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| input menu p ok /i led lcd tv service manual caution before servicing the chassis, read the safety precautions in this manual. chassis : lj03d model : 32le5500 32LE5500-SA north/latin america http://aic.lgservice.com europe/africa http://eic.lgservice.com asia/oceania http://biz.lgservice.com internal use only printed in korea p/no : mfl63261812 (1004-rev00)
copyright lg electronics. inc. all rig ht reserved. only for training and service purposes lge internal use only - 2 - contents contents .......................................... ................................................... . 2 product safety .................................... ............................................. 3 specification ...................................... ................................................. 6 adjustment instruction ............................. ................................. 12 exploded view ...................................... ............................................ 20 svc. sheet ........................................ ................................................... .... copyright lg electronics. inc. all rig ht reserved. only for training and service purposes lge internal use only - 3 - safety precautions many electrical and mechanical parts in this chassi s have special safety-related characteristics. thes e parts are identified by in the schematic diagram and exploded view. it is essential that these special safety parts sho uld be replaced with the same components as recomme nded in this manual to prevent shock, fire, or other hazards. do not modify the original design without permissio n of manufacturer. general guidance an isolation transformer should always be used during the servicing of a receiver whose chassis is not isolat ed from the ac power line. use a transformer of adequate power rat ing as this protects the technician from accidents resulting in personal injury from electrical shocks. it will also protect the receiver and it's componen ts from being damaged by accidental shorts of the circuitry that may be inadvertently introduced during the service operati on. if any fuse (or fusible resistor) in this tv receiv er is blown, replace it with the specified. when replacing a high wattage resistor (oxide metal film resistor, over 1 w), keep the resistor 10 mm away from pcb. keep wires away from high voltage or high temperatu re parts. before returning the receiver to the customer, always perform an ac leakage current check on the exposed metallic parts of the cabinet, such as antennas, te rminals, etc., to be sure the set is safe to operate without damage o f electrical shock. leakage current cold check(antenna cold check) with the instrument ac plug removed from ac source, connect an electrical jumper across the two ac plug prongs. pl ace the ac switch in the on position, connect one lead of ohm- meter to the ac plug prongs tied together and touch other ohm-meter lead in turn to each exposed metallic parts such as antenna termina ls, phone jacks, etc. if the exposed metallic part has a return path to t he chassis, the measured resistance should be between 1 m and 5.2 m . when the exposed metal has no return path to the ch assis the reading must be infinite. an other abnormality exists that must be corrected before the receiver is returned to the customer. leakage current hot check (see below figure) plug the ac cord directly into the ac outlet. do not use a line isolation transformer during this check. connect 1.5 k / 10 watt resistor in parallel with a 0.15 uf capacitor between a known good earth ground (water pipe, cond uit, etc.) and the exposed metallic parts. measure the ac voltage across the resistor using ac voltmeter with 1000 ohms/volt or more sensitivity. reverse plug the ac cord into the ac outlet and rep eat ac voltage measurements for each exposed metallic part. any vo ltage measured must not exceed 0.75 volt rms which is cor responds to 0.5 ma. in case any measurement is out of the limits specif ied, there is possibility of shock hazard and the set must be che cked and repaired before it is returned to the customer. leakage current hot check circuit 1.5 kohm/10w to instrument?s exposed metallic parts good earth ground such as water pipe, conduit etc. ac volt-meter when 25a is impressed between earth and 2nd ground for 1 second, resistance must be less than 0.1 *base on adjustment standard important safety notice 0.15 uf copyright lg electronics. inc. all rig ht reserved. only for training and service purposes lge internal use only - 4 - caution: before servicing receivers covered by this service manual and its supplements and addenda, read and fo llow the safety precautions on page 3 of this publication. note: if unforeseen circumstances create conflict between the following servicing precautions and any of the safe ty precautions on page 3 of this publication, always follow the safet y precautions. remember: safety first. general servicing precautions 1. always unplug the receiver ac power cord from th e ac power source before; a. removing or reinstalling any component, circuit board module or any other receiver assembly. b. disconnecting or reconnecting any receiver elect rical plug or other electrical connection. c. connecting a test substitute in parallel with an electrolytic capacitor in the receiver. caution: a wrong part substitution or incorrect polarity installation of electrolytic capacitors may result in an explosion hazard. 2. test high voltage only by measuring it with an a ppropriate high voltage meter or other voltage measuring device (dv m, fetvom, etc) equipped with a suitable high voltage probe. do not test high voltage by "drawing an arc". 3. do not spray chemicals on or near this receiver or any of its assemblies. 4. unless specified otherwise in this service manual , clean electrical contacts only by applying the following mixture to the contacts with a pipe cleaner, cotton-tipped stick o r comparable non-abrasive applicator; 10 % (by volume) acetone a nd 90 % (by volume) isopropyl alcohol (90 % - 99 % strength ) caution: this is a flammable mixture. unless specified otherwise in this service manual, lubrication of contacts in not required. 5. do not defeat any plug/socket b+ voltage interlo cks with which receivers covered by this service manual might be e quipped. 6. do not apply ac power to this instrument and/or any of its electrical assemblies unless all solid-state device heat sinks are correctly installed. 7. always connect the test receiver ground lead to the receiver chassis ground before connecting the test receiver positive lead. always remove the test receiver ground lead last. 8. use with this receiver only the test fixtures speci fied in this service manual. caution: do not connect the test fixture ground strap to any heat sink in this receiver. electrostatically sensitive (es) devices some semiconductor (solid-state) devices can be dam aged easily by static electricity. such components commonly are called electrostatically sensitive (es) devices. examples of typical es devices are integrated circuits and some field-effe ct transistors and semiconductor "chip" components. the following tech niques should be used to help reduce the incidence of comp onent damage caused by static by static electricity. 1. immediately before handling any semiconductor co mponent or semiconductor-equipped assembly, drain off any elec trostatic charge on your body by touching a known earth groun d. alternatively, obtain and wear a commercially avail able discharging wrist strap device, which should be rem oved to prevent potential shock reasons prior to applying p ower to the unit under test. 2. after removing an electrical assembly equipped w ith es devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buil dup or exposure of the assembly. 3. use only a grounded-tip soldering iron to solder or unsolder es devices. 4. use only an anti-static type solder removal devic e. some solder removal devices not classified as "anti-static" can generate electrical charges sufficient to damage es devices. 5. do not use freon-propelled chemicals. these can generate electrical charges sufficient to damage es devices. 6. do not remove a replacement es device from its p rotective package until immediately before you are ready to i nstall it. (most replacement es devices are packaged with lead s electrically shorted together by conductive foam, a luminum foil or comparable conductive material). 7. immediately before removing the protective mater ial from the leads of a replacement es device, touch the protect ive material to the chassis or circuit assembly into which the d evice will be installed. caution: be sure no power is applied to the chassis or circu it, and observe all other safety precautions. 8. minimize bodily motions when handling unpackaged replacement es devices. (otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static elec tricity sufficient to damage an es device.) general soldering guidelines 1. use a grounded-tip, low-wattage soldering iron a nd appropriate tip size and shape that will maintain tip temperatu re within the range or 500 f to 600 f. 2. use an appropriate gauge of rma resin-core solde r composed of 60 parts tin/40 parts lead. 3. keep the soldering iron tip clean and well tinne d. 4. thoroughly clean the surfaces to be soldered. us e a mall wire- bristle (0.5 inch, or 1.25 cm) brush with a metal h andle. do not use freon-propelled spray-on cleaners. 5. use the following unsoldering technique a. allow the soldering iron tip to reach normal tem perature. (500 f to 600 f) b. heat the component lead until the solder melts. c. quickly draw the melted solder with an anti-stat ic, suction- type solder removal device or with solder braid. caution: work quickly to avoid overheating the circu it board printed foil. 6. use the following soldering technique. a. allow the soldering iron tip to reach a normal t emperature (500 f to 600 f) b. first, hold the soldering iron tip and solder th e strand against the component lead until the solder melts. c. quickly move the soldering iron tip to the juncti on of the component lead and the printed circuit foil, and ho ld it there only until the solder flows onto and around both th e component lead and the foil. caution: work quickly to avoid overheating the circuit board printed foil. d. closely inspect the solder area and remove any ex cess or splashed solder with a small wire-bristle brush. servicing precautions copyright lg electronics. inc. all rig ht reserved. only for training and service purposes lge internal use only - 5 - ic remove/replacement some chassis circuit boards have slotted holes (obl ong) through which the ic leads are inserted and then bent flat against the circuit foil. when holes are the slotted type, the following technique should be used to remove and replace the ic. when w orking with boards using the familiar round hole, use the stand ard technique as outlined in paragraphs 5 and 6 above. removal 1. desolder and straighten each ic lead in one oper ation by gently prying up on the lead with the soldering iron tip a s the solder melts. 2. draw away the melted solder with an anti-static suction-type solder removal device (or with solder braid) before removing the ic. replacement 1. carefully insert the replacement ic in the circu it board. 2. carefully bend each ic lead against the circuit foil pad and solder it. 3. clean the soldered areas with a small wire-brist le brush. (it is not necessary to reapply acrylic coating to the areas). "small-signal" discrete transistor removal/replacement 1. remove the defective transistor by clipping its leads as close as possible to the component body. 2. bend into a "u" shape the end of each of three l eads remaining on the circuit board. 3. bend into a "u" shape the replacement transistor leads. 4. connect the replacement transistor leads to the corresponding leads extending from the circuit board and crimp th e "u" with long nose pliers to insure metal to metal contact t hen solder each connection. power output, transistor device removal/replacement 1. heat and remove all solder from around the trans istor leads. 2. remove the heat sink mounting screw (if so equipp ed). 3. carefully remove the transistor from the heat si nk of the circuit board. 4. insert new transistor in the circuit board. 5. solder each transistor lead, and clip off excess lead. 6. replace heat sink. diode removal/replacement 1. remove defective diode by clipping its leads as close as possible to diode body. 2. bend the two remaining leads perpendicular y to the circuit board. 3. observing diode polarity, wrap each lead of the new diode around the corresponding lead on the circuit board. 4. securely crimp each connection and solder it. 5. inspect (on the circuit board copper side) the so lder joints of the two "original" leads. if they are not shiny, re heat them and if necessary, apply additional solder. fuse and conventional resistor removal/replacement 1. clip each fuse or resistor lead at top of the ci rcuit board hollow stake. 2. securely crimp the leads of replacement componen t around notch at stake top. 3. solder the connections. caution: maintain original spacing between the replaced component and adjacent components and the circuit b oard to prevent excessive component temperatures. circuit board foil repair excessive heat applied to the copper foil of any pr inted circuit board will weaken the adhesive that bonds the foil to the circuit board causing the foil to separate from or "lift-of f" the board. the following guidelines and procedures should be follo wed whenever this condition is encountered. at ic connections to repair a defective copper pattern at ic connecti ons use the following procedure to install a jumper wire on the copper pattern side of the circuit board. (use this technique only on ic connections). 1. carefully remove the damaged copper pattern with a sharp knife. (remove only as much copper as absolutely ne cessary). 2. carefully scratch away the solder resist and acr ylic coating (if used) from the end of the remaining copper pattern. 3. bend a small "u" in one end of a small gauge jum per wire and carefully crimp it around the ic pin. solder the ic connection. 4. route the jumper wire along the path of the out- away copper pattern and let it overlap the previously scraped e nd of the good copper pattern. solder the overlapped area and clip off any excess jumper wire. at other connections use the following technique to repair the defective copper pattern at connections other than ic pins. this technique i nvolves the installation of a jumper wire on the component side of the circuit board. 1. remove the defective copper pattern with a sharp knife. remove at least 1/4 inch of copper, to ensure that a hazardous condition will not exist if the jumper wire opens. 2. trace along the copper pattern from both sides o f the pattern break and locate the nearest component that is dire ctly connected to the affected copper pattern. 3. connect insulated 20-gauge jumper wire from the lead of the nearest component on one side of the pattern break to the lead of the nearest component on the other side. carefully crimp and solder the connections. caution: be sure the insulated jumper wire is dressed so the it does not touch components or sharp edges. copyright lg electronics. inc. all rig ht reserved. only for training and service purposes lge internal use only - 6 - specification note : specifications and others are subject to cha nge without notice for improvement . 1. application range this specification is applied to the lcd tv used lj 03b/d/e/f chassis. 2. requirement for test each part is tested as below without special appoin tment. 1) temperature : 25 oc 5 oc (77 of 9 of), cst : 40 oc 5 oc 2) relative humidity : 65 % 10 % 3) power voltage : standard input voltage (ac 100-240 v~ 50 / 60 hz) * standard voltage of each products is marked by mo dels. 4) specification and performance of each parts are followed each drawing and specification by part num ber in accordance with bom. 5) the receiver must be operated for about 20 minut es prior to the adjustment. 