Sharp LC-42LE540U Service Manual download (Page 5 of 133)

SERVICE MANUAL LCD COLOR TELEVISION MODEL: LC-42LE540U LC-46LE540U CONTENTS SAFETY PRECAUTION IMPORTANT SERVICE SAFETY PRECAUTION............................................................................. ………………………2 CHAPTER 1. SPECIFICATIONS [1] SPECIFICATIONS .........................................................................................................................................4 [2] DIMENSIONS .................................................................................................................................................5 CHAPTER 2. REMOVING OF MAJOR PARTS [1] REMOVING OF MAJOR PARTS ...............................................................................................................6 CHAPTER 3. ADJUSTMENT PROCEDURE [1] ADJUSTMENT PROCEDURE ................................................................................................................22 [2] SERVICE MODE.....................................................................................................................................28 [3] SOFTWARE UPGRADE PROCEDURE .....................................................................................................29 CHAPTER 4. TROUBLESHOOTING TABLE [1] TROUBLESHOOTING TABLE......................................................................................................................... 30 CHAPTER 5. MAJOR IC INFORMATIONS [1] MAJOR IC INFORMATIONS ........................................................................................................................49 CHAPTER 6. BLOCK DIAGRAM/WIRING DIAGRAM [1] BLOCK DIAGRAM ................................................................................................................................ ….. 63 [2] POWER MANAGEMENT BLOCK DIAGRAM .................................................................................................... 64 [3] WIRING DIAGRAM .......................................................................................................................................... 66 CHAPTER 7. PRINTED WIRING BOARD [1] MAIN UNIT PRINTED WIRING BOARD .......................................................................................................... 67 [2] POWER UNIT PRINTED WIRING BOARD ....................................................................................................... 69 [3] KEY UNIT PRINTED WIRING BOARD ............................................................................................................. 72 [4] IR UNIT PRINTED WIRING BOARD................................................................................................................. 72 CHAPTER 8. SCHEMATIC DIAGRAM [1] MAIN SCHEMATIC DIAGRAM ............................................................................................................................... 73 [2] POWER SCHEMATIC DIAGRAM ....................................................................................................................... 107 [3] KEY SCHEMATIC DIAGRAM ............................................................................................................................... 116 [4] IR SCHEMATIC DIAGRAM .................................................................................................................................. 117 CHAPTER 9. Parts Guide [1]SPARE PARTS LIST ............................................................................................................................................. 118 [1] CABINET PARTS ................................................................................................................................................. 124 [2] SUPPLIED ACCESSORIES ................................................................................................................................. 128 [3] PACKING PARTS................................................................................................................................................. 129 1 2 3 CHAPTER1. OPERATION MANUAL [1] SPECIFICATIONS Item Model: LC-42LE540U Model: LC-46LE540U LCD screen size 42”Class 46”Class Resolution 2073600 pixels(1920x1080) 2073600 pixels(1920x1080) TV-standard American TV Standard ATSC/NTSC System VHF/UHF VHF 2-13ch, UHF 14-69ch CATV 1-125ch (non-scrambled channel only) TV function Receiving Digital Terrestrial channel 2-69ch Broadcast (8VSB) Digital cable*1 1-135ch (non-scrambled channel only) (64/256 QAM) Audio multiplex BTSC System Audio out 10W*2 10W*2 ANT./CABLE 75 Ω Unbalance ,F Type x 1 for Analog (VHF/UHF/CATV) and Digital(AIR/CABLE) INPUT3 HDMI in with HDCP Rear INPUT4 HDMI in with HDCP Audio PC/HDMI Audio in (Ø 3.5mm jack) PC IN Analog RGB (PC) in (15-pin mini D-sub female connector) Terminal SPDIF HDMI in with HDCP RJ45 Ethernet Headphone out Ø 3.5mm jack (Audio output) RS-232C D-sub 9 pin for service & Hotel mode using Side INPUT1 HDMI in with HDCP INPUT2 HDMI in with HDCP USB Photo/Music/Video mode, Software update OSD language English/French/Spanish Power Requirement AC 120V ~60Hz Power Consumption ≤155W ≤165W (0.7 W Standby with AC 120 V) (0.7 W Standby with AC 120 V) Weight TV + stand 29.5lbs./13.4kg 34.17 lbs./15.5kg TV only 25.6lbs. /11.6 kg 30.2 lbs. /13.7 kg Dimension TV + stand 3917/32×263/16×99/16 inch 4261/64×265/8×10 1/4 inch (W/H/D) TV only 3917/32×2447/64×147/64 inch 4261/64×265/8×1 47/64 inch Response time 6ms 6ms Operating temperature +32°F to + 104°F (0°C to + 40°C) 4 WALL MOUNTING 5 CHAPTER2. Removing of Major Parts LC-42LE540U 1.Assy/PanelRemoval Notes: Please put your machine on soft material to avoid to scrape panel when you disassemble it. Front view Fig.19 Back view Fig.20 Step 1. Remove the Base Assy. 1. Remove the 4 screws as Fig.21 and pull out the base . Fig.21 6 Step 2. Remove the REAR COVER Assy. 1. Remove the 20 screws, around the REAR COVER as Fig.22. 2 3 Fig.22 2. Remove the 5 screws at the IO area as Fig.23. Fig.23 7 3. Remove the 3 screws to release AC cable as Fig.24 .Fig.25 Fig.24 Fig.25 Step 3. Remove the Main, Power ,IR board , Key Pad ASSY, and the Speakers. Fig.26 8 1. Remove the 5 screws and disconnect 4 cables .Detach the Main board ASSY as Fig.27 Fig.27 9 1. Remove the 9 screws and 2 Cables. Detach the Power board as Fig.28. Fig.28 3. Remove the 1screws. Detach the IR board as Fig.29. Fig.29 10 4. Remove the 1screws.Detach the Key Pad ASSY as Fig.30. Fig.30 5. Detach the Speakers as Fig.31. Fig.32. Fig.31 Fig.32 11 Step 4. Remove BASE SUPPORT. Remove the 6 screws. Detach the BASE SUPPORT as Fig.33 Fig.33 12 Step 5. Remove PANEL module. 1. Remove the 4 screws. Detach the PANEL HOLDER as Fig.34, Fig.35, Fig.36 Fig.34 Fig.35 Fig.36 13 LC-46LE540U 1.Assy/PanelRemoval Notes: Please put your machine on soft material to avoid to scrape panel when you disassemble it. Front view Fig.37 Back view Fig.38 Step 1. Remove the Base Assy. 1. Remove the 4 screws as Fig.39 and pull out the base. Fig.39 14 Step 2. Remove the REAR COVER Assy. 1. Remove the 20 screws, around the REAR COVER as Fig.40. 2 3 Fig.40 2. Remove the 5 screws at the IO area as Fig.5. Fig.41 15 3. Remove the 3 screws to release AC cable as Fig.42 .Fig.43 Fig.42 Fig.43 Step 3. Remove the Main, Power ,IR board , Key Pad ASSY, and the Speakers. Fig.44 16 1. Remove the 5 screws and disconnect 4 cables .Detach the Main board ASSY as Fig.45 Fig.45 17 2. Remove the 5 screws and 2 Cables. Detach the Power board as Fig.46. Fig.46 3. Remove the 1screws. Detach the IR board as Fig.47. Fig.47 18 4. Remove the 1screws.Detach the Key Pad ASSY as Fig.48. Fig.48 5. Detach the Speakers as Fig.49. Fig.50. Fig.49 Fig.50 19 Step 4. Remove BASE SUPPORT. Remove the 4 screws. Detach the BASE SUPPORT as Fig.51 Fig.51 20 Step 5. Remove PANEL module. 1. Remove the 7 screws. Detach the PANEL HOLDER as Fig.52, Fig.53, Fig.54 Fig.52 Fig.53 Fig.54 21 CHAPTER3. ADJUSTMENT PROCEDURE [1]ADJUSTMENT PROCEDURE 1. Main Menu (The default value is marked in black boldface) Layer1 Layer2 Layer3 Layer4 Layer5 Remar Picture AV Mode k Settings User Standard Color Temp. User/Cool/Stand Backlight Dynamic Brightness Movie Contrast PC Color Game Tint Dynamic(Fixed) Sharpness 0~100 Advanced 0~100 0~100 0~100 -50~50 0~20 Color Temp. ard/Warm R Gain 0~255 G Gain 0~255 B Gain 0~255 Reset Yes/No Motion 120Hz High/ Enhancement (Only for 120Hz Low/ Off MT5395) Active Contrast Off/ On DI Film Mode Auto/Off Digital Noise Auto/ High/ Reduction Middle/ Low/ Off Reset Yes/No (Only reset currect AV mode 22 settings.) -50~50(0) Treble 0~100 (50) Audio Balance 0~100 (50) Bass 0~100 (50) Settings Treble 0~100 (50) Balance -50 ~ 50 (0) -50 ~ 50 (0) Surround On/Off Bass On/Off Balance Surround Reset Yes/No Reset Yes/No (Only reset (Only reset currect AV mode currect AV settings.) mode settings.) Power No Signal Off Enable/ Disable Control Power Saving Off/ On System View Option APPS Options (Only for MT5395) View Mode Freeze Change Audio MTS Mono/ Stereo/ SAP Audio Language English/ Spanish/ French Change CC Analog Closed Off/ CC1/ CC2 Caption /CC3 /CC4/ TEXT1/ TEXT2/ TEXT3/ TEXT4 Digital Closed Off/ Service1/ Caption Service2/ Service3/ Service4/ Service5/ Service6 Input Terminal Audio Setup Off/ Dolby Setting PC input Digital/ PCM (For PC only) Auto Sync. Fine Sync. H-Pos. V-Pos. Clock 23 Phase Audio Select Video/ (For PC only) Video+Audio Audio Select Auto/ (For HDMI only) HDMI(Digital)/ HDMI+Analog HDMI Setup HDMI Mode Auto/ Graphic/ (For HDMI only) Video Speaker On/ Off Caption Style Default/ Custom Caption Size Small/ Standard/ Large Foreground Color Black/ White/ Green/ Blue/ Red/ Cyan/ Yellow/ Magenta Foreground Solid/ Opacity Translucent/ Transparent Caption setup Background Color Black/ White/ (For TV & AV only) Green/ Blue/ EZ Setup Red/ Cyan/ Yellow/ Magenta Background Solid/ Opacity Translucent/ Transparent Window Color Black/ White/ Green/ Blue/ Red/ Cyan/ Yellow/ Magenta Window Opacity Solid/ Translucent/ Transparent Initial 24 Setup CH Setup Air/Cable Air/ Cable CH Search Broadcasting Favorite CH CH Memory Setup A (For TV only) B C D All Data Clear Yes/No Internet Setup Network Setup Connection Wired/Wireless (Only for Type MT5395) Wireless Setup IP Setup Interactive Country US/ Canada/ Service Mexico/ Others No/ Yes Language English/ Español/ Français Individaul Setup Secret No. New Secret No. (Input Secret Confirm Secret No.) No. (For TV & AV Parental CTRL V-Chip MPAA only) TV Guidelines Can.English Ratings Can.French Ratings V-Chip(DTV Only) Status No/ Yes FAV APP Key Current Setup Assign APP1 (Only for APP2 MT5395) APP3 Reset Yes/No Reset Yes/No Informati Identification on Software Update Manual Update USB Update 25 (Only for Network Update MT5395) Auto Update No/ Yes Setting Netflix Help OK (Only for Deactivate Yes/No MT5395) Vudu Help Yes/No (Only for MT5395) Link Recorder Power Operatio On/Off n Play from Rec. (Only for List MT5395 Show Start Menu ) Change Media of Device Link Booking( Rec. Book) Change Audio By AQUOS audio Output Device SP/ By AQUOS SP Change Surround Mode HDMI Device Selection AQUOS LINK Setup Start Recording Stop Recording 2. Display adjustment Only adjust HDMI Mode and copy to all of input source General set-up: Equipment Requirements: Minolta CA-210 or Equivalent Color analyzer or equivalent instrument. Input Signal Type: 1. Internal full white pattern. 26 2. Select Picture mode to Standard mode and check the x, y data. Input Injection Point: HDMI cable Alignment method: Initial Set-up: 1. Select source as “INPUT 1” (HDMI 1). 2. Set Picture mode as “Standard”. 3. Enter factory mode menu: press MENU + Numeric keys “3481” . Alignment: 1. Press “Menu” key enter factory mode page. 2. Set VideoÆWhite Pattern to “Medium”. 3. Enter VideoÆColor Temperature adjust. Color temperature adjust: 1. Set color temperature to “Cool” 2. Adjust R Gain/G Gain values to meet “Cool” color coordinates.(Keep B Gain set “128”) 3. Adjust R Offset/G Offset values to meet “Cool” color coordinates.(Keep B Offset set “128”) 4. Repeat step 2, 3, 4 twice to meet “Cool” color coordinates specification below. 5. Set color temperature to “Warm”、”Standard” then Repeat 2,3,4 step adjusting. 6. Set color temperature “User” mode then set all values to “128” Mode Chromaticity Coordinate COOL x y STANDARD 0.272 ± 0.015 0.277 ± 0.015 WARM 0.285 ± 0.015 0.293 ± 0.015 Customer Color 0.313 ± 0.015 0.323 ± 0.015 Panel Native Color Temperature Check the 16 grayscale pattern should be distinguished and color bar is correct Reset AV setting in OSD menu, picture mode shall be recalled to be “Standard” mode. Note: 1. Use Minolta CA-210 for color coordinates and luminance check. 