TDE-F61PM\62PM\63PM\66P\68P\80P SERVICE MANUAL

Transcription

1 TE-FPM\PM\PM\P\P\0P SERVIE MNUL

2 Table of ontents Table of ontents... Figure. asic ircuit iagram... Failure & Troubleshooting of Power Supply... Troubleshooting and service of ecoder part...- ircuit diagram...ppendix

3 Figure asic ircuit iagram MT RF L OV V LO MOTOR RIVE MOTOR RIVE VIEO LPF & VIEO LPF & RIVE 0 EEPROM OUT SPIF OUT MT *Mbit SRM EOER&SERVO WM UIO / / M MP&LPF UIO MP&LPF M* FLSH PT VF/KEY PT EHO EHO MI MP M MI MP PT-00 HNSET REMOTE HNSET TEP SUPPLY POWER SUPPLY

4 .Troubleshooting and service of the Power Supply oard.principle of Power Supply Operation This appliance adopts a switched-mode power supply, which is assembled with the TEP power switch module from Philips and is capable of protecting itself from over-current, over-voltage, over-heat and short-circuit. The circuit mainly stabilizes a t.v and fluctuate within a permissible range, such as V, V, -V,.V and -V. Please pay attention to the high voltage inside the white silkscreen with the mark UTION on the P while repairing. When using an oscillograph to check the circuit,an isolated transformer must be connected..troubleshooting and Service l.v voltage varies out of the permissible range Please check whether the sampling resistor R and R is eroded, and check if the voltage of the first pin of the regulating fiducial I U0 (TL) is.v. If the deviation is over 0.V, then TL is defected or eroded and needs to be replaced. When repairing, do not loop.v sampling circuit, that is, do not open-circuit, L0, R, R, R, U0 (PY) and U0; otherwise, the output voltage will be too high and will damage the subsequent circuits. lll the output voltages are 0V and the voltage of the anode of capacitor 0 is over 0Vheck whether V,.V, V, -V and -V are short. heck if pin of U0 has 00KHz vibrating signal, if not, then U0 is eroded. lv and V voltage are not normal, while other voltages are normalheck whether 0, R, L0 and Z0 are open or short, whether, and are short or leak electricity. ny problem of these components will result in abnormal V and V voltage. Open-circuit or short-circuit of, L0, Z0, R and Q0, and electricity-leakage and short-circuit of,,, and will result in abnormal V voltage. l-v and - voltage are not normal, while other voltages are normalheck whether R, 0, 0, R, R and R are open or short, whether, and are short or leak electricity. lll output voltages are under permissible range (refer to. of hapter one)heck whether Z 0, 0 and R0 are defected or eroded. If.V output is normal and other voltages are under range, check if the appliance is in standby mode. In standby mode, it is rational that all voltages except.v are not normal. If in playing mode,.v output is normal, V output is 0V or too low, please check whether V is short-circuit and whether R0, Q0, Z0,, R,,,, and are defected or eroded.

5 . Troubleshooting and Service of the Loader a. No running of loader a). heck whether the P ribbon wire to loader is in good contact. b). heck whether V voltage is normal. c). heck whether laser voltage ( about V for V and.v for V respectively ) exists at the pole of Q and Q, and whether U and adjacent parts are damaged or weld falsely. d). If the above parts are normal and no laser emits, replace the loader. b. Read no disc a). heck whether the ribbon wire from P to loader is in good contact. b). heck whether the RFO signal of the 0th pin of N is transmitted to the th pin of U. c). heck whether laser voltage (about V for V and.v for V respectively) exists at the pole of Q and Q, and whether the voltage is normal. d) heck whether U, U and adjacent parts are damaged or weld falsely. e). If the above parts are normal, replace U or the loader. c. Read V discs only or read other discs beyond V only a). heck whether the ribbon wire from P to loader is in good contact. b). heck whether laser voltage of V outputs at the pole of Q, and whether the th pin of U is at low level. c). heck whether the pins from the st to the th of U and adjacent parts are weld falsely, damaged or erode. d). If the above parts are normal, replace U or the loader.. Troubleshooting and service of decoding part a. No video, no audio, no display on VF, and no operation of keys a). heck whether the power sources of the decoder board are normal. b). heck whether there is MHz signal output. If not, X crystal and adjacent parts are eroded or damaged. c). heck whether there is MHz signal output at R. If not, check whether there is short circuit, false welding or alien substance for audio / circuit U and SRM U and U. d). heck whether the reset circuit composed of, R and is normal (constant 0V after tens of milliseconds of high level). If it is at low level constantly,, R and are damaged. e). If the reset level is normal, check whether the chip selection signal, address and data of the th pin of U are normal. f). heck U0 that whether the data of pins from the st to the th, hsync and vsync signal of the 0th and th pins, and MHz signal of the th pin are normal, and whether and R are normal. If not, replace U0.