3. test method 1) performance: lge tv test method followed 2) demanded other specification - safety: ce, iec specification - emc:ce, iec copyright lg electronics. inc. all rig ht reserved. only for training and service purposes - 7 - lge internal use only 4. general specification(tv) no item specification remark 1 receivable system 1) sbtvd / ntsc / pal-m / pal-n 2 available channel vhf : 02 ~ 13 uhf : 14 ~ 69 dtv : 07 ~ 69 catv : 01 ~ 135 3 input voltage 1) ac 100 ~ 240v 50/60hz 4 market central and south america 5 screen size 32 inch wide (1920 x 1080) 32le7500,32ld650,32le5500 42 inch wide (1920 x 1080) 42le7500,42ld650,42le5500,42le8500 47 inch wide (1920 x 1080) 47le7500,47ld650,47le5500, 55 inch wide (1920 x 1080) 55le7500,55ld650 60 inch wide (1920 x 1080) 60le5500 6 aspect ratio 16:9 7 tuning system fs 8 lcd module lc320euh-sca4 (vitiaz 5) 32le7500-sa lc420euh-sca2 (vitiaz 5) 42le7500-sa lc470euh-sca2 (vitiaz 5) 47le7500-sa lc550eub-sca2 (vitiaz 5) 55le7500-sa lc320wuh-sca1(vitiaz 5) 32ld650-sa lc420wuh-sca1(vitiaz 5) 42ld650-sa lc470wuh-sca1(vitiaz 5) 47ld650-sa lc550wub-sca1(vitiaz 5) 55ld650-sa lc320euh-sca1(vitiaz 5) 32LE5500-SA lc420euh-sca1(vitiaz 5) 42le5500-sa lc470euh-sca1(vitiaz 5) 47le5500-sa sharp 60 fhd t240 iop led 60le5500-sa lc420muk-sca1 (vitiaz 5) 42le8500-sa 9 operating environment temp : 0 ~ 40 deg humidity : ~ 80 % 10 storage environment temp : -20 ~ 60 deg humidity : -85 % 5. chrominance & luminance specification 1) lj03d/e (le5500,le7500,42le8500) - 8 - lge internal use only copyright lg electronics. inc. all rig ht reserved. only for training and service purposes no item min typ max unit remark 1. max luminance module 360 450 cd/m 2 32/42/47/55le7(5)500 (center 1-point / full white pattern) 450 500 42le8 500 set 300 450 cd/m 2 32/42/47/55le7(5)500 400 500 42le8500 2. luminance uniformity 77 % full white 3. color coordinate red x typ. 0.651 typ. 32le7(5)500 -0.03 0.647 +0.03 42/55le7(5)500 0.645 47le7(5)500 (tbd) (42le8500) y 0.332 0.332 0.333 (tbd) green x 0.308 0.309 0.310 (tbd) y 0.597 0.601 0.593 (tbd) blue x 0.149 0.149 0.152 (tbd) y 0.059 0.059 0.057 (tbd) white x 0.279 (0.280) y 0.292 (0.290) 4. color coordinate uniformity n/a 5. contrast ratio 900:1 1300:1 32le7(5)500 normal 1000:1 1400:1 42/47/55, 42le85 3,000,000:1 5,000,000:1 le7(5)500 dcr 5,000,000:1 7,000,000:1 42le8500 6. color temperature cool 0.267 0.269 0.271 - 9 - lge internal use only copyright lg electronics. inc. all rig ht reserved. only for training and service purposes 2) lj03b (32/42/47/55ld650-sa) no item min typ max unit remark 1. max luminance module 400 500 cd/m 2 32/42/47/55ld650 (center 1-point / full white pattern) set 400 500 cd/m 2 32/42/47/55ld650 2. luminance uniformity 77 % full white 3. color coordinate red x typ. 0.642 typ. 32ld650 -0.03 0.636 +0.03 42ld650 0.639 47ld650 (tbd) 55ld650 y 0.334 0.335 0.334 (tbd) green x 0.292 0.291 0.290 (tbd) y 0.607 0.603 0.606 (tbd) blue x 0.146 0.146 0.146 (tbd) y 0.056 0.061 0.058 (tbd) white x 0.279 y 0.292 4. color coordinate uniformity n/a 5. contrast ratio 1000:1 1400:1 32ld650 normal 1100:1 1500:1 42/55ld650 1200:1 1500:1 47ld650 dcr 50,000:1 70,000:1 6. color temperature cool 0.267 0.269 0.271 copyright lg electronics. inc. all rig ht reserved. only for training and service purposes - 10 - lge internal use only 6. component video input (y, c b/ p b , c r /p r ) no resolution h-freq(khz) v-freq.(khz) pixel clock proposed 1. 720*480 15.73 60 13.5135 sdtv ,dvd 480i 2. 720*480 15.73 59.94 13.5 sdtv ,dvd 480i 3. 720*480 31.50 60 27.027 sdtv 480p 4. 720*480 31.47 59.94 27.00 sdtv 480p 5. 720*576 15.625 50* 13.5 sdtv 576i 6. 720*576 31.25 50* 13.5 sdtv 576p 7. 1280*720 37.5 50* 74.25 hdtv 720p 8. 1280*720 45.00 60.00 74.25 hdtv 720p 9. 1280*720 44.96 59.94 74.176 hdtv 720p 10. 1929*1080 28.125 50* 74.25 hdtv 1080i 11. 1920*1080 33.75 60.00 74.25 hdtv 1080i 12. 1920*1080 33.72 59.94 74.176 hdtv 1080i 13. 1920*1080 56.25 50* 148.5 hdtv 1080p 14. 1920*1080 67.50 60 148.50 hdtv 1080p 15. 1920*1080 67.432 59.94 148.352 hdtv 1080p 16. 1920*1080 27.00 24.00 74.25 hdtv 1080p 17. 1920*1080 26.97 23.976 74.176 hdtv 1080p 18. 1920*1080 33.75 30.00 74.25 hdtv 1080p 19. 1920*1080 33.71 29.97 74.176 hdtv 1080p 8. rgb input (pc) no resolution h-freq(khz) v-freq.(khz) pixel clock proposed pc ddc 1. 640*350 31.468 70.09 25.17 ega x 2. 720*400 31.469 70.08 28.32 dos o 3. 640*480 31.469 59.94 25.17 vesa(vga) o 4 . 800*600 37.879 60.31 40.00 vesa(svga) o 5. 1024*768 48.363 60.00 65.00 vesa(xga) o 6. 1280*768 47.776 59.87 79.50 cvt(wxga) o 7. 1360*768 47.712 60.015 85.50 vesa(wxga) o 8. 1280*1024 63.981 60.020 108.00 vesa(sxga) o 9. 1600*1200 75.00 60.00 162 vesa(uxga) o 10. 1920*1080 67.50 60 148.5 hdtv 1080p o ? rgb pc monitor range limits min vertical freq - 56 hz max vertical freq - 62 hz min horiz. freq - 30 khz max horiz. freq - 80 khz pixel clock - 170 mhz copyright lg electronics. inc. all rig ht reserved. only for training and service purposes - 11 - lge internal use only 9. hdmi input (pc/dtv) no resolution h-freq(khz) v-freq.(khz) pixel clock proposed pc ddc 1. 640*350 31.468 70.09 25.17 ega x 2. 720*400 31.469 70.08 28.32 dos o 3. 640*480 31.469 59.94 25.17 vesa(vga) o 4 . 800*600 37.879 60.31 40.00 vesa(svga) o 5. 1024*768 48.363 60.00 65.00 vesa(xga) o 6. 1280*768 47.776 59.870 79.50 cvt(wxga) x 7. 1360*768 47.712 60.015 85.50 vesa(wxga) x 8. 1280*1024 63.981 60.020 108.00 vesa(sxga) o 9. 1600*1200 75.00 60.00 162 vesa(uxga) o 10. 1920*1080 67.5 60 148.5 hdtv 1080p o dtv 1. 720*480 31.50 60 27.027 sdtv 480p 2. 720*480 31.47 59.94 27.00 sdtv 480p 3. 720*576 31.25 50* 13.5 sdtv 576p 4. 1280*720 37.5 50* 74.25 hdtv 720p 5. 1280*720 45.00 60.00 74.25 hdtv 720p 6. 1280*720 44.96 59.94 74.176 hdtv 720p 7. 1929*1080 28.125 50* 74.25 hdtv 1080i 8. 1920*1080 33.75 60.00 74.25 hdtv 1080i 9. 1920*1080 33.72 59.94 74.176 hdtv 1080i 10. 1920*1080 56.25 50* 148.5 hdtv 1080p 11. 1920*1080 67.50 60 148.50 hdtv 1080p 12. 1920*1080 67.432 59.94 148.352 hdtv 1080p 13. 1920*1080 27.00 24.00 74.25 hdtv 1080p 14. 1920*1080 26.97 23.976 74.176 hdtv 1080p 15. 1920*1080 33.75 30.00 74.25 hdtv 1080p 16. 1920*1080 33.71 29.97 74.176 hdtv 1080p ? hdmi monitor range limits min vertical freq - 56 hz max vertical f req - 62 hz min horiz. freq - 30 khz max horiz. fre q - 80 khz pixel clock - 170 mhz copyright lg electronics. inc. all rig ht reserved. only for training and service purposes lge internal use only - 12 - adjustment instruction 1. application range this specification sheet is applied all of the lj03 d/e lcd tv models, which produced in manufacture department or similar lg tv factory 2. notice (1) because this is not a hot chassis, it is not ne cessary to use an isolation transformer. however, the use of isola tion transformer will help protect test instrument. (2) adjustment must be done in the correct order. (3) the adjustment must be performed in the circums tance of 25 oc 5 oc of temperature and 65 % 10 % of relati ve humidity if there is no specific designation. (4) the input voltage of the receiver must keep ac 100-220 v~ 50 / 60hz. (5) before adjustment, execute heat-run for 5 minut es. a after receive 100% full white pattern (06ch) then process heat-run (or ?8. test pattern? condition of ez-adjust status ) a how to make set white pattern 1) press power on button of service remocon 2) press adj button of service remocon. select ?8. te st pattern? and, after select ?white? using navigation button, and then you can see 100% full white patter n. * in this status you can maintain heat-run useless any pattern generator * notice: if you maintain one picture over 20 minutes (especially sharp distinction black with white pattern ? 13ch, or cross hatch pattern ? 09ch) then it can appear image stick near black level. 3. adjustment items 3.1. pcb assembly adjustment a mac address download a adjust 480i comp1 a adjust 1080p comp1/rgb ? if it is necessary, it can adjustment at manufact ure line ? you can see set adjustment status at ?1. adjust check? of the ?in-start menu? a edid (the extended display identification data)/ddc (display data channel) download 3.2. set assembly adjustment a color temperature (white balance) adjustment a using rs-232c a ping test a selection factory output option 4. pcb assembly adjustment 4.1. mac address 4.1.1. equipment & condition ? play file: serial.exe ? mac address edit ? input start / end mac address 4.1.2 download method 4.1.2.1 communication prot connection connect: pcba jig-> rs-232c port== pc-> rs-232c por t 4.1.2.2 mac address download ? com 1,2,3,4 and 115200(baudrate) ? port connection button click(1) ? load button click(2) for mac address write. ? start mac address write button(3) ? check the ok or ng 4.1.3 equipment & condition ? each other connection to lan port of ip hub and j ig pcba pc(rs-232c) rs-232c po rt copyright lg electronics. inc. all rig ht reserved. only for training and service purposes - 13 - lge internal use only 4.1.4 lan inspection solution ? lan port connection with pcb ? network setting at menu mode of tv ? setting automatic ip ? setting state confirmation - if automatic setting is finished, you confirm ip and mac address. 4.1.5 lan port inspection (ping test) 4.1.5.1 equipment setting 1) play the lan port test program. 2) input ip set up for an inspection to test progra m. *ip number : 12.12.2.2 4.1.6 lan port inspection (ping test) 1) play the lan port test program. 2) connect each other lan port jack. 3) play test (f9) button and confirm ok message. 4) remove lan cable 4.2. using rs-232c adjust 3 items at 3.1 pcb assembly adjustments ?adj ustment sequence? one after the order. a adjustment protocol see adc adjustment rs232c protocol_ver1.0 a necessary items before adjustment items ? pattern generator : (mspg-925fa) ?adjust 480i comp1 (mspg-925fa:model :209 , pattern :65) ? comp1 mode ? adjust 1080p comp1 (mspg-925fa:model :225 , pattern :65) ? comp1 mode ? adjust rgb (mspg-925fa:model :225 , pattern :65) ? rgb-pc mode * if you want more information then see the below adjustment method (factory adjustment) a adjustment sequence ? aa 00 00: enter the adc adjustment mode. ? xb 00 40: change the mode to component1 (no actio ns) ? ad 00 10: adjust 480i comp ? ad 00 10: adjust 1080p comp ? xb 00 60: change to rgb-pc mode(no action) ? ad 00 10: adjust 1080p rgb ? xb 00 90: endo of adjustmennt - 14 - lge internal use only copyright lg electronics. inc. all rig ht reserved. only for training and service purposes 5 factory adjustment 5.1 manual adjust component 480i/1080p rgb 1080p a summary : adjustment component 480i/1080i and rgb 1080p is gain and black level setting at analog to digital converter, and compensate the rgb deviation a using instrument ? adjustment remocon, 801gf(802b, 802f, 802r) or mspg925fa pattern generator (it can output 480i/108 0i horizontal 100% color bar pattern signal, and its o utput level must setting 0.7v0.1v p-p correctly) copyright lg electronics. inc. all rig ht reserved. only for training and service purposes lge internal use only - 15 - 5.2.1 manual download a write hdmi edid data ? using instruments - jig. (pc serial to d-sub connection) for pc, ddc adjustment. - s/w for ddc recording (edid data write and read) - d-sub jack - additional hdmi cable connection jig. ? preparing and setting. - set instruments and jig. like pic.5), then turn o n pc and jig. - operate ddc write s/w (edid write & read) - it will operate in the dos mode. pic.3) for write edid data, setting jig and another instruments. ? edid data for lj03b/d/e/r chassis (model name = l g tv) - hdmi-1 edid table (0x04, 0x5a) - hdmi-2 edid table (0x04, 0x4a) - hdmi-3 edid table (0x04, 0x3a) - hdmi-4 edid table (0x04, 0x2a) - analog (rgb) edid table (0x1d) see working guide if you want more information abou t edid communication. pc vsc b/d - 16 - lge internal use only copyright lg electronics. inc. all rig ht reserved. only for training and service purposes 5.3 adjustment color temperature (white balance) a using instruments ? color analyzer: ca-210 (ch 9) - using lcd color temperature, color analyzer (ca-2 10) must use ch 9, which matrix compensated (white, red , green, blue compensation) with cs-2100. see the coordination bellowed one. ? auto-adjustment equipment (it needs when auto- adjustment ? it is availed communicate with rs-232c : baud rate: 115200) ? video signal generator mspg-925f 720p, 216gray (model: 217, pattern 78) a connection diagram (auto adjustment) ? using inner pattern ? using hdmi input o notice) adjustment mapping information ? when color temperature (white balance) adjustment (automatically) - press ?power only key? of service remocon and oper ate automatically adjustment. - set baudrate to 115200. ? if it needs, then adjustment ?offset?. a white balance adjustment (manual adjustment) ? test equipment: ca-210 - using lcd color temperature, color analyzer (ca-2 10) must use ch 9, which matrix compensated (white, red , green, blue compensation) with cs-2100. see the coordination bellowed one. ? manual adjustment sequence is like bellowed one. - turn to ?ez-adjust? mode with press adj button of service remocon. - select ?10.test pattern? with ch+/- button and pr ess enter. then set will go on heat-run mode. over 30 minutes set let on heat-run mode. - let ca-210 to zero calibration and must has gap m ore 10cm from center of lcd module when adjustment. - press ?adj? button of service remocon and select ?7.white-balance? in ?ez-adjust? then press ? g ? button of navigation key. (when press ? g ? button then set will go to full white mode) - adjust at three mode (cool, medium, warm) - if ?cool? mode let b-gain to 192 and r, g, b-cut to 64 and then control r, g gain adjustment high light adjustment. - if ?medium? and ?warm? mode let r-gain to 192 and r, g, b-cut to 64 and then control g, b gain adjustment high light adjustment. - all of the three mode let r-gain to 192 and r, g, b-cut to 64 and then control g, b gain adjustment high light adjustment. - with volume button (+/-) you can adjust. - after all adjustment finished, with enter ( a key) turn to ez-adjust mode. then with adj button, exit from adjustment mode attachment: white balance adjustment coordination an d color temperature. ? using cs-1000 equipment. - cool : t=11000k, ? uv=0.000, x=0.276 y=0.283 - medium : t=9300k, ? uv=0.000, x=0.285 y=0.293 - warm : t=6500k, ? uv=0.000, x=0.313 y=0.329 ? using ca-210 equipment. (9 ch) - contrast value: 216 gray - white balance adjustment coordination and color temperature for edge(iop) led (lj03d/e) -white balance adjustment table for edge (iop) led (lj03d/e) - 17 - lge internal use only copyright lg electronics. inc. all rig ht reserved. only for training and service purposes 5.4 eye-q function check 1) turn on tv 2) press eye key of adj. r/c 3) cover the eye q ii sensor on the front of the us ing your hand and wait for 6 seconds 4) confirm that r/g/b value is lower than 10 of the ?raw data (sensor data, back lignt )? . if after 6 seconds, r/g/b value is not lower than 10, replace eye q ii sensor 5) remove your hand from the eye q ii sensor and wa it for 6 seconds 6) confirm that ?ok? pop up. if change is not seen, replace eye q ii sensor 5.5 hdcp (high-bandwidth digital contents protection) setting ? no need. 5.6 test of rs-232c control. press in-start button of service remocon then set t he ?4.baud rate? to 115200. then check rs-232c control and 5.7 selection of country option. selection of country option is allowed only north a merican model (not allowed korean model). it is selection o f country about rating and time zone. ? models: all models which use lj03x chassis (see t he first page.) ? press ?in-start? button of service remocon, then enter the ?option? menu with ?pip ch-? button ? select one of these three (usa, canada, mexico) defends on its market using ?vol. +/-?button. * caution : don?t push the instop key after complet ing the function inspection. 