2. Before adjusting, all colour analyzers (CA-210) should be coordinates with a same reference TV set. 3. Luminance > =280 cd/m2 in the center of the screen when Brightness control at 100, Contrast control at 100, Backlight control at 100,Power Saving is off.(LC-42E540U& LC-46E540U) 27 [2] SERVICE MODE Enter factory mode menu: press MENU + Numeric keys “3481” to enter factory mode. You can press “◄” or “RETURN” key to back to normal main menu. 28 [3] SOFTWARE UPGRADE PROCEDURE 1. Connect to TV USB port to upgrade the software firmware Please follow the following steps to upgrade the firmware. I. Turn on TV. II. Press Menu, select SetupÆVersion info to check "Version" III. Copy the correct software firmware (*.pkg) to USB disk. Ex: Version: NAS2_95N.pkg, copy NAS2_95N.pkg to USB disk. IV. Insert the USB disk to TV USB port. V. TV AC power off -> AC power on VI. TV will upgrade by itself after detect the USB disk condition and the content of the pkg file. Note: TV's LED will flash during upgrade process VII. After finish upgrade process, TV will reboot by itself. VIII. Remove USB disk from TV. IX. Press Menu, select SetupÆVersion info. X. Check the software version is correct or not. 29 CHAPTER 4.TROUBLESHOOTING TABLE [1]TROUBLE SHOOTING TABLE The sound is not emitted from the speaker though the picture has come out. No sound output in all models? TEREMINAL NO Check IC U1201 and its peripheral circuits. Is the audio signal output of pin (V27) (AOSDATA0), pin (Y31) (AOBCLK), pin NO Check the line between IC U1201 and IC (Y30) (AOLRCK) and pin (Y32) (AOMCLK) of IC U1201 normal? U6202. YES NO Is audio signal input to pin (12) Check the PD#. (Q6204, Q6205, ZD6201, etc.) (AOSDATA0), pin (16) (AOBCLK), pin (15) (AOLRCK) and pin (4) (AOMCLK) of IC U6202 (AMP)? YES Is MUTE circuit [PD#] normal? YES Is the audio signal output of pin (1, 2) (R-ch) NO and pin (3, 4) (L-ch) of CN6102 (AOUDIO-CONNECTOR) normal? Check IC U6202 and its peripheral circuits. YES Check Speaker Box (right and left) and wire harness. 30 No sound (during the reception of TV broadcasting) Does not the sound go out though the picture has come out when UHF/VHF is received? MAIN UNIT: NO Check the tuner and its peripheral circuits. Replace as required. Is the DIF signal output from pin (10) and pin (11) of TUNER NO (TU1801)? Check IC U1201 its peripheral circuits. YES NO Check IC U1901 its peripheral circuits. Is the DIF signal sent to pin (AM24) and pin (AL24) of IC U1201or R1212 and R1213 for ATV ? YES Is the DIF signal sent to pin (81) and pin (82) of IC U1901for DTV ? YES Refer to “No sound output in all modes”. 31 No sound from external input devices (1) Does not the sound of the audio signal input to input (Component) go out? MAIN UNIT: NO Check the connection to CN1202 and the external input device. Is the audio signal properly sent to pin (8) and pin (10) of NO CN1202? Check the line between CN1202 and IC U1201. YES Is the audio signal properly sent to pin (AM32) (SCART1_R_In) and pin (AM30) (SCART1_L_In) of IC U1201 or R1318 (SCART1_R_In) and R1320 (SCART1_L_In) ? YES Refer to “No sound output in all modes”. 32 No sound from external input devices (2) Does not the sound of the audio signal input to VGA go out? MAIN UNIT: NO Check the connection to CN1102 and the external input device. Is the audio signal properly sent to pin (3) and pin (2) of NO CN1102? Check the line between CN1102 and IC U1201. YES Is the audio signal properly sent to pin (AL32) (VGA_R_In) and pin (AL30) (VGA_L_In) of IC U1201 or R1116(VGA_R_In) and R1117(VGA_L_In)? YES Refer to “No sound output in all modes”. 33 No sound from external input devices (3) Does not the sound of the audio signal input to USB go out? YES NO Is USB stick audio format correct? Change to correct mp3 format MAIN YES NO Is the USB +5V U1702 Pin (5) sent to pin (1) of CN1702? Check the connection to U7102 Pin(5) and the external input device. YES NO Check the line between CN1702 and U1201 Is the USB con (CN1702) signal properly sent to pin (AM6) (USB_DM) and pin (AL6) (USB DP) of IC U1201? YES Refer to “No sound output in all modes”. 34 The audio signal is not output No audio signal output from Headphone terminal (CN6202). Terminal YES Check the connection to HPOL(R) OUT and external devices. Is audio signal output from pin (12) (HPOL) and pin (3) (HPOR) YES of IC U6202 to Jack (CN6202)? Check the line between IC U1201 and IC U6202. No Is the audio signal output from IC U1201 pin (AJ31) (AL1O) and pin (AJ32) (AR1O) to pin (6) (INL) and pin (8) (INR) of IC U6202 No Check U1201 and its peripheral circuits. . 35 The audio signal is not output No audio signal output from SPDIF terminal (CN6102). Terminal YES Is input source on HDMI? The SPDIF out not support HDMI Change input source to others (AV, TV, etc.). source. No Is the audio signal output from IC U1201 pin(AA31) YES (SPDIF_OUT) sent to CN6102? Check the line between IC U1201 and CN6102. No Check IC U1201 and its peripheral circuits. 36 No picture on the display (1) The picture doesn't appear in all modes. Main UNIT: Is LVDS signal output from 1st_channel and 2nd_channel of IC U1201 in each mode? See page 15 of schematic . YES Check IC U1201 and its peripheral control circuits. Is LCD controller's control signal normal? NO Control signals Backlight_ON , PSON, and it peels off and whether normality is checked. YES NO Similarly, is the LVDS signal input to connector of the panel module? FFC line is checked. YES Check the panel module. 37 No picture on the display (2) Does not the picture come out when VHF/UHF is received? NO Each power supply circuit is checked. NO Main UNIT: NO Check the tuner and its peripheral circuits. Replace as required. Is the voltage of regulation for a TUNER circuit and the power NO Check IC U1201 its peripheral circuits. supply terminal of IC U1201 supplied? Check IC U1901 its peripheral circuits. YES Is the DIF signal output from pin (10) and pin (11) of TUNER (TU1801)? YES Is the DIF signal sent to pin (AM24) and pin (AL24) of IC U1201or R1212 aYndERS1213 for ATV ? YES Is the DIF signal sent to pin (81) and pin (82) of IC U1901for DTV ? Refer to “The picture doesn't appear in all modes.” 38 <External input Input(Side HDMI)>No picture on the display (3) Does not the picture of the HDMI signal input to Input (HDMI1) go out? Terminal NO Check the line between pin (38) of IC U1501 and NO CN1404. Is the HOT_PLUG detection function of pin (19) of a HDMI terminal (CN1404) normal? Check the connection and setup with the external HDMI devices. YES Main UNIT: Check the line between IC U1501 and CN1404. Is TMDS signal input into pin (23, 22) RX3_2/ RX3_2B, (21,20 )RX3_1 /RX3_1B, (19,18)/RX3_0/RX3_0B (17, 16)/RX3_C/RX3_CB of IC U1501? YES Refer to “The picture doesn't appear in all modes.”? 39 <External input Input(Side_HDMI2)>No picture on the display (4) Does not the picture of the HDMI signal input to Input (HDMI2) go out? Terminal NO Check the line between pin (39) of IC U1501 and NO CN1202. Is the HOT_PLUG detection function of pin (19) of a HDMI terminal (CN1202) normal? Check the connection and setup with the external HDMI devices. YES Check the line between IC U1501 and CN1202. Is TMDS signal input into pin (15 ,14) RX2_2/ RX2_2B, (13,12 ) RX2_1 / RX2_1B, (11,10) RX2_0/ RX2_0B (9, 8) RX2_C/ RX2_CB of IC U1501? YES Refer to “The picture doesn't appear in all modes.”? 40 <External input Input(Rear HDMI3)>No picture on the display (5) Does not the picture of the HDMI signal input to Input (HDMI3) go out? Terminal NO Check the line between pin (41) of IC U1501 and NO CN1402. Is the HOT_PLUG detection function of pin (19) of a HDMI terminal (CN1402) normal? Check the connection and setup with the external HDMI devices. YES Check the line between IC U1501 and CN1402. Is TMDS signal input into pin ( 7,6 ) RX1_2/ RX1_2B, ( 5,4 ) RX1_1 / RX1_1B, ( 3,2 ) RX1_0/ RX1_0B ( 1, 80 ) RX1_C/ RX1_CB of IC U1501? YES Refer to “The picture doesn't appear in all modes.”? 41 <External input Input(Rear HDMI4)>No picture on the display (5) Does not the picture of the HDMI signal input to Input (HDMI4) go out? Terminal NO Check the line between pin (42) of IC U1501 and NO CN1402. Is the HOT_PLUG detection function of pin (19) of a HDMI terminal (CN1401) normal? Check the connection and setup with the external HDMI devices. YES Check the line between IC U1501 and CN1401. Is TMDS signal input into pin ( 76,75 ) RX0_2/ RX0_2B, ( 74,73 ) RX0_1 / RX0_1B, ( 72, 71 ) RX0_0/ RX0_0B ( 70, 69 ) RX_C/ RX0 _CB of IC U1501? YES Refer to “The picture doesn't appear in all modes.”? 42 <External input USB>No picture on the display (6) Does not the sound of the video signal input to USB go out? Is USB stick video format correct? NO Change to correct .jpg or .jpeg or .png or .bmp format. NO YES NO Check the connection to U7102 Pin(5) and the external input Main UNIT: device. Check the line between CN1702 and U1201 Is the USB +5V U1702 Pin (5) sent to pin (1) of CN1702? YES Is the USB con (CN1702) signal properly sent to pin (AM6) (USB_DM) and pin (AL6) (USB DP) of IC U1201? YES Refer to “The picture doesn't appear in all modes.” 43 <External input Input(Component)>No picture on the display (7) Does not the picture of the component video signal input to Component go out? Terminal NO Check the setting of an external input device that connects of CN1202 Is Component Y/Pb/Pr signal sent to pin (2)/Y, (4)/Pb, (6)/Pr of CN1202 ? NO Check the line between IC U1201 and CN1202. YES Main UNIT: Is Component Y/Pb/Pr signal sent to pin (AM18)/Y, (AM19)/Pb, (AK19)/Pr of IC U1201 or C1307/Y , C1312/Pb , C1317/Pr? YES Refer to “The picture doesn't appear in all modes.” 44 <External input D-SUB>No picture on the display (8) Does not the picture of the VGA signal input to D-SUB go out? NO Set the timing which TV is support Is Video format correct? NO Check the setting of an external input device that connects of CN1101 YES NO Check the line between IC U1201 and CN1101. Terminal Is R/G/B/H/V signal sent to pin (1)/R, (2)/G, (3)/B, (14)/H, (13)/V of VGA (CN1101)? YES Main UNIT: Is R/G/B/H/V signal sent to pin (AM15)/R, (AK15)/G, (AK13)/B, (AL13)/H, (AM13)/V of IC U1201 or C1106/R , C1103/G , C1107/B , FB1101/H , FB1105/V ? YES Refer to “The picture doesn't appear in all modes.” 45 WiFi function no action Does not the picture of the WiFi module signal input to WiFi connector go out? YES NO Check the WiFi module device that connects of NO CN1703 Is USB_DM0/USB_DP0R signal sent to pin (36)/ USB_DM0, (38)/USB_DP0 of WiFi module Check the line between IC U1201 and CN1703. connector (CN1703)? YES Is USB_DM0/ USB_DP0 signal sent to pin (AM7)/ USB_DM0, (AL7)/ USB_DP0 of IC U1201 or R1711/ USB_DM0 , R1710/ USB_DP0 ? YES Change once new WiFi module . 