
0.1U 50V 0.1U 50V
C300 C366 0603 0603 1 1
FD4 FD_DOT040 FD704 FD_DOT040
1 2 1 2 +5V_VD VD_GND +5V_VD VD_GND
TP30 TP13
1 1 FD3 FD_DOT040 FD703 FD_DOT040 1 1 8 3 4 8 3 4 3 3 3 3 3 3
OS OS 1 1 VCC VCC GND GND FD1 FD_DOT040 FD702 FD_DOT040 A0 A1 A2 SDA SCL A0 A1 A2 SDA SCL U40 LM75_SO 284500075007 U24 LM75_SO 284500075007 SO8 SO8 7 6 5 1 2 7 6 5 1 2 VD_GND VD_GND I2C address : 90 I2C address : 96 2 2 2 2 +5V_VD
SHORT-SMT4
JO15 1
4 4 4 2 1 MTG31 ID1.2/OD1.78/SLD5 VD_GND 1 1 1 1 8 7
R380R379 33 33 0603 0603 R337R338 33 33 0603 0603
1 6
MTG14 ID3.5/OD8
2 5 SHORT-SMT4
JO702
GND 1
2 3 4 1 MTG30 ID1.2/OD1.78/SLD5 VD_GND For AMP HEATSINK Only
8 7
1 6 SHORT-SMT4 MSTR_SCL_5 MSTR_SCL_5 MSTR_SDA_5 MSTR_SDA_5
JO701
MTG12 ID3.5/OD8
2 5 2 1 3 4 (3,14,17,18) (3,14,17,18) (3,14,17,18) (3,14,17,18) 5 5 5
SHORT-SMT4
8 7 JO14
1 6 2 1
MTG9 ID3.5/OD8 TVTUNER_GND
2 5 GND
3 4 1 For ESD GND MTG23 ID3.8/OD8.0 audio in
8 7
1 6 TUNER_MTG_GND
MTG8 ID3.5/OD8
2 5 1
TP37 TOUCHPAD_METAL16 GND 1 VD_GND IO1_GND 3 4 Close to PC MTG32 ID3.8/OD8.0 6 6 6
8 7
1 6
MTG3 ID3.5/OD8 FOR ESD
2 5 1 TP36 TOUCHPAD_METAL16 GND IO_GND 3 4 Close to DVI
IO_GND 1 SHORT-SMT4 TP742 TOUCHPAD_METAL16 JO4
GND
1 2 1 Close to D-SUB 7 7 7 MTG4 ID3.5/OD8.0 VD_GND 87654 87654 87654 8 8 8 History CHAPTER 7. CIRCUIT DIAGRAM & PWB LAYOUT CIRCUIT DIAGRAM 1. B A B A B A D C D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 1 B A B A B A D C D C D C 2/26 1 1 1 +5V_VD J11 +5V_VD GND 1 2 3 4 5 6 7 8 9 10 11 GND1 GND2 MA/11PX1/RA ACES 87213-1100 P/N = 291000021105 FOR I2C PORT 2 2 MSTR_SCL (9,11,14,15,23) MSTR_SCL_5 (1,14,17,18) MSTR_SDA (9,11,14,15,23) MSTR_SDA_5 (1,14,17,18) +5V 1 2 3 4 VD_GND A0 A1 A2 1 GND 1
1U 0603 C187
2 1 R41 10K 0603 VCC WP SCL SDA U705 M24C32 SO8 P/N = 283467930005 VD_GND R40 10K 0603 3D_DEBUG_SEL MSTR_SDA_5 MSTR_SCL_5 +3.3VS_DIG 8 7 6 5 +3.3VS_DIG 2 2 D D
D 2N7002 Q707 D 2N7002 Q708 GND 2 21 2 21 2 21
G S S G 0.1U 50V C864 0603
S S
2 1 1 1 +3.3V R192R191 33 33 0603 0603 DEBUG_SCL_3D DEBUG_SDA_3D R193 10K 0603 R195 0603
(20) (20)
10K/NA
1 2 1 2 +3.3V
+5V_VD
2 MSTR_SCL_1601 MSTR_SDA_1601 1 R194 0603
10K/NA
1 2 MSTR_SCL_3D (20) MSTR_SDA_3D (20) R845 10K 0603
SYNCDET (17) D1_I/P (19) R237 5.6K 0603
1 2 DEBUG_DETECT TXD RXD +3.3VS_DIG R250 10K 0603
R235 5.6K 0603 3D_DEBUG_SEL
2 1 2 C343 0.1U 16V 0603D_1 1 R427 10K 0603
3 3 3 3 3 3
1 2 2 1 VD_GND TP738 GND GND +3.3VS_DIG MSTR_SDAU MSTR_SDA_5U MSTR_SDA_3D MSTR_SCL_3D I2C_CTL 1 GND MSTR_SCLU R830 10K/NA 0603
RP27 10K*4 1206 RP701 10K*4 1206
1 2 3 4 7 8 11 14 17 18 21 22 1 13 RESET# GND 8 7 6 5 8 7 6 5 DEBUG_DETECT 1A3 1A4 1A5 2A1 2A2 2A3 2A4 2A5 1A1 1A2 (4) 1OE# 2OE# 2 R400 0 0603 1 2 3 4 1 2 3 4 2 1B1 1B2 1B3 1B4 1B5 2B1 2B2 2B3 2B4 2B5 VCC GND PSON (21) D_CONNECT_SEL (19) LVDS_RL (8) LVDS_UD (8) AMP_STBY (16) HP_MUTE (16) U21 SN74CBTD3384 TSSOP24 P/N = 282074338403 1 2 5 6 9 10 15 16 19 20 23 24 12 0.1U 50V C341
0603
R236 5.6K 0603 1
1 2 1 2 IR_DATA (12) IR_DATA0 (12) OCM_WE# (6) OCM_RE# (6) OCM_CS# (6) HEADPHONE_DETECT (12,16) D_MODE_SEL2 (19) D_MODE_SEL1 (19) OCMADDR19 (6) OCMADDR[0..18] (6) OCMDATA[0..7] (6) VD_GND G_SVDATA0 G_SVDATA1 G_SVDATA2 G_SVDATA3 G_SVDATA4 G_SVDATA5 G_SVDATA6 G_SVDATA7
1U 0603 C381
R890 10K 0603
2 R234 5.6K 0603 1
2 R399 100K 0603 1
4 4 4
+3.3V 1 2 GND D_CONNECT_SEL AMP_STBY POWER_OFF SYNCDET HP_MUTE GND RXD (7) TXD (7) TP725 TP26 TP25 TP731 TP727 2 2 MSTR_SCLMSTR_SDA MSTR_SCL_5U OCMDATA[0..7] MSTR_SCL_1601 MSTR_SDA_1601 OCMADDR[0..18] 2 1 1 1 1 1 1 MSTR_SCL_1601 MSTR_SDA_1601 1 1 2 2 2 2 2 2 2 2 GND RESET 2 2 R375R384 0 0/NA 0603 0603 1 1 1 1 1 1 1 1 MN VCC U39 IMP811 SOT143 G_SVDATA5 G_SVDATA0 G_SVDATA7 G_SVDATA6 G_SVDATA3 G_SVDATA4 G_SVDATA1 G_SVDATA2 G_SHS G_SVODD G_SVCLK G_SVDV G_SVS 3 4 1 1 0.1U 50V C314 0603 R835R401R426R836R402R428R403R404 100 0603 100 0603 100 0603 100 0603 100 0603 100 0603 100 0603 100 0603 IR0 OCMDATA6 OCMDATA2 OCMDATA1 RXD RESET# OCM_RE# I2C_CTL OCMDATA7 OCMDATA0 OCMDATA4 OCM_WE# OCMDATA5 TXD OCMDATA3 IR_DATA OCM_CS# HEADPHONE_DETECT
+5V 2 1 OCMADDR11 OCMADDR17 OCMADDR13 OCMADDR18 OCMADDR16 OCMADDR12 OCMADDR7 OCMADDR4 OCMADDR3 OCMADDR1 OCMADDR0 OCMADDR6 OCMADDR19 OCMADDR10 OCMADDR9 OCMADDR5 OCMADDR15 OCMADDR14 OCMADDR8 OCMADDR2 R459R460 33 33 0603 0603 GND +5V_VD 5 5 5 10K 0603
C16 B16 A16 D15 C15 B15 A15 D14 A17 A14 B14 C14 D16 M1 M2 K1 M4 M3 P4 P3 R3 R2 R1 L1 L2 P2 P1 T4 T3 T2 T1 U4 U3 U2 U1 V4 V3 V2 V1 W3 W2 W1 Y3 Y2 Y1 AA3 AA2 AA1 AB3 AB2 AB1 AC3 AC2 AC1 AD1 AE1 AF1 AD2 AE2 AF2 AD3 AE3 AF3 AD4
R425 0.01U 0603 C342
1 2 1 2 +3.3V IR1 IR0 SVDV SVCLK SVODD RESETn SVDATA0 SVDATA1 SVDATA2 SVDATA3 SVDATA4 SVDATA5 SVDATA7 OCM_UDI SVVSYNC SVHSYNC OCM_REn ROM_CSn SVDATA6 OCM_INT2 OCM_INT1 OCM_WEn OCM_UDO MSTR_SCL OCM_CS2n OCM_CS1n OCM_CS0n MSTR_SDA OCMDATA9 OCMDATA8 OCMDATA7 OCMDATA6 OCMDATA5 OCMDATA4 OCMDATA3 OCMDATA2 OCMDATA1 OCMDATA0 OCMADDR9 OCMADDR8 OCMADDR7 OCMADDR6 OCMADDR5 OCMADDR4 OCMADDR3 OCMADDR2 OCMADDR1 OCMADDR0 OCMDATA15 OCMDATA14 OCMDATA13 OCMDATA12 OCMDATA11 OCMDATA10 OCMADDR19 OCMADDR18 OCMADDR17 OCMADDR16 OCMADDR15 OCMADDR14 OCMADDR13 OCMADDR12 OCMADDR11 OCMADDR10 U34A DVI_SCL DVI_SDA RX0+ RX0- RX1+ RX1- RX2+ RX2- RXC+ RXC- NC_0 NC_1 REXT BLUE- BLUE+ GREEN- GREEN+ RED- RED+ SOG NC_2 VGA_SCL VGA_SDA AHSYNC AVSYNC EXTCLK XTAL TCLK NC_3 NC_4 ACS_RSET_HD VRED0 VRED1 VRED2 VRED3 VRED4 VRED5 VRED6 VRED7 VGRN0 VGRN1 VGRN2 VGRN3 VGRN4 VGRN5 VGRN6 VGRN7 VBLU0 VBLU1 VBLU2 VBLU3 VBLU4 VBLU5 VBLU6 VBLU7 VCLK VODD VVS VHS_CSYNC VDV VCLAMP PWM0 PWM1 PWM2 OCM_TIMER1 LBADC_IN3 LBADC_IN2 LBADC_IN1 LBADC_RETURN GM1501-CF BGA352_64 L4 L3 F1 A8 B8 A9 B9 A6 B6 B1 B2 A1 K3 K2 N4 N3 D5 C5 C1 C2 D1 D2 C3 N2 N1 R4 G4 G3 A10 B10 B11 B19 A19 B18 A18 A23 B22 A22 B21 A21 B25 A25 B24 A24 B23 A20 B20 B17 A12 B12 C19 D18 C18 C17 C22 D21 C21 D24 C24 C23 C20 D19 D20 C26 C25 D26 D25 C12 D12 6 6 6 D_DETECT (19) GND TCLK XTAL
2 2
0.01U 0603 C265
1 2 R857 100K 0603 R249 150K 0603 GND
RED_HD3 GREEN_HD2 BLUE_HD0 RED_HD2 RED_HD4 RED_HD5 GREEN_HD4 BLUE_HD1 BLUE_HD2 BLUE_HD3 BLUE_HD4 RED_HD6 BLUE_HD6 ACS_RESET_HD GREEN_HD5 BLUE_HD5 GREEN_HD7 BLUE_HD7 RED_HD1 GREEN_HD1 RED_HD0 GREEN_HD0 GREEN_HD6 RED_HD7 GREEN_HD3
2
2 1 2 1 1 1 AVS GND SOG AHS RED- RED+ BLUE- BLUE+ 0.01U 0603 C425 (7) GREEN- (7) (7) GREEN+ LED2_KEYPAD VFC_PWM LED_KEYPAD
(7)
RX0- RX1- RX2- VGA_SCL
(7)
RX0+ RX1+ RX2+ RXC- VGA_SDA (7) (7) RXC+ 2 C262 0.1U 16V 0603D_1 R330R344 10K 0603 10K 0603 1 1 (7) (7)
(7) (7) (7) (7) DVI_SCL DVI_SDA
(7) (7) (7) (7) (7)
(7)
2 1 GND (7) (7) 1% R825 249 0603 1% 10K 0603D_1
1 2
0.01U 0603 C263
2 D_RESOLUTION 1 GND 2 1 RED_HD[0..7] GREEN_HD[0..7] BLUE_HD[0..7] GND GND 7 7 7 BLADJ +3.3V_DVI R834 R832 3.3K 0603 (8) VFC_PWM XTAL TCLK LED_KEYPAD LED2_KEYPAD (19) D_RESOLUTION (12) C863 (12) CAP;33P ,50V,5% ,0603,NPO,SMT 272075330302 HD_VVS HD_VHS
HD_SOG
HD_VCLK 1 2 (9) (9) (9) (9) RED_HD[0..7] BLUE_HD[0..7] +3.3V_PLL GREEN_HD[0..7] (9) GND GND (9) (9) TUNER_AFT TUNER_AGC 2 (17) (17) X7 Crystal C-load=16 pF 1 14.31818MHZ 87654 87654 87654 8 8 8
C862
CAP;33P ,50V,5% ,0603,NPO,SMT 272075330302
1 2 +3.3V_PLL GM1501_ 1 B A B A B A D C D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 2 B A B A B A D C D C D C
R833 10K 0603
1 2 3/26 R366 10K 0603 ACES 88260-0800 HDR/MA-8 P/N = 291000000027
1 1 1 1 2 J12 R365 10K 0603 1 2 3 4 5 6 7 8
R831 10K/NA 0603
2
GND1 GND2 1
TXA3+ (8)TXA3- (8) TXAC+ (8) TXAC- (8) TXA2+ (8)TXA2- (8) TXA1+ (8)TXA1- (8) TXA0+ (8)TXA0- (8) 2 1 GND R371 10K 0603
GND
1 2 +3.3V R828 10K 0603
BTN_DETECT (12,14,18) POWER (12,16,21)
1 2 INPUT OK MENU CHANNEL_UP CHANNEL_DOWN VOLUME_UP VOLUME_DOWN TXA3+ TXA3- TXAC+ TXAC- TXA2+ TXA2- TXA1+ TXA1- TXA0+ TXA0-
R367 10K 0603 2
2 1 JTAG_TRST JTAG_TDI/SDA JTAG_TDO JTAG_TMS JTAG_TCK/SCL LOCK_FAN1 (21) R370 0/NA 0603 21 2 21 2 21 2
R305 10K 0603 1
1 2 2 R307 10K 0603 G
100 0603 Q51 2N7002
2 1 R374 10K 0603
+3.3V 2 1 S D 1 +3.3V D S GND 10K*4 1206 RP13 R762
TXB3+ (8)TXB3- (8) TXBC+ (8) TXBC- (8)TXB2+ (8)TXB2- (8) TXB1+ (8)TXB1- (8) TXB0+ (8)TXB0- (8) 8 1
7 2 1K/NA 0603
R369 5.6K 0603
R393 0.1U 50V
C294 0603 6 3
5 4 1 2 1 2 1 2 +3.3V GND GND
R368 5.6K/NA 0603
1 2 1 2 +3.3V GND R386 1K 0603 3 3 3 3 3 3 TXB3+ TXB3- TXBC+ TXBC- TXB2+ TXB2- TXB1+ TXB1- TXB0+ TXB0- LOCK_FAN2 (21) LVDS_Temp1 (8) LVDS_Temp3LVDS_Temp2 (8) (8) PLUG1_DETDEBUG_DETECT (19) (3) MB ID 1 L: JP( PVT) DVT) EVT, H: JP( 2 LA4635_MUTE (16,18) SEC_SCL SEC_SDA SHP_DEBUGCOUNT0 (7) COUNT1 (14) D2_I/P (14) PLUG2_DET (19) (19) R815 100 0603 TP737 1 DEV_RESET#VGA_CAB (9,14,15,23) DVI_CAB (7) (7) TP740 TP730 TP741 TP739 1 TP721 1 1 1 1 TP736 TP733 TP734 TP735 TP732 TP729 1 2 3 4 1 2 2 2 2 1000P 0603 C144
2 2 2 2
2 1 1 1 1 1 1 1 GND 1 1 1 1 4 4 4 1 1 8 7 6 5 1 1 R814R308R306R364 100 0603 R345R346 0 4.7K 0 4.7K 0603 0603 4.7K 0603 0603 0603 R818R817 100 0603 100 0603 RP14 4.7K*4 1206 TXB1+ TXA3- TXAC- TXA2+ TXA1+ TXA0+ TXA0- TXBC- TXB2- JTAG_TDO JTAG_TDI/SDA JTAG_TMS VGA_CAB DVI_CAB TXB1- TXB0+ TXA3+ TXAC+ TXA2- TXA1- TXB3+ TXB3- TXBC+ TXB2+ TXB0- JTAG_TRST JTAG_TCK/SCL PLUG1_DET MB_ID DEV_RESET# AC18 AD18 AE18 AF18 AE19 AF19 AE20 AF20 AD21 AD22 AE21 AF21 AE22 AF22 AE23 AF23 AD23 AD24 AE24 AF24 AF25 AF26 AE25 AE26 AE8 AF8 AC9 AD9 AE9 AF9 AD10 AE10 AF10 AC11 AD11 AE11 AF11 AF12 AE12 AF13 AE13 AD14 AF14 AE14 AF15 AE15 AF16 AE16 AC7 AF17 AD16 AD7 AD8 AF7 AE7 AF6 AE6 AD6 AF5 AE5 AD5 AC5 AF4 AE4 DVS DHS DEN DCLK B0+(DEBLU) B2-(DEBLU4) B1-(DEBLU7) B0-(DEBLU9) B2+(DEBLU3) B1+(DEBLU6) A3-(DORED7) B3-(DEGRN7) A2-(DOGRN4) A1-(DOGRN7) A0-(DOGRN9) AC-(DORED9) BC-(DEGRN9) A3+(DORED6) B3+(DEGRN6) A2+(DOGRN3) A1+(DOGRN6) A0+(DOGRN8) AC+(DORED8) BC+(DEGRN8) SHIELD[4](DEBLU2) SHIELD[5](DEBLU5) SHIELD[0](DEGRN2) SHIELD[1](DEGRN3) SHIELD[2](DEGRN4) SHIELD[3](DEGRN5) GPIO_G09_B5(DEBLU1) GPIO_G04_B0(DOBLU2) GPIO_G04_B1(DOBLU3) GPIO_G04_B2(DOBLU4) GPIO_G04_B3(DOBLU5) GPIO_G04_B3(DOBLU6) GPIO_G04_B4(DOBLU7) GPIO_G04_B6(DOBLU8) GPIO_G04_B7(DOBLU9) GPIO_G08_B5(DOBLU1) GPIO_G08_B4(DOBLU0) GPIO_G09_B1(DERED1) GPIO_G09_B0(DERED0) GPIO_G07_B0(DERED2) GPIO_G07_B1(DERED3) GPIO_G07_B2(DERED4) GPIO_G07_B3(DERED5) GPIO_G07_B4(DERED6) GPIO_G07_B5(DERED7) GPIO_G07_B6(DERED8) GPIO_G07_B7(DERED9) GPIO_G06_B0(DORED2) GPIO_G06_B1(DORED3) GPIO_G06_B2(DORED4) GPIO_G06_B3(DORED5) GPIO_G08_B1(DORED1) GPIO_G08_B0(DORED0) GPIO_G09_B3(DEGRN1) GPIO_G09_B2(DEGRN0) GPIO_G08_B3(DOGRN1) GPIO_G08_B2(DOGRN0) GPIO_G05_B0(DOGRN2) GPIO_G05_B3(DOGRN5) GPIO_G09__B4(DEBLU0) 5 5 5 U34B FSDATA0 FSDATA1 FSDATA2 FSDATA3/FSDATA7 FSDATA4/FSDATA5 FSDATA5/FSDATA29 FSDATA6/FSDATA31 FSDATA7/FSDATA28 FSDATA8/FSDQM2 FSDATA9/FSDATA16 FSDATA10/FSDATA11 FSDATA11/FSDATA9 FSDATA12 FSDATA13/FSDQS1 FSDATA14/FSDATA15 FSDATA15/FSDATA27 FSDATA16/FSDATA26 FSDATA17'FSDATA14 FSDATA18/FSDATA24 FSDATA19/FSDQM1 FSDATA20/FSDATA13 FSDATA21/FSDATA10 FSDATA22/FSDATA17 FSDATA23/FSDATA8 FSDATA24/FSDQM3 FSDATA25/FSDQS3 FSDATA26/FSDATA30 FSDATA27/FSDATA4 FSDATA28/FSDATA6 FSDATA29/FSDATA3 FSDATA30/FSDQS0 FSDATA31/FSDQM0 FSADDR0 FSADDR1 FSADDR2 FSADDR3 FSADDR4 FSADDR5 FSADDR6 FSADDR7 FSADDR8 FSADDR9 FSADDR10 FSADDR11 FSCLKp FSCLKn FSDQS/FSDATA25 FSDQM0/FSDATA19 FSDQM1/FSDQM2 FSDQM2/FSDATA20 FSDQM3/FSDATA18 FSWE/FSDATA23 FSCAS/FSDATA22 FSRAS/FSDATA21 FSCKE FSBKSEL0 FSBKSEL1 PPWR PBIAS NC_5 OEXTR D_GND_54 GM1501-CF BGA352_64 J25 J26 L24 L25 L26 T26 F24 F25 F26 T25 T24 Y24 Y25 Y26 E24 E25 E26 P24 P26 P25 K24 V26 V25 V24 A26 B26 H26 H24 R25 N24 N26 N25 N23 R26 R24 H25 U24 U23 U25 U26 G26 G24 G23 G25 M25 M26 M24 W26 AB26 AA24 AA25 AA26 AB25 AB24 AD25 AD26 AC24 AC25 AC26 AC17 AC16 AD15 gm1501 rev CF Quad Mode DQS FSDATAU31 FSDATAU16 FSDATAU9 FSDQMU3 FSDQSU3 FSDATAU30 FSDATAU3 FSDQSU0 FSDATAU7 FSDATAU29 FSDATAU12 FSDATAU27 FSDATAU11 FSDQSU1 FSDATAU26 FSDQMU1 FSDATAU10 FSDATAU17 FSDATAU4 FSDATAU6 FSDQMU0 FSDATAU0 FSDATAU1 FSDATAU2 FSDATAU5 FSDATAU28 FSDQMU2 FSDATAU15 FSDATAU14 FSDATAU24 FSDATAU13 FSDATAU8 FSCLKU- FSDATAU19 FSDATAU25 FSDATAU23 FSDQSU2 FSDATAU20 FSDATAU18 FSDATAU22 FSDATAU21 FSBKSELU0 FSBKSELU1 6 6 6 OEXTR GND FSADDRU0 FSADDRU1 FSADDRU2 FSADDRU3 FSADDRU4 FSADDRU5 FSADDRU6 FSADDRU7 FSADDRU8 FSADDRU9 FSADDRU10 FSADDRU11 R823 3.3K 0603
2 2 2 2 2
1 2 GND 1 1 1 1 1 FSDATAU1 FSDATAU5 FSDATAU6 FSDATAU8 FSDATAU9 FSDATAU11 FSDATAU12 FSDATAU13 FSDATAU14 FSDATAU17 FSDATAU19 FSDATAU20 FSDATAU24 FSDATAU27 FSDATAU31 FSDATAU0 FSDATAU2 FSDATAU10 FSDATAU15 FSDATAU18 FSDATAU22 FSDATAU23 FSDATAU25 FSDATAU29 FSDATAU16 FSDATAU30 FSDATAU3 FSDATAU4 FSDATAU7 FSDATAU21 FSDATAU26 FSADDRU1 FSADDRU0 FSADDRU11 FSADDRU4 FSADDRU3 FSADDRU8 FSADDRU6 FSADDRU7 FSADDRU10 FSADDRU2 FSADDRU9 FSADDRU5 FSDQMU0 FSDQMU1 FSDQMU2 FSDQMU3 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 R797R796 10 10 0603 0603 R798R799R800 33 33 0603 33 0603 0603 1 2 3 4 1 2 3 4 1 2 3 4 FSDQSU0 FSDQSU1 FSDQSU2 FSDQSU3 16 15 14 13 12 11 10 9 16 15 14 13 12 11 10 9 2 2 2 2 2 2 2 2 10K 0603 10K/NA 0603
R811 R810 9 9
16 15 14 13 12 11 10 16 15 14 13 12 11 10
2 1 2 1 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 8 7 6 5 8 7 6 5 8 7 6 5 +3.3V GND FSCLK- FSBKSEL1 PBIAS FSCKE FSCKEU FSCLK+FSBKSEL0 FSCLKU+ ENVGA 1 1 1 1 1 1 1 1 (8) (8) 7 7 7 RP6 33*8 RPX8 RP9 33*8 RPX8 RP8 33*8 RPX8 RP7 33*8 RPX8 RP12 33*4 1206 RP11 33*4 1206 RP10 33*4 1206 R787R792R793 33R790 33 33 33 0603 0603 0603 0603 MB_ID R791R795R789R788 33 33 33 33 0603 0603 0603 0603 FSDATA3 FSDATA4 FSDATA11 FSDATA18 FSDATA20 FSDATA23 FSDATA25 FSDATA28 FSDATAU28 FSDATA0 FSDATA1 FSDATA2 FSDATA5 FSDATA7 FSDATA8 FSDATA9 FSDATA10 FSDATA12 FSDATA13 FSDATA14 FSDATA15 FSDATA17 FSDATA19 FSDATA21 FSDATA22 FSDATA24 FSDATA26 FSDATA27 FSDATA29 FSDATA31 FSADDR2 FSADDR1 FSADDR0 FSADDR9 FSADDR4 FSADDR3 FSADDR8 FSADDR5 FSDATA6 FSDATA16 FSDATA30 FSADDR10 FSADDR11 FSADDR6 FSADDR7 FSDQM0 FSDQM1 FSDQM2 FSDQM3 FSCKE FSCLK- FSCLK+ FSBKSEL0 FSBKSEL1 (6) (6) (6) (6) (6) LCD POWER ENABLE BACKLIGHT ENABLE FSDQS_0 FSDQS_1 FSDQS_2 FSDQS_3 FSADDR[0..11] FSDQM[0..3] FSDATA[0..31] PPWR------PBIAS--- - MB ID PVT) H: US( DVT), JP( L: US( EVT), EVT, JP( DVT) 87654 87654 87654 8 8 8 FSDQS_1 FSDQS_2 FSDQS_3 FSDQS_0 FSDQM[0..3] (6) (6) (6) (6) FSDATA[0..31] GM1501_2 FSADDR[0..11] (6) (6) (6) B A B A B A D C D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 3 B A B A B A D C D C D C 4/26 C828 10U 0805 6.3V
1 1 1
1 2 0.1U 16V C808 0603
0.1U 16V 0.1U 16V C807 C811 0603 0603
1 2
2 1 2 1 GND C800 10U 0805 6.3V 0.1U 16V C834
0603
+3.3V_LBADC 2
1 2 1 2
0.1U 16V 0.1U 16V C795 C812 0603 0603
1 2 1 2
0.1U 16V 0.1U 16V 0.1U 16V C814 C784 C831 0603 0603 0603
L719 0805C_1
1 2 2 1 2 1 1
0.1U 16V 0.1U 16V C844 10U 0805 6.3V C854 C809
0603 0603 BEAD_120Z/100M
1 2 1 2 1 2 GND 0.1U 16V 0.1U 16V 0.1U 16V C802 C205 C822 0603 0603 0603 +3.3V_LVDSB
+3.3V
1 2 2 1 2 1 2 0.1U 16V C821 0603
0.1U 16V C790 0603
1 2
1 2 0.1U 16V 0.1U 16V 0.1U 16V C805 C777 C827 0603 0603 0603
+1.8V_DVI L717 0805C_1 1 2 1 2 1 2 0.1U 16V C830 0603 GND 1
0.1U 16V C833
0603
BEAD_120Z/100M 2 2 1
1 2 0.1U 16V 0.1U 16V C801 C778 21 2 21 2 21 2 0603 0603
0.1U 16V C841 0603
+3.3V 1 2 1 2
0.1U 16V 0.1U 16V C813 C774 0603 0603
1 2
0.1U 16V C838
0603
L715 0805C_1 1 2 1 2
2 1 1 0.1U 16V 0.1U 16V C815 C779 0603 0603 BEAD_120Z/100M
0.1U 16V C856 0603
1 2 1 2
0.1U 16V 0.1U 16V C859 C775 0603 0603
1 2
0.1U 16V C781 0603
1 2 1 2
2 1 GND 0.1U 16V 0.1U 16V C823 C791 0603 0603 FSVREF
+1.8V_GM1601
0.1U 16V C843 0603
1 2 1 2
0.1U 16V 0.1U 16V C846 C793 0603 0603
1 2
0.1U 16V C829 0603
1 2 1 2
C835 10U 0805 6.3V
+3.3V 2 1 GND
0.1U 16V 0.1U 16V C818 C782 0603 0603
1 2
0.1U 16V C842 0603
1 2 1 2
0.1U 16V C789 0603
1 2
0.1U 16V C824 0603
1 2
0.1U 16V C817 0603
1 2
0.1U 16V 0.1U 16V C816 C783 0603 0603
1 2
0.1U 16V C855 0603
1 2 1 2
0.1U 16V C794 0603
1 2
0.1U 16V C796 0603
1 2
0.1U 16V C832 0603
1 2
0.1U 16V 0.1U 16V C819 C785 0603 0603
2 1 3 3 3 3
3 3
0.1U 16V C858 0603
1 2 1 2
0.1U 16V 0.1U 16V C799 C806 0603 0603
1 2
0.1U 16V 0.1U 16V C837 C839
0603 0603
+3.3V_LVDS 1 2 1 2
0.1U 16V C826 0603
+3.3V_LVDSA 1 2 2 1 GND GND
0.1U 16V 0.1U 16V C803 C786
0603 0603
2
1 2
0.1U 16V C840 0603
1 2 1 2
1 2 0.1U 16V 0.1U 16V C836 C845 0603 0603 +3.3V_PLL GND
0.1U 16V C825
0603
+3.3V_I/O_BGA 1 2 1 2
+3.3V_LVDS 0.1U 16V 0.1U 16V C797 C787
0603 0603
L713 0805C_1 2 GND 1 GND 2 2
2 1 2 1 GND 1 +1.8V_ADC BEAD_120Z/100M 2 2 +3.3V_DVI 2
0.1U 16V 0.1U 16V C804 C792
0603 0603 +3.3V L724 0805C_1 L716 BEAD_120Z/100M 0805C_1
1 2 2 1 1 1 BEAD_120Z/100M L722 L721 0805C_1 0805C_1 L720 1 1 BEAD_120Z/100M BEAD_120Z/100M 0805C_1 1
0.1U 16V 0.1U 16V C798 C780 0603 0603
+3.3V +3.3V BEAD_120Z/100M
1 2 1 2 GND GND +3.3V +3.3V +2.5V_DDR +1.8V_CORE +1.8V_GM1601 2 4 4 4 L714 0805C_1 1 BEAD_120Z/100M +1.8V_GM1601
0.1U 16V C853 0603
1 2
0.1U 16V C850 0603
2 GND 1
0.1U 16V C851 0603
1 2 5 5 5 0.1U 16V C852
0603
A13 U14 L15 M15 P15 R15 U15 M11 N11 R11 P16 N17 N10 N15 R10 K12 L12 M13 M12 N12 P12 T12 U12 L13 N13 R13 L10 T13 T10 K14 L14 N14 P14 B13 K25 T14 K15 T15 M16 N16 R16 R12 K13 P13 U13 M14 R14 P11 M10 M17 P17 R17 P10 L17 AC13 AC14 AC15 AC19 AC20 AD19 AD17 K26 W24 D4 E2 E1 C4 E4 B4 A5 A7 B7 C7 D7 A11 D11 B5 D13 F3 G2 H4 H2 J4 J2 K4
1 2 GND +3.3V_ADC D_GND_0 D_GND_1 D_GND_2 D_GND_3 D_GND_4 D_GND_5 D_GND_6 D_GND_7 D_GND_8 D_GND_9 D_GND_10 D_GND_11 D_GND_12 D_GND_13 D_GND_14 D_GND_15 D_GND_16 D_GND_17 D_GND_18 D_GND_19 D_GND_20 D_GND_21 D_GND_22 D_GND_23 D_GND_24 D_GND_25 D_GND_26 D_GND_27 D_GND_28 D_GND_29 D_GND_30 D_GND_31 D_GND_32 D_GND_33 D_GND_34 D_GND_35 D_GND_36 D_GND_37 D_GND_38 D_GND_39 D_GND_40 D_GND_41 D_GND_42 D_GND_43 D_GND_44 D_GND_45 D_GND_46 D_GND_47 D_GND_48 D_GND_49 D_GND_50 D_GND_51 D_GND_52 DVI_GND_0 DVI_GND_1 DVI_GND_2 DVI_GND_3 DVI_GND_4 DVI_GND_5 DVI_GND_6 D720 LBADC_GND BZT52C4V3 SOD123 VSSD33_PLL VSSA18_DLL
ADC_AGND_0 ADC_AGND_1 ADC_AGND_2 ADC_AGND_3 ADC_AGND_4 ADC_DGND_0 ADC_DGND_1 VSSA33_FPLL
VSSA33_RPLL
VSSD33_LVDS FSVREFVSS_0 FSVREFVSS_1 LVDSB_GND_0 LVDSB_GND_1 LVDSB_GND_2 LVDSA_GND_0 LVDSA_GND_1 LVDSA_GND_2 K A VSSA33_SDDS_0 VSSD33_SDDS_0 VSSA33_DDDS_1 VSSD33_DDDS_1 2 +3.3V_ADC L723 0805C_1 1 BEAD_120Z/100M
0.1U 50V C860 0603
1 2 6 6 6 U34C CORE_1.8_0 CORE_1.8_1 CORE_1.8_2 CORE_1.8_3 CORE_1.8_4 CORE_1.8_5 CORE_1.8_6 CORE_1.8_7 CORE_1.8_8 CORE_1.8_9 CORE_1.8_10 CORE_1.8_11 CORE_1.8_12 VDDA18_DLL IO_3.3_0 IO_3.3_1 IO_3.3_2 IO_3.3_3 IO_3.3_4 IO_3.3_5 IO_3.3_6 IO_3.3_7 IO_3.3_8 IO_3.3_9 IO_3.3_10 LBADC_33 FS_2.5_0 FS_2.5_1 FS_2.5_2 FS_2.5_3 FS_2.5_4 HIGH IMPEDANCE/FSWE FS_2.5_6 FS_2.5_7 HIGH IMPEDANCE/FSCAS FS_2.5_9 FS_2.5_10 HIGH IMPEDANCE/FSRAS FS_2.5_12 FS_2.5_13 FS_2.5_14 LVDSB_3.3_0 LVDSB_3.3_1 LVDSB_3.3_2 LVDSA_3.3_0 LVDSA_3.3_1 LVDSA_3.3_2 VDDD33_LVDS FSVREF_0 FSVREF_1 DVI_1.8_0 DVI_1.8_1 DVI_1.8_2 DVI_1.8_3 DVI_3.3_0 DVI_3.3_1 DVI_3.3_2 DVI_3.3_3 DVI_3.3_4 ADC_1.8_0 ADC_1.8_1 ADC_3.3_0 ADC_3.3_1 ADC_3.3_2 ADC_3.3_3 VDDA33_RPLL VDDD33_PLL VDDA33_FPLL VDDA33_SDDS_0 VDDD33_SDDS_0 VDDA33_DDDS_1 VDDD33_DDDS_1 GM1501-CF BGA352_64 2.2U C861 J3 J1 0805 F4 F2 Y4 A3 A4 A2 B3 E3 D6 D8 D9 C9 C8 C6 D3 H3 H1 G1 +80-20% W4 J23 J24 L16 L11 L23 T16 T17 T11 T23 F23 Y23 K17 K10 K16 K11 K23 P23 V23 E23
