RCA 50LB45RQ User Manual LCD TELEVISION Manuals And Guides 1207091L
User Manual: RCA 50LB45RQ 50LB45RQ RCA LCD TELEVISION - Manuals and Guides View the owners manual for your RCA LCD TELEVISION #50LB45RQ. Home:Electronics Parts:Rca Parts:Rca LCD TELEVISION Manual
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For qualified service Version 1,,0 for 2012 personne_ Mode_, 50LB45RQ Made for Today. www.rca.com only Revision No. Revision Date Page Description 1 May, 2012 All Initial Release Version 1.0 1.1 Basic Specifications Diagonal Display Size 50 inches Television System American TV standard Channel Coverage VHF:2-13 ATSC/NTSC UHF:14-69 Storage Temperature system CAW:1-135 is -20°C-+60°C (-4°F-+140°F) Temperature Operating Temperature Storage Humidity: is 0°C-+50°C (+32°F-+122°F) Less than 85% RH (No condensation) Humidity Operating Power Supply RF input Humidity: AC 100-120V, 60Hz Cable/Antenna x 1 Less than 80% RH (No condensation) AVx 1 Video input Component x 1 HDMI x 4 Connection AVx 1 Interface Audio input Component x 1 PC Audio In x 1 Audio output Headphone Graphic input RGB 15pin x 1 Resolution Component/HDMI x 1, Digital Audio Out x 1, Analog Audio Out x 1 1920 x 1080 mode 480i, 480p, 720p, 1080i, 1080p With stand 45.9W x 30.4H x 12.2D Without 45.9W x 28.7H x 4.2D Dimensions stand With stand 51.1 LBS (23.2KGS) Without 42.3LBS Weight Power Consumption Version stand (19.2KGS) less than 150W 1.0 1 1,2 Product Function Side Keypad Buttons If you cannot locate your remote, you can use the side keypad buttons on your TV to operate many TV features. INPUT: Displays the Source Select List. MENU: Displays the TV Main Menu. OH ,, : Scans up through the channel list. In the TV menu system, it acts like the up arrow on the remote control and can be used to select menu options. OH ,, : Scans down through the channel list. In the TV menu system, it acts like the down arrow on the remote control and can be used to select menu options. VOL+: Increases the volume. In the TV menu system, it acts like the right arrow on the remote control and can be used to select menu options. VOL-:Decreases the volume. In the TV menu system, it acts like the left arrow on the remote control and can be used to select menu options. POWER (O): Turns the TV on and off. Front Panel Power/Standby Indicator: Blue and red dual-color LED. It shows red when the TV is turned off and blue when turned on. Remote Control Sensor: Remote control IR sensor, which receives infrared ray sent by remote control. _! Remote Control Sensor Power/Standby Indicator (blue/red) For more information about TV function, please refer to the User's Manual. Version 1.0 2 1.3 Connection Interface @ HEAD PHONE: Connect Digital Audio-out: @ a 3.5mm headphone for personal audio. Connect a coaxial cable for digital audio output. HDMI1, 2, 3, 4: (High-Definition Multimedia Interface) It provides an uncompressed digital connection that carries both video and audio data by way of an integrated mini-plug cable. AUDIO OUTPUT Note: L/R: Connect double-channel coaxial cables for analog audio output. Di!