6. gnd and esd testing 6.1 prepare gnd and esd testing. a check the connection between set and power cord 6.2 operate gnd and esd auto-test. a fully connected (between set and power cord) set en ter the auto-test sequence. a connect d-jack av jack test equipment. a turn on auto-controller(gws103-4) a start auto gnd test. a if its result is ng, then notice with buzzer. a if its result is ok, then automatically it turns to esd test. a operate esd test a if its result is ng, then notice with buzzer. a if its result is ok, then process next steps. notic e it with good lamp and stoper down.check items. a test voltage ? gnd: 1.5kv/min at 100ma ? signal: 3kv/min at 100ma a test time: just 1 second. a test point ? gnd test: test between power cord gnd and signal cable metal gnd. ? esd test: test between power cord gnd and live an d neutral. a leakage current: set to 0.5ma(rms) 7. preset ch information. in case of power only, system color is operated mul ti system in case of in stop, system color is operated defaul t system (pan-m) - 18 - lge internal use only copyright lg electronics. inc. all rig ht reserved. only for training and service purposes 8. default service option. 8.1 adc-set. a r-gain adjustment value (default 128) a g-gain adjustment value (default 128) a b-gain adjustment value (default 128) a r-offset adjustment value (default 128) a g-offset adjustment value (default 128) a b-offset adjustment value (default 128) 8.2 white balance. value. 9. usb download (*.epk file download) 9.1 put the usb stick to the usb socket 9.2 press menu key, and move option 9.3 press ?fav? press 7 times. 9.4 select download file (epk file) 9.5 after download is finished, remove the usb stick. 9.6 press ?in-start? key of adj remote control, check the s/w version. - 19 - lge internal use only copyright lg electronics. inc. all rig ht reserved. only for training and service purposes copyright lg electronics. inc. all rig ht reserved. only for training and service purposes - 20 - lge internal use only 300 200 530 800 540 521 400 880 920 900 910 810 830 820 120 500 a2 a5 a10 exploded view many electrical and mechanical parts in this chassi s have special safety-related characteristics. thes e parts are identified by in the schematic diag ram and exploded view. it is essential that these special safety parts sho uld be replaced with the same components as recommended in this manual to prevent x-radiation, shock, fire, or other hazards. do not modify the original design without permissio n of manufacturer. important safety notice the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. 2009.06.18 bcm3556 & nand flash bcm (eurobbtv) nand_data[7] ci_a[0] ci_a[3] ci_a[2] nand_data[6] nand_data[6] nand_data[2] ci_a[12] nand_data[0] nand_data[4] nand_data[3] nand_data[3] nand_data[1] nand_data[2] ci_a[8] ci_a[5] nand_data[7] ci_a[6] nand_data[5] nand_data[7] nand_data[0] nand_data[5] nand_data[1] nand_data[0] ci_a[9] ci_a[11] nand_data[6] ci_a[13] ci_a[7] nand_data[5] ci_a[4] nand_data[2] nand_data[4] nand_data[4] ci_a[10] nand_data[0-7] ci_a[1] nand_data[1] nand_data[3] r132 22 r127 22 r117 33 r1037 2.7k opt r1003 2.7k nand_web pwm_dim dsub_det nand_data[0-7] r1007 2.7k opt r102 22 sc_re2 nand_ceb r1012 100 model_opt_5 r1022 1k ddr_512mb model_opt_1 c115 0.1uf r169 2.7k c114 0.1uf nand_reb r133 22 scl3_3.3v r1023 1k non_gip r1001 2.7k model_opt_0 r193 4.7k frc_reset nand_ale ci_outclk model_opt_1 c116 4700pf sda1_3.3v model_opt_2 r140 22 a_dim r194 4.7k r1008 2.7k opt rgb_ddc_scl r1040 2.7k opt nand_ale r1039 2.7k ebi_we /ci_ireq c103 0.1uf ci_mod_reset rf_switch_ctl model_opt_0 r109 100 nand_cle +3.3v_normal c167 8pf opt r1000 2.7k model_opt_5 nand_ceb tuner_reset r122 22 error_out r1024 100 nand_cle nand_reb r130 22 nand_web +3.3v_normal r1002 2.7k opt av_cvbs_det +3.3v_normal r1033 22 r157 2.7k opt ci_a[0-13] side_av_det if_agc_sel ephy_link model_opt_4 r1045 4.7k nand_rbb r1006 2.7k opt r136 4.7k r1018 1k no_frc r1005 2.7k r1011 1k mini_lvds/no local_d fe_ts_val_err +3.3v_normal sda3_3.3v r1019 100 /ci_cd2 r1013 1k externel frc/t_con frc +3.3v_normal r1015 1k ddr_256mb bt_reset r156 2.7k +3.3v_normal nand_data[0-7] r108 100 r158 2.7k opt nand_cle r1021 1k hd r110 100 sc_re1 model_opt_2 r111 22 r1034 2.7k +3.3v_normal r1004 2.7k opt scl1_3.3v c171 8pf opt model_opt_3 ci_5v_ctl r134 2.7k r191 2.7k scl0_3.3v r1020 1k frc +3.3v_normal ebi_cs r1009 1k gip rgb_ddc_sda +3.3v_normal ebi_cs r1046 22 /ci_wait nand_data[0-7] ebi_rw r1035 2.7k r1044 0 bcm_rx ephy_activity q101 krc103s e b c r1017 1k fhd r1038 2.7k r129 22 model_opt_4 r1014 1k lvds/local_d hp_det nand_ale sda0_3.3v bcm_tx flash_wp lna2_ctl/boster_ctl r1036 2.7k opt +3.3v_normal model_opt_3 r1010 1k no frc/interner frc r107 100 /ci_cd1 r116 22 nand_rbb r1027 10k sys_resetb +3.3v_normal soc_reset wireless_dl_tx wireless_dl_rx comp2_det sda2_3.3v scl2_3.3v aud_master_clk scart1_det vreg_ctrl /rst_hub r1030 0 r1032 0 r1025 4.7k c136 10uf 10v sda3_3.3v scl3_3.3v r1026 22 r1028 22 dtv_atv_select side_comp_det power_det r1047 0 opt hdmi_hpd_4 hdmi_hpd_3 hdmi_hpd_2 hdmi_hpd_1 r114 1k r1029 1k r199 1k r106 1k 5v_hdmi_1 5v_hdmi_2 5v_hdmi_3 5v_hdmi_4 r1048 100 r1050 100 r161 100 r1049 22 r1051 22 local dimming r170 1.2k r187 1.2k r180 1.2k r183 1.2k r176 1.2k r184 1.2k r171 1.2k r177 1.2k r123 0 wireless r124 0 wireless ic101 nand04gw3b2dn6e nand flash 26 nc_17 27 nc_18 28 nc_19 29 i/o0 30 i/o1 31 i/o2 32 i/o3 33 nc_20 34 nc_21 35 nc_22 36 vss_2 37 vdd_2 38 nc_23 39 nc_24 40 nc_25 41 i/o4 42 i/o5 43 i/o6 44 i/o7 45 nc_26 46 nc_27 47 nc_28 48 nc_29 17 al 3 nc_3 6 nc_6 16 cl 15 nc_10 14 nc_9 13 vss_1 12 vdd_1 11 nc_8 10 nc_7 9 e 8 r 7 rb 4 nc_4 5 nc_5 25 nc_16 24 nc_15 23 nc_14 2 nc_2 22 nc_13 21 nc_12 1 nc_1 20 nc_11 19 wp 18 w side_comp_det q103 fdv301n opt g ds q104 fdv301n opt g ds r173 10k opt wireless_scl sda2_3.3v wireless_sda scl2_3.3v +3.3v_normal r160 100 lg5111_reset r1920 dc dc demod_reset demod_reset dd dd m_remote_rx m_remote_rx m_remote_tx m_remote_tx r103 0 rf_switch_ctl_chb rf_switch_ctl_chb r113 22 lg5111_reset +12v c178 0.1uf 50v c179 0.1uf 50v r1041 12k c173 22uf 16v c180 100pf 50v emi r105 56 r115 1.8k r1052 4.7k +3.3v_normal model_opt_6 /ci_sel model_opt_6 r118 1k oled r119 1k non_oled mds62110204 gas6-*1 5.5t_gas mds62110204 gas7-*1 5.5t_gas mds62110204 gas1-*1 5.5t_gas mds62110206 gas6 6.5t_gas mds62110206 gas2 6.5t_gas mds62110206 gas7 6.5t_gas mds62110206 gas5 opt mds62110206 gas1 6.5t_gas mds62110206 gas4 6.5t_gas mds62110206 gas3 opt mds62110206 gas8 6.5t_gas mds62110206 gas9 6.5t_gas ic100 lge3556c (c0 version) gpio_00 n26 gpio_01 l26 gpio_02 n25 gpio_03 l25 gpio_04 k27 gpio_05 k28 gpio_06 k24 gpio_07 k26 gpio_08 k25 gpio_09 aa27 gpio_10 aa28 gpio_11 aa26 gpio_12 l1 gpio_13 l3 gpio_14 l2 gpio_15 y25 gpio_16 y26 gpio_17 m27 gpio_18 aa25 gpio_19 r25 gpio_20 n28 gpio_21 n27 gpio_22 ah18 gpio_23 p23 gpio_24 m23 gpio_25 ad19 gpio_26 ae19 gpio_27 m4 gpio_28 m5 gpio_29 l23 gpio_30 y28 gpio_31 y27 gpio_32 g2 gpio_33 g3 gpio_34 g5 gpio_35 g6 gpio_36 g4 gpio_37 l24 gpio_38 p25 gpio_39 l5 gpio_40 k4 gpio_41 k1 gpio_42 l27 gpio_43 m26 gpio_44 n23 gpio_45 r28 gpio_46 r27 gpio_47 r26 gpio_48 p28 gpio_49 p27 gpio_50 k6 gpio_51 k5 gpio_52 p26 gpio_53 m3 gpio_54 m2 gpio_55 m1 gpio_56 l4 gpio_57 l6 sgpio_00 w27 sgpio_01 w28 sgpio_02 w26 sgpio_03 w25 sgpio_04 j2 sgpio_05 j1 sgpio_06 k3 sgpio_07 k2 ebi_addr3 j23 ebi_addr4 j24 ebi_addr2 h25 ebi_addr1 h24 ebi_addr0 h23 ebi_addr5 j25 ebi_addr6 f26 ebi_addr8 h28 ebi_addr9 j26 ebi_addr13 h27 ebi_addr12 g26 ebi_addr11 j27 ebi_addr10 j28 ebi_addr7 f27 ebi_tab g24 ebi_we1b h26 ebi_clk_in g27 ebi_clk_out g28 ebi_rwb k23 ebi_cs0b g25 nand_data0 u24 nand_data1 t26 nand_data2 t27 nand_data3 u26 nand_data4 u27 nand_data5 v26 nand_data6 v27 nand_data7 v28 nand_cs0b t24 nand_ale r23 nand_reb t23 nand_cle t25 nand_web r24 nand_rbb u25 sf_miso w24 sf_mosi u23 sf_sck v23 sf_csb v24 mds62110205 gas6-*2 7.5t_gas mds62110205 gas1-*2 7.5t_gas mds62110205 gas7-*2 7.5t_gas bt_on/off r181 100 bcm bt module mds62110204 gas2-*1 5.5t_gas mds62110205 gas2-*2 7.5t_gas bt_on/off vreg_ctrl bt_reset r1042 22 +3.3v_normal r1053 2.7k ic102 m24m01-hrmn6tp 3 e2 2 e1 4 vss 1 nc 5 sda 6 scl 7 wp 8 vcc r187-*1 2.2k non_eu r184-*1 2.2k non_eu mds62110205 gas8-*2 7.5t_gas mds62110205 gas9-*2 7.5t_gas mds62110204 gas8-*1 5.5t_gas mds62110204 gas9-*1 5.5t_gas mds62110205 gas4-*2 7.5t_gas mds62110204 gas4-*1 5.5t_gas 1 default res. of all nand pin is pull-down for ci for ci * i2c map * nand flash memory 4gbit (512m for bb) model option external demod. open drain * i2c_0 : * i2c_1 : * i2c_2 : * i2c_3 : bb add. for ci boot strap reset a8h nand_io[0] : flash select (1) 0 : boot from serial flash 1 : boot from nand flash nand_io[1] : nand block 0 write (dns) 0 : enable block 0 write 1 : disable block 0 write nand_io[3:2] : nand ecc (1, dns) 00 : no ecc 01 : 1 ecc bit 10 : 4 ecc bit 11 : 8 ecc bit nand_io[4] : cpu endian (0) 0 : little endian 1 : big endian nand_io[6:5] : xtal bias control (1, dns) 00 : 1.2ma (fundmental recommand) 01 : 1.8ma 10 : 2.4ma (3rd over tune recommand) 11 : 3.0ma nand_io[7] : mips frequency (dns) 0 : 405mhz 1 : 378mhz nand_ale : i2c level (dns) 0 : 3.3v switching 1 : 5v switching nand_cle 0 : enable d2cdiff ac (dns) 1 : disabe d2cdiff ac nvram ext irq gpio_00, gpio_01, gpio_02, gpio_11, gpio_11, gpio_39 ir_int : gpio_23 ir1_in : gpio_25 ir2_in : gpio_29 ir_out : gpio_26 pwm0 : gpio_24 pwm1 : gpio_09 ir_in interrupt pin interrupt pin interrupt pin ir_in bcm_avc_debug_tx1 bcm_avc_debug_rx1 bt_mute from wireless_i2c to micom i2c smd gasket 15page:tw_9910_reset 17page:m_rfmodule_reset 15page:chb_reset 17page : motion remocon 17page : motion remocon 28page : isdb demod 17page : motion remocon 17page : motion remocon 15page : chb_sub_tuner for esd 12v pattern ursa3 external high low high oled low ddr-256m model_opt_4 high main_mini_lvds hd main_lvds k1 non_oled model_opt_3 model_opt_6 model_opt_4 l25 n28 model_opt_5 frc model_opt_0 model_opt_2 ddr-512m high gip pin name pwiz pannel t-con with lg frc model_opt_1 aa26 high r26 ursa3 internal low non_ursa3 low k4 *model_opt_0 & model_opt_4 refer to this option non-gip pin no. low k27 no frc non_frc model_opt_0 fhd ursa3 43page : bluetooth 43page : bluetooth 43page : bluetooth the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. bcm3556 aud_in/lvds 2009.06.18 bcm (eurobbtv) ci_outdata[6] ci_outdata[7] ci_outvalid ci_outstart ci_outdata[1] ci_outdata[2] ci_outdata[0] ci_outdata[3] ci_outdata[4] ci_outdata[5] 54mhz_xtal_n 54mhz_xtal_p l202 blm18pg121sn1d c213 0.01uf a3.3v a2.5v c219 0.1uf c214 0.1uf r220 560 a1.2v c215 0.1uf c223 0.1uf +3.3v_normal r201 1.5k r200 1.5k l200 blm18pg121sn1d a2.5v c209 0.1uf r209 3.9k c201 100pf r210 120 a1.2v c207 0.1uf c203 0.1uf c202 0.1uf a3.3v r218 240 r219 1k c222 0.1uf a2.5v c295 0.1uf a2.5v a1.2v c236 0.1uf c239 0.1uf a1.2v c2012 0.1uf 54mhz_xtal_p 002:i2 c251 0.1uf 54mhz_xtal_n 002:i1 a2.5v a1.2v l203 blm18pg121sn1d c233 0.1uf +3.3v_normal a2.5v +3.3v_normal c234 0.1uf sys_resetb 001:a6;001:b7 l204 blm18pg121sn1d a1.2v a1.2v l207 blm18pg121sn1d c237 0.1uf r222 1k r262 1k r221 4.7k l211 blm18pg121sn1d lvds_tx_0_data3_p 013:f7;035:ak14 lvds_tx_0_data0_p 013:e7;035:ak11 lvds_tx_1_data3_n 013:e7;035:ak19 lvds_tx_1_data1_p 013:e7;035:ak16 lvds_tx_0_data1_n 013:e7;035:ak12 lvds_tx_0_data1_p 013:e7;035:ak11 lvds_tx_1_clk_p 013:e7;035:ak18 lvds_tx_0_data2_n 013:f7;035:ak12 lvds_tx_1_clk_n 013:e7;035:ak18 lvds_tx_0_data4_p 013:f7;035:ak14 lvds_tx_1_data4_p 013:e7;035:ak19 lvds_tx_0_data2_p 013:f7;035:ak12 lvds_tx_1_data3_p 013:e7;035:ak19 lvds_tx_0_clk_n 013:e7;035:ak13 lvds_tx_0_data4_n 013:f7;035:ak15 lvds_tx_0_clk_p 013:e7;035:ak13 lvds_tx_1_data4_n 013:e7;035:ak20 lvds_tx_1_data1_n 013:e7;035:ak17 lvds_tx_0_data3_n 013:f7;035:ak14 lvds_tx_1_data0_n 013:e7;035:ak16 lvds_tx_1_data0_p 013:e7;035:ak16 lvds_tx_1_data2_p 013:e7;035:ak17 lvds_tx_1_data2_n 013:e7;035:ak17 lvds_tx_0_data0_n 013:e7;035:ak11 sc1_lr_incm 002:j7 rear_av_lr_incm 002:j6 r233 51 r231 51 r230 51 r234 51 r229 51 r232 51 comp2_lr_incm 002:j6 sc1_l_in 041:b5 r228 51 pc_lr_incm 002:j7 pc_r_in 009:i3 sc1_r_in 041:b5 pc_l_in 009:i3 r215 51 c238 0.1uf d3.3v r235 2.7k p200 tjc2508-4a 12 3 4 a1.2v r240 390 opt r243 604 l208 1008ls-272xjlc c257 33pf r212 22 r211 22 c229 12pf c230 12pf x903 54mhz 21 3 r245 34 r251 34 comp2_vid_incm tu_cvbs_incm 003:a3 r257 5.1 r256 5.1 b_vid_incm 003:a5 r258 5.1 r259 5.1 r252 5.1 c2016 0.1uf c2015 0.1uf c258 0.1uf r250 34 c262 0.1uf r_vid_incm 003:a5 r248 34 r244 34 rear_av_lr_incm 002:c6 c264 0.1uf r246 34 r247 34 c261 0.1uf side_av_lr_incm 002:c6 c2019 0.1uf comp2_lr_incm 002:c6 g_vid_incm 003:a5 pc_lr_incm 002:c6 rear_av_cvbs_incm 003:a3 c2014 0.15uf c2024 0.15uf c265 0.15uf c2022 0.15uf c269 0.15uf ephy_tdn ephy_tdp a2.5v a1.2v ephy_rdp c244 0.1uf 16v l210 blm18pg121sn1d c247 0.1uf c2020 0.1uf ephy_rdn l209 blm18pg121sn1d l212 blm18pg121sn1d ci_outdata[0-7],ci_outstart,ci_outvalid 045:v14 ci_a[14] sc1_cvbs_incm 003:a3 c2011 0.1uf r260 34 side_av_cvbs_incm 003:a3 r261 34 c2023 0.1uf fe_ts_data_clk fe_ts_serial fe_ts_sync tu_sif_incm 003:a3 sc1_lr_incm 002:c6 sc1_rgb_incm 003:a4 r249 1k r204 51 r214 51 bt_dp bt_dm side_usb_dm side_usb_dp comp2_l_in comp2_r_in dtv/mnt_v_out rear_av_r_in 041:b5 rear_av_l_in 041:b5 side_av_lr_incm 002:j6 side_av_l_in 041:b5 side_av_r_in 041:b5 c212 4.7uf c2028 4.7uf c208 4.7uf c2026 4.7uf c2021 4.7uf c2018 4.7uf c217 10uf c228 10uf opt c242 4.7uf c2013 4.7uf c235 4.7uf c241 4.7uf c240 4.7uf c231 10uf c270 0.47uf c271 0.47uf c2025 0.47uf c2010 0.47uf c2017 0.47uf tp4021 tp4022 tp4023 r236 0 r237 0 r224 2.7k opt r225 2.7k opt r227 2.7k r226 2.7k c224 0.015uf c226 0.015uf c210 0.015uf c206 0.015uf c232 0.015uf c220 0.015uf c225 0.015uf c221 0.015uf c211 0.015uf c227 0.015uf c298 0.047uf c279 0.047uf c277 0.047uf c253 0.047uf c256 0.047uf c254 0.047uf c2027 0.047uf c296 0.047uf c299 0.047uf c252 0.047uf r264 0 r265 0 r266 2.7k r238 75 1% ic100 lge3556c (c0 version) pkt0_clk d23 pkt0_data c24 pkt0_sync b26 rmx0_clk a25 rmx0_data b25 rmx0_sync a26 pod2chip_mclki g23 pod2chip_mdi0 d25 pod2chip_mdi1 d24 pod2chip_mdi2 c25 pod2chip_mdi3 e27 pod2chip_mdi4 e26 pod2chip_mdi5 d28 pod2chip_mdi6 d27 pod2chip_mdi7 d26 pod2chip_mistrt e23 pod2chip_mival e24 chip2pod_mclko f25 chip2pod_mdo0 c27 chip2pod_mdo1 c26 chip2pod_mdo2 b28 chip2pod_mdo3 b27 chip2pod_mdo4 a27 chip2pod_mdo5 f24 chip2pod_mdo6 f23 chip2pod_mdo7 e25 chip2pod_mostrt c28 chip2pod_moval a28 vdac_avdd2p5 ac18 vdac_avdd1p2 af20 vdac_avdd3p3_1 ag20 vdac_avdd3p3_2 ag21 vdac_avss_1 af19 vdac_avss_2 ad20 vdac_avss_3 ae20 vdac_rbias ah22 vdac_1 ah20 vdac_2 ag19 vdac_vreg ah21 bsc_s_scl m25 bsc_s_sda m24 usb_avss_1 r6 usb_avss_2 t6 usb_avss_3 r7 usb_avss_4 t7 usb_avss_5 t8 usb_avdd1p2 r3 usb_avdd1p2pll u3 usb_avdd2p5 t4 usb_avdd2p5ref t3 usb_avdd3p3 r4 usb_rref u4 usb_dm1 v1 usb_dp1 v2 usb_dm2 u1 usb_dp2 u2 usb_moncdr t5 usb_monpll r5 usb_pwrflt_1 r1 usb_pwrflt_2 r2 usb_pwron_1 t2 usb_pwron_2 t1 ephy_vref p6 ephy_rdac p5 ephy_rdn p3 ephy_rdp p2 ephy_tdn n3 ephy_tdp n2 ephy_avdd1p2 p1 ephy_avdd2p5 p4 ephy_pll_vdd1p2 n4 ephy_agnd_1 n1 ephy_agnd_2 n5 ephy_agnd_3 p7 audmx_left1 ae6 audmx_right1 ad7 audmx_incm1 af6 audmx_left2 ah4 audmx_right2 ag5 audmx_incm2 ag4 audmx_left3 ag6 audmx_right3 af7 audmx_incm3 ae7 audmx_left4 ah5 audmx_right4 ag7 audmx_incm4 ah6 audmx_left5 ad8 audmx_right5 af8 audmx_incm5 ae8 audmx_left6 ah7 audmx_right6 ah8 audmx_incm6 ag8 audmx_avss_1 af5 audmx_avss_2 ab9 audmx_avss_3 aa10 audmx_avss_4 ab10 audmx_avss_5 aa11 audmx_avss_6 ab11 audmx_ldo_cap ac8 audmx_avdd2p5 ae5 lvds_tx_0_data0_p b4 lvds_tx_0_data0_n a4 lvds_tx_0_data1_p c6 lvds_tx_0_data1_n b6 lvds_tx_0_data2_p b3 lvds_tx_0_data2_n a3 lvds_tx_0_data3_p a1 lvds_tx_0_data3_n a2 lvds_tx_0_data4_p d5 lvds_tx_0_data4_n d6 lvds_tx_0_clk_p c5 lvds_tx_0_clk_n b5 lvds_tx_1_data0_p b1 lvds_tx_1_data0_n b2 lvds_tx_1_data1_p c2 lvds_tx_1_data1_n c3 lvds_tx_1_data2_p d1 lvds_tx_1_data2_n d2 lvds_tx_1_data3_p e1 lvds_tx_1_data3_n e2 lvds_tx_1_data4_p e3 lvds_tx_1_data4_n e4 lvds_tx_1_clk_p d3 lvds_tx_1_clk_n d4 lvds_pll_vreg f5 lvds_tx_avddc1p2 f1 lvds_tx_avdd2p5_1 f4 lvds_tx_avdd2p5_2 f2 lvds_tx_avss_1 c1 lvds_tx_avss_2 f3 lvds_tx_avss_3 c4 lvds_tx_avss_4 a5 lvds_tx_avss_5 e5 lvds_tx_avss_6 e6 lvds_tx_avss_7 d7 lvds_tx_avss_8 e7 lvds_tx_avss_9 f7 lvds_tx_avss_10 g7 lvds_tx_avss_11 h7 clk54_avdd1p2 ad27 clk54_avdd2p5 ad28 clk54_avss ad26 clk54_xtal_n ac26 clk54_xtal_p ac27 clk54_monitor ae25 pm_override y23 vcxo_agnd_1 aa23 vcxo_agnd_2 ab24 vcxo_agnd_3 ac24 vcxo_avdd1p2 af25 vcxo_pll_audio_testout af24 reset_outb p24 resetb f6 nmib n24 tmode_0 j5 tmode_1 j4 tmode_2 j6 tmode_3 j3 spi_s_miso v25 por_otp_vdd2p5 ah3 por_vdd1p2 ab8 ejtag_tck h4 ejtag_tdi h3 ejtag_tdo h2 ejtag_tms h1 ejtag_trstb g1 ejtag_ce0 h6 ejtag_ce1 h5 pll_main_avdd1p2 ab26 pll_main_agnd ac25 pll_main_mips_eref_testout ab27 pll_rap_avd_testout m6 pll_rap_avd_avdd1p2 n6 pll_rap_avd_agnd n7 byp_cpu_clk aa24 byp_ds_clk y24 byp_sys216_clk ae24 byp_sys175_clk ad25 bt_dp bt_dm 2 route incm between associated left and right signals of same channel the incm trace ends at the same point where the connector ground connects to the board ground (thru-hole connector pin). place test points, resistors near audio connector. connect the other side of the resistor to gnd as close as possible to the ground connection of the associated audio connector. 