U17 U11 U16 U10 D17 D23 D22 C13 H23 R23 D10 C11 C10 AA4 AB4
AC4 AC6 AC8 M23 W23 W25
AA23 AB23 AE17 AC10 AC23 AC12 AD12 AD13 AD20 AC22 AC21 1 2 3
A
GND 1 GND D719 RLS4148 MLL34B K VIN VOUT U703 AME8800AEFT SOT89N +1.8V_CORE 2 1U 0603 C848
7 7 7 1 2 2 2 2 0.1U 50V C849 0603
FSVREF 2 +2.5V_DDR 1 +3.3V_LVDS +1.8V_DVI +3.3V_DVI +3.3V_PLL +3.3V_ADC +3.3V_LBADC +3.3V_LVDSB +3.3V_LVDSA +1.8V_ADC +3.3V_I/O_BGA 1 1 1 R794R801R802 33 0603 33 0603 33 0603
0.5A/32V
F703
1 2 +5V FSWE# FSCAS# FSRAS# 87654 87654 87654 8 8 8 (6) (6) (6) GM1501_3 B A B A B A D C D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 4 B A B A B A D C D C D C 5/26 1 1 1 (4) (4) FSDQS_1 (4) FSDQS_0 (4) FSDQS_2 FSDQS_3 FSDATA[0..31] (4) 0603 0603 0603 0603
R473 R472 10K/NA 0603 10K 0603 2 2 2 2
1 2 1 2 +3.3V GND 0 0 0 0 1 1 1 1 21 2 21 2 21 2 FSDATA[0..31] R784 R781 R263 R786 OCMADDR15 3 FSDQS3 FSDQS0 FSDQS2 FSDQS1 0 R431 R433 10K/NA 060 10K 0603 1
D 2 1 2 gm1501 rev CF Quad DQS Mode 1 +3.3V GN FSDATA FSDQS0 FSDQS1 FSDQS3 FSDQS2 FSDATA FSDATA6 FSDATA7 FSDATA20 FSDATA29 FSDATA31 FSDATA22 FSDATA9 FSDATA2 FSDATA5 FSDATA8 FSDATA11 FSDATA13 FSDATA17 FSDATA19 FSDATA24 FSDATA27 FSDATA30 FSDATA16 FSDATA23 FSDATA26 FSDATA21 FSDATA25 FSDATA3 FSDATA12 FSDATA18 FSDATA28 FSDATA14 FSDATA15 FSDATA4 FSDATA10 +2.5V_DDR OCMADDR14 A6 B5 A5 A4 B1 C2 C1 D1 A1 J12 J11 H12 H11 F12 F11 E12 E11 G12 E2 E1 F2 F1 H2 H1 J1 J2 G1 D12 C12 C11 B12 A9 A8 B8 A7 A12 K8 L9 C6 C7 D3 D10 K3 K6 K7 K10 B2 B4 B6 B7 B9 B11 D2 D11 E3 E10 F3 F10 H3 H10 J3 J10 1 7 3 3 3 3 3 3 DQ9 DQ0 DQ DQ2 DQ3 DQ4 DQ5 DQ6 DQ DQ8 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 DQ16 DQ17 DQ18 DQ19 DQ20 DQ21 DQ22 DQ23 DQ24 DQ25 DQ26 DQ27 DQ28 DQ29 DQ30 DQ31 DQS1 DQS2 DQS3 DQS0 VDD_0 VDD_1 VDD_2 VDD_3 VDD_5 VDD_6 VDD_7 VDD_4 VDDQ_5 VDDQ_0 VDDQ_1 VDDQ_2 VDDQ_3 VDDQ_6 VDDQ_7 VDDQ_8 VDDQ_9 VDDQ_4 R429 10K 0603 R435 10K/NA 0603
VDDQ_10 VDDQ_11 VDDQ_12 VDDQ_13 VDDQ_15 VDDQ_14 A12/RFU1 BA2/RFU2
1 2 1 2 +3.3V GND 7 8 S S A0 A1 A2 A3 A4 A5 A6 A7 A8/AP BA0 BA1 A9 DQM0 DQM1 DQM2 DQM3 RA VREF MCL VSSQ_15 VSSQ_16 VSSQ_17 VSSQ_18 VSSQ_19 A10 CK# VSS/TH5 VSS/TH6 VSS/TH7 VSS/TH8 VSS/TH9 VSS/TH10 VSS/TH11 VSS/TH12 VSS/TH13 VSS/TH14 VSS/TH15 VSS/TH16 VSS_0 VSS_1 VSS_2 VSS_3 VSS_5 VSS_6 VSS_7 VSS_8 VSS_9 VSSQ_0 VSSQ_1 VSSQ_2 VSSQ_3 VSSQ_5 VSSQ_6 VSSQ_7 VSSQ_8 VSSQ_9 VSSQ_10 VSSQ_11 VSSQ_12 VSSQ_13 VSSQ_14 U28 A11 CA WE CS CK CKE NC1 NC2 NC3 NC4 NC5 NC6 NC NC NC9 VSS/TH1 VSS/TH2 VSS/TH3 VSS/TH4 VSS_4 VSSQ_4 HY5DU2832222AF BGA144F_08MM_1 0 1 J5 J6 J7 J8 J4 J9 L5 L8 L4 L7 L6 L1 L2 L3 F5 F6 F7 F4 F8 F9 K5 A2 K1 K2 B3 E5 E6 E7 E8 K4 K9 E4 E9 A3 H4 H9 H5 H6 H7 H8 D6 D7 D9 D4 C8 C9 D5 D8 C3 C4 C5 G7 G2 G3 G8 G5 G6 G9 G4 M4 M5 M6 M7 M8 M9 M3 M1 M2 L10 L12 L11 A11 B10 K11 K12 A10 C10 G1 G10 M1 M11 M12 OCMADDR13 D GN
R430 10K 0603 R434 10K/NA 0603 8 3 9
1 1 2 2 +3.3V GND H FSADDR2 FSADDR0 FSADDR1 FSCKE FSCAS# FSRAS# FSCLK+ FSADDR6 FSADDR10 FSWE# FSDQM1 FSADDR FSBKSEL1 FSBKSEL0 FSDQM2 FSADDR FSDQM3 FSADDR4 FSDQM0 FSADDR5 FSADDR11 FSADDR FSCLK- FSADDR7 2 DDR change to 4Mx32 BGA package 4 4 4 1 10 : LOW (USE TCLK) 14 : LOW 15 : LOW 17 : LOW (8 bit bus with OCM access external ROM) 18 : HIG 09 : LOW (DDC2BI ON DVI),HIGH VGA) 11 : LOW (set all display output to "0") 12 : LOW 16 : HIGH (use crystal) 08 : LOW (Enable checking external rom),HIGH(Disable rom) 13 : LOW (disable serial interface debug) 19 : LOW OCMADDR9 R764 0 0603D FSWE# FSCKE FSRAS# FSCAS# (5) (4) (5) (5) GND FSDQM[0..3] FSVREF U FSADDR[0..11] 0 R782 C208 0.1 16V 0603D
FSBKSEL1 FSBKSEL0
2
2 1 GND 1 OCMADDR[0..18] (3) FSDQM[0..3] 0603D FSBKSEL0 FSBKSEL1 (4) 5 5 5 FSADDR[0..11] (4) (4) GND (4) FSVREF GND 6 OCMADDR[0..18] OCM_RE# (3) OCM_CS# (3) OCM_WE# (3) 10K*4 1206 RP3
D 4 5
6 3 GN
2 7
1 FSVREF 8 +3.3V FSVREF 2 2 7 R813 10K 0603D_1 R265 10K 0603D_1 R
% (5)
2 1 2 1 GND 10U C743 0805 10V +80-20
1 1
+2.5V_DD
2 1 OCMADDR6 OCMADDR8 OCMADDR5 OCMADDR13 OCM_RE# OCM_WE# OCMADDR1 OCMADDR2 OCMADDR9 OCMADDR0 OCM_CS# OCMADDR11 OCMADDR14 OCMADDR15 OCMADDR1 OCMADDR7 OCMADDR10 OCMADDR12 OCMADDR4 OCMADDR16 OCMADDR3 C776 0.1U 16V 0603D_1 C209 0.1U 16V 0603D_1
0%
R432 10K 0603 R470 10K 0603
1 2 1 2 10U C79 0805 10V
+80-2
12 11 10 9 8 7 6 5 27 26 23 25 4 28 29 3 2 30 22 24 31
2 6 1 6 6 A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 +3.3V A11 A15 A10 A12 A13 A14 A16 A17 CE# OE# WE# C750 0.1U 16V 0603D_1
O0 O1 O2 O3 O4 O5 O6 O7 VPP VCC VSS U42 32P/PLCC/SMT PLCC32
1 2 RP35 10K*4 1206 GND 1 13 14 15 17 18 19 20 21 32 16 2 5 6 7 8
C752 0.1U 16V 0603D_1
2 1 GND 1 OCMADDR18
C749 16V 0603D_1 C745 0.1U 0.1U 16V 0603D_1 3 2 4 1
2 1 2 1 R417 10K 0603
FSCLK+ FSCLK- C339 0.1U 16V 0603D_1
2 16V 1 C751 0.1U 16V 0603D_1 C207 0.1U 0603D_1
OCMDATA0 OCMDATA4 OCMDATA2 OCMDATA1 OCMDATA3 OCMDATA6 OCMDATA5 OCMDATA7 GND
1 2 1 2 OCMADDR10 OCMADDR19 OCMADDR16 OCMADDR11 1% 0603D_1
OCMADDR8 OCMADDR12 R264 140 OCMADDR18 OCMADDR17
7 7 7
1 C764 0.1U 16V 0603D_1 C753 0.1U 16V 0603D_1 2
+3.3V 1 2 1 2 OCMDATA[0..7]
0.1U 0603D_1 C765 0.1U 16V 0603D_1 C747 16V
2 1 1 2 OCMADDR19 C756 0.1U C759 0.1U 0603D_1 16V 0603D_1 16V
(3)
FSCLK- FSCLK+
1 2 1 2 (4) (4) GND +2.5V_DDR OCMDATA[0..7] (3) 87654 87654 87654 8 8 8 ROM_ DDRRAM B A B A B A D C D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 5 B A B A D C D C 6/26 DVI_CAB (4) 1 1
GND
R123 100K 0603D_1
1 2 GND AVS (3) DVI_SDA (3) DVI_SCL (3) SOG (3) RED+ (3) RED- (3) GREEN+ (3) GREEN- (3) BLUE+ (3) BLUE- (3) +5V AHS (3) RX2- (3) RX2+ (3) RX1- (3) RX1+ (3) RX0- (3) RX0+ (3) RXC+ (3) RXC- (3) AVS +DVI_5V_ESD 2
D77 BAV99 DVI_SDA DVI_SCL
2 2 AHS
2
2 2
DVISDA1 3 DVISCL1
2 2 2 2 2 2 2 R851 33 0603 1 1 2 R339 R341 12/12 1 1 1 1 1 1 1 1 1 1 1
D78 BAV99 C311C313C312 0.01UC310 0603D_1 0.01UC309 0603D_1 0.01UC308 0603D_1 0.01UC307 0603D_1 0.01U 0603D_1 0.01U 0603D_1 0.01U 0603D_1 R846 33 0603 R458 0/NA 0603 2 10K10K 0603D_1 0603D_1
2 21 2 21
R502 100K/NA 0603D_1 3 1 1 4 U704B 1% 06/02 R418 57.6 0603 SN74LVC14A SOIC14
2 2
1 2 14 7 2 2
+3.3V
D76 BAV99 GND GND
2
1% 3 D71 R420 57.6 0603 3
1 BAV99 1
1 1
8
U704D 2 3
1 1 1
SN74LVC14A SOIC14 GND 2
1
+DVI_5V_ESD 7 14 R498R499 47 0603 47 0603
+3.3V
1% D75 BAV99 R501R503 0/NA 0/NA 0603 0603 R423 57.6 0603 GND
D72 2
1 2 1 BAV99 3
9 2
U704A 3
2 1
SN74LVC14A SOIC14 P/N = 282007414004
2 GND
14 7 +3.3V DVISDA1 DVISCL1 GND
D79 R457 10K 0603D_1 EDID isolate from GM1501 0603D_1 0603D_1 0603D_1 1 BAV99 10K 0603D_1
1 6
R456 U704C 3
SN74LVC14A SOIC14
+DVI_5V_ESD 1 2 2 C372 0.1U 16V 0603D_1
14 7
+3.3V 2 GND 1 2 2 2 2 GND 3 3 3 3 33P 0603 50V C335
D80 BAV70LT1
5
DVI_5V D81
2 1 1 10K 0603D_1 BAV99
R500 33P 0603 50V C378
3 GND 1 GND
+5V 1 2 2 3 2
1 1 1 1 1 GND 2
D73
1 BAV99 R422R424R421 470R419 0603 20 20 1% 20 1% 1% 3
5 6 7 8
DVI_5V 2 DVI_5V WC- SDA VCC SCLK RX2IN- RX2IN+
VGA_SDA (3) VGA_SCL (3) D74 DVISCL DVISDA RX1IN-
1 BAV99 RX1IN+ RXCIN-
3 RXCIN+
2 2 2 A0 A1 A2 GND U47 M24C02 SO8_1 P/N = 283467540001 10K 0603D_1 RX0IN+ R879
+5V_ESD
RX0IN- 1 2 3 4
1 2
+3.3V
REDU+ D53 BAV99 GREENU+ BLUEU+ GND 1 1
2
3 REDU+ 1 10K 0603D_1 GREENU+ BLUEU+ R878
R847R850 33 0603D_1 33 0603D_1 GND
1 2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 +3.3V 4 4 NC D2- D4- D3- D1- D0- D5-
D54 BAV99 +5V D2+ D4+ D3+ D1+ D0+ D5+
D2/4 D1/3 D0/5 GND
2 PLUG 3
DDC CLK 1 TMDS CLK DDC DATA TMDS CLK- TMDS CLK+ 2 2 GND1 GND2 J26 FM/3PX8 WIESON 3281-380108 P/N = 331000024006
D55 BAV99
2 GND1 GND2 1 1
3 VGA_CAB (4) 1 GND R465R467 33/NA 33/NA 0603D_1 0603D_1 2 2 GND R405 100K 0603D_1
EDID isolate from GM1501
1 2 GND 1 1
R848 10K 0603D_1
1 2 +5V_ESD L725L43 BEAD_130Z/100M 0603D_1 BEAD_130Z/100M 0603D_1 2 5 5 RXD (3) R406 10K/NA 0603D_1 2 2 1 C364 0.1U 16V 0603D_1
BAV70LT1
D723
2 10K 0603D_1 1
R852 1 VGA_SCL_DEBUG VGA_SDA_DEBUG GND
1 1 +5V 3 1 2 2 R462 10K 0603 2 R466R464 100/NA 100/NA 0603D_1 0603D_1
2
1 2 1 2 VGA_5V 33 0603D_1 1 5 6 7 8 L726 BEAD_120Z/100M 0805C_1 R463 0 0603 1 VGA_SDA_DEBUG SDA VCC SCLK VCLK R508 GND 2
5% 10P/NA 0603 EC9
1 2 1 2 3 4 5 6 7 8 NC1 NC2 NC3 GND U45 ST24LC21B SO8_1 0 ohm 0603D_1 BEAD_600Z/100M EL10
VGA_5V R504 75 0603D_1 INH 2Y1 2Y0 3Y1 3Y0
1 1 2 3 4
6 6
1 2 3-COM GND_0 NONE nY1----nZ nY0----nZ 2 CHANNEL ON 5% 10P/NA 0603 EC10
VCC 2-COM 1-COM 1Y1 1Y0 A B C GND_1
2 1 U48 SN74LV4053A TSSOP16 GND 9 16 15 14 13 12 11 10 0 ohm 0603D_1 BEAD_600Z/100M EL11 1
R505 75 0603D_1
1 2 GND 2 L X H C373 0.1U 16V 0603D_1 Sn
5% 10P/NA 0603
EC11 1 2
+5V_ESD 2 1 33 0603D_1 GND
R461
0 ohm 0603D_1 BEAD_600Z/100M EL12
2 1 INPUTS VGA_SCL_DEBUG 1 2
L L H R506 75 0603D_1
1 2 ENABLE# FUNTION TABLE 1 33 0603D_1 R468
GND
2 7 1 7 R469 33 0603D_1 R471 10K 0603
6 1 7 2 8 3 9 4 10 5
1 2 +5V_ESD +5V_ESD
D84 BAV99
J23 15P/3R-FM P/N = 331720015082 2
3 TXD 3
16 11 12 13 14 15 17 1
(3) 2 +3.3V
D83 BAV99
GND 2
3 Q54 DTC144WK SOT23AN_1 1 1 A-SCL A-SDA A-VS A-HS
D85 BAV99
2
3 1 87654 87654 8 8
D82 BAV99
2
3 SHP_DEBUG
Display input (VGA/DVI) 1 (4) GND B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 6 B A B A B A D C D C D C 7/26
R774 1K/NA 0603 1% R767 10K/NA 0603
1 1 1
1 2 1 2
R775 1K/NA 0603 1% R768 10K/NA 0603
1 2 1 2
R776 1K/NA 0603 1% R769 10K/NA 0603
1 2 1 2
R777 1K/NA 0603 1% R770 10K 0603
1 2 1 2
R778 1K/NA 0603 1% R771 10K/NA 0603
1 2 1 2
R779 1K/NA 0603 1% R772 10K/NA 0603
1 2 1 2 GND LVDS_RL (3) LVDS_UD (3) +3.3VS_DIG 21 2 21 2 21 2
R216 1K/NA 0603 1%
1 2 LVDS_O_Sset LVDS_TEST3 LVDS_FRAME LVDS_Temp3 LVDS_Temp2 LVDS_Temp1
R213 1K/NA 0603 1%
1 2 GND TXB3+ (4) TXB3- (4) TXBC+ (4) TXBC- (4) TXB2+ (4) TXB2- (4) TXB1+ (4) TXB1- (4) TXB0+ (4) TXB0- (4) LVDS_FRAME (4) LVDS_O_Sset (4) LVDS_Temp3 (4) LVDS_Temp2 (4) LVDS_Temp1 (4) 3 3 3 3 3 3 TXB2+ TXB1+ TXB3+ TXB3- TXBC+ TXBC- TXB2- TXB0+ TXB0- TXB1- GND LVDS_O_Sset LVDS_Temp2 LVDS_FRAME LVDS_Temp1 LVDS_Temp3 LVDS_TEST3 GND 2 4 6 8 10 12 14 16 LVDS_LVDS_UD RL 40 38 36 34 32 30 28 26 24 22 20 18 16 14 12 10 8 6 4 2 J13 MA/8PX2/ST ACES 87216-1600 Normal L Pin 38 & select 40 Normal L L H inverse V inverse H inverse H/V L H H L H J17 1 3 5 7 9 11 13 15 MA/20PX2/ST ACES 87216-4000 P/N = 291000144004 GND1 GND2 9 7 5 3 1 39 37 35 33 31 29 27 25 23 21 19 17 15 13 11 GND2 GND1 4 4 4 GND GND LVDS: 5V -> Max I=2.5A, Type I=1.7A Inverter: 12V/8.8A Reserved2 Reserved3 Reserved1
0.22U 16V C744 0603
2 R241 10K 0603 1
2 1 TXA2+ TXA2- TXA1+ TXA3+ TXA3- TXAC+ TXA0- TXA1- TXA0+ TXAC- GND 1 1 Backlight enable 5V--->ON 0V--->O FF Backlight dark/light 5V--->dark (15%) 0V--->light (100%) +5VS_DIG
10U C251 25V 1206
1 2 TP9 TP10 GND
0.1U 50V C248 0603
2 1 PANEL_ID0 GND 2 TXA3- TXA2- TXA1- TXA0- TXA3+ TXAC- TXA2+ TXA1+ TXA0+ TXAC+ 2 (4) (4) (4) (4) (4) (4) (4) (4) (4) (4) SELLVDS 1 1 5 5 5 1 2 L34 120Z/100M 1608 TP11 L33 120Z/100M 1608 R347 10K/NA 0603
L39 120Z/100M 2012 R348 1K/NA 0603 1%
2 1 2 1 1 GND BRIGHT +3.3VS_DIG
10% 100P/NA 0603 C336
1 2 X7R 0.22U/NA 16V C250 0603
D706
2 BZV55-C5V6/NA MLL34B 1
K A GND 8 7 6 5 SELLVDS Pin: select the LVDS type output type LVDS SELLVDS Pin: select the H: Defaultmode L: D 0 0603 C189 0.47U 0805 X5R 1% R312 10K 0603 Q48 2N7002 SOT23_FET R372 6 6 6 G
D S 1 2 4 1 2 1 2 D S GND
S Q49 AO4409 SO8 G 3 2 1 R755 4.7K 0603 1% R267 4.7K 0603 1%
Q35 MMBT3904L
0.22U/NA 16V
C889 0603
1 2 C E 2 1 1% R313 100K 0603 R311 1M/NA 0603
2 +12V GND 1
1 2 1 2 B R266 1K 0603 Q34 MMBT3904L
C188 1U 0805 X5R
0.1U 50V
C249 0603
1 2 C E
2
2 1 2 1 GND +5VS_DIG GND B F9 5A/24VDC 2 295000010009 1 2 R310 47K/NA 0603
R238 100K 0603 1%
2 R244 10K 0603 1 7 7 7 1 +3.3V 1 1 1% R517 10K 0603 R243 10K 0603
Q36 MMBT3904L Q37 MMBT3904L
2
1 2 C E 1 2 C E JO1 SHORT-SMT4 LCD POWER ENABLE +12V GND GND BACKLIGHT ENABLE +5VS_DIG 2 0603 200K R309 B B 1 2 2 R242 10K 0603 PBIAS---- +5VS_DIG 2 4 6 +3.3VS_DIG 1 4 6 R240 15K 0603 ENVGA------1 12 3 5 J15 1 3 5 ENVGA MA/.1/GOLD/NA P/N = 331030006036 (4) PBIAS 87654 87654 87654 8 8 8 (4) BLADJ (3) +12V Panel B A B A B A D C D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 7 B A B A D C D C 8/26 1 1 2 21 2 21 GREEN_HD[0..7] (3) RED_HD[0..7] (3) BLUE_HD[0..7] (3) Crystal C-load=18pF C224 CAP;22P ,50V ,5% ,0603,COG,SMT 272075220301
MSTR_SCL (3,11,14,15,23) MSTR_SDA (3,11,14,15,23) 1 2 GND 2 2 0.1U 50V C762 0603
DAC_RSET RED_HD[0..7] GREEN_HD[0..7] BLUE_HD[0..7]
X5 33P 0603 50V
C244 2 DAC_COMP 1
0.1U 50V
C246 0603 2
13.5MHZ 314100135503 1 R282 1M 0603 DAV_VREF 1
2 1 GND 1
C225 HD_SOG (3) HD_VVS (3) HD_VHS (3) HD_VCLK (3)
1% R285 187 0603
1 2
C763 10U 0805 6.3V
2
GND 1
C760 10U 0805 6.3V
2 1 GND
1 2 MSTR_SDA MSTR_SCL DAC_3.3VD 3 3 GND 3 3 272075220301 BLUE_HD1 GREEN_HD0 GREEN_HD4 GREEN_HD2 GREEN_HD6 RED_HD6 BLUE_HD3 GREEN_HD7 RED_HD7 RED_HD4 RED_HD2 RED_HD1 RED_HD0 BLUE_HD4 GREEN_HD5 BLUE_HD5 RED_HD3 BLUE_HD0 GREEN_HD1 RED_HD5 BLUE_HD7 BLUE_HD6 GREEN_HD3 BLUE_HD2 GND 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 DEV_ADDR0 2310OE DEV_ADDR1 16 15 14 13 12 11 10 9 2 2 2 2 2 2 CAP;22P ,50V ,5% ,0603,COG,SMT 2 C1 D3 D1 C3 R822 10K 0603 R821 4.7K/NA 0603 9 9 2 2
10 11 12 13 14 15 16 10 11 12 13 14 15 16
2 2 2
1 2 2 1 2 3 4 5 6 7 8 1 1 1 1 1 1 1 GND TP724 TP722 1 Write Read C0 C2 D0 D2 1 1 R321R329R322R325R323R324 22 22 0603 22 0603 22 0603 22 0603 0603 22 0603 R820 10K/NA 0603 R819 4.7K 0603 1 1 1
RP18 10*8 RPX8 RP19 10*8 RPX8 1 1
1 2 2 RP17 10*8 RPX8 R343R43R42 22 0603 33 33 0603 0603 1 R804R805R806 22 22 22 0603 0603 0603 +3.3VS_DIG 4 4
R304 10K 0603 R303 4.7K/NA 0603
2 1 2 01 1 00 10 11 155 154 153 152 151 150 149 148 145 144 143 142 141 140 137 136 135 134 133 132 131 130 127 126 122 121 120 119 118 125 117 116 115 45 46 192 191 190 189 188 DEV_ADDR1-0 SCLK TEST3 TEST2 TEST1 TEST0 SDATA XTAL IN CLKOUT CTLOUT4 CTLOUT3 CTLOUT2 CTLOUT1 CTLOUT0 XTAL OUT TEST OUT1 TEST OUT0 G/Y/Y_OUT_7 G/Y/Y_OUT_6 G/Y/Y_OUT_5 G/Y/Y_OUT_4 G/Y/Y_OUT_3 G/Y/Y_OUT_2 G/Y/Y_OUT_1 G/Y/Y_OUT_0 R/V/Pr_OUT_7 R/V/Pr_OUT_6 R/V/Pr_OUT_5 R/V/Pr_OUT_4 R/V/Pr_OUT_3 R/V/Pr_OUT_2 R/V/Pr_OUT_1 R/V/Pr_OUT_0 B/U/Pb_OUT_7 B/U/Pb_OUT_6 B/U/Pb_OUT_5 B/U/Pb_OUT_4 B/U/Pb_OUT_3 B/U/Pb_OUT_2 B/U/Pb_OUT_1 B/U/Pb_OUT_0 TP717 1 5 5 FIL_SVODD FIL_SVS FIL_SVDV FIL_SHS FIL_SVCLK R/Cr/Cb Cr_0 R/Cr/Cb Cr_1 R/Cr/Cb Cr_2 R/Cr/Cb Cr_3 R/Cr/Cb Cr_4 R/Cr/Cb Cr_5 R/Cr/Cb Cr_6 R/Cr/Cb Cr_7 B/Cb/D1_0 B/Cb/D1_1 B/Cb/D1_2 B/Cb/D1_3 B/Cb/D1_4 B/Cb/D1_5 B/Cb/D1_6 B/Cb/D1_7 G/Y/Y_0 G/Y/Y_1 G/Y/Y_2 G/Y/Y_3 G/Y/Y_4 G/Y/Y_5 G/Y/Y_6 G/Y/Y_7 D1_IN_7 D1_IN_6 D1_IN_5 D1_IN_4 D1_IN_3 D1_IN_2 D1_IN_1 D1_IN_0 HSYNC1_PORT1 VSYNC1_PORT1 FIELDID1_PORT1 IN_CLK1_PORT1 HSYNC2_PORT1 VSYNC2_PORT1 FIELDID2_PORT1 IN_CLK2_PORT1 HSYNC_PORT2 VSYNC_PORT2 FIELDID_PORT2 IN_CLK_PORT2 DAC_VREFIN DAC_VREFOUT DAC_RSET DAC_COMP IN_SEL TEST DEV_ADDR1 DEV_ADDR0 OE RESET_N U33B FLI2310BD PQFP208A P/N = 284502310002 FIL_SVDATA0 FIL_SVDATA3 FIL_SVDATA5 FIL_SVDATA1 FIL_SVDATA2 FIL_SVDATA4 FIL_SVDATA7 FIL_SVDATA6 1 2 3 4 5 6 7 21 22 23 24 25 26 27 28 11 12 13 14 15 18 19 20 29 32 33 34 35 38 39 40 10 41 42 43 44 47 205 204 203 202 201 200 199 196 208 207 206 195 182 181 180 179 156 8 7 6 5 8 7 6 5 RP5 0*4 1206 2 2 2 2 2 8 7 6 5 IT_GREEN0 FIL_SVDATA0 IT_RED5 FIL_SVDATA4 IT_RED4 IT_RED6 IT_BLUE3 IT_RED1 IT_BLUE0 IT_BLUE2 IT_GREEN2 IT_GREEN3 IT_RED0 IT_RED2 IT_BLUE5 IT_RED7 IT_BLUE1 IT_GREEN5 IT_GREEN6 FIL_SVDATA7 FIL_SVDATA5 FIL_SVDATA3 FIL_SVDATA2 IT_BLUE4 IT_BLUE6 IT_RED3 IT_GREEN4 FIL_SVDATA6 IT_GREEN1 IT_GREEN7 FIL_SVDATA1 IT_BLUE7 DAC_RSET DAC_COMP DEV_ADDR1 DEV_ADDR0 1 2 3 4 1 2 3 4 FIL_SHS 2310OE FIL_SVCLK FIL_SVODD FIL_SVS 1 1 1 1 1 2 RP4 22*4 1206 RP3 22*4 1206 R233R232R230R281R231 22 22 0603 22 0603 22 0603 22 0603 0603 1 2 3 4 1 6 6 IT_VCLK DAV_VREF IT_VHS IT_VVS R816 22 0603 1 IT_VSOG SVDATA4 SVDATA7 SVDATA3 SVDATA1 SVDATA2 SVDATA6 SVDATA0 SVDATA5 TP723 DEV_RESET# SVDV SVODD SVCLK SVS SHS GND IT_VVS IT_VHS IT_VCLK (4,14,15,23) IT_VSOG (11) (11) IT_RED[0..7] IT_BLUE[0..7] IT_GREEN[0..7] GND (11) SVDATA[0..7] (11) (11) (11) (11) SVS SHS SVDV SVCLK SVODD (15) (15) (15) (15) (15) 7 7 SVDATA[0..7] (15)
R299 10K 0603
1 2 GND 87654 87654 8 8 FLI2310_1 B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 8 B A B A D C D C 9/26 1 1
1% R809 75 0603
C769 10U 0805 6.3V
1 2 1 2 GND +1.8_FLI2310 PLL_1.8VD 1% R808 75 0603 C810 10U 0805 6.3V DAC_3.3VD
DAC_1.8VD 1 2 1 2 1% R807 75 0603
50V 0.1U 0402 +80-20%
C151 1 2
1 2 +3.3VS_DIG_2310 GND GND
GND
50V 0.1U 0402 +80-20% C390
1 2 193 146 128 112 88 62 48 30 8 197 138 123 96 80 68 36 16 165 164 161 160 157 168 171 174 177 183 186 187 167 178 172 175 185 169 184 158 166 163 162 159 176 173 170 194 147 129 113 89 63 49 31 9 198 124 139 37 17 97 81 69 50V 0.1U 0402 +80-20%
C395
2 21 2 21
1 2 VSS VSS VSS VSS VSS VSS VSS VSS VSS VDD9 VDD8 VDD7 VDD6 VDD5 VDD4 VDD3 VDD2 VDD1 VSScore VSScore VSScore VSScore VSScore VSScore VSScore VSScore VDDcore8 VDDcore7 VDDcore6 VDDcore5 VDDcore4 VDDcore3 VDDcore2 VDDcore1 DAC_VSS DAC_VDD PLL_PVSS PLL_PVDD DAC_AVSS DAC_PVSS DAC_AVDD DAC_PVDD DAC_AVSSB DAC_B_OUT DAC_AVSSR DAC_R_OUT DAC_G_OUT DAC_AVDDB DAC_AVSSG DAC_AVDDR DAC_AVDDG 50V 0.1U 0402 +80-20% C393 AVSS_PLL_FE AVDD_PLL_FE
DAC_GR_AVSS AVSS_PLL_BE2 AVSS_PLL_BE1 DAC_GR_AVDD
AVSS_PLL_SD1 AVDD_PLL_BE2 AVDD_PLL_BE1 AVDD_PLL_SD1
1 2
50V 0.1U 0402 +80-20% C403
1 2
50V 0.1U 0402 +80-20% C400
1 2 SDRAM DATA(0) SDRAM DATA(1) SDRAM DATA(2) SDRAM DATA(3) SDRAM DATA(4) SDRAM DATA(5) SDRAM DATA(6) SDRAM DATA(7) SDRAM DATA(8) SDRAM DATA(9) SDRAM DATA(10) SDRAM DATA(11) SDRAM DATA(12) SDRAM DATA(13) SDRAM DATA(14) SDRAM DATA(15) SDRAM DATA(16) SDRAM DATA(17) SDRAM DATA(18) SDRAM DATA(19) SDRAM DATA(20) SDRAM DATA(21) SDRAM DATA(22) SDRAM DATA(23) SDRAM DATA(24) SDRAM DATA(25) SDRAM DATA(26) SDRAM DATA(27) SDRAM DATA(28) SDRAM DATA(29) SDRAM DATA(30) SDRAM DATA(31) SDRAM ADDR(10) SDRAM ADDR(9) SDRAM ADDR(8) SDRAM ADDR(7) SDRAM ADDR(6) SDRAM ADDR(5) SDRAM ADDR(4) SDRAM ADDR(3) SDRAM ADDR(2) SDRAM ADDR(1) SDRAM ADDR(0) SDRAM BA1 SDRAM BA0 SDRAM CSN SDRAM DQM SDRAM CLKOUT SDRAM CLKIN SDRAM RASN SDRAM CASN SDRAM WEN TEST IN U33A FLI2310BD PQFP208A P/N = 284502310002 50V 0.1U 0402 +80-20% C396
50 51 52 53 54 55 56 57 58 59 60 61 64 65 66 67 70 71 72 73 74 75 76 77 78 79 82 83 84 85 86 87 91 92 93 94 95 98 99 90 2 1 100 101 102 103 107 108 109 110 111 114 105 106 104 3 3 3 3
0.1U 16V C404 0603
1 2
2
50V 0.1U 0402 +80-20% C287
2 FIL_SD0 FIL_SD1 FIL_SD2 FIL_SD3 FIL_SD4 FIL_SD5 FIL_SD6 FIL_SD7 FIL_SD8 FIL_SD9 FIL_SD10 FIL_SD11 FIL_SD12 FIL_SD13 FIL_SD14 FIL_SD15 FIL_SD16 FIL_SD17 FIL_SD18 FIL_SD19 FIL_SD20 FIL_SD21 FIL_SD22 FIL_SD23 FIL_SD24 FIL_SD25 FIL_SD26 FIL_SD27 FIL_SD28 FIL_SD29 FIL_SD30 FIL_SD31 1
50V 0.1U 0402 +80-20% C398
FIL_ADD10 FIL_ADD9 FIL_ADD8 FIL_ADD7 FIL_ADD6 FIL_ADD5 FIL_ADD4 FIL_ADD3 FIL_ADD2 FIL_ADD1 FIL_ADD0 FIL_SD_BA1 FIL_SD_BA0 FIL_SD_CS FIL_SD_DQM
2 1 FIL_SD_CLKIN FIL_SD_RAS# FIL_SD_CAS# FIL_SD_WE# GND 1
50V 0.1U 0402 +80-20% +3.3VS_DIG_2310 C286
1 2 GND R342 22 0603 50V 0.1U 0402 +80-20% C279
2
1 2 2 FIL_SD_CLKOUT L718 BEAD_120Z/100M 0805C_1 4 4 50V 0.1U 0402 +80-20% C399
L712 BEAD_120Z/100M 0805C_1 1
2 1 1
50V 0.1U 0402 +80-20% C392
1 2 +3.3VS_DIG
50V 0.1U 0402 +80-20% C772
1 2
50V 0.1U 0402 +80-20% C401
1 2 C761 10U 0805 6.3V