(yt,_lAuo'/_;,-out _nd AUDIO OUYT:_UY ,_re supf._osed to be connected to <_udk:;,povvey ampfific;_ which prot_'des smoolher _ill _ Change U7or or main board U8 5,3 Function Exceptions 5,3.1 TV function rv can't scan channel/no picture} No _d Check-Pv' RF signal '_m l _ <_Check (antenna, cable) by UT2, LT17 m_ !!p14an_-- I2C network is bad, YesA N___ UT3 s bad, change UT3 Change main board Change Note: (1) iF: Intermediate Frequency (2) AGC: Automatic Gain Control Version 1.0 19 U8 1 5.3 Function Exceptions 5.3.2 HDMI no picture \\ No signal or image abnormal under HDMI ) J No Replace the signal source the in signal source under HDMI is norma Yes Overhaul the relevant circuits between HDMI input channel No if the input on the pin under relevant HDMI channel of U7 are norma and U7 Yes No Replace output signal on the pin under HDMI channel o J7 are norma U7 Yes No Overhual between the circuit U8 and U7 wheth_ signal on the pin _relevant HDMI channelJ Replace the master chip(U8) Version 1.0 20 _> \ 5.3 Function Exceptions 5.3.3 YPbPr no signal YPbPr no signal J ] Check the YPbPr AV device | or YPbPr cables J U8 surrounding circuits are bad, change main board U8 front circuits are bad, change main board work, change main board Version 1.0 21 REC8(it is for version upgrade the firmware 2012) series main board according has a USB SERVICE to the instruction port, which is reserved for service use only. Please below. 6.1 Direct upgrading (do no need normal display) STEP1 Get an empty USB disk with size not larger than 2GB, copy firmware file (CompBase.bin, or AIICompBase.bin) to the root directry of disk. Note: the size of USB disk can not be larger than 2GB, and before copying the firmware file, make sure the disk is empty. And the file must be placed in the root directry. STEP 2 Turn off the TV, insert the USB disk into the SERVICE jack on the side panel of TV and then turn on the TV. After turned on, the TV's LED indicator will shine red and blue alternately. Wait for about one and half a minute to accomplish the upgrading. Note: DO NOT power off or unplug the TV while upgrading. 6.2 Factory upgrading (need normal display) STEP1 Get an empty USB disk with size not larger than 2GB, copy firmware file (AIICompBase.bin only) to the root directry of disk. Note: the size of USB disk can not be larger than 2GB, and before copying the firmware file, make sure the disk is empty. And the file must be placed in the root directry. STEP 2 Turn on the TV, insert the USB disk into the SERVICE jack on the side panel of TV. Then press the remote control buttons "MENU"--_ "1147" to enter factory