54mhz x-tal r220 : bcm recommened resistor 562 ohm broad band studio when usding fundmental then series r = 0 ohm and cl = 8 pf when usding dip-type x-tal then series r = 22 ohm a nd cl = 12 pf video incm place near bcm chip audio incm place near bcm chip place near jacks route between sc2_l_in & sc2_r_in route between av1_l_in & av1_r_in route between comp1_l_in & comp1_r_in route between sc1_l_in & sc1_r_in route between pc_l_in & pc_r_in near j1501 near j1600 near j1603 near j1500 near j1602 near q1705 near j1500 near j1603 near p1600 near q1704 near j1501 near j1500 route along with tuner_sif_if_n run along tuner_cvbs_if_p trace run along sc1_r,sc_g,sc_b trace run along comp_y_in,comp_pr_in,comp_pb_in trace run along dsub_r trace run along dsub_g trace run along dsub_b trace run along sc1_cvbs_in trace run along sc2_cvbs_in trace tp is necessory 43page : bluetooth 43page : bluetooth the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. 2009.06.18 bcm3556 video in eurobbtv b_vid_incm a2.5v l105 blm18pg121sn1d a2.5v a3.3v r128 0 c125 0.1uf c133 0.1uf l103 blm18pg121sn1d a1.2v l107 blm18pg121sn1d r137 10k c105 opt l110 blm18pg121sn1d c156 0.1uf a1.2v dsub_b rgb_vsync c130 0.1uf a1.2v r_vid_incm c112 0.1uf sc1_rgb_incm c155 0.1uf c154 0.1uf l102 blm18pg121sn1d a2.5v comp2_vid_incm c110 0.1uf a1.2v g_vid_incm c134 0.1uf c144 0.1uf c131 0.1uf d3.3v a1.2v l106 blm18pg121sn1d c160 0.1uf c119 0.1uf dsub_g r310 10k c111 0.1uf c104 opt c150 0.1uf c157 0.1uf c113 0.1uf c124 0.1uf c151 0.01uf c117 1000pf c161 0.1uf c158 1000pf c129 0.1uf a2.5v l108 blm18pg121sn1d c149 0.01uf a1.2v rgb_hsync spdif_out c153 0.1uf c132 0.1uf c135 0.1uf c127 0.1uf r153 499 opt c152 0.01uf r152 499 c120 1000pf c147 0.01uf c123 0.01uf c159 1000pf c106 0.1uf a2.5v l109 blm18pg121sn1d c128 0.1uf r139 12k a2.5v a3.3v c148 0.01uf l104 blm18pg121sn1d c118 0.01uf dsub_r a2.5v c121 0.1uf +5v_normal r2037 10k opt r2038 10k 10k r2039 c3006 0.1uf 16v hdmi_scl hdmi_sda r3070 r3080 r2036 1k r309 10k r3055 240 opt a2.5v r4020 10k r4021 12k c4020 0.1uf r3056 120 opt sc1_fb sc1_id sc1_r sc1_b sc1_g side_av_cvbs_incm sc1_cvbs_incm sc1_cvbs_in tu_cvbs_incm rear_av_cvbs_incm c100 0.1uf scart1_rout_p scart1_lout_n scart1_rout_n scart1_lout_p tu_sif_incm tu_sif tu_cvbs hp_lout_n hp_lout_p hp_rout_p hp_rout_n d3.3v c357 10uf 10v c267 0.01uf d1.2v c320 0.1uf 16v c319 0.1uf 16v c284 0.01uf c286 33uf d1.8v c356 0.1uf 16v c318 0.1uf 16v c276 0.1uf c243 0.1uf c293 0.01uf c377 0.01uf c304 0.1uf 16v d1.2v c363 0.1uf 16v c378 0.1uf c2006 0.01uf c2003 0.1uf d1.8v c216 0.1uf c275 0.1uf c374 0.01uf c294 0.1uf c274 0.1uf c255 1000pf c382 0.01uf c348 0.1uf 16v c289 0.1uf c370 0.1uf c259 1000pf c2004 33uf c292 1000pf c246 0.01uf c250 1000pf d1.8v c281 1000pf c282 1000pf c373 1000pf d3.3v c290 0.01uf c375 0.1uf c272 0.1uf c248 1000pf r205 20 c364 0.1uf 16v c371 0.01uf d1.2v c366 0.1uf c365 0.1uf 16v a3.3v d1.8v c383 1000pf c2005 0.01uf c288 1000pf c268 1000pf c285 0.01uf c283 1000pf d3.3v c381 0.1uf comp2_pb comp2_pr comp2_y aud_sck aud_lrck aud_lrch rear_av_cvbs side_av_cvbs c122 4.7uf c172 4.7uf c140 4.7uf c145 4.7uf c164 10uf c162 10uf c165 10uf c166 10uf c163 10uf c380 10uf c379 10uf c291 10uf c263 4.7uf c245 4.7uf c280 4.7uf c278 4.7uf c297 4.7uf c266 4.7uf c369 4.7uf c376 4.7uf c249 4.7uf r142 opt r313 75 1% non_eu r315 75 1% non_eu r131 75 1% r312 75 1% r2114 0 c174 0.1uf c175 0.1uf c176 0.1uf side_comp_pb side_comp_pr side_comp_incm side_comp_y r166 75 1% c177 opt r167 75 1% r120 82 1% r165 82 1% r2113 12 r2115 12 r143 62 r100 62 c170 47pf c169 47pf c101 47pf a3.3v +3.3v_normal l112 cic21j501ne c2007 0.1uf 16v +1.8v_hdmi +1.8v_amp c2008 0.1uf 16v l111 blm18pg121sn1d hdmi_rx0+ hdmi_rx0- hdmi_rx2+ hdmi_rx2- hdmi_rx1- hdmi_rx1+ hdmi_clk- hdmi_clk+ side_comp_y side_comp_pr side_comp_pb side_comp_incm tu_if_agc_2 tu_if_p_1 tu_if_p_1 tu_if_n_1 tu_if_agc_1 tu_if_n_1 tu_if_agc_2 tu_if_agc_1 c146 4.7uf r2035 0 r2117 0 r2116 0 opt c287 100uf c384 33uf 10v ic100 lge3556c (c0 version) ds_agci_ctl ag28 ds_agct_ctl ah28 edsafe_avss_1 aa21 edsafe_avss_2 ab22 edsafe_avss_3 af26 edsafe_avss_4 af27 edsafe_avss_5 af28 edsafe_avdd2p5 ag27 edsafe_dvdd1p2 ae26 edsafe_if_n ae28 edsafe_if_p ae27 pll_ds_agnd ad24 pll_ds_avdd1p2 ab19 pll_ds_testout ab25 sd_v5_avdd1p2 ab18 sd_v5_avdd2p5 ac17 sd_v5_avss ab17 sd_v1_avdd1p2 ad14 sd_v1_avdd2p5 ad16 sd_v1_avss_1 ab15 sd_v1_avss_2 ac15 sd_v2_avdd1p2 ad13 sd_v2_avdd2p5 ae13 sd_v2_avss_1 ac13 sd_v2_avss_2 ab14 sd_v2_avss_3 ac14 sd_v3_avdd1p2 ac12 sd_v3_avdd2p5 ad12 sd_v3_avss_1 ab13 sd_v3_avss_2 aa14 sd_v4_avdd1p2 ac11 sd_v4_avdd2p5 ad11 sd_v4_avss ab12 sd_r ad10 sd_incm_r ac10 sd_g ae9 sd_incm_g af9 sd_b ah9 sd_incm_b ag9 sd_y1 ag15 sd_pr1 ae15 sd_pb1 af15 sd_incm_comp1 ah15 sd_y2 ag16 sd_pr2 af16 sd_pb2 ah17 sd_incm_comp2 ah16 sd_y3 ag14 sd_pr3 ae14 sd_pb3 af14 sd_incm_comp3 ah14 sd_l1 ah10 sd_c1 ag10 sd_incm_lc1 ae10 sd_l2 ae11 sd_c2 af11 sd_incm_lc2 ah11 sd_l3 ah13 sd_c3 ae12 sd_incm_lc3 af12 sd_cvbs1 ad9 sd_cvbs2 ag11 sd_cvbs3 ag12 sd_cvbs4 af13 sd_incm_cvbs1 ac9 sd_incm_cvbs2 af10 sd_incm_cvbs3 ah12 sd_incm_cvbs4 ag13 sd_sif1 af17 sd_incm_sif1 ag17 sd_fb ad15 sd_fs ae16 sd_fs2 ae17 pll_vafe_avdd1p2 ab16 pll_vafe_avss aa15 pll_vafe_testout ac16 rgb_hsync ag3 rgb_vsync af4 i2s_clk_in ae18 i2s_clk_out af18 i2s_data_in ad17 i2s_data_out ah19 i2s_lr_in ad18 i2s_lr_out ag18 aud_left0_n ag26 aud_left0_p ah26 aud_avdd2p5_0 af23 aud_avss_0_1 aa20 aud_avss_0_2 ab21 aud_avss_0_3 ac22 aud_avss_0_4 ac23 aud_avss_0_5 ad23 aud_right0_n ah25 aud_right0_p ag25 aud_left1_n ah23 aud_left1_p ag23 aud_right1_n ag24 aud_right1_p ah24 aud_avdd2p5_1 ae22 aud_avss_1_1 ab20 aud_avss_1_2 ac21 aud_avss_1_3 ae23 aud_left2_n af21 aud_left2_p ae21 aud_right2_n af22 aud_right2_p ag22 aud_avdd2p5_2 ad21 aud_avss_2_1 ac20 aud_avss_2_2 ad22 aud_spdif ah2 spdif_avdd2p5 ac6 spdif_avss ae4 spdif_in_n af3 spdif_in_p ah1 hdmi_rx_0_cec_dat ag1 hdmi_rx_0_htplg_in aa6 hdmi_rx_0_htplg_out aa5 hdmi_rx_0_ddc_scl ab3 hdmi_rx_0_ddc_sda y6 hdmi_rx_0_resref ac4 hdmi_rx_0_clk_n ac1 hdmi_rx_0_clk_p ac2 hdmi_rx_0_data0_n ad1 hdmi_rx_0_data0_p ad2 hdmi_rx_0_data1_n ae1 hdmi_rx_0_data1_p ae2 hdmi_rx_0_data2_n af1 hdmi_rx_0_data2_p af2 hdmi_rx_0_vdd3p3 ad3 hdmi_rx_0_vdd1p2 ae3 hdmi_rx_0_vdd2p5 ac3 hdmi_rx_0_avss_1 ad4 hdmi_rx_0_avss_2 ab5 hdmi_rx_0_avss_3 ab6 hdmi_rx_0_avss_4 ag2 hdmi_rx_0_avss_5 ab4 hdmi_rx_0_avss_6 aa7 hdmi_rx_0_pll_avss y8 hdmi_rx_0_pll_dvdd1p2 ac5 hdmi_rx_0_pll_dvss w8 hdmi_rx_1_cec_dat aa3 hdmi_rx_1_htplg_in v4 hdmi_rx_1_htplg_out u6 hdmi_rx_1_ddc_scl v5 hdmi_rx_1_ddc_sda v3 hdmi_rx_1_resref w4 hdmi_rx_1_clk_n w2 hdmi_rx_1_clk_p w3 hdmi_rx_1_data0_n y1 hdmi_rx_1_data0_p y2 hdmi_rx_1_data1_n aa2 hdmi_rx_1_data1_p aa1 hdmi_rx_1_data2_n ab2 hdmi_rx_1_data2_p ab1 hdmi_rx_1_vdd3p3 y3 hdmi_rx_1_vdd1p2 y4 hdmi_rx_1_vdd2p5 w5 hdmi_rx_1_avss_1 w1 hdmi_rx_1_avss_2 u5 hdmi_rx_1_avss_3 w6 hdmi_rx_1_avss_4 u7 hdmi_rx_1_avss_5 v7 hdmi_rx_1_avss_6 w7 hdmi_rx_1_avss_7 u8 hdmi_rx_1_avss_8 v8 hdmi_rx_1_avss_9 y5 hdmi_rx_1_pll_avss v6 hdmi_rx_1_pll_dvdd1p2 aa4 hdmi_rx_1_pll_dvss y7 ic100 lge3556c (c0 version) vddc_1 h8 vddc_2 j8 vddc_3 k8 vddc_4 l8 vddc_5 m8 vddc_6 n8 vddc_7 p8 vddc_8 r8 vddc_9 aa8 vddc_10 h9 vddc_11 h10 vddc_12 h11 vddc_13 h12 vddc_14 h13 vddc_15 h14 vddc_16 h15 vddc_17 h16 vddc_18 h17 vddc_19 h18 vddc_20 h19 vddc_21 h21 vddc_22 j21 vddc_23 k21 vddc_24 l21 vddc_25 m21 vddc_26 n21 vddc_27 p21 vddc_28 r21 vddc_29 t21 vddc_30 u21 vddc_31 v21 vddc_32 w21 vddc_33 y21 agc_vddo ah27 vddo_1 aa12 vddo_2 aa13 vddo_3 aa18 vddo_4 aa19 vddo_5 e28 vddo_6 l28 vddo_7 u28 vddo_8 ab28 ddrv_1 a9 ddrv_2 g9 ddrv_3 g11 ddrv_4 g13 ddrv_5 a14 ddrv_6 g15 ddrv_7 g17 ddrv_8 a19 ddrv_9 g19 ic100 lge3556c (c0 version) dvss_1 ad5 dvss_2 ad6 dvss_3 j7 dvss_4 k7 dvss_5 l7 dvss_6 m7 dvss_7 ab7 dvss_8 ac7 dvss_9 g8 dvss_10 d9 dvss_11 aa9 dvss_12 g10 dvss_13 a11 dvss_14 l11 dvss_15 m11 dvss_16 n11 dvss_17 p11 dvss_18 r11 dvss_19 t11 dvss_20 u11 dvss_21 v11 dvss_22 d12 dvss_23 g12 dvss_24 l12 dvss_25 m12 dvss_26 n12 dvss_27 p12 dvss_28 r12 dvss_29 t12 dvss_30 u12 dvss_31 v12 dvss_32 l13 dvss_33 m13 dvss_34 n13 dvss_35 p13 dvss_36 r13 dvss_37 t13 dvss_38 u13 dvss_39 v13 dvss_40 g14 dvss_41 l14 dvss_42 m14 dvss_43 n14 dvss_44 p14 dvss_45 r14 dvss_46 t14 dvss_47 u14 dvss_48 v14 dvss_49 l15 dvss_50 m15 dvss_51 n15 dvss_52 p15 dvss_53 r15 dvss_54 t15 dvss_55 u15 dvss_56 v15 dvss_57 a16 dvss_58 g16 dvss_59 l16 dvss_60 m16 dvss_61 n16 dvss_62 p16 dvss_63 r16 dvss_64 t16 dvss_65 u16 dvss_66 v16 dvss_67 aa16 dvss_68 d17 dvss_69 l17 dvss_70 m17 dvss_71 n17 dvss_72 p17 dvss_73 r17 dvss_74 t17 dvss_75 u17 dvss_76 v17 dvss_77 aa17 dvss_78 ac19 dvss_79 g18 dvss_80 l18 dvss_81 m18 dvss_82 n18 dvss_83 p18 dvss_84 r18 dvss_85 t18 dvss_86 u18 dvss_87 v18 dvss_88 d20 dvss_89 g20 dvss_90 h20 dvss_91 a21 dvss_92 e21 dvss_93 f21 dvss_94 g21 dvss_95 e22 dvss_96 f22 dvss_97 g22 dvss_98 h22 dvss_99 j22 dvss_100 k22 dvss_101 l22 dvss_102 m22 dvss_103 n22 dvss_104 p22 dvss_105 r22 dvss_106 t22 dvss_107 u22 dvss_108 v22 dvss_109 w22 dvss_110 y22 dvss_111 aa22 dvss_112 w23 dvss_113 ab23 dvss_114 f28 dvss_115 m28 dvss_116 t28 dvss_117 ac28 r2112 181% eu_cn r141 1% eu_cn 75 r2112-*1 125% non_eu_cn r141-*1 5% non_eu_cn 62 r196 10 1% r195 10 1% r138 10 non_eu r138-*1 0 eu r135 75 1% opt r135-*1 82 1% non_eu 3 connect near bcm chip cvbs component dsub side component place here for common circuit with atsc bt_lout_n bt_lout_p bt_rout_n bt_rout_p 26page : tuner(half nim) comp1_pr ==> comp1_pb ==> sc1_rgb(eu)/compnent1[non_eu] comp1_y ==> only use non_eu for comp 1 for esd for esd the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. ddr memory bcm (eurobbtv) 2009.06.18 ddr01_a[12] ddr01_a[0] ddr01_a[8] ddr0_a[6] ddr1_dq[15] ddr01_a[1] ddr1_dq[7] ddr01_a[2] ddr01_a[2] ddr01_a[9] ddr01_a[1] ddr1_dq[0] ddr1_dq[5] ddr0_dq[7] ddr1_dq[11] ddr1_dq[8] ddr01_a[10] ddr0_dq[6] ddr1_a[5] ddr0_dq[9] ddr01_a[12] ddr1_dq[7] ddr01_a[3] ddr1_dq[15] ddr0_a[6] ddr1_dq[9] ddr1_a[5] ddr0_dq[5] ddr01_a[7] ddr0_dq[10] ddr01_a[10] ddr1_dq[8] ddr01_a[11] ddr1_dq[4] ddr0_dq[11] ddr0_a[4] ddr1_dq[0] ddr1_a[5] ddr0_dq[4] ddr01_a[7] ddr0_a[5] ddr01_a[1] ddr0_dq[1] ddr0_dq[2] ddr1_dq[14] ddr01_a[7] ddr01_a[8] ddr01_a[0] ddr01_a[2] ddr0_a[5] ddr1_a[4] ddr01_a[3] ddr0_a[6] ddr0_a[6] ddr1_dq[13] ddr01_a[13] ddr01_a[10] ddr1_a[6] ddr1_a[4] ddr01_a[11] ddr0_dq[5] ddr01_a[3] ddr01_a[9] ddr0_dq[7] ddr01_a[0] ddr1_a[6] ddr0_dq[10] ddr01_a[2] ddr1_dq[5] ddr01_a[8] ddr0_dq[4] ddr01_a[12] ddr01_a[1] ddr0_dq[14] ddr01_a[12] ddr01_a[9] ddr01_a[9] ddr0_dq[14] ddr01_a[3] ddr01_a[13] ddr01_a[12] ddr0_dq[13] ddr01_a[7] ddr0_dq[11] ddr01_a[10] ddr1_dq[10] ddr01_a[9] ddr01_a[10] ddr1_dq[12] ddr0_a[5] ddr0_dq[2] ddr01_a[7] ddr0_dq[3] ddr1_dq[4] ddr01_a[11] ddr1_dq[2] ddr1_dq[13] ddr1_a[4] ddr01_a[8] ddr0_dq[0] ddr1_dq[1] ddr01_a[0] ddr01_a[11] ddr01_a[11] ddr01_a[0] ddr0_a[4] ddr01_a[10] ddr01_a[12] ddr1_a[6] ddr01_a[11] ddr0_a[4] ddr01_a[2] ddr01_a[13] ddr01_a[0] ddr1_dq[10] ddr1_dq[14] ddr0_dq[9] ddr1_dq[1] ddr01_a[3] ddr1_a[6] ddr0_a[4] ddr0_dq[15] ddr01_a[8] ddr01_a[10] ddr01_a[11] ddr01_a[1] ddr0_dq[15] ddr1_dq[12] ddr01_a[13] ddr0_dq[12] ddr1_dq[3] ddr0_dq[1] ddr01_a[8] ddr0_dq[8] ddr1_dq[11] ddr0_dq[12] ddr01_a[7] ddr01_a[13] ddr01_a[7] ddr0_dq[0] ddr0_dq[8] ddr0_dq[13] ddr01_a[13] ddr1_dq[2] ddr1_dq[9] ddr1_dq[6] ddr01_a[1] ddr1_a[5] ddr01_a[13] ddr0_dq[3] ddr01_a[2] ddr01_a[2] ddr01_a[0] ddr1_dq[3] ddr01_a[12] ddr0_dq[6] ddr01_a[9] ddr1_dq[6] ddr01_a[9] ddr01_a[3] ddr01_a[8] ddr01_a[3] ddr01_a[1] ddr0_a[5] ddr1_a[4] ddr1_vref0 ddr1_dqs1 004:h3 ddr0_clkb 004:c7;004:c4 ddr0_vref0 ddr1_clk 004:a7;004:f4 ddr01_casb c477 0.1uf c479 470pf c455 0.1uf ddr01_casb c441 0.047uf c466 0.1uf ddr1_a[4-6] r407 100 1% c491 0.1uf c482 0.047uf ddr01_ba2 ddr01_ba0 r409 75 c406 0.1uf ddr01_web d1.8v ddr0_dqs1b 004:e3 ddr01_a[0-3,7-13] ddr01_ba0 ar408 75 ddr01_ba1 c478 0.047uf c409 470pf d1.8v ddr01_ba0 ddr1_dq[0-7] ddr0_dm0 004:e6 ddr01_web ddr01_cke c492 0.1uf ddr01_ba2 c464 470pf ddr0_dqs0 004:a4 ddr01_casb ddr1_dqs0 004:a4 ar403 75 ddr01_a[7-13] ddr0_dq[0-7] 004:b6 ddr01_ba1 d1.8v ddr01_cke ddr01_a[0-3,7-13] c442 0.1uf ddr01_casb ddr01_ba1 ddr01_a[0-3] ddr01_web ddr01_ba1 ddr01_web ddr01_web ddr01_cke ddr1_dqs0 004:h6 d1.8v ddr01_ba2 ddr01_ba0 c453 470pf ddr01_rasb c445 0.047uf ddr1_dq[0-7] 004:b5 ddr1_clk c403 0.1uf ddr01_ba2 c408 470pf c465 0.047uf r410 75 ddr01_odt c415 0.1uf ddr01_web ar404 75 c463 470pf c471 0.047uf ddr01_ba0 ddr01_ba0 ddr0_vref0 c460 0.047uf ddr0_dqs1 004:e3 c493 0.1uf ddr01_web c459 0.1uf c402 470pf r408 75 ar409 75 ddr01_ba1 ddr0_dm1 004:e3 ddr1_clk 004:f7;004:f4 ddr0_a[4-6] ddr01_ba0 ddr01_casb ddr0_a[4-6] ar407 75 c456 0.047uf ddr01_ba2 ddr0_clk 004:a7;004:c7 ddr1_dq[8-15] ddr_vtt ddr01_ba1 ddr1_dqs0b 004:a3 ddr01_cke 004:a7;004:c7;004:f7;004:f4 ddr01_cke ddr0_clkb 004:a7;004:c4 c440 470pf r404 75 ddr01_rasb c481 0.1uf ddr01_odt c470 470pf ddr0_dq[0-7] c400 470pf ddr0_clkb 004:a7;004:c7 ddr1_dqs1b 004:a3 ar406 75 ddr01_odt d1.8v c484 0.1uf ddr0_dm0 004:a4 ddr1_a[4-6] 004:b6;004:f6;004:i7 c461 470pf ddr01_odt ddr0_dq[8-15] ddr1_vref0 ddr01_ba1 ddr01_a[0-3,7-13] c450 0.1uf ddr01_odt 004:a7;004:c5;004:c2;004:f2;004:i4;004:i6 ddr01_rasb ddr1_clkb 004:f7;004:f4 ddr01_rasb c462 470pf d1.8v ddr01_rasb c467 0.1uf c446 0.1uf ddr01_a[0-3,7-13] ddr1_a[4-6] 004:b6;004:f3;004:i7 ar401 75 ddr01_a[0-3,7-13] ddr1_dm1 004:h3 ddr0_dqs1b 004:a4 ddr1_dqs1b 004:h3 ddr1_dqs1 004:a3 ddr01_odt ddr0_dm1 004:a4 c495 470pf ddr01_ba2 d1.8v ddr0_clk 004:a7;004:c4 ddr0_dqs0 004:e6 c468 0.1uf ddr0_vref0 c404 0.1uf ddr01_rasb c452 470pf ddr1_clkb 004:a7;004:f4 c449 0.1uf ddr0_a[4-6] ddr0_dq[8-15] c475 22uf c451 22uf r406 100 1% ddr0_dqs0b 004:a4 ddr_vtt c483 0.1uf c457 470pf ddr01_rasb ddr1_clkb r412 240 1% c444 470pf c494 0.1uf ddr1_dm0 004:h6 ddr01_casb a1.2v ddr0_clk 004:c7;004:c4 ar405 75 c472 0.1uf ddr1_dm1 004:a4 ar400 75 ddr1_dqs0b 004:h6 ar402 75 ddr1_dm0 004:a4 ddr0_a[4-6] ddr1_a[4-6] ddr1_dq[8-15] 004:b5 ddr0_dqs0b 004:e6 r411 0 opt ddr01_odt ddr1_vref0 ddr01_ba2 ddr0_dqs1 004:a4 c473 10uf c476 10uf c454 10uf c448 10uf c469 10uf c443 10uf c480 10uf c458 10uf c401 1uf c410 1uf c407 1uf c405 1uf c474 10uf c447 10uf c496 0.1uf c497 0.1uf c498 0.1uf c490 0.1uf c487 0.1uf c486 0.1uf c488 0.1uf c485 0.1uf c489 0.1uf c499 0.1uf c421 0.1uf ddr01_cke ddr01_cke r417 220 c412 0.1uf 16v r414 0 c417 10uf 10v c419 10uf 10v ddr1_vref0 c416 10uf 10v c418 1uf 10v c414 0.1uf 16v ddr_vtt r418 10k r415 0 c422 1uf 10v d3.3v c413 0.1uf 16v d1.8v c423 10uf 10v c411 0.1uf 16v ic404 bd35331f-e2 3 vtts 2 en 4 vref 1 gnd 5 vddq 6 vcc 7 vtt_in 8 vtt c420 0.1uf 16v ddr0_vref0 ic403 nt5tu128m8de_bd ck e8 ck f8 cke f2 ras f7 cas g7 we f3 cs g8 ba0 g2 ba1 g3 nc_1/ba2 g1 a0 h8 a1 h3 a2 h7 a3 j2 a4 j8 a5 j3 a6 j7 a7 k2 a8 k8 a9 k3 a10/ap h2 a11 k7 a12 l2 a13 l8 nc_2/a14 l3 nc_3/a15 l7 odt f9 dq0 c8 dq1 c2 dq2 d7 dq3 d3 dq4 d1 dq5 d9 dq6 b1 dq7 b9 dqs b7 dqs a8 dm/rdqs b3 nu/rdqs a2 vddq_1 a9 vddq_2 c1 vddq_3 c3 vddq_4 c7 vddq_5 c9 vdd_1 a1 vdd_2 l1 vdd_3 e9 vdd_4 h9 vssq_1 a7 vssq_2 b2 vssq_3 b8 vssq_4 d2 vssq_5 d8 vss_1 a3 vss_2 e3 vss_3 j1 vss_4 k9 vref e2 vddl e1 vssdl e7 ic402 nt5tu128m8de_bd ck e8 ck f8 cke f2 ras f7 cas g7 we f3 cs g8 ba0 g2 ba1 g3 nc_1/ba2 g1 a0 h8 a1 h3 a2 h7 a3 j2 a4 j8 a5 j3 a6 j7 a7 k2 a8 k8 a9 k3 a10/ap h2 a11 k7 a12 l2 a13 l8 nc_2/a14 l3 nc_3/a15 l7 odt f9 dq0 c8 dq1 c2 dq2 d7 dq3 d3 dq4 d1 dq5 d9 dq6 b1 dq7 b9 dqs b7 dqs a8 dm/rdqs b3 nu/rdqs a2 vddq_1 a9 vddq_2 c1 vddq_3 c3 vddq_4 c7 vddq_5 c9 vdd_1 a1 vdd_2 l1 vdd_3 e9 vdd_4 h9 vssq_1 a7 vssq_2 b2 vssq_3 b8 vssq_4 d2 vssq_5 d8 vss_1 a3 vss_2 e3 vss_3 j1 vss_4 k9 vref e2 vddl e1 vssdl e7 ic401 nt5tu128m8de_bd ck e8 ck f8 cke f2 ras f7 cas g7 we f3 cs g8 ba0 g2 ba1 g3 nc_1/ba2 g1 a0 h8 a1 h3 a2 h7 a3 j2 a4 j8 a5 j3 a6 j7 a7 k2 a8 k8 a9 k3 a10/ap h2 a11 k7 a12 l2 a13 l8 nc_2/a14 l3 nc_3/a15 l7 odt f9 dq0 c8 dq1 c2 dq2 d7 dq3 d3 dq4 d1 dq5 d9 dq6 b1 dq7 b9 dqs b7 dqs a8 dm/rdqs b3 nu/rdqs a2 vddq_1 a9 vddq_2 c1 vddq_3 c3 vddq_4 c7 vddq_5 c9 vdd_1 a1 vdd_2 l1 vdd_3 e9 vdd_4 h9 vssq_1 a7 vssq_2 b2 vssq_3 b8 vssq_4 d2 vssq_5 d8 vss_1 a3 vss_2 e3 vss_3 j1 vss_4 k9 vref e2 vddl e1 vssdl e7 ic400 nt5tu128m8de_bd ck e8 ck f8 cke f2 ras f7 cas g7 we f3 cs g8 ba0 g2 ba1 g3 nc_1/ba2 g1 a0 h8 a1 h3 a2 h7 a3 j2 a4 j8 a5 j3 a6 j7 a7 k2 a8 k8 a9 k3 a10/ap h2 a11 k7 a12 l2 a13 l8 nc_2/a14 l3 nc_3/a15 l7 odt f9 dq0 c8 dq1 c2 dq2 d7 dq3 d3 dq4 d1 dq5 d9 dq6 b1 dq7 b9 dqs b7 dqs a8 dm/rdqs b3 nu/rdqs a2 vddq_1 a9 vddq_2 c1 vddq_3 c3 vddq_4 c7 vddq_5 c9 vdd_1 a1 vdd_2 l1 vdd_3 e9 vdd_4 h9 vssq_1 a7 vssq_2 b2 vssq_3 b8 vssq_4 d2 vssq_5 d8 vss_1 a3 vss_2 e3 vss_3 j1 vss_4 k9 vref e2 vddl e1 vssdl e7 ic100 lge3556c (c0 version) ddr_bvdd0 a6 ddr_bvdd1 a24 ddr_bvss0 b7 ddr_bvss1 b24 ddr_pll_test f20 ddr_pll_ldo b23 ddr01_cke b17 ddr_comp c22 ddr01_odt e16 ddr_ext_clk c23 ddr0_clk b12 ddr0_clkb c12 ddr1_clk a13 ddr1_clkb a12 ddr01_a00 b15 ddr01_a01 e14 ddr01_a02 a15 ddr01_a03 d15 ddr0_a04 e13 ddr0_a05 e12 ddr0_a06 f13 ddr01_a07 c14 ddr01_a08 f14 ddr01_a09 b14 ddr01_a10 d14 ddr01_a11 c13 ddr01_a12 d13 ddr01_a13 b13 ddr1_a04 f15 ddr1_a05 c15 ddr1_a06 d16 ddr01_ba0 f16 ddr01_ba1 b16 ddr01_ba2 e15 ddr01_casb a17 ddr0_dq00 a8 ddr0_dq01 b11 ddr0_dq02 b8 ddr0_dq03 d11 ddr0_dq04 e11 ddr0_dq05 c8 ddr0_dq06 c11 ddr0_dq07 c9 ddr0_dq08 d8 ddr0_dq09 e10 ddr0_dq10 e9 ddr0_dq11 f11 ddr0_dq12 f12 ddr0_dq13 e8 ddr0_dq14 d10 ddr0_dq15 f8 ddr1_dq00 c18 ddr1_dq01 c20 ddr1_dq02 a18 ddr1_dq03 b21 ddr1_dq04 c21 ddr1_dq05 b18 ddr1_dq06 b20 ddr1_dq07 d18 ddr1_dq08 e18 ddr1_dq09 d21 ddr1_dq10 f18 ddr1_dq11 e20 ddr1_dq12 a22 ddr1_dq13 f17 ddr1_dq14 b22 ddr1_dq15 e17 ddr0_dm0 a10 ddr0_dm1 c10 ddr1_dm0 a20 ddr1_dm1 f19 ddr0_dqs0 b10 ddr0_dqs0b b9 ddr0_dqs1 f10 ddr0_dqs1b f9 ddr1_dqs0 b19 ddr1_dqs0b c19 ddr1_dqs1 e19 ddr1_dqs1b d19 ddr01_rasb c16 ddr_vref0 a7 ddr_vref1 a23 ddr01_web c17 ddr_vddp1p8_1 c7 ddr_vddp1p8_2 d22 c425 10uf 16v c426 10uf 16v 4 hong yeon hyuk close to ic close to ic close to ic close to ic si si pi * ddr_vtt the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. 