C326 10U 0805 6.3V
1 2
1 2 50V 0.1U 0402 +80-20% C402
5 5
1 2
0.1U 16V C288 10U 0805 6.3V C387 0603
1 2 1 2 FIL_SD0 FIL_SD1 FIL_SD4 FIL_SD5 FIL_SD8 FIL_SD10 FIL_SD11 FIL_SD14 FIL_SD16 FIL_SD17 FIL_SD21 FIL_SD23 FIL_SD24 FIL_SD27 FIL_SD31 FIL_SD2 FIL_SD3 FIL_SD6 FIL_SD7 FIL_SD9 FIL_SD12 FIL_SD13 FIL_SD18 FIL_SD19 FIL_SD22 FIL_SD25 FIL_SD26 FIL_SD28 FIL_SD29 FIL_SD30 FIL_SD15 FIL_SD20 GND DAC_1.8VD 50V 0.1U 0402 +80-20% C788
0.1U 16V
C293
0603 1 2
2
1 2 0.1U 16V C397 0603
2 4 5 7 8 10 11 13 74 76 77 79 80 82 83 85 31 33 34 36 37 39 40 42 45 47 48 50 51 53 54 56
0.1U 16V
C334
0603 2 L711 BEAD_120Z/100M 0805C_1 1
2 MICRON MT48LC2M32B2TG-6 P/N=283748232001 GLINK GLT5640L32-6TC P/N=283767930002 1 1 U38
MT48LC2M32B2 TSOP86_0.5MM P/N = 283748232001
DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 VSS3 VDD3
86 43 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 DQ16 DQ17 DQ18 DQ19 DQ20 DQ21 DQ22 DQ23 DQ24 DQ25 DQ26 DQ27 DQ28 DQ29 DQ30 DQ31
VSS2 VDD2
29 72
VSS1 VDD1 50V
0.1U 16V 0.1U 0402 +80-20%
C333 C391 0603
15 58
VSS0 VDD0
1 44 2 1 2 +1.8_FLI2310 1
GND GND
VSSQ7 VDDQ7
81 84
VSSQ6 VDDQ6
78
75 +1.8_FLI2310
VSSQ5
VDDQ5 0.1U 16V
C332 0603
55 52
VSSQ4 VDDQ4
49 46 1 2
VSSQ3 VDDQ3
41 38
VSSQ2 VDDQ2 C394 10U 0805 6.3V
35 32
6 6 VSSQ1
+3.3VS_DIG VDDQ1 9 12 1 2
VSSQ0
VDDQ0 0.1U 16V
C331 0603 3 6
1 2
50V 0.1U 0402 +80-20% 0.1U 16V A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 NC0 NC1 NC2 NC3 NC4 NC5 NC6 BA0 BA1 CS CKE CLK RAS CAS WE DQM0 DQM1 DQM2 DQM3 C271 C385 0603
1 2 1 2
0.1U 16V C330 0603 25 26 27 60 61 62 63 64 65 66 24 14 21 30 57 69 70 73 22 23 20 67 68 19 18 17 16 71 28 59
1 2 0.1U 16V C386 0603
50V 0.1U 0402 +80-20%
C270 1 2
0.1U 16V
C329 0603 1 2
1 2
0.1U 16V C384 0603
1 2
50V 0.1U 0402 +80-20% 0.1U 16V C389 C328 0603
FIL_ADD4 FIL_ADD6 FIL_ADD7 FIL_ADD9 FIL_SD_CS FIL_ADD0 FIL_ADD1 FIL_ADD2 FIL_ADD3 FIL_ADD5 FIL_ADD8 FIL_ADD10 FIL_SD_BA0 FIL_SD_BA1 FIL_SD_CAS# FIL_SD_WE# FIL_SD_RAS#
1 2 1 2 0.1U 16V C383 0603
2
1 2 0.1U 16V C327 0603
GND
50V
0.1U 0402 +80-20% C388 PLL_1.8VD
2 R362 0 0603 1
1 2
2 1 FIL_SD_DQM 1 2 7 7
0.1U 16V C289 0603
1 2 50V
0.1U 0402 +80-20% C267
R363 4.7K 0603
2 1 L31 BEAD_120Z/100M 0805C_1 GND R412 10K 0603
1
0.1U 16V DAC_3.3VD C290 0603
1 2 1 2
C768 10U 0805 6.3V
FIL_SD_CLKOUT FIL_SD_CLKIN
1 2 +3.3VS_DIG
0.1U 16V C291 0603
2 1 +1.8_FLI2310 C771 10U 0805 6.3V
2
1 2
+3.3VS_DIG
0.1U 16V C292 0603
1 2 GND L710 BEAD_120Z/100M 0805C_1 +3.3VS_DIG 1 87654 87654 8 8 +3.3VS_DIG FLI2310_2 B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 9 B A B A D C D C
50V 0.1U 0402 +80-20% C368
1 2 10/26 1 1
50V 0.1U 0402 +80-20% C361
1 2
50V 0.1U 0402 +80-20% C346
1 2 IT_RED[0..7] (9) IT_GREEN[0..7] (9) IT_BLUE[0..7] (9)
0.1U 16V C409 0603
1 2
0.1U 16V C406 0603
1 2 2 21 2 21
0.1U 16V C414 0603
1 2
0.1U 16V C408 0603
1 2
0.1U 16V C405 0603
1 2
0.1U 16V
C410 0603 IT_VCLK (9) IT_VHS (9) IT_VSOG (9) IT_VVS (9)
1 2 IT_RED6 IT_RED3 IT_RED1 IT_RED0 IT_GREEN6 IT_GREEN5 IT_GREEN1 IT_BLUE2 IT_GREEN2 IT_BLUE6 IT_BLUE0 3 3 3 3
0.1U 16V C413 0603
IT_VCLK IT_VHS IT_VSOG IT_VVS
1 2 GND +3.3VS_DIG_9883 IT_GREEN3IT_GREEN2 IT_GREEN0IT_BLUE7IT_BLUE6 IT_BLUE5 IT_GREEN3 IT_BLUE4IT_BLUE3 IT_GREEN0 IT_BLUE1IT_BLUE0 IT_BLUE7 IT_BLUE5 IT_BLUE4 IT_BLUE3 IT_BLUE1 IT_RED7IT_RED6 IT_RED5IT_RED4IT_RED3 IT_RED2IT_RED1 IT_RED0 IT_RED7 IT_GREEN7IT_GREEN6 IT_RED5 IT_GREEN5 IT_RED4 IT_GREEN4 IT_RED2 IT_GREEN1 IT_GREEN7 IT_GREEN4 IT_BLUE2 2 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 2 2 2 2 L40 BEAD_120Z/100M 0805C_1 1 9 9 9 16 15 14 13 12 11 10 16 15 14 13 12 11 10 16 15 14 13 12 11 10 1 1 1 1 +3.3VS_DIG RP29 22*8 RPX8 RP28 22*8 RPX8 R392R391R410R411 22 22 0603 22 0603 22 0603 0603 RP30 22*8 RPX8 70 71 72 73 74 75 76 77 2 3 4 5 6 7 8 9 12 13 14 15 16 17 18 19 67 66 65 64 4 4 MST9883C PQFP80A_EIAJ P/N = 284509883002 VSOUT HSOUT
RED<7> RED<6> RED<5> RED<4> RED<3> RED<2> RED<1> RED<0> +3V_VD
DATACK SOGOUT BLUE<7> BLUE<6> BLUE<5> BLUE<4> BLUE<3> BLUE<2> BLUE<1> BLUE<0> GND19 VDD_5
79
GREEN<7> GREEN<6> GREEN<5> GREEN<4> GREEN<3> GREEN<2> GREEN<1> GREEN<0> 80
GND18 VDD_4
78
68 GND
2 GND17 VDD_3
69 63
VDD_2 GND16
23 61
VDD_1
+3.3VS_DIG_9883 GND15 22 60
VDD_0
11 VD_GND
GND13
L48 BEAD_120Z/100M 0805C_1 50
PVD_1
35 VD_GND
1 PVD_0
34
2 PVD_3 GND10
27 41
PVD_2 GND9
26
16V 10% 40
+3.3V_VP C820 0.1U 0603 GND8
36
VD_9 GND7
2 62 32
1 JO722 VD_8 GND6
59
28 SHORT-SMT4 GND
1
VD_7 GND5
52 25
+3.3V_VP VD_6 GND4
51
16V 10% 24
VD_5
C415 0.1U 0603 GND3
46 21 GND
VD_4 GND2
1 2 45 20
VD_3 GND1
42 10 GND
VD_2 GND0
39 1 5 5 16V 10% C416 0.1U 0603
+3.3V_AD9883
1 2 RAIN GAIN BAIN SOGIN CLAMO HSYNC VSYNC COAST REF BYPASS MIDSCV FILT SDA SCL A0 U37 GND14 GND12 GND11
16V 10% C417 0.1U 0603
54 53 48 47 43 44 49 38 30 31 29 58 37 33 57 56 55
1 2
50V 0.1U 0402 +80-20% C345
1 2 GND 0603 2 2 2 2 2 2 2 50V 0.1U 0402 +80-20% C376
2 2 2 2 2 2
2 1 ADC_FILT GND 1 1 1 1 1 1 1 1 1 1
1 1 1
0.1U 16V 6 6 C317 0603
1 2 C323C321 0.047UC319 0603 0.68UC322 0.047UR408 0603 50V R388 1000P 0603 R390R389 100 0603 2.2KC324 0603 C316 2.2K 0603 100 0.1U 0603 0603 0.1U 0603 R442R409R441 33 33 0 0603 0603 0603
VD_GND VD_GND VD_GND
50V 0.1U 0402 +80-20% C318
1 2
50V 0.1U 0402 +80-20% C419
2 1 GND GND GND GND VD_GND GND VD_GND
50V 0.1U 0402 +80-20% C320
2 1 MSTR_SCL MSTR_SDA R438 75/NA 0603
50V 0.1U 0402 +80-20%
C325
1 2
7 7
1 2 (3,9,14,15,23) (3,9,14,15,23)
VD_GND
R439 75/NA 0603 +3.3V_AD9883
1 2
50V 0.1U 0402 +80-20% C301
1 2
R440 75/NA 0603
2 1 VD_GND 2 L47 BEAD_120Z/100M 0805C_1 1 ADC_FILT R44 3.3K/NA 0603 1%
0.1U 16V C411 0603
1 2 1 2 2 C420 0.018U/NA 0603 87654 87654 8 8 C412 10U 0805 6.3V
1
3900P/NA 0603 10%
C421 1 2
2 +3V_VD 1 VD_GND MST9883C Y_OUT_9883 Pr_OUT_9883 +3.3V_VP Pb_OUT_9883 (19) (19) (19) B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 10 B A B A D C D C 11/26 1 1 (3) (4,14,18) BTN_DETECT LED_KEYPAD LED2_KEYPAD (3) TVTUNER_GND 3
R34 4.7K 060
1 2 2 2 +5V 4.7K R35 0603
SHORT-SMT4 JS2 JS3 SHORT-SMT4
2 1 1 1 +5V IR_DATA_IN BTN_DETECT 1U 0603 C51 LED2_KEYPAD
2 21 2 21 2 1 +5V 0.1U 50V C52
0603
0603D_1 0603D_1 0603D_1
2 2
1 2 VD_GND LED_KEYPAD VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND PJO1 PJO2 SHORT-SMT4 SHORT-SMT4 1 1 D VD_GND GN 2 2 2 2 2 2 BEAD_600Z/100M 3A BEAD_600Z/100MBEAD_600Z/100M 0603D_1 BEAD_600Z/100M 2 2 2 2 2 2 JO745 JO746 JO752 JO750 SHORT-SMT4 JO753 JO754 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 1 1 1 1 SHORT-SMT4 SHORT-SMT4 1 1 0603D_1 1 1 1 1 1 1 IO_GND IO_GND IO_GND IO_GND 3 3 3 3 L49 L51 L52 L57 BEAD_600Z/100M L734 L55 IO_GND IO_GND 8 2 4 6 10 12 D D T 0 /S VD_GND VD_GND VD_GND VD_GN VD_GND VD_GN VD_GND VD_GND J4 ACES 87216-120 P/N = 291000011211 IO_GND MA/6PX2 IO_GND 3 5 7 9 1 2 11 GND1 GND 2 2 2 2 2 2 2 2 2 2 0603D_1 0603D_1 0603D_1 0603D_1 JO737 JO729 JO731 JO717 JO721 JO719 JO711 JO712 JO743 JO744 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 1 1 1 1 1 1 2 2 2 2 2 2 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 1 1 1 1 To LED BD connector D 1 1 1 1 1 1 IO_GN IO_GND IO_GND IO_GND IO_GND IO_GND 4 4 IO_GND IO_GND D TVTUNER_GND L50 L731 L53 L56 L44 L54 TVTUNER_GND VD_GN 0603 1K 2 D R478 BEAD_600Z/100M BEAD_600Z/100MBEAD_600Z/100M 0603D_1 BEAD_600Z/100M VD_GND VD_GND BEAD_600Z/100M BEAD_600Z/100M 0603D_1 VD_GND VD_GND VD_GN VD_GND 1 2.2U 0805 X5R GND
C380
IO_GND IO_GND IO_GND
1 2 VD_GND 2 2 2 2 2 2 2 2 2 2 JO749 JO751 JO741 JO740 JO742 JO739 HEADPHONE_DETECT SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 JO747 JO748 JO738 PJO704 SHORT-SMT4 SHORT-SMT4 1 1 1 1 1 1 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 1 1 1 1 For EMI 10/8 For EMI 10/8 For EMI 10/8 5 5 4 3 VD_GND VD_GND VD_GND IO1_GND IO1_GND IO1_GND IO1_GND IO1_GND IO1_GND GND J24 T DP-02 DIPTRONICS P/N = 337120100014 2 1 HP_VOC HEAD_PHONE_R HEAD_PHONE_L (16) (16) Hotel Mode SW: ON :Normal Mode OFF: Hotel Mode HEADPHONE_DETEC (3,16) POWER C TVTUNER_GND TVTUNER_GND TVTUNER_GND TVTUNER_GND TVTUNER_GND TVTUNER_GND TVTUNER_GND TVTUNER_GND HP_VO (4,16,21) VD_GND 4 4 4 4 6 6 2 2 2 2 2 2 2 2 (16) (3) JO715 JO714 JO11 JO13 JO716 JO8 JO10 JO12 SHORT-SMT SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT SHORT-SMT SHORT-SMT4 SHORT-SMT 1 1 1 1 1 1 1 1 IR_DATA VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND (3) 10 U704E
SN74LVC14A SOIC14
14 7 +3.3V GND IR_DATA0 11 7 7 VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND 2 12 2 2 2 2 2 2 2 2 U704F
SN74LVC14A SOIC14
14 7 +3.3V GND JO728 JO727 PJO701 PJO702 JO708 JO720 JO16 JO718 JO732 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 1 1 1 1 1 1 1 1 1 13 0.1U 50V
C344 0603
GND GND GND GND GND GND GND GND GND
1 2 GND 87654 87654 8 8 IR_DATA_IN BD/BD B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 11 B A B A D C D C 12/26
1 1 BZV55C3V3 MLL34B
D714
K A +2.5V_VD
0.1U 50V C767 0603
1 2
C766 10U 0805 6.3V
1 2 VD_GND
5% 100P 0603 C758
1 2
R780 124 1% 0603
1 2 C60 100U 50V
+ 2 2 1 21 2 21 2 +5V_TVTUNER A 16V 10% C36 0.1U 0603
VOUT
1 2 TVTUNER_GND D708 RLS4148 MLL34B K VIN GND/ADJ U702 1117 SOT252N 286301117023 3 1 R773 124 1% 0603
10U 10V
C266 1206 1 2
2 1 VD_GND GND 10U C748 1206 16V C61 100U 50V
+ 1 2 1 2 1 2 +5V_VD
F702
16V 10% 2 C15 0.1U 0603
2 1 1A-1206 VD_GND FUSE_1206 3 3 3 3 L42 0805C_1 1 BEAD_120Z/100M
D3
BZT52C4V3 SOD123
K A +3V_VD VD_GND
0.1U 16V C8 0603
1 2 +5V_AUD
+5VS_DIG
0.1U 50V C120 0603
1 2 C9 100U 50V
C119 10U 0805 6.3V
+ 1 2
2 VD_GND 1 2 2 2
5% 100P 0603 C127
2 1 1 1 1 4 4 L702L10 3A L6 3A 3A
R161
124 1% 0603
1 2 2 A VOUT
D1
BZV55-C5V6 MLL34B
K A D5 RLS4148 MLL34B K VIN GND/ADJ U14 1117 SOT252N 286301117023 3 1 +5V_ANALOG
0.1U 50V C1 0603
1% R165 205 0603
1 2
1 2 VD_GND C10 100U 50V
+ 1 2 VD_GND F3 FUSE_1206 1A-1206
10U C129 1206 16V 5 5
1 2 1 2 3 A
OUTPUT
GND1
4
GND D2 RLS4148 MLL34B 2 K INPUT U4 L7805C D2PAK P/N = 286307805017
BZV55B2V4
1 D33
K A 0.1U 50V
C11 0603
GND +1.8V_GM1601
1 2 D24 BZT52C4V3 SOD123 +1.8V_GM1601
+3.3V K A BZV55B2V4 D17
GND +3.3V
2 1
K A 2 2 GND C230 100U 50V
+ 2 1 +1.8_FLI2310 D34 BAV99 R6 2.2 1W-MG 3 L36 0805C_1 BZV55C3V3 MLL34B 1 D25 6 6
1
K C247 0.1U 16V 0603D_1 A BEAD_120Z/100M 0.1U 50V C229 0603 C190 100U 50V GND
10U
C377 25V + 1206 1 2 1 2 1 2
+2.5V_DDR
1 2 C186 100U 50V
+ 2 X7R 1
C193 0.1U 16V 0603D_1
2
0805 C228 6.3V 10U 10/8 1
2
D701
2 1 C203 0.1U 16V 0603D_1 BZV55-C10 MLL34B
K A
+9V_VIDEO 1 2 2 VOUT A VOUT 2 2 C16 100U 50V D28 RLS4148 MLL34B
+ 1 2 K A A INPUT ADJ/GND LM1117-1.8 SOT252BN P/N = 286301117045 U27 VOUT VOUT 286311173301 SOT252N 1117 A 3 1 0.1U 50V C705 0603
INPUT ADJ/GND
LM1117-1.8 SOT252BN P/N = 286301117045 U18 2 1 D27 RLS4148 MLL34B D16 RLS4148 MLL34B VIN GND/ADJ U26 D23 RLS4148 MLL34B 3 1 K K 3 1 K 7 7 INPUT ADJ/GND LM1117-2.5 SOT252BN P/N = 286301117048 U20 3 3 1 1U 0603 C201
A
2
1 C206 100U 50V
OUTPUT
GND1 +
1 2
4 C150 0.1U 16V 0603D_1 GND
GND
2 VD_GND GND
2 D702 RLS4148 MLL34B C185 100U 50V 1
+ 2 1 GND K 0.1U 50V INPUT
C202 0603
U2 UTC78T09A TO263A P/N = 286307809003 C204 0.1U 16V 0603D_1 GND
2
1 1
2 1 C172 100U 50V
+ 2 C159 0.1U 16V 0603D_1 1 C19 100U 50V
+ 1 2 1 2 GND
0.1U 50V C703 0603
1 2 1 2 +12V F7
FUSE_1206 1A-1206
F5
2 1 FUSE_1206 1A-1206
F8
+5V 2
FUSE_1206 1A-1206 1 87654 87654 8 8
F4
2 1 FUSE_1206 1A-1206
2 +3.3V 1 +3.3VS_DIG +5V F701 FUSE_1206 295000010106 2A Power REG B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 12 B A B A D C D C
R89 100K/NA 0603
1 2 PC_LINE_INR (16) PC_LINE_INL (16) 13/26 1 1 R86 100K/NA 0603
PC audio in
1 2 VD_GND AUDIO_R (18) AUDIO_L (18)
R61 100K 0603
2 PC_LINE_INL 1 VD_GND PC_LINE_INR AUDIO_OUT_R (18) AUDIO_OUT_L (18)
R145 470K/NA 0603 3A
L14 C110 10U 0805 6.3V
2 1 1 2 1 2
2 1 +2.5V_VD VD_GND
VD_GND
0.1U 16V C109 0603
1 2 R144 470K/NA 0603
0.1U 16V C106 0603
I2S_DA_OUT_PRO I2S_DA_OUT_DELAY I2S_WS_2.5V I2S_CLK_2.5V
2 1U 0603 1 2 2 2 21 2 21 0.1U 16V C95
0603
1 1
2 2 2 2
1 2 C38 C37 1U 0603 I2S_DA_IN1 0.1U 16V C97
0603
VD_GND 1 1 1 1
1 2 4
U11 R87 47R62 47 0603 R59R57 47 47 0603 0603 0603 VD_GND
AHCT1G125DCK SC70_5
3 5 VCC
2 2 2 2
0.1U 16V C96 0603
1 VD_GND
31 32 3 2 1 25 26 28 29 4 16 27
GND
2 1 +5V_AUD +5V_AUD 1 1 1 1 LRI SEL 2 LRO BCKI SDI_0 SDI_1 BCKO TEST0 TEST1
SDO_0 SDO_1 SDO_2 0.1U 16V 0.1U 16V C94 C70 0603 0603
C25C708 22U 10V 22U 1206 10V 1206 NJU26106F PQFP32A_0.8MM P/N = 286326106002
1 2 2 C64C67 1U 0603 1U 0603 1
D11 BAV99
VDDO VSSO
2 9 12
VD_GND
3
VDDR_1 VSSR_1
1 22 24
VDDR_0 VSSR_0
21 0603 0603 23 2 2
VD_GND
VSSC_2 VDDC_2
20 D12 BAV99 18
VSSC_1 VDDC_1
2 19 17 VD_GND
VSSC_0
IF_AUDIO1 (17) IF_AUDIO1_GND (17) VDDC_0 3 15
14 I2S_DA_OUT_PRO 3 3 3 3 1 1 1 VD_GND VD_GND R12R709 100 100 U13 AD2/SS AD1/SDIN SCL/SCK SDA/SDOUT RESET MCK XI XO VD_GND 8 7 5 6 13 30 10 11 IF_AUDIO1 VD_GND DACA_R (16) DACA_L (16) DACM_R (16) DACM_L (16) TP701 TP709
1U 0603 C69
R90 10K 0603
2
R113 1M 0603 1 1 1
2 0603 0603 0603 1 VD_GND
2 +2.5V_VD 1 2 2 +3.3VS_DIG VD_GND 2 2 1 2 2 2 DEV_RESET# 2 2 2 2 2 2 I2S_CLK_2.5V I2S_WS_2.5V I2S_DA_OUT_2.5V OUT_R OUT_L 2 1 1 2 R56 100K/NA 0603 1 1 TP702 TP703 1 1 1 18 16 14 12 9 7 5 3 20 10 1 1 1 1 1 1 R114 330 0603 4 4 DACM_L DACA_R DACM_R C90C104C105 56P 56P 56P R88R85 33 33 0603 0603 DACA_L DACM_SUB 1Y1 1Y2 1Y3 1Y4 2Y1 2Y2 2Y3 2Y4 1 1 1 VCC GND R27R26 1K 1K 0603 0603 VD_GND R51R52R48R49R53R50 1K 1K 0603 0603 1K 1K 0603 0603 1K 1K 0603 0603 VD_GND 2OE 1A1 1A2 1A3 1A4 2A1 2A2 2A3 2A4 1OE U10 SN74LVC244A TSSOP20 P/N = 282074244005 36 37 33 34 57 56 49 54 53 52 51 50 55 48 47 24 25 27 28 30 78 77 35 26 67 68 69 1 18 19 20 22 23 29 31 32 41 42 46 59 63 64 75 76 I2C address=1Eh Write:3Ch Read:3Dh 2 4 6 8 1 11 13 15 17 19 MSTR_SCL MSTR_SDA 24.576MHZ X2 10K/NA 0603
NC0 NC1 NC2 NC3 NC4 NC5 NC6 NC7 NC8 NC9 R55
NC10 NC11 NC12 NC13 NC14 NC15 NC16
2 1
VREF1 VREF2 ASG_0 ASG_1 ASG_2
2 DACA_L 1 16PF ANA_IN- DACA_R DACM_L DACM_R SC2_IN_L SC3_IN_L SC4_IN_L SC1_IN_L ANA_IN1+ ANA_IN2+ SC1_IN_R SC2_IN_R SC3_IN_R SC4_IN_R DACM_SUB SC1_OUT_L SC2_OUT_L SC1_OUT_R SC2_OUT_R D_CTR_I/O_0 D_CTR_I/O_1 VD_GND 2 2 2 2 50V 0603 33P C107 C108 27P 0603 5% MSTR_SCL 1 1 MSTR_SDA I2S_WS I2S_DA_OUT I2S_CLK 1 1 R718R54 10K 10K 0603 0603 (3,9,11,15,23) (3,9,11,15,23) 5 5 VD_GND VD_GND I2C_DA I2S_CL I2S_WS I2S_DA_IN1 I2S_DA_OUT ADR_CL ADR_DA ADR_WS DVSUP_0 DVSUP_1 DVSUP_2 DVSS_0 I2C_CL I2S_DA_IN2 RESETQ STANDBYQ ADR_SEL VREFTOP TP AUD_CL_OUT MONO_IN CAPL_A CAPL_M XTAL_IN XTAL_OUT AVSUP_0 AVSUP_1 AVSS_0 AVSS_1 AHVSUP AHVSS_0 AHVSS_1 TESTEN DVSS_1 DVSS_2 AGNDC U9 MSP3440G PQFP80_08MM_1 P/N = 284503440003 2 3 4 5 7 6 8 9 +3.3VS_DIG 79 17 10 21 58 73 80 74 60 38 40 71 72 65 66 61 62 39 43 44 70 11 12 13 14 15 16 45 VD_GND AVSS AHVSS AHVSUP DVSS AVSUP DVSUP
0.1U 16V C40 0603
1 2 2 2 1 1 10% 470P 0603 C22
1 1 1
1 2 10% 470P 0603 C712
XTAL_OUT XTAL_IN
2 2 2
1 2 10% 470P 0603 C91
25V 10% 1 1 2 TP708 C23 1500P 0603
2
1 1 1 1
TP706 TP704 TP705
1 2 25V 10% C14 1500P 0603 4.7U C39 0805
R83R84R722 33 33 0603 0 0603 0603
25V 10%
C89 1500P 0603
2 1 2 C88 10U/NA 0805 1
10U
C24 1206 16V 2
C42C41 10U 10U 16V1 16V 1206 1206 VD_GND 6 6
1 2 10U 10U C87 C709 1206 16V 1206 16V
DEV_RESET# 1 2 1 2 MSTR_SCL_5 MSTR_SDA_5 1 VD_GND 2 220P 0603 10% C710
I2S_DA_OUT I2S_DA_IN2 I2S_WS
I2S_DA_IN1 I2S_CLK
2 2
2 (4,9,15,23) 1 VREFTOP AHVSUP TP707 C71 10U 0805 6.3V R64 0/NA 0603 R63 0/NA 0603
COUNT1 (4) COUNT0 (4) 2
1 1
2
2 1 2 VD_GND 1 1 1 +2.5V_VD VD_GND MSTR_SCL_5 MSTR_SDA_5 L15 3A
0.1U 16V C72 0603
L8L7 3A/NA 3A
1 2 COUNT0 1 K VD_GND (1,3,17,18) (1,3,17,18) COUNT1 +2.5V_VD COUNT0 L701 3A I2S_DA_OUT_DELAY +5V_AUD A VD_GND I2S_DA_IN2 +5V_AUD 7 7 8 7 6 5 D9 1K 0603 2N7002/NA SOT23_FET R723 Q6 RLS4148 MLL34B
4 +5V_AUD
D S 1 2 S
D U25 VD_GND R33 0/NA 0603 R65 0/NA 0603
2
AHCT1G125DCK SC70_5 VDD SDO
3 5 VCC
1 2 1 2 VD_GND 1 +5V_AUD VD_GND COUNT1 COUNT0 GND +2.5V_VD VD_GND +5V_AUD G R11 2.2 0805 1K 0603 R47
1 2
1 2 U6
0.1U 16V SDI LRI BCKI VSS C369
0603 +9V_VIDEO COUNT1 NJU26901 P/N = 286302690001
2 XTAL_OUT 1 XTAL_IN Tuner mono audio (maybe no use ) Tuner mono audio (maybe no use +5V_SB_P 1 2 3 4 2 OUT,10/8 VD_GND 1.5P 0603 50V 272075159301 96ms 1 2 2 2 C93
128ms Crystal C-load=12pF
VD_GND
2 1 VD_GND 0603 R858 47 For MSP3440 Mute function For MSP3440 Mute VREFTOP 1 1 1 2 BTN_DETECT
0.1U 16V C68
0603 X1 R31R60R58 47 47 47 0603 0603 0603
2 18.432MHZ 1 R82 1K/NA 0603 1 87654 87654 8 8
(4,12,18)
314100184504 Q12 MMBT3904L/NA
C E 2 1 1.5P 0603 50V 272075159301 C92
10U
C86 1206 16V 2 VD_GND 1 Delay Time
Audio Decoder 2 1 Add audio delay for AV R81 1K/NA 0603 +5V_AUD B
I2S_DA_OUT_DELAY
VD_GND
VD_GND
1 2 I2S_DA_OUT_2.5V I2S_WS_2.5V I2S_CLK_2.5V COUNT[1:0] = 0 1 64ms NJU26901 DELAY TIMECONTROL COUNT[1:0] = 1 1 COUNT[1:0] = 1 0 COUNT[1:0] = 0 0 32ms B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 13 B B A A D D C C +3.3VS_DIG 14/26 Pb_OUT_3230 (19) Y_OUT_3230 (19) Pr_OUT_3230 (19) 1 1 2 SVCLK (9)
75/NA 0603 1% 75/NA 0603 1% 75/NA 0603 1%
R183 R222 R221
1 2 1 2 1 2 1 VD_GND VD_GND VD_GND for GM1501 L32 3A 2 2 2
0.1U 50V C223 0603
1 2 GND L22 3.3UH 0805 L28 3.3UH 0805 L29 3.3UH 0805 1 1 1
2
0.1U 50V C199 0603
1 2 2 2 2 16V 10% 1 C196 0.047U 0603
2 2 21 21 2 1 R184 0 0603 R226 0 0603 R225 0 0603 0.1U 50V C200
0603
R261 0 0603 1 1 1
1 2 Video 8bits for GM1501 for Video 8bits
25V 10% C197 1500P 0603
DEV_RESET# (4,9,14,23) MSTR_SDA (3,9,11,14,23) MSTR_SCL (3,9,11,14,23)
2 TP716 1 10% 10% 10% 330P/NA 0603 330P/NA 0603 330P/NA 0603 C736 C737 C738
0.1U 50V
C198 0603 1 2 1 2 1 2
2 1 VD_GND VD_GND VD_GND 1 SVDATA[0..7] (9) SVS (9) SHS (9) SVDV (9) SVODD (9) MSTR_SDA TP12 DEV_RESET# MSTR_SCL 1 2 SVDV 1 1 1 +3.3VS_DIG 3A C155 0.22U 16V 0603 C156 0.22U 16V 0603 R753 0 0603 C181 0.22U 16V 0603 +3.3VS_DIG 2 2 1 2 2 3 3 3 3 SVDATA1 SVDATA2 SVDATA3 SVDATA4 SVDATA5 SVDATA6 SVDATA7 SVDATA0 2 L30 RED2 GND BLUE2 GREEN2 YPbPr_SOG 1
GND
40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 C184 10U 0805 6.3V
2 1 1 Y4 Y5 Y6 Y7 Y0 Y1 Y2 Y3 U19 1U 0603 C739 LLC1 LLC2 GNDY
VPC3230D PQFP80_0.8MM P/N = 284503230002 VSUPY
GNDPA
2
L7061 3A VD_GND GNDLLC VSUPPA
2 2 2
CLK20
C7 VSUPLLC
41 1
24 TP6 GND
16V 10%
C6 C183 0.047U 0603 FFOE
42 1 23 TP3
C5 FFRE
1 2 43 1
22 16V 10%
2
C227 0.1U 0603 FFRSTW C4
44 1 GND 21 TP7
FFWE VSUPC
45 1 1 2
20 TP4
1 1 1
GNDC FFIE
46 1 GND 19
YCOEQ C3
47
18 TP8
JO730
25V 10%
VGAV C182 1500P 0603 C2
48
17 TP5 R756R757 33 33 0603 0603 SHORT-SMT4
1
C1 TEST
1 2 49 16 R228 0 0603
RESQ C0
50 15
SDA GNDSY
51 14
2 2 2 SCL VSUPSY
52 13
GNDCAP INTLC
53 12 GND
GNDD AVO
54
4 4 11 1 1 1
VSUPID FSY/HC
55 10 GND C179 390P 0603 5% C180 1500P 0603 10% C176 0.22U 0603 10%
VSUPCAP MSY/HS
56 9
NC_0 VS
57 8
ASGF_0 FPDAT
1 58 7
R2/CR2IN VSTBY
59 TP715 6 VD_GND
G2/Y2IN CLK5
1 60 5
B2/CB2IN NC_1
61 TP714 4
XTAL1 R1/CR1IN
62 3
XTAL2 G1/Y1IN
63 2
ASGF_1 B1/C1BIN
64
20.25MHZ 314100202502 1
X4
1 2 d=20 pF
C157 0.1U 0603 16V
GNDF VRT I2CSEL ISGND VSUPF VOUT CIN VIN1 VIN2 VIN3 VIN4 VSUPAI GNDAI VREF FB1IN GND
1 2 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 VD_GND 2 2 0603 0603 Xtal C-loa C101 C78 VD_GND 1 1 3.3P/NA 50V 3.3P/NA 50V 10U C158 1206 16V