46 LC-42LE540U 47 LC-46LE540U 48 CHAPTER 5. MAJOR IC INFORMATIONS [1]MAJOR IC INFORMATIONS 1.1. U1201 (MT5395) GENERAL DESCRIPTION The MediaTek MT5395AUHJ family is a backend decoder and a TV controller and offers high integration for advanced applications. It combines a transport de-multiplexer, a high definition video decoder, an AC3 audio decoder, a four-link LVDS transmitter, a mini-LVDS transmitter, a V-by-One transmitter, and an NTSC/PAL/SECAM TV decoder with a 3D comb filter (NTSC/PAL). The MT5395AUHJ enables consumer electronics manufactures to build high quality, low cost and feature-rich DTV. World-Leading Audio/Video Technology: The MT5395AUHJ supports Full-HD MPEG1/2/4/DiviX/VC1/RM/H.264/AVS video decoder standards, and JPEG. The MT5395AUHJ also supports MediaTek MDDiTM de-interlace solution can reach very smooth picture quality for motions. A 3D comb filter added to the TV decoder recovers great details for still pictures. The special color processing technology provides natural, deep colors and true studio quality video. Also, the MT5395AUHJ family has built-in high resolution and high-quality audio codec. Rich Features for High Value Products: The MT5395AUHJ family enables true single-chip experience. It integrates high-quality HDMI1.4, high speed VGA ADC, four-link LVDS, mini-LVDS, V-by-One, USB2.0 receiver, Ethernet MAC+PHY, TCON and panel overdrive. All New Full-HD 120Hz Experience: The MT5395AUHJ family enables customers a true Full- HD 120Hz experience. It integrates high-quality Full-HD ME/MC technology. Key Features: 1. Worldwide multi-standard analog TV demodulator 2. A transport demultiplexer 3. A muti-standard video decoder 4. A H.264 HD720p video encoder 5. An AC3/MPEG2 audio decoder 6. HDMI1.4 receiver 7. Audio codec 8. TCON 9. Ethernet MAC+PHY 10. True 120Hz Full HD MJC 11. Panel overdrive control 12. Local dimming 13. Four-link LVDS, mini-LVDS, V-by-one transmitters 49 Host CPU ƒ ARM1176JZFS-700MHz ƒ Supports Vector Floating-Point (VFP) coprocessor ƒ 16K I-Cache and 16K D-Cache ƒ 128K L2 Cache ƒ 14K Boot ROM ƒ JTAG ICE interface ƒ Watch Dog timers Transport Demultiplexer ƒ New generation 2 demux design ƒ Supports two serial transport stream input with one serial transport stream output, or one parallel transport stream input ƒ Supports ATSC, DVB-T, DVB-C transport stream input ƒ Supports DES / 3-DES / DVB / AES / Multi-2 de-scramblers ƒ Up to 8 even/odd keys for descrambling ƒ Supports 32 PID filters and 32 section filters ƒ Supports 32 PID filters for recording ƒ Supports hardware CRC-32 check ƒ Supports PCR recovery function ƒ Supports a micro-processor for stream processing and video start code detection MPEG2 Decoder ƒ MPEG MP@ML, MP@HL ƒ Supports de-blocking filter MPEG1 Decoder MPEG4 Decoder ƒ ASP@L5 H.264 (MPEG4.10 / AVC) HD Decoder ƒ MP@L4.0, HP@L4.0, constrained BP@L3 video standard VC-1 (SMPTE421M) Decoder ƒ MP@HL, AP@L3(Partial Support, support up to 1920x1080) ƒ WMV9 decoder MP@HL DivX (XviD) Decoder ƒ DIVX3 / DIVX4 / DIVX5 / DIVX6 / DIVX HD / DIVX PLUS AVS Decoder ƒ Jizhun profile @Level 6.0.1 RMVB Decoder ƒ RealVideo8/9/10 Soreson H.263 50 MVC ƒ H.264 stereo high profile 48fps H.264 HD720p Encoder ƒ MP@L3.1(main), BP@L3.1(baseline) video standard ƒ 1280x720p encoder ƒ Supports CBR, B-frame and CABAC ƒ Search range is up to +/- 160 (horizontal), +/-80(vertical) Still Image decoding ƒ JPEG (base-line or progressive) De-mosquito engine ƒ For all AV inputs ME/MC Engine ƒ Adopt 2nd generation 3-frame Halo reduced MEMC technology ƒ Supports FHD 120Hz output ƒ Supports motion judder cancellation for 24p/25p/30p input sources ƒ Supports 24Hz/30Hz/60Hz to 120Hz, 25Hz/50Hz to 100Hz in 100/120Hz panel ƒ Supports 24Hz/30Hz to 60Hz, 25Hz to 50Hz in 50/60Hz panel ƒ Supports left/right video processing comparison function without additional DRAM resources for customers’ demonstration 2D Graphics ƒ Supports multiple color modes ƒ Point, horizontal/vertical line primitive drawings ƒ Rectangle fill and gradient fill functions ƒ Bitblt with transparent options ƒ Alpha blending and optional pre-multiplied alpha composition Bitblt ƒ Stretch Bitblt ƒ YCbCr to RGB color space conversion ƒ Supports index to direct mode bitblt Image Resizer ƒ Supports 16bpp/32bpp direct color format ƒ Supports 420/422 video format ƒ Supports 420/422/444 JPEG format ƒ Arbitrary ratio vertical/horizontal scaling of video, from 1/128X to 128X ƒ Simple DMA OSD Plane ƒ Three linking list OSDs with multiple color mode and two of them has up-scaler Video Plane ƒ Supports video freeze and over scan 51 ƒ Flesh tone management ƒ Gamma correction ƒ Color Transient Improvement (CTI) ƒ 2D Peaking ƒ Saturation/hue adjustment ƒ Brightness and contrast adjustment ƒ Black and White level extender ƒ Adaptive Luma management ƒ Automatic detect video, film and mixed-mode source ƒ 3:2/2:2 pull down source detection ƒ Supports FHD motion-adaptive de-interlace ƒ Supports excellent low angle image processing ƒ Brilliant boundary shaping for moving object ƒ Advanced non-linear panorama scaling ƒ Programmable zoom viewer ƒ Progressive scan output ƒ Supports alpha blending for OSD on video plane ƒ Dithering processing for flat panel display ƒ Frame rate conversion ƒ Supports FHD panel and VGA dot-to-dot ƒ Supports PIP/POP, (dual de-interlace, one HD and one SD) LVDS Supports 6/8/10-bit one-link, 6/8/10-bit dual-link, or 6/8/10-bit four-link LVDS transmitter ƒ Built-in spread spectrum for EMI performance ƒ Programmable panel timing output ƒ V-by-One ƒ Supports 8/10/12-bit 4 lane FHD 120Hz panels ƒ Supports 8/10/12-bit 2 lane FHD 60Hz panels ƒ Supports 8/10/12-bit 1 lane WXGA 60Hz panels ƒ Supports spread spectrum for EMI performance CVBS In ƒ On-chip 54 MHz 10-bit video ADC ƒ Supports PAL (B,G,D,H,M,N,I,Nc), NTSC, NTSC-4.43, SECAM ƒ NTSC/PAL supports 3D/2D comb filter ƒ Built-in motion-adaptive 3D Noise Reduction ƒ VBI data slicer for CC/TT decoding ƒ Supports 2 S-Video ƒ Max. Supports 3-channel CVBS 52 ƒ Supports SCART connector VGA In Supports VGA input up to UXGA 162 MHz ƒ Supports full VESA standards ƒ Component Video In ƒ Supports two component video inputs ƒ Supports 480i / 480p / 576i / 576p / 720p / 1080i / 1080p ƒ Component Video In ƒ Supports two component video inputs ƒ Supports 480i / 480p / 576i / 576p / 720p / 1080i / 1080p Audio ADC ƒ Supports 7-pair L/R input Audio digital input ƒ Supports 1 bit (2 channel) I2S audio input HDMI Receiver ƒ One channel HDMI1.4 ‹ Maximum data rate can be up to 3.3 GHz ‹ Audio return channel ƒ EIA/CEA-861B ƒ CEC Video bypass ƒ TV bypass ƒ CVBS Monitor (any AV input) TV audio demodulator ƒ Supports BTSC / EIA-J / A2 / NICAM / PAL FM / SECAM world-wide formats ƒ Standard automatic detection ƒ Stereo demodulation, SAP demodulation ƒ Mode selection (Main/SAP/Stereo) Audio DAC ƒ Supports 4-pair audio DACs DRAM Controller ƒ 48/32-bit DDR2/DDR3 interface ƒ Supports DDR2 1053Mhz, DDR3 1323Mhz ƒ Supports 512Mb or 1Gb DDR2 DRAM device and 1Gb or 2Gb DDR3 device, 48-bit data bus offers up to 768MB space ƒ Supports DDR2-1066/DDR3-1333/DDR3-1600 device Audio DSP 53 ƒ Supports Dolby Digital AC-3 decoding (ATSC) ƒ MPEG-1 layer I/II decoding ƒ Supports WMA / HE-AAC ƒ Dolby Prologic II ƒ Audio output: 5.1ch + 2ch (down mix) + 2ch(bypass) ƒ Pink noise and white noise generator ƒ Equalizer ƒ Bass management ƒ 3D surround processing with virtual surround ƒ Audio and video lip synchronization ƒ Supports bass/treble ƒ Automatic volume control ƒ Supports 5-bit (10-channel) main audio I2S output interface, each of these channels is up to 24-bit resolution S/PDIF interface ƒ Supports SPDIF in bypass ƒ One SPDIF out Analog TV IF Demodulator ƒ Supports world-wide analog TV standard ƒ Accept Low IF frequency ƒ Full digital AGC control and carrier recovery ƒ Embedded SAW filter and IF Amplifier. Cost effective TV front-end structure and no more cost on: ‹ External analog SAW filters (Video/Audio) ‹ External analog IF demodulator ‹ External peripheral circuit on CVBS signal data path ‹ External SAW filter and IF VGA on tuner Peripherals ƒ Three built-in UARTs with Tx and Rx FIFO ƒ Built-in Ethernet MAC and Ethernet PHY ƒ Eight basic serial interfaces: one is for the tuner, two are the masters for general purpose, one is the slave for VGA ƒ DDC, the other four extra slave serial interfaces used for HDMI EDID data (three are muxed with GPIO) ƒ Four PWMs, one of them can be active in standby mode ƒ IR receiver ƒ Real-time clock and watchdog controller ƒ Built-in 2-link USB2.0/1.1, one of them supports external hub 54 ƒ Built-in uP for standby mode ƒ Supports SDIO interface ƒ Supports smart card interface ƒ Supports two serial flash or one serial and one NAND flash ƒ Supports seven-input low-speed ADC ƒ Supports boundary scan (JTAG) IC Outline ƒ The MT5395AUHJ is 27x27mm PBGA Package with 655 balls ƒ 3.3V/1.1V/1.2V and 1.8V for DDR2 or 1.5V for DDR3 1.2. U3101/U3201/U3202 (NT5CB64M16DP-CF FBGA96) Feature ƒ 1.5V ± 0.075V (JEDEC Standard Power Supply) ƒ 8 Internal memory banks (BA0- BA2) ƒ Differential clock input (CK, DL) ƒ Programmable DBT!Latency: 6, 7, 8, 9, 10 ƒ POSTED CAS ADDITIVE Programmable Additive Latency: 0, CL-1, CL-2 ƒ Programmable Sequential / Interleave Burst Type ƒ Programmable Burst Length: 4, 8 ƒ 8n-bit prefetch architecture ƒ Output Driver Impedance Control ƒ Differential bidirectional data strobe ƒ Write Leveling ƒ OCD Calibration ƒ Dynamic ODT (Rtt_Nom & Rtt_WR) ƒ Auto Self-Refresh ƒ Self-Refresh Temperature ƒ RoHS Compliance ƒ Packages: 78-Ball BGA for x8 components 96-Ball BGA for x16 components Description The 1Gb Double-Data-Rate-3 (DDR3) B-die DRAMs is double data rate architecture to achieve high-speed operation. It is internally configured as an eight bank DRAM. The 1Gb chip is organized as 16Mbit x 8 I/Os x 8 banks or 8Mbit x 16 I/Os x 8 bank devices. These synchronous devices achieve high speed double-data-rate transfer rates of up to 1600 Mb/sec/pin for general applications. The chip is designed to comply with all key 55 DDR3 DRAM key features and all of the control and address inputs are synchronized with a pair of externally supplied differential clocks. Inputs are latched at the cross point of differential clocks (CK rising and DL!falling). All I/Os are synchronized with a single ended DQS or differential DQS pair in a source synchronous fashion. These devices operate with a single 1.5V ± 0.075V power supply and are available in BGA packages. 1.3. U6201 (AD82581 20W E-LQFP-48L 7x7 mm) Features ƒ 16/18/20/24-bit input with I2S, Left-alignment and Right-alignment data format ƒ PSNR & DR (A-weighting) Loudspeaker: 97dB (PSNR), 105dB (DR) @24V ƒ Multiple sampling frequencies (Fs) 32kHz / 44.1kHz / 48kHz and 64kHz / 88.2kHz / 96kHz and 128kHz/176.4kHz/192kHz ƒ System clock = 64x, 128x, 256x, 384x, 512x, 768x, 1024x Fs 256x~1024x Fs for 32kHz / 44.1kHz / 48kHz 128x~512x Fs for 64kHz / 88.2kHz / 96kHz 64x~256x Fs for 128kHz/176.4kHz/192kHz ƒ Supply voltage 3.3V for digital circuit 10V~26V for loudspeaker driver ƒ Loudspeaker output power for 24V 10W x 2CH into 8Ω @0.27% THD+N for stereo 15W x 2CH into 8Ω @0.35% THD+N for stereo 20W x 1CH into 4Ω @0.25% THD+N for mono 30W x 1CH into 4Ω @0.32% THD+N for mono ƒ Anti-pop design ƒ Over-temperature protection ƒ Internal PLL ƒ Under-voltage shutdown ƒ Over-current protection ƒ I2C control interface ƒ Zero detection ƒ Power limit function ƒ Quaternary and ternary switch Applications ƒ CD and DVD ƒ LCD TV ƒ Car audio ƒ Boom-box ƒ MP3 docking systems ƒ Powered speaker 56 ƒ Wireless audio ƒ USB speaker Description AD82581 is a digital audio amplifier capable of driving a pair of 8Ω,15W or a single 4Ω,30W speaker, both which operate with play music at a 24V supply without external heat-sink or fan requirement. Using I2C digital control interface, the user can control AD82581’s input format selection, mute and volume control functions. AD82581 has many built-in protection circuits to safeguard AD82581 from connection errors. 1.4. U1501 (HDMI/SW PI3HDMI2410-A LQFP 80) Features 57 1.5. U1104 (TRS3221ECDBR SSOP16) FEATURES · ESD Protection for RS-232 Pins – ±15-kV Human-Body Model (HBM) – ±8 kV (IEC 61000-4-2, Contact Discharge) – ±15 kV (IEC 61000-4-2, Air-Gap Discharge) · Meets or Exceeds the Requirements of TIA/EIA-232-F and ITU v.28 Standards · Operates With 3-V to 5.5-V VCC Supply · Operates up to 250 kbit/s · One Driver and One Receiver · Low Standby Current . . . 1 µA Typical · External Capacitors . . . 4 ´ 0.1 µF · Accepts 5-V Logic Input With 3.3-V Supply · Alternative High-Speed Pin-Compatible (1 Mbit/s) .TRSF3221E · Auto-Powerdown Feature Automatically Disables Drivers for Power Savings 58 Description The TRS3221E is a single driver, single receiver RS-232 solution operating from a single VCC supply. The RS-232 pins provide IEC G1000-4-2 ESD protection. The device meets the requirements of TIA/EIA-232-F and provides the electrical interface between an asynchronous communication controller and the serial-port connector. The charge pump and four small external capacitors allow operation from a single 3-V to 5.5-V supply. These devices operate at data signaling rates up to 250 kbit/s and a maximum of 30-V/Μs driver output slew rate. Flexible control options for power management are available when the serial port is inactive. The auto-powerdown feature functions when FORCEON is low and FORCEOFF is high. During this mode of operation, if the device does not sense a valid RS-232 signal on the receiver input, the driver output is disabled. If FORCEOFF is set low and EN is high, both the driver and receiver are shut off, and the supply current is reduced to 1 ΜA. Disconnecting the serial port or turning off the peripheral drivers causes the auto-powerdown condition to occur. Auto-powerdown can be disabled when FORCEON and FORCEOFF are high. With auto-powerdown enabled, the device is activated automatically when a valid signal is applied to the receiver input. The INVALID output notifies the user if an RS-232 signal is present at the receiver input. INVALID is high (valid data) if the receiver input voltage is greater than 2.7 V or less than –2.7 V, or has been between -0.3 V and 0.3 V for less than 30 Μs. INVALID is low (invalid data) if the receiver input voltage is between –0.3 V and 0.3 V for more than 30 Μs. Refer to Figure 5 for receiver input levels. 