09/10/19 hp/comp/rear av(non_eu_cn) 11 gp2_bcm hp_lout r1113 0 c1112 100pf 50v r1105 0 r1116 1k +3.3v_normal c1123 27pf 50v r1124 10k opt d1102 5.6v c1101 1uf 25v c1105 47pf 50v d1110 5.6v d1111 5.5v sc1_l_in c1104 100pf 50v c1124 100pf c1120 27pf 50v l1102 270nh d1114 5.6v r1119 1k d1105 5.6v r1125 10k hp_rout d1100 5.6v sc1_r_in c1117 1uf 25v r1114 0 sc1_r c1114 1uf 25v jk1100 ppj237-01 5j [gn3]o-spring 6j [gn3]e-lug 4j [gn3]contact 7k [bl3]e-lug-s 5k [bl3]o-spring 7l [rd3]e-lug-s 5l [rd3]o-spring_1 5m [wh3]o-spring 4n [rd3]contact 5n [rd3]o-spring_2 6n [rd3]e-lug 6d [gn2]e-lug 5d [gn2]o-spring 4d [gn2]contact 7e [bl2]e-lug-s 5e [bl2]o-spring 7f [rd2]e-lug-s 5f [rd2]o-spring_1 5g [wh2]o-spring 4h [rd2]contact 5h [rd2]o-spring_2 6h [rd2]e-lug 6a [yl1]e-lug 5a [yl1]o-spring 4a [yl1]contact 5b [wh1]o-spring 4c [rd1]contact 5c [rd1]o-spring 6c [rd1]e-lug r1103 470k l1103 270nh c1125 100pf +3.3v_normal r1108 470k r1117 0 d1112 5.5v c1100 100pf 50v c1113 1uf 25v d1107 5.5v c1130 1000pf 50v opt r1100 0 opt comp2_det d1104 5.6v side_hp_mute c1122 27pf 50v comp2_pb r1110 470k d1109 5.6v jk1101 kja-ph-0-0177 3detect 4l 5gnd 1r r1111 470k q1100 mmbt3904-(f) opt e b c q1102 mmbt3904-(f) opt e b c r1118 0 comp2_r_in c1103 100pf 50v c1115 100pf 50v c1102 1uf 25v av_cvbs_det 9:g3 c1109 27pf 50v r1102 470k r1109 470k sc1_b r1106 0 d1115 5.6v +3.5v_st c1119 27pf 50v c1121 27pf 50v comp2_y c1106 27pf 50v l1104 270nh comp2_l_in l1105 270nh l1101 270nh q1103 mmbt3904-(f) opt e b c hp_det c1107 27pf 50v +3.3v_normal q1101 mmbt3904-(f) opt e b c c1127 100pf d1106 5.5v comp2_pr r1122 1k opt c1131 1000pf 50v opt c1108 27pf 50v r1123 1k r1104 1k l1100 270nh rear_av_cvbs 11:c4;al18 c1118 27pf 50v c1111 27pf 50v rear_av_l_in 10:b5;af22 c1126 100pf r1107 0 d1101 5.6v c1110 27pf 50v r1121 1k opt rear_av_r_in 10:b5;af24 scart1_det c1116 1uf 25v sc1_g +3.3v_normal dtv/mnt_v_out sc1_fb tp1100 tp1101 sc1_id tp1102 dtv_atv_select tp1103 scart1_rout_p scart1_rout_n tp1104 tp1105 sc1_cvbs_in tp1107 sc_re2 sc_re1 tp1108 tp1109 scart1_lout_p scart1_lout_n tp1110 tp1111 r1115 10k r1101 10k r1112 10k c1139 0.1uf 16v hp_lout_n r1129 opt 100k side_hp_mute c1134 1uf 10v r1133 0 opt hp_rout l1106 10uh hp_lout_p c1140 2.2uf 10v r1128 opt hp_rout_p ic1100 tpa6132a2 ean60724701 3 inr+ 2 inl+ 4 inr- 1 inl- 5 outr 6 g0 7 g1 8 hpvss 9 cpn 10 pgnd 11 cpp 12 hpvdd 13 en 14 vdd 15 sgnd 16 outl r1127 4.7k r1134 1k c1132 1uf 10v c1137 10uf 10v r1132 4.7k l1107 bg2012b080tf c1136 1uf 10v q1104 2sc3052 e b c hp_rout_n c1135 1uf 10v l1108 bg2012b080tf hp_lout c1138 2.2uf 10v r1120 4.7k r1126 opt +3.3v_normal +3.3v_normal c1141 2.2uf 10v c1133 1uf 10v d1103 5.1v d1116 5.1v d1108 5.1v d1117 5.1v d1113 5.1v d1118 5.1v r1130 0 1/16w r1131 0 1/16w c1142 0.22uf 16v c1143 0.22uf 16v jp8818 jp8819 av new item development earphone block component1 component2 av1 component2 the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. +3.3v_tu if_agc_sel q2601 isa1530ac1 e b c r2604 0 int_demod tu_sif r2602 0 r2623 10k c2600 100pf 50v r2608 10k opt c2605 100pf 50v r2621 10k c2607 0.1uf 16v lna2_ctl/boster_ctl c2610 0.1uf 16v r2606 100 q2602 isa1530ac1 e b c r2622 4.7k r2615 0 r2600 0 opt r2612 100 nim tu_cvbs c2603 0.1uf 16v +5v_tu if_p_ext c2608 0.1uf 16v opt r2611 100 nim c2606 0.1uf 16v c2602 0.1uf 16v r2616 200 r2605 0 tuner_reset scl0_3.3v +5v_tu q2600 2sc3052 opt e b c sda0_3.3v c2604 100pf 50v if_agc r2626 82 r2601 0 c2609 10uf 10v opt c2613 0.01uf 25v r2607 100k +1.2v_tu +5v_tu q2604 2sc3052 e b c +5v_tu l2600 blm18pg121sn1d r2613 0 q2605 isa1530ac1 e b c if_n_ext tu_if_n_bcm c2601 0.1uf 16v +3.3v_tu r2625 470 tu_if_p_bcm r2619 200 r2603 0 int_demod r2614 1k opt rf_switch_ctl r2618 2.2k c2622 0.1uf 16v +3.3v_tu c2626 22uf 10v c2620 0.1uf 16v c2625 22uf 10v +3.3v_normal l2603 blm18pg121sn1d +5v_tu c2623 0.1uf 16v c2621 0.1uf 16v +5v_normal l2604 cic21j501ne r2641 510 r2632 3.9k 1/16w 5% tu_if_n_1 r2624 3.9k 1/16w 5% r2642 510 ready r2633 2k 1/16w 5% tu_if_agc_2 tu_if_p_1 c2629 0.01uf a3.3v r2638 220 1/16w 5% tu_if_n_bcm c2631 0.01uf tu_if_agc_bcm c2632 0.01uf +5v_normal tu_if_p_bcm c2627 0.01uf tu_if_agc_1 c2614 0.1uf 16v +1.2v_tu c2615 10uf 10v r2627 1.2k ic2600 az1117h-adjtre1(eh11a) 2 output 3 input 1 adj/gnd gnd r2628 10 c2616 0.1uf 16v r2629 1 +3.3v_tu c2633 0.1uf 16v tu2600 tdtr-t055f taiwan/brazil_v 14 +b3[3.3v] 13 +b2[1.2v] 5 as 12 gnd 11 video 2 bst_cntl 10 nc 4 nc[rf_agc] 1 ant_pwr[opt] 17 dif_1[n] 9 sif 8 nc(if_tp) 3 +b[5v] 16 if_agc_cntl 7 sda 6 scl 15 reset 18 dif_2[p] 19 shield tu2600-*3 tdtj-s031d au_asia_tuner_v 14 3.3v 13 1.2v 5 as 12 gnd 11 video 2 bst_cntl 10 nc 4 nc[rf_agc] 1 ant_pwr[opt] 17 dif_1 9 sif 8 nc(if_tp) 3 +b 16 if_agc_cntl 7 sda 6 scl 15 reset 18 dif_2 19 shield tu2600-*4 tdtj-s001d au_asia_tuner_h 14 3.3v 13 1.2v 5 as 12 gnd 11 video 2 bst_cntl 10 nc 4 nc[rf_agc] 1 ant_pwr[opt] 17 dif_1 9 sif 8 nc[if_tp] 3 +b 16 if_agc_cntl 7 sda 6 scl 15 reset 18 dif_2 19 shield r2643 1k opt r2644 0 opt tu2600-*5 tdtr-t035f taiwan/brazil_h 14 +b3[3.3v] 13 +b2[1.2v] 5 nc_2 12 gnd 11 video 2 bst_ctl 10 nc_4 4 nc_1[rf_agc] 1 rf_s/w_ctl 17 dif_1[n] 9 sif 8 nc_3 3 +b1[5v] 16 if/agc 7 sdat 6 sclt 15 reset 18 dif_2[p] 19 shield tu2600-*1 tdvj-h031f latin_tuner_v 14 3.3v 13 1.2v 5 as 12 gnd 11 video 2 bst_cntl 10 nc 4 nc[rf_agc] 1 ant_pwr[opt] 17 dif_1 9 sif 8 nc(if_tp) 3 +b 16 if_agc_cntl 7 sda 6 scl 15 reset 18 dif_2 19 shield tu2600-*2 tdvj-h001f latin_tuner_h 14 3.3v 13 1.2v 5 as 12 gnd 11 video 2 bst_cntl 10 nc 4 nc[rf_agc] 1 ant_pwr[opt] 17 dif_1 9 sif 8 nc(if_tp) 3 +b 16 if_agc_cntl 7 sda 6 scl 15 reset 18 dif_2 19 shield l2605 blm18pg121sn1d c2634 10uf 10v c2635 10uf 10v c2636 22uf 10v c2637 0.1uf 16v c2638 20pf 50v tuner_i2c_lpf c2639 20pf 50v tuner_i2c_lpf l2609 tuner_i2c_lpf 270nh l2610 tuner_i2c_lpf 270nh l2609-*1 33 non_tuner_i2c_lpf l2610-*1 33 non_tuner_i2c_lpf c2612 62pf 50v tuner_i2c_lpf c2611 62pf 50v tuner_i2c_lpf c2611-*1 18pf 50v non_tuner_i2c_lpf c2612-*1 18pf 50v non_tuner_i2c_lpf c2624 10uf 16v tuner (half nim) gp2_bcm ver. 1.0 28 can h-nim/nim tuner for taiwan close to tuner option : rf agc close to tuner 60ma 200ma if agc filter if filter option caution : closed bcm ic(ic100) r2 r1 v_out=v_ref(1+r2/r1) for esd close to tuner close to tuner tuner i2c lpf the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. r2801 2.2k isdb_demod c2823 0.1uf 16v isdb_demod sda1_3.3v x2800 25mhz isdb_demod c2817 0.1uf 16v isdb_demod c2806 0.1uf isdb_demod r2802 2.2k isdb_demod r2800 10k 1% isdb_demod +3.3v_de if_n_ext fe_ts_serial fe_ts_val_err c2810 0.1uf 16v isdb_demod c2824 0.1uf isdb_demod r2805 2.2k isdb_demod fe_ts_sync r2812 2.2k opt c2818 15pf 50v isdb_demod c2802 0.1uf isdb_demod c2803 0.1uf isdb_demod c2826 0.1uf isdb_demod c2809 0.1uf isdb_demod demod_reset c2805 0.1uf isdb_demod c2827 0.1uf isdb_demod fe_ts_data_clk c2814 15pf 50v isdb_demod if_p_ext r2804 2.2k isdb_demod c2800 0.1uf isdb_demod r2809 22 isdb_demod c2816 0.1uf 16v isdb_demod +3.3v_de c2807 0.1uf isdb_demod r2806 1m isdb_opt c2821 0.1uf 16v isdb_demod c2825 0.1uf isdb_demod c2820 0.1uf 16v isdb_demod if_agc_isdb c2819 0.1uf 16v isdb_demod c2812 0.1uf 16v isdb_demod +1.2v_de scl1_3.3v r2810 22 isdb_demod r2808 22 isdb_demod c2804 0.1uf isdb_demod c2813 0.1uf 16v isdb_demod r2803 10k isdb_demod c2811 0.1uf 16v isdb_demod c2801 0.1uf isdb_demod c2815 0.1uf 16v isdb_demod c2822 0.1uf 16v isdb_demod r2807 22 isdb_demod r2811 2.2k opt c2808 0.1uf isdb_demod r2813 22 r2814 22 ic2800 mn884433 isdb_demod 1 vss_1 2 avdd_s 3 aii_s 4 aiq_s 5 avss_s 6 vrt_s 7 vrb_s 8 tcpo_s 9 vddl_1 10 mscl_s 11 msda_s 12 vss_2 13 vssh 14 psel 15 zsel 16 vddl_2 17 acki 18 tcpo_t 19 ir_t 20 vrt_t 21 vrb_t 22 avdd_t 23 ain_t 24 aip_t 25 avss_t 26 vss_3 27 mscl_t 28 msda_t 29 vddh_1 30 gpo1 31 agci_t 32 agcr_t 33 gpo0 34 vddl_3 35 vss_4 36 xo 37 xi 38 vddh_2 39 gpi1 40 gpi0 41 test4 42 shvpp 43 shvddh 44 nc_1 45 vss_5 46 vddl_4 47 tck 48 tdi 49 nrst 50 test3 51 vss_6 52 vddl_5 53 trst 54 tms 55 csel0 56 csel1 57 tdo 58 synca 59 erra 60 syncb 61 errb 62 vss_7 63 vddl_6 64 sadr_t 65 nc_2 66 sadr_s 67 hdvddl0 68 vss_8 69 sda 70 scl 71 vddh_3 72 sadr 73 inta 74 intb 75 vss_9 76 test1 77 test2 78 scka 79 gpi2 80 sdoa 81 pcka 82 dena 83 vddh_4 84 vss_10 85 hdvpp 86 ron 87 nc_3 88 hdvddh 89 nc_4 90 hdvddl1 91 vss_11 92 vddl_7 93 sckb 94 test0 95 sdob 96 pckb 97 denb 98 gpo2 99 vddh_5 100 agc_s isdb-t demodulator gp2_saturn7m ver. 1.0 28 amp_i2c have pull-up (fe_ts_serial) panasonic (isdb-t) mn884433 the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. c2905 22uf 16v isdb_power c2904 0.1uf 16v isdb_power ic2900 sc4215istrt isdb_power 3 vin 2 en 4 nc_2 1 nc_1 5 nc_3 6 vo 7 adj 8 gnd +3.3v_de if_agc l2900 blm18pg121sn1d isdb_power c2902 0.1uf 16v isdb_power r2900 0 isdb_demod r2902 10k isdb_power r2901 0 int_demod if_agc_isdb +3.3v_de c2903 10uf 10v isdb_power r2903 5.1k isdb_power tp2901 c2900 0.1uf isdb_power if_agc_sel tu_if_agc_bcm c2901 0.1uf isdb_power +3.3v_normal +1.2v_de demodulator gp2_saturn7m ver. 1.0 29 if agc selection panasonic demodulator power(3.3v,1.2v) usb down stream thermal usb down stream t he s ymbol m ark of this schemetic diagram incorp orates s pecial feature s impor tant for protection from x-ra diation. f ilre an d elect rical s hock hazards, when servicing if is e ssentia l that only ma nufatures specfied parts be u sed for t he crit ical co mponent s in the symbol mark of th e schemetic. usb c2205 0.1uf scl2_3.3v usb_dp2 +3.3v_usb usb_dm2 +3.3v_usb c2201 1uf 10v c2211 0.1uf c2209 1uf 10v usb_dp1 c2215 0.1uf opt d2204 5.6v cds3c05hdmi1 r2212 100k opt c2214 4.7uf r2206 100k c2203 0.1uf r2208 0 opt r2202 1m 1% c2207 0.1uf r2205 100k +3.3v_usb r2213 100k opt /rst_hub c2204 0.1uf side_usb_dp c2202 0.1uf jk2202 kja-ub-4-0004 1234 5 usb_dp2 +3.3v_usb r2209 100k opt r2210 100k usb_dm1 /usb_ocd2 c2206 1uf 10v /usb_ocd1 c2212 0.1uf r2207 0 opt r2204 100k d2202 5.6v cds3c05hdmi1 r2214 0 /usb_ocd1 usb_ctl1 usb_dm1 +3.3v_usb +3.3v_normal r2203 100k sda2_3.3v side_usb_dm l2201 blm18pg121sn1d d2203 5.6v cds3c05hdmi1 c2213 0.1uf usb_ctl2 d2201 5.6v cds3c05hdmi1 r2211 100k opt usb_dp1 usb_dm2 usb_ctl1 r2201 12k 1/10w 1% ic2201 usb2512a_aezg 1 usbdn1_dm 3 usbdn2_dm 7 nc_2 9 nc_4 10 vdda33_2 11 test 12 prtpwr1 13 ocs1_n 14 vdd18 15 vdd33cr 16 prtpwr2 17 ocs2_n 18 nc_5 19 nc_6 20 nc_7 21 nc_8 22 sda/smbdata/non_rem1 23 vdd33 24 scl/smbclk/cfg_sel0 25 hs_ind/cfg_sel1 26 reset_n 27 vbus_det 28 susp_ind/local_pwr/non_rem0 29 vdda33_3 30 usbup_dm 31 usbup_dp 32 xtal2 5 vdda33_1 8 nc_3 6 nc_1 4 usbdn2_dp 2 usbdn1_dp 33 xtal1/clkin 34 vdd18pll 35 rbias 36 vdd33pll 37 vss x2201 24mhz c2208 15pf c2210 15pf c2218 100uf 16v c2222 0.1uf ic2202 ap2191sg-13 ean60921001 3 in_2 2 in_1 4 en 1 gnd 5 flg 6 out_1 7 out_2 8 nc +5v_usb r2226 2.7k r2225 0 r2220 4.7k opt +3.3v_normal c2220 10uf 10v l2202 mlb-201209-0120p-n2 120-ohm jk2201 kja-ub-4-0004 1234 5 r2227 0 r2223 2.7k c2223 0.1uf r2221 4.7k opt l2203 mlb-201209-0120p-n2 120-ohm ic2203 ap2191sg-13 ean60921001 3 in_2 2 in_1 4 en 1 gnd 5 flg 6 out_1 7 out_2 8 nc c2221 10uf 10v +5v_usb c2219 100uf 16v +3.3v_normal /usb_ocd2 040:j6 usb_ctl2 usb2 option usb / dvr ready usb 40 t he s ymbol m ark of this schemetic diagram incorp orates s pecial feature s impor tant for protection from x-ra diation. f ilre an d elect rical s hock hazards, when servicing if is e ssentia l that only ma nufatures specfied parts be u sed for t he crit ical co mponent s in the symbol mark of th e schemetic. bluetooth p1895 12507wr-10l bcm bt module 1 2 3 4 5 6 7 8 9 10 11 +3.3v_normal r1896 27 bcm bt module r1897 27 bcm bt module r1898 0 bcm bt module vreg_ctrl bt_reset r1899 0 bcm bt module bt_dp bt_dm d1898 5.6v cds3c05hdmi1 bcm bt module d1899 5.6v cds3c05hdmi1 bcm bt module r1889 10 bcm bt module q1801 rtr030p02 bcm bt module s d g q1800 2sc3052 bcm bt module e b c bt_on/off r1887 47k bcm bt module r1886 47k bcm bt module r1888 4.7k bcm bt module l1899 500 opt c1898 1uf bcm bt module c1899 22uf 10v bcm bt module bluetooth for bcm 43 bluetooth the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. non_ci 2009.10.19 ci_a[0] ci_a[1] ci_a[2] ci_a[3] ci_a[4] ci_a[5] ci_a[6] ci_a[7] ci_a[8] ci_a[9] ci_a[10] ci_a[11] ci_a[12] ci_a[13] ci_outdata[4] ci_outdata[5] ci_outdata[6] ci_outdata[7] ci_outclk ci_outvalid ci_outstart ci_outdata[0] ci_outdata[1] ci_outdata[2] ci_outdata[3] ci_outclk /ci_wait ci_mod_reset [gp49] /ci_cd2 [gp38] ci_mod_reset /ci_cd1 fe_ts_data_clk fe_ts_val_err /ci_wait /ci_ireq [gp39] 007:h5;016:aj3 /ci_cd1 ci_outclk,ci_outdata[0-7],ci_outstart,ci_outvalid fe_ts_sync /ci_cd2 ebi_rw 007:e6 ci_5v_ctl [gp27] 007:h7 ci_a[0-13] ebi_we /ci_sel ci_a[14] ebi_cs high_common(bcm3556) 46 dvb-ci pull-up (near ci slot) dvb-ci pull-down (near ci slot) ci power enable control ci control buffer the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. ursa3 120hz mini_lvds 09/10/xx 74 common gma18 r7416 0 non_gip z_out r7400 0 gip gma16 gma15 rxc2- gsp/gvst_i gma13 vcc_lcm gma1 hvdd r7407 0 non_gip vgi_n r7401 0 gip vgl (-5v) soe vdd_odd gma6 gma3 r7411 0 non_gip gma1 c7404 0.1uf 50v mini_lvds rxc0- gsp/gvst_i rxd1- gma18 r7413 3.3k mini_lvds r7402 3.3k mini_lvds rxc2+ pol rxd0- rxb4- rxa0+ rxc3+ vcc_lcm gma13 rxb1+ rxc4+ rxb2- vst clk1 r7409 0 gip vgh_m (+25v) r7417 0 non_gip r7412 0 mini_lvds c7409 10uf 16v mini_lvds vcomrfb gma10 vdd_even vcc_lcm vcc_lcm clk4 vdd_lcm clk3 rxd0+ r7415 0 non_gip gma12 r7403 0 non_gip gma10 rxc4- clk6 rxb4+ r7419 0 non_gip rxc0+ vcc_lcm vcomlfb vgi_p gma4 c7407 0.01uf 50v mini_lvds clk2 vgi_n vdd_even r7408 0 non_gip rxb2+ gsc/gclk3_i r7418 0 non_gip clk5 r7414 0 non_gip rxd1+ rxc1+ vgl_i clk3 soe h_conv clk2 c7401 10uf 16v mini_lvds gma3 pol gma7 r7406 0 non_gip rxa1- gma7 c7405 0.1uf 16v mini_lvds vdd_odd rxb3+ rxc3- gma6 rxb3- gma9 r7410 0 non_gip vdd_lcm c7402 0.01uf 50v mini_lvds clk1 c7400 0.1uf 16v mini_lvds rxb0- r7405 0 non_gip c7408 0.1uf 50v mini_lvds clk6 vgl_i goe/gclk1_i vgi_p vgl (-5v) h_conv rxc1- gma15 vcoml r7404 3.3k non_gip rxb0+ gma16 vst clk4 gma9 gma4 z_out rxb1- clk5 rxa1+ hvdd gma12 rxa0- vcomr c7403 1uf 