6 g). When U works normally, check the connection between U, U and U. If abnormal, replace U or U. h). Replace the main chip U after making sure no damage to the adjacent parts and no short circuit or false welding for the circuit board.. Troubleshooting and service of video part ). Normal sound, no video picture heck U0 that whether the data of pins from the st to the th, hsync and vsync signal of the 0th and th pins, and MHz signal of the th pin are normal, and whether and R are normal. If not, replace U0. ). bnormal color of the video picture a). If there are horizontal or vertical streaks, or improper color appears on the picture after reading a disc, the U decoding servo chip on the decoder board or U EEPROM may be in problems. b). heck board whether the.v and.v power sources are normal, whether the ripple factor is too high, and whether the data wire of Y(0, ) between U and U0 is normal. c). heck whether the video filter network circuit on the decoder board works normally.. Troubleshooting and service of audio part a. Normal picture, no sound a). Firstly, check whether the V and -V power sources for the operational amplifier I U~U are normal. b). heck whether the poles of muting tube Q, Q, Q, Q, Q and Q0 are at low level constantly. If so, the above tubes are not in good conditions. c). heck whether the output of poles of Q and Q are at high levels constantly. If so, Q and Q have been broken down, or 0 are short. d). heck whether the six audio signal lines on the 0P ribbon wire from decoder board to output board are in good contact. If abnormal, replace the ribbon wire. heck the signal reaching the input of U~U. If the input is normal while the output is not, replace the operational amplifier I. e). heck whether the signals of the th, th, st, rd, th and th pins of U on the decoder board are normal. If not, check the signals of the pins from the nd to the th. If the clock signals of LK, K and LRK output by U are normal after R0, RN and R are disconnected, replace U. b. istorted audio and loud noise a). Firstly, check whether the V and -V power sources for the operational amplifier I U~ are normal. b). heck whether the muting tubes are in good conditions. c). heck whether the signals of the th, th, st, rd, th and th pins of U on the decoder board are normal. If not, check the signals of the pins from the nd to the th. If the clock signals of LK, K and LRK output by U are normal after R0, RN and R are disconnected, replace U. c. Pop noise during ON/OFF heck whether the MUTE signal line on the output board is broken, then check whether Q, Q, muting tubes and adjacent parts are damaged or eroded.

7 . Troubleshooting and service of KROKE part a. Microphone with sound but no echo a). heck whether the level of the st pin of U on the KROKE board is V. If not, check whether JP is damaged. b). If the voltage is proper, check whether there is anything wrong with the adjacent parts of U. b. No sound of microphone a). heck whether the microphone indicator on VF lights. If the level of pole of Q is low, the and E poles of Q are short. b). heck whether the power source of U on the KROKE board is normal and with microphone signal output. If not, check whether the parts of input circuit for microphone jack are damaged and check whether the microphone jack is rusty or short. c. The sound of microphone can not be turned off heck whether Q and Q are open or not in good contact. d. self-excitation once KROKE is turned on heck whether the adjacent parts of U on the KROKE board are damaged.. Full screen display or no display on VF a). Full screen display on VF is often caused by abnormal -V bias voltage. heck whether, and R are disconnected. b). If there is no display on VF, firstly, check whether the filament lights in red. If not, and there is no.v voltage difference between and, check whether, and R are damaged. If the filament is not red, while.v voltage difference exists between and, replace VF. c). If -V and - voltage are normal, check whether there are S, T and LK signals from N0 on the front board. Then replace PT (PT) under the condition that both of the above mentioned are normal.. No operation of some keys on the front board, disordered display on VF heck whether the welding from the th, th, th pins of U0 to the th pin is in good conditions. heck whether 0~0 on the front board are damaged, whether circuit is disconnected, and whether R0, R0 and R are open.. No sensitive remote reception, or no reception from the remote handset heck whether the power source of the remote sensor is proper. heck whether the remote handset is in good operation mode. Use an oscillator to observe whether there is output wave from the st pin IR of the sensor after each pressing of keys on the remote handset. If the remote handset is good, while no output from the sensor, the sensor is damaged. 0. The machine can not be turned on or off If the machine can not be turned on or off after pressing the STNY key on the remote handset and the POWER key on the front board, replace the main chip U. Note: The above information is only for reference. If there is any mistake, please feel free to point out.