1.6 U1901 (MT5112EE Demodulator) 59 60 61 62 CHAPTER 6.BLOCK DIAGRAM/WIRING DIAGRAM [1]BLOCK DIAGRAM(LED 42”&46”) TATDSTCK/-NTHS6C01F DTV ATSC MT5112 TUNER Tuner Demodulator IC I2S AD82581 10W AUDIO AMP ATV LVDS OUT Side HDMI1 1Gb DDR3 *1 Side HDMI2 HDMI3 HDMI SWITCH Rear PI3HDMI2410-A Rear 1Gb DDR3 *2 HDMI4 ARC(Option) MT5395 8MB Serial Flash Rear WiFi Module 4Gb NAND Flash Side USB1 PC IN USB2 Rear ASPDIF SPDIF (Rear) YPbPr DRV632 Earphone (Side) Rear MDI_TX ETHERNET PHY CVBS IN MDI_RX RMII Mode Rear (Rear) RS232 Side 63 [2]POWER MANAGEMENT BLOCK DIAGRAM There are 1 part circuits in Power board of this project (fig.1), Power circuits which is a single layer board, There are 3 output in the power parts, one is interface board including USB and TV tuner et; the other is inverter board and audio circuit.+24V output is inverter & audio part.the system block diagram as below; the last is panel Vcc, the power is 12V. LC-42LE540U(See fig.2) See fig.2 64 LC-46LE540U 65 [3]WIRING DIAGRAM LC-42LE540U LC-46LE540U 66 CHAPTER 7.PRINTED WIRING DIAGRAM [1]MAIN UNIT PRINTED WIRING BOARD (LC-42LE540U&LC-46LE540U) TOP 67 BOTTOM 68 [2]POWER SCHEMATIC DIAGRAM- POWER BOARD WITH TOP/BOTTOM VIEW Top Layer (LC-42LE540U) 69 Top Layer (LC-46LE540U) 70 Bottom Layer (LC-42LC540U) 71 Bottom Layer (LC-46LC540U) [3]KEY UNIT PRINTED WIRING BOARD(LC-42LE540U & LC-46LE540U) [4] IR UNIT PRINTED WIRING BOARD (LC-42LE540U & LC-46LE540U) 72 CHAPTER 8.SCHEMATIC DIAGRAM [1]MAIN SCHEMATIC DIAGRAM (LC-42LE540U & LC-46LE540U) 01 MAIN POWER MAIN POWER ORESET# 12 R7149 3 NC/2.2K AC_D 1 Q7106 NC/PMBT3904 2 CN7101 +12V 15P 2.0mm 90° TP7111 TP PAD 1.60 Audio&Pane l Pow e r + C7102 C7103 C7104 TP7112 TP PAD 1.60 1 220u/25V 10u/25V 0.1u/50V TP7113 TP PAD 1.60 2 +12V TP7114 TP PAD 1.60 3 4 5 Power+12V Power+12V FB7102 120Ω 5A 6 Power+5V TP7117 TP PAD 1.60 7 Power+5V +5V SB Size:8x9 TP7118 TP PAD 1.60 8 PS_ON TP7119 TP PAD 1.60 9 BL_ON +5VSB 10 BRADJ 11 ACD FB7103 120Ω 5A +5VSB 12 TP7122 TP PAD 1.60 13 PS_ON R7107 0 STANDBY C+7106 C7107 C7108 TP7123 TP PAD 1.60 14 BL_ON R7109 0 470u/10V 10u/10V 0.1u/16V TP7124 TP PAD 1.60 15 BRADJ R7111 0 VBLCTRL TP7125 TP PAD 1.60 ACD R7112 0 Size:8x9 BRIGHTNESS AC_D 8 C7110 NC/0.01u/25V C7111 NC/0.01u/25V C7112 NC/0.01u/25V C7113 NC/0.01u/25V C7114 NC/0.01u/25V C7115 NC/0.01u/25V 73 Power ON/OFF +5VSB +3.3VSB R7102 R7103 NC/10K 4.7K STANDBY STANDBY 3 R7105 4.7K Q7102 1 OPWRSB 12 C7105 PMBT3904 0.1u/16V R7106 LO = > POWER_ON 2 4.7K HI = > POWER_OFF NC/0 R7110 BL ON/OFF DVDD3V3 5V_SW DVDD3V3 R7113 R7101 R7114 10K 10K NC/10K VBLCTRL VBLCTRL C7116 3 0.1u/16V Q7103 1 BL_ON/OFF BL_ON/OFF 8 PMBT3904 R7115 2 4.7K R7117 NC/0 DVDD3V3 5V_SW BL Dimming R7123 R7124 1K NC/1K BRIGHTNESS BRIGHTNESS R7126 3 R7127 1K 10K Q7105 1 BL_DIMMING BL_DIMMING 8 PMBT3904 C7126 NC/10u/10V 2 R7128 NC/0 AC Power ON/OFF Detect +3.3VSB AC_D initial: R7104 3 AC_Detect AC_Detect 8 10K 8 AC_D AC_D Q7108 1 PMBT3904 R7108 2 4.7K C7109 0.1u/16V 74 +5VSB BOM 08.16 5V_SW TP7110 Q7107 TP PAD 1.60 C7118 R7116 C7117 1 S D 8 +5.3V FB7104 0.1u/16V 10K 1u/16V 2 S D 7 120Ω 5A 3 6 + C7119 S D 220u/16V 4 G D 5 R7119 1K AP4435GM C7120 R7118 0.1u/16V 270 +5.3V ON/OFF HI => ON R7121 0 LO => OFF Size:8x7 3 D7101 C7124 3 NC/SN4148 0.1u/16V Q7101 2N7002 Q7104 STANDBY R7125 100K 1 1 2N7002 C7125 2 2 1u/16V STANDBY POWER 3V3SB +5VSB U7103 L7101 FB7106 +3.3VSB FB7105 SY 8008BAAC 120Ω 3A 120Ω 3A 3 TP7101 2.2uH/1.3A C7123 TP PAD 1.60 4 IN LX 10u/10V 5 C7122 1 EN 2 GND FB C7121 R7120 22p/50V 100K 1% 10u/10V R7122 22K 1% Vout=0.6V*(1+Rup/Rdown) 0.6 x (1+100K/22K) = 3.327V Default Output Voltage:3.3V DIGITAL POWER DVDD3V3 Vout=0.6V*(1+Rup/Rdown) MAX 607mA TP7102 Default Output Voltage:3.3V 5V_SW FB7107 TP PAD 1.60 DVDD3V3 120Ω 3A FB7108 U7101 L7102 TP7103 120Ω 3A SY 8008BAAC 3 C7128 C7129 4 IN LX AVDD3V3 10u/10V NC/10u/10V FB7109 TP PAD 1.60 120Ω 3A R7130 2 FB 5 2.2uH/1.3A C7127 R7129 220K 1 EN GND 22p/50V 100K 1% C7132 C7130 C7131 0.1u/16V 10u/10V 10u/10V R7133 TP7104 DAC_3V3 22K 1% FB7112 TP PAD 1.60 NC/120Ω 3A MAX 10mA 0.6 x (1+100K/22K) = 3.327V ANALOG POW ER AVDD1V2 Vout = 0.6 x (1 + Rup/Rdown) MAX 734mA Default Output Voltage:1.2V AVDD1V2 5V_SW U7105 L7103 FB7101 SY 8008BAAC 2.2uH/1.3A TP7105 120Ω 3A TP PAD 1.60 C7140 4 IN LX 3 FB7113 10u/10V 120Ω 3A R7136 1 EN 2 GND FB 5 C7139 R7135 C7141 C7142 220K 22p/50V 100K 1% 10u/10V 10u/10V C7143 R7139 0.1u/16V 100K 1% 0.6 x (1+100K/100K) = 1.2V 75 Buck Converter 3.5A Solution Vout = 0.6 x (1 + Rup/Rdown) Core Power 1.1V 5V_SW Default Output Voltage:1.1V MAX 3.5A VCCK FB7115 U7107 L7104 R7150 120Ω 5A SY N470DBC 0 2.2uH 3.5A C7156 C7157 10 PVIN LX 1 C7152 + 22u/6.3V 22u/6.3V 9 PVIN LX 2 22p/50V Reserved 8 PVIN LX 3 7 C7160 NC NC/22p/50V R7141 TP7106 R7142 FB 6 110K 1% TP PAD 1.60 100K 5 EN 11 GND C7158 4 PG 0.1u/16V R7143 C7153 C7154 C7155 C7151 130K 1% 22u/6.3V 22u/6.3V 22u/6.3V NC/100u/16V R7146 Ouput bead isolate ripple from Scalar VCCK, NC/100K Remove it to share ripple with power system. Besides, no high inrush current problem. 0.6 x (1+110K/130K) = 1.107V PW M POW ER AVDD33_DAC EVT2 MAX 10mA 5V_SW FB7111 DAC_3V3 FB7110 120Ω 3A 120Ω 3A U7104 G9188T11U 1 VIN VOUT 5 R7131 3 EN 2 FB 4 R7132 C7133 C7134 TP7107 220K GND 191K 1% 10u/10V NC/10u/10V TP PAD 1.60 BOM 08.16 C7135 0.1u/16V C7136 C7137 C7138 10u/10V 0.1u/16V 0.1u/16V R7134 60.4K 1% 0.8 x (1+191K/60.4K) = 3.329V 5.3V to 5V Tuner Power Max : 300mA +5V_TUNER +5.3V TP7108 TP PAD 1.60 5V_SW U7106 C7147 G9188T11U Improve +5Vtuner Inrush Current 0.1u/16V FB7114 120Ω 5A 1 VIN VOUT 5 R7137 3 EN 2 FB 4 R7138 C7144 C7145 C7146 100K GND 294K 1% 0.01u/25V C7148 10u/10V NC/10u/10V 10u/10V C7149 C7101 0.1u/16V C7150 NC/10u/10V 0.1u/16V R7140 56K 1% Place near the Tuner 0.8 x (1+294K/56K) = 5V Buck Converter 3A Solution Vout = 0.6 x (1 + Rup/Rdown) DDR3 Power 1.5V Default Output Voltage:1.5V 5V_SW DDR3-1Gx3, MAX 1.85A DDRV FB7117 U7108 FB7118 120Ω 5A TP7109 SY N470DBC L7105 TP PAD 1.60 C7161 C7162 2.2uH 3.5A 22u/6.3V 22u/6.3V 10 PVIN LX 1 9 2 8 PVIN LX 3 PVIN LX 120Ω 5A NC 7 C7164 C7165 C7166 22u/6.3V 22u/6.3V 22u/6.3V R7145 5 EN 11 FB 6 C7163 R7144 220K GND 22p/50V 91K 1% C7167 4 PG Del Cap. 20110929 0.1u/16V For Better GND Area C7168 R7147 NC/22p/50V 60.4K 1% R7148 0.6 x (1+91K/60.4K) = 1.504V NC/100K 76 02 VGA Input/RS232 D1101 VGA Input VGA_PLUGPWR VGA_RX NC/BAV70 VGA_TX 1 +5V_VGA D1121 NC/0.055p/24V +5VSB 3 D1120 NC/0.055p/24V 2 R1120 R1106 R1107 TP1106 0 TP PAD 1.60 CN1101 DSB46C15 VGA_TX 11 1 RED TP1101 TP PAD 1.60 10K 10K 6 5 VGASDA R1126 PCSDA 12 2 GRN TP1102 TP PAD 1.60 100 7 HSY NC# 13 3 BLU TP1103 TP PAD 1.60 8 VSY NC# 14 4 VGA_RX TP1104 TP PAD 1.60 +5V_VGA 9 5 VGASCL R1125 PCSCL 15 5 100 10 C1108 D1105 0.1u/16V TP1105 NC/0.055p/24V TP PAD 1.60 D1106 NC/0.055p/24V 16 17 TP1120 TP PAD 1.60 MT5395 Embed EDID SRAM Close to VGA CONN. Close to MT5395 R1104 SOG_1 C1102 SOG 5 0 1500p/50V GRN GP_1 R1105 GP_2 C1103 GP 5 100 0.01u/25V D1102 NC/0.055p/24V R1101 C1104 75 1% 47p/50V R1108 PCCOM2 R1109 PCCOM1 C1105 VGACOM 5 0 100 0.01u/25V RED RED_1 R1110 RP_1 C1106 RP 5 BLU 100 0.01u/25V BLU_1 R1111 BP_1 C1107 BP 5 100 0.01u/25V R1112 R1113 C1109 C1110 D1103 D1104 47p/50V 47p/50V NC/0.055p/24V NC/0.055p/24V 75 1% 75 1% VGA SYNC SLICER TP1110 TP1111 TP PAD 1.60 TP PAD 1.60 VSY NC# FB1105 VSY NC 5 120Ω 300mA HSY NC# FB1101 HSY NC 5 120Ω 300mA R1114 R1115 C1111 C1112 D1107 D1108 0.055p/24V 0.055p/24V NC/4.7p/50V NC/4.7p/50V NC/2K NC/2K 77 VGA Audio Input CN1102 TP1112 TP1113 Close to CONN. 6 TP PAD 1.60 TP PAD 1.60 8 10u/16V C1101 PC_AR_IN R1116 7 30K R 3 VGA_Audio_R_IN VGA_R_In 16 VGA_Audio_L_IN 10u/16V VGA_L_In 16 2 C1113 PC_AL_IN R1117 L 4 30K 5 1 PJ-3517HA TP1114 C1114 TP PAD 1.60 NC/680p/50V C1115 R1119 R1118 D1109 D1110 NC/680p/50V 47K 47K NC/0.055p/24V NC/0.055p/24V Backup EDID EEPROM MT5395 support Embedded EDID SRAM VGA_PLUGPWR R1123 3 4.7K 8 VGA_DDC_WP Q1106 1 PMBT3904 R1122 U1103 10K TP1109 2 TP PAD 1.60 8 VCC A0 1 7 2 WP A1 TP PAD 1.60 TP1107 VGASCL R1121 0 6 SCL A2 3 TP PAD 1.60 TP1108 VGASDA R1124 0 5 SDA GND 4 NC/AT24C02BN-SH-T +3.3VSB RS232_CTRL U1104 C1120 C1121 0.1u/16V 0.1u/16V 1 EN FORCEOFF 16 OPCTRL2_BAR 2 15 C1+ Vcc C1125 3 14 0.1u/16V 4 V+ GND 13 R1139 100 5 12 C1123 6 C1- DOUT 11 TP1115 CN1105 0.1u/16V C2+ FORCEON U0TX TP1116 TP PAD 1.60 DB09-R02-0012 C1122 0.1u/16V 7 C2- DIN 10 TP PAD 1.60 V- INVALID 8 RIN ROUT 9 U0RX TP1117 5 TP PAD 1.60 12 OIRI_Out 9 TP1118 4 TP PAD 1.60 C1124 TRS3221ECDBR 8 0.1u/16V TX 3 7 R1143 100 RX 2 C1126 1000p/50V 6 Delete RS232 function C1128 5p/50V 1 C1127 5p/50V Q1101,Q1102,Q1103,Q1104,Q1105 NC ZD1105 ZD1102 U1104 NC R1140,R1152 NC 16V 16V ZD1103 11 C1120,C1121,C1123,C1124,C1125,C1126 NC 10 R1139,R1143 NC 5.6V 5% ZD1102,ZD1103,ZD1105,ZD1106 NC 110525 ZD1104 ZD1106 16V 16V 78 Public mode/ISP Switch Delete RS232 function +3.3VSB Hotel Reserved (Tx/Rx by-pass) +3.3VSB R1140 R1142,R1138 --> Stuff 10K Modify Control net (RS232_CTRL) +3.3VSB 20110419 OPCTRL2_BAR RS232_CTRL R1137 Add pull-high (R1152) R1152 3 2N7002K 4.7K 20110420 10K Q1105 Q1103 1 1 Q1104 8 RS232_CTRL 1 2N7002K 2N7002K 2 VGA_RX R1103 100 2 33 U0RX U0RX 12 2 R1142 NC/0 +3.3VSB TP1119 TP PAD 1.60 RS232_CTRL 1 1 R1141 RS232_CTRL Function 4.7K H ISP/debug mode on Q1101 Q1102 L Public mode on 2N7002K 2N7002K 2 VGA_TX R1102 100 2 33 U0TX U0TX 12 R1138 NC/0 79 03 Video interface/YPbPr/CVBS Video IN YPbPr0 Video Input(Rear) CN1202 TP1210 R1301 SCT1_AV_IN TP PAD 1.60 0 1 Y _IN_0 GREEN SCT1_B_IN SCT1_B_IN 2 3 TP1211 TP PAD 1.60 BLUE 4 PB_IN_0 SCT1_G_IN SCT1_G_IN 5 TP1212 RED TP PAD 1.60 6 PR_IN_0 SCT1_R_IN SCT1_R_IN 7 TP1213 TP PAD 1.60 WHITE 8 Y BRL_IN0 SCT1_AUL_IN SCT1_AUL_IN 9 TP1214 RED TP PAD 1.60 10 Y BRR_IN0 SCT1_AUR_IN SCT1_AUR_IN AV5-8.4-V09-2010 TP1215 TP PAD 1.60 80 CVBS IN Close to CONNECTOR Close to IC SCT1_AV_IN R1302 C1301 100 CVBS3P 0.047u/50V D1302 R1304 C1303 C1318 CVBS_COM NC/0.055p/24V NC/75 1% 47p/50V 1u/16V R1345 0 RGB IN C1302 Y PBR_SOY SOY 0 SOY 0 1500p/50V C1307 SCT1_B_IN R1344 R1309 Y 0P Y 0P 18 100 0.01u/25V D1306 NC/0.055p/24V R1310 C1309 56 47p/50V C1310 R1313 R1314 COM0 COM0 0 100 0.01u/25V C1312 SCT1_G_IN R1343 R1316 PB0P PB0P 18 100 0.01u/25V D1309 NC/0.055p/24V R1317 C1313 56 47p/50V D1301 R1319 C1315 NC/0.055p/24V 56 47p/50V SCT1_R_IN R1342 R1321 C1317 PR0P PR0P 18 100 0.01u/25V Audio Input SCT1_AUR_IN C1314 R1318 SCART1_R_In SCART1_R_In 16 SCT1_AUL_IN SCART1_L_In 16 10u/10V 30K C1316 R1320 SCART1_L_In D1311 NC/0.055p/24V 10u/10V 30K D1310 NC/0.055p/24V Close to CONNECTOR R1305 R1306 47K 47K 81 PVT NC Reserved Components. AV1 Audio Input(Rear) CN1201 TP1206 Close to CONN. 1 TP PAD 1.60 YEL L OW CVBS_1 2 AV2_IN R1221 C1218 CVBS1P 3 NC/100 NC/0.047u/25V W H ITE D1207 R1222 C1219 4 NC/0.055p/24V 5 NC/75 1% NC/47p/50V RED AV1L_IN TP1207 6 TP PAD 1.60 TP1208 C1221 R1224 AV1_L_In AV1_L_In 16 TP PAD 1.60 NC/30K NC/10u/10V AV1_R_In AV1R_IN C1222 R1225 NC/30K AV1_R_In 16 C1209 NC/470p/50V NC/10u/10V C1210 NC/470p/50V NC/AV3-8.4-V09-2020 D1208 NC/0.055p/24V R1208 R1209 NC/47K NC/47K TP1209 D1201 NC/0.055p/24V TP PAD 1.60 82 04 HDMI 4 port connector HDMI port 1 ( MT5395 Support Embedded EDID ) HDMI_PLUGPWR4 D1404 5V_SW HDMI_PLUGPWR4 1 3 2 OPWR4_5V C1402 R1402 BAV70 10K 0.1u/25V U1404 1 A0 VCC 8 DDC_SCL3 HDMIDDCWP4 8 2 A1 WP 7 DDC_SDA3 3 A2 SCL 6 4 GND SDA 5 NC/AT24C02BN TP1417 TP PAD 1.60 Side HDMI +3.3VSB CN1404 TMDS_D2+ 1 RX3_2 RX3_2 7 HDMI_CEC 7 D1407 20 HGND TMDS_D2_SHIELD 2 22 HGND 3 RX3_2B RX3_2B 7HDMI_CEC R1404 RB520S30 TMDS_D2- 4 RX3_1 RX3_1 7 27K 23 HGND TMDS_D1+ 5 2 1 21 HGND TMDS_D1_SHIELD 6 RX3_1B RX3_1B RX3_0 RX3_0 HDMI_PLUGPWR4 TMDS_D1- 7 TMDS_D0+ 7 RX3_0B RX3_0B 7 D1405 TMDS_D0_SHIELD 8 RX3_C RX3_C NC/0.055p/24V TMDS_D0- 9 TMDS_CLK+ 10 RX3_CB RX3_CB 7 11 7 TP1406 R1405 R1406 TMDS_CLK_SHIELD 12 TP1405 TP PAD 1.60 47K 47K TMDS_CLK- 13 CEC 14 7 TP PAD 1.60 RSVD 15 TP1404 DDC_SCL3 DDC_SDA3 DDC_CLK 16 DDC_SCL3 8 DDC_DAT 17 DDC_SDA3 8 DDC/CEC_GND 18 19 OPWR4_5V OPWR4_5V_D 8 +5V HPD R1409 R1449 5.1K 10K HDM25A-19BM4Y N10 R1410 OPWR4_5V 1K TP1407 TP PAD 1.60 R1437 10K 3 R1442 Q1404 1 HPD4 HPD4 7 100K PMBT3904 R1434 2 4.7K R1435 NC/0 U1412 U1411 NC/AZ1045-04QU NC/AZ1045-04QU RX3_2 6 OUTPUT4 INPUT4 5 RX3_2 RX3_0 6 OUTPUT4 INPUT4 5 RX3_0 RX3_2B 7 INPUT3 4 RX3_2B OUTPUT3 INPUT3 4 RX3_0B GND 8 OUTPUT3 GND_1 3 RX3_0B 7 GND_2 GND_1 3 RX3_1 INPUT2 2 RX3_1 OUTPUT2 INPUT2 2 RX3_C RX3_1B GND_2 INPUT1 1 RX3_1B GND 8 OUTPUT1 INPUT1 1 RX3_CB OUTPUT2 9 OUTPUT1 RX3_C 9 10 RX3_CB 10 83 HDMI port 2 ( MT5395 Support Embedded EDID ) HDMI_PLUGPWR3 D1403 5V_SW HDMI_PLUGPWR3 1 3 2 OPWR3_5V C1401 R1413 BAV70 0.1u/25V 10K U1403 1 A0 VCC 8 2 7 A1 WP HDMIDDCWP3 8 3 A2 SCL 6 DDC_SCL2 4 GND SDA 5 DDC_SDA2 TP1418 TP PAD 1.60 NC/AT24C02BN Side HDMI CN1403 TMDS_D2+ 1 RX2_2 RX2_2 7 20 HGND TMDS_D2_SHIELD 2 22 HGND 3 RX2_2B RX2_2B 7HDMI_CEC TMDS_D2- 