50v mini_lvds c7406 1uf 50v mini_lvds p7400 104060-6017 mini_lvds 1 gnd 2 gma1 3 gma3 4 gma4 5 gma6 6 gma7 7 gma9 8 gma10 9 gma12 10 gma13 11 gma15 12 gma16 13 gma18 14 gnd 15 opt_n 16 h_conv 17 vst_in 18 pol 19 soe 20 gnd 21 lv0+ 22 lv0- 23 lv1+ 24 lv1- 25 lv2+ 26 lv2- 27 lvclk+ 28 lvclk- 29 lv3+ 30 lv3- 31 lv4+ 32 lv4- 33 lv5+ 34 lv5- 35 gnd 36 vcc 37 vcc 38 gnd 39 half_vdd 40 half_vdd 41 vdd 42 vdd 43 gnd 44 vcom_in 45 vcom_fb 46 gnd 47 vst 48 vss 49 vgh_even 50 vgh_odd 51 vgi_p 52 vgi_n 53 clk6 54 clk5 55 clk4 56 clk3 57 clk2 58 clk1 59 z_out 60 gnd 61 . p7401 104060-6017 mini_lvds 1 gnd 2 z_out 3 clk1 4 clk2 5 clk3 6 clk4 7 clk5 8 clk6 9 vgi_n 10 vgi_p 11 vgh_odd 12 vgh_even 13 vss 14 vst 15 gnd 16 vcom_fb 17 vcom_in 18 gnd 19 vdd 20 vdd 21 half_vdd 22 half_vdd 23 gnd 24 vcc 25 vcc 26 gnd 27 rv0+ 28 rv0- 29 rv1+ 30 rv1- 31 rv2+ 32 rv2- 33 rvclk+ 34 rvclk- 35 rv3+ 36 rv3- 37 rv4+ 38 rv4- 39 rv5+ 40 rv5- 41 gnd 42 soe 43 pol 44 vst_in 45 h_conv 46 opt_n 47 gnd 48 gma18 49 gma16 50 gma15 51 gma13 52 gma12 53 gma10 54 gma9 55 gma7 56 gma6 57 gma4 58 gma3 59 gma1 60 gnd 61 . jp8804 jp8805 jp8806 jp8807 jp8808 [left ffc connector] (60pin mini-lvds) mini lvds [right ffc connector] (60pin mini-lvds) 2012 to reduce audible noise to reduce audible noise the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. ursa3 120hz lvds pwm_dim rxc4- p7700 tf05-51s fhd_120hz 12 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 rxd3+ rxa3- r7711 3.3k jeida r7708-*1 0 fhd_opc rxdck- rxd0+ rxb1- r7705 33 240hz rxack+ rxb2- rxd1- r7703 33 240hz rxa0- rxd4- rxc4+ rxbck- rxb0+ +3.3v_normal rxa3+ rxa4- rxb3+ rxa2- r7706 0 ld60_scan r7702 0 non_scan r7708 0 ld60_scan rxcck+ rxb1+ rxc2+ rxa0+ rxd3- sda3_3.3v rxcck- scan_blk1/opc_out rxb4+ rxa1- r7712 10k vesa rxbck+ rxc1- r7710 10k 8bit r7707 0 fhd_opc rxc1+ r7700 0 non_lgd_22 opc_out rxc0- rxa1+ rxa2+ frc_reset rxb2+ rxack- rxd0- rxd2+ r7701 0 non_lgd_22 rxc3- p7701 tf05-41s fhd_120hz 12 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 rxb3- scl3_3.3v r7704 33 240hz scan_blk2 c7701 1000pf 50v r7709 0 fhd_opc rxd1+ rxb4- tp7700 panel_vcc opc_en rxb0- rxd4+ rxdck+ rxd2- rxa4+ rxc3+ rxc2- rxc0+ l7700 500 fhd_120hz c7702 0.1uf 50v c7700 10uf 25v opt jp8809 vesa bit_sel [41pin lvds connector] (for fhd 120hz) 10bit lvds_sel high gnd(nc) open [51pin lvds connector] (for fhd 60/120hz) jeida lvds 8bit gnd 35 thermal the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. power bcm (eurobbtv) +5v_usb +3.5v_st r8018 100 cmo_psu l8004 3.6uh nr8040t3r6n 0 r8035 hd_opc q8001 2sc3052 e b c +12v r8030 0 auo_psu panel_ctl 1:ak10 c8017 0.1uf opt +5v_usb +3.3v_normal power_on/off2_2 l8010 3.6uh nr8040t3r6n 0 r8027 lgd_iop r8031 0 a_dim_lgd power_on/off1 r8037 4.7k non_led_model q8003 2sc3052 e b c c8020 22uf 10v c8046 100pf 50v opt +12v p8000 fw20020-24s normal_26~52 19 14 9 4 18 13 8 3 17 12 7 2 16 11 6 1 20 15 10 5 21 22 23 24 r8003 22k r8019 100 non_cmo r8054 5.6k 1% c8016 100pf 50v opt c8004 0.1uf 16v c8015 1uf 25v opt q8000 2sc3052 e b c inv_ctl +3.5v_st c8018 0.1uf 50v r8009 0 scan r8055 10k 1% c8040 2200pf pwm_dim r8004 4.7k c8047 22uf 10v r8000 10k 0 r8020 non_scan_psu r8008 22k +3.3v_normal q8002 rt1p141c-t112 1 2 3 r8074 100 0 r8021 auo_psu/sharp_psu_60 c8007 0.1uf +5v_normal c8021 1uf 25v opt opc_out r8050 10k r8068 100k r8012 10k r8023 6.8k opt c8025 0.1uf 16v r8067 14k 1% pd_+3.5v scan_blk1/opc_out l8001 500 0 r8033 pwm_non_opc r8029 0 cmo_psu l8003 mlb-201209-0120p-n2 c8012 1uf 25v opt r8049 12k r8039 10k opt +12v r8075 10k opt c8024 68uf 35v 0 r8034 scan/fhd_opc a_dim r8001 47k rl_on error_out l8005 mlb-201209-0120p-n2 +24v r8053 47k 1% r8013 10k power_det c8019 100pf 50v opt panel_vcc +3.5v_st 0 r8024 auo_psu/sharp_psu_52_60 +12v r8006 22 c8014 1uf 50v ic8007 ncp803sn293 1 gnd 3 vcc 2 reset scan_blk2 r8015 0 ld r8017 6.2k 1% c8000 100uf 16v ic8000 mp8706en-c247-lf-z 3 sw_2 2 sw_1 4 bst 1 in 5 en/sync 6 fb 7 vcc 8 gnd c8011 0.1uf 16v opt +24v v_sync r8002 10k opt r8011 1.8k c8028 10uf 25v l8002 mlb-201209-0120p-n2 r8063 12k 1% pd_+12v power_on/off2_1 c8023 0.1uf 16v r8032 10k c8030 10uf 25v r8022 0 c8049 0.1uf 16v r8010 10k +3.5v_st c8006 0.1uf 16v 0 r8025 non_led_model +12v r8064 5.1k 1/16w 5% non_pd_+3.5v r8016 33k 1% q8005 2sc3052 e b c c8008 0.01uf 25v power_on/off2_1 r8066 3.9k opt l8015 3.6uh ic8005 aoz1024di 1 pgnd 2 vin 3 agnd 4 fb 5 comp 6 en 7 lx +12v d3.3v c8064 0.1uf 16v c8063 0.1uf 16v +3.3v_normal l8016 cic21j501ne r8069 27k 1% r8070 4.7k 1% r8071 10k 1% power_on/off2_2 r8036 0 400hz_vsync r8028 0 400hz_mo_sclk r8005 0 400hz_md_mdsi l_vs mo_mosi mo_sclk l8000 cic21j501ne l8007 cic21j501ne l8013 cic21j501ne r8058 20k r8026 1k r8045 0 non_esd c8029 22uf 16v l8006 mlb-201209-0120p-n2 l8011 blm18pg121sn1d r8047 3.9k opt c8045 0.1uf 16v a1.2v d1.2v r8040 100k c8027 0.1uf +3.5v_st r8043 470k 1% c8036 0.1uf c8032 0.1uf l8009 2uh r8048 910k 1% c8026 0.1uf 10 r8041 r8042 0 c8035 22uf d1.8v l8012 3.6uh nr8040t3r6n r8052 10k 0.1uf c8050 r8051 6.8k c8042 0.01uf 25v +3.5v_st c8038 0.01uf 25v c8031 22uf 10v c8044 100pf 50v opt r8057 10k 1% c8048 22uf 10v r8056 10k 1/10w 1% c8034 0.01uf 25v l8008 cic21j501ne ic8003 aoz1072ai 3 agnd 2 vin 4 fb 1 pgnd 5 comp 6 en 7 lx_1 8 lx_2 r8007 0 non_scan_lips r8014 0 sharp_psu_26_32_52 r8076 0 400hz_md_mdsi/42_47_local dimming m2_mosi r_vs r8078 0 400hz_vsync/42_47_local dimming m2_sclk r8077 0 400hz_mo_sclk/42_47_local dimming l_vs r_vs m2_sclk mo_sclk m2_mosi mo_mosi c8001 100uf 25v c8003 0.1uf 50v c8005 0.1uf 50v c8009 0.1uf 50v c8010 10uf 25v opt c8022 0.1uf 50v c8052 22uf 25v c8051 0.1uf 50v c8002 10uf 25v c8013 4.7uf 50v r8081 100 r8079 100k ic8008 ncp803sn293 1 gnd 3 vcc 2 reset r8061 24k 1% power 20v r8061-*1 24k 1% power 24v r8062 5.1k 5% power 20v r8062-*1 4.3k 1% power 24v +3.5v_st r8080 14k 1% opt ic8002 mp2108dq 3 lx 2 vin 4 pgnd 1 bst 5 sgnd 6 ss 7 fb 8 comp 9 vref 10 run ic8001 mp2208dl-lf-z 3 pgnd_1 2 ss 4 sw_1 1 agnd 6 nc 5 in_1 7 bs 8 vcc 9 pok 10 in_2 11 sw_2 12 pgnd_2 13 en/sync 14 fb 15 ep p8001 smaw200-h24s2 slim_32~52 19 12v 14 gnd 9 3.5v 4 24v 18 inv on 13 gnd 8 gnd 3 24v 17 12v 12 3.5v 7 gnd 2 24v 16 gnd/v-sync 11 3.5v 6 gnd 1 pwr on 20 a.dim 15 gnd 10 3.5v 5 gnd 21 12v 22 p.dim1 23 gnd/p.dim2 24 err out 25 q8004 ao3407a g d s r8072 39k 1% ic8004 sc4215istrt 3 vin 2 en 4 nc_2 1 nc_1 5 nc_3 6 vo 7 adj 8 gnd 0.1uf c8062 0.1uf c8056 opt r8073 18k 1% a2.5v l8017 500 r8059 10k +3.3v_normal l8014 500 0.1uf c8055 c8053 10uf 16v c8058 10uf 16v c8061 10uf 16v c8065 0.1uf 16v esd c8039 3300pf 50v c8041 22uf 10v c8037 22uf 10v c8057 22uf 10v c8059 22uf 10v r8082 0 400hz_vsync c8033 1uf 10v r8060 10k r8044 10k r8085 0 scan_lips r8084 0 scan_psu r8083 0 scan_psu c8067 10uf 10v c8068 0.1uf 16v c8054 2200pf 50v d8000 5.6v esd r8045-*1 100k esd c8069 0.1uf non_led_model r8061-*2 22k 1% power 18.5v r8062-*2 4.7k 1% power 18.5v c8066 10uf 16v c8043 10uf 16v r8046 30k 1% 15 the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. +3.5v_st power_on/off1 wireless_pwr_en r8178 22 wireless_detect opc_en r8126 10k opt r8139 10k opt r8112 10k tact_key r8135 22 r8192 22 r8116 22 led_b/lg_logo r8182 10k opt nec_eeprom_sda +3.5v_st r8127 22 r8177 22 c8100 0.1uf r8115 22 r8134 22 r8124 10k lcd/pdp rl_on inv_ctl r8194 22 wireless_sw_ctrl model1_opt_2 +3.5v_st +3.5v_st +3.5v_st r8132 22 +3.5v_st r8176 22 nec_isp_tx ir r8125 4.7k nec_isp_rx ocd1b ocd1a sw8100 jtp-1127wem 12 4 3 r8114 22 model1_opt_3 r8111 10k touch_key amp_reset_n flmd0 micom_reset power_on/off2_2 r8143 10k nec_eeprom_sda ocd1a ocd1a r8195 22 micom_reset r8113 22 r8188 22 r8142 22 non_m-remote +3.5v_st +3.5v_st key1 q8100 2sc3052 e b c soc_reset model1_opt_0 ic8101 upd78f0513aga-gam-ax nec_micom 1 p60/scl0 2 p61/sda0 3 p62/exscl0 4 p63 5 p33/ti51/to51/intp4 6 p75 7 p74 8 p73/kr3 9 p72/kr2 10 p71/kr1 11 p70/kr0 12 p32/intp3/ocd1b 13 p31/intp2/ocd1a 14 p30/intp1 15 p17/ti50/to50 16 p16/toh1/intp5 17 p15/toh0 18 p14/rxd6 19 p13/txd6 20 p12/so10 21 p11/sl10/rxd0 22 p10/sck10/txd0 23 avref 24 avss 25 ani7/p27 26 ani6/p26 27 ani5/p25 28 ani4/p24 29 ani3/p23 30 ani2/p22 31 ani1/p21 32 p20/ani0 33 p130 34 p01/ti010/to00 35 p00/ti000 36 p140/pcl/intp6 37 p120/intp0/exlvi 38 p41 39 p40 40 reset 41 p124/xt2/exclks 42 p123/xt1 43 flmd0 44 p122/x2/exclk/ocd0b 45 p121/x1/ocd0a 46 regc 47 vss 48 vdd r8106 10k r8185 20k 1/16w 1% c8104 0.1uf r8184 47k +3.5v_st nec_isp_tx nec_rxd r8128 22 nec_eeprom_scl scart1_mute r8133 22 r8110 10k lcd/oled r8104 10k nec_txd r8181 10k opt r8145 22 r8186 20k 1/16w 1% model1_opt_1 r8190 22 r8123 10k oled/3d amp_mute r8189 10k power_on/off2_1 r8108 10k r8183 10k opt c8103 0.1uf r8144 22 tact_key hdmi_cec r8180 22 r8175 4.7m r8105 10k r8100 47k r8187 22 model1_opt_1 +3.5v_st r8140 47k opt c8107 1uf r8191 22 r8118 22 key2 r8121 10k pwm_led nec_eeprom_scl ocd1b flmd0 r8120 10k logo_buzz r8130 22 nec_isp_rx model1_opt_3 r8103 100 nec_isp_tx edid_wp r8102 100 side_hp_mute r8117 22 r8129 22 p8100 12505ws-12a00 12 3 4 5 6 7 8 9 10 11 12 13 r8196 22 +3.5v_st power_det nec_isp_rx r8131 22 r8122 4.7k ocd1b r8119 22 r8179 22 model1_opt_0 r8107 10k r8109 10k pdp/3d led_r/buzz model1_opt_2 r8193 22 panel_ctl r8136 22 non_m-remote x8100 10mhz r8138 0 gnd gnd sda1_3.3v scl1_3.3v micom_download r8146 0 r8101 100 opc flash_wp micom_download scart1_mute tp8100 c8101 15pf 50v c8102 15pf 50v c8108 0.1uf ic8100 m24c16-wmn6t 3 nc/e2 2 nc/e1 4 vss 1 nc/e0 5 sda 6 scl 7 wc 8 vcc c8105 15pf c8106 15pf x8101 32.768khz micom_kds x8101-*1 32.768khz micom_epson 5 0 0 model_opt_3 1 0 31 low_small 1 1 logo_buzz lcd/pdp model option 0 1 pwm_led high pin name model_opt_0 oled micom model option tbd 8 model_opt_3 pin no. 30 11 1 model_opt_0 1 touch_key 0 3d lcd/oled model_opt_2 low oled/3d model_opt_2 eeprom for micom 0 1 model_opt_1 0 for debugger tact_key model_opt_1 low pdp/3d 1 0 pdp lcd high micom gp2_saturn7m ver. 1.4 10mhz crystal ready for atsc assy the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. +3.5v_st r8206 3.3k opt r8280 10k opt q8202 2sc3052 commercial_eu e b c c8209 1000pf 50v ir_out l8200 blm18pg121sn1d +3.5v_st led_b/lg_logo r8212 0 commercial_us r8204 47k +3.5v_st r8213 10k 1% r8208 22 wireless c8207 0.1uf led_r/buzz c8210 0.1uf 16v r8224 100 r8209 100 r8218 47k commercial l8201 blm18pg121sn1d p8200 12507wr-12l 12 3 4 5 6 7 8 9 10 11 12 13 r8219 47k wireless r8216 10k commercial_eu r8201 0 opt r8217 10k wireless d8205 5.6v cds3c05hdmi1 c8206 0.1uf r8215 47k wireless c8212 100pf 50v ir_pass r8225 100 eyeq d8201 5.6v amotech +3.5v_st +3.5v_st c8214 1000pf 50v opt l8203 blm18pg121sn1d r8210 100 q8204 2sc3052 commercial e b c r8226 100 eyeq key2 +3.5v_st +3.5v_st q8205 2sc3052 wireless e b c d8204 5.6v cds3c05hdmi1 ir c8213 1000pf 50v opt r8221 47k wireless c8208 0.1uf 16v r8227 1.5k tact_key r8207 22 commercial +3.5v_st d8200 5.6v amotech r8214 47k commercial_eu q8201 2sc3052 e b c r8200 22 q8203 2sc3052 wireless e b c r8205 47k r8220 47k commercial r8202 47k c8211 1000pf 50v r8203 10k d8206 5.6v amotech r8276 1.5k key1 +3.5v_st r8211 10k 1% +3.3v_normal q8200 2sc3052 e b c l8202 blm18pg121sn1d nec_eeprom_scl nec_eeprom_sda d8209 5.6v jk8200 xrjv-01v-d12-180 12 3 4 5 6 7 8 d1 d2 d3 d4 9 l8204 cic21j501ne d8212 5.6v d8211 5.6v d8207 5.6v ephy_tdn d8208 5.6v ephy_activity r8281 510 c8216 1000pf 50v ephy_link d3.3v r8282 510 d8210 5.6v ephy_rdp ephy_rdn c8217 1000pf ephy_tdp bcm_rxd1 +3.5v_st +3.5v_st r8223 4.7k opt r8272 0 r8274 0 c8201 0.1uf c8202 0.1uf c8204 0.1uf r8275 0 jk8201 spg09-db-009 1 2 3 4 5 6 7 8 9 10 r8222 4.7k opt c8200 0.33uf r8273 0 ir_out r8277 100 c8205 0.1uf c8203 0.1uf nec_rxd d8203 30v cds3c30gth d8202 30v cds3c30gth ic8200 max3232cdr ean41348201 3 c1- 2 v+ 4 c2+ 1 c1+ 6 v- 5 c2- 7 dout2 8 rin2 9 rout2 10 din2 11 din1 12 rout1 13 rin1 14 dout1 15 gnd 16 vcc r8278 100 r8279 0 opt a2.5v bcm_txd1 nec_txd r8283 0 r8284 0 r8285 0 r8286 0 c8218 10pf 50v opt c8220 10pf 50v opt c8222 10pf 50v opt c8221 10pf 50v opt r8287 10k ld650/ld750 zener diode is commercial wireless close to wafer ir & key rs232c adjacent tx/rx differential pairs should be separat ed by more than 15 mils to each other ethernet connect 5 mils trace width with 7 mils air gap on p/n pair. trace impedance : 100 ohm differenctial impedance t o gnd plane the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. 2009.06.18 hdmi bcm (eurobbtv) ck-_hdmi3 d2-_hdmi1 r8338 22 gnd +5v_normal c8300 0.1uf d1-_hdmi4 +5v_normal hdmi_rx1+ d0-_hdmi2 ddc_sda_1 5v_hpd1 r8326 22k d1+_hdmi2 d2+_hdmi2 5v_hdmi_3 hdmi_hpd_4 r8308 0 +3.3v_hdmi jp8305 gnd hdmi_hpd_1 gnd ddc_sda_4 r8325 1.8k hdmi_cec d0+_hdmi3 cec_remote ddc_sda_1 c8305 0.1uf ddc_scl_1 r8348 4.7k opt d2+_hdmi1 r8323 47k q8304 krc104s e b c d2-_hdmi4 r8340 22 c8318 0.1uf 16v r8310 4.7k hdmi_clk- +3.3v_normal r8301 1k ck+_hdmi1 gnd ddc_scl_4 d8306 a1 c a2 hdmi_clk+ d1-_hdmi2 gnd ddc_sda_4 d8310 a1 c a2 cec_remote d1-_hdmi4 r8309 4.7k hdmi_3 hdmi_rx1- d1-_hdmi1 r8318 0 ck+_hdmi4 jk8300 ykf45-7058v eag59023302 hdmi_3 14 nc 13 ce_remote 5 d1_gnd 20 shield 12 ck- 11 ck_gnd 2 d2_gnd 19 hp_det 18 5v 10 ck+ 4 d1+ 1 d2+ 17 gnd 9 d0- 8 d0_gnd 3 d2- 16 ddc_data 7 d0+ 6 d1- 15 ddc_clk d1+_hdmi1 c8309 0.1uf d0+_hdmi2 r8306 0 ddc_scl_4 gnd r8321 4.7k r8316 1k q8307 krc104s e b c hdmi_hpd_2 c8322 0.1uf gnd d0+_hdmi2 ddc_scl_3 r8304 0 hdmi_3 hdmi_hpd_4 d1+_hdmi4 +5v_normal d0-_hdmi4 +5v_normal r8313 47k r8336 0 scl2_3.3v d8303 5.5v opt ddc_sda_2 ddc_scl_2 gnd q8300 krc104s hdmi_3 e b c +5v_normal d8300 5.5v opt d2-_hdmi4 d0+_hdmi1 d2-_hdmi2 hdmi_sda hdmi_hpd_3 ck+_hdmi3 ddc_sda_1 ck-_hdmi2 bss83 q8308 s b d g ddc_sda_4 r8324 1.8k d1+_hdmi4 d2+_hdmi1 ck+_hdmi1 r8346 0 opt ck+_hdmi4 jk8301 ykf45-7058v eag59023302 14 nc 13 ce_remote 5 d1_gnd 20 shield 12 ck- 11 ck_gnd 2 d2_gnd 19 hp_det 18 5v 10 ck+ 4 d1+ 1 d2+ 17 gnd 9 d0- 8 d0_gnd 3 d2- 16 ddc_data 7 d0+ 6 d1- 15 ddc_clk jp8303 r8344 12k 5v_hpd4 q8302 krc104s e b c 5v_hdmi_2 q8306 krc104s e b c gnd 5v_hdmi_4 d8302 5.5v opt gnd c8307 0.1uf q8305 krc104s e b c ddc_sda_3 q8303 krc104s hdmi_3 e b c ddc_scl_2 5v_hpd2 d0-_hdmi1 hdmi_rx2+ ck-_hdmi4 5v_hpd2 d0-_hdmi4 +1.8v_hdmi d1-_hdmi2 c8324 0.1uf c8321 0.1uf d8311 5.5v esd d1+_hdmi3 d2+_hdmi4 r8312 47k r8305 0 r8343 opt 0 jp8304 d0-_hdmi3 q8301 krc104s e b c jp8307 jp8306 d0+_hdmi4 +3.3v_hdmi d8305 5.5v opt hdmi_rx0+ c8303 0.1uf 16v ddc_scl_1 5v_hdmi_1 5v_hdmi_3 d2+_hdmi3 ck+_hdmi3 ck-_hdmi4 5v_hdmi_1 gnd +3.3v_hdmi r8319 47k hdmi_3 c8316 0.1uf 16v r8314 47k hdmi_hpd_3 ddc_scl_3 d8309 hdmi_3 a1 c a2 5v_hpd4 c8302 0.1uf 16v 5v_hpd3 +3.5v_st d0+_hdmi4 hdmi_scl r8347 4.7k opt 5v_hdmi_3 jp8302 d2-_hdmi3 c8320 0.1uf d2-_hdmi1 d1-_hdmi3 r8302 1k r8303 0 hdmi_3 5v_hdmi_4 d0-_hdmi1 5v_hdmi_2 d1-_hdmi3 r8311 4.7k r8327 0 d0+_hdmi1 hdmi_rx0- ck+_hdmi2 ddc_sda_2 d8301 5.5v opt cec_remote ddc_sda_2 ck-_hdmi1 d8307 a1 c a2 +5v_normal ck+_hdmi2 d0-_hdmi3 c8304 0.1uf 16v r8322 47k hdmi_3 cec_remote cec_remote c8313 0.1uf 16v d8312 mmbd301lt1g r8337 0 gnd r8307 0 hdmi_hpd_1 gnd ddc_scl_4 d8304 5.5v opt hdmi_hpd_2 gnd sda2_3.3v ddc_sda_3 5v_hpd1 gnd r8300 1k hdmi_3 r8317 0 5v_hdmi_2 5v_hdmi_1 r8315 47k d2-_hdmi3 d1-_hdmi1 ck-_hdmi2 jk8303 kja-et-0-0032 eag42463001 14 nc 13 ce_remote 5 d1_gnd 20 jack_gnd gnd 12 ck- 11 ck_gnd 2 d2_gnd 19 hp_det 18 5v 10 ck+ 4 d1+ 1 d2+ 17 gnd 9 d0- 8 d0_gnd 3 d2- 16 ddc_data 7 d0+ 6 d1- 15 ddc_clk c8317 0.1uf 16v d1+_hdmi3 +1.8v_hdmi gnd d2-_hdmi2 c8306 0.1uf 16v d1+_hdmi1 c8312 0.1uf 16v 5v_hpd3 r8320 47k d2+_hdmi2 c8301 0.1uf 16v ddc_scl_1 d0+_hdmi3 ddc_sda_3 jp8300 c8323 0.1uf 16v jk8302 ykf45-7058v eag59023302 14 nc 13 ce_remote 5 d1_gnd 20 shield 12 ck- 11 ck_gnd 2 d2_gnd 19 hp_det 18 5v 10 ck+ 4 d1+ 1 d2+ 17 gnd 9 d0- 8 d0_gnd 3 d2- 16 ddc_data 7 d0+ 6 d1- 15 ddc_clk l8300 blm18pg121sn1d d2+_hdmi3 c8319 0.1uf d1+_hdmi2 d0-_hdmi2 c8308 0.1uf ddc_scl_3 jp8301 ck-_hdmi1 5v_hdmi_4 d2+_hdmi4 hdmi_rx2- ddc_scl_2 ck-_hdmi3 r8335 0 opt r8345 0 opt r8328 0 opt r8339 0 opt c8314 0.1uf 16v c8315 0.1uf c8310 0.1uf c8311 0.1uf ic8300 tda19997 1 vss_1 2 out_c+ 3 out_c- 4 vddo[3v3] 5 out_ddc_clk 6 out_ddc_dat 7 vss_2 8 vdddc[1v8]_1 9 rxa_hpd 10 rxa_5v 11 rxa_ddc_dat 12 rxa_ddc_clk 13 rxa_c- 14 rxa_c+ 15 vddh[3v3]_1 16 rxa_d0- 17 rxa_d0+ 18 vss_3 19 rxa_d1- 20 rxa_d1+ 21 vddh[3v3]_2 22 rxa_d2- 23 rxa_d2+ 24 vddh[1v8]_1 25 aux_5v 26 vss_4 27 test1 28 rxb_hpd 29 rxb_5v 30 rxb_ddc_dat 31 rxb_ddc_clk 32 rxb_c- 33 rxb_c+ 34 vddh[3v3]_3 35 rxb_d0- 36 rxb_d0+ 37 vss_5 38 rxb_d1- 39 rxb_d1+ 40 vddh[3v3]_4 41 rxb_d2- 42 rxb_d2+ 43 vss_6 44 cdec_ddc 45 vdddc[1v8]_2 46 vdddc[1v8]_4 47 test2 48 pd 49 i2c_sda 50 i2c_scl 51 rxe_ddc_clk 52 rxe_ddc_dat 53 int_n/mute 54 cdec_stby 55 vdds[3v3] 56 vss_7 57 cec 58 rxc_hpd 59 rxc_5v 60 rxc_ddc_dat 61 rxc_ddc_clk 62 rxc_c- 63 rxc_c+ 64 vddh[3v3]_5 65 rxc_d0- 66 rxc_d0+ 67 vss_8 68 rxc_d1- 69 rxc_d1+ 70 vddh[3v3]_6 71 rxc_d2- 72 rxc_d2+ 73 vss_9 74 r12k 75 vddh[1v8]_2 76 rxd_hpd 77 rxd_5v 78 rxd_ddc_dat 79 rxd_ddc_clk 80 rxd_c- 81 rxd_c+ 82 vddh[3v3]_7 83 rxd_d0- 84 rxd_d0+ 85 vss_10 86 rxd_d1- 87 rxd_d1+ 88 vddh[3v3]_8 89 rxd_d2- 90 rxd_d2+ 91 vdddc[1v8]_3 92 vss_11 93 out_d2+ 94 out_d2- 95 vddo[1v8] 96 out_d1+ 97 out_d1- 98 vss_12 99 out_d0+ 100 out_d0- d8313 5.6v cds3c05hdmi1 esd d8314 5.6v cds3c05hdmi1 esd gnd r8329 33 r8334 33 r8332 33 r8333 33 r8331 33 r8330 33 d8308 5.5v esd r8349 100k lee gi young 8 * hdmi cec edid pull-up side_hdmi_port4 ui_hw_port3 hdmi4 ui_hw_port1 hdmi2 ready for tda19997 hdmi3 hdmi1 ui_hw_port2 place close to tda9996 fiber optic the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. 