2 2 2
2 1 RED2 BLUE2 GREEN2 10% 470P 0603 C163
VD_GND
16V 10%
C130 0.047U 0603
2 VD_GND VD_GND 1
2 1 VD_GND 5 5 1 1 1
C131 10U 0805 6.3V
R293R294R295 75 75 75 0603 0603 1% 0603 1% 1%
2 1 VD_GND 2
16V 10% C140 0.047U 0603
2 1 1 R752 22 0603
C141 10U 0805 6.3V
VD_GND
2 ) 1 VD_GND VD_GND 10%
100P 0603 1000P 0603 C75 C178
( GM1601
2 1 2 1 VD_GND 6 6 5% 390P 0603 C177
5% 390P 0603
C226 1 2
1 2 2 2 C139 10U 10V 1206 C735 0.68U 50V 0603 0.22U 16V 0.22U 16V C154 C213
0603 0603
1 1
1 2 1 2 VD_GND VD_GND 2 2 2 YPbPr_SOG 2 2 2 C138 0.01U 0603D_1 C134 0.1U 16V 0603D_1 1 2 2 1 1 C135 1000P 0603 10% C132 1U 0603 L705 3A R754 0/NA 0603 1 1 1 1 1 VOUT_SYNC 10% 10% 10U 330P/NA 0603 330P/NA 0603 C56 C137 C133
1206 16V
L25 3A L27 3A
7 7
2 1 2 1 2 1 (17) +5V_VD VD_GND VD_GND
10U C340 1206 16V
1 2 VD_GND
150 0603 1% 150 0603 1% Y_OUT_3230
R105 R121
1 2 1 2 VD_GND VD_GND SVIDEO_C 3D_COUT SVIDEO_L 3D_YOUT (18) (20) (18) (20) 8765487654 8 8 in Video Decoder 3D Y/C SVideo in B B A A D D C C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 14 B A B A D C D C 15/26 1 1 GND 2 2 J14 ACES 88290-0200 HDR/MA-2 J20 ACES 88290-0200 HDR/MA-2 GND R887 0 R888 0 AV_OUT_R_MUTE (18) AV_OUT_L_MUTE (18) 0805 0805 1 1 2 White Black 1 2 1 2
Q27 DTC114TKA GND1 GND2 GND1 GND2
3 1 J27 RA/D3.6/5P P/N = 331810005038 R479 0 0603 VD_GND BEAD_120Z/100M 0805C_1 4 3 5 2 1 1 L1 VD_GND
R1 Speaker out 1 2
1 2
VD_GND
2
Q10 DTC114TKA 1 2
3 1 VD_GND L17 VD_GND R507 0 0603 R1 0805C_1 SPK_MUTE_L HEAD_PHONE_L (12) HEAD_PHONE_R (12) BEAD_120Z/100M 2
2 21 2 21
Q26 DTC144TKA 288200144003
3 1 2 2 2 2 VD_GND R1 SPK_MUTE_R 2 2
Q7 DTC144TKA 288200144003
3 1 1 1 1 1 2 R512 100K 0603
VD_GND
R1 2 L5L4L3L2 0805C_1 0805C_1 0805C_1 0805C_1 1 1 1 VD_GND R3 2.2 0603 R25 4.7K 0603 0.1U 50V C4
0603
2
1 2 1 2 2 R269 47R706 47 0603 1 0603 For Sharp 10/8 R513 100K 0603
PC AUDIO INPUT
VD_GND
2 1 R24 4.7K 0603
VD_GND 2 R2 2.2 0603 1 2
0.1U 50V C3
0603 VD_GND 0603
1 2 1 2 0603D_1 0603D_1 0 10% 100P 0603 C34
VD_GND 2 2
2
R73 1 1
2 R7 2.2 0603 1 0.1U 50V C12 0603
3 3 3 3 1 2 1 2 2 VD_GND 10% 100P 0603 C33
C242 10U 6.3V 0805
1 1 VD_GND
2 BEAD_600Z/100M BEAD_600Z/100M 1 R72 4.7K 0603 L45 L46 R1 2.2 0603 1
0.1U 50V C2 0603
R106 470K 0603
1 2 1 2
2 1 PHONE_R PHONE_L VD_GND 3 VD_GND 2 2 D13 BAV70LT1 PC_LINE_INR PC_LINE_INL 1 2 1 1 R23 0 0603 R32 0 0603 2 +12V_SPEAKER 295000010016 2 F2 6.5A/24VDC 1 10U
C701 1206 16V
0603 0 R70 22K/NA 0603
2 1 Q19 2SC4116/NA PHONE_OUT_R PHONE_OUT_L
1 2 3 2 1 R124 LA4635_MUTE PC_LINE_INR PC_LINE_INL 4 4 SHORT-SMT4 VD_GND JO703 C13 35V 220U
1
(14) (14) + 1 2 2 1 GND HP_VOC (12) 5% R69 6.8K/NA 0603 R109 10K/NA 0603 D10 C18 35V 220U BZT52C4V3/NA SOD123 POWER#
+ 1 2 1 2 K A 1 2 16V 10% VD_GND C49 0.1U 0603
+12V_SPEAKER
LA4635_MUTE 1 2 VD_GND 12 11 8 9 7 3 10 (4,18) HP_VOC 4.7U C50 0805
VCC
GND
2 OUT1- OUT2- 1 OUT1+ OUT2+ +5V_AUD PHONE_OUT_L PHONE_OUT_R PWRGND VD_GND
Audio AMP
0.1U 50V U1 IN1 IN2 DC MUTE STBY C6 LA4636 SIP12_2MM P/N = 326304636001 0603
2 2 4 1 6 5 1 2N7002 SOT23_FET VD_GND Q3
D S D S 4.7U C27
0805
VD_GND
2 5 1 5 G
10U C5 1206 16V
AMP_MUTE
1 2 2 VD_GND 2 4.7U C28
0805
10 9 8 7 6 VD_GND
2 1 C32 33P 0603 5% C48 33P 0603 5% 2N7002 SOT23_FET R5 1K 0603 Q2 C7 100U 50V LA4636_STBY
1 1
+ D S 1 2 1 2 D S VOB VOC GND +5V_SB_P 2 2 VD_GND VD_GND G HEADPHONE_DETECT H:ON L:STANDBY R16 30K 0603 U5 LM4911 INA/SDMUTE BYPASS INB VDD VOA PSOP10_0.5MM
1 1
2 1 R22 180K 0603 1% R30 180K 0603 1% 1 2 3 4 5 HEADPHONE OUT VD_GND
680P 0603 10% C26
1 2
10K 0603 R18 30K 0603
AMP_STBY R20
1 2 2 HP_SD 1 (3) HEADPHONE_DETECT LA4636_STBY VD_GND 6 6 VD_GND 2N7002 SOT23_FET Q24 680P 0603 10% C29 (3,12)
D S 1 2 D S
4.7U C47 0805
1 2 2 2 2 2 VD_GND VD_GND HP_SD G
R703 47K 0603
10U C707 1206 16V
2 1 2 0603 18K R15 R19 18K 0603 1 +5V_AUD VD_GND 1 1 1 1 R71 1K 0603 2 Q25 R67 0R68 0 0603 0603 POWER#
1 2
D S 2 D S
1 470 0603 1%
R296
2 1 R21 12K 0603 1% AOUT_L +5V_SB_P VD_GND AOUT_R R889 470 0603 1% R29 12K 0603 1% 1 G SPK_MUTE_L SPK_MUTE_R 2 1 2N7002 2N7002 SOT23_FET SOT23_FET Q4
2
D S D S VD_GND C46 1U 0603 2N7002 SOT23_FET Q53 4.7U 6.3V 0805 4.7U 6.3V 0805
1
2 2
D S D S 2 G VD_GND C31 1U 0603 H:MUTE L:ON 1 1 7 7 1 G POWER R28 10K 0603
AMP_MUTE R14 R17
1 2 1000P 0603 10% C43 +5V
1000P 0603
C30 2
1 2N7002/NA SOT23_FET R4 22K/NA 0603 (4,12,21)
Q1
2 VD_GND 1
D S 1 2 S D VD_GND VD_GND +5V_SB_P 1000P 0603 10% 1000P 0603 C44 C45
G
1 2 1 2
R98 1K/NA 0603
1 2 +3.3V HP_MUTE DACA_R DACA_L DACM_L DACM_R (3) LA4635_MUTE DACM_L DACM_R DACA_L DACA_R 87654 87654 8 8 (14) (14) (14) (14) Audio AMP B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 15 B A B A D C D C 16/26 TUNER_AFT (3) 1 1 VOUT_SYNC (15)
0.01U 0603 C720
1 2 TVTUNER_GND 1 1K/NA 0603 1% Q704 2SC4116/NA SOT_SC70N_1
R742
R741 22/NA 0603
1 2 3 2 1 2
10% 1000P/NA 0603 C721
+5V_VD VD_GND
1 2 TVTUNER_GND 2
1% R724 221K 0603
1 2 R740 100/NA 0603 1 2
10% 1000P/NA 0603 C728
2 1 R725 100K 0603 TVTUNER_GND VD_GND 1 2 21 2 21
0.22U 16V C713 0603
1 2
0.01U 0603 C719
1 2 2 10U 16V C35 1206 TVTUNER_GND
0.1U/NA 50V
C727
0603 1 2
2
1 2 C729 1U/NA 0603 R720 15K 0603 1 1 VD_GND C58 25V 470U
+ 2 1 +5V_VD 0.01U 0603 C717 +5V_TVTUNER_2
2
TUNER_OUT (18) 2 TVTUNER_GND 1 2 VD_GND TVTUNER_GND R715 100 0603 0.1% 3 3 3 3 1 8 7 6 5 1 L35 BEAD +5V_SB_P AFTOUT VIDEO INPUT
0.22U 16V C714 POWER SUPPLY 0603
2 1 R726 1K 0603
Q703 2SC4116 SOT_SC70N_1
PHASE COMP OUTPUT
3 2 1 2 2 1 R721 1M/NA 0603 1% 5% 180P/NA 0603 C711
C80 25V TUNER_AGC (3) 2 1 2 470U 1 470K/NA 0603
+5V_ANALOG
+ 2 1 TVTUNER_GND 1 H. OSC HD OUTPUT SYNC OUTPUT VD OUTPUT GND U701 BA7046F/NA SO8 P/N = 286307046001 +5V_TVTUNER_1 1 2 3 4 2 TVTUNER_GND R732 2 2
4 4
1% R727 1K 0603
2 1 1 0 0603 R717 L38 BEAD L703 68UH/NA 3225 5% 0603 R738 10K/NA 0603 1
1 2
2 0603 1 TVTUNER_GND 2 +5V_VD +5V_TVTUNER 1 2 R728 560 0603 1% 1 100K/NA 0603 1 1 2 2
Q702 2SC4116 SOT_SC70N_1
3 2 R733C725 10K/NA 2200P/NA R734 R712 0 0603 1 1 100P/NA 5% 0603 2 +5V_VD 2 2 TV_OUT 1U C718 0805 50V C724 1U/NA 0603
SYNCDET R719 0603 2 1 1.5K 1%
33K/NA 0603 Q701 2SA1586 SOT_SC70N_1 1 1
1 2 3 TVTUNER_GND 2 1 (3) 5 5 +31V_TVTUNER C726 R736 1 TVTUNER_GND 2 2 VD_GND MSTR_SCL_5 (1,3,14,18) MSTR_SDA_5 (1,3,14,18) R711 100 0603 R713 1K 0603 1% 1 TVTUNER_GND 1 0.1U/NA 50V C716 0603
IF_AUDIO1 (14) 1 2 TVTUNER_GND
0.01U/NA 0603 C715
1 2 R46 1K 0603 SIF_OUT
IF_AUDIO1_GND (14) 31V_JPTUNER
2 1 TVTUNER_GND AGCOUT 2 2 IF_AUDIO1 2 10UH 3225 5% 10UH 3225 5% TVTUNER_GND 6 6 0603 2 1% 1% R77 470 0603 R80 100 0603 1 1 1
0603 Q9 2SC4116 SOT_SC70N_1
2 3 2 1 2 1 1 2 L26 L24 +5V_VD 5% R714 10K 0603 C57 100P 1 R75 12K 0603 R76 3.9K 0603
1
1 2 1 2 SCL_SHARP SDA_SHARP SIF AGCOUT +5V_TVTUNER_1 +5V_TVTUNER_2 TV_OUT R45 100 AFTOUT AS_JPTUNER 2 VD_GND C74 0.01U 50V 0603 10% 1 1UH 3225 5% 7 9 10 11 3 1 15 14 13 12 17 16 8 L13
2
1 2 BT CL AS BB DA MB SIF AFT AGC NC_1 NC_0 JS1 SHORT-SMT4 2 1 VIDEO-OUT AUDIO-OUT 7 7 C65 1500P 50V 0603 10% 1 U3
10% GND1 GND2 GND3 GND4 8200P 0603 C62
VT2W5JW550 TUNER_VT2W5JW550
1 2 TH1 TH2 TH3 TH4 TVTUNER_GND 2 C63 1500P 50V 0603 10%
1UH 3225 5% 1
L12
1 2 2 TVTUNER_GND 2 R74 330 0603 R416 0805 0/NA 0805C_DFS 1 1 2 C59 1000P 0603 10% 1 87654 87654 8 8 TVTUNER_GND Tuner SIF_OUT B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 16 B A B A D C D C 17/26 C Y 1 1 C_OUT Y_OUT AUDIO_L (14) AUDIO_R (14) +9V_VIDEO AV_SW_CVBS_OUT (20) L_OUT R_OUT Y_OUT 2 2 VD_GND CVBS_OUT 10U C269 1206 16V C_OUT
MSTR_SCL_5 MSTR_SDA_5 2 R173 75 0603 1% R355 0 R354 0 1
+5V_VD SVIDEO_L (15) SVIDEO_C (15) 2 1 1 1 2 VD_GND S2_DC_OUT 2 C857 2 0.1U 16V C282
0603 0.01U
06030603 1% 1% 2 1 1
2 0603 1 R829 150 0603 R839 220 0603 R172 75 0603 1%
1
VD_GND 3 2 2 3 2 1 2 1 1 1 VD_GND +9V_VIDEO +9V_VIDEO R515 0 0603 1 2 2 0603 R491 100 VD_GND VD_GND 2 2
R514 1K/NA 0603 1%
2 2 2 2 2 1 2
+9V_VIDEO 3 2 2 Q15 2SC4116 SOT_SC70N_1 1 2 + 0603 R340 150 R387 150 0603 C847 1U 0603 1 1 VD_GND C123 4.7U 0805 C122 4.7U 0805 C77 470U 25V 1 1 1 2 Q705 2SC4116 SOT_SC70N_1 Q706 2SC4116 SOT_SC70N_1 R361 10K 0603 1 1 2 2 2
0805 C281C280 0 0 0805 R838 100K/NA 0603 1 1 1 1 1
1 2
2 2
1 2 1 2 2 2 21 2 21 TP39 R383R381R382 33 33 0603 1K 0603 0603 VD_GND 1 C773 10U 16V 1206 C770 VD_GND VD_GND 1 1 1 2 16V 1206 R837 100 R843 100K 0603 1 2 2 TP720 R212 0R516 0 0603 0603 1% C268 10U 1206 10U 16V 0603 1 1 8 5 6 3 R493 100 0603 MUTE_AV R841 8.2K 0603 1 75 0603 1% R844 75 0603 1% 1 GND YOUT VOUT COUT 1 1 R842 53 56 58 55 49 51 44 47 36 46 41 39 37 33 34 32 48 50 42 57 35 52 54 43 45 38 40 S2_DC_OUT SCL SDA ADR VCC YIN1 CIN1 BIAS MUTE VGND AGND LOUT1 LOUT2 LOUT3 TRAP1 TRAP2 YOUT1 YOUT3 VOUT1 VOUT3 YIN CIN VCC VCCO COUT3 ROUT1 ROUT2 ROUT3 COUT1 COUT2 U36 DC OUT ML6428 SO8 P/N = 286364282001 V/YOUT2 1 4 2 7 CVBS_OUT 1
R358 150 0603
3 1 2 C407 1U 0603 2
1 2 +9V_VIDEO VD_GND 2 1 VD_GND + 0.1U 16V C285
0603
C66 470U 25V 1
2 C283 4.7U 0805 1 R359 100K 0603 2 ADR: L>>90H H>>92H Q14 2SC4116 SOT_SC70N_1
+5V_VD 3 3 3 3 1 2 2 VD_GND C284 0.1U 50V 0603 1 100 0603 1% R385
S2-1 S-1 S2-2 S-2 S2-3 S-3 S2-4 S-4 TV V1 V2 V3 V4 V5 V6 Y1 C1 Y2 C2 Y3 C3 Y4 C4 LTV RTV LV1 RV1 LV2 RV2 LV3 RV3 LV4 RV4 LV5 RV5 LV6 RV6
U35
2 CXA2069Q PQFP64A_1MM 286302069001 1
2 1 8 3 5 6 7 2 4 9 1 63 15 22 30 60 10 12 13 14 17 19 20 21 24 26 27 28 62 64 11 16 18 23 25 29 31 59 61 +9V_VIDEO VD_GND L_OUT R356 100 0603 1%
R_OUT D22 BAV99 2
2
VIN6
VIN4 VIN5 3 2 2 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 5% 10P/NA 0603 C422
2
2 VD_GND 1 R492 75 0603 1% 2 2 AV_OUT_R_MUTE (16) AV_OUT_L_MUTE (16)
D21 BAV99
1 1 1 1 2
2 VD_GND
1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 VD_GND 1 R333 470K 0603 1
R229R256 100 100 0603 0603 1% 1% R259 100K/NA 0603 1 1
2
TP726 TP728 TP719 1 1
1 2 1 D41 BAV99 R176R180R187 100R188 100 100 100 0603 R189 0603 R190 0603 0603 100 100 0603 0603 R223R227 100 100 0603 0603 R146R147 5.6KR100 5.6KR101R104 5.6KR99 5.6K 0603 5.6KR103 0603 R378 5.6K 0603 5.6K 0603 5.6K 0603 0603 0603 0603 D20 BAV99
2
3 R377 1K 0603 R301 560 0603 1% R314 560 0603 1%
5% 10P 0603
3 2 VD_GND EC5
1 2 R102 1K 0603 1 R257 100K/NA 0603 5% 10P/NA 0603 C423
4 4
+9V_VIDEO
1 2 1 2 1 D43 BAV99 VD_GND
3 D18 BAV99 R320 470K 0603
2 2 VD_GND VD_GND
+9V_VIDEO 3 2
VD_GND 1
1
1 D46 BAV99 VD_GND VD_GND 3
2 2 2 2 2 2 2 2 5% 10P 0603 2 D717 BAV99 EC6
VD_GND VD_GND VD_GND 2 1 2
1 1 1 1 1 1 1 1 3
1 1 D42 BAV99 R283 220/NA 0603
0.01U 0603 C278 3 2SC4116 SOT_SC70N_1
Q29
VD_GND VD_GND 1 2 3 2 1 2 2 VD_GND
+9V_VIDEO D44 BAV99 D718 BAV99 08/07
2
VD_GND 2 VD_GND
2
1 3
D40 BAV99 C164 1UC165 1UC125 1UC126 1UC142 1UC124 0603 1U 0603 C136 1UC299 0603 1U 0603 0603 0603 0603 0603 3 1
3 1 1 2 C R352 4.7K 0603
D45 BAV99 1
2 IO1_GND
3 R704 470K 0603 5 6 3 4 1 2
1
2 1 2 3 4 GND1 GND2 GND3 S T S T S T
1 2
YELLOW L C WHITE
2 1 VD_GND 1 RED GND GND1 GND2 GND3 R262 220/NA 0603 5 5 2 GND_1
AV Output for CVBS/S-video 2SC4116 SOT_SC70N_1
Q28
3 1 2 R13 470K 0603 2 J21 R/A-4P 030011FR004T100ZA SUYIN J18 MTJ-032-47BBB-234GILTLF P/N = 331850006006 RCA_IN_L2 RCA_IN_R2 RCA_IN_L1 RCA_IN_R1 RCA_IN_R3 RCA_IN_L3 2 2 +9V_VIDEO 1 S2_DETECT_1 VD_GND 2 C295 1U 0603 1 1 1 1 2 2 2
0.01U 0603 C297
C264C298 0.47U 0603 0.47U 0603 Y
2 C277 1U 0603 1 1 1 1 2 VD_GND AUDIO_OUT_L AUDIO_OUT_R C315 C276 C296 0.01U 0603 (14) R376 4.7K 0603 (14) 1 C274 0.01U 0603 0.47U0.47U 0603 0603 MSTR_SDA_5 (1,3,14,17) MSTR_SCL_5 (1,3,14,17) RCA_IN_R2 RCA_IN_L2 S2_DETECT_2 RCA_V2 RCA_V1 SVIDEO1_L_IN SVIDEO1_C_IN SVIDEO3_C_IN RCA_V3 SVIDEO3_L_IN RCA_IN_L1 RCA_IN_R1 RCA_V2
R224 75/NA 0603 1% RCA_V1
6 6
2 1 R360 75 0603
VD_GND
2 0603 1 SVIDEO1_C_IN SVIDEO1_L_IN 2 0603 0603 2 0603 0603 VD_GND 2 2 R357 75 0603 2
2
5%
10P/NA 0603 C99
2
1 1
2 1 1
R331 220 R351 220 R840 12K 0603 VD_GND R199 12K 0603 1 1
2
1 1
2 TUNER_OUT 1 1 VD_GND R91 75 0603 5% 10P 0603
VD_GND EC706 MUTE_AV
(17)
5%
10P 0603
1 2 2 EL2 1K EC3 1
1 2 10K 0603 VD_GND EL703 1K EL702 1K 3 2
R300
EL3 1K 0603
2 1 1 R143 12K 0603 5%
10P/NA 0603 C273
SOT_SC70N_1 2SA1586 Q55 VD_GND R824 12K 0603
1 2 2 1 2 1 EL701 0 ohm 0603D_1 SVIDEO3_C_IN SVIDEO3_L_IN S2_DETECT_2 MSTR_SDA_5 MSTR_SCL_5 2 2 VD_GND 1 5% 5% 10P 0603 10P 0603
EC2 EC705 VD_GND RCA_L1 VD_GND
1 2 2
1% 1 R350 75 0603 2 4 6 8 10 12 14 16 18 20
2 1 1 2 7 7 R298 100K 0603 5% 10P 0603 EC704 EC1 10P 0603 5% VD_GND
3
VD_GND VD_GND VD_GND 1 2 1 2 J19 EL1 MA/10PX2/ST ACES 87209-2000 0 ohm 0603D_1 1 3 5 7 9 11 13 15 17 19 D36 BAT54C SOT23N R120 75 0603 R812 75 0603 1 2
GND1 GND2 1 2
2 1 2 1 C275 0.1U 50V 0603
2 1 1 VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND RCA_L2 S2_DETECT_1 RCA_R1 R297 100 RCA_R2 0603
1K 0603 RCAV1
R349
1 2 RCAV2 +3.3V RCA_IN_R3 RCA_IN_L3 AV2 Input for CVBS IO_GND +5V_VD 5 6 3 4 1 2 S T S T S T 1 2 3 4 GND1 GND2 GND3 5 6 3 4 1 2 S T S T S T YELLOW L R353 75 0603 C WHITE
YELLOW
WHITE RED
BTN_DETECT GND
2 GND1 GND2 GND3 1 RED RCA_V3 GND_1 J8 MTJ-032-47BBB-234GILTLF P/N = 331850006006 J1 R/A-4P 030011FR004T100ZA SUYIN VD_GND 87654 87654 8 8 J10 MTJ-032-47BBB-234GILTLF P/N = 331850006006 LA4635_MUTE (4,12,14) AV1 Input for CVBS/S-video AV3 Input connector (front cover) (4,16) AV_Switch B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 17 B A B A D C D C 18/26 1 1 D2_I/P (4) D1_I/P (3) Pr_OUT_9883 (11) Pb_OUT_9883 (11) Y_OUT_9883 (11) 2 2 D_DETECT (3) Pr_OUT_3230 (15) Pb_OUT_3230 (15) Y_OUT_3230 (15) 1 1 for VPC3230 D1_RATIO R827R803 100 100 0603 0603 D2_RATIO VFC_PWM (3) Pr_OUT_3230 Pb_OUT_3230 Y_OUT_3230 D_MODE_SEL1 (3) 1% 1% 1% 1% 1% 1% 2 2 2 +5V_VD D2_I/P_D D1_I/P_D 1 2 2 2 2 21 2 21 1 D2_LINE_1 D2_RATIO D1_LINE_1 D1_RATIO PLUG2_DETCT PLUG1_DETCT 2 1 1 1 2 1 1 1 2 D710 R270 75R277 75R278 75 0603 0603 0603 R436 100K 0603 JO723 R279 75R280 75 0603 R286 75 0603 0603
1
C866 0.1U 0603 16V
2 3 1 1 BZX84C5V1W
2 R849R783 1001 100 0603 0603 C371 2.2U 0805 X5R
1 2
D725 GND 10/10
JO733
2 3 1 1 BZX84C5V1W 10 9 8 7 6 NO1 NO3 NO2 NO4 A1 NO2 NO4 COM D716 JO725
0 1 0 1
A0 COM 2 3 1 1 BZX84C5V1W A0 NO1 GND NO3 EN V+ U706 MAX4634 PSOP10_0.5MM D728 1 2 3 4 5 JO735 D_CONNECT_SEL (3)
0 0 1 1
A1
2 1 3 BZX84C5V1W 1 3 3 3 3 Control pin truth table VD_GND D712
2
1U JO724 C349 0805 10V
2 1 3 1 2 BZX84C5V1W 1 2 VD_GND 1 D715
JO726
1% Place near D connector. Place near D VD_GND R437 820 0603
2 1 3
BZX84C5V1W 1 1
1 2 R856 100 0603 2 33P 0603 50V C350
Place near D connector. Place near D D722
JO734
2 R785 100 0603 1
+5V_VD 2 3 1 1 VD_GND BZX84C5V1W 0 6 VD_GND 1 GAIN[dB] D727 R511 10K 0603
JO736
D_MODE_SEL2
2 3 1 1 BZX84C5V1W (3) D2_LINE_1 D1_LINE_1 VD_GND 17 11 14 9 22 23 20 21 16 13 10 19 29 30 4 4 VD_GND VFC RFC GND1 GND2 GND3 GND4 GND_1 SYNCIN MUXSEL DISABLE GSX1 GND Vcc or Open BOUT/VOUT ROUT/YOUT GOUT/UOUT GSX1 Control pin truth table PLUG2_DET (4) U46 VCC1 VCC2 VCC3 VCC4 NC_0 NC_1 NC_2 GND_0 RINA/YINA RINB/YINB GSR1 BINA/VINA BINB/VINB GINA/UINA GINB/UINB GSG1 GSB1 SM5301AS HSOP28 P/N = 286305301006 10K/NA 0603 R268 82K 0603 R510 R276 150K 0603
5 7 1 3 2 6 4 8
25 27 26 18 15 12 24 28 1 2 1 2 2 1 1 2 +5V_VD +5V_VD VD_GND VD_GND PLUG1_DET (4) R509 0 0603 R260 220K 0603
R275 330K 0603
2 1 2 1 C353 10U 16V 1206 2
+5V_VD
2 VD_GND 1 R251 200K 0603
2 1 R826 100 0603 R258 220K 0603 R274 330K 0603
1
0.1U 16V
C352
+3V_VD 0603 5 5 2 1 2 2 1 D35 BAV99
3 2 +5V_VD 1
VD_GND 1 R853 200K 0603 2
1 2
0.1U 16V C374 0603 D32 BAV99 2
R255 82K 0603
+3V_VD
3 2 R252 100 0603 R273 150K 0603 1 VD_GND
2 1 2 1 1 1 +5V_VD VD_GND
0.1U 16V C351
0603 D31 BAV99 2
3 1 2 R254 220K 0603 1
R272 330K 0603
2 2
1 2 2 1 VD_GND
0.1U 16V C348
0603 +5V_VD
2 PLUG2_DETCT 1 D724 VD_GND 1 1 2
PLUG1_DETCT D709 +5V_VD
3 BZX84C5V1W/NA 1 R253 220K 0603
3 D1_LINE_1 D1_I/P_D D1_RATIO 1
VD_GND R271 330K 0603 BZX84C5V1W/NA 1
+5V_VD 2 1 2 D2_LINE_1 D2_I/P_D D2_RATIO 1 VD_GND +5V_VD C302C304 10U 6.3V 10U 0805 6.3V 0805
VD_GND
C306D30 BAV99 10U 6.3V 0805 2
3 1 D721
6 6 D713
BZX84C5V1W/NA
3 1 D29 BAV99 2
3 1 BZX84C5V1W/NA 3 VD_GND
VD_GND 1
D26 BAV99 2
3 1 2 2 2 VD_GND VD_GND VD_GND 1 1 1 8 9 10 11 12 13 14 8 9 10 11 12 13 14 C303 10U 6.3V 0805 Line +5V_VD Rev2 Rev3 Line2 Line3 C272C305 10U 6.3V 0805 10U 6.3V 0805 Line Rev3 Rev2 Line2 Line3 PlugGND 13.5MHz 6.75MHz Plug detect ove NC pin 37.25MHz PlugGND Plug detect 2 0603 2 CUT FREQUENCY 2 1 J9 GND1 GND2 Y Y_GND PB PB_GND PR PR_GND Rev1
Connector remove NC pin R292 75 0603 1% FM/1.27MM/H10 52515-1411 MOLEX P/N = 331790011001
1 J16
GND1 GND2 Y Y_GND PB PB_GND PR PR_GND Rev1
2 Connector rem 1 FM/1.27MM/H10 52515-1411 MOLEX P/N = 331790011001 1 2 3 4 5 6 7 1 VD_GND 7 7 1 2 3 4 5 6 7 1.6V 0.6V 0.2V GND1 GND2
EL15 47 R291 75 0603 1% GND1 GND2
2 IO_GND EL14 471 0603 IO_GND EL13 47 0603 VD_GND
R290 75 0603 1%
L L
H 1 2 VFC2 Y_GND PB_GND PR_GND VD_GND 2 2 2 Y_GND PR_GND PB_GND PR1_IO Y1_IO PB1_IO PB2_IO PR2_IO Y2_IO L H H D726 VFC1 VOLTAGE 1 1 1
VFC Control pin truth table R289 75 0603 1%
3 1 2 BZX84C5V1W/NA 1 AV1 Input for D-Connector D711 VD_GND Line 1 (0V: 525 lines, 2.2V: 750 5V: 1125 lines) Line 2 (0V: 59.94i / 60i, 2.2V: -, 5V: 59.94p 60p) Line 3 (0V: 4:3, 2.2V: 4:3 letter box, 5V: 16: 9) Plug insert detect (output: 10K ohms, input: >100K o hms) VD_GND
AV2 Input for D-Connector
3 1 R854R284 47R287 47 0603 47 0603 R288 75 0603 0603 1% BZX84C5V1W/NA
2 VD_GND 1 VD_GND
R855 75 0603 1%
1 2 VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND VD_GND PR2_IO PB2_IO PR1_IO PB1_IO Y1_IO 87654 87654 8 8 Y2_IO D-terminal B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 18 B A B A D C D C 19/26 1 1 2 +2.5V_VD L41 0805C_1 BEAD_120Z/100M AVI_3D 1
C254 0.1U 50V 0603
1 2 2 C170 1U 0603 1
C256 0.1U 50V 0603
1 2
1% R204 1.8K 0603
1 2 3 2 Q43 2SA1586 SOT_SC70N_1 VD_GND C257 10U 0805 6.3V
1
2
3.3K 1% 0603 1 R205
50V 0.1U 0402 +80-20%
C886 1 2
VD_GND 1 2
2 21 2 21
GR_CVBS_IN (23) VD_GND 1 2 VD_GND FSCI_3D (23) AVDD_2 C194 0603 5% 3 180P/NA
+2.5V_VD
GND0
4
GND2
5
2 2
GND1 0.1U 50V C873 0603 6
VD_GND 1 2 VINNC VOUT U23 H354LAI-8464 VD_GND 2 1 FSCI_3D 22P/NA 0603 5% C212
L21 0805C_1 BEAD_120Z/100M L23 0805C_1 BEAD_120Z/100M 1 1
2 1 C162 0.1U 50V 0603
0603 1%
2
50V 0.1U 0402 +80-20%
C872
1 2
B
2 1 R159 220 0603 C148 10U 0805 6.3V Q39 MMBT3906L
VD_GND 2 E C 1 2 R215 820 1 R218 330 0603 +3V_VD C169 10U 0805 6.3V
1
2
3 1 2 1 2 Q47 2SC4116 SOT_SC70N_1 2
VD_GND VD_GND C146 0.1U 50V 0603
2 R160 360 0603 1% 1 1 10% 820P 0603 C121 C161 0.1U 50V 0603 R217 0 0603
1
3 3 3 3
VD_GND 2 2 1
2SC4116 SOT_SC70N_1 1 R214 10K 0603
2 Q50
3 2 1 2 1 2 VD_GND C255 0.1U 50V 0603
VD_GND 1 2 1
560P 0603 C128
L20 5.6UH 3225 5%
2 1 1 +3V_VD 1% R219 24K 0603 R220 33K 0603
AVDD_1 AVDD_0
1 2 1 2 1 2 C173 0.1U 50V 0603
VD_GND 1 2 +9V_VIDEO R168 1M/NA 0603 2 10U C757 1206 16V
C214 10U 6.3V 0805
2
C175 10U 0805 6.3V
2
INPUT AMP. 1 1
2 C147 1 VD_GND 0.047U 0603 1 VD_GND C171 0.1U 50V 0603 10UH 3225 5%
0.1U 50V L709
C215
0603 2 3225 5% 1
1 2 1 2 2 +9V_VIDEO VD_GND 10U C890 1206 16V
4 4
C20O (23) 2 10UH 1 VD_GND 50V 0603 1 VD_GND 2 GRDO[0..9] (23) L58 C114 100U 50V
+ 2 1 1 VD_GND +2.5V_VD C160 0.1U 0.1U 50V C167
0603
2
1 2 2 VD_GND AYO GRDO[0..9] ACO 50V 0603 50V 0603 R765 22 0603 L708 3A 2 2 1 1 2 FSCO_3D (23) C259 0.1U 50V 0603