8 MIR R0 k 0u R0 0k 0 -V [ ] -PV [ ] PV [ ] V [ ] -V [ ] RMIN [ ] LMIN [ ] LFE [ ] ENT [ ] RRER [ ] LRER -PV PV V -V RMIN LMIN LFE ENT RRER LRER MIL RMIN 0u R0 0k R0.k 00p R k 0p - U NJM0 SSOP V short R0 R0 0 _MUTE R Q -R _MUTE [ ] _MUTE [,,, ] HSYN [ ] HSYN LMIN 0u 0u R 0k R 0k R.k 00p 0p - -V U NJM0 SSOP V short R R 0 0 _MUTE R Q -L [ ] VSYN VSYN [ ] VS [ ] SY VS SY R k [ ] S [ ] R/V [ ] G/Y [ ] /U [,,, ] [,,, ] V [ ] MI [ ] MION- [ ] SPIF L0 PV S R/V G/Y /U V MI MION- SPIF V RRER LRER 0u 0u R0 0k R 0k R.k 00p R k R0.k 00p 0p 0p - - -V U NJM0 SSOP V -V U NJM0 SSOP V short short R R R 0 R 0 0 _MUTE R _MUTE R Q Q -SR -SL -L -R _MUTE -SL -SR -LFE - SPIF G/Y /U R/V S VS SY HSYN VSYN N 0 0 con0(.) F / 00 0.u 00u 0.u 0.u 0.u R k -PV L F / 00 0.u 0 0.u 00u 0.u -V 0.u LFE 0u R 0k R.k 00p 0p - -V U NJM0 SSOP V short R R 0 _MUTE R Q -LFE [,,, ] R0 k R 0 MIR -V R 0 MI R K MION- Q 0 MIL R 0 ENT 0u R 0k R.k 00p 0p - U NJM0 SSOP V short R R 0 00 _MUTE R Q - R0 R 0 0 -L MI MI/HL MI/HR V -V R 0 -R MI R 0 N PIN*. 0 0.u

9 L V V [,,, ] [,,, ] PV [, ] PV V [ ] V -V [ ] -V [ ] LK LK [ ] K K [ ] LRK LRK ST0 [ ] ST0 ST [ ] ST ST [ ] ST RN x LK K LRK ST0 ST R ST R SLK SLK SLRK ST0 ST ST F / 00 V LRK R0 SLK SLK SLRK ST0 ST ST 0.u 00u U WM V V V 0 LTH/S SLK/IWL GR0 SIN/M0 GR MUTE GR OUT0L MOE OUT0R OPEN 0 LRLK OUTL MLK LK OUTR LRLK IN0 OUTL IN IN OUTR 0.u V 0u LMIN RMIN LRER RRER ENT LFE Y R 0 Y R 0 VV R R Q 0 VV R R Q 0 VV p L.uH 0p p L.uH,IP 0p 00p() 00p() VV VV VV N() N() N() N() VS SY VS SY S R/V G/Y /U V RMIN LMIN LFE ENT RRER VS [ ] SY [ ] S [ ] R/V [ ] G/Y [ ] /U [ ] V [,,, ] RMIN [ ] LMIN [ ] LFE [ ] ENT [ ] RRER [ ] V U WM P VQ 0 0.u 0u Y R 0 R R Q 0 p L.uH 0p 00p() N N S LRER _MUTE LRER [ ] _MUTE [ ] [,,, ] 0.u OPEN 0u SLRK SLK SLK ST0 0 V FORMT EEMPH MUTE P LRIN MLK KIN IN VOUTL VOUTR LMIN RMIN Y R 0 VV R0 R Q 0 p L.uH 0 0p 00p() VV 0 N() R/V N() L L R 0K F / 00 F XIL Q 0 0.u VV 0u VV VV N R 0k R K Q 0 0U Y R00 0 R R Q 0 p L.uH 0p 00p() N() G/Y N() RESET# R.K Q 0 PMUTE R 0K Q 0 N() VV VV PMUTE RESET# [ ] MUTE# PMUTE RESET# MUTE# R 0K Q 0 N Y R0 0 R0 R Q 0 p L.uH 0p 00p() N() /U N() [ ] Y[..] Y[..] R.K R.K _MUTE MUTE# PV R R 0R R 0R 0K Q0 0 V N R0 0k -V R 00K R0 00K 0uF/V MUTE IRUIT