menu (see below). STEP 3 Choose "USB UPDATE" and press OK. If there are "CompBase.bin" and "AlICompBase.bin" in the disk at the same time, be sure to select "AIICompBase.bin" to update. The upgrading phenomenon is the same to direct upgrading. Note: DO NOT power off or unplug the TV while upgrading, otherwise the upgrading will fail, and the main board will be unable to upgrade normally any more. Version 1.0 22 6.3 Upgrade Color Balance Table and Backlight 1 .When you finish to upgrade the basic software, it will display the software configuration date in the factory file main menu. the software date 2. Download the color balance disk. The way of upgrading table file (CompQuality.bin) the color balance table and backlight configuration is the same as upgrading files (ComScaling.bin) the basic software, to the USB refer to 6.1/6.2. NOTE: o The order of upgrading color table. TV software: Firstly, basic main board software; o Make sure that there are two files in the USB disk (ComScaling.bin to the TV, and then press POWER button o When finish to upgrade the backlight to turn on theTV, configuration o Pull out the USB disk after finishing upgrading o DO NOT power while upgrading, unable to upgrade off or unplug theTV normally 3. After finish to upgrade backlight and CompQuality.bin), it will spend lOsto file, the TV will upgrade finish upgrading configuration files and insert the USB disk the software. the color table automatically. software. otherwise the upgrading any more. the software, Secondly, the software date will change: Color Table In "VERSION INFO", it displays the panel model and Backlight Adjust. Version 1.0 23 will fail, and the main board will be Adjust Color Balance Table (White Balance) FACTORY MAIN MENU has a WB function, the remote control buttons "MENU"_"1147" you can adjust the white balance in this menu by adjusting to enter the factory menu (see below). Choose "WB"(White Balance) and press OKto R/G/B value. enter the submenu. Press left/right button to select the color temperature mode: Warm, Normal, Cool. Press Up/Down button to select the R Drive/G Drive/B Drive/R Cutoff/G Cutoff/B Cutoff. Note: 1. The RGB Drive affects the white field mainly: the RGB Cutoff affects the black field mainly. 2. In WB menu, you can adjust the color temperature, but the data cannot be updated to the TV system you can write down the date that you want and contact the factory to update the software. 3. Color balance table upgrade is not available for models produced before 2012. 