50V 0.1U 0402 +80-20%
C871
2
AV_SW_CVBS_OUT 1 1 1
2 1 GRDO6 GRDO7 GRDO0 GRDO3 GRDO1 GRDO4 GRDO5 GRDO8 GRDO9 GRDO2 VD_GND R185 10 0603 C260C145 0.1U 0.1U (18) VD_GND TP718 1 1 2 3 4 1 2 3 4 C755 10U 0805 6.3V
2 2
1 2 2 1 50V 0.1U 0402 +80-20% C869
R181 4.7K 0603 1
2 1 AVDD_0 AVDD_1 AVDD_2 Q41 2SA1586 SOT_SC70N_1
1 2 3 2 C258 0.1U 50V 0603
VD_GND 2 0603 0603 1 R197 10 0603 1 1 VD_GND 5 5 1 8 7 6 5 8 7 6 5 +2.5V_VD 2 1 XI_3D XO_3D C153 0.01U 0603D_1 R200 4.7K 0603
VD_GND
Q42 2SA1586 SOT_SC70N_1 R163 R158 1
2 2 3 1 FSCO_3D RP2 22*4 1206 RP1 22*4 1206 22 22 2 VD_GND 2 63 64 65 66 67 68 69 70 71 72 14 15 16 17 18 19 20 21 22 23 13 36 37 54 51 38 50 55 86 98 31 39 62 100 26 27 34 35 49 52 53 91 92 1 33 48 75 24 25 R186 560 0603 1% R198 470 0603 1% 1 XI XO 1 FSCI FSCO 5% 68P/NA 0603 DYCO0 DYCO1 DYCO2 DYCO3 DYCO4 DYCO5 DYCO6 DYCO7 DYCO8 DYCO9 C166
DVDDIO AVDD_0 AVDD_1 AVDD_2 AVDD_3 AVDD_4 DVDD_0 DVDD_1 DVDD_2 AGND_0 AGND_1 AGND_2 AGND_3 AGND_4 AGND_5 AGND_6
DGND_0 DGND_1 DGND_2 DGND_3
EXTALTF
1 2 1 EXTDYCO0 EXTDYCO1 EXTDYCO2 EXTDYCO3 EXTDYCO4 EXTDYCO5 EXTDYCO6 EXTDYCO7 EXTDYCO8 EXTDYCO9 DVDDRAM_0 DVDDRAM_1 DGNDRAM_0 DGNDRAM_1 VD_GND 2
VIN
GND2
5
GND1
VIN 6
GND1 GND0
6 4
GND2 VD_GND 5
GND0 4 VOUT NC VD_GND U15 H354BAI-4404 3 2 VOUT NC U22 H354LAI-8113 UPD64084 PQFP100_05MM_1 P/N = 284564084001 TESTIC1 TESTIC2 TEST1 TEST2 TEST3 TEST4 TEST5 TEST6 TEST7 TEST8 TEST9 TEST10 TEST11 TEST12 TEST13 TEST14 TEST15 TEST16 TEST17 TEST18 TEST19 TEST20 TEST21 TEST22 TEST23 TEST24 TEST25 TEST26 CKMD CLK8 RSTB SLA0 SCL SDA ST0 ST1 NSTD ALTF CSI RPLL LINE KIL CBPC CBPY ACO AYO AYI VCLY VRBY VRTY VCOMY U17 6 6 3 1 R177 0603 1.5K 1%
2 3 4 5 6 7 8 9
10 11 12 28 29 30 32 40 41 42 43 78 79 80 81 82 83 84 85 99 56 57 58 45 46 47 59 60 61 73 77 44 74 76 87 90 88 89 93 94 95 96 97 2 R196 5.6K 0603 1
2 1 2 1 C149 0.01U 0603D_1 1% R210 270 0603 R178 15K 0603
KIL R763 680 0603 1% Q46 2SC4116 SOT_SC70N_1 R169 5.6K 0603 1
1 2 3 2 1 2 1 2 1 2 VD_GND VD_GND 0.1U 50V C195
0603
AYO ACO AVI_3D VD_GND 2 2 2 1
2 NTSD 1
C367 R203 680 0603 1% Q40 2SC4116 SOT_SC70N_1 R208 220 0603 VD_GND VD_GND
2 3 2 1 2 1 1 1 2 5% 0603 10P R211 470 0603 1% 0603 R202 220 0603 2 2 2 2 0.1U 50V C192 0603 VD_GND Q45 2SA1586 SOT_SC70N_1
1 1
2
ALLRST (23) 1 2 2 3 1 2 1 2 2 2 1 R164 22 0603 1 1 VD_GND R207 0603 1 OCP C210 22P 0603 5% 1 1 1 1 1 50V 0.1U 0402 +80-20% 0.1U 50V C868 C191
0603
R206 470 0603 R209 470 0603 75 1% R201 220 0603 1 2 2
1 2 2
Q44 2SA1586 SOT_SC70N_1 1 RPLL (23) 1 1 2
2 2 3 1 2 1 ALTF VD_GND VD_GND R171R170R239R245 33 33 33 33 0603 0603 0603 0603 VD_GND R167C152 1K/NA C168 0.1U 0.1U 50V 0603 50V 0603 3.3K 0603 (23) E R315 C746 10U 0805 6.3V C211 22P 0603 5% R179 0/NA 0603
CLK8 1 2 1 2 3D_YOUT B 50V 0.1U 0402 +80-20% C870 Q56 MMBT3904L 7 7
+3V_VD VD_GND (23) 1 2 C
0.1U 50V C174
0603 VD_GND 3D_COUT
2 RSTB VD_GND 1 A 3D_YOUT 4.7K 0603D_1 CL-190G/NA R182 0 0603
R766
C740 0.1U 50V 0603
2 1 2 1 2 (15) 1 VD_GND
3D_COUT D15 VD_GND CSI
K A MSTR_SCL_3D K MSTR_SDA_3D +3V_VD 0/NA 0603 (15) DEBUG_SCL_3D DEBUG_SDA_3D R157
(3) (3)
2 (3) 1 (3) D707
MLL34B VD_GND R175 10K/NA 0603 R174 10K/NA 0603
1 2 2 RLS4148/NA 1 CSO +5V_VD VD_GND VD_GND (23) N3D 87654 87654 8 8 (23) I2C address H:BA/BBh L OR NC:B8/B9h 3D Y/C B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 19 B A B A D C D C 20/26 1 1 +5V 0.22U/NA 16V C370 0603
PSON (3) 2 1 Q709 2N7002 GND
D S D S GND 2 8 7 6 5
D G 1% 0 0603 R115 10K 0603 Q17 2N7002 2 G R373
D S 4 1 2 1 2 D S JO3 OPEN-SMT4 GND 0.22U/NA 16V C891
0603
R166 22K 0603 1
2 S 1 Q22 AO4409 SO8 2 21 2 21 1 G GND 3 2 1
R886 1M/NA 0603
1 2 2 1% R116 100K 0603
2
2 1 C888 2.2U 0805 X5R
2 1 1 X5R R1420603 0/NA R141 4.7K 0603 2
1
1 2 GND R885 200K 0603 1% +5V_SB_P R892 0 0603 1
Q23 MMBT3904 SOT23 R140 47K 0603
2 1 PSON# +5V_SB_P +5V_SB_P 2 3 3 3 3 1 R117 0 0603 POWER (4,12,16) 4 4 +3.3VS_DIG 2 JO2 J3 MA/3PX1/ST ACES 86807-0300 SHORT-SMT4 1
R758 1K 0603 3 2 1
1 2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 J7 +3.3VS_DIG 1 2 3 4 5 6 7 8 9 +3.3V_P 10 11 12 13 14 15 16 2 16PX1/2.5MM-MA JST B16B-XH-A GND +8V_FAN 5 5 GND Nidec FAN for 8V 1
10U/NA D703 C723 25V
1206 BZV55-C10 MLL34B
1 2 K A R759 0 0603 +3.3VS_DIG 10U C375 25V 1206
0.1U 50V 0603D
C731
1 2
2 2
2 1 GND +8V_FAN JO5 JO6
SHORT-SMT4 SHORT-SMT4 1 1
LOCK_FAN2 K A PSON# Power_OK 3 (4) D705 RLS4148 MLL34B
1 A
+3.3V_P GND 2 GND 6 6 TP2 D14 RLS4148 MLL34B K U512 UTC78D09 INPUT OUTPUT J5 MA/3PX1/ST ACES 86807-0300 1 470U 25V R760 1K 0603 +5VS_DIG 3 2 1 C111
+ 1 2 1 2 GND 2 2 +3.3VS_DIG C98 470U 25V
+ 2 1 JO710 JO709 2 GND GND
SHORT-SMT4 SHORT-SMT4 +8V_FAN 1 1
10U C261 25V 1206
1 2 470U 25V C73 10U/NA C733 25V 1206
1
+ 1 2 1 2 GND +5V_P R761 0 0603 2 470U 25V FUSE_1206 1A-1206 C53 0.1U 50V 0603D C732
+ 1 2 1 2 Power Supply Input connector GND F1 7 7 1
Fan lock function Fan lock function
K +12V A +12V_SPEAKER LOCK_FAN1 (4) D704 RLS4148 MLL34B 2 2 2 2 +12V +5V_P +12V_P +3.3V_P +5V_SB_P JO707 JO706 JO705 JO704 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 SHORT-SMT4 1 1 1 1 +12V_P +12V_P 87654 87654 8 8 Power Input B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 20 B B A A D D C C +31V_P 21/26 2 1 1 PJO703 SHORT-SMT4 1
PD701
RLZ40
K A
PR701 470K 0805 1%
2 1 TVTUNER_GND
1U PC701 0805 50V
1 2 2 +31V_TVTUNER 2 2 21 21 2 1 PC1 100U 50V
+ 2 JO713 1 R882 100 0603 SHORT-SMT4 GND 1
1U PC8 0805 50V
1 2 +31V_P
PD5
PR2 1.3K 0805 BZV55-C30
1 2 K A 2 3 3 3 3 PR1 100 0805 1% 1
PD4 BAV99
2
3 1 2 PC9 0.47U 0603 1 2 PC3 0.47U 0603 1
PD2 BAV99
2
3 1 4 4 2 PC4 0.47U 0603 1 2 PC2 0.47U 0603 1
PD1 BAV99
2
3 1 2 PC7 0.47U 0603 1 2 PC6 0.47U 0603 1
PD3 BAV99
2
3 1 5 5 2 PC5 0.47U 0603 1 +31V_P (74ACT14) 74ACT14_V SO14 74ACT14_V SO14 6 12 PU1C PU1F
6 6
14 7 14 7 5 13 74ACT14_V SO14 74ACT14_V SO14 4 10
PU1B
PU1E
14 7 7 +5VCC_74 14 GND 7 7 3 11 +5VS_DIG 2 74ACT14_V SO14 8
PU1D 1
14 7 +5VCC_74 L37 3A 0.1U 16V C231
0603
9
1 2 GND +5VCC_74 2 PU1A 74ACT14_V SO14
10% 330P 0603
PC10 14 7
2 1 2 GND 1 8765487654 8 8 +5VCC_74 GND 1 PR3 4.7K 0603 31V
PR4 1M 0603
1 2 B B A A D D C C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 21 B A B A D C D C 22/26 0.22U 16V C233 0603
1 1 1 2 +3V_VD 0.22U 16V C234 0603
1
VD_GND 1 2 FSCI_GR R108 1K 0603 2 0.22U 16V C237
0603 DEV_RESET# (4,9,14,15)
2
1 2 C116 0 0603 1
R744 4.7K 0603
1 2 E
Q18 MMBT3904L 1K/NA 0603
R152
B
2 1 0.1U 50V C239 0603
2 2 C
0.1U 50V
C722 +3V_VD 0603 VD_GND 1 2
0.1U/NA 50V
C741 0603 2 272075150301 C241 15P 0603 5% C253 15P272075150301 0603 5% 1
0.1U 50V
C117
0603 GRDO[0..9] (20) 2
1 VD_GND 1 1 2
2 VD_GND 1 +3V_VD VD_GND 25V 20% 2 MSTR_SCL (3,9,11,14,15) MSTR_SDA (3,9,11,14,15) VD_GND 2 21 2 21 Crystal C-load=12pF 2 R731 4.7K 0603
C100 33U TP713 L18 3.3UH/NA 0805 1 + 0.1U 50V C118 0603
20MHZ
X3
2 1 GHOST_VIN
1 5% C112 150P/NA 0603 25V
+3V_VD
VD_GND ALLRST (20) 2
1 1 1
VD_GND 2 GRDO[0..9] 1 2 2 FSCI_3D (20) FSCO_3D (20) 0603 2 0.1U 50V C221 +5V_VD 0603
314100200504
2
1 2 0603 0603 R155 470/NA 0603 1 1 0.1U 50V C82
0603
R751 470 1
2 1 EXCS EXVS R149 220/NA 0603 1 GHOST_VOUT GRDO9 GRDO0 GRDO1 GRDO4 GRDO5 GRDO6 GRDO7 GRDO8 GRDO2 GRDO3 WP1 MMBT3906L/NA
0.1U 50V Q38
C734 0603
1 2 C E FSCO_3D FSCO_GR FSCI_3D R112R111 33 33 FSCI_GR
1 2 +3V_VD 124 123 122 121 120 119 118 117 116 115 15 14 13 12 11 10 9 8 7 6 33 34 42 43 44 45 46 35 110 111 40 47 51 49 105 106 107 112 113 114 126 128 129 131 132 135 136 137 138 142 134 141 B +3V_VD 0.1U 50V C754 10U 0805 6.3V C338 0603
XI IB
LE CL XO 2 1 2 1 DI0 DI1 DI2 DI3 DI4 DI5 DI6 DI7 DI8 DI9 VIN VCL SCL TM0 TM1 TM2 TM3 VRT DO0 DO1 DO2 DO3 DO4 DO5 DO6 DO7 DO8 DO9 SDA VRB WP1 WP2 WP3 FSCI TXD1 TEST VBLK RXD1 EXVS EXCS +2.5V_VD ADCP ADCK FSCO VOUT CBPO VCOM
VD_GND VD_GND
ALLRST
DVDDIO_2 UPD64031A PQFP144_0.5MM
93
12 13 14 2 1 15 5 3 4 16 DVDDIO_1
57 FSCO_GR
DVDDIO_0 DGND_6
21 127
DGND_5 1Z 2Z 3Z
109 1Y1 2Y0 2Y1 3Y0 3Y1
3 3 3 3
VCC DGND_4 DVDD_11
144 91
DGND_3 DVDD_10
125 73
DGND_2 DVDD_9
108 55
DGND_1 DVDD_8
89 19
DGND_0
0.1U 50V DVDD_7
C218 0603 72 1
DVDD_6 VEE GND S1S2 S3 1Y0 E U12 74HC4053 TSSOP16
1 2 53
AGND_5 DVDD_5
140
17 9 6 7 8
AGND_4 11 10
139 P/N changed from 282574405303 to 282074405001. (8/28)
AGND_3 AVDD_4
143 130
AGND_2
0.1U 50V AVDD_3
C219 0603
133 48
AGND_1 AVDD_2
1 2 52 39
AGND_0
AVDD_1 VD_GND VD_GND 37 41 I2C Address : 24H/25H
AVDD_0 36
0.1U 50V C243
0603 WP1
1 2 0.1U 50V C742 0603
A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 D0 D1 D2 D3 D4 D5 D6 D7 KIL N3D CSO DACK CLKGBGP ALTF OCP SLA0 HD VD MONI BIASH BIASL LIMA LIMF CLK8 CKMD CPUCKS BYPSFSC BYPS20 C20O CPURST EXDAS EXADS EXROMS EXCHN EXHNC GRSW FDS DLE HNC GCR GCON ROMSB WRB RDB
U8 1 2 2 3 4 5 0.1U 50V C245
0603 82 83 84 85 86 87 88 90 92 94 95 96 97 98 99 81 80 79 78 77 76 75 74 16 22 18 20 23 24 25 26 27 28 29 30 31 32 38 50 54 56 58 59 60 61 62 63 64 65 66 67 68 69 70 71 VD_GND
100 101 102 103 104
1 2
0.1U 50V C238 0603
2 1 BYPS20_GR 0.1U 50V C235
0603
2
2 1 R739 4.7K/NA 0603 R737 4.7K 0603 0603
4 4
0.1U 50V
C252 0603 1 2 2
HNC 1 EXADS GRSW GCON EXHNC EXDAS EXROMS EXCHN GCR
2
+3V_VD
2 1 SLA0_GR CLK8 BYPSFSC_GR CKMD_GR CPUCKS_GR BYPS20_GR R107 22 0603 R747 4.7K 0603 1 1 1 0.1U 50V C217 0603
VD_GND
close to pin 1
2
1 2 1 2 4.7K R735 0.1U 50V C240
0603 VD_GND
N3D CSO C20O GRSW R891 0 0603 1
2 1 TP712 TP711 TP710 0603D 0.1U 50V C222
0603
EXROMS 1
2 1 close to pin BYPSFSC_GR R133 4.7K 0603 R122 4.7K 0603 CLK8
0.1U 50V
C232 0603 VD_GND 1 2 1 2
2 1 (20) R749 4.7K/NA 0603 R746 4.7K 0603 VD_GND VD_GND N3D CSO
C20O VD_GND 1 1 2 2 +3V_VD +2.5V_VD
(20) (20)
C730 10U 0805 6.3V VD_GND (20)
1 2 +2.5V_VD 2 2 +3V_VD EXADS EXHNC CPUCKS_GR R750 0 0603 R136 4.7K 0603 R127 4.7K 0603
1
2 1 2 L704 3.3UH 0805 1 R745 4.7K/NA 0603 R743 4.7K 0603 1 2
VD_GND VD_GND CKMD_GR
1 2 2 +2.5V_VD 1 +3V_VD 5 5 VD_GND R162 10 0603 R748 4.7K 0603 10% 100P 0603 C337
CSO 1
1 2 1 2 +3V_VD OCP 2 VD_GND GHOST_VIN EXDAS EXCHN (20) R138 4.7K 0603
R110 0/NA 0603 R129 4.7K 0603
2
activ e low 1 1
+3V_VD EXVS
2 I2C address H:26/27h L:24/25h 1 ALTF 2 VD_GND 0/NA 0603 EXCS R132
activ e low C115 2.2U 0805 X5R (20)
2 1 1
50V 0.1U 0402 +80-20% C356
1 2 R96 1K 0603 Q16 2SC4116
2
VD_GND 1 2 3 2 R153 1K 0603
VD_GND Q32 2SA1586
1 2 3 8.2mA 2 1 50V 0.1U 0402 +80-20% C354
1
2
VD_GND 1 2 1 VD_GND
6 6 R131 0 0603 R126 2.2K 0603 R156 1.8K 0603 5% Q33 2SA1586
1 2 3 4.8mA 2 VD_GND 1
R125 100 0603 Q13 2SA1586 R97 470 0603
2 2 3 1 2 1 R154 3.9K/NA 0603
2 1 1 VD_GND VD_GND R94 470 0603 1 2 5% 27P 0603 C103
R95 1K 0603
2
1 2 1 2 1 2 2 50V 0.1U 0402 +80-20% C355
VD_GND VD_GND 2 1 C113 33P 4.7UHL16 0805 1 R148 1K 0603 R78 220K 0603 1 5% 10P 0603 C85
VD_GND
R92 47K 0603 Q11 2SC4116 1 1
1 2 3 2 1 2 2 0603 50V 1 2 2 VD_GND VD_GND C81 1U 0603 R151 150 0603 P. R134 330 0603 1
Q30 2SC4116
1
2
3 1 2 C83 100U 50V 2 22.6mA
+ 1 2 VD_GND +5V_VD 0 VD_GND Sync.SE R79 0603 1 C76 1000P 0603 1% R139 200 0603 1 Q31 2SC4116 R150 200 0603
0.1U 50V
C216 0603
2 3 2 1 2 1 2 1 14.7mA
1 2 2 VD_GND VD_GND 7 7 1 R93 220 0603 1 1% R248 220 0603
R128 1K 0603 Q20 2SC4116 Q52 2SC4116
1 2 3 2 3 2 1 2 VD_GND VD_GND 1 1 50V
0.1U 0402 +80-20% C347
R135 510 0603
1 2 1 2 2 VD_GND VD_GND +80-20% 2 R130 1.3K 0603 1% C102 100U 50V
+ 2
INPUT AMP. 1 Q21 2SA1586 R246 510 0603 C220 2.2U 0805 1
3 1 2 2 1 2 VD_GND 10UH 3225 5% L19 C426 25V 47U C84 5600P 0603 5%
1
2
50V
0.1U 0402 +80-20%
C874
+ 2 1 2
1 1
1 2 1 2 VD_GND +9V_VIDEO VD_GND VD_GND R247 1M 0603 R137 680 0603 1% 87654 87654 8 8 GR_CVBS_IN 0.1U 50V C865
0603
1
1 2 (20) GR B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 22 B A B A D C D C 23/26 1 1 BTN_DETECT_SW +5V_SW 2 0603 R318 100
1 LED_KEYPAD_SW LED2_KEYPAD_SW IR_DATA_IN_SW 1 MTG25 ID3.5/OD6.0 GND_SWR 2 21 2 21 GND_SWR
2 4 6 8 10 12 1 MTG24 ID4.2/OD6.0 GND_SWR J702 MA/6PX2/ST ACES 87216-1200 P/N = 291000011211 1 3 5 7 9 11 GND1 GND2 2 GND_SWR 0603 R317 100 1 3 3 3 3 POWER HEADPHONE_VOC HEAD_PHONE_R_SW HP_DECT HEAD_PHONE_L_SW
GND_SWR
4 1 HP_DECT
HEAD_PHONE_L_SW
5 2 HEAD_PHONE_R_SW
R8 51K 0603
1U 0603 C17
3 6 1 2 1 2 4 4 GND_SWR +5V_SW GND_SWR
10% 470P 0603 C20
1 2 SW6 30V/0.1A LTV-85 P/N = 297040100024
10% 470P 0603 C21
1 2 2 R9 L11 BEAD_600Z/100M 0603D_1 1 2 5 5 BTN_DETECT_SW 2 4.7K 0603D_1 1 L9 BEAD_600Z/100M 0603D_1 261M LED BD. 1
5% 10P 0603
EC13
1 2 5%
10P 0603
EC12
2 IR_DATA_IN_SW 1 GND_SWR A +5V_SW 6 6 2
D8 BAV99
RLS4148 MLL34B 2
0603 R319 100 3
K D6 1 1 R37 10K 0603
D4 BAV99
1 2 2 3 CLOSE TO PIN
+5V_SW 1 LED_KEYPAD_SW
D7 BAV99
G G
Q8 SI2301DS 2 R66 330 0603
339-1EVGW P/N = 334112000309 LED_339A 3
1 2 S D S D 1 D19 +5V_SW
100/NA 1206
GND_SWR 1 R
2 2 2
7 7 D37
C54 10U 16V 1206 BZX84C5V1W
3 3 1
GND_SWR
2 G R38 R39 47 1206 1
SG D
1 1
GREEN RED GND_SWR
1 2 S D C55 10U 16V 1206
+5V_SW R10 100/NA 0603
1 2 1 2 G R36 220 0603 Q5 SI2301DS GND_SWR GND_SWR HEADPHONE_VOC 1 8 7 3 2 4 5 GND_SWR 3 2 1 LED2_KEYPAD_SW 87654 87654 8 8 VCC OUT GND U7 IRM2038F4 IR_IRM2038F4 MSC MSJ-035-18ASR LED Bd DIP/6P/H17 P/N = 331840008001 J2 B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 23 B A B A D C D C 24/26 1 1 2 21 2 21 3 3 3 3 ACES 88261-0800 HDR/MA-8 J701 1 2 3 4 5 6 7 8 GND1 GND2 272105471403 GND_SWL 50V
39P 0402 5% C365
R336 100 0603
2 1 2 4 1 4 GND_SWL 50V
39P 0402 5% C363
R335 100 0603
2 1 1 2
0603 GND_SWL
2 1 1 2 1 1 R334 100 0603
100 R326 R328100 0603 R332 100 0603 GND_SWL
2 1 2 1 C362 39P 0402 50V 0603 2 2
5%
1
2 1 GND_SWL GND_SWL C360 39P 0402 50V
R327 100
2 1 5% GND_SWL C359 39P 0402 50V 1 INPUT 2
GND_SWL
2 1 5% VOLUME_UP VOLUME_DOWN MTG27 ID3.5/OD6.0 C357 39P 0402 50V GND_SWL 5% 5 5 C358 39P 0402 50V MENU CHANNEL_DOWN
5% CHANNEL_UP 1 GND_SWL MTG26 ID3.5/OD6.0 OK 1 3 1 3 1 3 1 3 1 3 1 3 1 3 261M KEYPAD BD. SW8 TC010-PSS11CET SW7 TC010-PSS11CET SW5 TC010-PSS11CET SW4 TC010-PSS11CET SW3 TC010-PSS11CET SW2 TC010-PSS11CET SW1 TC010-PSS11CET 2 4 5 2 4 5 2 4 5 2 4 5 2 4 5 2 4 5 2 4 5 GND_SWL 6 6 7 7 87654 87654 8 8 Keypad BD B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 24 B A B A D C D C 25/26
1 1 1 AV_GND MTG29 ID3.5/OD6.0
0.1U 50V C143 0603
2 2 1 21 2 21
+5V_AV
AV_GND TP1 1 AV_GND MTG28 ID4.2/OD6.0 1 8 3 4 OS VCC GND A0 A1 A2 SDA SCL U16 LM75_SO SO8 7 6 5 1 2 3 3 3 3 I2C address : 94 AV_GND 2 2 +5V_AV RCA_VIDEO3 RCA_AUDIO_R3 RCA_AUDIO_L3 1 1 R119R118 33 33 0603 0603 2 2 SVIDEO3_C SVIDEO3_L R730 1K 0603 1 1 4 4 2 SCL_5
SDA_5
5% 10P/NA 0603 C706
2 R708 0 0603 1 R716 1K 0603
R729 12K 0603 1
1 2 R702 75/NA 0603
5% 10P 0603
2 EC703 1
1 2 AV_GND AV_GND
5% 10P/NA 0603 C704
R710 12K 0603
1 2 1 2 5%
10P 0603
EC702
2 1 R701 75/NA 0603
2 AV_GND 1 2 AV_GND
5 5
5% 10P 0603 EC701
1 2 1 2
R705 75/NA 0603
2 1 C702 0.1U 50V 0603 R707 0 0603 1 AV_GND S2_DETECT_3 261M AV3 INPUT BD (front cover). SVIDEO3_C S2_DETECT_3 SDA_5 SCL_5 RCA_R3 RCA_L3 RCAV3 AV_GND 2 4 6 8 10 12 14 16 18 20 AV3_Y AV3_C J703 MA/10PX2/ST ACES 87209-2000 1 3 5 7 9 11 13 15 17 19 GND1 GND2 6 6 AV_GND RCA_AUDIO_R3RCA_AUDIO_L3 RCA_VIDEO3 SVIDEO3_L AV3_C RCA_R3 AV3_Y RCAV3 RCA_L3 +5V_AV AV_GND 4 3 2 1 5 6 8 7 10 9 12 11 7 7 T S T S T S RED WHITE YELLOW MSP-821H-BBB-234NILF J6 87654 87654 8 8 AV3 input BD B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 25 B A B A D C D C 26/26 1 1 2 21 2 21 Before reset After reset 3 3 3 3 LA4635_MUTE(DHS): AMP_STBY(OCMDATA11): 4 4 R0C ---> R01 for SW setting 0. MB ID: GPIO_G09_B5 DVT:H PVT:L 1. change 2310 to 1501 layout path DVT: r7--r0, r0--r7; g0--g7, g7--g0; r0--r7, r7--r0 PVT: swap 2. FAN lock: DVT: no this function PVT: Fan lock1(GPIO_G09_B3), lock2 (GPIO_G04_B0) when "High", then system enter "Standby mode" 3. AFT change: DVT: AFT/AGC use the same pin to detect (LBADC_IN2) , & need GPIO_G07_B2 select AFT or AGC PVT: AFT use LBADC_IN2; AGC LABDC_IN3 4. Audio delay for AV OUT: DVT: no delay PVT: need to modify MSP delay audio AV_out, ProII cant output AV_OUT 5. AV switch Tuner/ AV1/AV2 path change: Tuner: DVT: V5 (CXA2069Q) PVT: TV port (CXA2069Q) AV1: DVT: video connect to V1 audio connect to LV1/RV1 PVT: Video connect to V2 Audio connect to LV2/RV2 AV2: DVT: Video connect to V2 Audio connect to LV2/RV2 PVT: Video connect to V1 Audio connect to LV1/RV1 SW setting for PVT 5 5 6 6 7 7 87654 87654 8 8 Revision List Project name : 26M1 PCB version : R0C R00 --> R0A 1. Because Power plane +2.5V_DDR & +1.8V_CORE missing. So relayout to correct this error. PCB version change from R00 to R0A. R0A --> R0B 1. PCB relayout for DVT. (1) Remove HDMI and V-chip related circuit which will not use on JP model. (2) CXA2089Q change to CXA2069Q (P.18). (3) Add anti pop noise on AVout and Speaker signals. (P.16) (4) Del IT receiver connector and relate circuit. (P.9) (5) Added ESD solution on D connectors. (P.19) (6) Modify TVtuner AFT circuit. (P.17) (7) Added EMI solution. (8) The other modifies show on drawing with yellow and red circles. (9) Ghost reducer reserve VSync separate circuit. (P24) R0B --> R0C 1. We changed the connectors between AV3 intput BD & Mother BB. So that we can use coaxial cable to keep input soure quality. 2. According to Sharp's request added resistor on D connector signal pin improve ESD solution. R0C ---> ECR 1. Del R493 for better TV performance. 2. According to Sharp's request added DPS9455B related circuit for DVT2. 3. 7805 vendor change from UTC to ST for better performance. 4. PR1 P/N change from 271002101701 to 271002101101. 5. U17 P/N change from 282574405303 to 282074405001 due wrong package. R0C ---> R01 0. Del DPS9455B circuit for PVT MB 1. Add Fan detect Lock function (p3,21) 2. Add MB ID , relayout 2310 to 1501 digital Bus (p4) 3. Isolate the EDID Bus & GM1501 (p7) 4. Add LCD Backlight control (PWM circuit) (p8) 5. Change the Pull up value for LCD module (p8) 6. Change SELLVDS pull value (P8) 7. Add the circuit to decrease inrush current for LCD power (p8) 8. Add the bead in J4 connector for "EMI" solution (p12) 9. Add the circut to control MSP3440 mute function (p14) 10.Change un-use Pin (VPC3230) from GND to "VREF" (p15) 11.Modify the Pop circuit (from sharp suggestion, 10/9) (p16) 12.Modify the circuit for AMP Mute & HP (p16) 13.To solve Q4 broken, it add resister in D pole (p16) 14.Modify TV 31V circuit for SHARP suggestion (p17) 15.Add Mute circuit in AV switch (p18) 16.Change pull down resister(75) from AV small board to MB for SHARP suggestion (p18) 17.Add clamp resister in SM5301AS (p19) 18.Add ESD solution (BZX84C5V1W) & default jump between IO_GND VD_GND in D-connector (p19, p12) 19.Modify some value to meet 3D input spec (0.8Vp-p), 10/8 (p20) 20.Add 10P in R207 for SHARP suggestion, 10/8 21.Change FAN vender to "Nidec" & add lock function, 10/8 (p21) 22.Modify the +5V circuit same as LVDS power (p21) 23.Modify 31V circuit for SHARP suggestion , (p22) 24.Fine-tune some value for GR, (p23) 25.Add ESD solution for SHARP suggestion, (p24) 26.Add some circuit for ESD solution, (p25) 27.Modify some value for SHARP suggestion (p26) 28.Reduce the "Sesame noise" in TV Tuner, (p17) 29.Add Audio delay for AV output (p14) 30.Modify Audio level for SHARP suggestion, (p16) B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 26 B A B A D C D C 1/2 1 1 2 21 2 21 3 3 3 3 4 4 5 5 6 6 7 7 87654 87654 8 8 POWER B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 27 B A B A D C D C 2/2 1 1 2 21 2 21 3 3 3 3 4 4 5 5 6 6 7 7 87654 87654 8 8 POWER B A B A D C D C