4 RX2_1 RX2_1 7 23 HGND TMDS_D1+ 5 21 TMDS_D1_SHIELD 6 RX2_1B RX2_1B HDMI_PLUGPWR3 RX2_0 RX2_0 7 HGND TMDS_D1- 7 TMDS_D0+ 8 RX2_0B RX2_0B 7 D1417 TMDS_D0_SHIELD 9 RX2_C RX2_C TMDS_D0- 10 7NC/0.055p/24V TMDS_CLK+ 11 RX2_CB RX2_CB 7 TP1409 R1415 R1416 TMDS_CLK_SHIELD 12 TP1408 TP PAD 1.60 47K 47K TMDS_CLK- 13 CEC 14 7 TP PAD 1.60 RSVD 15 TP1402 DDC_SCL2 DDC_SDA2 DDC_CLK 16 DDC_SCL2 8 DDC_DAT DDC_SDA2 8 DDC/CEC_GND 17 18 OPWR3_5V OPWR3_5V_C 8 +5V 19 HPD R1401 R1448 5.1K 10K HDM25A-19BM4Y N10 R1420 OPWR3_5V 1K TP1410 TP PAD 1.60 R1431 10K 3 R1443 Q1403 1 HPD3 HPD3 7 100K PMBT3904 R1438 2 4.7K R1436 NC/0 U1410 U1409 NC/AZ1045-04QU NC/AZ1045-04QU RX2_2 6 OUTPUT4 INPUT4 5 RX2_2 RX2_0 6 OUTPUT4 INPUT4 5 RX2_0 RX2_2B 7 OUTPUT3 INPUT3 4 RX2_2B OUTPUT3 INPUT3 4 RX2_0B GND 8 GND_2 GND_1 3 RX2_0B 7 GND_2 GND_1 3 RX2_1 9 OUTPUT2 INPUT2 2 RX2_1 OUTPUT2 INPUT2 2 RX2_C RX2_1B 10 INPUT1 1 RX2_1B GND 8 OUTPUT1 INPUT1 1 RX2_CB RX2_C 9 OUTPUT1 RX2_CB 10 84 HDMI port 3 ( MT5395 Support Embedded EDID ) HDMI_PLUGPWR2 D1402 5V_SW HDMI_PLUGPWR2 1 3 2 OPWR2_5V C1403 R1403 BAV70 0.1u/25V 10K U1402 1 A0 VCC 8 2 WP 7 A1 SCL 6 DDC_SCL1 HDMIDDCWP2 8 3 A2 SDA 5 DDC_SDA1 4 GND TP1419 TP PAD 1.60 NC/AT24C02BN Rear HDMI CN1402 QJ41191-WEB-7F DATA2+ 1 RX1_2 RX1_2 7 2 DATA2_GND 3 RX1_2B RX1_2B HDMI_CEC DATA2- RX1_1 RX1_1 7 DATA1+ 4 7 DATA1_GND 5 RX1_1B RX1_1B DATA1- 6 RX1_0 RX1_0 7 HDMI_PLUGPWR2 DATA0+ 7 8 RX1_0B RX1_0B D1406 RX1_C RX1_C 7 NC/0.055p/24V DATA0_GND DATA0- 9 RX1_CB RX1_CB 7 CLK+ 10 11 7 TP1412 R1407 R1408 CLK_GND 12 TP1411 TP PAD 1.60 47K 47K CLK- 13 7 TP PAD 1.60 CEC 14 15 TP1403 DDC_SCL1 DDC_SCL1 7 NC 16 DDC_SDA1 DDC_SDA1 7 IIC_SCL OPWR2_5V IIC_SDA 17 R1412 R1451 OPWR2_5V_B 8 GND 18 1K 5.1K 19 HDMI+5V HP_DET R1447 10K 21 T1T2 OPWR2_5V T3 20 22 R1432 10K TP1413 3 TP PAD 1.60 R1445 100K Q1402 1 HPD2 HPD2 7 PMBT3904 R1441 2 4.7K R1440 NC/0 U1408 U1407 NC/AZ1045-04QU NC/AZ1045-04QU RX1_2 6 OUTPUT4 INPUT4 5 RX1_2 RX1_0 6 OUTPUT4 INPUT4 5 RX1_0 RX1_2B OUTPUT3 INPUT3 4 RX1_2B OUTPUT3 INPUT3 4 RX1_0B GND 7 GND_2 GND_1 3 RX1_0B 7 GND_2 GND_1 3 RX1_1 8 OUTPUT2 INPUT2 2 RX1_1 OUTPUT2 INPUT2 2 RX1_C RX1_1B 9 INPUT1 1 RX1_1B GND 8 OUTPUT1 INPUT1 1 RX1_CB 10 RX1_C 9 OUTPUT1 RX1_CB 10 85 HDMI port 4 ( MT5395 Support Embedded EDID ) HDMI_PLUGPWR1 D1401 5V_SW HDMI_PLUGPWR1 1 3 2 OPWR1_5V C1404 R1414 BAV70 0.1u/25V 10K U1401 1 A0 VCC 8 DDC_SCL0 HDMIDDCWP1 8 2 A1 WP 7 DDC_SDA0 3 6 TP1420 4 A2 SCL 5 TP PAD 1.60 GND SDA NC/AT24C02BN Rear HDMI CN1401 QJ41191-WEB-7F ARC PORT DATA2+ 1 RX0_2 RX0_2 7 DATA2_GND 2 RX0_2B RX0_2B 7 HDMI_CEC DATA2- 3 RX0_1 RX0_1 7 DATA1+ 4 5 DATA1_GND DATA1- 6 RX0_1B RX0_1B 7 HDMI_PLUGPWR1 DATA0+ 7 RX0_0 RX0_0 7 8 D1418 DATA0_GND 9 NC/0.055p/24V DATA0- 10 RX0_0B RX0_0B 7 TP1415 CLK+ RX0_C RX0_C 7 TP PAD 1.60 CLK_GND 11 TP1414 R1417 R1418 CLK- 12 7 TP PAD 1.60 13 RX0_CB RX0_CB 47K 47K CEC 14 ARC_ASPDIF NC IIC_SCL 15 DDC_SCL0 DDC_SCL0 7 IIC_SDA 16 DDC_SDA0 DDC_SDA0 7 17 GND 18 OPWR1_5V HDMI+5V 19 R1421 R1419 OPWR1_5V_A 8 HP_DET 1K 5.1K R1446 T1 10K OPWR1_5V T2 T3 20 21 22 TP1416 R1430 TP PAD 1.60 10K 3 R1444 Q1401 1 HPD1 100K HPD1 7 PMBT3904 R1439 2 4.7K R1433 NC/0 U1406 U1405 NC/AZ1045-04QU NC/AZ1045-04QU RX0_2 6 OUTPUT4 INPUT4 5 RX0_2 RX0_0 6 OUTPUT4 INPUT4 5 RX0_0 RX0_2B 7 OUTPUT3 INPUT3 4 RX0_2B OUTPUT3 INPUT3 4 RX0_0B GND 8 GND_2 GND_1 3 RX0_0B 7 GND_2 GND_1 3 RX0_1 9 INPUT2 2 RX0_1 OUTPUT2 INPUT2 2 RX0_C RX0_1B INPUT1 1 RX0_1B GND 8 OUTPUT1 INPUT1 1 RX0_CB 10 OUTPUT2 RX0_C 9 OUTPUT1 RX0_CB 10 ARC Function (HDMI1) DVDD3V3 U1413 8 ARC_SW 1 OE VCC 5 BOM 08.16 C1406 2 A 4 12,16 SPDIF_OUT R1429 33 3 GND Y R1422 ARC_ASPDIF 180 R1426 100K R1428 SN74AUP1G125 C1405 R1423 10K 0.1u/16V 82 1% 1u/16V 55R SPDIF 55-ohm termin. impedance Lo : ARC ON Hi : ARC OFF 86 05 HDMI Switch Pericom 4 ports Switch AVDD3V3 AVDD33_H_SW AVDD33_H_SW R1502 R1503 0 4.7K C1503 C1504 C1505 C1506 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V RX1_CB RX1_CB R1504 1K AVDD3V3 AVDD33_H_SW VSEL RX0_2B RX0_0 7B 7 RX0_1 RRXX00__7CC7B RX0_2 R X0_1B 7 R1501 RX0_70 7 7 1K 7 HDMISW_INT HDMISW_INT 9 RX0_2 RX0_1 SVDD HDMIDDCWP1 HDMIDDCWP1 7 RX0_2B RX0_1B RX0_C HDMIDDCWP2 HDMIDDCWP2 7 RX0_0 RX0_CB HDMIDDCWP3 HDMIDDCWP3 7 RX0_0B HDMI_OE# HDMIDDCWP4 HDMIDDCWP4 7 VSEL GND 80 D3+A 77 76 D1+A 72 71 63 U1501 79 75 70 62 PI3HDMI2410-A 78 74 69 61 73 68 67 66 65 64 D0-B D3-A D1-A DCC_WPA VDD D2+A SVDD DDC_WPB D2-A D0+A DDC_WPC VDD DDC_WPD D0-A RX1_C 1 OE 60 OPWR1_5V_A RX1_0B 59 OPWR2_5V_B RX1_0 VSEL 58 OPWR3_5V_C RX1_1B INT_OUT 57 OPWR4_5V_D RX1_1 56 OSDA0 RX1_2B GND RX1_2 7 RX1_C RX2_CB 2 D0+B 5V_PORTA OPWR1_5V_A 7 RX2_C 3 D1-B 5V_PORTB OPWR2_5V_B 7 7 RX1_0B RX2_0B 4 D1+B 5V_PORTC OPWR3_5V_C 7 RX2_0 5 D2-B 5V_PORTD OPWR4_5V_D 7 7 RX1_0 RX2_1B RX2_1 SDA_CTL 7 RX1_1B RX2_2B SCL_CTL RX2_2 7 RX1_1 RX3_CB 6 D2+B D0- 55 OSCL0 OSDA0 15,20,21 AVDD3V3 RX3_C D0+ 7 RX1_2B RX3_0B 7 D3-B D1- 54 M_RX1_CB OSCL0 15,20,21 R1506 RX3_0 8 D3+B D1+ 1K 7 RX1_2 RX3_1B 9 D0-C VDD 53 M_RX1_C 10 D0+C D2- R1509 7 RX2_CB D2+ 52 M_RX1_0B NC/1K D3- 7 RX2_C D3+ 51 M_RX1_0 7 RX2_0B 11 D1-C A0 50 AVDD33_H_SW R1505 12 D1+C A1 7 RX2_0 13 D2-C HPD_SINK 49 M_RX1_1B 1K 14 D2+C HPD_A 7 RX2_1B HPD_B 48 M_RX1_1 7 RX2_1 47 M_RX1_2B 7 RX2_2B 15 D3-C 46 M_RX1_2 7 RX2_2 16 D3+C 45 17 D0-D 7 RX3_CB 18 D0+D 44 19 D1-D 7 RX3_C 43 HPD_SINK R1507 7 RX3_0B 42 HPD1 7 100K 41 HPD2 7 7 RX3_0 20 D1+D HPD1 D2-D HPD2 7 RX3_1B R1508 SDA_D SCL_SINK HDP 用I2C Control NC/1K SDA_SINK HPD_D D2+D 24 D3+DGND 29 SDA_C SVDD SCL_A HPD_C D3-D VDD SCL_B GND SDA_A SCL_C SDA_B SCL_D GND 21 25 30 33 38 22 26 31 34 39 23 27 32 35 40 28 36 37 RX3_1 AVDD33_H_SW R1513 7 NC/0 NC/0 NC/0 HPD4 RX3_2B R1510 NC/0 NC/0 HPD3 RX3_2 R1511 7 NC/0 NC/0 GND GND R1512 7 NC/0 NC/0 +3.3VSB R1519 SVDD RX3_1 R1514 R1516 NC/0 0 RX3_2B R1515 R1517 R1518 C1507 RX3_2 GND 0.01u/25V R1520 C1508 0.01u/25V HPD4 7 HPD3 7 U1201-7 RX_0 AL10 M_RX1_0 DDC Analog Power RX_0B AM10 M_RX1_0B AL11 M_RX1_1 DDC_SDA1 HDMI_CEC 6 AVDD3V3 RX_1 AM11 M_RX1_1B DDC_SCL0 DDC_SDA1 6 AVDD33_HDMI RX_1B AL12 M_RX1_2 DDC_SDA0 DDC_SCL0 6 AM12 M_RX1_2B DDC_SCL1 DDC_SDA0 6 C1501 RX_2 AL9 M_RX1_C DDC_SCL1 6 0.01u/25V RX_2B AM9 M_RX1_CB RX_C AVDD1V2 RX_CB AJ10 HDMI_CEC AVDD12_HDMI AK10 HDMI_HPD1 HDMI_CEC AJ9 HDMI_SCL C1502 HDMI_HPD AK9 HDMI_SDA 0.01u/25V HDMI_SCL AG10 PWR5V_1 HDMI_SDA AG8 AVDD33_HDMI PWR5V AK11 AVDD12_HDMI AVDD33_HDMI AC13 AVDD12_HDMI AVSS33_HDMI MT5395 87 06 MII/GPIO/ServAD Must be differential 100ohm ETHERNET PHY U1601 NS681684 Close to RJ45 Connector... 1 TD+ 2 TDCT LED2/PHY AD2 R1603 5.1K 3 TD- TX+ 16 C1606 C1607 CN1601 LED3/PHY AD3 R1604 5.1K TXCT 15 22p/50V 22p/50V TX+ 5 NC D1602 MDI_TP 6 NC TX- 14 1 TX- MDI_TN 2 DE 1 2 R1605 MDI_RP 6 RD+ NC 13 3 RX+ MDI_RN 7 RDCT NC 12 4 NC/LED SMT GreenNC/330 8 RD- 5 REGOUT RX+ 11 6 D1601 C1613 RXCT 10 7 N/C LED2/PHY AD2 1 0.1u/25V 8 2 R1606 RX- 9 N/C R1611 NC/LED SMT GreenNC/330 75 1% LINKED IN 10BT/ACT(BLINKING) RX- N/C GND 10 D1603 C1608 C1609 22p/50V 22p/50V LED3/PHY AD3 1 2 R1607 N/C GND 9 NC/LED SMT RED NC/330 JM8611L-N0305-4H LINKED IN 100BT/ACT(BLINKING) C1610 R1608 R1609 R1610 100p/2kV 75 1% 75 1% 75 1% R1601 R1612 Close to RJ45 0 0 C1611 100p/2kV Must be differential 100ohm FB1601 C1612 120Ω 3A 100p/2kV FB1602 120Ω 3A SEPARATE GROUND C1614 REGOUT C1616 0.01u/50V 0.01u/50V C1615 0.1u/25V Panel ID U1201-9 2011.08.15 Due to change HDMI SW GPIO Change List: 9 USB_PWR_EN0 USB_PWR_EN0 AK6 GPIO0 DEMOD_TSCLK U32 DEMOD_TSCLK DEMOD_TSCLK 11 1) Cancel OPWR Four PIN GPIO1 DEMOD_TSVAL V29 DEMOD_TSVAL DEMOD_TSVAL 11 2) Cancel HPD_SINK 15 Panel_ID2 Panel_ID2 AJ6 GPIO2 DEMOD_TSSY NC V30 DEMOD_TSSY NC DEMOD_TSSY NC 11 3) Cancel HDMIDDCWP GPIO3 DEMOD_TSDATA0 U30 DEMOD_TSDATA0 DEMOD_TSDATA0 11 9 USB_PWR_EN1 USB_PWR_EN1 AK7 GPIO4 4) Add Panel_ID2 GPIO5 CI_TSCLK 5) Add SCN_EN 12 LDM_Fault LDM_Fault AH7 GPIO6 CI_TSVAL 6) Add LDM_EN GPIO7 CI_TSSY NC 7) Add HDMISW_INT 12 LED_GREEN LED_GREEN AH10 GPIO8 CI_TSDATA0 GPIO9 8 HDMISW_INT HDMISW_INT AK8 GPIO10 PVR_TSCLK U29 GPIO11 PVR_TSVAL T27 TP1610 AJ8 GPIO12 PVR_TSSY NC U28 GPIO13 PVR_TSDATA0 T29 TP1602 AD27 GPIO14 GPIO15 PVR_TSDATA1 17 HPDET# HPDET# AD28 GPIO16 GPIO17 SPI_CLK1 17 MUTE_CTL MUTE_CTL N27 GPIO18 SPI_CLK GPIO19 4 VGA_DDC_WP VGA_DDC_WP N28 GPIO20 SPI_DATA R29 CI GPIO21 SPI_CLE 12 SY S_EEPROM_WP SY S_EEPROM_WP N29 GPIO22 CI_INT T28 GPIO23 9 USB_OC_COM2 USB_OC_COM2 L29 DEMOD_RST R28 OPCTRL0 9 USB_OC_COM1 USB_OC_COM1 K30 OPCTRL1 OPWM2 R31 15 Panel_ID OPCTRL2 OPWM1 Panel_ID L28 OPCTRL3 OPWM0 OPCTRL4 6 ARC_SW ARC_SW E29 OPCTRL5 SD_D0 R32 OPCTRL6 SD_D1 DE D32 SD_D2 ADIN0_SRV SD_D3 19 BL_ON/OFF BL_ON/OFF E30 ADIN1_SRV SD_CMD P30 SPI_CLK1 TP1601 15 LVDS_PWR_EN ADIN2_SRV SD_CLK P31 LVDS_PWR_EN D30 ADIN3_SRV P32 15 2D/3D Select ADIN4_SRV LDM_CS P28 15 SCN_EN 2D/3D Select C30 ADIN5_SRV LDM_CLK P29 15 LDM_EN LDM_VSY NC U31 DEMOD_RST SCN_EN D29 PHY LED1 LDM_DO 17 AMP_RESET# PHY LED0 15 L/R_SY N LDM_EN C29 REXT LDM_DI TANA_1 AMP_RESET# C32 TANA_0 AVDD12_REC DEMOD_RST 11 TXVN_1 AVDD12_COM L/R_SY N C31 TXVP_1 TXVN_0 AVDD33_COM DDC_SCL2 AE14 TXVP_0 AVDD33_REC AA27 3D_SY N 3D_SY N 12 DDC_SDA2 AG12 AC32 BL_DIMMING 6 DDC_SCL2 DDC_SCL3 AJ11 AVDD33_LD AA26 LDM_HSY NC BL_DIMMING 19 DDC_SDA3 AH12 DDC 6 DDC_SDA2 OPCTRL4 AK12 AVSS12_REC LDM_HSY NC 12 (Share with LED_PWM:LB Brightness) 6 DDC_SCL3 OPCTRL5 AJ12 AVSS12_COM RS232_CTRL AF12 AVSS33_COM N32 SIM_D0 6 DDC_SDA3 AVSS33_REC M30 SIM_D1 TP1603 L30 SIM_D2 12,15 OPCTRL4 AVSS33_LD L31 SIM_D3 TP1604 SD N31 SIM_CMD TP1605 12,15 OPCTRL5 N30 SIM_CLK 4 RS232_CTRL TP1606 Light-Sensor AG17 TP1607 Key _PAD2 AG16 IR 12 Light-Sensor Key _PAD1 AF17 TP1608 12 Key _PAD2 BOSDATA0 AF18 AH17 E32 LDM_CS 12 Key _PAD1 AC_Detect AF19 E31 LDM_CLK LDM_CS 12 RC_through F32 LDM_VSY NC LDM_CLK 12 17 BOSDATA0 D31 LDM_DO LDM_VSY NC 12 Local Dimming F30 LDM_DI 19 AC_Detect LDM_DO 12 LDM_DI 12 12 RC_through REXT LED2/PHY AD2 AA28 AE30 AVDD12_REC LED3/PHY AD3 AB28 AD30 AVDD12_COM R1602 AA32 24K 1% MDI_TN AF32 AC27 AVDD33_COM MDI_TP AF31 AC28 AVDD33_REC MDI_RN AD31 AC29 AVDD33_LD MDI_RP AD32 AE31 AF29 AVSS12_REC AE32 W23 AVSS12_COM AG28 AVSS33_COM W22 AVSS33_REC V22 AVSS33_LD 12 LED_RED OPCTRL4 MT5395 88 07 USB/WiFi EQUAL LENGTH and DIFFERENTIAL IMPEDANCE 90ohm DVDD3V3 USB PORT 1 Near Connector 5V_SW TP1701 Rear USB R1702 TP PAD 1.60 R1703 NC/10K NC/10K 8,15 USB_PWR_EN0 USB_PWR_EN0 TP1703 5 CN1701 TP PAD 1.60 NC/UB01121-4HH5-4F U1701 C1703 USB_DM0 TP1702 NC/1u/10V USB_DP0 TP PAD 1.60 HI = > POWER ON 1 EN VOUT 5 1234 8 USB_OC_COM1 USB_OC_COM1 R1704 LO = > POWER OFF 2 GND 4 C1704 C1707 15 USB_DM0 NC/10K 3 FLG VIN NC/0.1u/16V + 15 USB_DP0 NC/RT9702APB C1705 C1708 NC/10u/10V NC/10p/50V C1702 NC/100u/16V 6 NC/0.1u/16V C1706 C1709 NC/10u/10V NC/10p/50V Size:6.3x7 D1702 TP1704 NC/0.055p/24V TP PAD 1.60 D1704 NC/0.055p/24V DVDD3V3 USB PORT 2 Near Connector 5V_SW TP1705 Side USB CN1702 TP PAD 1.60 USB-02-R22-1010 R1707 10K R1706 NC/10K 8 USB_PWR_EN1 USB_PWR_EN1 TP1707 H5 TP PAD 1.60 U1702 TP1706 USB_DM1 TP PAD 1.60 HI = > POWER ON 1 EN VOUT 5 C1710 USB_DP1 1 VBUS 8 USB_OC_COM2 USB_OC_COM2 R1701 LO = > POWER OFF 2 GND 4 1u/10V C1714 15 USB_DM1 2 D- 10K 3 FLG VIN 15 USB_DP1 3 D+ C1701 C1711 4 GND 0.1u/16V 0.1u/16V RT9702APB + C1715 6H C1712 NC/10p/50V 10u/10V 100u/16V C1716 C1713 NC/10p/50V TP1708 10u/10V TP PAD 1.60 D1703 Size:6.3x7 NC/0.055p/24V D1701 NC/0.055p/24V WiFi固定鐵件 DVDD3V3 1N-105200H-0000 317-0000-2002 AS0B221-S40Q-7H CN1704 CN1703 1 1 2 2 3 3 4 C1722 C1721 5 10u/10V 0.1u/16V 6 7 DVDD3V3 8,15 USB_PWR_EN0 WLAN_DIS_L 8 9 TP1709 10 TP PAD 1.60 11 12 2 R1709 13 NC/4.7K 14 15 Q1701 1 LED_WLAN 16 17 NC/PMBT3906 18 19 3 20 21 R1708 22 NC/330 23 24 15 USB_DM0 R1711 0 USB_DM00 25 R1710 0 USB_DP00 26 1 27 LED_WLAN 28 D1705 15 USB_DP0 29 30 NC/LED SMT Green 31 32 Close to Rear USB(CN1701) 33 34 2 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 89 08 ATSC-01-Tuner LG H601F Tuner FB1802 +5V_TUNER 120Ω 3A +5V_TUNERA +5V_TUNERA + C1826 470u/10V Size:8x9 TU1801 NC 1 TDTK-H601F NC 2 NC 3 SDA TUNER_DATA C1803 +5V_TUNERA 4 SCL TUNER_CLK 0.1u/25V RF AGC C1825 B+(+5V) 5 C1806 10u/10V 33p/50V 6 IF_AGC_T C1804 SDA DIF1 33p/50V SCL 7 DIF2 AIF 8 IF AGC 9 DIF (+) 10 11 DF (-) 12 GND 13 GND 14 GND 15 GND Close to Tuner DTV => 5112 IF_AGC_DEMOD 5,11 IF_AGC_T R1802 IF_AGC_DEMOD 4.7K IF_AGCT IF_AGCT 5,11 ATV => 5395 C1802 0.01u/50V Tuner I2C +5V_TUNER TUNER_CLK R1801 R1805 R1806 100 4.7K 4.7K TUNER_DATA R1803 MT5112_TUNER_CLK MT5112_TUNER_CLK 11 100 MT5112_TUNER_DATA MT5112_TUNER_DATA 11 90 Closr to ZR2,ZR3 R1811 NC/0 R1812 NC/0 BOM 08.16 FAT_IN+ 11 C1812 NC/27p/50V DIF1 C1813 R1813 C1814 FAT_IN+ R1814 R1817 C1815 TU_FAT_IN2+ TU_FAT_IN2+ 5 DIF2 NC/47p/50V 0 NC/180p/50V 0 120 0.01u/50V C1816 MT5395RAV0.04 MTK測試後上件120R電阻 NC/33p/50V FB1805 FB1806 C1817 C1818 C1819 NC/330nH 150nH 280mA 82p/50V NC/33p/50V NC/33p/50V BOM 08.16 