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',_/ / :' 2K2°4n-O402-=5%-H6% LINE OUTL *R159 R218' 220olm> 0402-_5%- 1,'t 6W 47Kotun-( '_}2-_5%- I,'I6W 15Kohm-Od02-_5%- l,l 6_V - GND 3IC_ohm-0402-i5%- t,'16_V 2 Pd 60 IuF-O603-SL%'- +Sift,;-2ff_,;- 10V PMBT3904 1Kohm-0402- _5 _,;- 1,16_g• 47Kohm-0402-_5%- 1/16_V _--'W" G%'D I R1,7( ? ,] GND 75olnn-0402-_5_ -G KX_0518030FR 60otun-Od02-_25% _lPb' 75olnn-0402-_5%_ l q6W AVI L IN YPbPr[ lq6W OND DS(L -_ _._ 39Kolnn-0_2-i5%- GND D7 G_'D 60olnn-0402-_25% YPbPr 1 th li16_vV _L AVI R IN YPbth'l Pb 39Kolnn-0_;_5%- UI4 Y FB6 _ VGA G%'D CVBSI CS_St __'-_- A\%8 + 13IX G%'D I(_,%0518030FR ICS,ID518030FR ICS,ID518030FR ICvlD518030FR FB4 LINE R --_=.-- ---=.-- T ............................ R2'44 1 C_'D 3tC3ohm-0402-i5%- Pd 79 PMBT3904 hk<0603-'£%'-+ DDC S(& 1,'16_V _ sI ! 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(24911 _V_Nlg(} 22ohm-£N02-_5%- 1/16W BLUE+ _4_R191 A_NR_ F--- A,'DD33, :_Dll YIN /v_RI93 PbIN AINL3 (270 :x_ _/_-_ DA1 ROUT II AINR3 B_ I t k._-0603-Y5X:-+80%-20%- [ 0\ r hkF,-0603-Y%_-+ 10V 80%- 20%- DA VCOM GND ] /vv_Pd95 htF-0603-Y5_,c+ 80%-2@ b-I0\, htF-0603-YST-+ 80%-20%- I0\, 10Koim>0402-_-f%- H6W (206 ('2501[ 22ohm-0d02-_5%- 1/16W LI>,EOUqR (2_ 0.22t iF-0_2-XSR-±t 0%- 10V t0Kot_n-0_)2-±l°i_ Iit6W 0 ItlF-(_O_-YSV-+80q 8-20° _-16%" 2 2uF- 0003-YSV-+80%-20%- 10V i i _ ill i ii iiii: iii_ VCOML (25311 C78 D' 22ohm-£N02-_5%- li16W PrIN /vv_RI96 VCFIvN (25411 22ohm-£N02-_5%- Ii16W ,::xAIIa*BI01_(99+(96 AULK lCB_ __-- ZC104 R8A66983BG#U0 GN]D 1 O]ND ltlF-0603-'£gV-+80q ;-20°/_ 10V 0.IuF-B:!O2-Y%--+8@ _-2ff'_;- 16V 0.[uF-04_2-Y%'-+80° C81 &%'D _-2(Pi_ 16V __L :Rs9 (_° /1;> SPDIF Po7 /vvk, GND R8A66983B hlF-06_3-YSV-+B0%-2{B LVOOU'_)P NI5 _ F_C/)+' 7 S LVOOIFf0M NI6 _ RXO0-' RXOI+' 35 6 4 P15 P,,'_t+ RXOI-' :1 LVI_WT1M __P16 PO_1- RXO0+ RXO0RXOI+ RXOI- 2 RI5 R,W_2+ RI6 R,N_- RXO2+' 7 _ 8 LVOOUT3P R14 TI4 Dye3_ RXOC-' RXOO+' RXO2-' 3 i5 _ 4 26 T13 R13 RXE4+ _ LV1OUTOP • : _ TI5 LI5 _+ RXO0+ LV1OUTOM LI6 Pv_C0- : LV1OUT1P LVIOUT1M LI3 DrOOl+ LI4 PrOOf LVIOUT3P LV!OUT3M MI6 MI5 RXO2RX02+ N13 RXO3+ NI4 Dv_CI3- REFR LV!CKOM 3IC_oban-0402-_5%t Y,29ohnl-0402-t5%- 1,16W 1,'16TV _ RI 11" pI_T3904 220ohul-0d02-_5%- 1/ 16W 0. h_0402-Y5T-+80"_ ;-20° _-10_; i P.XO2+ P.XO2RXC)CP.XOG+ 4"22°ba n-0402-_Sg/_ l ' 16TV RXO3+' RXO2# RXED-' RXD+' 7 5 3 8 _ i CA'417 _ VCL'Panel P.XCCr_ RXO3RXE)POE0+ 1 4.2Z2oban_£k!02__5%_l.16TV. Pv' [ 4.22oba n-0402-_5%- I. 16_V RNH D 'R289 _5KOot_n-0d02-_t %- H 6W G#U0 RXO4+' 7 8 RXO¢' RXE4+' RXE42 5 3 i 6 4 2 4.22oba n-('_2-_5%- RXQ4+ RXQ4IT'E4+ GND P,XC_+' H 13 ]5 _2 14 16 RXO2+' GND R_OC+' RXCG-' 17 18 P,XC_+' [ _9 20 Pv'_+' F_I-' R_-2-' O2ND _ 21 23 25 7 22 24 26 28 P,,'_I+' _+' GT'TD R,'_C+' RXE3-' O'ND 30 32 34 36 R,.N_3+' GND Di_l)bv V_%L2 J_ T | \SELl 29 31 _ 135 RXO4-' I 38 _ RXO4+' P0_4+' V GND / RXE*' / 6 io RNOI+' 37 /39 [ [ : / NC,5pF_(IIO2_X7R_±I0%_ 501 i Vtg-Panel GND P,XO2-' G2ND P.XOG' ______('6_ R_r_' / / 2 4 _ 9 NC. 5pF-_02-XTR-±Ie0 R8A66983B R110 _ RN7 RNI0 K15 1,'16TV GND RN8 T16 8- [OV 2K2ohm-0402-t5%- 4"22_@an-0402-_5%- l i 6W LVOOUT2M ( kl> G#U0 RN6 U8B P-%_ 300oban-0402-+25% b 501 ] 4KToban-0_2-1S%- [ V GND C75 NC'5pF-0402-X7R-±I 0%- 50V 2"20PIN-20-D-H-NC _t v, ----F-(_9 5pF-0402-XTR-±K_ ;- 50V M33V H6W l. 16_vV 7 i ............ GND % 1 2 :! .......... ........... ........ . ........ ........... ] ........ • .......... , 1 2 ¢ 3 _ 5 6 5 6 Power-Block NDDI2 [ L1 .... Main Board (SCH) RE01TC81ELNA0 (2012) I_0805-XSR-±t_ 63V v 1111 ]] TC, TC, TC,7OTC, , G6 H6 J7 Jll Kll L8 L9 IvD ----C173--[C14 v N9 P9 K7 O%'D OND 0 htF- 0_2-Y5_,_+ 8(Bb-20%- 16V Jl3 K6 Nil I 0 hl_O402-YS_,L+ 8(P, b-20%- 16%" E12 vDuiz v,'x> T_D12 T_D12 V_ V_ "VI)D12 V,_S TI)D12 V,_S "VI)D12 TI)D12 VSS V,_S VDD12 AT_DI_LLA VSS V_ VSS AVDD12PII_ A'v_DI_LLC VSS VSS T_D12S_B V_S V_ x x_ 120olm>_3-_5% 10Kolmi-0_2-+5%- H 6TV 100olmi- 0_2-+5%- l ,'I o%V i ii i HI0 HII J0 J8 J9 J10 K8 K9 KI0 FII KS L5 L6 L7 P2 T8 H8 H9 } GND MI0 AVDD12W_ _-__C176 A\,_D[2 o i F6 F7 G7 H7 A'vgD12USB 7 x HI3 F x 0 tuF-O402-Y5_,c+ 8(Bb-20%- 16V E8 I 12_1an-_3-_5% L24 AT_D12T£_X" A'_Dm2' 2@ _ 1_, >2@ _ 1_ , G%'D OND _L ST _L _',O h_-_O2-Y_%:-+8_ >2@ _ 1_, I_-0805-XSR-±t_ _6 3V I NC' I_0805-X5R-±t_ _ 7 _6 3V l_, 0 htF-_O2-Y%,C+80%-20% VOCQ18 VO;Q18 CI86 -16% E9 0 htF-OdO2-Y%,C+ 80%-2@ b- 16% 0 h_2-Y5V-+8_ ND _2_ _ 16%_ A\DD33\ O 120otm1-0603-_25% } El0 (2 (3 L_7 (..-W,V-..,/% 1 Ell hlF-( MO2-YSV-+80%- 20%- 10_" hlF-( MO2-YSV-+80%- 20%- 10_" htF-O402-Y5V-+ 80%- 20%- 16V _t£,-080_-X_R-=t 0%- 6 3V __li -- --C188 L2 TClB9 TcIg0 T I96 E6 A'v_D33"£_ AVSS33HDM[ A'v_D33HDMI A'v_D33HDMI A_D33TgLL AV_33HDM[ DI2 A'vgD33ADAC A\rDD33A,_C D2 AV_33ADAC D5 V 120olmi-0603-+25% L?8 8YIDID}}A 0 htF- 0_2-Y%'0 htF- 0_2-Y%< 33VD <) G%'D + 80%-20%- 16% + 8(£,b-2(B b-16% 11 AVNS33AA_? Nll G4 P5 CI93 0olm>0603-+5%t, 10W L39 \2+80%-20%-16% V-+80%-20%- 16_, V-+8_ b-2_ b- 16_, J12 K13 L12 i C_'D 33\ iN(} TI _L TC 8- C182 0 h_2-Y%<+8_2_ 33VA O _L -- --C195 VOOQ33 VCt_33 [ F4 KI2 Lll HI2 VSS _'SS VCt3Q33 VC_'Q33 VC_Q33 CI97 STB V 120ohm-0603-+25% E7 _gDFUSE 1 \_DFUS_ G12 FI2 OND 8,$V£ E3 E4 E5 D4 ¢7V 0 htF-OdO2-Y%_-+ 80%- 2@ b-16% EXT CS _,1_) CI98 OND H14 T _7 OND 10uF-0805-Xq{-±t 0%- 6 3\, G%'D 1 2 3 4 1 2 4 3 5 6 8 84pad Main Board (SCH) RE01TC81ELNA0 (2012) DDR2 4*33otml-0402-_5%- Ii16W RN1 DI_acM A4 DI_acM CT_,S DI_acM AI 1 DR&M A0 DR&M AI0 DIL&M AI i/f-Block ,% U17 U8A l %/,,/, 2 aOA4 Hi,_ H3[_ .r2_ 3 W 4 SOCAS 5 %A_ 6 SDAll 7 _ 8 SOAO Jt__ l "_V' 3%.,%/, 2 4 SDA10 .... JQ. Ltd.: SDA4 SIX'AS i DRAM BA1 DRAM A9 DRAM WE DRAM BA0 DR_M B}d DRAM AB 5 _/_ () SDBAI 7 _7/, 8 .... 1%A/' SDA1 i-[_2 L21_,_ (NO2-_'_SW#t6W @ @ 4 6 SDSAQ SDSA2 7 _ 8 SDA3 DRAM (NE DRAb{ ,%7 DR_M RA, S DR_M A6 1 3 _/X/ W ,62 5 W 6 SDA2 J3F> K%_ SDA6 Kly; DILkM ODT 7 @ 8 SDODT K2k_ DILkM (LK DILkM DILkM 0402-_'8;c,4iIdW 5 ^.._.._ %./_ 4 6 7 _ 8 SPA12 SDA7 10ohm4)402-=5%-1/16W R139 10ohm43402-=5%-1/16W _: SDD___N4 SDDQ1 SPA2 SD_4: SI)ODT SDDQ3 SDDQ4 SDDQ5 SDCLK sDcIx N <_T4 SODO0 SODO_ SDDQ2 <_P3 SDDO3 _qT2 SDDO4 rt wiring (_ "< 7 G%'D \1)DIS O