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 28 2. PWB LAYOUT
LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 29 LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 30 LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 31 LD-26SH1U CIRCUIT DIAGRAM & PWB LAYOUT 7 – 32 q PARTS GUIDE
CODE : 00ZLD26SH1UPE
LCD COLOR TV
MODEL LD-26SH1U
CONTENTS
1 Exteriors 2 Packing material & Accessories 3 Mother board unit 4 LED/IR/HP PWB unit 5 Keypad PWB unit 6 AV Input PWB unit ■ index
Parts marked with "!" are important for maintaining the safety of the set. be sure to replace these parts with specified ones for maintaining the safety and performance of the set.
This document has been published to be used for after sales service only. SHARP CORPORATION The contents are subject to change without notice. 1 Exteriors PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 1 0LTLY00400013 BK B Speaker assy(340300400013)(FOSTER,R,LL-261M) 2 0LTLY00400010 BK B Speaker assy(340300400010)(FOSTER,L,LL-261M) 3 0LTLY00400022 BU N D Cover assy(340300400022)(US,LL-261M) 4 0LTLY00400007 BF C Bracket assy(340300400007)(SPEAKER,LL-261M) 5 0LTLW00420012 BA N E PWA(411300420012)(PWA-LD-26SH1U/AV INPUT BD) 6 0LTLW00420010 AX N E PWA(411300420010)(PWA-LD-26SH1U/KEYPAD BD) 7 0LTLW00420007 BA N E PWA(411300420007)(PWA-LD-26SH1U/LED/IR/HP/P) 8 0LTMB00400003 AY C Wire assy(422300400003)(LCD,PW,LL-261M) 9 0LTMB00400004 AX C Wire assy(422300400004)(LCD,SG,LL-261M) 10 0LTMB00400005 AY C Wire assy(422300400005)(PW,LL-261M) 11 0LTLY00400006 BP C Plate base assy(340300400006)(LL-261M) 12 0LTLZ00400003 AW C Support(342300400003)(HINGE,LL-261M) 13 0LTLY00400014 AT N C Bracket assy(340300400014)(IO,US,LL-261M) 14 0LTMB00400006 AY C Wire assy(422300400006)(SW,LL-261M) ! 15 0LTMD00400001 CD E PWR supply assy option(471300400001)(180W) 16 0LTLW00420001 DA N E PWA(411300420001)(PWA-LD-26SH1U,US,26",MOTH) [include No.62] 17 0LTMB00400009 AU C Wire assy(422300400009)(PW,SUPPLY,LL-261M) 18 0LTLY00400025 BC B Fan assy(340300400025)(80X15-2,LL-261M) 19 0LTLZ00400009 BV C Plate(342300400009)(POWER,LL-261M) 20 0LTLZ00400013 BA N C Plate(342300400013)(MB,US,LL-261M) 21 0LTMA00400018 AN D Cover(344300400018)(HOTEL-MODE,LL-261M) 22 0LTLY00400030 AQ N D Cover inner iolow assy(340300400030)(US,26S) 23 0LTMB00400007 BA C Wire assy(422300400007)(AV3,LL-261M) 24 0LTMB00400008 BE C Wire assy(422300400008)(LCD,LVDS,LL-261M) 25 0LTMA00400017 AQ D Cover(344300400017)(IO,LOW,LL-261M) 26 0LTLY00400023 BN N D Housing assy(340300400023)(US,LL-261M) 27 0LTMA00400016 AW D Cover(344300400016)(IO,LL-261M) 28 0LTLY00400009 BU C Hinge(340300400009)(LL-261M) 29 VVLQ255T3LZ15 DX E LCD(26" 500cd/m2 WXGA)(LQ255T3LZ15) 30 0LTMH00400015 AQ N D Label(242300400015)(FRONT COVER,US,LL-261M) 31 0LTEO03010602 AN C T-screw(373203010602)(P,M3,L6,PAN(+),0,NIW) 32 0LTEO03010802 AM C T-screw(373203010802)(P,M3,L8,PAN(+),0,NIW) 33 0LTCH43006005 AL C Screw(370143006005)(M3L6,FLNG/PAN(+),NIW) 34 0LTEO04011003 AL C T-screw(373204011003)(P,M4,L10,PAN(+),0,NIW) 35 0LTEO03011001 AL C T-screw(373203011001)(P,M3,L10,PAN(+),0,NIW) 36 0LTEO04011201 AL C T-screw(373204011201)(P,M4,L12,PAN(+),0,NIW) 37 0LTEO03011801 AL C T-screw(373203011801)(P,M3,L18,PAN(+),0,NIW) 38 0LTCI04010808 AL C Screw/SW/EW(371104010808)(M4L8 ,PAN(+02),N) 39 0LTCI04010610 AL C Screw(371104010610)(M4L6,PAN(+02),NIW) 40 0LTLZ00400016 AQ C Mesh(342300400016)(2ND FAN,POWER,26M1) 41 0LTMB00400012 BA C Wire assy(422300400012)(PWR,AC INLET,3P,06G) 42 0LTLZ00400017 AM C Mesh(342300400017)(IOLOW,26M1) 43 0LTLY00400005 AU C Bracket assy(340300400005)(IO,LOW,JP,LL-261) 44 0LTCI04010809 AL C Screw/EGW/W(371104010809)(M4L8,PAN(+2),NIW) 45 0LTKW44010002 AM C Standoff(377244010002)(#4-40DP3.5H5L5.5,NIW) 46 0LTCI02610502 AL C Screw(371102610502)(M2.6L5,PAN(+01),NIW) 47 0LTMA00400019 AP N D Cover(344300400019)(INNER,IO,US,LL-261M) 48 0LTMH00400010 AL N D Label(242300400010)(RATING,LD-26SH1U,US) 49 0LTMH00400014 AT N D Label(242300400014)(IO LOW,LL-261M,US) 50 0LTMH00400013 AY N D Label(242300400013)(IO,LL-261M,US) 51 0LTCI04011003 AL C Screw/SW/EW(371104011003)(M4L10 ,PAN(+02)) 52 0LTMA00400028 BA N D Cover(344300400028)(STAND,LD-26SH1U) 53 0LTMA00400030 AU N D Cover(344300400030)(HINGE,BACK,LD-26SH1U) 54 0LTEO03011002 AL C T-screw(373203011002)(P,M3,L10,FLT(+),0,NIW) 55 0LTMA00400029 AU N D Cover(344300400029)(HINGE,FRONT,LD-26SH1U) 56 0LTEO03010807 AL C T-screw(373203010807)(P,M3,L8,FLT(+),0,NIW) 57 0LTCI03012006 AL C Screw(371103012006)(M3L20,K-HD(+1),D7.7 t0.) 58 0LTCH03010417 AL C SPC-screw(370103010417)(M3L4,PAN(+),NIW) 60 0LTMC00400021 AL D Conductiv(345300400021)(TAPE,100X20 mm,26M1) 61 0LTLZ00400014 AP C Mesh(342300400014)(FAN,MB,LL-261M) 62 0LTMA00400024 AL C Wire saddle(344300400024)(PINGOOG,CH-01B,26) 63 0LTLM07070030 AL C Gasket(347207070030)(2,07,070,030) 64 0LTMC00400009 AV C Thermal pad(345300400009)(POWER,26M1) 65 0LTMA00400026 AL C Wire mount(344300400026)(PINGOOD,FW-6D,26M1) 68 0LTMC00400024 AL D Conductiv(345300400024)(TAPE,40X70 mm,26M1) 69 0LTLM10020100 AL C Gasket(347210020100)(2,10,020,100) 70 0LTLZ00400018 AL C Mesh(342300400018)(INVERTER,26M1) 71 0LTLM10130100 AN C Gasket(347210130100)(2,10,130,100) 72 0LTLM10060100 AN C Gasket(347210060100)(2,10,060,100) 73 0LTMC00400008 AL C Rubber(345300400008)(PANEL-2,26M1) 74 0LTMC00400007 AL C Rubber(345300400007)(PANEL-1,26M1) 77 0LTMC00400014 AL D Acetum tape(345300400014)(IOLOW,26M1) 78 0LTLM05160130 AP C Gasket(347205160130)(2,05,160,130) 80 0LTMC00400004 AY C Sponge(345300400004)(SPEAKER,26M1) 81 0LTCE79300019 AL C Tube(344679300019)(SPEAKER,TRITON) 82 0LTCF79300002 AL C Bushing(345679300002)(SPEAKER,TRITON) 83 0LTMH00400017 AL N D Label(242300400017)(HDTV,LD-26HS1U)
– 1 – 1 Exteriors
48 25 26 33 27
33 49 51 33
33 50
33
18 57 60 60 18 61 57 58 39 36 39 39 39 20 60 39
23 46 60 39 19 46 39 17 39 64 62 39 39 65 33 39 39 33 32 47 36 33 63 43 46 39 13 38 36 10 33 40 44 39 36 39 39 15 36 38 16 33 38 69 36 41 38 14 45 42 36 32 29 38 46 39 79 77 39 78 33 70 9 39 12 68 8 71 36 80 22 39 11 81 37 33 24 82 21 33 1 74 37 81 73 82 72 37 81 52 74 33 36 82 73 36 5 33 2 36 37 4 32 53 34 81 80 33 32 35 82 51 31 36 32 28 51 51 6 30 7 83 3 56 55 54 56 54 56 54 TP000458
– 2 – 2 Packing material & Accessories PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 1 0LTMF00450004 BB D Cushion(221300450004)(BOTTOM TRY,LL-261M) 2 0LTMF00450003 BG D Cushion(221300450003)(BOTTOM,LL-261M) 3 0LTMG00420001 AQ D Pe bag(222300420001)(LCD TV,LL-261M) 5 0LTMF00420002 BD N D Carton(221300420002)(LCD TV,LD-26SH1U) 6 0LTAE79300007 AL D Label(242679300007)(SERIAL NUMBER,TRITON) 7 0LTMH00400009 AL N D Label(242300400009)(BAR CODE,LD-26SH1U,US) 8 0LTMF00450001 BG D End cap(221300450001)(RIGHT,LL-261M) 9 0LTMF00450002 BC D End cap(221300450002)(LEFT,LL-261M) 10 0LTMF00440001 AX D Box(221300440001)(AK,LL-261M) 13 0LTLS20276002 AY C VGA cable(322820276002)(UL20276 CABLE,MD15P TO) ! 14 0LTCX00000002 BA B PWA cord(332800000002)(125V/10A,3P,WHITE,18) 15 0LTLS05247001 AM C Cable(322805247001)(UL5247 CABLE,3.5 AUDIO) 17 0LTCE79300040 AL C Holder(344679300040)(WIRE,CKQ-40-BPS,PG) 18 0LTDP30042002 AL N D S/W(565130042002)(UTILITY DISK,LD-26SH1U,U) 19 0LTAB70820002 AM D Pe bag(222670820002)(MANUAL,7521N) 20 0LTKX30042002 AL N D Registration card(561830042002)(LD-26SH1U,U) 21 0LTCY30042003 AY N D Manual(561530042003)(OPERATION,LD-26SH1U,US) 22 0LTLP30042003 BC N E Remote controller(531130042003)(8-T188-07-M) ! 23 0LTLT15010007 AL B Battery(338315010007)(1.5V,SIZEAAA,W=10,L=4) 24 0LTAE69900009 AL D Label(242669900009)(BLANK,60*80MM,7170)
2 Packing material & Accessories
3 8 10
9
2
7
6 5 1 15
13 17 14 18 10 22 19 20 23 24 TP000459 21
– 3 – 3 Motherboard unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 0LTAG02000301 AA C Resistor(271002000301)(0Ω,1/10W,5%,0805,SMT) [C280,C281,L19,L23,L24] 1 0LTAG02000301 AA C Resistor(271002000301)(0Ω,1/10W,5%,0805,SMT) [R1026,R1027,L63,L64,L706] 2 0LTAG02132303 AL C Resistor(271002132303)(1.3KΩ,1/8W,5%,0805,SMT) [PR2] 3 0LTAG03228101 AL C Resistor(271003228101)(2.2Ω,1/4W,1%,0805,SMT) [R11] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [C85,EL1,EL10,EL11,EL12] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [EL7,R1013,R1033,R117,R124] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R129,R135,R159,R162,R163] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R164,R174,R175,R184,R185] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R186,R191,R192,R211,R212] 4 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R225,R226,R228,R23,R261] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R263,R294,R302,R316,R32] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R345,R346,R354,R355,R357] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R362,R400,R441,R443,R463] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R474,R479,R501,R503,R507] 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R509,R51,R148,R149] 0LTAG71100302 AA C Resistor(271071100302)(10Ω,1/16W,5%,0603,SMT) [R253,R254,R353,R360,R372] 0LTAG71100302 AA C Resistor(271071100302)(10Ω,1/16W,5%,0603,SMT) [R373,R384,R386,R448,R449] 5 0LTAG71100302 AA C Resistor(271071100302)(10Ω,1/16W,5%,0603,SMT) [R450,R451,R452,R453,R454] 0LTAG71100302 AA C Resistor(271071100302)(10Ω,1/16W,5%,0603,SMT) [R455,R757,R758] 6 0LTAG71101101 AM C Resistor(271071101101)(100Ω,1/16W,1%,0603,SMT) [R126,R229,R256,R356,R385,R78] 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R1014,R12,R130,R137,R176] 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R180,R187,R188,R189,R190] 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R223,R227,R270,R339,R389] 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R401,R402,R403,R404,R407] 7 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R408,R426,R428,R45,R491] 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R493,R708,R723,R776,R777] 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R778,R793,R802,R803,R949] 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R950,R334] 8 0LTAG71102102 AM C Resistor(271071102102)(1KΩ,1/16W,1%,0603,SMT) [R134,R138,R773,R788,R794,R805] 0LTAG71102302 AA C Resistor(271071102302)(1KΩ,1/16W,5%,0603,SMT) [EL2,EL3,EL8,EL9,R102] 0LTAG71102302 AA C Resistor(271071102302)(1KΩ,1/16W,5%,0603,SMT) [R182,R203,R214,R26,R266] 0LTAG71102302 AA C Resistor(271071102302)(1KΩ,1/16W,5%,0603,SMT) [R27,R377,R382,R46,R47] 9 0LTAG71102302 AA C Resistor(271071102302)(1KΩ,1/16W,5%,0603,SMT) [R478,R48,R485,R49,R5] 0LTAG71102302 AA C Resistor(271071102302)(1KΩ,1/16W,5%,0603,SMT) [R50,R51,R52,R53,R71] 0LTAG71102302 AA C Resistor(271071102302)(1KΩ,1/16W,5%,0603,SMT) [R711,R720,R947,R948] 0LTAG71103101 AA C Resistor(271071103101)(10KΩ,1/16W,1%,0603,SMT) [R160,R207,R265,R295,R327] 10 0LTAG71103101 AA C Resistor(271071103101)(10KΩ,1/16W,1%,0603,SMT) [R336,R517,R779] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R115,R128,R167,R171,R193] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R196,R20,R208,R234,R241] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R242,R243,R244,R28,R299] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R304,R305,R307,R312,R330] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R344,R361,R365,R366,R367] 11 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R371,R374,R40,R41,R412] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R417,R425,R427,R429,R430] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R431,R432,R457,R462,R470] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R471,R473,R484,R500,R511] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R531,R537,R539,R54,R540] 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R541,R714,R1043,R1044] 12 0LTAG71104101 AA C Resistor(271071104101)(100KΩ,1/16W,1%,0603,SMT) [R116,R238,R313,R480] 0LTAG71104302 AA C Resistor(271071104302)(100KΩ,1/16W,5%,0603,SMT) [R123,R210,R359,R399,R405] 13 0LTAG71104302 AA C Resistor(271071104302)(100KΩ,1/16W,5%,0603,SMT) [R436,R512,R513,R61,R902] 14 0LTAG71105301 AA C Resistor(271071105301)(1MΩ,1/16W,5%,0603,SMT) [PR4,R113,R282] 15 0LTAG71121113 AL C Resistor(271071121113)(124Ω,1/16W,1% ,0603,SMT) [R220,R317,R318] 16 0LTAG71123301 AA C Resistor(271071123301)(12KΩ,1/16W,5%,0603,SMT) [R139,R76] 17 0LTAG71141102 AM C Resistor(271071141102)(140Ω,1/16W,1%,0603,SMT) [R264] 0LTAG71152101 AL C Resistor(271071152101)(1.5KΩ,1/16W,1%,0603,SMT) [R111,R249,R337,R341,R715] 18 0LTAG71152101 AL C Resistor(271071152101)(1.5KΩ,1/16W,1%,0603,SMT) [R789,R807] 19 0LTAG71182101 AL C Resistor(271071182101)(1.8KΩ,1/16W,1%,0603,SMT) [R279] 20 0LTAG71200101 AL C Resistor(271071200101)(20Ω,1/16W,1%,0603,SMT) [R419,R421,R424] 21 0LTAG71205011 AL C Resistor(271071205011)(205Ω,1/16W,1%,0603,SMT) [R219] 22 0LTAG71221101 AM C Resistor(271071221101)(220Ω,1/16W,1%,0603,SMT) [R107,R110,R274,R277] 0LTAG71221301 AA C Resistor(271071221301)(220Ω,1/16W,5%,0603,SMT) [R200,R201,R215,R291,R331] 23 0LTAG71221301 AA C Resistor(271071221301)(220Ω,1/16W,5%,0603,SMT) [R351,R413,R901] 0LTAG71221302 AA C Resistor(271071221302)(22Ω,1/16W,5%,0603,SMT) [R136,R230,R231,R232,R233] 0LTAG71221302 AA C Resistor(271071221302)(22Ω,1/16W,5%,0603,SMT) [R281,R321,R322,R323,R324] 24 0LTAG71221302 AA C Resistor(271071221302)(22Ω,1/16W,5%,0603,SMT) [R325,R329,R342,R343,R391] 0LTAG71221302 AA C Resistor(271071221302)(22Ω,1/16W,5%,0603,SMT) [R392,R410,R411,R477,R719] 0LTAG71221302 AA C Resistor(271071221302)(22Ω,1/16W,5%,0603,SMT) [R730,R731,R736,R784] 25 0LTAG71222102 AM C Resistor(271071222102)(2.2KΩ,1/16W,1%,0603,SMT) [R247,R783,R786] 26 0LTAG71222302 AA C Resistor(271071222302)(2.2KΩ,1/16W,5%,0603,SMT) [R205,R388,R390] 27 0LTAG71223302 AA C Resistor(271071223302)(22KΩ,1/16W,5%,0603,SMT) [R165,R166] 28 0LTAG71224301 AA C Resistor(271071224301)(220KΩ,1/16W,5%,0603,SMT) [R202,R286,R297] 29 0LTAG71228301 AM C Resistor(271071228301)(2.2Ω,1/16W,5%,0603,SMT) [R1,R2,R3,R7] 30 0LTAG71249012 AL C Resistor(271071249012)(249Ω,1/16W,1%,0603,SMT) [R792] 31 0LTAG71267312 AM C Resistor(271071267312)(267KΩ,1/16W,1%,0603,SMT) [R157,R170] 32 0LTAG71271101 AL C Resistor(271071271101)(270Ω,1/16W,1%,0603,SMT) [R292] 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R132,R133,R197,R198,R258] 33 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R260,R381,R383,R393,R394]
– 4 – 3 Motherboard unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R395,R396,R397,R409,R42] 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R43,R442,R459,R460,R461] 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R468,R469,R508,R518,R526] 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R527,R725,R726,R752,R753] 33 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R754,R755,R756,R759,R760] 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R761,R762,R764,R765,R766] 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R767,R768,R771,R83,R834] 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R839,R84,R840,R85,R88] 34 0LTAG71331101 AL C Resistor(271071331101)(330Ω,1/16W,1%,0603,SMT) [R114,R75] 35 0LTAG71331301 AA C Resistor(271071331301)(330Ω,1/16W,5%,0603,SMT) [R289] 36 0LTAG71332101 AL C Resistor(271071332101)(3.3KΩ,1/16W,1%,0603,SMT) [R280,R806] 37 0LTAG71332302 AA C Resistor(271071332302)(3.3KΩ,1/16W,5%,0603,SMT) [R790] 38 0LTAG71333101 AM C Resistor(271071333101)(33KΩ,1/16W,1%,0603,SMT) [R314] 39 0LTAG71361101 AM C Resistor(271071361101)(360Ω,1/16W,1%,0603,SMT) [R217] 40 0LTAG71391101 AL C Resistor(271071391101)(390Ω,1/16W,1%,0603,SMT) [R112] 41 0LTAG71391302 AM C Resistor(271071391302)(390Ω,1/16W,5%,0603,SMT) [R447] 42 0LTAG71392101 AL C Resistor(271071392101)(3.9KΩ,1/16W,1%,0603,SMT) [R77] 43 0LTAG71392301 AA C Resistor(271071392301)(3.9KΩ,1/16W,5%,0603,SMT) [R398] 0LTAG71470301 AA C Resistor(271071470301)(47Ω,1/16W,5%,0603,SMT) [R1025,R245,R269,R31,R498] 44 0LTAG71470301 AA C Resistor(271071470301)(47Ω,1/16W,5%,0603,SMT) [R499,R525,R57,R58,R59] 0LTAG71470301 AA C Resistor(271071470301)(47Ω,1/16W,5%,0603,SMT) [R60,R62,R87] 45 0LTAG71471101 AL C Resistor(271071471101)(470Ω,1/16W,1%,0603,SMT) [R1001,R271,R338,R79] 46 0LTAG71471302 AA C Resistor(271071471302)(470Ω,1/16W,5%,0603,SMT) [R272,R290,R293,R422,R97] 0LTAG71472101 AL C Resistor(271071472101)(4.7KΩ,1/16W,1%,0603,SMT) [PR3,R24,R248,R25,R267] 47 0LTAG71472101 AL C Resistor(271071472101)(4.7KΩ,1/16W,1%,0603,SMT) [PRR273,R326,R72,R733,R554] 0LTAG71472302 AA C Resistor(271071472302)(4.7KΩ,1/16W,5%,0603,SMT) [R127,R141,R161,R206,R306] 0LTAG71472302 AA C Resistor(271071472302)(4.7KΩ,1/16W,5%,0603,SMT) [R308,R34,R35,R352,R363] 48 0LTAG71472302 AA C Resistor(271071472302)(4.7KΩ,1/16W,5%,0603,SMT) [R364,R376,R446,R774,R782] 0LTAG71472302 AA C Resistor(271071472302)(4.7KΩ,1/16W,5%,0603,SMT) [R96,R335,R556] 49 0LTAG71473301 AA C Resistor(271071473301)(47KΩ,1/16W,5%,0603,SMT) [R140,R204,R494,R495,R705] 50 0LTAG71474301 AA C Resistor(271071474301)(470KΩ,1/16W,5%,0603,SMT) [R13,R156,R169,R444,R445,R706] 51 0LTAG71510301 AM C Resistor(271071510301)(51Ω,1/16W,5%,0603,SMT) [R496,R497] 0LTAG71561101 AM C Resistor(271071561101)(560Ω,1/16W,1%,0603,SMT) [R155,R168,R246,R475,R476] 52 0LTAG71561101 AM C Resistor(271071561101)(560Ω,1/16W,1%,0603,SMT) [R791,R795] 0LTAG71562301 AA C Resistor(271071562301)(5.6KΩ,1/16W,5%,0603,SMT) [R100,R101,R103,R104,R146] 0LTAG71562301 AA C Resistor(271071562301)(5.6KΩ,1/16W,5%,0603,SMT) [R147,R150,R151,R235,R236] 53 0LTAG71562301 AA C Resistor(271071562301)(5.6KΩ,1/16W,5%,0603,SMT) [R237,R250,R252,R368,R369] 0LTAG71562301 AA C Resistor(271071562301)(5.6KΩ,1/16W,5%,0603,SMT) [R378,R99] 54 0LTAG71576012 AL C Resistor(271071576012)(57.6Ω,1/16W,1%,0603,SM) [R418,R420,R423] 55 0LTAG71682101 AA C Resistor(271071682101)(6.8KΩ,1/16W,1%,0603,SMT) [R158] 0LTAG71750101 AA C Resistor(271071750101)(75Ω,1/16W,1%,0603,SMT) [R120,R152,R153,R154,R172] 0LTAG71750101 AA C Resistor(271071750101)(75Ω,1/16W,1%,0603,SMT) [R173,R268,R278,R287,R288] 0LTAG71750101 AA C Resistor(271071750101)(75Ω,1/16W,1%,0603,SMT) [R319,R350,R481,R482,R483] 56 0LTAG71750101 AA C Resistor(271071750101)(75Ω,1/16W,1%,0603,SMT) [R486,R487,R488,R492,R504] 0LTAG71750101 AA C Resistor(271071750101)(75Ω,1/16W,1%,0603,SMT) [R505,R506,R732,R751,R770] 0LTAG71750101 AA C Resistor(271071750101)(75Ω,1/16W,1%,0603,SMT) [R898,R900,R91] 57 0LTAG71821101 AL C Resistor(271071821101)(820Ω,1/16W,1%,0603,SMT) [R296,R437] 58 0LTAG71822301 AA C Resistor(271071822301)(8.2KΩ,1/16W,5%,0603,SMT) [R724] 59 0LTAG71930101 AL N C Resistor(271071930101)(93.1Ω,1/16W,1%,0603,SMT) [R780] 60 0LTAG72187011 AL C Resistor(271072187011)(187Ω,1/10W,1%,0603,SMT) [R285] 61 0LTEA71100301 AM B Block resistor(271571100301)(10Ω×8,16P,1/16W,5%,1606,SM) [RP17,RP18,RP19] 62 0LTEA71220301 AM B RP(271571220301)(22Ω×8,16P,1/16W,5%,1606,SMT) [RP28,RP29,RP30] Block resistor(271571330301)(33Ω×8,16P,1/16W,5%,1606) 0LTEA71330301 AM B [RP31,RP33,RP34,RP6,RP7] 63 Block resistor(271571330301)(33Ω×8,16P,1/16W,5%,1606) 0LTEA71330301 AM B [RP702,RP703,RP704,RP8,RP9] 64 0LTAH11000301 AC B Block resistor(271611000301)(0Ω×4,8P,1/16W,5%,0612,SMT) [RP5] Block resistor(271611103301)(10KΩ×4,8P,1/16W,5%,0612,SMT) 65 0LTAH11103301 AC B [RP13,RP27,RP35,RP36,RP712] 66 0LTAH11220301 AC B Block resistor(271611220301)(22Ω×4,8P,1/16W,5%,0612,SMT) [RP3,RP4] Block resistor(271611330301)(33Ω×4,8P,1/16W,5%,0612,SMT) 67 0LTAH11330301 AC B [RP10,RP11,RP12,RP32] 68 0LTAH11472301 AC B Block resistor(271611472301)(4.7KΩ×4,8P,1/16W,5%,0612,SMT) [RP14] 0LTAI01106401 AL C Capacitor(272001106401)(10µ,±10%,6.3V,0805,X) [C110,C113,C120,C131,C141] 0LTAI01106401 AL C Capacitor(272001106401)(10µ,±10%,6.3V,0805,X) [C148,C184,C228,C252,C256] 0LTAI01106401 AL C Capacitor(272001106401)(10µ,±10%,6.3V,0805,X) [C288,C326,C339,C355,C362] 0LTAI01106401 AL C Capacitor(272001106401)(10µ,±10%,6.3V,0805,X) [C394,C412,C5,C71,C723] 69 0LTAI01106401 AL C Capacitor(272001106401)(10µ,±10%,6.3V,0805,X) [C730,C740,C745,C746,C747] 0LTAI01106401 AL C Capacitor(272001106401)(10µ,±10%,6.3V,0805,X) [C760,C772,C781,C79,C807] 0LTAI01106401 AL C Capacitor(272001106401)(10µ,±10%,6.3V,0805,X) [C814,C815,C836,C873,C885] 0LTAI01106401 AL C Capacitor(272001106401)(10µ,±10%,6.3V,0805,X) [C890,C897,C948,C976] Capacitor(272001225401)(2.2µ,CR,10V,10%,0805,X7R,SMT) 70 0LTAI01225401 AL C [C1024,C375,C379,C380,C943] 71 0LTAI01475402 AM C Capcitor(272001475402)(4.7µ,6.3V,10%,0805,X5R,SMT) [C283] 0LTAI01475403 AL C Capacitor(272001475403)(4.7µ,10V,10%,0805,X5R,SMT) [C122,C123,C27,C28,C39] 72 0LTAI01475403 AL C Capacitor(272001475403)(4.7µ,10V,10%,0805,X5R,SMT) [C47,C50,R14,R17] 73 0LTAI05104705 AL C Capacitor(272005104705)(1µ CR 50V +80-20% 0805) [C773,PC701,PC8] 74 0LTAI11106406 AL C Capacitor(272011106406)(10µ,CR,6.3V,±10%,1206,X7) [C303,C340] 75 0LTAI11226701 AL C Capacitor(272011226701)(22µ,CR,10V,1206,Y5V,+80~) [C25,C707]