2009.06.18 eurobbtv dsub_r jk8401 pej027-01 6b t_terminal2 7b b_terminal2 5 t_spring 4 r_spring 7a b_terminal1 6a t_terminal1 3 e_spring d8407 5.6v amotech rgb_ddc_sda +3.3v_normal d8409 enkmc2838-t112 a1 c a2 edid_wp rgb_hsync c8409 100pf 50v ic8401 m24c02-rmn6t rgb_edid_st 0immr00014a 3 e2 2 e1 4 vss 1 e0 5 sda 6 scl 7 wc 8 vcc r8412 470k rgb_ddc_scl d8406 5.6v amotech +5v_normal rgb_vsync r8418 0 pc_r_in ic8400 74f08d 3 q0 2 d0b 4 d1a 1 d0a 6 q1 5 d1b 7 gnd 8 q2 9 d2a 10 d2b 11 q3 12 d3a 13 d3b 14 vcc jk8402 spg09-db-010 1 red 2 green 3 blue 4 gnd_1 5 ddc_gnd 6 red_gnd 7 green_gnd 8 blue_gnd 9 nc 10 sync_gnd 11 gnd_2 12 ddc_data 13 h_sync 14 v_sync 15 ddc_clock 16 shiled r8401 22 dsub_b pc_l_in +5v_normal r8414 2.7k r8411 470k r8419 0 dsub_g r8402 22 dsub_det r8413 2.7k r8423 0 opt r8425 1k r8424 10k r8421 0 r8417 0 c8402 22pf 50v opt c8403 22pf 50v opt r8405 22 r8406 22 c8401 0.1uf c8404 0.1uf 16v c8405 18pf 50v c8406 18pf 50v r8416 22 r8415 22 r8422 100 r8420 10k d8401 30v aduc30s03010l_amodiode d8403 30v aduc30s03010l_amodiode d8402 30v d8404 30v d8405 30v d8408 5.6v cds3c05hdmi1 opt d8410 5.6v cds3c05hdmi1 opt d8411 5.6v admc5m03200l_amodiode opt r8407 75 r8404 75 r8403 75 c8407 1uf 25v c8408 1uf 25v jp8401 +3.3v_normal jp8402 jk8400 jst1223-001 1 gnd 2 vcc 3 vinput 4 fix_pole jp8400 d8400 30v opt spdif_out c8400 0.1uf 16v r8400 1k ic8401-*1 r1ex24002asas0a rgb_edid_renesas dev 3 a2 2 a1 4 vss 1 a0 5 sda 6 scl 7 wp 8 vcc l8408 60-ohm rgb_bead l8410 60-ohm rgb_bead l8409 60-ohm rgb_bead l8408-*1 0 rgb_0ohm l8409-*1 0 rgb_0ohm l8410-*1 0 rgb_0ohm 9 etc sub board i/f rgb audio in rgb pc rgb in bcm reference bcm reference the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. side_gender side_av_det side_av_r_in side_av_cvbs side_av_l_in side_comp_pb side_comp_y side_comp_pr side_comp_det l8602 270nh c8610 27pf 50v l8601 270nh c8602 27pf 50v c8609 27pf 50v c8603 27pf 50v c8605 47pf 50v 0 r8603 d8601 5.6v r8605 10k +3.3v_normal c8600 100pf 50v r8608 1k c8611 100pf 50v r8601 470k d8602 5.6v r8606 0 c8607 1uf 25v r8607 0 r8602 470k c8606 1uf 25v d8603 5.6v c8612 100pf 50v c8608 27pf 50v c8601 27pf 50v l8600 270nh r8604 1k +3.3v_normal c8604 100pf 50v d8606 5.6v r8600 10k d8607 5.5v d8605 5.5v side_comp_incm c8613 0.1uf r8609 36 jk8601 kja-ph-1-0177 3 m3_detect 4 m4 5 m5_gnd 1 m1 6 m6 jk8600 kja-ph-1-0177 3 m3_detect 4 m4 5 m5_gnd 1 m1 6 m6 d8609 5.1v d8608 5.1v d8610 5.1v d8611 5.1v 11 (new item developmen) (new item developmen) side cvbs phone jack side component phone jack all for side_gender option run along side_comp_y_in,side_comp_pr_in,side_comp_ pb_in trace near j t he s ymbol m ark of this schemetic diagram incorp orates s pecial feature s impor tant for protection from x-ra diation. f ilre an d elect rical s hock hazards, when servicing if is e ssentia l that only ma nufatures specfied parts be u sed for t he crit ical co mponent s in the symbol mark of th e schemetic. wireless bcm_rxd1 r8705 2.2k c8702 0.01uf 50v +3.5v_st jk8700 kja-ph-3-0168 14 gnd_3 13 i2c_sda 5 vcc[24v/20v/17v]_5 12 i2c_scl 11 gnd_2 2 vcc[24v/20v/17v]_2 19 gnd_5 18 ir 10 reset 4 vcc[24v/20v/17v]_4 1 vcc[24v/20v/17v]_1 17 gnd_4 9 gnd_1 8 interrupt 3 vcc[24v/20v/17v]_3 16 uart_tx 7 detect 6 vcc[24v/20v/17v]_6 15 uart_rx 20 gnd_6 21 shield tp8700 +24v r8700 0 non_3dtv c8701 2.2uf r8711 4.7k opt c8703 0.1uf r8713 1k ic8700 mc14053bdr2g wireless 3 z1 2 y0 4 z 1 y1 6 inh 5 z0 7 vee 8 vss 9 c 10 b 11 a 12 x0 13 x1 14 x 15 y 16 vdd r8704 22k r8712 47k opt r8706 0 non_wireless r8708 0 non_3dtv c8700 0.1uf 50v wireless_tx wireless_scl r8714 10k tp8701 r8707 0 wireless wireless_dl_rx +3.3v_normal +3.5v_st ir_pass r8701 0 wireless wireless_detect r8702 10k wireless_rx r8703 0 non_wireless wireless_pwr_en q8700 e b c wireless_sw_ctrl bcm_rx bcm_tx q8701 ao3407a g d s wireless_rx wireless_tx bcm_txd1 wireless_dl_tx wireless_sda c8704 10uf 35v c8705 10uf 35v l8700 mlb-201209-0120p-n2 rs232c & wireless low wireless_sw_ctrl wireless power wireless dongle connect --> wireless rs232 high select pin wireless dongle dis_con --> s7 rs232 x0/y0/z0 x1/y1/z1 wireless ready model status 12 thermal the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. 2009.06.18 ntp7000 bcm (eurobbtv) +1.8v_amp 0.1uf c8820 50v ic8800 ap1117e18g-13 2 out 3 in 1 adj/gnd c8810 1000pf 50v c8840 0.47uf 50v r8803 100 c8808 1000pf 50v r8822 4.7k +1.8v_amp c8800 0.1uf 16v +1.8v_amp q8800 2sc3052 e b c r8819 12 r8821 4.7k r8809 3.3 emi c8826 10uf 35v r8811 10k r8814 12 c8802 10uf 10v c8837 390pf 50v l8801 blm18pg121sn1d c8806 100pf 50v 0.1uf c8824 50v aud_lrck c8805 10uf 10v opt aud_lrch c8830 22000pf 50v r8815 12 scl1_3.3v 0.1uf c8818 16v d8802 100v 1n4148w opt r8826 0 aud_sck c8825 1uf 25v 0.1uf c8807 16v amp_mute c8832 0.01uf 50v emi spk_l+ 0.1uf c8842 50v amp_reset_n 0.1uf c8831 50v spk_l- r8818 12 d8801 100v 1n4148w opt c8809 33pf 50v spk_r+ r8806 3.3k c8803 0.1uf 16v +3.3v_normal spk_r- c8823 22000pf 50v r8812 12 +1.8v_amp spk_l+ c8829 22000pf 50v c8812 33pf 50v p8800 wafer-angle 1 2 3 4 aud_master_clk c8839 0.47uf 50v r8800 1 r8827 0 l8802 blm18pg121sn1d +24v_amp spk_r+ +3.5v_st c8838 390pf 50v r8823 4.7k l8800 blm18pg121sn1d r8805 100 d8803 100v 1n4148w opt c8815 10uf 10v opt 0.1uf c8843 50v 0.1uf c8844 50v +3.3v_normal r8808 100 r8801 100 power_det r8813 12 r8816 12 c8801 10uf 10v opt 0.1uf c8833 50v r8817 12 c8835 390pf 50v r8807 0 opt 0.1uf c8841 50v r8824 0 r8802 100 sda1_3.3v r8804 100 c8804 0.1uf 16v d8800 100v 1n4148w opt r8810 10k c8821 1000pf 50v c8828 1uf25v c8834 10uf 35v 0.1uf c8811 c8816 1uf 25v +24v_amp c8822 1uf 25v r8820 4.7k c8819 22000pf 50v spk_r- r8825 0 spk_l- c8836 390pf 50v ic8801 ntp-7000 ean60969601 1 bst1a 2 vdr1a 3 /reset 4 ad 5 dgnd_1 6 gnd_io 7 clk_i 8 vdd_io 9 dgnd_pll 10 agnd_pll 11 lf 12 avdd_pll 13 dvdd_pll 14 gnd 15 dgnd_2 16 dvdd 17 sdata 18 wck 19 bck 20 sda 21 scl 22 monitor0 23 monitor1 24 monitor2 25 /fault 26 vdr2b 27 bst2b 28 pgnd2b_1 29 pgnd2b_2 30 out2b_1 31 out2b_2 32 pvdd2b_1 33 pvdd2b_2 34 pvdd2a_1 35 pvdd2a_2 36 out2a_1 37 out2a_2 38 pgnd2a_1 39 pgnd2a_2 40 bst2a 41 vdr2a 42 nc 43 vdr1b 44 bst1b 45 pgnd1b_1 46 pgnd1b_2 47 out1b_1 48 out1b_2 49 pvdd1b_1 50 pvdd1b_2 51 pvdd1a_1 52 pvdd1a_2 53 out1a_1 54 out1a_2 55 pgnd1a_1 56 pgnd1a_2 57 ep_pad +24v l8803 mlb-201209-0120p-n2 +24v_amp 0.1uf c8827 50v l8805 ad-9060 15uh 2s 1s 1f 2f l8804 ad-9060 15uh 2s 1s 1f 2f c8813 47pf 50v emi c8814 47pf 50v emi c8817 47pf 50v emi amp_mute1 amp_mute1 38 kim jong hyun 120 ma speaker_l speaker_r vd=1.4v ccfl = 20v edge_led 32~47 inch = 20v 55 inch & iop module = 24v for 3 amp model the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. 2009.09.11 ursa3 ddr & power common 89 ddr3_a[9] ddr3_dqu[4] ddr3_dql[4] ddr3_dqu[6] ddr3_a[0] ddr3_dql[2] ddr3_a[8] ddr3_dqu[1] ddr3_a[2] ddr3_dql[6] ddr3_a[1] ddr3_dqu[2] ddr3_a[6] ddr3_dql[0] ddr3_a[10] ddr3_a[11] ddr3_dqu[5] ddr3_a[5] ddr3_dql[3] ddr3_dql[1] ddr3_dql[5] ddr3_a[7] ddr3_dqu[7] ddr3_dql[7] ddr3_a[3] ddr3_dqu[3] ddr3_dqu[0] ddr3_a[4] ddr3_a[12] ddr3_dqsub d1.5v_ddr3 frc_a[12] ddr3_dqu[0] ddr3_dml d1.5v_ddr3 ddr3_web ddr3_dqu[1] ddr3_a[3] ddr3_dql[4] ddr3_a[1] ddr3_a[0] r8922 150 opt ddr3_a[2] ddr3_casb ddr3_a[9] ddr3_a[10] ddr3_rasb ddr3_a[4] ddr3_dqu[6] ddr3_dmu ddr3_resetb frc_a[0] c8924 0.1uf ddr3_odt ddr3_a[12] mvrefca ddr3_dqu[5] frc_ba2 ddr3_dql[3] frc_dqu[3] ddr3_dqu[4] ddr3_dqsl c8913 0.1uf c8929 0.1uf ddr3_a[7] frc_dqslb d1.5v_ddr3 c8910 1000pf opt frc_dqu[1] ddr3_mclk ddr3_a[11] ddr3_dqu[3] frc_dqu[5] ddr3_dmu frc_dqsl mvrefdq frc_rasb c8922 0.1uf mvrefca ddr3_dql[6] frc_dql[2] ddr3_web frc_web frc_dqu[7] r8904 1k 1% r8920 1k 1% frc_a[6] ddr3_dql[7] frc_dqsu frc_dml c8930 0.1uf ddr3_dqsu ddr3_ba1 ddr3_dml c8902 10uf 10v frc_dql[7] ddr3_ba0 ddr3_dql[0] ddr3_dqu[7] ddr3_a[8] c8915 0.1uf ddr3_a[0-12] ddr3_dqslb frc_dql[1] frc_dql[3] d1.5v_ddr3 ddr3_ba0 frc_dqu[6] c8928 0.1uf frc_odt ddr3_odt c8917 0.1uf ddr3_dqu[0-7] r8921 240 1% ddr3_dql[2] ddr3_mclkb frc_dqu[2] frc_casb frc_cke frc_mclkb frc_dqu[4] frc_dql[4] c8909 0.1uf mvrefdq frc_ddr3_resetb frc_dqsub c8921 0.1uf ddr3_dql[5] frc_a[4] ddr3_mclk ddr3_dql[1] frc_dql[5] frc_dql[6] frc_a[2] frc_ba1 c8919 0.1uf frc_ba0 c8927 0.1uf ddr3_mclkb ddr3_ba2 c8925 0.1uf r8919 1k 1% c8918 0.1uf ddr3_a[6] l8900 c8908 10uf ddr3_dqsl ddr3_dqsu frc_a[11] c8901 0.1uf frc_a[5] frc_a[10] c8916 0.1uf frc_dqu[0] d1.5v_ddr3 ddr3_dql[0-7] ddr3_dqu[2] ddr3_a[5] ddr3_dqslb frc_a[8] c8903 1000pf opt frc_mclk ddr3_cke ddr3_resetb frc_a[9] ddr3_casb r8900 1k 1% c8914 0.1uf d1.5v_ddr3 frc_dmu ddr3_ba2 frc_a[3] c8904 0.1uf 16v +1.5v_memc r8923 10k frc_a[1] ddr3_dqsub frc_a[7] c8920 0.1uf c8926 0.1uf ddr3_cke ddr3_ba1 c8923 0.1uf frc_dql[0] ddr3_rasb +1.5v_memc +3.3v_memc c8934 10uf 25v c8937 2200pf +3.3v_memc +12v r8928 10k c8944 0.1uf 16v r8935 10k 1% c8942 22uf 10v c8940 100pf 50v opt l8905 3.6uh nr8040t3r6n c8932 10uf 25v power_on/off2_2 power_on/off2_1 +1.26v_memc ar8903 10 ar8900 10 ar8902 10 ar8901 10 ar8904 10 ar8905 10 ar8908 10 ar8907 10 ar8906 10 r8912 10 r8910 10 r8909 10 r8913 10 r8911 10 r8914 10 r8918 10 r8916 10 r8917 10 r8915 10 r8933 27k 1% r8934 4.7k 1% l8902 cic21j501ne r8925 9.1k r8929 56 1% l8903 cic21j501ne ic8901 ap1117eg-13 adj/gnd out in r8926 10k l8904 3.6uh nr8040t3r6n c8933 10uf 25v c8939 100pf 50v opt c8943 0.1uf 16v c8931 10uf 25v c8941 22uf 10v +12v r8932 12k 1% l8901 r8931 3.9k 1% r8924 6.2k c8936 3300pf h5tq1g63bfr-12c ic8900 a0 n3 a1 p7 a2 p3 a3 n2 a4 p8 a5 p2 a6 r8 a7 r2 a8 t8 a9 r3 a10/ap l7 a11 r7 a12/bc n7 a13 t3 a15 m7 ba0 m2 ba1 n8 ba2 m3 ck j7 ck k7 cke k9 cs l2 odt k1 ras j3 cas k3 we l3 reset t2 dqsl f3 dqsl g3 dqsu c7 dqsu b7 dml e7 dmu d3 dql0 e3 dql1 f7 dql2 f2 dql3 f8 dql4 h3 dql5 h8 dql6 g2 dql7 h7 dqu0 d7 dqu1 c3 dqu2 c8 dqu3 c2 dqu4 a7 dqu5 a2 dqu6 b8 dqu7 a3 vrefca m8 vrefdq h1 zq l8 vdd_1 b2 vdd_2 d9 vdd_3 g7 vdd_4 k2 vdd_5 k8 vdd_6 n1 vdd_7 n9 vdd_8 r1 vdd_9 r9 vddq_1 a1 vddq_2 a8 vddq_3 c1 vddq_4 c9 vddq_5 d2 vddq_6 e9 vddq_7 f1 vddq_8 h2 vddq_9 h9 nc_1 j1 nc_2 j9 nc_3 l1 nc_4 l9 nc_6 t7 vss_1 a9 vss_2 b3 vss_3 e1 vss_4 g8 vss_5 j2 vss_6 j8 vss_7 m1 vss_8 m9 vss_9 p1 vss_10 p9 vss_11 t1 vss_12 t9 vssq_1 b1 vssq_2 b9 vssq_3 d1 vssq_4 d8 vssq_5 e2 vssq_6 e8 vssq_7 f9 vssq_8 g1 vssq_9 g9 ic8903 aoz1072ai 3 agnd 2 vin 4 fb 1 pgnd 5 comp 6 en 7 lx_1 8 lx_2 ic8902 aoz1072ai 3 agnd 2 vin 4 fb 1 pgnd 5 comp 6 en 7 lx_1 8 lx_2 c8935 10uf 16v r8927 270 1% r8930 3.3k 1% c8946 0.1uf 16v r8936 1 10uf c8938 ddr3 1.5v by cap - place these caps near memory close to ddr power pin 2a r1 r2 +3.3v_memc vout=0.8*(1+r1/r2) ursa3 core 1.26v 1074 ma ursa3 ddr3 1.5v r2 r1 2a vout=0.8*(1+r1/r2) the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. 2009.09.11 ursa3 (no l.d.) common 90 frc_dql[3] frc_a[7] frc_dqu[1] frc_a[10] frc_a[8] frc_a[9] frc_a[11] frc_dql[2] frc_dql[0] frc_dql[4] frc_dql[6] frc_dqu[3] frc_dql[1] frc_dql[5] frc_dqu[0] frc_dqu[2] frc_dqu[5] frc_a[0] frc_dqu[4] frc_a[1] frc_a[2] frc_a[3] frc_a[12] frc_dqu[6] frc_a[6] frc_a[4] frc_dql[7] frc_dqu[7] frc_a[5] frc_dqsl +1.26v_memc lvds_tx_1_data1_n rxd1- c9033 0.1uf lvds_tx_0_clk_p frc_web frc_conf0 lvds_tx_1_data2_n rxd4- avdd_ddr lvds_tx_0_data2_p r9044 1k opt l9001 cic21j501ne avdd_lvds rxa1+ lvds_tx_0_data0_p frc_conf0 frc_spi_di c9004 10uf l9000 cic21j501ne frc_ba2 c9018 0.1uf rxb3- l9006 cic21j501ne frc_casb lvds_tx_1_data4_n frc_mclk c9015 0.1uf lvds_tx_1_data0_n rxb2+ lvds_tx_0_data1_n frc_spi_cz r9006 10 r9024 100 frc_spi_ck rxcck+ lvds_tx_0_clk_n rxd2- avdd c9011 0.1uf r9045 1k c9008 10uf c9009 0.1uf frc_pwm1 frc_dqslb rxa0+ c9013 0.1uf frc_a[0-12] +3.3v_memc rxb1- lvds_tx_1_data3_n r9029 1m r9011 100 rxa1- gvdd_even c9029 0.1uf rxa2+ rxb2- avdd_ddr rxb3+ rxbck+ r9021 100 frc_ba1 rxa3- r9025 100 r9032 100 gvdd_odd r9020 100 c9016 0.1uf frc_conf0 frc_rasb c9025 10uf rxd4+ rxb0- r9019 100 rxa0- avdd_lvds lvds_tx_1_data1_p frc_dqu[0-7] r9037 0 mini_lvds frc_pwm0 rxc4+ frc_cke frc_dqsub avdd r9051 1k opt c9027 0.1uf frc_spi_do r9038 100 ld_scan frc_pwm0 rxa4- r9014 100 rxa4+ rxbck- +3.3v_memc frc_spi_cz +3.3v_memc avdd_pll lvds_tx_1_clk_n frc_mclkb c9024 10uf lvds_tx_1_clk_p rxdck+ rxdck- c9010 0.1uf c9035 0.1uf lvds_tx_0_data4_n frc_conf1 c9017 0.1uf c9030 0.1uf r9027 100 rxa3+ r9039 100 ld_scan lvds_tx_1_data2_p rxd3+ c9006 10uf frc_dqsu frc_ba0 r9049 1k opt frc_conf1 rxc3- c9014 0.1uf rxcck- frc_pwm0 r9016 100 frc_dml frc_pwm1 r9030 0 ursa3 lvds_tx_1_data0_p rxb0+ rxd0- rxc1- lvds_tx_0_data4_p lvds_tx_0_data2_n c9021 0.1uf +1.5v_memc r9018 100 avdd_pll r9015 100 gclk4 c9034 0.1uf r9047 1k opt r9022 100 lvds_tx_0_data3_p frc_spi_do rxd3- r9017 100 rxc2- rxb1+ r9040 0 c9031 0.1uf c9026 0.1uf rxc0+ c9005 0.1uf r9026 100 +3.3v_memc frc_ddr3_resetb gclk2 vddp c9012 0.1uf vddc lvds_tx_0_data0_n rxc1+ r9005 10 r9041 820 rxd1+ rxa2- rxack+ avdd_mempll lvds_tx_0_data1_p lvds_tx_1_data4_p rxb4- c9007 10uf frc_reset frc_dmu scan_blk2 avdd_mempll frc_spi_di r9048 1k frc_spi_ck r9028 100 rxd2+ l9002 cic21j501ne r9012 100 h_conv c9028 0.1uf frc_pwm1 rxc3+ +3.3v_memc rxc2+ frc_dql[0-7] r9000 10 c9032 0.1uf vddc rxack- r9023 100 lvds_tx_1_data3_p rxc4- c9000 10uf vddp l9005 cic21j501ne r9013 100 r9002 10k dpm_a l9003 cic21j501ne r9001 10 c9023 0.1uf rxb4+ c9022 0.1uf lvds_tx_0_data3_n r9050 1k +3.3v_memc frc_odt scan_blk1/opc_out l9004 cic21j501ne rxd0+ rxc0- r9031 100 +3.3v_memc r9046 1k v_sync r9043 0 opt sda1_3.3v scl1_3.3v ursa3_sda ursa3_scl ursa3_scl ursa3_sda ursa3_sda ursa3_scl x9000 12mhz p9000 12505ws-04a00 12 3 4 5 l9007 cic21j501ne c9036 10uf c9037 0.1uf vddc +3.3v_memc sw9000 jtp-1127wem 1 2 43 r9003 22 r9004 22 +3.3v_memc r9007 22 r9008 22 sda3_3.3v scl3_3.3v c9020 10uf c9003 10uf c9019 10uf c9001 10uf c9002 10uf r9034 4.7k ursa3_non_mirror r9033 4.7k ursa3_mirror r9035 4.7k ursa3_mini_lvds r9036 4.7k ursa3_lvds r9010 22 opt r9009 22 opt ic9000 mx25l4005cm2i-12g ursa3_flash_macronix ean61009401 3 wp# 2 so 4 gnd 1 cs# 5 si 6 sclk 7 hold# 8 vcc ic9000-*2 w25x40vssig ursa3_flash_winbond_old ean35097301 3 wp 2 do 4 gnd 1 cs 5 dio 6 clk 7 hold 8 vcc c9038 22pf c9039 22pf ic9000-*1 w25x40bvssig ursa3_flash_winbond_new 3 wp 2 do[io1] 4 gnd 1 cs 5 di[io0] 6 clk 7 hold 8 vcc r9052 4.7k ursa3_non_gip r9053 4.7k ursa3_gip r9055 4.7k ursa3_scanning_off r9057 4.7k ursa3_local_dimming r9054 4.7k ursa3_scanning_on r9056 4.7k ursa3_non_local_dimming r9042 100 lge7378a[frc_tcon_ursa3] ic9001 ursa3 ddr3_a0/ddr2_nc e2 ddr3_a1/ddr2_a6 u6 ddr3_a2/ddr2_a7 e3 ddr3_a3/ddr2_a1 g2 ddr3_a4/ddr2_casz r4 ddr3_a5/ddr2_a10 g1 ddr3_a6/ddr2_a0 u5 ddr3_a7/ddr2_a5 f3 ddr3_a8/ddr2_a2 t5 ddr3_a9/ddr2_a9 f1 ddr3_a10/ddr2_a11 r6 ddr3_a11/ddr2_a4 r5 ddr3_a12/ddr2_a8 t6 ddr3_ba0/ddr2_ba2 g3 ddr3_ba1/ddr2_odt u4 ddr3_ba2/ddr2_a12 e1 ddr3_mclk/ddr2_mclk u1 ddr3_mclkz/ddr2_mclkz u2 ddr3_cke/ddr2_rasz t4 ddr3_odt/ddr2_ba1 h2 ddr3_rasz/ddr2_wez j1 ddr3_casz/ddr2_cke h3 ddr3_wez/ddr2_ba0 h1 ddr3_reset/ddr2_a3 f2 ddr2_dqs0/ddr3_dqs0 m3 ddr2_dqs1/ddr3_dqs1 n2 ddr2_dqsb0/ddr3_dqsb0 n1 ddr2_dqsb1/ddr3_dqsb1 n3 ddr2_dq7/ddr3_dqm0 r2 ddr2_dq11/ddr3_dqm1 k3 ddr2_dq6/ddr3_dq0 k2 ddr2_dq0/ddr3_dq1 r3 ddr2_dq1/ddr3_dq2 k1 ddr2_dq2/ddr3_dq3 t1 ddr2_dq4/ddr3_dq4 j2 ddr2_nc/ddr3_dq5 t3 ddr2_dq3/ddr3_dq6 j3 ddr2_dq5/ddr3_dq7 t2 ddr2_dq8/ddr3_dq8 p2 ddr2_dq14/ddr3_dq9 l3 ddr2_dq13/ddr3_dq10 r1 ddr2_dq12/ddr3_dq11 l1 ddr2_dq15/ddr3_dq12 p1 