R1818 C1821 C1820 120 0.01u/50V NC/33p/50V R1815 FAT_IN- R1816 TU_FAT_IN2- 5 0 0 TU_FAT_IN2- C1822 C1823 FAT_IN- 11 MT5395RAV0.04 NC/47p/50V NC/180p/50V C1824 BOM 08.16 Close to tuner NC/27p/50V MT5395RAV0.04 91 09 ATSC-01_Demod-MT5112EE MT5112_IF_AGC R1902 IF_AGC_DEMOD IF_AGC_DEMOD 5,10 10K C1902 Close to MT5112 0.047u/25V MT5112_TUNER_CLK 10 MT5112_TUNER_DATA 10 R1903 5112_DV33 R1904 5112_DV12 4.7K MT5112_IF_AGC 4.7K IMPLEMENTATION1 5112_DV33 Location Y-Coordinate MT5112_TUNER_CLK MT5112_TUNER_DATA 5112_DV12 5112_DV33 5112_DV12 5112_DV33 75 66 57 52 U1901 5112_DV33 74 65 56 51 MT5112EE 73 64 55 72 63 54 71 62 53 70 61 69 60 68 59 67 58 Close to DVDD12 SA1 ANT_DET(PIN3.1) NC R1905 MT5112EE DGND12 SA0 GPIO3(P1.3) DVDD33 10K RF_AGC DGND12 DGND12 DGND33 FAT_IN- FAT_IN- R1906 C1903 76 IF_AGC DVDD12 DVDD12 50 10 0.01u/50V NC DGND33 DGND12 GPIO2(P1.2) NC 0 77 NC DVDD33 ANT_TX(POUT3.1) GPIO1(P1.1) 49 L1901 78 NC TUNER_CLK DGND33 48 C1904 79 AVSS1 TUNER_DATA DVDD33 RESET_ 47 DEMOD_RST DEMOD_RST 8 NC/33p/50V 80 AVDD1 ANT_RX(PIN3.0) HOST_CLK 46 T_OSCL AVDD1 81 45 5112_DV12 T_OSCL 5 C1905 NC/330nH DGND12 T_OSDA T_OSDA 5 NC/10u/10V C1901 5112_DV33 10 FAT_IN+ FAT_IN+ R1907 0 0.01u/50V 82 IN- DVDD12 44 5112_DV12 IN+ HOST_DATA 83 NC MT5112EE DGND33 43 5112_DV33 84 NC LQFP-100 DVDD33 42 85 41 5112_DV12 NC DGND12 C1906 REFBOT 86 REFBOT DVDD12 40 RP1901 0.1u/50V VCMEXT 87 VCMEXT TS_ERR 39 C1907 88 REFTOP TS_VAL 38 1 8 C1908 10u/10V REFTOP 89 NC TS_CLK 37 0.1u/50V 90 36 2 7 DEMOD_TSVAL DEMOD_TSVAL 8 DEMOD_TSCLK 8 3 6 DEMOD_TSCLK DEMOD_TSSYNC 8 91 NC DGND33 35 4 5 DEMOD_TSSYNC DEMOD_TSDATA0 8 C1910 NC DVDD33 47x4 NC/10p/50V AVDD2 TS_SY N C AVDD2 92 NC TS_DATA0 34 R1908 DEMOD_TSDATA0 93 33 47 C1909 94 AVSS2 TS_DATA1 32 0.1u/50V NC DGND12 XTAL2 DVDD12 XTAL2 95 XTAL1 31 XTAL1 96 NC TS_DATA2 30 97 NC TS_DATA3 29 X1901 C1911 33p/50V 98 AVSS2 DVDD12 TS_DATA6 28 5112_DV33 25.000MHz R1909 99 DGND12 TS_DATA5 DGND33 27 1M C1912 100 NC TS_DATA4 DVDD33 26 GPIO0(P1.0) 33p/50V NC NC TS_DATA7 NC AVDD3 AVDD2 AVSS4 NC AVDD4 NC NC NC NC AVSS3 NC NC DGND33 DVDD33 1 10 19 24 2 11 20 25 3 12 21 4 13 22 5 14 23 6 15 7 16 8 17 9 18 AVDD2 5112_AV33 5112_AV33 5112_DV33 5112_DV12 DVDD3V3 5112_DV33 FB1901 120Ω 3A C1913 C1914 C1915 C1916 C1917 C1918 C1919 C1942 10u/10V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V Digital 3.3V Bypass Caps C1929 0.1u/25V DVDD3V3 5112_AV33 AVDD1 FB1902 FB1903 120Ω 3A 120Ω 3A C1920 C1921 C1922 C1923 C1924 10u/10V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V Analog 3.3V Bypass Caps FB1904 AVDD2 120Ω 3A C1928 0.1u/25V AVDD1V2 5112_DV12 FB1907 120Ω 3A C1934 C1935 C1936 C1937 C1938 C1939 C1940 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V Digital 1.2V Bypass Caps To guard for IF+/- signal if cross over GND plane. Layout dependant . FB1908 R1918 R1901 120Ω 3A NC/0 NC/0 FB1909 120Ω 3A FB1910 120Ω 3A FB1911 120Ω 3A FB1912 120Ω 3A FB1913 120Ω 3A FB1914 120Ω 3A FB1915 120Ω 3A FB1916 120Ω 3A FB1917 120Ω 3A FB1918 120Ω 3A 92 10 Peripheral DVDD3V3 Serial Flash (Reserved) DVDD3V3 NAND Flash DVDD3V3 DVDD3V3 DVDD3V3 R2103 R2104 R2172 R2106 4.7K 4.7K 4.7K 4.7K U2102 C2104 POCE0# R2102 0.1u/16V PDD0 4.7K PARB# 7 R/B VCC 12 Flash_WP# U2103 POOE# 8 RE VCC 37 PDD7 R2113 POCE1# 9 PDD6 1 CS# VCC 8 NC/0 PDD5 2 7 HOLD# PACLE CE PDD4 3 SO/SIO1 NC/SIO3 6 POOE# PAALE 44 PDD3 PDD1 POWE# I/O7 PDD2 WP#/SIO2 SCLK Flash_WP# 16 CLE I/O6 43 PDD1 4 GND SI/SIO0 5 17 ALE I/O5 42 PDD0 18 WE I/O4 41 NC/MX25L6445EM2I-10G 19 32 WP I/O3 I/O2 31 6 GND I/O1 30 If you download failed and no longer to download again. 13 VSS I/O0 29 Pult this jumper could stop flash and then press RESET#. 36 VSS H27U4G8F2DTR-BC IR Receiver +5VSB Modify IR-KEY circuity Add ESD Protection circuity +5VSB TP2105 Add FB2201~2205 Add C2214~2218 TP PAD 1.60 Add C2219 Add R2226 C2111 C2129 Add D2201,D2202 20110419 0.1u/16V 10u/10V I2C_DATAA CN2103 OIRI_0 TP2106 TP PAD 1.60 I2C_CLKA R_LED_0 TP2107 TP PAD 1.60 1 G_LED_0 TP2108 TP PAD 1.60 Light-Sensor 8 2 3 KEY 2 C2107 NC/1000p/50V 4 NC/0 5 SDA_SEN R2158 NC/0 6 7 +3.3VSB SCL_SEN R2167 NC/1000p/50V 8 KEY 1 C2131 9 10 +3.3VSB 11 12 Light_0 R2166 0 13 C2110 1000p/50V 14 C2108 10u/10V C2137 0.1u/16V 2x7P 2.0mm 90°(W/L) TP2111 +3.3VSB C2136 0.1u/16V R2159 NC/0 R2165 C2133 NC/10K 0.01u/25V TP PAD 1.60 +3.3VSB LED_RED共用OPCTRL4, 不可Pull High. R2171 R2169 10K 10K R2149 KEY pull-high NC/10K R2147 NC/10K R_LED_0 ESD Protection 120Ω 300mA LED_RED 8 G_LED_0 FB2102 120Ω 300mA FB2103 LED_GREEN 8 C2132 接KEYBOARD: ADC1 Standby Key _PAD1 Key _PAD1 8 C2109 Key _PAD2 Key _PAD2 8 D2102 NC/0.055p/24V 1000p/50V D2103 NC/0.055p/24V 1000p/50V 93 SYSTEM EEPROM DVDD3V3 DVDD3V3 DVDD3V3 DVDD3V3 TP2101 R2116 R2117 R2118 I2C ADDRESS "A0" TP PAD 1.60 4.7K 4.7K 4.7K U2105 8 SY S_EEPROM_WP SY S_EEPROM_WP R2119 0 8 VCC A0 1 7,15,17 OSCL0 OSCL0 7 WP A1 2 7,15,17 OSDA0 OSDA0 6 SCL A2 3 TP2104 5 SDA GND 4 TP PAD 1.60 LO = > WP K24C32-SIRXA HI = > WRITE TP2102 TP2103 TP PAD 1.60 TP PAD 1.60 RESET Circuit +3.3VSB R2111 C2128 3 0.1u/16V U2104 VCC NC/10K __2____ ORESET# GND RESET 2 APX809-29SAG-7 R2156 C2106 SW2101 1 10K NC/10u/16V NC/TACT-4.3 1 27MHz CRYSTAL X2101 OXTALI OXTALO 27.000MHz C2103 C2102 27p/50V 27p/50V 94 ST RAPPING +3.3VSB OPCTRL5 8,15 R2134 OPCTRL5 R2135 NC/10K 10K R2139 OPCTRL4 8,15 NC/10K OPCTRL4 R2140 DVDD3V3 10K R2143 10K SPDIF_OUT 6,16 SPDIF_OUT R2144 NC/10K Core Power C2114 C2115 C2116 3.3V IO Power VCCK 0.01u/25V 0.01u/25V 0.01u/25V DVDD3V3 C2113 4.7u/16V C2117 C2118 C2119 C2120 C2121 C2122 C2123 C2124 4.7u/6.3V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V Analog Power +3.3VSB +3.3VSB AVDD1V2 R2153 AVDD33_XTAL_STB R2154 AVDD33_REG_STB R2155 AVDD12_PLL 0 0 0 C2127 C2125 0.01u/25V 10u/25V C2101 C2126 0.01u/25V 0.01u/25V Key _PAD1 Key _PAD2 ZD2101 +3.3VSB 6.2V 5% NC/0 +3.3VSB +3.3VSB R2173 2 2 2 OIRI_0 3 D2104 C2134 BAV99 0.1u/16V KEY 1 3 D2101 C2130 KEY 2 3 D2105 C2135 BAV99 0.1u/16V BAV99 0.1u/16V 1 TP2109 1 TP2110 1 TP PAD 1.60 TP PAD 1.60 OIRI 95 Delete Hotel mode function Hotel mode R2238,R2239,R2240,R2241 --> NC 8 RC_through +5VSB Q2202,Q2203 --> NC R2162 110530 +5VSB 100 R2164 Q2102 Q2101 R2161 10K 2N7002K 2N7002K 10K 1 R2160 1 100 OIRI 2 3 3 2 OIRI_Out 4 R2163 NC/0 KeyPad_PWR Function H L RC_through on RC_through off 96 11 DRAM U3101 RDQ0_B E3 DQ0 A0 N3 3_A0 Damping for DDR#1 ADDR/CMD DQ1 A1 3_A1 NEAR BRANCH RDQ1_B F7 DQ2 A2 P7 3_A2 RDQ2_B F2 DQ3 A3 P3 3_A3 RDQ3_B F8 N2 3_A4 RDQ4_B H3 DQ4 A4 P8 3_A5 DQ5 A5 3_A6 RDQ5_B H8 DQ6 A6 P2 3_A7 RP3102 RDQ6_B G2 DQ7 A7 R8 3_A8 RDQ7_B H7 A8 R2 3_A9 3_A7 1 8 RA7_B RDQ8_B D7 T8 3_A10 3_A2 RDQ9_B R3 3_A11 3_A5 2 7 RA2_B 3_A12 3_A3 C3 DQ8 3_A13 3 6 RA5_B DQ9 A9 3_BA0 4 5 RA3_B DQ10 A10/AP 3_BA1 RDQ10_B C8 DQ11 L7 3_BA2 0x4 RDQ11_B C2 DQ12 A11 R7 CLK0_B_D RDQ12_B A7 A12/BC# N7 CLK0#_B_D RP3103 RDQ13_B A2 T3 3_CS# RDQ14_B B8 DQ13 A13 3_CAS# 3_A1 1 8 RA1_B 3_ODT 3_A6 DQ14 3_RAS# 3_A8 2 7 RA6_B DQ15 3_WE# 3_A11 RDQ15_B A3 NC_0 J1 3_CKE 3 6 RA8_B NC_1 J9 NC_2 L1 4 5 RA11_B L9 0x4 RDQS1_B C7 UDQS NC_3 UDQS# NC_4 RDQS1#_B B7 LDQS NC_6 M7 RP3104 RDQS0_B F3 LDQS# T7 RDQS0#_B G3 3_A12 1 8 RA12_B RDQM1_B D3 3_RAS# 3_CAS# 2 7 RRAS#_B 3_WE# UDM BA0 M2 3 6 RCAS#_B LDM BA1 RDQM0_B E7 BA2 N8 4 5 RWE#_B CK M3 CK# J7 0x4 CS# K7 3_RREST_MEM T2 RESET# CAS# L2 ZQ ODT K3 A_ZQ3 L8 RAS# K1 3_BA0 R3102 RBA0_B WE# J3 3_CS# R3103 0 RCS#_B CKE L3 3_ODT R3104 0 RODT_B K9 0 DDRV RP3105 3_CKE 1 8 RCKE_B 3_A10 R3105 A1 VDDQ_0 VSSQ_0 B1 3_BA1 2 7 RA10_B 240 1% A8 B9 3_A4 VDDQ_1 VSSQ_1 3 6 RBA1_B VDDQ_2 VSSQ_2 C1 VDDQ_3 VSSQ_3 D1 4 5 RA4_B C9 VDDQ_4 VSSQ_4 D8 D2 E2 0x4 E9 E8 VDDQ_5 VSSQ_5 RP3101 VDDQ_6 VSSQ_6 F1 VDDQ_7 VSSQ_7 F9 3_BA2 1 8 RBA2_B H2 VDDQ_8 VSSQ_8 G1 3_A0 H9 G9 3_A13 2 7 RA0_B 3_A9 3 6 RA13_B 3_RREST_MEM 4 5 RA9_B B2 VDD_0 VSS_0 A9 0x4 VDD_1 VSS_1 D9 VDD_2 VSS_2 B3 R3106 B_RREST_MEM G7 VDD_3 VSS_3 E1 K2 G8 0 K8 J2 N1 VDD_4 VSS_4 J8 VDD_5 VSS_5 N9 VDD_6 VSS_6 M1 R9 VDD_8 VSS_7 M9 R1 VDD_7 VSS_8 P1 P9 VSS_9 Damping and Termination for CLK VSS_10 T1 VSS_11 T9 RCLK0_B NEAR IC NEAR DRAM CLK0_B_D B_RVREF5 H1 VREFDQ VREFCA M8 B_RVREF6 RCLK0#_B R3107 100 H5TQ1G63DFR-H9C CLK0#_B_D DDR3#3 MT5395 Ref Volt. DDR3#3 Ref Volt. DDRV DDRV DDRV R3108 C3102 R3109 C3103 R3110 C3104 1K 1% 0.01u/25V 1K 1% 0.01u/25V NC/1K 1% NC/0.01u/25V B_RVREF5 B_RVREF6 RVREF6 RVREF_B RVREF6 R3101 R3111 C3106 R3112 C3101 NC/1K 1% C3105 1K 1% 0.01u/25V 1K 1% 0.01u/25V NC/0.01u/25V Near MT5395 Near DRAM 97 DRAM DE-CAP. DDR#1 Bottom Side DDRV [ RESERVE ] C3108 C3109 C3110 C3111 C3112 C3113 C3114 C3115 C3116 C3117 C3118 + C3107 4.7u/6.3V 1u/16V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V 0.01u/25V 10u/10V NC/47u/16V Close to DRAM U3201 U3202 RDQ0 E3 DQ0 A0 N3 1_A0 RDQ16 E3 DQ0 A0 N3 2_A0 RDQ1 F7 DQ1 A1 P7 1_A1 RDQ17 F7 DQ1 A1 P7 2_A1 RDQ2 F2 DQ2 A2 P3 1_A2 RDQ18 F2 DQ2 A2 P3 2_A2 RDQ3 F8 DQ3 A3 N2 1_A3 RDQ19 F8 DQ3 A3 N2 2_A3 RDQ4 H3 DQ4 A4 P8 1_A4 RDQ20 H3 DQ4 A4 P8 2_A4 RDQ5 H8 DQ5 A5 P2 1_A5 RDQ21 H8 DQ5 A5 P2 2_A5 RDQ6 G2 DQ6 A6 R8 1_A6 RDQ22 G2 DQ6 A6 R8 2_A6 RDQ7 H7 DQ7 A7 R2 1_A7 RDQ23 H7 DQ7 A7 R2 2_A7 RDQ8 D7 DQ8 A8 T8 1_A8 RDQ24 D7 DQ8 A8 T8 2_A8 RDQ9 C3 DQ9 A9 R3 1_A9 RDQ25 C3 DQ9 A9 R3 2_A9 RDQ10 C8 DQ10 A10/AP L7 1_A10 RDQ26 C8 DQ10 A10/AP L7 2_A10 RDQ11 C2 R7 1_A11 RDQ27 C2 R7 2_A11 A7 DQ11 A11 N7 1_A12 A7 DQ11 A11 N7 2_A12 RDQ12 DQ12 A12/BC# 1_A13 RDQ28 DQ12 A12/BC# 2_A13 DQ13 A13 DQ13 A13 RDQ13 A2 DQ14 T3 1_BA0 RDQ29 A2 DQ14 T3 2_BA0 RDQ14 B8 DQ15 1_BA1 RDQ30 B8 DQ15 2_BA1 RDQ15 A3 NC_0 J1 1_BA2 RDQ31 A3 NC_0 J1 2_BA2 J9 RCLK0_D J9 RCLK1_D NC_1 RCLK0#_D NC_1 RCLK1#_D RDQS1 C7 UDQS NC_2 L1 1_CS# RDQS3 C7 UDQS NC_2 L1 2_CS# RDQS1# B7 UDQS# NC_3 L9 1_CAS# RDQS3# B7 UDQS# NC_3 L9 2_CAS# RDQS0 F3 NC_4 M7 1_ODT RDQS2 F3 NC_4 M7 2_ODT T7 1_RAS# T7 2_RAS# LDQS NC_6 1_WE# LDQS NC_6 2_WE# RDQS0# G3 LDQS# 1_CKE RDQS2# G3 LDQS# 2_CKE RDQM1 D3 UDM BA0 M2 RDQM3 D3 UDM BA0 M2 RDQM0 E7 LDM BA1 N8 RDQM2 E7 LDM BA1 N8 M3 M3 BA2 BA2 1_RREST_MEM T2 RESET# CK J7 2_RREST_MEM T2 RESET# CK J7 ZQ CK# K7 ZQ CK# K7 A_ZQ1 L8 CS# L2 A_ZQ2 L8 CS# L2 CAS# K3 CAS# K3 K1 K1 ODT J3 ODT J3 RAS# RAS# WE# L3 WE# L3 CKE K9 CKE K9 DDRV DDRV R3204 A1 VDDQ_0 VSSQ_0 B1 R3205 A1 VDDQ_0 VSSQ_0 B1 240 1% A8 VDDQ_1 VSSQ_1 B9 240 1% A8 VDDQ_1 VSSQ_1 B9 C1 VDDQ_2 VSSQ_2 D1 C1 VDDQ_2 VSSQ_2 D1 C9 D8 C9 D8 VDDQ_3 VSSQ_3 VDDQ_3 VSSQ_3 D2 VDDQ_4 VSSQ_4 E2 D2 VDDQ_4 VSSQ_4 E2 E9 VDDQ_5 VSSQ_5 E8 E9 VDDQ_5 VSSQ_5 E8 F1 VDDQ_6 VSSQ_6 F9 F1 VDDQ_6 VSSQ_6 F9 H2 G1 H2 G1 H9 VDDQ_7 VSSQ_7 G9 H9 VDDQ_7 VSSQ_7 G9 VDDQ_8 VSSQ_8 VDDQ_8 VSSQ_8 B2 VDD_0 VSS_0 A9 B2 VDD_0 VSS_0 A9 D9 B3 D9 B3 G7 VDD_1 VSS_1 E1 G7 VDD_1 VSS_1 E1 VDD_2 VSS_2 VDD_2 VSS_2 K2 VDD_3 VSS_3 G8 K2 VDD_3 VSS_3 G8 K8 VDD_4 VSS_4 J2 K8 VDD_4 VSS_4 J2 N1 VDD_5 VSS_5 J8 N1 VDD_5 VSS_5 J8 N9 VDD_6 VSS_6 M1 N9 VDD_6 VSS_6 M1 R9 M9 R9 M9 VDD_8 VSS_7 VDD_8 VSS_7 R1 VDD_7 VSS_8 P1 R1 VDD_7 VSS_8 P1 VSS_9 P9 VSS_9 P9 VSS_10 T1 VSS_10 T1 T9 T9 VSS_11 VSS_11 A_RVREF1 H1 VREFDQ VREFCA M8 A_RVREF4 A_RVREF3 H1 VREFDQ VREFCA M8 A_RVREF2 H5TQ1G63DFR-H9C H5TQ1G63DFR-H9C AD/CM Damping Differential Clock RP3202 RP3203 RP3204 RP3205 NEAR MT5395 NEAR DRAM 0x4 0x4 1_A11 1 8 RA11 RA11 1 8 2_A11 2_A0 1 8 RA0 2_A8 1 8 RA8 RCLK1 RCLK1_D 1_BA1 RBA1 2_A6 RA6 1_A12 2 7 RBA1 RA12 2 7 2_BA1 2_A3 2 7 RA3 2_A4 2 7 RA4 1_CKE RCKE 2_A1 RA1 3 6 RA12 3 6 2_A12 2_A13 3 6 RA13 3 6 R3207 1_A9 100 1_A7 4 5 RCKE 4 5 2_CKE 2_RREST_ME4M 5A_RREST_MEM 4 5 1_A2 RCLK1#_D 1_A5 0x4 0x4 1_A1 RP3208 RP3209 RCLK1# 1_A4 0x4 0x4 1_A6 RP3206 RP3207 1_A8 1 8 RA9 1_A10 1 8 RA10 2_A10 1 8 RA10 2_A9 1 8 RA9 RA7 1_CAS# 2_CAS# 2_A7 RA7 2 7 RA2 2 7 RCAS# 2 7 RCAS# 2_A2 2 7 RA2 RA5 1_ODT 2_ODT 2_A5 RA5 3 6 1_WE# 3 6 RODT 2_WE# 3 6 RODT 3 6 Differential Clock 4 5 4 5 RWE# 4 5 RWE# 4 5 0x4 0x4 NEAR MT5395 NEAR DRAM RP3201 RP3210 RP3211 RP3212 RCLK0 RCLK0_D 0x4 0x4 1 8 RA1 1_BA0 1 8 RBA0 1_A0 1 8 RA0 2_BA0 1 8 RBA0 RA4 1_BA2 2 7 RA6 1_CS# 2 7 RBA2 1_A3 2 7 RA3 2_BA2 2 7 RBA2 R3208 RA8 1_RAS# 100 3 6 3 6 RCS# 1_A13 3 6 RA13 2_CS# 3 6 RCS# RCLK0#_D 4 5 4 5 RRAS# 1_RREST_ME4M 5A_RREST_MEM 2_RAS# 4 5 RRAS# 0x4 0x4 RCLK0# MT5395 Ref Volt. DDR3#1 Ref Volt. DDR3#2 Ref Volt. DDRV DDRV DDRV DDRV DDRV DDRV R3209 C3204 R3210 C3205 R3211 C3206 R3212 C3207 R3213 C3208 R3214 C3209 330 1% 0.01u/25V 1K 1% 0.01u/25V 1K 1% 0.01u/25V 1K 1% 0.01u/25V 1K 1% 0.01u/25V NC/1K 1% 0.01u/25V RVREF5 RVREF6 A_RVREF1 A_RVREF4 A_RVREF3 A_RVREF2 R3201 R3215 C3220 R3216 C3221 R3217 C3222 R3218 C3223 R3219 C3224 NC/1K 1% C3219 330 1% 0.01u/25V 1K 1% 0.01u/25V 1K 1% 0.01u/25V 1K 1% 0.01u/25V 1K 1% 0.01u/25V 0.01u/25V Near MT5395 Near DRAM Near DRAM 98 12 LVDS SMD FFC CONNECTOR 120Hz Interface. FFC Cable: 1). 轉角一次 196356-41041-3 2). 摺兩次 CN4101 3). 