10 (00milxmil, 0.mm pin pitch) -Pin TSOPII(00mil x mil) ESMT ML-T 0-PIN TSOP(II), 0-PIN TSOP(II), (00milxmil, 0.mm pin pitch) EliteMT ML-T ESMT ML-T If use V I bus, pull-high to V Q RQ [0..] Q RQ PE# QM0 RQM0 M M RS# RQ Q PE# FE# [0..] M M M M M0 M0 SKE M M M M M M SL M0 M0 PWR# FWR# M M Q RQ M[0..] S# FR# PR# Q0 RQ0 S# S LK Q[0..] KE WE# RQ Q [0..] LK Q RQ Q RQ SLK Q RQ V PWR# Q RQ Q RQ S# S# RQ Q M M V 0 0 WE# Q RQ Q RQ RQ Q S# QM[0..] WE# S# M M RQ0 Q0 PR# RS# M M QM RQM RS# KE QM RQM QM RQM Q RQ Q0 RQ0 Q RQ Q RQ Q RQ Q RQ Q RQ Q0 RQ0 Q RQ Q RQ Q RQ Q RQ Q RQ Q RQ Q RQ Q RQ S SL S# RQ M RQ M RQ RQ M M RQ0 M RQ0 S# RQ RQ M0 M S# RQ M RQ RQ M M M WE# WE# M RQ S# RS# RQ M M M M RQ RQ RS# M RQ M0 M0 RQ M0 RQ RQ RQ M WE# RQM RQ0 M RQ RQ RQM0 RQ RS# RQ0 SLK RQ RQ RQ RQM 0 RQ RQ M0 M RQ RQ M M SLK RQ M RQ M RQ0 M RQM S# M SKE RQM RQ0 0 M RQ RQ RQ RQ S# RQ RQ RQ SKE RQ RQ 0 M RQM0 RQ RQ SLK SKE M0 M RQ SL S S FE# FR# FWR# PWR# PR# PE# [0..] [ ] V [,, ] LK [ ] RS# [ ] [,,, ] PE# [ ] S [, ] WE# [ ] M[0..] [ ] S# [ ] QM[0..] [ ] Q[0..] [ ] S# [ ] PR# [ ] [0..] [ ] [0..] [ ] KE [ ] SL [, ] PWR# [ ] [,,, ] V S S S S S S V F V S F F F F R K R K 0.u R R U SRM Kxx Q0 Q Q Q Q Q Q Q Q Q QML WE S RS S / 0 0 VSS KE LK QMH Q Q Q Q0 Q Q Q Q Q Q VSS 0.u L0 F / 00 u 0.u u R u R 0.u 0.u 0.u 0.u 0.u 0.u RN x U MXF00T(TSOP-) WE RESET RYY 0 E VSS OE Q0 Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q/- VSS YTE u U TF, SOP RESET E OE WE YTE IO0 IO IO IO IO IO IO IO IO IO IO0 IO IO IO IO IO Vcc R 0K U0 EEPROM, ST-SO / RST_/ WP/RST_ VSS S SL RST/WP U SRM Mxx Q0 Q Q Q Q Q Q Q Q QML WE S RS S 0/P 0 VSS KE LK QMH Q Q Q Q0 Q Q Q Q Q Q VSS 0/ / Q VSS U SRM Kxx Q0 Q Q Q Q Q Q Q Q Q QML WE S RS S / 0 0 VSS KE LK QMH Q Q Q Q0 Q Q Q Q Q Q VSS R R u