ddr2_dq9/ddr3_dq13 l2 ddr2_dq10/ddr3_dq14 p3 ddr2_dqm1/ddr3_dq15 m1 ddr2_dqm0/ddr3_nc m2 i2cm_sda c9 i2cm_scl d9 i2cm_sda2_l p7 i2cm_scl2_l n8 i2cm_sda2_r p9 i2cm_scl2_r n10 avdd_1 f8 avdd_2 f9 avdd_ddr_1 l5 avdd_ddr_2 l6 avdd_ddr_3 l7 avdd_ddr_4 l8 avdd_ddr_5 m7 avdd_ddr_6 m8 avdd_lvds_1 g12 avdd_lvds_2 h12 avdd_lvds_3 j12 avdd_lvds_4 k12 avdd_mempll m6 avdd_pll_1 f11 avdd_pll_2 f12 dvdd_ddr[1.26v] j5 vdd_even e16 vdd_odd e17 vddc_1 f6 vddc_2 f7 vddc_3 g5 vddc_4 g6 vddc_5 g7 vddc_6 h5 vddc_7 h6 vddc_8 j6 vddp_1 g11 vddp_2 k5 vddp_3 k6 vddp_4 m10 vddp_5 m11 vss_1 c10 vss_2 c12 vss_3 g8 vss_4 g9 vss_5 g10 vss_6 h7 vss_7 h8 vss_8 h9 vss_9 h10 vss_10 h11 vss_11 j4 vss_12 j7 vss_13 j8 vss_14 j9 vss_15 j10 vss_16 j11 vss_17 k7 vss_18 k8 vss_19 k9 vss_20 k10 vss_21 k11 vss_22 l9 vss_23 l10 vss_24 l11 vss_25 m9 vss_26 n4 vss_27 p6 a10 a10 a11 a11 a12 a12 b10 b10 b11 b11 b12 b12 c11 c11 d11 d11 testpin l13 vb1_test f10 a0p/rv0+ b14 a0m/rv0- a14 a1p/rv1+ c14 a1m/rlv1- c15 a2p/rv2+ a15 a2m/rv2- b15 ackp/r3+ b16 ackm/rv3- a16 a3p/rv4+ a17 a3m/rv4- b17 a4p/rv5+ c16 a4m/rv5- c17 b0p/rv6+ d16 b0m/rv6- d17 b1p/rv7+ d15 b1m/rv7- e15 b2p/rv8+ f16 b2m/rv8- f17 bckp/wpwm f15 bckm/opt_p g15 b3p/opt_n g17 b3m/flk g16 b4p/gclk6 h16 b4m/glck5 h17 c0p/lv0+ h15 c0m/lv0- j15 c1p/lv1+ j17 c1m/lv1- j16 c2p/lv2+ k16 c2m/lv2- k17 cckp/lv3+ k15 cckm/lv3- l15 c3p/lv4+ l17 c3m/lv4- l16 c4p/lv5+ m16 c4m/lv5- m17 d0p/lv6+ m15 d0m/lv6- n15 d1p/lv7+ n17 d1m/lv7- n16 d2p/lv8+ p15 d2m/lv8- r15 dckp/goe r17 dckm/gsc/gclk3 r16 d3p/gsp_r t16 d3m/gsp t17 d4p/soe t15 d4m/pol u17 gclk4 p16 gclk2 p17 i2cs_sda d1 i2cs_scl d2 pwm0 p14 pwm1 r14 lpll_fbclk b13 lpll_outclk u16 lpll_refin a13 reckp a2 reckn b2 re0p a4 re0n b4 re1p c3 re1n c4 re2p b3 re2n a3 re3p c1 re3n c2 re4p b1 re4n a1 rockp a6 rockn b6 ro0p a8 ro0n b8 ro1p c7 ro1n c8 ro2p b7 ro2n a7 ro3p c5 ro3n c6 ro4p b5 ro4n a5 xtalo a9 xtali b9 gpio[0] k14 gpio[1] j13 gpio[2] h14 gpio[3] g13 gpio[4] f14 gpio[5] e13 gpio[8] d3 gpio[9] d4 gpio[10] e4 gpio[12] d5 gpio[13] d7 gpio[14] f4 m_s_pif_clk_1 r7 m_s_pif_clk_2 u8 m_s_pif_cs u7 m_s_pif_da1 t8 m_s_pif_fc t7 s_m_pif_clk u14 s_m_pif_cs u15 s_m_pif_da0 r13 s_m_pif_da1 t13 s_m_pif_fc t14 ltd_clk_l t10 ltd_clk_r t11 ltd_da0_l r10 ltd_da0_r u11 ltd_da1_l r9 ltd_da1_r u12 ltd_de_l u10 ltd_de_r r11 op_sync_l u9 op_sync_r r12 pll_lock_l t9 pll_lock_r t12 soft_rst_l r8 soft_rst_r u13 spi_ck p13 spi_cz n14 spi_di n12 spi_do n13 reset m14 rext c13 serial flash i2c adr: gpio1: hi:b8 low:b4 chip_conf: {gpio8, pwm1, pwm0} chip_conf= 3 ?? d5: boot from internal sram chip_conf= 3 ?? d6: boot from eeprom chip_conf= 3 ?? d7: boot from spi flash separate dvdd_ddr power scan_off high k14 non_mirror non_gip ld lvds scan_on r9 low u10 gip mini_lvds r10 non_ld mirror t10 frc option thermal thermal the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. t-con (no l.d.) 09/09/10 91 common l9100 6.8uh dev mini_lvds r9114 opt opt d9105 40v mbra340t3g r9109 3k gip r9132 0 r9151 0 opt ic9103 max17113etl+ dev mini_lvds ean60924401 3 gnd2 2 drvp 4 src 1 thr 6 drn 5 gon 7 mode 8 dlp 9 fbp 10 gpgnd 11 ctl 12 drvn 13 agnd 14 fbn 15 ref 16 del1 17 fb2 18 bst 19 lx2 20 lx2 21 out 22 in2 23 in2 24 vin 25 fsel 26 en1 27 del2 28 vl 29 en2 30 pgnd 31 pgnd 32 lx1 33 lx1 34 sw1 35 sw0 36 fb1 37 comp 38 pgood 39 crst 40 agnd rxa3- r9133 10 gip r9146 33k non_gip hvdd r9161 0 r9113 10k gip r9139 0 gip c9150 1uf 50v d9101 kds226 a ac c dischg r9194 360 opt r9144 27k 1% tcon_42_fhd r9134-*1 200 non_gip r9127 150k tcon_42_fhd panel_vcc r9116 10 gip gclk6_i r9160 0 non_gip gclk4_i en2 gclk4 r9134 10 gip c9116 1uf 50v r9163 0 gip vdd_lcm (+16v) c9108 10uf 25v mini_lvds gvdd_even r9166 15k 1% tcon_42_fhd c9124 1uf 50v r9130 220k 1% tcon_42_fhd r9147-*1 0 gip d9103 100v mmsd4148t1g r9110 22 gip clk6 c9128 1000pf 50v gip gma16 vcc_lcm (+3.3v) r9177 0 gip r9115 10 gip c9139 1uf 50v clk5 clk1 r9122 10 r9197 3.3k non_gip rxdck+ c9104 1uf 50v gip r9155 510 non_gip r9140 0 gip gclk2 c9146 150pf 50v c9142 1uf 50v clk2 ref vdd_lcm (+16v) r9105 22 gip c9103 0.1uf 50v r9155-*1 0 gip c9138 0.1uf 50v vcc_lcm (+3.3v) c9135 opt c9106 1uf 50v mini_lvds r9133-*1 200 non_gip r9167 0 non_gip c9129 15pf 50v non_gip c9140 0.1uf 50v c9101 0.22uf 50v gip rxd3- c9134 opt gma7 r9169 2.2 sda3_3.3v clk4 vdd_lcm (+16v) ic9100 max9668etp+ mini_lvds dev 1 sda 3 dvdd 7 avdd_amp 9 nc_1 10 gma1 11 gma2 12 gma3 13 gma4 14 gma5 15 gma6 16 avdd_2 17 nc_2 18 gma7 19 gma8 20 scl 5 vcom 8 avdd_1 6 vcom_fb 4 agnd_amp 2 a0 21 ep[gnd] c9148 22uf 25v c9112 4.7uf 50v mini_lvds r9117 47k opt vcc_lcm (+3.3v) flk r9120 7.5k r9106 0 vcc_lcm (+3.3v) l9104 blm18pg121sn1d opt c9144 0.1uf 50v vgh (+25v) r9148-*1 0 gip c9136 27pf 50v non_gip c9123 1uf 10v r9103 33 r9142 0 opt vgh (+25v) scl3_3.3v gsc/gclk3_i scl3_3.3v c9143 0.1uf 50v flk c9156 15pf 50v opt c9119 15pf 50v non_gip c9126 0.047uf non_gip c9153 100uf 25v r9138 0 c9154 opt vcc_lcm (+3.3v) vgh (+25v) en2 c9159 15pf 50v opt l9103 blm18pg121sn1d r9112 10 1/8w c9149 22uf 10v gvdd_even_i r9136 10 non_gip r9148 510 non_gip r9152 0 non_gip th9000 47k-ohm ncp18wb473f10rb gip gvdd_odd r9158 0 gip pol c9157 15pf 50v opt r9131 11k 1% tcon_42_fhd c9131 15pf 50v non_gip r9168 10k gip rxd4+ r9196 24k gclk2_i gma12 r9107 0 gclk5_i r9159 0 gclk6_i vgh (+25v) r9150 0 gip r9118 10k opt en2 goe/gclk1_i r9180 360 r9168-*1 33k non_gip c9105 0.1uf 50v r9121 0 gip vcom r9164 0 gip c9111 1uf 50v r9153 0 non_gip c9155 22uf 25v dischg c9113 22pf 50v r9171 0 goe/gclk1_i r9170 10 dpm_a r9128 200k tcon_42_fhd vdd_lcm (+16v) c9145 1000pf 50v gip r9173 1k r9149 0 r9111 10 gip gma15 vgh_m (+25v) gma4 vcom_fb0 r9176 0 gip r9125 18k c9145-*1 560pf 50v non_gip r9102 1k 1% tcon_42_fhd d9102 kds226 a ac c l9101 22uh 2.8a gma6 rxa4- c9127 1uf 50v rxdck- r9108 100 gip vgl (-5v) c9118 10uf 16v ic9101 max17119ds gip ean60987201 dev 1 a9 3 a7 7 a3 9 a1 10 gon1 11 goff 12 gon2 13 y1 14 y2 15 y3 16 y4 17 y5 18 y6 19 y7 20 y8 21 y9 22 ydchg 23 gnd 24 re 25 flk3 26 flk2 27 flk1 28 vsense 5 a5 8 a2 6 a4 4 a6 2 a8 29 ep[vgoff] c9160 15pf 50v r9135 3.6k vgh_fb r9157 75k 1% tcon_42_fhd r9145 150k 1% tcon_42_fhd r9101 1k opt r9172 1k vgi_p d9100 100v mmsd4148t1g opt r9137 0 vgi_n c9137 0.1uf 50v gip rxd4- dpm vgl (-5v) c9158 15pf 50v opt r9178 0 gip vdd_lcm (+16v) rxa4+ c9162 22uf 25v r9104 1k 1% tcon_42_fhd r9174 opt gvdd_odd_i c9147 1uf 50v gclk5_i ref c9133 15pf 50v opt c9120 15pf 50v vcom_fb0 vcomrfb en2 flk r9156 150k 1% tcon_42_fhd r9100 33 gma3 vdd_odd vgh (+25v) c9122 0.47uf 25v r9143 3.3k gip c9109 10uf 25v mini_lvds r9165 18k 1% opt d9107 100v mmsd4148t1g panel_vcc (+12v) gclk2_i clk3 r9123 1m non_gip soe c9132 15pf 50v opt p9100 12505ws-03a00 12 3 4 rxd3+ c9125 68pf non_gip panel_vcc (+12v) gsp/gvst_i c9110 1uf 25v c9117 1uf 50v ic9102 tps62110rsar mini_lvds ean60985901 dev 1 pgnd_1 3 vin_2 7 lbi 9 agnd 10 fb 11 gnd_1 12 gnd_2 13 pg 14 sw_1 15 sw_2 16 pgnd_2 5 sync 8 vina 6 lbo 4 en 2 vin_1 panel_vcc (+12v) gsc/gclk3_i r9175 0 gip vgl_fb c9102 opt opt d9106 mbra340t3g d9104 mbra340t3g c9151 0.1uf 50v l9102 22uh 2.8a dpm gvdd_odd_i r9154 0 gip r9119 20k vcomlfb vgl_i vcomr vst r9162 0 c9115 10uf 16v r9126 510k tcon_42_fhd sda3_3.3v r9147 2.7k non_gip vgh_fb r9181 5.1k c9114 22uf 16v r9129 56k 1% tcon_42_fhd gclk4_i vgl_fb c9107 1uf 50v gip vcc_lcm (+3.3v) c9100 0.1uf 50v vcom vgl (-5v) c9130 15pf 50v non_gip vdd_even r9124 18k gsp/gvst_i r9141 0 en2 vcoml c9121 15pf 50v r9182 9.1k 1/8w gvdd_even_i c9128-*1 470pf 50v non_gip vdd_lcm (+16v) c9152 1uf 10v vgl (-5v) gma13 r9179 0 r9195 2.2k r9193 2.2k c9137-*1 1uf 10v non_gip c9164 0.47uf 25v opt c9141 47uf 25v signal name change [hvdd block] 6.8uh/1.8a (6x6x2mm) 10uf/25v(3216) [p-gamma block] r2 4.7uf/50v(3216) [level shift block] 1uf/50v(2012) vo = 1.153*(1+r1/r2) value should be checked to reduce audible noise to reduce audible noise gsp_r for p-gamma data download * voltage target vdd_lcm = 16.25v vgh = 28.50v vgl = -5.35v r1 [power block] check value!! to reduce audible noise slave address : 0xe8h (ao pin - gnd) the sy mbol mark of this schem etic diagram incorp orates spec ial f eatu res i mpor tant for p rotection from x-ra diation. filr e and ele ctric al s hock hazar ds, when servicing if is esse ntial tha t onl y ma nufat ures specfied parts be u sed for the criti cal compo nent s in the symbol mark of th e schemetic. t-con power option 09/12/15 98 common r9127-*4 68k 1% tcon_55_fhd r9127-*3 150k 1% tcon_47_fhd r9102-*1 1k 1% tcon_32_fhd r9102-*2 1.5k 5% tcon_37_fhd r9144-*3 51k 1% tcon_47_fhd r9128-*3 220k 1% tcon_47_fhd r9131-*2 12k 1% tcon_37_fhd r9129-*3 51k 1% tcon_47_fhd r9131-*1 11k 1% tcon_32_fhd r9127-*1 150k 1% tcon_32_fhd r9126-*4 180k 1% tcon_55_fhd r9101-*3 1k 1% tcon_47_fhd r9128-*1 200k 1% tcon_32_fhd r9145-*3 270k 1% tcon_47_fhd r9102-*3 1k 1% tcon_47_fhd r9130-*1 220k 1% tcon_32_fhd r9145-*4 150k 1% tcon_55_fhd r9104-*2 1k 1% tcon_37_fhd r9104-*1 1k 1% tcon_32_fhd r9157-*3 75k 1% tcon_47_fhd r9101-*1 1k 1% tcon_32_fhd r9156-*1 150k 1% tcon_32_fhd r9165-*2 470k 1% tcon_37_fhd r9101-*2 1k 1% tcon_37_fhd r9166-*3 20k 1% tcon_47_fhd r9156-*2 910k 1% tcon_37_fhd r9144-*4 27k 1% tcon_55_fhd r9157-*1 27k 1% tcon_32_fhd r9130-*4 68k 1% tcon_55_fhd r9126-*1 510k 1% tcon_32_fhd r9166-*1 24k 1% tcon_32_fhd r9126-*3 510k 1% tcon_47_fhd r9130-*2 220k 1% tcon_37_fhd r9166-*4 15k 1% tcon_55_fhd r9130-*3 220k 1% tcon_47_fhd r9156-*4 150k 1% tcon_55_fhd r9131-*4 27k 1% tcon_55_fhd r9129-*1 22k 1% tcon_32_fhd r9129-*2 47k 1% tcon_37_fhd r9145-*1 270k 1% tcon_32_fhd r9157-*4 75k 1% tcon_55_fhd r9166-*2 56k 1% tcon_37_fhd r9128-*4 56k 1% tcon_55_fhd r9156-*3 180k 1% tcon_47_fhd r9104-*3 1k 1% tcon_47_fhd r9129-*4 510k 1% tcon_55_fhd r9131-*3 11k 1% tcon_47_fhd r9157-*2 56k 1% tcon_37_fhd r9126-*2 470k 1% tcon_37_fhd r9102-*4 0 5% tcon_55_fhd r9144-*1 51k 1% tcon_32_fhd r9127-*2 91k 1% tcon_37_fhd r9144-*2 20k 1% tcon_37_fhd r9145-*2 150k 1% tcon_37_fhd vgl vgl vgh vgl 47_fhd vgh vcom feed back vgl vdd 42_fhd 91 or 95 sheet hvdd vcom feed back vdd r9104 open 37_fhd 32_fhd vcom feed back hvdd vdd vdd vgl r9101 open hvdd vgh 55_fhd r9165 open vcom feed back vdd vgh vcom feed back hvdd r9128 open vgh r9165 open hvdd r9165 open 91 or 95 sheet 91 or 95 sheet 91 or 95 sheet 91 or 95 sheet micom upd78f0513aga -gam-ax ic8101 ??s??t}`?ur max3232cdr ic8200 ?? st~???ub micom eeprom m24c16-wmn6t 16kbit ic8100 i j t z \ \ ] p j x w w ? ? c d c y?icabz vt???u ?? st~???ub vt???u z???r?? vt?vv???~ ??t}`?ur tvt??v~??v wireless jk8700 ?z?v}v????t}`?urnor~???t}`?ur mc14053bdr2g ic8700 ???????? ???????? ??????u}??? ??????u}??? st~??? st~??? ? ? s ephy_rdp/rdn usb_dm1/2 usb_dp1/2 w y y w x v y usb2512 ic2201 v ? y v ? v ? y{|icaaz ephy_tdp/rdp bluetooth p1895 bt_dm, bt_dp motion remocon p1700 m_remote_rx bt_reset vreg_ctrl m_remote_tx { | u l y o u p t v m u p t o { | y ^ w x p tu_cvbs/tu_sif ?t}b`?urb control ir & key p8200 vt?vv???~ ??t}`?ur }vu??`s??? |v?b |v?c z? }vu?s`}xq}?x? side_usb _dp/dm hdmi 1 tda19997 4x1 hdmi switch ic8300 hdmi 2 hdmi 3 hdmi 4 hdmi0_ scl/sda, tmds[0-2,clk] hdmi1_ scl/sda, tmds[0-2,clk] hdmi2_ scl/sda, tmds[0-2,clk] hdmi3_ scl/sda, tmds[0-2,clk] fe_ts_serial/sync/val_err/data_clk atv/dtv tuner (hnim) tu2600 cable if_n / p av1 comp1 comp2 cvbs,l,r ypbpr,l,r ypbpr,l,r brazil(isdb) aus/tw(dvb-t) p ? ? ? ? ? ? ? g k ? ? ? ? k } i t { isdb demod mn884433 ic2800 if_agc brazil opt bcm high block diagram (input/interface) ? x s ^ ? t y?ieaaz m24c02(eeprom) ic8401 ? t qr ? u z ? qz y{|ieabz dsub_r/g/b, h/v_sync rgb_ddc_scl/sda j ? ? ? ? ? ? ? ? g? g y w x w g s n g l ? ? ? ? ? ? ? ? ? ? u g p ? ? u g h ? ? g ? ? ? ? ? g ? ? ? ? ? ? ? ? u v ? ? ? g ? ? ? g ? ? ? ? ? ? ? ? g ? ? ? g ? ? ? ? ? ? ? g ? ? ? ? ? ? ? ? s n l g p ? ? ? ? ? ? ? g | ? ? g v ? ? ? ddr2 sdram mt47h128m8hq (1gbit) ic400/401 nand flash (4gbit) nand04g_b2dn ic101 digital amp (ntp7000) ic8801 llv[0-5] , lclk rlv[0-5] , rclk nand_data[0:7] lpf ddr0 data[0:15] ddr2 sdram mt47h128m8hq (1gbit) ic402/403 ddr0 address[0:13] i j t z \ \ ] p j x w w soe/pol/gsp/h_conv/opt_n, ? nvm m24m01-hrmn6tp 1mbit ic102 ddr1 data[0:15] ddr1 address[0:13] amp_scl/sda pwm ddr3 sdram h5tq1g63bfr-12c (1gbit) ic8900 q r _ [ w w g h | k p v g v | { g ? z w k p m ? q r x x w x g h | k p v g v | { g ? l h y w o v u l ? scl2/sda2 ~ ? ? ? ^ } ? u ? ? h e a a ` b p-gamma for mini-lvds max9668etp ic601 gma[8 bit] level shift max17119eti+ ic602 mini_lvds_power max17113 ic603 dpm_a => en2 mini_lvds_power tps62110 ic600 hvdd vdd_lcm vcc_lcm spdif_out hp_l/rout i2s ?iiaa ye???z t z { ^ z ^ _ w o | y z h z p p j ` w w x lvds_tx_e/o[0-4] zct??t}`?ur ddr3 address[0:12] ddr3 data[0:15] lvds_e/o_clk serial flash w25x40vssig ic9000 frc_spi ?t}b`?urb ddr2 sdram mt47h128m8hq (1gbit) ic400/401 ddr0 data[0:15] ddr2 sdram mt47h128m8hq (1gbit) ic402/403 ddr0 address[0:13] ddr1 data[0:15] ddr1 address[0:13] bcm high block diagram (output/audio) amp ka4558d ic1100 hp_l/r_+/- audio out j ? ? ? ? ? ? ? ? g? g y w x w g s n g l ? ? ? ? ? ? ? ? ? ? u g p ? ? u g h ? ? g ? ? ? ? ? g ? ? ? ? ? ? ? ? u v ? ? ? g ? ? ? g ? ? ? ? ? ? ? ? g ? ? ? g ? ? ? ? ? ? ? g ? ? ? ? ? ? ? ? s n l g p ? ? ? ? ? ? ? g | ? ? g v ? ? ? ddr2 sdram mt47h128m8hq (1gbit) ic400/401 nand flash (4gbit) nand04g_b2dn ic101 llv[0-5] , lclk rlv[0-5] , rclk nand_data[0:7] ddr0 data[0:15] ddr2 sdram mt47h128m8hq (1gbit) ic402/403 ddr0 address[0:13] i j t z \ \ ] p j x w w soe/pol/gsp/h_conv/opt_n, ? nvm m24m01-hrmn6tp 1mbit ic102 ddr1 data[0:15] ddr1 address[0:13] ddr3 sdram h5tq1g63bfr-12c (1gbit) ic8900 scl3/sda3 ~ ? ? ? ^ } ? u ? ? h e a a ` b s n l ^ z ^ _ h o | y z h z p p j ` w w x lvds_tx_e/o[0-4] scl1/sda1 ddr3 address[0:12] ddr3 data[0:15] lvds_e/o_clk serial flash w25l4005cm2i ic9000 frc_spi ddr2 sdram mt47h128m8hq (1gbit) ic400/401 ddr0 data[0:15] ddr2 sdram mt47h128m8hq (1gbit) ic402/403 ddr0 address[0:13] ddr1 data[0:15] ddr1 address[0:13] bcm high block diagram (memory) micom upd78f0513aga -gam-ax ic8101 scl1/sda1 micom eeprom m24c16-wmn6t 16kbit ic8100 nec_eeprom_scl/sda j ? ? ? ? ? ? ? ? g? g y w x w g s n g l ? ? ? ? ? ? ? ? ? ? u g p ? ? u g h ? ? g ? ? ? ? ? g ? ? ? ? ? ? ? ? u v ? ? ? g ? ? ? g ? ? ? ? ? ? ? ? g ? ? ? g ? ? ? ? ? ? ? g ? ? ? ? ? ? ? ? s n l g p ? ? ? ? ? ? ? g | ? ? g v ? ? ? p y j g t ? ? ? k } y j o w j o w { ? ? ? ? o u p t o { | y ^ w x p { ? ? ? ? o u p t o { | y ^ w x p w t n ? ? ? ? t h ` ] ] _ l { w o p j ] w x p g w ? ? _ w t n ? ? ? ? t h ` ] ] _ l { w o p j ] w x p g w ? ? _ o k t p g z ~ { k h ` ` ` ] o s o p j _ w w p g w ? ? w o k t p g z ~ { k h ` ` ` ] o s o p j _ w w p g w ? ? w p z k i ? k l t v k t u _ _ [ [ z z o p j z ^ w x p g w ? ? _ t p j v t u l j o p j x w w y p t p j v t u l j o p j x w w y p h ? ? ? ? g h ? ? u u { w ^ w w w o p j \ w x p h ? ? ? ? g h ? ? u u { w ^ w w w o p j \ w x p | z i y | z i y \ x y o p j y y w x p m y j o | y z h z p t z { ^ z ^ _ o p j x z w w p m y j o | y z h z p t z { ^ z ^ _ o p j x z w w p j o x j o x j o y j o y j o z j o z u } y h t t y [ t w x o p j x w y p u } y h t t y [ t w x o p j x w y p o i ? ? ? ? ? g v ? ? ? p j ? ? ? ? ? ? ? ? g? g y w x w g s n g l ? ? ? ? ? ? ? ? ? ? u g p ? ? u g h ? ? g ? ? ? ? ? g ? ? ? ? ? ? ? ? u v ? ? ? g ? ? ? g ? ? ? ? ? ? ? ? g ? ? ? g ? ? ? ? ? ? ? g ? ? ? ? ? ? ? ? s n l g p ? ? ? ? ? ? ? g | ? ? g v ? ? ? p y j g t ? ? ? k } x j o w j o w { ? ? ? ? o u p t o { | y ^ w x p { ? ? ? ? o u p t o { | y ^ w x p w t n ? ? ? ? t h ` ] ] _ l { w o p j ] w x p g w ? ? _ w t n ? ? ? ? t h ` ] ] _ l { w o p j ] w x p g w ? ? _ o k t p g z ~ { k h ` ` ` ] o s o p j _ w w p g w ? ? w o k t p g z ~ { k h ` ` ` ] o s o p j _ w w p g w ? ? w p z k i ? k l t v k t u _ _ [ [ z z o p j z ^ w x p g w ? ? _ t p j v t u l j o p j x w w y p t p j v t u l j o p j x w w y p h ? ? ? ? g h ? ? u u { w ^ w w w o p j \ w x p h ? ? ? ? g h ? ? u u { w ^ w w w o p j \ w x p | z i y | z i y \ x y o p j y y w x p m y j o | y z h z p t z { ^ z ^ _ o p j x z w w p m y j o | y z h z p t z { ^ z ^ _ o p j x z w w p j o x j o x j o y j o y j o z j o z u } y h t t y [ t w x o p j x w y p u } y h t t y [ t w x o p j x w y p j ? ? ? ? ? ? ? ? g? g y w x w g s n g l ? ? ? ? ? ? ? ? ? ? u g p ? ? u g h ? ? g ? ? ? ? ? g ? ? ? ? ? ? ? ? u v ? ? ? g ? ? ? g ? ? ? ? ? ? ? ? g ? ? ? g ? ? ? ? ? ? ? g ? ? ? ? ? ? ? ? s n l g p ? ? ? ? ? ? ? g | ? ? g v ? ? ? |
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