金手指同面出PIN SIDE1 (PIN1-to-PIN41 or PIN1-to-PIN51) 41 LVDSTX_BO0N 40 LVDSTX_BO0P LVDSTX_BO1N 39 LVDSTX_BO1P LVDSTX_BO2N SIDE8 38 LVDSTX_BO2P 37 LVDSTX_BOCKN LVDSTX_BOCKP 36 LVDSTX_BO3N 35 LVDSTX_BO3P LVDSTX_BO4N 34 LVDSTX_BO4P 33 LVDSTX_BE0N LVDSTX_BE0P 32 LVDSTX_BE1N LVDSTX_BE1P 31 LVDSTX_BE2N LVDSTX_BE2P SIDE7 30 LVDSTX_BECKN 29 LVDSTX_BECKP 28 LVDSTX_BE3N LVDSTX_BE3P 27 LVDSTX_BE4N LVDSTX_BE4P 26 25 24 23 SIDE6 22 21 20 19 18 17 16 SIDE5 15 14 13 12 11 10 9 SIDE4 8 7 6 5 4 3 2 SIDE3 1 SIDE2 GND 99 196356-51041-3 TP4160 TP4161 CN4102 52 TP PAD 1.60 TP PAD 1.60 51 R4117 R4114 50 NC/0 OSCL0 7,12,17 R4105 NC/0 OSDA0 7,12,17 49 L/R_O L/R_O 12 48 L/R_O2 NC/0 47 LVDS_SEL 46 45 54 44 43 42 41 LVDSTX_AO0N LVDSTX_AO0P 40 LVDSTX_AO1N LVDSTX_AO1P 39 LVDSTX_AO2N LVDSTX_AO2P 38 37 55 36 35 34 LVDSTX_AOCKN 33 LVDSTX_AOCKP 32 31 LVDSTX_AO3N 30 LVDSTX_AO3P 29 56 28 LVDSTX_AO4N 27 26 LVDSTX_AO4P 25 24 2D/3D Select2 R4103 NC/02D/3D Select 2D/3D Select 8 23 L/R_SY N2 R4104 NC/0L/R_SY N L/R_SY N 8 LVDSTX_AE0N LVDSTX_AE0P 22 LVDSTX_AE1N 21 LVDSTX_AE1P 57 20 LVDSTX_AE2N LVDSTX_AE2P 19 18 LVDSTX_AECKN 17 LVDSTX_AECKP 16 15 LVDSTX_AE3N Panel SCN_EN initial pull low 14 LVDSTX_AE3P 13 LVDSTX_AE4N 58 12 LVDSTX_AE4P Panel LDM_EN initial pull low 11 NC/0 SCN_EN 10 SCN_EN2 R4107 NC/0 LDM_EN SCN_EN 8,12 LDM_EN2 R4112 LDM_EN 8,12 9 8 ID_1 7 ID_2 6 5 59 4 3 2 LVDSVDD 1 53 C4105 0.1u/25V GND 100 GPIO: 14 1 ID0 ID1 ID2 60Hz F-HD 26/32" NC 1 1 120Hz F-HD 42" NC 0 0 120Hz F-HD 46" NC 0 1 FBC daughter board NC 1 0 AVDD3V3 R4119 R4120 10K 10K ID_2 Panel_ID2 8 ID_1 Panel_ID 8 LVDS Power 5V_SW FB4102 Q4102 LVDSVDD +12V NC/120Ω 3A 1 8 FB4103 FB4101 2 S D 7 120Ω 5A 120Ω 5A 3 S D 6 R4106 C4115 R4109 C4114 4 S D 5 1K 0.1u/25V 4.7K 1u/16V G D R4118 AP4435GM + C4103 C4104 47K 100u/25V 10u/25V R4101 D4101 0 SN4148 HI = > PWR ON Q41013 C4113 LO = > PWR OFF 2N7002 0.1u/25V 8 LVDS_PWR_EN R4110 1 3 4.7K C41062 Q4104 R4111 4.7u/10V NC/4.7K 1 2N7002 2 101 13 Audio Audio AMP : SPEAKER Amplifier TP6201 AVDD12V_AMP AVDD12V_AMP PLL1# R6202 100K DVDD3V3_AMP Audio AMP TP PAD 1.60 R6203 +12V FB6202 I2C Address DEF1 R6204 NC/10K DVDD3V3_AMP 120Ω 3A = 0x6A 10K DVDD3V3_AMP + C6201 + C6202 C6246 C6203 C6204 C6205 LA LB RB RA MONO1 R6205 10K 0 1 220u/25V 220u/25V 0.1u/25V 0.1u/25V 0.1u/25V 0.1u/25V SA1_0 PD# Power Down SA1_1 R6206 10K DEF Default Mute Normal 49 48 45 42 39 R6207 MONO Stereo Default Un-Mute 47 44 41 38 R6208 NC/10K PLL# Enable Mono 46 43 40 37 R6209 10K External Size:8x9 U6201 NC/10K THERMALPAD LA VDDLB GNDR NC NC GNDL VDDRB RA VDDLA LB RB VDDRA 1 36 2 NC NC 35 NC NC 16 AOMCLK R6212 PLL1# 3 PLL# NC 34 R6264 22 4 MCLK NC 33 5 CLK_OUT NC 32 0 6 DGND AD82581B NC 31 DVDD3V3_AMP 7 NC NC 30 DVDD3V3_AMP C6211 C6209 DEF1 8 DVDD NC 29 FB6204 1u/16V 9 DEF NC 28 0.1u/16V 10 NC DVDD 27 60Ω 600mA 11 26 12 NC DGND 25 SDATA ERROR# SDA DVDD3V3_AMP DVDD3V3_AMP RESET# NC LRCIN SA0 SA1 SCL C6212 C6213 MONO BCLK NC 0.1u/16V 1u/16V PD# NC R6263 0 16 AOSDATA0 R6213 AD82581-LE48NAY R6217 R6218 22 13 16 19 22 NC/10K NC/10K 14 17 20 23 15 18 21 24 Rev. BOM0907 DVDD3V3 DVDD3V3_AMP MONO1 ESMT1_SDA R6223 0 OSDA0 7,12,15 16 AOLRCK R6226 22 PD# ESMT1_SCL R6225 0 OSCL0 7,12,15 0 SA1_0 SA1_1 16 AOBCLK R6228 22 C6218 C6219 C6220 C6221 AMP_RESETR6227 1u/16V 0.1u/50V 1u/16V 0.1u/50V C6224 1u/16V 102 FB6206 NC Common Filter TP6202 120Ω 3A TP PAD 1.60 LA OUT_LA 2010/05/19 C6225 TP6203 470p/50V L6201 TP PAD 1.60 22uH 2.3A C6226 C6227 NC/0.1u/50V 1000p/50V L6202 R6231 22uH 2.3A R6232 OUT_LA CN6201 10 OUT_LB C6228 OUT_RB Speaker L+ 4 NC/0.22u/50V OUT_RA Speaker L- 3 Speaker R- 2 NC/10 C6229 Speaker R+ R6236 0.47u/50V 1 R6234 4P 2.5mm 90° 10 C6230 C6231 Change Connector type (with lock) NC/0.22u/50V 20110421 NC/10 1000p/50V C6233 C6232 FB6208 NC/0.1u/50V 470p/50V 120Ω 3A OUT_LB LB Place these parts Place these two Inductors Place caps closed closed to AD82581. 10mm away from each other to to connecter. improve the THD+. TP6204 RA FB6209 L6203 C6235 TP PAD 1.60 2010/05/19 120Ω 3A 22uH 2.3A NC/0.1u/50V OUT_RA C6234 C6236 470p/50V 1000p/50V R6238 R6239 10 C6237 NC/0.22u/50V 2010/05/10 NC/10 C6238 R6244 0.47u/50V R6241 10 C6239 NC/0.22u/50V C6240 NC/10 1000p/50V TP6205 TP PAD 1.60 C6241 FB6210 C6242 470p/50V 120Ω 3A NC/0.1u/50V RB OUT_RB L6204 22uH 2.3A 103 Mute circuit OP/AMP DVDD3V3 5V_SW AVDD12V_AMP 5V_SW R6251 R6252 R6253 R6250 NC/100 4.7K 330 4.7K PD# 3 D6203 SN4148 MUTE_CTL ZD6201 1 8 ZD6203 9.1V 3 Q6205 R6201 NC/3.6V 5% 1 PMBT3904 100K R6254 2 Q6204 470 PMBT3904 2 R6266 NC/0 19 AC_Detect AVDD12V_AMP: +12V==>ZD6201: 9.1V AVDD12V_AMP: +24V==>ZD6201: 18V DVDD3V3_AMP R6230 R6229 0 4.7K 3 AMP_RESET 8 AMP_RESET# R6233 1 Q6201 NC/PMBT3904 NC/1K C6243 2 1u/16V 104 Headphone : HeadPhone Output C6214 16 AL0O R6214 20K R6215 20K LOUT R6216 10 HP_OUT_L +3.3V_HP C6247 10u/6.3V C6223 47p/50V UVP_HP 1000p/50V Close to MT5395 R6219 43K C6208 1u/16V C6216 330p/50V +3.3V_HP 14 +INL DVDD3V3 R6211 0 +3.3V_HP -INL 13 12 OUTL UVP 11 10 PGND PVDD 9 8 CP C6206 C6207 U6202 DRV632PWR 10u/10V 0.1u/16V 1 +INR 2 -INR 3 OUTR 4 SGND 5 EN 6 PVSS 7 CN R6224 43K C6222 47p/50V C6210 1u/16V C6215 R6210 16 AR0O R6220 20K R6221 20K ROUT R6222 10u/6.3V 0 MUTE_OP# C6248 C6217 10 HP_OUT_R 1000p/50V 330p/50V Close to MT5395 HP UVP Add 20110419 R6262 R6259 NC/2.2K UVP_HP +3.3V_HP 1K 5V_SW R6260 6.2K 1% R6261 2.2K 1% 105 DVDD3V3 TP6207 R6235 TP6206 TP PAD 1.60 4.7K TP PAD 1.60 TP6208 1 CN6202 TP PAD 1.60 HP_OUT_L 5 L HP_OUT_R 2 4 R 3 NC/0.055p/24V TP6209 CKX-3.5-R55-1011 NC/0.055p/24V TP PAD 1.60 R6255 R6256 1K 1K R6237 HPDET# HPDET# 8 0 D6201 D6202 +3.3VSB 5V_SW R6258 DVDD3V3 4.7K R6246 NC/0 R6240 4.7K R6242 R6243 D6204 47 4.7K 8 MUTE_OP# BOSDATA0 R6257 NC/0 BOSDATA0 SN4148 3 D6205 ZD6202 3 Q6202 3.6V 5% 1 PMBT3904 R6248 1 SN4148 R6249 Q6203 R6265 R6247 2 100 PMBT3904 NC/0 100K 19 AC_Detect NC/100K 2 SPDIF : Near connector TP6113 CN6102 TP PAD 1.60 AV1-8.4-V08-2012-I SPDIF_OUT R6109 2 240 C6112 1 75R 0.1u/25V TP6114 注意: C6112瞬間對地, 會影響Strapping mode開機 R6112 C6113 D6102 TP PAD 1.60 100 33p/50V NC/0.055p/24V SPDIF RCA type 106 [2]POWER SCHEMATIC DIAGRAM LC-42LE540U 1. 1) AC Input and EMI Filter:(fig.3) (fig.3) 107 CN101 is a connector for connecting AC Power. F102 is fuse to protect all the circuit AC. Input voltage is from 90V to 264V. CY101, CY102, CY103 are used high frequency noise of primary between common GND. one inputting main circuit to prevent man from shock. LX103,LX104, CX101,CX102, is used to filter low frequency noise. RX101,,RX102, RX103 are used to discharge . 2) PFC & LLC & Standby Control & LED Driver Circuit t:(fig.4) LLC Circuit 108 Standby circuit LED dirver circuit 109 fig.4 BD801 is a rectifier in which there are 4 build-in diodes, inverting AC to DC. CP110&CP111 is used to smooth the wave from rectifier. FR102,FR101 is a fuse resistor to protect the following circuit when inrush current is too large. UP101 is a Boundary Mode PFC PWM controller with excellent power-saving operation, The FAN6961 provides a controlled on-time to regulate the output DC voltage and achieve natural power factor correction. The maximum on-time of the external switch is programmable to ensure safe operation during AC brownouts.LP101,DP104,QP101,UP101 are boost &PFC circuit, It is boost to 385V. UM102 is a current-mode PWM controller with excellent power-saving operation, It features a high-voltage current source to directly supply the startup current from two half-wave rectifier diodes further to provide lossless startup circuit. INN801 detects the MOSFET current, from the CS in When CS pin over 0.7V, theU830 will enter auto-recovery type protection, Presenting a hiccup mode. The gate-out will not resume switching until OCP falls below 0.85V. UM102 control 12V output, UM103, UM108, LM101 construct buck circuit to output 5V. UM104, LM103 , QM105 construct buck circuit to output 12V. Ul101 (SSC9512S) is a double-ended controller specific for the series-resonant half-bridge topology. In these converters the switches QL101&QL102 of the half-bridge leg are alternately switched on and off for exactly the same time. UL101 (SSC9512S) is a controller IC that Soft-switched Multi-resonant Zero Current switch for half-bridge resonant type power supply, incorporating a floating drive circuit for High-side MOSFET drive. Soft switching operate over all switching period. The 110 IC is suitable for high performance power supply system with small size, high efficiency and low noise, because for various power supply specifications, more effective and easier design works are achievable with effective functions like the Automatic Dead Time Adjustment, the Uncontrollable Operation Detection and so on. When Ul101 begins to operate Pin16 of UL101 will output square wave to drive QL101, and the main current flow get to GND bypassing through TL102, QL101and CL113. Then the Pin 11of UL101 will output square wave to drive QL102,so the main current flow get to GND bypassing through TL102,QL102 and CL113.Because of the change of current flow, wires in the other side of TL102 will induct current. In the same time, the current inducted by wires which connected T801 Pin 2/3and Pin 4/5, with components of CM123,CP103,UL104,UL103,RL117 and CL102 ,will be supplied to U802 for normal operating. When QL101 & QL102 is turned on, the main current flow will be consumed through DL101, DL102, RL110 RL111, RL113 and RL114, This will prevent QL101 & QL102from being damaged under large current impulse and voltage spike. UD101 (RT8300) The RT8300 is a 4-CH 150mA constant current sink LED driver capable of driving four channel constant current switch good matching ability and wide range VF variation. The RT8300 provides four channel constant current switch less than 3% differences in output current value among the 4-CH and ICs respectively. The constant current output is adjustable from 5mA to 150mA via an external resistor (RD104). The PIN2 via QD101, QD102,RD110 RD111,CD106 and CD107 to control the backlight ON/OFF .The LED brightness can also be adjusted via the PWMI pin with pulse width modulation from 0% to100% via PIN3. The dropout voltage of the output channel is only 0.5V when the output constant current is 150mA, thus allowing for wide VF variation. Moreover, the RT8300provides dynamic headroom control (DHC) function which can generate feedback signal to DC/DC control loop and regulate the output voltage of the RT8300.The RT8300 features LED open/short protection. If any channel has open or short condition, that particular output channel will be turned off and the FAULT pin will pull low. The RT8300 also supports over temperature protection (OTP). When OTP is triggered, all output channels will be turned off and the FAULT pin will pull low. The RT8300 is available in WDFN-12L 5x5 and DIP-16(BW) packages to achieve optimized solution for PCB space. 111 POWER SCHEMATIC DIAGRAM FOR LC-46LE540U 1. 1) AC Input and EMI Filter:(fig.3) (fig.3) CN101 is a connector for connecting AC Power. F102 is fuse to protect all the circuit AC. Input 112 voltage is from 90V to 264V. CY101, CY102, CY103 are used high frequency noise of primary between common GND. one inputting main circuit to prevent man from shock. LX103,LX104, CX101,CX102, is used to filter low frequency noise. RX101,,RX102, RX103 are used to discharge . 