– 5 – 3 Motherboard unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 76 0LTAI11335401 AL C Capacitor(272011335401)(3.3µ,CR,10V,10%,1206,SM) [C219,C238] 0LTAI12106701 AL C Capacitor(272012106701)(10µ,16V,+80-20%,1206,Y5U) [C139,C158,C175,C233,C24] 0LTAI12106701 AL C Capacitor(272012106701)(10µ,16V,+80-20%,1206,Y5U) [C242,C257,C268,C269,C353] 77 0LTAI12106701 AL C Capacitor(272012106701)(10µ,16V,+80-20%,1206,Y5U) [C378,C41,C42,C425,C433] 0LTAI12106701 AL C Capacitor(272012106701)(10µ,16V,+80-20%,1206,Y5U) [C56,C706,C709,C86,C87] 0LTAI12106701 AL C Capacitor(272012106701)(10µ,16V,+80-20%,1206,Y5U) [C443,C444,C445] 78 0LTAI13106701 AL C Capacitor(272013106701)(10µ,25V,+80-20%,1206,Y5U) [C251,C261,C377] 0LTAI71105403 AM C Capacitor(272071105403)(1µ,10V,10%,0603,X5R,SMT) [C124,C125,C126,C132,C136] 0LTAI71105403 AM C Capacitor(272071105403)(1µ,10V,10%,0603,X5R,SMT) [C142,C161,C164,C165,C166] 0LTAI71105403 AM C Capacitor(272071105403)(1µ,10V,10%,0603,X5R,SMT) [C171,C172,C187,C193,C201] 79 0LTAI71105403 AM C Capacitor(272071105403)(1µ,10V,10%,0603,X5R,SMT) [C215,C218,C299,C31,C37] 0LTAI71105403 AM C Capacitor(272071105403)(1µ,10V,10%,0603,X5R,SMT) [C38,C381,C407,C46,C51] 0LTAI71105403 AM C Capacitor(272071105403)(1µ,10V,10%,0603,X5R,SMT) [C64,C67,C69,C756,C910] 80 0LTAI71105701 AM C Capacitor(272071105701)(1µ,CR,10V,80-20%,0603,Y5) [C1010,C277,C295] 81 0LTAI71684401 AL C Capacitor(272071684401)(.68µ,CR,10V,10%,0603,X5) [C708] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C1,C102,C103,C1043,C106] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C109,C11,C112,C114,C117] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C118,C119,C12,C121,C129] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C134,C149,C15,C150,C157] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C159,C162,C167,C173,C192] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 82 0LTAI72104402 AL C [C194,C195,C198,C199,C2] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C200,C202,C203,C204,C205] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C207,C208,C209,C211,C214] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C216,C217,C223,C227,C229] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C231,C237,C239,C240,C243] Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) 0LTAI72104402 AL C [C245,C246,C] Capacitor(272072224402)(0.22µ,16V,10%,0603,X7R,SMT) 0LTAI72224402 AM C [C1019,C128,C152,C153,C154] Capacitor(272072224402)(0.22µ,16V,10%,0603,X7R,SMT) 83 0LTAI72224402 AM C [C155,C156,C176,C181,C213] Capacitor(272072224402)(0.22µ,16V,10%,0603,X7R,SMT) 0LTAI72224402 AM C [C321,C440,C441,C717,C718] 0LTAI72473401 AB C Capacitor(272072473401)(0.047µ,16V,10%,0603,Y5V,SMT) [C130,C140,C168,C183,C196] 84 0LTAI72473401 AB C Capacitor(272072473401)(0.047µ,16V,10%,0603,Y5V,SMT) [C302,C319,C323] 0LTAI72474501 AM C Capacitor(272072474501)(.47µ,16V,20%,0603,Y5V,SMT) [C1016,C1017,C1018,C264,C276] 85 0LTAI72474501 AM C Capacitor(272072474501)(.47µ,16V,20%,0603,Y5V,SMT) [C298,C315,PC2,PC3,PC4] 0LTAI72474501 AM C Capacitor(272072474501)(.47µ,16V,20%,0603,Y5V,SMT) [PC5,PC6,PC7,PC9] 86 0LTAI72683403 AL C Capacitor(272072683403)(.068µ,16V,+-10%,0603,X7R,) [C115] Capacitor(272073152401)(1500P,CR,25V,10%,0603,X7R,S) 87 0LTAI73152401 AM C [C14,C180,C182,C197,C23,C89] 88 0LTAI73682401 AM C Capacitor(272073682401)(6800P,CR,25V,10%,0603,X7R,S) [C127] 0LTAI75100302 AL C Capacitor(272075100302)(10P,CR,50V,5%,0603,NPO,SM) [C370,EC1,EC2,EC3,EC4] 89 0LTAI75100302 AL C Capacitor(272075100302)(10P,CR,50V,5%,0603,NPO,SM) [EC5,EC6,EC7,EC8] Capacitor(272075101302)(100P,CR,50V,5%,0603,NPO,SMT) 90 0LTAI75101302 AM C [C174,C255,C33,C34,C57,C75] Capacitor(272075102403)(1000P,CR,50V,10%,0603,X7R,SM) 0LTAI75102403 AL C [C135,C160,C178,C220,C241] 91 Capacitor(272075102403)(1000P,CR,50V,10%,0603,X7R,SM) 0LTAI75102403 AL C [C30,C322,C43,C44,C45,C80] Capacitor(272075103401)(0.01µ,CR,50V,10%,0603,X7R,S) 0LTAI75103401 AL C [C138,C190,C191,C272,C274] Capacitor(272075103401)(0.01µ,CR,50V,10%,0603,X7R,S) 0LTAI75103401 AL C [C278,C296,C297,C305,C307] Capacitor(272075103401)(0.01µ,CR,50V,10%,0603,X7R,S) 0LTAI75103401 AL C [C308,C309,C310,C311,C312] 92 Capacitor(272075103401)(0.01µ,CR,50V,10%,0603,X7R,S) 0LTAI75103401 AL C [C313,C338,C342,C357,C724] Capacitor(272075103401)(0.01µ,CR,50V,10%,0603,X7R,S) 0LTAI75103401 AL C [C741,C84,C945,C967,C968] Capacitor(272075103401)(0.01µ,CR,50V,10%,0603,X7R,S) 0LTAI75103401 AL C [C969,C977,C978] 93 0LTAI75104701 AB C Capacitor(272075104701)(0.1µ,50V,+80-20%,0603,SMT) [C341,C942,C961] 94 0LTAI75120301 AM C Capacitor(272075120301)(12p,CR,50V,5%,0603,NPO,S) [C108] 95 0LTAI75152401 AL C Capacitor(272075152401)(1500P,CR,50V,10%,0603,X7R,SM) [C81,C83] Capacitor(272075220301)(22P,50V,5%,0603,COG,SMT) 96 0LTAI75220301 AB C [C224,C225,C232,C234,C729,C733] 97 0LTAI75221401 AM C Capacitor(272075221401)(220P,CR,50V,10%,0603,X7R,S) [C163,C713] 98 0LTAI75330302 AM C Capacitor(272075330302)(33P,50V,5%,0603,SMT) [C1021,C107,C244,C32,C350]
– 6 – 3 Motherboard unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 98 0LTAI75330302 AM C Capacitor(272075330302)(33P,50V,5%,0603,SMT) [C424,C48] 99 0LTAI75331301 AL C Capacitor(272075331301)(330P,CR,50V,5%,0603,NPO) [PC10] 100 0LTAI75391301 AN C Capacitor(272075391301)(390P,CR,50V,5%,0603,NPO,SMT) [C177,C179,C226] 101 0LTAI75471401 AD C Capacitor(272075471401)(470P,50V,10%,0603,SMT) [C22,C711,C91] 102 0LTAI75560301 AL C Capacitor(272075560301)(56P,50V,5%,0603,NPO,SMT) [C104,C105,C90] 103 0LTAI75561401 AL C Capacitor(272075561401)(560P,CR,50V,10%,0603,X7) [C116,C170,C726,C728,C732] 104 0LTAI75821401 AL C Capacitor(272075821401)(820PCR,50V,10%,X7R,0603) [C169] 105 0LTAI75822401 AM C Capacitor(272075822401)(8200p,CR,50V,10%,X7R,0603,SM) [C82] 106 0LTAK00050014 AL C Inductor(273000050014)(5.6UH,200mA,10%,1210) [L26] 107 0LTAK00050015 AL C Inductor(273000050015)(10UH,150mA,10%,1210) [L35,L38,L703,L705] 108 0LTAK00051019 AL C Inductor(273000051019)(1UH,400mA,10%,1210,M) [L12,L13] 109 0LTAK00130001 AD C Ferrite chip(273000130001)(120Ω/100MHz,1608) [L33,L34] 0LTAK00130038 AL C Ferrite chip(273000130038)(600Ω/100MHz,1608) [L45,L46,L50,L51,L52] 110 0LTAK00130038 AL C Ferrite chip(273000130038)(600Ω/100MHz,1608) [L53,L54,L55,L56,L57] 0LTAK00130038 AL C Ferrite chip(273000130038)(600Ω/100MHz,1608) [L58,L60,L61] 111 0LTAK00130039 AL C Ferrite chip(273000130039)(130Ω/100MHz,1608) [L43,L735] 112 0LTAK00150013 AM C Ferrite chip(273000150013)(120Ω/100MHz,2012) [L39] 113 0LTAK00150164 AL C Ferrite bead(273000150164)(600Ω/100MHZ,2A,0) [L18,L21] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L1,L10,L14,L15,L16] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L17,L2,L20,L25,L27] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L3,L30,L31,L32,L36] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L37,L4,L40,L42,L47] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L48,L49,L5,L59,L6] 114 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L7,L701,L704,L709,L710] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L713,L715,L718,L719,L721] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L722,L723,L724,L725,L726] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L728,L729,L730,L732,L733] 0LTAK00150307 AM C Ferrite bead(273000150307)(120Ω/100MHz,3A,0805) [L739,L740,L741,L742] 115 0LTAK00150321 AL C Inductor(273000150321)(3.3UH,30mA,10%,0805,SMT) [L22,L28,L29] 116 0LTAK00550036 AL B IC(273000550036)(LC FILTER,H354LAI-8113,TOK) [U24] 117 0LTAK00550037 AL B IC(273000550037)(LC FILTER,H354LAI-8464,TOK) [U29] 118 0LTAK00550041 AL B IC(273000550041)(LC FILTER,H354BAI-4404,TOK) [U22] 119 0LTAM07414001 AL B IC(281607414001)(74ACT14,HEX INVERT,SO14) [PU1] 120 0LTAN07414004 AL B IC(282007414004)(SN74LVC14ADR,HEX INVERTING) [U709] 121 0LTAN74244005 AL B IC(282074244005)(74LVC244A,BµFFER,TSSOP,20P) [U10] 122 0LTAN74338403 AM B IC(282074338403)(74CBTD3384,10 BIT BUS SW,TSSO) [U21] 123 0LTAN74405001 AL B IC(282074405001)(SN74LV4053A,TRIPLE 2-CHANN) [U48] 124 0LTFH74112501 AL B IC(282674112501)(74AHCT1G125,SINGLE BµFFER) [U11,U714] 125 0LTAR67540001 AM B IC(283467540001)(EEPROM,M24C02-WMN6T,2K,SO8,SM) [U43,U44,U47] 126 0LTAR67930003 AP B IC(283467930003)(EEPROM,ST24FC21BM1,VESA 2) [U45] 127 0LTAT48232001 BD B IC(283748232001)(MT48LC2M32B2,SDRAM,TSOP86) [U38] 128 0LTAT67630001 BK B IC(283767630001)(HY5DU283222AF-33,DDR SDRAM) [U28] 129 VHIFL2310BD-1 BK B IC(FLI2310-BD) [U33] 130 VHIV3230DC5-1 BC B IC(VPC3230D-QA) [U19] 131 VHIMSP3440G-1 BD B IC(MSP3440G-PQFP80P)(QFP) [U9] 132 0LTAV04334001 AW B IC(284504334001)(CS4334,STEREO D/A CONVERTER,S) [U14] 133 0LTAV09883002 BC B IC(284509883002)(MST9883C-110,110MSPS,ADC,T) [U37] 134 VHIU64084GC-1 BD B IC(UPD64084GC) [U13] 135 0LTAV86129001 BD B IC(284586129001)(Z8612912SSC,12MHZ,I2C BUS,) [U15] 136 0LTAW04911001 AQ B IC(286104911001)(LM4911,LOW NOISE HP AMP,C4) [U5] 137 0LTAY01117023 AL B IC(286301117023)(UTC1117A,ADJ, 1A,2%,LDO,TO) [U18,U31] 138 0LTAY01117045 AM B IC(286301117045)(LM1117DTX-1.8,VOL REGULATOR,T) [U25,U27] 139 0LTAY02069001 BB B IC(286302069001)(CXA2069Q,S2-COMPATIBLE AUD) [U35] 140 VHIN26901E2-1 AW B IC(NJU26901E2) [U6] 141 0LTAY07809003 AL B IC(286307809003)(UTC 78T09A,1.0A,V-REG-9V,T) [U2] 142 0LTAY08800003 AL B IC(286308800003)(AME8800,0.3A,3.3V,REG,SOT89) [U708] 143 0LTAY11173301 AL B IC(286311173301)(LDO_1117_3.3,TO252,SMT) [U26] 144 VHINJU26106-1 AV B IC(NJU26106FR1) [U13] 145 0LTAY64282001 AZ B IC(286364282001)(ML6428CS2,S-VIDEO LOW PASS) [U36] 146 0LTAY69229301 AL B IC(286369229301)(G692L293T,RESET CIRCUIT,2.93V) [U39] 0LTBB00099001 AC B Diode(288100099001)(BAV99,70V,450MA,SOT-23) [D11,D12,D16,D34,D40] 0LTBB00099001 AC B Diode(288100099001)(BAV99,70V,450MA,SOT-23) [D41,D42,D43,D44,D45] 0LTBB00099001 AC B Diode(288100099001)(BAV99,70V,450MA,SOT-23) [D46,D52,D53,D54,D55] 147 0LTBB00099001 AC B Diode(288100099001)(BAV99,70V,450MA,SOT-23) [D59,D71,D72,D73,D74] 0LTBB00099001 AC B Diode(288100099001)(BAV99,70V,450MA,SOT-23) [D75,D76,D77,D78,D79] 0LTBB00099001 AC B Diode(288100099001)(BAV99,70V,450MA,SOT-23) [D80,D82,D83,D84,D85] 0LTBB00099001 AC B Diode(288100099001)(BAV99,70V,450MA,SOT-23) [D86,PD1,PD2,PD3,PD4] 148 0LTBB00701002 AC B Diode(288100701002)(BAV70LT1,70V,225MW,SOT-23) [D13,D15,D5,D706,D81] 0LTBB04148001 AC B Diode(288104148001)(RLS4148,200MA,500MW,MELF,S) [D14,D2,D21,D23,D27] 149 0LTBB04148001 AC B Diode(288104148001)(RLS4148,200MA,500MW,MELF,S) [D28,D3,D31,D35,D701] 0LTBB04148001 AC B Diode(288104148001)(RLS4148,200MA,500MW,MELF,S) [D703,D705,D709,D9] 150 0LTBB05510002 AL B Diode(288105510002)(BZV55-C10,ZENER,SOD-80) [D708,D715] 151 0LTBB05524002 AM B Diode(288105524002)(BZV55-C2V4,ZENER,5%,SOD-80,50) [D32,D33] 152 0LTBB05530001 AL B Diode(288105530001)(ZENER,BZV55-C30,30V,SOD) [PD5] 153 0LTBB05533001 AM B Diode(288105533001)(BZV55-C3V3,ZENER,5%,SOD-80,50) [D25,D29] 154 0LTBB05539001 AL B Diode(288105539001)(BZV55-C39,ZENER,39V,5%) [PD701] 155 0LTBB05543001 AM B Diode(288105543001)(BZV55-C4V3,ZENER,5%,SOD-80,50) [D20,D24,D704] 156 0LTBB05556001 AL B Diode(288105556001)(BZV55-C5V6,ZENER,5%,SOD-80,500mW) [D1] 157 0LTBC00144001 AC B Transistor(288200144001)(DTC144WK,NPN,SOT-23,SMT) [Q54] 158 0LTBC03904010 AC B Transistor(288203904010)(MMBT3904L,NPN,Tr35NS,TO236) [Q23,Q32,Q34,Q35,Q36]
– 7 – 3 Motherboard unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 158 0LTBC03904010 AC B Transistor(288203904010)(MMBT3904L,NPN,Tr35NS,TO236) [Q37,Q50] 159 0LTBC03906018 AC B Transistor(288203906018)(MMBT3906L,PNP,Tr35NS,TO236) [Q33] 0LTBC21586001 AL B Transistor(288221586001)(2SA1586,PNP,TOSHIBA,SC-) [Q30,Q39,Q41,Q43,Q44] 160 0LTBC21586001 AL B Transistor(288221586001)(2SA1586,PNP,TOSHIBA,SC-) [Q45,Q702,Q705,Q9] 0LTBC24116001 AL B Transistor(288224116001)(2SC4116,NPN,TOSHIBA,SC-) [Q11,Q14,Q15,Q21,Q28] 0LTBC24116001 AL B Transistor(288224116001)(2SC4116,NPN,TOSHIBA,SC-) [Q29,Q31,Q38,Q40,Q42] 161 0LTBC24116001 AL B Transistor(288224116001)(2SC4116,NPN,TOSHIBA,SC-) [Q46,Q47,Q701,Q706,Q707] 0LTBC24116001 AL B Transistor(288224116001)(2SC4116,NPN,TOSHIBA,SC-) [Q709,Q710,Q53,Q58] 0LTBC27002001 AD B Transistor(288227002001)(2N7002LT1,N-CHANNEL FET) [Q17,Q2,Q20,Q24,Q25] 162 0LTBC27002001 AD B Transistor(288227002001)(2N7002LT1,N-CHANNEL FET) [Q3,Q4,Q48,Q51,Q55] 0LTBC27002001 AD B Transistor(288227002001)(2N7002LT1,N-CHANNEL FET) [Q56,Q703,Q704,Q711,Q714] 163 0LTBC27002006 AM B Transistor(288227002006)(2N7002LT1,N-CHANNEL FET,ESD) [Q16,Q18] 164 0LTBD00001901 BA N C Connector(291000001901)(HDMI,500254-1931,19PIN,MO) [J22] 165 0LTBD00011211 AM C Connector(291000011211)(HDR,87216-1200,MA,6P*2,1MM,H) [J4] 166 0LTBD00011607 AM C Connector(291000011607)(HDR,MA,8P*2,1MM,ST,H4.25,SMT) [J13] 167 0LTBD00021105 AL C Connector(291000021105)(HDR,MA,11P*1,ACES,87213-1) [J11] 168 0LTBD00144004 AN C Connector(291000144004)(HDR,20P*2,1.0MM,H=4.6,ST) [J17] 169 0LTBD00610032 AK C IC socket(291000610032)(32P,PLCC,TIN,W/O PEGS) [U42] ! 0LTBF00010105 AM A Fuse(295000010105)(1A,NORMAL,1206,SMT) [F1,F10,F4,F5,F6] 170 ! 0LTBF00010105 AM A Fuse(295000010105)(1A,NORMAL,1206,SMT) [F7,F8] ! 171 0LTBF00010161 AL A Fuse(295000010161)(FAST,.5A,32V,0603,SMT,THIN) [F701] 172 0LTBC04409001 AL B Transistor(288204409001)(AO4409,P-MOSFET,SO-8P,M) [Q22,Q49] 173 0LTAG02101101 AL C Resistor(27100210110(100Ω,1/8W,1%,0805,SMT) [PR1] 174 0LTAV00075007 AV B IC(284500075007)(LM75,TEMPERAT. SENSOR,5V,S) [U30] 175 0LTBD00000212 AL C Connector(291000000212)(WTB,S/T,88290-0200,H6.5,W) [J14] 176 0LTBE11200016 AM B LED(294011200016)(GREEN,H0.8,0603,CL-190G,SMT) [D22] 177 0LTBD00000213 AL C Connector(291000000213)(WTB,S/T,88310-0200,H6.5,W) [J20] 178 0LTBD00012037 AM C Connector(291000012037)(HDR,MA,10P*2,1.25MM,ST,SM) [J19] 179 VHIG1501HCF-1 BQ N B IC(GM1501H-CF) [U34] 180 VHISII9993+-1 BG N B IC(SII9993) [U41] 181 0LTBD00000027 AL C Connector(291000000027)(WTB S/R,88261-0800,H6.4,W) [J12] ! 182 0LTBF00010106 AM A Fuse(295000010106)(2A,NORMAL,1206,SMT) [F702] 183 0LTAI75102701 AB C Capacitor(272075102701)(1000P,50V,+80-20%,0603,SMT) [C144] 184 0LTAG71272301 AM C Resistor(271071272301)(2.7KΩ,1/16W,5%,0603,SMT) [R125] 185 0LTAI75101701 AB C Capacitor(272075101701)(100P,50V,+80-20%,0603,SMT) [C262,C263] 186 0LTAI02475701 AM C Capacitor(272002475701)(4.7µ,CR,16V,+80-20%,0805,SMT) [C258] 187 0LTAG71181101 AA C Resistor(271071181101)(180Ω,1/16W,1%,0603,SMT) [R108] 188 0LTAG71182301 AL C Resistor(271071182301)(1.8KΩ,1/16W,5%,0603,SMT) [R328] 189 0LTAY07808004 AL B IC(286307808004)(UTC 78D08,0.5A,V-REG-8V,TO) [U512] Capacitor(272102104401)(.1µ,CR,10V,10%,0402,X5R,SM) 0LTLL02104401 AL C [C151,C267,C270,C271,C279] Capacitor(272102104401)(.1µ,CR,10V,10%,0402,X5R,SM) 0LTLL02104401 AL C [C286,C287,C301,C318,C320] Capacitor(272102104401)(.1µ,CR,10V,10%,0402,X5R,SM) 0LTLL02104401 AL C [C325,C345,C346,C361,C368] Capacitor(272102104401)(.1µ,CR,10V,10%,0402,X5R,SM) 190 0LTLL02104401 AL C [C376,C388,C389,C390,C391] Capacitor(272102104401)(.1µ,CR,10V,10%,0402,X5R,SM) 0LTLL02104401 AL C [C392,C393,C395,C396,C398] Capacitor(272102104401)(.1µ,CR,10V,10%,0402,X5R,SM) 0LTLL02104401 AL C [C399,C400,C401,C402,C403] Capacitor(272102104401)(.1µ,CR,10V,10%,0402,X5R,SM) 0LTLL02104401 AL C [C419,C817,C854] 191 0LTAG71821301 AA C Resistor(271071821301)(820,1/16W,5%,0603,SMT) [R332] ! 192 0LTBF00010016 AM A Fuse(295000010016)(NORMAL,6.5A/32VDC,3216,SMT) [F2] ! 193 0LTBF00010009 AH A Fuse(295000010009)(NORMAL,5A/32VDC,3216,SMT) [F9] 194 0LTAG71204101 AA C Resistor(271071204101)(200KΩ,1/16W,1%,0603,SMT) [R1011,R309] 195 0LTAG71183301 AL C Resistor(271071183301)(18KΩ,1/16W,5%,0603,SMT) [R15,R19] 196 0LTAG71303301 AA C Resistor(271071303301)(30KΩ,1/16W,5%,0603,SMT) [R16,R18] 197 0LTAI02474401 AL C Capacitor(272002474401)(0.47µ,CR,16V,10%,0805,X7R,S) [C189] 198 0LTAI75120302 AL C Capacitor(272075120302)(12P,50V,5%,0603,NPO,SMT) [C145,C146] 199 0LTAI73151301 AL C Capacitor(272073151301)(150P,CR,25V,5%,0603,NPO,SM) [C742,C743,C744] 200 0LTAI75681401 AB C Capacitor(272075681401)(680P,50V,10%,0603,X7R,SMT) [C26,C29] 201 0LTAI75159301 AL C Capacitor(272075159301)(1.5P,50V,5%,0603,NPO) [C92,C93] 0LTBF00020005 AL N B ESD suppressor(295000020005)(PGB1010603,PB) [D17,D18,D26,D30,D36] 202 0LTBF00020005 AL N B ESD suppressor(295000020005)(PGB1010603,PB) [D37,D38,D39,D61,D62] 203 0LTAY01287002 BB N B IC(286301287002)(TA1287FG,LEAD FREE,RGB TO) [U12] 204 0LTCC74500002 AM C Stand off(342674500002)(AM20-30,GP3) [MTG30,MTG31] 205 0LTAY07805017 AL B IC(286307805017)(UTC 78T05A,1.0A,V-REG-5V,T) [U4] 206 0LTAG71560101 AM C Resistor(271071560101)(56Ω,1/16W,1%,0603,SMT) [R734,R810,R811,R812] 207 0LTAG71564301 AA C Resistor(271071564301)(560K,1/16W,5%,0603,SMT) [R533,R534] 208 0LTLL02104703 AL C Capacitor(272102104703)(.1µ,16V,+80-20%,0402,SMT) [C434,C435,C436,C437,C438] 209 0LTAY74131001 AL B IC(286374131001)(SN74LVC1G3157-DCK,SPDT ANA) [U32] 210 0LTBB00054002 AM B Schottky Diode(288100054002)(BAT54C,SOT2) [D47] 211 0LTAG02474301 AP C Resistor(271002474301)(470KΩ,1/10W,5%,0805,SMT) [PR701] 212 0LTAG71470101 AL C Resistor(271071470101)(47Ω,1/16W,1%,0603,SMT) [EL4,EL5,EL6] 213 0LTAG71681101 AN C Resistor(271071681101)(680Ω,1/16W,1%,0603,SMT) [R275,R276] 0LTAG71123101 AL C Resistor(271071123101)(12KΩ,1/16W,1%,0603,SMT) [R143,R199,R21,R29,R349] 214 0LTAG71123101 AL C Resistor(271071123101)(12KΩ,1/16W,1%,0603,SMT) [R375,R553,R557] 215 0LTAG71184101 AM C Resistor(271071184101)(180KΩ,1/16W,1%,0603,SMT) [R22,R30]