11 [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] [ ] FOSO SO ST FMSO RFON RFOP VP SLK VP O MSO SEN FOSO SO ST FMSO RFON RFOP VP SLK VP O MSO SEN 0.u 0.u 0.u 0 0.u V 0 0.u 0.u V 0.u 0.u 0.u 0.u 0.u 0.u 0.u U R 00k H0 V RFRP R R. HTR R 0 RFZ U H0 VP R 0 R 00k R 0 0.u XI XI V V Y 0.u 0u R0 0 XO R. L V.uH MHz 0.u 0.u p V V 000p p 0 R. 0.u 0.u 0u 0.u 0.u VP 0.u 0u RFRP 000p R k HSYN VSYN R R 0 0 R K 0u 0u 0u -V F F- PON PSV R V V V S MUTE# MION- RESET# -V [ ] F [ ] F- [ ] PON [ ] PSV [ ] [,,, ] R [ ] [ ] V [ ] V [ ] V [,, ] [,,, ] S [,,, ] MUTE# [ ] MION- [ ] RESET# [ ] [ ]PWMOUT [ ] RFL [ ] IN [ ] HTR PWMOUT RFL IN HTR V R. RFON RFOP 000p 000p RFIN RFIP RFRP RFL FEO SO TEO IN O SLK SEN ST V XI XO V V MION- MI Y Y Y V Y Y V Y HSYN VSYN MI HSYN [ ] VSYN [ ] MI [ ] [ ] RFRP [ ] TEO [ ] FEO [ ] TRSO [ ]TROPEN RFRP TEO 00 FEO u 00p 0.u u 00 0n TRSO R.k TROPEN 0 0n 0 0n 0 0n 0 0n 0 00p R 0k FOSO R 0k TRSO R k TROPEN PWMOUT R0 0 V MSO R 0k FMSO R k u 0.0u 0p 0p VP PSV V TO FRONT PNEL R 0 N 0 0 -V R 0 VS F VF V F- R 0 VS0 00u R 0 VSK VST R 0 IR 0 PON VF 00p PMUTE 0 ON.0mm 00p IREF PLLVSS LPIOP LPION LPFON LPFIP LPFIN LPFOP JITFO JITFN PLLV FOO TRO TROPENPWM PWMOUT PWMOUT V MO FMO VSS FG HIGH0 HIGH HIGH HIGH HIGH HIGH VSS HIGH HIGH V 0 IO0 IO V IO IO IO IO IO IO IO IO IO0 PLLVSS RFIP RFIN RFTSLVN RFTSLVP V PWMVREF PWMVREF HRFZ RFRP_ RFRP_ RFLEVEL FEI SO TEI TEZISLV RFSUI IN VSS O SLK SEN ST WOSI UGTE V IGTE VFO VSS PRST XTLI XTLO V SPK SPLRK V SPT SPMLK HSYN VSS YUV VSYN LNK# IE YUV/R YUV/ VSS YUV/G V YUV/VS VSS YUV/Y V YUV/ VSS MT_ PLLV LE IOOE# IOWR# IOS# VSS UP_ UP_ UP_ UP_ UP_ V UP_ UP_0 UP_ INT0# IR V UP_ UP_ UWR# UR# VSS R R R R V R R R R0 RWE# S# RS# RS# 0 VSS R R R R V R R0 R R VSS LK LE R R R MV YUV0/IN FS VREF V ST ST ST ST ST0 SPIF M_T LK V LRK K R R VSS R R R0 R V R R QM QM VSS R R R R V R R R0 R VSS R R R R0 V R0 QM0 QM VSS R R R V R MVSS Y0 FS VREF V RESET# MUTE# ST ST ST0 SPIF LK V LRK K Q Q Q Q Q0 Q V Q Q QM QM Q Q Q Q V Q Q Q0 Q M M M M0 V M0 QM0 QM M M M V M 0 R R.K R K 0 0.uF Y[..] PMUTE SPIF LK LRK K ST0 ST ST [0..] [0..] PR# PWR# PE# M[0..] [0..] Q[0..] QM[0..] RS# S# S# WE# LK KE SL S [ ] Y[..] [ ] PMUTE [ ] SPIF [ ] LK [ ] LRK [ ] K [ ] ST0 [ ] ST [ ] ST [ ] [0..] [ ] [0..] [ ] PR# [ ] PWR# [ ] PE# [ ] M[0..] [ ] [0..] [ ] Q[0..] [ ] QM[0..] [ ] RS# [ ] S# [ ] S# [ ] WE# [ ] LK [ ] KE [ ] SL [, ] S [, ] V R u U MTE LQFP u 00 V N V. PR# PWR# PE# VS VSK VS0 VST SL V S IR V RX TX Q Q Q Q V Q Q Q Q0 WE# S# RS# S# 0 Q Q Q Q V Q Q0 Q Q LK KE M M M R. Tx Rx PON R RS/P,.0 m/m