NC/10uF-0805-X5R-±10%-6 1 2 3V 3 G']ND 0 lu F-0402-Y5V-+80%-20%-16V 0 lu F-0402-Y5V480%-20%-I 0 lu F-0402-Y5V-+80%-20%-16V 0 1 u F-0402-Y 0 lu F-0402-Y5V-+80%-20%-16V 0 1 u F-0402-Y5V480%-20%-I 6V 0 lu F-0402-Y5V-+80%-20%-16V 0 1 u F-0402-Y5V480%-20%-I 6V 0 lu F-0402-Y5V480%-20%-I 6V ¢ 5V4 80%-20 6V %-16V 5 6 8 1 2 ¢ 3 5 G Main Board (SCH) RE01TC81ELNA0 (2012) A TI 15 16 1 17 NC -- GND NC IS G%'D 2 NC TU 5V -3 4 GND @(50 TU _%_ hlF-0603-".L%'- +80%-2(P. 6220ohm-Od02-_5%- 1/16W U8F 220ohm-Od02-_5%- H6W 4K7olm>0402-+__%- H 6W 4K7olml-O_2-+2 %-H6W 5 OND 6 SDA Ii. G_.D 7 TU SD_ 8 _- S(K' TU 1 TU SCL SDA TI2_ 9 I1' O_'D 10 11 ii : 7 Dlrl DW2 12 IF ACRP 13 IFN 14 11_ R60 IF AC_7" R235 UI2 01 _VI A16.___ IFAGC F;gN "/N/N" | V G%'D i iiiiiiiiii CI39 IF+ AI_> IF- BI2;_ TU _%_ __ VO _+i0 l __ 2LT O%'I) 1 0ohm-0d02-_5%- 1/16W 0 0hff- 0402-Y5_,_+ 80%-20%- 16_, 2K2olml-O_2-+-_%- H 6W DVT- IOBCq'41F0 PI2V IFACK_ R2_'/N/N" C1 I ] H 6W50\, 01_'_°hm-('_2-_5%0htF- 0_2-X7R-±t 0%l_otun-( '_2-_5%- H6W r _ i R236 {7203 i iiiiiiiii 0 hff'-O_2-Y%_- +8(£.6-20% - 1o%" UTC78D05L 100uF- 16V-+20%-6 *7-105 0 htF-0_2-Y%'- +80%-20%- 16V 1 2 3 ¢ 5 6 8 1 2 ¢ B 5 6 Main Board (SCH) RE01TC81ELNA0 (2012) ,% 10Kohm-{}d02-__1%-Iit6W 330pF-_02-X7R-±I 0%- 50V htF-0603-YST-+80%-20%- 10V NC'Lbhm-0402-=5%- 1/ 16_V q- ( LOUT ROUT 1 2 3 ¢ 5 6 8 I 2 3 4 5 6 Main Board (SCH) RE01TC81ELNA0 (2012) AI 5V © G%_D Diff. pairim_edancel00ohm 0402-_5%- 1/16W 47Kolza n-0402-_5%- 1/ 15W G2X'D 10 ARZQP 9 ARZQM G%'D B0 Stfield I30+ D> D1St_ld DI+ D2D2 Slfield SHFAdB SHFAI1 I ASDA -- 13 CK- 22 AHP{_ A1 _V G2X'D ARZgP ARZ1M 6 5 G%,'D 4 3 2 G%'D Ii16W Ii16W IiI_V IiI_V 4R7otml-0402-+5%4R7otml-0402-+5%4R7otml-0402-+5%4R7otm_-0402-+5%- IiI_V IiI_V IiI_V IiI_V ARZ1P ARX2M 0 0 hff:-0402-XTR-±t 0%- 50V 560olm_-0402-±t%- HoWV cHo o0+ ,/N/N R221 _,:: cHo o0- ,/N/N R222 ,a,3, clio O1+ ,/_ P,223 B2__ RX1P clio D_- ,/N/N R224 ,a2:__ CH0 D2+ _/N R225 BI-_: ARZ_P 1 D2+ 4R7ohm-lM02-+5%4R7ohm-lM02-+5%4R7otml-0402-+5%4R7otml-0402-+5%- 471511051 RXOM AVDD33V ,-, _B O'ND G%'D C214 N RX2P _C4 21 23 cHo o2- ,/N/N R226 CN0 CLK+ ,/_/N R227 CN0 CLK- _/_R228 AL_.. _P <0N4 SHELL2 SHFJLL4 R184 19 18 17 _HP_ _I {V G%,'D 16 15 14 _A _0L 13 12 11 CECl BRXCM G%'D 10 9 8 _R_QP _RXQM G%'D D0+ D1D1St_ld 7 6 5 _RXQP _RX1M G%'D DI+ D2- 4 3 2 _R_IP BRX2M G%'D D2 Slfield D2+ 1 #R_P HP DET ÷5V GXD DIX'DATA DDCC_K NC-_-ERemote CK_TKShield OK+ I)0D0 Stfield 22 SHFAdB SHFAI1 Eq, Pd65 A4 R186 CH0 SCL C5 C]_.