2) PFC & LLC & Standby Control & LED Driver Circuit t:(fig.4) LLC Circuit 113 Standby circuit LED dirver circuit fig.4 BD801 is a rectifier in which there are 4 build-in diodes, inverting AC to DC. CP110&CP111 is used to smooth the wave from rectifier. FR102,FR101 is a fuse resistor to protect the following circuit when inrush current is too large. UP101 is a Boundary Mode PFC PWM controller with excellent power-saving operation, The FAN6961 provides a controlled on-time to regulate the output DC voltage and achieve natural 114 power factor correction. The maximum on-time of the external switch is programmable to ensure safe operation during AC brownouts.LP101,DP104,QP101,UP101 are boost &PFC circuit, It is boost to 385V. UM102 is a current-mode PWM controller with excellent power-saving operation, It features a high-voltage current source to directly supply the startup current from two half-wave rectifier diodes further to provide lossless startup circuit. INN801 detects the MOSFET current, from the CS in When CS pin over 0.7V, theU830 will enter auto-recovery type protection, Presenting a hiccup mode. The gate-out will not resume switching until OCP falls below 0.85V. UM102 control 12V output, UM103, UM108, LM101 construct buck circuit to output 5V. UM104, LM103 , QM105 construct buck circuit to output 12V. Ul101 (SSC9512S) is a double-ended controller specific for the series-resonant half-bridge topology. In these converters the switches QL101&QL102 of the half-bridge leg are alternately switched on and off for exactly the same time. UL101 (SSC9512S) is a controller IC that Soft-switched Multi-resonant Zero Current switch for half-bridge resonant type power supply, incorporating a floating drive circuit for High-side MOSFET drive. Soft switching operate over all switching period. The IC is suitable for high performance power supply system with small size, high efficiency and low noise, because for various power supply specifications, more effective and easier design works are achievable with effective functions like the Automatic Dead Time Adjustment, the Uncontrollable Operation Detection and so on. When Ul101 begins to operate Pin16 of UL101 will output square wave to drive QL101, and the main current flow get to GND bypassing through TL102, QL101and CL113. Then the Pin 11of UL101 will output square wave to drive QL102,so the main current flow get to GND bypassing through TL102,QL102 and CL113.Because of the change of current flow, wires in the other side of TL102 will induct current. In the same time, the current inducted by wires which connected T801 Pin 2/3and Pin 4/5, with components of CM123,CP103,UL104,UL103,RL117 and CL102 ,will be supplied to U802 for normal operating. When QL101 & QL102 is turned on, the main current flow will be consumed through DL101, DL102, RL110 RL111, RL113 and RL114, This will prevent QL101 & QL102from being damaged under large current impulse and voltage spike. UD101 (RT8300) The RT8300 is a 4-CH 150mA constant current sink LED driver capable of driving four channel constant current switch good matching ability and wide range VF variation. The RT8300 provides four channel constant current switch less than 3% differences in output current value among the 4-CH and ICs respectively. The constant current output is adjustable from 5mA to 150mA via an external resistor (RD104). The PIN2 via QD101, QD102,RD110 RD111,CD106 and CD107 to control the backlight ON/OFF .The LED brightness can also be adjusted via the PWMI pin with pulse width modulation from 0% to100% via PIN3. The dropout voltage of the output channel is only 0.5V when the output constant current is 150mA, thus allowing 115 for wide VF variation. Moreover, the RT8300provides dynamic headroom control (DHC) function which can generate feedback signal to DC/DC control loop and regulate the output voltage of the RT8300.The RT8300 features LED open/short protection. If any channel has open or short condition, that particular output channel will be turned off and the FAULT pin will pull low. The RT8300 also supports over temperature protection (OTP). When OTP is triggered, all output channels will be turned off and the FAULT pin will pull low. The RT8300 is available in WDFN-12L 5x5 and DIP-16(BW) packages to achieve optimized solution for PCB space. [3]KEY SCHEMATIC DIAGRAM (LC-32D59U&LC-42D69U) ME. Top Down Sequence POWER_KEY INPUT MENU VOL- VOL+ CH- CH+ CN901 4P 2.0mm 90° (W/L) 4 To IF BD: ADC1 ADC0 3 ADC1 To IF BD: ADC0 2 1 C901 C902 R904 R901 R906 R907 R905 R903 R902 1000p/25V 1000p/25V 8.2K 1% 4.32K 1% 0 0 2.2K 1% 4.32K 1% 8.2K 1% D901 D902 SW903 SW901 SW905 SW904 SW906 SW907 SW902 MENU INPUT POWER_KEY VOL- VOL+ CH- CH+ 0.055p/24V 0.055p/24V 2 3 2 3 2 3 2 3 2 3 2 3 2 3 C903 C904 C905 C906 C907 C908 C909 1000p/25V 1000p/25V 1000p/25V 1000p/25V 1000p/25V 1000p/25V 1000p/25V 1 4 1 4 1 TACT-54 1 TACT-54 1 TACT-54 1 TACT-54 1 TACT-54 TACT-5 TACT-5 [3]KEY SCHEMATIC DIAGRAM (LC-42LE540U & LC-46LE540U) ME. Top Down Sequence POWER_KEY INPUT MENU VOL- VOL+ CH- CH+ CN901 4P 2.0mm 90° (W/L) 4 To IF BD: ADC1 ADC0 3 ADC1 To IF BD: ADC0 2 1 C901 C902 R904 R901 R906 R907 R905 R903 R902 8.2K 1% 4.32K 1% 0 0 2.2K 1% 4.32K 1% 8.2K 1% 1000p/25V 1000p/25V SW903 SW901 SW905 SW904 SW906 SW907 SW902 D901 D902 MENU INPUT POWER_KEY VOL- VOL+ CH- CH+ 0.055p/24V 0.055p/24V 2 3 2 3 2 3 2 3 2 3 2 3 2 3 C903 C904 C905 C906 C907 C908 C909 1000p/25V 1000p/25V 1000p/25V 1000p/25V 1000p/25V 1000p/25V 1000p/25V 1 4 1 4 1 TACT-54 1 TACT-54 1 TACT-54 1 TACT-54 1 TACT-54 TACT-5 TACT-5 116 [4]IR SCHEMATIC DIAGRAM (LC-42LE540U & LC-46LE540U) 新帶Lock CN R103 +5VSB NC/0 +5VSB +5VSB I2C_SCLK SCLK CN1018 R101 R102 ADC_SDA 47 10K R105 IR 1 NC/0 2 R104 3 U101 22 LED1_ON_OFF 47 FM-1038FN-5CN LED2_ON_OFF 5 IR 6 VCC 3 C102 0.1u/16V C105 6P 1.25mm 90° VOUT 2 10p/50V GND 1 C106 C101 C103 C104 D106 D107 0.1u/16V NC/10u/10V 1000p/50V NC/1000p/50V NC/0.055p/24V NC/0.055p/24V GND 4 D105 0.055p/24V D108 C107 D103 0.055p/24V 100p/50V 0.055p/24V +5VSB U102 C108 NC/CM3213A3OP NC/0.1u/16V 6 VDD 3 INT R108 4 SET 5 I2C_SCLK NC/1M 1% 1 SCLK 2 ADC_SDA SDAT GND +5VSB +5VSB R106 R107 For NAFTA For Others U103 R114 1K NC/1K 26/32/42/46 ALS-PDIC17-77C/TR8 51K D102 R3 G1 Dual LED 1 VCC VOUT 6 Light_Sensor_I2C ADC_SDA LTST-C190KRKT 1 Red Only R: off C109 1u/16V R: off G: on 2 GND GND 5 R115 0 D101 R116 100K NC/LED SMT R/G D101: NC D101 3 GND GND 4 I2C_SCLK D102 D102: NC 2 4 2 R110 3 3 R111 1K NC/1K LED2_ON_OFF 1 Q102 Q101 1 PMBT3904 LED1_ON_OFF R112 NC/PMBT3904 10K R113 2 2 NC/10K 117 CHAPTER 9.PARTS GUIDE [1]SPARE PARTS LIST LC-42LE540U Recommended Spare Parts List Material Component no. 751201Y00-600-G Usage Photo Region NA Description LC-42LE540U Updated date 2011 年 12 月 15 日 Item Catalog Object description 1 Panel 9JY76040NQ00600G LCD Module, TV,42Inch, L420FH1-1 1 2 9JY0142CTK03100 LC-42LE540U/CTK03,Mother Board 1 3 PCBA 9JY0942CTK03000 LC-42LE540U/CTK03,Power Board 1 4 9JY0346CTL02000 LC-46LE540U/CTL02,Keypad Board 1 5 9JY0432CTG05000 LC-32SV40U/CTG05,IR Board 1 6 Cosmetics 9JY01201019595 ASSY FRONT BEZEL,CTK03 1 118 7 9JY02510012546 ASSY SIDE I/O BRACKET,CTL02 1 8 9JY01201019594 ASSY BASE,CTK03 1 9 9JY02510012532 ASSY NECK SUPPORT,CTL02 1 10 9JY01201019585 ASSY BACK COVER,CTK03 1 11 9JY02510012537 PANEL HOLDER,CTG04 4 12 9JY01210019574 FUNCTION KEY,CTG04 1 13 9JY02510012530 IF SHIELDING ,CTL02 1 14 9JY01210019663 AC COVER,VT464D 1 15 Cable 9JY35101MF0033TG LCD Cable Assembly,970mm,+20/-0mm,G 1 FFC Cable Assembly,355mm,+/-3mm, 16 9JY35110FK00GWVG 1 0.5mm,51,G 17 9JY35110FJ00GWVG FFC Cable Assembly,447mm,+/-4mm, 1 0.5mm,41,G 119 AC Power 18 9JY35071BP00600G Cable,1.6m+0.10m,+/-50mm,18AWG, 1 5PIN+2PIN,G 19 9JY35101MY0033TG LCD Cable Assembly,575mm,+15/-0mm,G 1 20 9JY790114Y00129G Antenna,2.4GHz,5GHz,2dBi,25.7mm*18.7mm, 1 cable: 370mm, G,PCA-2508-25GC1-A4-I9 21 9JY790114W00129G Antenna,2.4GHz,5GHz,2dBi,25.7mm*18.7mm, 1 cable: 180mm, G,PCA-2508-25GC1-A5-I9 22 9JY57020PT0035CG Speaker Unit,6ohm,10W,G,BW0501-2F10 1 Speaker 23 9JY600153E00579G Remote Controller,IR,NEC,5m,G, 1 RRC1001B6001E 24 screw 9JY06003013236 SCREW,B,CROSS,M5*44.5,Zn-black 4 120 LC-46LE540U Recommended Spare Parts List Material 751201W00-600-G Region Description NA Updated date LC-46LE540U Item Catalog 2011 年 12 月 15 日 Component no. Object description Usage Photo 1 Panel 9JY76040NR00600G LCD Module, TV,46Inch, L460FH1-1 1 2 9JY0146CTL02100 LC-46LE540U/CTL02,Mother Board 1 3 PCBA 9JY0946CTL02000 LC-46LE540U/CTL02,Power Board 1 4 9JY0346CTL02000 LC-46LE540U/CTL02,Keypad Board 1 5 9JY0432CTG05000 LC-32SV40U/CTG05,IR Board 1 6 Cosmetics 9JY01200019578 ASSY FRONT BEZEL,CTL02 1 7 9JY01201019571 ASSY BASE,CTL02 1 121 8 9JY02510012532 ASSY NECK SUPPORT,CTL02 1 9 9JY02510012546 ASSY SIDE I/O BRACKET,CTL02 1 10 9JY01200019933 ASSY BACK COVER,CTL02 1 11 9JY01210019663 AC COVER,VT464D 1 12 9JY01210019574 FUNCTION KEY,CTG04 1 13 9JY02510012530 IF SHIELDING ,CTL02 1 14 9JY02510012537 PANEL HOLDER,CTG04 7 15 Cable 9JY35101ML0033TG LCD Cable Assembly,1070mm, 1 +20/-0mm,G 16 9JY35110FL00GWVG FFC Cable Assembly,339mm,+/-3mm, 1 0.5mm,51,G 17 9JY35110FH00GWVG FFC Cable Assembly,471mm,+/-4mm, 1 0.5mm,41,G 122 AC Power 18 9JY35071BP00600G Cable,1.6m+0.10m,+/-50mm,18AWG, 1 5PIN+2PIN,G 19 9JY35101MW0033TG LCD Cable Assembly,605mm, 1 +20/-0mm,G Antenna,2.4GHz,5GHz,2dBi,25.7mm*18.7 20 9JY790114V00129G mm, 1 cable: 460mm, G,PCA-2508-25GC1-A6-I9 Antenna,2.4GHz,5GHz,2dBi,25.7mm*18.7 21 9JY790114U00129G mm, 1 cable: 240mm, G,PCA-2508-25GC1-A7-I9 22 Speaker 9JY57020PS0035CG Speaker Unit,6ohm,10W,G,BW0501-3F10 1 23 9JY08400017283 KIT,ACCESSORY NAFTA,CTK03 1 24 Accessory 9JY600153E00579G Remote Controller,IR,NEC,5m,G, 1 RRC1001B6001E 25 Screw 9JY06003013236 SCREW,B,CROSS,M5*44.5,Zn-black 4 123 NO SHARP PN DESCRIPTION Q＇TY 1 9JY01201019595 ASSY FRONT BEZEL,CTK03 1 2 9JY01210019574 FUNCTION KEY,CTG04 1 3 9JY0346CTL02000 LC-46LE540U/CTL02,Keypad Board 1 4 9JY0432CTG05000 LC-32SV40U/CTG05,IR Board 1 5 9JY76040NQ00600G LCD Module, TV,42Inch, L420FH1-1 1 6 9JY57020PT0035CG Speaker Unit,6ohm,10W,G,BW0501-2F10 2 7 9JY02510012537 PANEL HOLDER,CTG04 4 8 9JY09001016164 POWER BOARD MYLAR-PANEL,CTL02 1 9 9JY0942CTK03000 LC-42LE540U/CTK03,Power Board 1 10 9JY0142CTK03100 LC-42LE540U/CTK03,Mother Board 1 11 9JY02510012546 ASSY SIDE I/O BRACKET,CTL02 1 12 9JY02510012530 IF SHIELDING ,CTL02 1 13 9JY02510012532 ASSY NECK SUPPORT,CTL02 1 14 9JY01201019585 ASSY BACK COVER,CTK03 1 15 9JY01210019663 AC COVER,VT464D 1 16 9JY01201019594 ASSY BASE,CTK03 1 17 9JY09003016444 FOIL MALAR L150*W40MM 2 18 9JY06003013236 SCREW,B,CROSS,T,T-4*10 BLK,ROHS 4 19 9JY06003013257 SCREW,I,CROSS,T,T-3*5,Zn,ROHS 1 20 9JY06003013256 SCREW,B,CROSS,T.T-4*10,BLK ,ROHS 25 21 9JY06004013251 SCREW,P,CROSS,W/WAS,M3*6,Zn-Cc 12 22 9JY06003013258 SCREW,P,CROSS,M3*8,Zn 2 23 9JY06003013252 BOLT,#4-40x12.5,Ni ROHS 4 24 9JY06003013259 SCREW,P,CROSS,T.T-3*8,Zn ROHS 4 25 9JY06003013249 SCREW,B,CROSS,M4*6,Zn-black 4 26 9JY06001013260 SCREW,P,CROSS,W/W-SPR,M6*12,BK,ROHS 4 125 127 [3]SUPPLIED ACCESSORIES SUPPLIED ACCESSORIES (LC-42LE540U) NO. Sharp PN DESCRIPTION 1 9JY600153E00579G Remote Controller,IR,NEC,5m,G, RRC1001B6001E 2 9JY89010330021YG Primary Battery,1.5V,Zn-Mn Battery,44.5mm*10.5mm,G,GLR03A 9JY01201019594 ASSY BASE,CTK03 3 SCREW,B,CROSS,M5*44.5,Zn-black 9JY06003013236 4 9JY 08400017281 USER MANUAL NAFTA,CTK03 5 9JY 08400017726 CONNECTION CARD,NAFTA SUPPLIED ACCESSORIES (LC-46LE540U) NO. Sharp PN DESCRIPTION 1 9JY600153E00579G Remote Controller,IR,NEC,5m,G, RRC1001B6001E 2 9JY89010330021YG Primary Battery,1.5V,Zn-Mn Battery,44.5mm*10.5mm,G,GLR03A 9JY01201019571 ASSY BASE,CTL02 3 9JY06003013236 SCREW,B,CROSS,M5*44.5,Zn-black 4 9JY 08400017281 USER MANUAL NAFTA,CTK03 5 9JY08400017726 CONNECTION CARD,NAFTA 128 [3]PACKING PARTS LC-42LE540U 129 Item Sharp PN Description QTY CARTON BODY,CTK03 1 1 ** CUSHION BOTTOM-LEFT,CTK03 1 CUSHION BOTTOM-MIDDLE,CTK03 1 2 ** CUSHION BOTTOM-RIGHT,CTK03 1 BAGEPE PO L1100xW750xT0.5 0.05MM,CTK03 1 3 ** ASSYBASE,CTK03 1 BAG LDPE L550xW280xT0.05MM,CTK03 1 4 ** CUSHIONTOP-LEFT, 1 CUSHIO NCTK03 TOP-MIDDLE,CTK03 1 5 9JY08401017321 CUSHION TOP-RIGHT,CTK03 1 SCREW,B,CROSS,M5*44.5,Zn-black 4 6 9JY01201019594 BAG PE L90*W60MM,VI1906 1 PAPERBOARD ,CTK03 1 7 9JY08401017322 Remote Controller,IR,NEC,5m,G,RRC1001B6001E 1 Primary Battery,1.5V,Zn-MnBattery,44.5mm*10.5mm,G,GLR03A 2 8 9JY08401017310 KIT,ACCESSORY NAFTA,CTK03 1 TAPE,WRAPPING TYPE,,914000MMX76MM 9 9JY08401017325 CARTON LABEL,BLANK,LED,MEXICO 0.0015 CORNER PAPER,1100x50x50xT5mm 1 10 9JY08401017309 CORNER PAPER,2080x50x50xT5mm Card board,L1280xW1110xH5mm 0.1667 11 9JY06003013236 WOODN PALLET,L1300*W1150*H130mm 0.1667 FILM,PE 500mmx900M 0.0417 12 9JY08402017520 0.0417 0.0384 13 9JY08400017427 14 9JY600153E00579G 15 89010330021YG 16 9JY08400017283 17 9JY08401017526 18 9JY08400018097 19 9JY08400018419 20 9JY08400018415 21 ** 22 9JY08400018417 23 9JY08402017527 130 LC-46LE540U 131 Item Sharp PN Description QTY PAPERBOARD,NAFTA,CTL02 1 1 ** PrimaryBattery,1.5V,Zn-MnBattery5mm10. 2 RemoteController,IR,NEC,5m,G, 1 2 ** KIT,ACCESSORYNAFTA,CTK03 1 SCREW,B,CROSS,M5*44.5,Zn-black 4 3 ** BAGPE L90*W60MM,VI1906 1 CUSHION TOP-LEFT,CTL02 1 4 ** CUSHIONTOP-MIDDLE,CTL02 1 CUSHIONTOP-RIGHT,CTL02 1 5 9JY06003013236 BAGLDPEL600xW300xT0.05MM,CTL02 1 ASSYBASE,CTL02 1 6 9JY08402017520 LC46LE540U,CTL02 1 BAGEPEPOL1180xW850xT0.5 7 9JY08401017294 CUSHIONBOTTOM-LEFT, 0.05mm CUSHIONBOTTOM-MIDDLE, 1 8 9JY08401017319 CUSHIONBOTTOM-RIGHT, 1 CARTONBODYNAFTA,CTL02 1 9 9JY08401017297 TAPE,WRAPPINGTYPE,,914000mmx76mm 1 CARTON LABEL,BLANK,LED,MEXICO 10 9JY08401017296 CORNERPAPER 900x50x50xT5mm 0.0015 CORNERPAPER 2200x50x50xT5mm 1 11 9JY01201019571 CARD BOARD,L1230xW1130xT4mm WOODEN PALLET,L1230*W1130*H130mm 0.1905 12 9JY751203300600G FILM,PE 500mmx900M 0.1905 ASSY,PACKAGE,1230*1130, 7*3 SETS 0.0476 13 9JY08401017292 CARDBOARD,L1230xW1300xT4mm 0.0476 WOODEN PALLET,L1230*W1300*H130mm 0.004 14 9JY08401017298 ASSY,PACKAGE,1230*1300, 8*3 SETS 1 15 9JY08401017303 0.0417 0.0417 16 9JY08401017302 1 17 9JY08400017286 18 9JY08401017526 19 9JY08400018097 20 9JY08400018421 21 ** 22 9JY08400018442 23 9JY08400018444 24 9JY08402017527 25 *** 26 9JY08400018445 27 9JY08400018443 28 *** 132