– 8 – 3 Motherboard unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 216 0LTBC00114001 AL B Transistor(288200114001)(DTC114TKA,10K,N-MOSFET,SOT) [Q10,Q27] 217 0LTBC00144003 AM B Transistor(288200144003)(DTC144TKA,N-MOSFET,SOT-23) [Q26,Q7,Q57,Q59] 218 0LTAY01117041 AL B IC(286301117041)(UTC LD1117/A-2.5,TO252,SMT) [U20] 219 0LTBC00672002 AL N B Transistor(288200672002)(uPA672T, DUAL N-CHANNE) [Q52] 220 0LTAI75150301 AM C Capcitor(272075150301)(15P,CR,50V,5%,0603,NPO,S) [C962,C963] 221 0LTAG71153101 AL C Resistor(271071153101)(15KΩ,1/16W,1%,0603,SMT) [R240,R251] 222 0LTAG72474101 AM C Resistor(271072474101)(470KΩ,1/10W,1%,0603,SMT) [R106,R555] 223 0LTAG71151101 AC C Resistor(271071151101)(150Ω,1/16W,1%,0603,SMT) [R105,R121,R340,R358,R387,R899] 224 0LTAG71243101 AL C Resistor(271071243101)(24KΩ,1/16W,1%,0603,SMT) [R315] 225 0LTAG71374812 AL C Resistor(271071374812)(37.4Ω,1/16W,1% ,0603,SMT) [R177,R178,R179] 226 0LTAI03105401 AM C Capacitor(272003105401)(1µ,CR,25V,10%,0805,X7R,S) [C188] 227 0LTAI01105403 AM C Capacitor(272001105403)(1µ,10%,10V,0805,X7R,SMT) [C349,C347,C366,C367] 228 0LTAG71334301 AL C Resistor(271071334301)(330KΩ,1/16W,5%,0603,SMT) [R300,R301] 229 VHISM5301CS-1 AQ N B IC(SM5301CS) [U46] 230 0LTAR24646001 AQ N B IC(283424646001)(EEPROM,M24C64-WMN6T,ST MIC) [U710] 231 0LTEF00228531 AL C Resistor(311100228531)(2.2Ω,RSN,1W,5%,MG,MOF,D) [R6] 0LTBJ04706301 AL C EC(312204706301)(470µ,25V,M,RA,D10,-40~105) [C100,C111,C53,C66,C73] 232 0LTBJ04706301 AL C EC(312204706301)(470µ,25V,M,RA,D10,-40~105) [C74,C77,C98] 0LTKU71006502 AL C EC(312371006502)(100µ,50V,D8*11.5,KY50VB100) [C10,C16,C185,C186,C206] 233 0LTKU71006502 AL C EC(312371006502)(100µ,50V,D8*11.5,KY50VB100) [C212,C221,C222,C230,C60] 0LTKU71006502 AL C EC(312371006502)(100µ,50V,D8*11.5,KY50VB100) [C61,C7,C9,PC1] 234 0LTBQ04636001 AX B IC(326304636001)(LA4636,11W AF POWER AMP,DI) [U1] 235 0LTBS00024006 AL C Connector(331000024006)(VGA-DVI,G3281-382108,FM,2) [J26] 236 0LTBX40006027 AM N C Connector(331840006027)(COMPONENT JACK,2PX3,MTJ-0) [J1] 237 0LTBX50006006 AP C Connector(331850006006)(RCA JACK,2PX3,MTJ-032-47B) [J18,J21,J9] 238 0LTBX70004031 AL C Connector(331870004031)(MINI DIN,4P,R/A,S-VIDEO,0) [J25,J8] 239 0LTDH20100014 AL C SW(337120100014)(DIP,SPST,4P,50VDC,.1A,DP-0) [J24] 240 0LTBS00016017 AP C Connector(331000016017)(MA,B16B-XH-A,16P*1,2.5MM) [J7] 241 0LTLO00010011 BM B Tuner module(309000010011)(TV,VT2U5UF559,NT) [U3] 242 0LTBM49245516 AL B XTAL(314149245516)(24.576MHZ,XAT024576FG1H) [X2] 243 0LTBX10005038 AL C Connector(331810005038)(PHONE JACK,5P,R/A,D3.6,AJ) [J27] 244 0LTBW20015082 AL C Connector(331720015082)(D,FM,15P,BLUE,R/A,SUYIN,0) [J23] 245 0LTBM00135503 AL B XTAL(314100135503)(13.5MHz,XAT013500DI1H-3) [X5] 246 0LTBM00202502 AL B XTAL(314100202502)(20.25MHz,XAT020250FK1H,2) [X4] 247 0LTBM00200504 AL B XTAL(314100200504)(20MHz,XAT02000FC1H,12PF) [X8] 248 0LTBM00184504 AL B XTAL(314100184504)(18.432MHz,XAT018432FC1H-) [X1] 249 0LTBM00143508 AL B XTAL(314100143508)(14.31818MHz,XAT01431AFG1) [X7] 250 0LTKU72206401 AL C EC(312372206401)(220µ,35V,D8*15,DIP CAP,NCC) [C13,C18] 251 0LTBV50003002 AL C Connector(331650003002)(WTB S/R, 86807-0300, 3P*) [J3,J5] 252 0LTLY00400012 AU C Heat sink assy(340300400012)(AMPFILE;LL-261) 253 0LTCH02010402 AM C SPC-screw(370102010402)(M2 L4,NIW,K-HD(+),731) 254 0LTCH03010602 AL C SPC-screw(370103010602)(M3L6,PAN(+),NIW/NLK) 255 0LTMA00400024 AL C Wire saddle(344300400024)(PINGOOG,CH-01B,26) 256 0LTMA00400026 AL C Wire mount(344300400026)(PINGOOD,FW-6D,26M1) 257 0LTMA00400027 AL C Wire mount(344300400027)(PINGOOD,FDW-1,26M1) 258 0LTLM10100035 AL C Gasket(347210100035)(2,10,100,035) (Unit) 901 0LTLW00420001 DA N E PWA(411300420001)(PWA-LD-26SH1U,US,26",MOTH)
4 LED/IR/HP PWB unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 1 0LTAG12470301 AL C Resistor(271012470301)(47Ω,1/8W,5%,1206,SMT) [R39] 2 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R1041,R489,R548] 3 0LTAG71103302 AA C Resistor(271071103302)(10KΩ,1/16W,5%,0603,SMT) [R37] 4 0LTAG71221301 AA C Resistor(271071221301)(220Ω,1/16W,5%,0603,SMT) [R36,R66] 5 0LTAG71472302 AA C Resistor(271071472302)(4.7KΩ,1/16W,5%,0603,SMT) [R9] 6 0LTAG71513101 AL C Resistor(271071513101)(51KΩ,1/16W,1%,0603,SMT) [R8] 7 0LTAI12106701 AL C Capacitor(272012106701)(10µ,16V,+80-20%,1206,Y5U) [C54,C55] 8 0LTAI71105403 AM C Capacitor(272071105403)(1µ,10V,10%,0603,X5R,SMT) [C17] 9 0LTAI75100302 AL C Capacitor(272075100302)(10P,CR,50V,5%,0603,NPO,SM) [EC12,EC13] 10 0LTAI75471401 AD C Capacitor(272075471401)(470P,50V,10%,0603,SMT) [C20,C21] 11 0LTAK00130038 AL C Ferrite chip(273000130038)(600Ω/100MHz,1608) [L11,L9] 12 0LTBB00099001 AC B Diode(288100099001)(BAV99,70V,450MA,SOT-23) [D4,D7,D8] 13 0LTBB04148001 AC B Diode(288104148001)(RLS4148,200MA,500MW,MELF,S) [D6] 14 0LTBB08451002 AL B Diode(288108451002)(BZX84C5V1W,ZENER,200MW) [D48] 15 0LTBC02301001 AM B Transistor(288202301001)(SI2301DS,P-MOSFET,SOT-23) [Q5,Q8] 16 0LTBD00011211 AM C Connector(291000011211)(HDR,87216-1200,MA,6P*2,1MM,H) [J702] 17 0LTBG40100024 AL B SW(297040100024)(PUSH BUTTOM,30VDC/0.1A,PTS) [SW6] 18 0LTBX40008001 AL C Connector(331840008001)(STEREO JACK,8P,MSJ-035-17) [J2] 19 0LTDA12000309 AL B LED(339-1EVGW,RED/GREEN,3P,DI) [D19] 20 0LTLV26384002 AL B IC(326226384002)(IRM-2638F4,IR,3PR/A,DIP) [U7] 21 0LTMC00400020 AL C Rubber(345300400020)(POWER,26M1) 22 0LTME00400008 AL C Insulator(346300400008)(LED-BD,26M1) (Unit) 901 0LTLW00420007 BA N E PWA(411300420007)(PWA-LD-26SH1U/LED/IR/HP/P)
– 9 – 5 Keypad PWB unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R490,R519,R520,R521,R522] 1 0LTAG71101301 AA C Resistor(271071101301)(100Ω,1/16W,5%,0603,SMT) [R523,R524] Capacitor(272105471403)(470P,50V,10%,0402,X7R,SM) 0LTLL05471403 AL C [C426,C427,C428,C429,C430] 2 Capacitor(272105471403)(470P,50V,10%,0402,X7R,SM) 0LTLL05471403 AL C [C431,C432] 3 0LTBD00000027 AL C Connector(291000000027)(WTB S/R,88261-0800,H6.4,W) [J701] 0LTBG40105010 AL B SW(297040105010)(PUSH BUTTOM,5P,SPST,12V/50) [SW1,SW2,SW3,SW4,SW5] 4 0LTBG40105010 AL B SW(297040105010)(PUSH BUTTOM,5P,SPST,12V/50) [SW7,SW8] 5 0LTME00400004 AL C Insulator(346300400004)(KEYPAD BD,LL-261M) (Unit) 901 0LTLW00420010 AX N E PWA(411300420010)(PWA-LD-26SH1U/KEYPAD BD)
6 AV Input PWB unit PRICE NEW PART NO. PARTS CODE RANK MARK RANK DESCRIPTION 1 0LTBX50000001 AR C Connector(331850000001)(RCA JACK+S-VIDEO,MSP-821H) [J6] 2 0LTAI75100302 AL C Capacitor(272075100302)(10P,CR,50V,5%,0603,NPO,SM) [EC701,EC702,EC703] 3 0LTAG71330302 AA C Resistor(271071330302)(33Ω,1/16W,5%,0603,SMT) [R118,R119] 4 0LTAG71000002 AA C Resistor(271071000002)(0Ω,1/16W,0603,SMT) [R704,R707] 5 0LTBD00012037 AM C Connector(291000012037)(HDR,MA,10P*2,1.25MM,ST,SM) [J703] 6 0LTAG71102302 AA C Resistor(271071102302)(1KΩ,1/16W,5%,0603,SMT) [R713,R717] 7 0LTAG71123101 AL C Resistor(271071123101)(12KΩ,1/16W,1%,0603,SMT) [R712,R716] 8 0LTAI72104402 AL C Capacitor(272072104402)(0.1µ,CR,16V,10%,0603,X7R,SM) [C143,C701] 9 0LTAV00075007 AV B IC(284500075007)(LM75,TEMPERAT. SENSOR,5V,S) [U16] (Unit) 901 0LTLW00420012 BA N E PWA(411300420012)(PWA-LD-26SH1U/AV INPUT BD)
– 10 – ■ Index PRICE NEW PART PARTS CODE NO. RANK MARK RANK PRICE NEW PART 0LTAG71391302 3- 41 AM C PARTS CODE NO. RANK MARK RANK 0LTAG71392101 3- 42 AL C [V] 0LTAG71392301 3- 43 AA C VHIFL2310BD-1 3- 129 BK B 0LTAG71470101 3- 212 AL C VHIG1501HCF-1 3- 179 BQ N B 0LTAG71470301 3- 44 AA C VHIMSP3440G-1 3- 131 BD B 0LTAG71471101 3- 45 AL C VHIN26901E2-1 3- 140 AW B 0LTAG71471302 3- 46 AA C VHINJU26106-1 3- 144 AV B 0LTAG71472101 3- 47 AL C VHISII9993+-1 3- 180 BG N B 0LTAG71472302 3- 48 AA C VHISM5301CS-1 3- 229 AQ N B " 4- 5 AA C VHIU64084GC-1 3- 134 BD B 0LTAG71473301 3- 49 AA C VHIV3230DC5-1 3- 130 BC B 0LTAG71474301 3- 50 AA C VVLQ255T3LZ15 1- 29 DX E 0LTAG71510301 3- 51 AM C [0] 0LTAG71513101 4- 6 AL C 0LTAB70820002 2- 19 AM D 0LTAG71560101 3- 206 AM C 0LTAE69900009 2- 24 AL D 0LTAG71561101 3- 52 AM C 0LTAE79300007 2- 6 AL D 0LTAG71562301 3- 53 AA C 0LTAG02000301 3- 1 AA C 0LTAG71564301 3- 207 AA C 0LTAG02101101 3- 173 AL C 0LTAG71576012 3- 54 AL C 0LTAG02132303 3- 2 AL C 0LTAG71681101 3- 213 AN C 0LTAG02474301 3- 211 AP C 0LTAG71682101 3- 55 AA C 0LTAG03228101 3- 3 AL C 0LTAG71750101 3- 56 AA C 0LTAG12470301 4- 1 AL C 0LTAG71821101 3- 57 AL C 0LTAG71000002 3- 4 AA C 0LTAG71821301 3- 191 AA C " 6- 4 AA C 0LTAG71822301 3- 58 AA C 0LTAG71100302 3- 5 AA C 0LTAG71930101 3- 59 AL N C 0LTAG71101101 3- 6 AM C 0LTAG72187011 3- 60 AL C 0LTAG71101301 3- 7 AA C 0LTAG72474101 3- 222 AM C " 4- 2 AA C 0LTAH11000301 3- 64 AC B " 5- 1 AA C 0LTAH11103301 3- 65 AC B 0LTAG71102102 3- 8 AM C 0LTAH11220301 3- 66 AC B 0LTAG71102302 3- 9 AA C 0LTAH11330301 3- 67 AC B " 6- 6 AA C 0LTAH11472301 3- 68 AC B 0LTAG71103101 3- 10 AA C 0LTAI01105403 3- 227 AM C 0LTAG71103302 3- 11 AA C 0LTAI01106401 3- 69 AL C " 4- 3 AA C 0LTAI01225401 3- 70 AL C 0LTAG71104101 3- 12 AA C 0LTAI01475402 3- 71 AM C 0LTAG71104302 3- 13 AA C 0LTAI01475403 3- 72 AL C 0LTAG71105301 3- 14 AA C 0LTAI02474401 3- 197 AL C 0LTAG71121113 3- 15 AL C 0LTAI02475701 3- 186 AM C 0LTAG71123101 3- 214 AL C 0LTAI03105401 3- 226 AM C " 6- 7 AL C 0LTAI05104705 3- 73 AL C 0LTAG71123301 3- 16 AA C 0LTAI11106406 3- 74 AL C 0LTAG71141102 3- 17 AM C 0LTAI11226701 3- 75 AL C 0LTAG71151101 3- 223 AC C 0LTAI11335401 3- 76 AL C 0LTAG71152101 3- 18 AL C 0LTAI12106701 3- 77 AL C 0LTAG71153101 3- 221 AL C " 4- 7 AL C 0LTAG71181101 3- 187 AA C 0LTAI13106701 3- 78 AL C 0LTAG71182101 3- 19 AL C 0LTAI71105403 3- 79 AM C 0LTAG71182301 3- 188 AL C " 4- 8 AM C 0LTAG71183301 3- 195 AL C 0LTAI71105701 3- 80 AM C 0LTAG71184101 3- 215 AM C 0LTAI71684401 3- 81 AL C 0LTAG71200101 3- 20 AL C 0LTAI72104402 3- 82 AL C 0LTAG71204101 3- 194 AA C " 6- 8 AL C 0LTAG71205011 3- 21 AL C 0LTAI72224402 3- 83 AM C 0LTAG71221101 3- 22 AM C 0LTAI72473401 3- 84 AB C 0LTAG71221301 3- 23 AA C 0LTAI72474501 3- 85 AM C " 4- 4 AA C 0LTAI72683403 3- 86 AL C 0LTAG71221302 3- 24 AA C 0LTAI73151301 3- 199 AL C 0LTAG71222102 3- 25 AM C 0LTAI73152401 3- 87 AM C 0LTAG71222302 3- 26 AA C 0LTAI73682401 3- 88 AM C 0LTAG71223302 3- 27 AA C 0LTAI75100302 3- 89 AL C 0LTAG71224301 3- 28 AA C " 4- 9 AL C 0LTAG71228301 3- 29 AM C " 6- 2 AL C 0LTAG71243101 3- 224 AL C 0LTAI75101302 3- 90 AM C 0LTAG71249012 3- 30 AL C 0LTAI75101701 3- 185 AB C 0LTAG71267312 3- 31 AM C 0LTAI75102403 3- 91 AL C 0LTAG71271101 3- 32 AL C 0LTAI75102701 3- 183 AB C 0LTAG71272301 3- 184 AM C 0LTAI75103401 3- 92 AL C 0LTAG71303301 3- 196 AA C 0LTAI75104701 3- 93 AB C 0LTAG71330302 3- 33 AA C 0LTAI75120301 3- 94 AM C " 6- 3 AA C 0LTAI75120302 3- 198 AL C 0LTAG71331101 3- 34 AL C 0LTAI75150301 3- 220 AM C 0LTAG71331301 3- 35 AA C 0LTAI75152401 3- 95 AL C 0LTAG71332101 3- 36 AL C 0LTAI75159301 3- 201 AL C 0LTAG71332302 3- 37 AA C 0LTAI75220301 3- 96 AB C 0LTAG71333101 3- 38 AM C 0LTAI75221401 3- 97 AM C 0LTAG71334301 3- 228 AL C 0LTAI75330302 3- 98 AM C 0LTAG71361101 3- 39 AM C 0LTAI75331301 3- 99 AL C 0LTAG71374812 3- 225 AL C 0LTAI75391301 3- 100 AN C 0LTAG71391101 3- 40 AL C 0LTAI75471401 3- 101 AD C
– 11 – PRICE NEW PART PRICE NEW PART PARTS CODE NO. RANK MARK RANK PARTS CODE NO. RANK MARK RANK 0LTAI75471401 4- 10 AD C 0LTBD00011211 4- 16 AM C 0LTAI75560301 3- 102 AL C 0LTBD00011607 3- 166 AM C 0LTAI75561401 3- 103 AL C 0LTBD00012037 3- 178 AM C 0LTAI75681401 3- 200 AB C " 6- 5 AM C 0LTAI75821401 3- 104 AL C 0LTBD00021105 3- 167 AL C 0LTAI75822401 3- 105 AM C 0LTBD00144004 3- 168 AN C 0LTAK00050014 3- 106 AL C 0LTBD00610032 3- 169 AK C 0LTAK00050015 3- 107 AL C 0LTBE11200016 3- 176 AM B 0LTAK00051019 3- 108 AL C 0LTBF00010009 3- 193 AH A 0LTAK00130001 3- 109 AD C 0LTBF00010016 3- 192 AM A 0LTAK00130038 3- 110 AL C 0LTBF00010105 3- 170 AM A " 4- 11 AL C 0LTBF00010106 3- 182 AM A 0LTAK00130039 3- 111 AL C 0LTBF00010161 3- 171 AL A 0LTAK00150013 3- 112 AM C 0LTBF00020005 3- 202 AL N B 0LTAK00150164 3- 113 AL C 0LTBG40100024 4- 17 AL B 0LTAK00150307 3- 114 AM C 0LTBG40105010 5- 4 AL B 0LTAK00150321 3- 115 AL C 0LTBJ04706301 3- 232 AL C 0LTAK00550036 3- 116 AL B 0LTBM00135503 3- 245 AL B 0LTAK00550037 3- 117 AL B 0LTBM00143508 3- 249 AL B 0LTAK00550041 3- 118 AL B 0LTBM00184504 3- 248 AL B 0LTAM07414001 3- 119 AL B 0LTBM00200504 3- 247 AL B 0LTAN07414004 3- 120 AL B 0LTBM00202502 3- 246 AL B 0LTAN74244005 3- 121 AL B 0LTBM49245516 3- 242 AL B 0LTAN74338403 3- 122 AM B 0LTBQ04636001 3- 234 AX B 0LTAN74405001 3- 123 AL B 0LTBS00016017 3- 240 AP C 0LTAR24646001 3- 230 AQ N B 0LTBS00024006 3- 235 AL C 0LTAR67540001 3- 125 AM B 0LTBV50003002 3- 251 AL C 0LTAR67930003 3- 126 AP B 0LTBW20015082 3- 244 AL C 0LTAT48232001 3- 127 BD B 0LTBX10005038 3- 243 AL C 0LTAT67630001 3- 128 BK B 0LTBX40006027 3- 236 AM N C 0LTAV00075007 3- 174 AV B 0LTBX40008001 4- 18 AL C " 6- 9 AV B 0LTBX50000001 6- 1 AR C 0LTAV04334001 3- 132 AW B 0LTBX50006006 3- 237 AP C 0LTAV09883002 3- 133 BC B 0LTBX70004031 3- 238 AL C 0LTAV86129001 3- 135 BD B 0LTCC74500002 3- 204 AM C 0LTAW04911001 3- 136 AQ B 0LTCE79300019 1- 81 AL C 0LTAY01117023 3- 137 AL B 0LTCE79300040 2- 17 AL C 0LTAY01117041 3- 218 AL B 0LTCF79300002 1- 82 AL C 0LTAY01117045 3- 138 AM B 0LTCH02010402 3- 253 AM C 0LTAY01287002 3- 203 BB N B 0LTCH03010417 1- 58 AL C 0LTAY02069001 3- 139 BB B 0LTCH03010602 3- 254 AL C 0LTAY07805017 3- 205 AL B 0LTCH43006005 1- 33 AL C 0LTAY07808004 3- 189 AL B 0LTCI02610502 1- 46 AL C 0LTAY07809003 3- 141 AL B 0LTCI03012006 1- 57 AL C 0LTAY08800003 3- 142 AL B 0LTCI04010610 1- 39 AL C 0LTAY11173301 3- 143 AL B 0LTCI04010808 1- 38 AL C 0LTAY64282001 3- 145 AZ B 0LTCI04010809 1- 44 AL C 0LTAY69229301 3- 146 AL B 0LTCI04011003 1- 51 AL C 0LTAY74131001 3- 209 AL B 0LTCX00000002 2- 14 BA B 0LTBB00054002 3- 210 AM B 0LTCY30042003 2- 21 AY N D 0LTBB00099001 3- 147 AC B 0LTDA12000309 4- 19 AL B " 4- 12 AC B 0LTDH20100014 3- 239 AL C 0LTBB00701002 3- 148 AC B 0LTDP30042002 2- 18 AL N D 0LTBB04148001 3- 149 AC B 0LTEA71100301 3- 61 AM B " 4- 13 AC B 0LTEA71220301 3- 62 AM B 0LTBB05510002 3- 150 AL B 0LTEA71330301 3- 63 AM B 0LTBB05524002 3- 151 AM B 0LTEF00228531 3- 231 AL C 0LTBB05530001 3- 152 AL B 0LTEO03010602 1- 31 AN C 0LTBB05533001 3- 153 AM B 0LTEO03010802 1- 32 AM C 0LTBB05539001 3- 154 AL B 0LTEO03010807 1- 56 AL C 0LTBB05543001 3- 155 AM B 0LTEO03011001 1- 35 AL C 0LTBB05556001 3- 156 AL B 0LTEO03011002 1- 54 AL C 0LTBB08451002 4- 14 AL B 0LTEO03011801 1- 37 AL C 0LTBC00114001 3- 216 AL B 0LTEO04011003 1- 34 AL C 0LTBC00144001 3- 157 AC B 0LTEO04011201 1- 36 AL C 0LTBC00144003 3- 217 AM B 0LTFH74112501 3- 124 AL B 0LTBC00672002 3- 219 AL N B 0LTKU71006502 3- 233 AL C 0LTBC02301001 4- 15 AM B 0LTKU72206401 3- 250 AL C 0LTBC03904010 3- 158 AC B 0LTKW44010002 1- 45 AM C 0LTBC03906018 3- 159 AC B 0LTKX30042002 2- 20 AL N D 0LTBC04409001 3- 172 AL B 0LTLL02104401 3- 190 AL C 0LTBC21586001 3- 160 AL B 0LTLL02104703 3- 208 AL C 0LTBC24116001 3- 161 AL B 0LTLL05471403 5- 2 AL C 0LTBC27002001 3- 162 AD B 0LTLM05160130 1- 78 AP C 0LTBC27002006 3- 163 AM B 0LTLM07070030 1- 63 AL C 0LTBD00000027 3- 181 AL C 0LTLM10020100 1- 69 AL C " 5- 3 AL C 0LTLM10060100 1- 72 AN C 0LTBD00000212 3- 175 AL C 0LTLM10100035 3- 258 AL C 0LTBD00000213 3- 177 AL C 0LTLM10130100 1- 71 AN C 0LTBD00001901 3- 164 BA N C 0LTLO00010011 3- 241 BM B 0LTBD00011211 3- 165 AM C 0LTLP30042003 2- 22 BC N E
– 12 – PRICE NEW PART PRICE NEW PART PARTS CODE NO. RANK MARK RANK PARTS CODE NO. RANK MARK RANK 0LTLS05247001 2- 15 AM C 0LTLS20276002 2- 13 AY C 0LTLT15010007 2- 23 AL B 0LTLV26384002 4- 20 AL B 0LTLW00420001 1- 16 DA N E " 3- 901 DA N E 0LTLW00420007 1- 7 BA N E " 4- 901 BA N E 0LTLW00420010 1- 6 AX N E " 5- 901 AX N E 0LTLW00420012 1- 5 BA N E " 6- 901 BA N E 0LTLY00400005 1- 43 AU C 0LTLY00400006 1- 11 BP C 0LTLY00400007 1- 4 BF C 0LTLY00400009 1- 28 BU C 0LTLY00400010 1- 2 BK B 0LTLY00400012 3- 252 AU C 0LTLY00400013 1- 1 BK B 0LTLY00400014 1- 13 AT N C 0LTLY00400022 1- 3 BU N D 0LTLY00400023 1- 26 BN N D 0LTLY00400025 1- 18 BC B 0LTLY00400030 1- 22 AQ N D 0LTLZ00400003 1- 12 AW C 0LTLZ00400009 1- 19 BV C 0LTLZ00400013 1- 20 BA N C 0LTLZ00400014 1- 61 AP C 0LTLZ00400016 1- 40 AQ C 0LTLZ00400017 1- 42 AM C 0LTLZ00400018 1- 70 AL C 0LTMA00400016 1- 27 AW D 0LTMA00400017 1- 25 AQ D 0LTMA00400018 1- 21 AN D 0LTMA00400019 1- 47 AP N D 0LTMA00400024 1- 62 AL C " 3- 255 AL C 0LTMA00400026 1- 65 AL C " 3- 256 AL C 0LTMA00400027 3- 257 AL C 0LTMA00400028 1- 52 BA N D 0LTMA00400029 1- 55 AU N D 0LTMA00400030 1- 53 AU N D 0LTMB00400003 1- 8 AY C 0LTMB00400004 1- 9 AX C 0LTMB00400005 1- 10 AY C 0LTMB00400006 1- 14 AY C 0LTMB00400007 1- 23 BA C 0LTMB00400008 1- 24 BE C 0LTMB00400009 1- 17 AU C 0LTMB00400012 1- 41 BA C 0LTMC00400004 1- 80 AY C 0LTMC00400007 1- 74 AL C 0LTMC00400008 1- 73 AL C 0LTMC00400009 1- 64 AV C 0LTMC00400014 1- 77 AL D 0LTMC00400020 4- 21 AL C 0LTMC00400021 1- 60 AL D 0LTMC00400024 1- 68 AL D 0LTMD00400001 1- 15 CD E 0LTME00400004 5- 5 AL C 0LTME00400008 4- 22 AL C 0LTMF00420002 2- 5 BD N D 0LTMF00440001 2- 10 AX D 0LTMF00450001 2- 8 BG D 0LTMF00450002 2- 9 BC D 0LTMF00450003 2- 2 BG D 0LTMF00450004 2- 1 BB D 0LTMG00420001 2- 3 AQ D 0LTMH00400009 2- 7 AL N D 0LTMH00400010 1- 48 AL N D 0LTMH00400013 1- 50 AY N D 0LTMH00400014 1- 49 AT N D 0LTMH00400015 1- 30 AQ N D 0LTMH00400017 1- 83 AL N D
– 13 – Right Page q COPYRIGHT 2005BY SHARP CORPORATION All rights reserved. Printed in Japan. No part of this publication may be reproduced, stored in a retrieval system, or transmitted. In any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher.
SHARP CORPORATION Information and Communication Systems Group Products Quality Assurance Department Yamatokoriyama, Nara 639-1186, Japan 2005 March Printed in Japan t