> CH0 SDA C5 C1_> C128 10Kolm>0402-+5%- lq6W 47Kolm>0402-+5%- lq6W 47Kolm>0402-+5%- lq6W C130 CI35 PWR IVII2__ R20%N/N_ T 3Kohm-l>D2-_5%- 1.'I_ _-_'2200pF-O_(P_-X7R-±I 0°_-53%,q3 IKolm>0402-_S_glq6W 4700pF-0402-X7R-±I 0%- 50V 2K2ohu>0402-_5%- 116W 2 2tff'-0603-Y%'-+80%-20%- 10V HDNA 33V M3 3V L8 471511051 120olm>0603-+25% OND t 1080 1082 T T 10uF4)805-X5R-± 10%-6 1091 1094 1095 I097 T T T T 3V 0 1uF-0402-Y5V-+80%-Z0_/_FRM 02-Y5V-+80%-20°/@11&_F-0402-Y 5V-+80%-20%-16_1uF-0402-Y5V-+80%-20%-16V 0 1uF-0402-Y5V_80%-20%-16V 0 1uF-0402-Y5V_80%-20%-16V OIND Diff. G%'D pairim_edancel00ohm IKohm-0402-+5%- 1/16W Ct 5X 36Kohm-( _KP_-+5%-1/1oWV 36Kohm-0402-+5%- t/1 o%V 1Kohm-0402-+5%- 1/1 oWV CON1 21 23 - SHFd_2 SHELIA 19 18 17 16 15 14 tlP DET +5V GND DIX'DATA DDCCLK 22 SHFAd3 NC -13 tZERemote 12 CK11 CK 5tfield 10 OK+ 9 I)08 D0 St_ield 7 120+ 6 D15 D1Nfield 4 DI+ 3 D22 D2 Slfield 1 D2+ QHP# 01 _V G%'D 85 _R199 O_A 0_0_ 10Kolm>0402-+5%- 1/ 16W 0001 ORKOM i 47Kolm>0402-+5%- 1/ 16W 47Kolm>0402-+5%- 1/ 16W G%'D U7 PS421 ORKOP ORKOM G%'D 50 m ORKOP ORKIM BRXCM CRXlP BRXOM CRXIP QRK_M BRX0P QRZIN 0RKaP BRXIM CRX0P 9R_aP BRXCP CRX2M G%'D O HDN_ 33V G%'D _RN1P SHFA_I CRXOM VOC 471511051 BRX2M IN_n BRX2P OIND VCC CRXCP IN3Dlp CRXCM ARXCM G%'D >1492 CON2 21 SHFdd2 23 SHELIA HP DET +5V DIX'DATA DDCC_K NC tTERemote CK_K Shield (K+ I)0130 R_ld DO+ DL D_ _ld -- 19 _HPP 18 17 _I {V G%,'D 16 DSDA 15 14 _gQL 0001 _R£QM 12 SHELL3 D2 Shield D2+ DRX0P ARNIP DRXOM AR_N ARN_P PRZQP DRXCM --___----G%'D 47Kolm>0402-+5%- Ii16W 47Kolm_-0402-+5%- Ii16W 1Kolm_-0402-_5%- 1/ 16_vV DRXIM G%'D 499d_n-0402-±t%- _R_IP _R_aM 3 1 AR_IN _RXOP 6 2 22 DRXIM G%'D 4 DI+ D2- PRZIP AR_gP _R£QP _R£OM 7 5 ARXOM G%,'D I0 9 8 DRX2P DRX2M 10Kolm>0402-+5%- Ii16W 13 11 R208 AR_0P H6W = G_'D _RX2p SHELL1 G%'D 471511051 DD(B 22uF-WoO3-Y%_-+80%-2ff_,6- 10V PS42Lad)DR0 O_qD I Title _ I I G2_,'D I 2 3 Date: ] File: 4 5 2011-01-07 D:',ATSL'C,P10 HDIMI.Sc!fl2_c I Sheet of I INmmBv: 0 I [IIIIIIIIIIII] I_ _1_ ........ _,_ _d__F4°_?%_o/' ;;_i!i°;; ...... 0 m_ c_4 cl8 _ a_ Q° ..... o_7 _;_ s _ _2S9 © o,2_ _o_ _Z C_8C3 °,2s _ _cl24 @°°3 _@002 c_s c_sTC] n_r/m C_cao _ _ _ c® _ .... EB_E'bUUU _ r_ c3 r_ _ n _4_R42 ;, _ Power board (SCH) RE46DZ1750 O v+ RT[ I INPUT:ACI00V 240V/3A C201 ._ c207 LY2 T,+ 4 CON2 i 2 ......... ..... i.............. +i2v 3 ..... ].............. +12v 4 ..... i 5 ..... ].............. GND 6 ..... ].............. 12% 7 .... ] .... R402 C401 +12VSN3A i i..... io VPFC GND J 12% GND ++ +5VSg Ril6 PSON C107 Rl12 R102 RIO3 iii .... TI Rill L102 RI05 < EC402 R104 CON3 T 2 ..... +24V 3 ..... i GND 4 ..... GND EC403 QlO5 22 NC _E_ PD202 !_ _ RIIO QlO2 ] ]i .... +1_ Ci06 +5VL , X _ __ ....- T i2 l 4 -- z+ i NC R417 <7 _ ].... __-- ]°_°L Nc[ I R232 T +oi:4"_ -- i R4i8 R419 ..... • _U40: _ +i2VSB i+ k_ @ R422 I1 ].... A ]1 A ,'% 8[I03 _++++++++++ 4- Z_ F_ +_11 + PS_ I ._ A+_ +5VSB R24_ NC NC EC208 +24V R247 C +SVSB - L401 '_ R23S : +12v +_ +i+++,+ +°+°+ft R421_ _ i U203 NC \ 7 R424 NC _ EC404 ic452 EC406 i C419 TT P@Ol R516 X R517 °+ N+ 3_U402 Z402 kk + T? 20 21 NC BL102 © ++1'+I BLI04 NC VER: 1.0 CY3 ±1'2, 0 R452 2012.02.10 +12VO Sheet 1 Of 4 Power board (SCH) RE46DZ1750 80201 I,,I RS208 C202 VPFC v+ O q © L202 R207 L203 11 ER28 13 i _ R216 \ ; ] 1 .... _ _ P ....t _c2oJ_ TT T_8 2o3] _'-_ / 1 l -_____ i' .... 'i - i 0 _i ..... N_ D202 vcc _2o_{ c2o8 -[-T . . R221 R210 TT ! VER: 1.0 2012.02.10 Sheet 2 Of 4 Power board (SCH) RE46DZ1750 CON5 o .... 0 C603 o.... It VBL+ 104/400V/MPP O Nr O VBL VBL PT A O O 0 NC 0 SGND 6 D602 0 VBL R629 I SEN if R628 T301 ER28(4+4) 8 io D603 11 F_I oOO rNTVCrpT (VREF) B 0 I __ 44:94 PT C _ - R638 - ] _ i:i00 ± ,t / / V_F_ 1" T / / +_+ °°o_, o_ . " _ " __ C60 -_- '_' ..... I I ++_A.... _:.... _7o2 • rll • - f__+ - RT .... R601 VPFC o_o_ _.... 1 ++2--1 'J R604 . l o.... _i _ D303 RB05 RB06 CNT E +12VD pQ302 vccl AD R704 2 13 U60I D 14 ) ON/OFF I i ON/OFF i ....'-+ +l i' ........ U _._ vcc c I SEN 0 R709 o7o_( q C703 NC CON4 VER: 1.0 r_ 2012.02.10 Sheet 3 Of 4 Power board (PCB) RE46DZ1750 I £ JP1 EC405 ,_ _- B1-53900227-ZH VER 1.2 18.0mm --I_ ll3.0mm I:, 248.0mm 266.0mm XXXXIPB740A VER1.0 2011 - Non Feb 27 175516 2012 Power board (PCB) RE46DZ1750 • • • o BoneR • ... iRon ii • • iBm • • " "'" ||m "" m -'-" • i • ill • • • • i i • • 'i ;.: • m mR 'i • iBm in.. - =-••i i am i..ili: • • • • m m ,, • l • ' • m_ ilion "'"'".!_:: io n )e_ , • i 4mmk • iii I In i i • i m m moB • I i • DO • • • i olli • • i • • m • i . mm • • • • . ', O • • imam mm = • • • • • • • XXXXIPB740A VERI.O 2011 - oR • •mm • • • i _ • = = • •• • i.!i :::: ii • • me i. 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I I I O XXXXIPB740A VERI.0 2011 - Mon Feb 27 17"54:05 2012 Power board (PCB) RE46DZ1750 SIZE YES 1.1 41 _ YES # TOL _ YES +/-0,0 166 _ YES +/-0.0 1.5 6 "_ YES +/-0.0 1.2 47 Jr[ YES +/-0.0 0.9 ,50 # YES +/-0.0 5.5 6 -I _ YES +/-0.0 0.7x 2.8 3 "I "L YES +/-0.0 2.1 4 "_ YES +/-0.0 1.5 15 "1"ff YES +/-0.0 4 2 @ YES +/-0.0 2 I -I _ YES +/-0.0 _.z_._ 4 _ YES +/-o.o 2.3 2 -I 9 YES +/-0.0 I.O 35 _ YES +/-o.o 0.889 2012 PLATED I XXXXIPB740A VER1.0 2011 - Non Feb 27 1757:03 SYM 7 1.7 .+ QTY 0.8 4 _ YES +/-O.O 1.5 8 "_ YES +/-0.0 1.4 I£' "_ YES +/-0.0 1.4 1 "1] NO +/-0.0 I 2 I _ I 4 I _ I _ I • I e I 9 I lo I 11 I 12 I _3 I 14 I 1_ I 16 .e (] 0 0 0 ÷ O F F E E 26 323ZBDO02 Rubberfoo_ 25 6 Stand base 24 23 1455731Z0 bracket l Standbase 1 NeckBracke_ l 2Z 30557300Z Washse[ 21 Z45573000 Stand _racket 1 20 305573001 Washse[ l ]9 Z45573100 Washse_ 1 ]8 145573Z00 Neckcove_ 1 ]7 145573000 Stand neck l ]6 LB42K1500 Cable damp ]5 2450AL000 13 1 Powerboard 1 153297030 SMeldiack II Z550ALZO0 ConnectoJ ]0 Z550kL300 MaJnborad 9 2550AL|00 Power 8 _850kLO00 Wallmount 7 2550^L000 Ma_n Z45O^LO00 Stand 6 I 1 board bracket bracket bracket 171930|00 Lens _0 C 2 568C 2 SGCC 4 S68C 2 SGC: bracket ! SGCZ: I! IR board I Ic I HIF!; I bracket Pane] 4 I I I S6[}[: l _aJn board 12 _G[}[: 1 Backcover ]4 II I! sensor I! Speaker F_,_,I,_ 12 m IJSOALO00 ! Frontcab_net ! _es A 1 I 2 I s I 4 I 5 I 6 I 7 I 8 I 9 I 10 I 11 I 12 I 13 I I I 14 I I I I I 15 I 16
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