12 MTE R,R0,R: FOR V MTE R,R,R: FOR V MTE TOP SIE ONTTE Very Important to reduce Noise OP- SLK VP F SP STY OPO TRIN ENM STY LO TRLOSE VP V IN ST TROUT TROPEN FMSO OP SP- VP SEN O OP OPO LO TRLOSE SL- PWMOUT LIMIT MI STY RFOP SL OP- FOSO MSO VP TRSO RFON ENM E MI R LO_ PSV RIN RF RFRP HTR VP TEO SO RFL FEO LIMIT SP- SP-- TRIN TRLOSE TROUT TROPEN FOSO SO ST FMSO RFON R RFOP VP SLK VP O S MSO SEN PWMOUT RFL IN HTR RFRP TEO FEO TRSO TROPEN V PSV R V0 LO MI LO MI MI IO E F V0 RFO IO RFO SL- SL SP IO LO LO- FOSO SO ST FMSO RFON R [ ] RFOP VP SLK VP O [,,, ] S [,,, ] MSO SEN PWMOUT RFL IN HTR RFRP TEO FEO TRSO TROPEN V [,, ] [ ] R [ ] PSV [ ] RIN RIN RIN RF PSV PSV RIN PSV PSV LO_ 0.u R 0 p R0,00 N P.0 00u R K N SF-HV/0.mm,P TOP 0 0 F- F T T- /V RF F -P V E VR- VR-V L- M HFM L-V -L R 0k 0 0P N PIN.0 R 0K 0.u 0p R 0K R 0 Q 0 R, u R 0 R0 0k 0.u u R 0K u 0.u R u p 0.u u,00 R 0k 0.u R k 0.u 0.u R L F XIL u,00 R 0K L 0uH,IP R 0k 0.u R0 0K 0.u R Q 0 0p 0.0u R k R 00K L 0uH,IP U MTE W RFSUO LO LO MI MI G G WV G WGN S TNI TPI SV FON FOP S S V IR S S M M VFO V X X X PFO PFN P HTR TRLP TRLP RTPLP RTP HRFRP LRFRP EFET VP TEO SO LVL FEO V0 VREFO VREFO VT TM T TM TM TM O RFON RFOP VO X X WV WOSO UGTE HGTE IO0 IO IO IO IO IO IO IO IO IO IO IO VS XKM SLK S SEN ST RST PMUTE P X VP VON VF X VM OSPHI HLLOS REFOS M HLLSIN REFSIN SINPHI SW0 SW SW MOP MON X X EON EOP RFGI RFGU RFFG OSP OSN VRFIN VRFIP V V V V M M F 0.u R 0 00 R 0k u,00 0.u R 00K 0.u 0 0.u R 0 R0 K u,00 0p 0.u R 0 00u R,00 0p 0 0.0u 0.u R 00k 0u u Q 0 0.u Q SK0 00P 0p Q0 0 0u Q 0 0p Q 0 L F / u R,00 R 0 0P R 0 R 0 0.u 0.u U VINF P P VOSL F F VOTK VNFF VOF VOF- P P VNFTK TK IS VOSL VINSL VINSL- STY VOSL- VOL VOL- VOTK- VINL PRE TK VINTK 0.u R 0 00 R 0K 0 0.u Q 0 R 0K R 0k Q SK0 0.u R,00 0P 0 R 0K

13 MOUT/R V V MOUT/L MOUT/R V V- V- R 0 OHM R.K R 0 OHM R K 00UF/V 0.UF/V R0 0K - U R K 00UF/V MI RP 0K U PT 0 REF LK-O VO 0 OP-OUT OP-IN OP-IN OP-OUT LPF-IN LPF-OUT LPF-OUT LPF-IN UF/V UF/V 0 SHORT/UF R 0 OHM R 00 OHM RP 0K 0 JP R K R0 0K - U R K R 0K R K 0 0 R K R 0K 0.UF/V R.K R K R.K 0 R SHORT R K MI R K 0 R 0K R 0K.UF R.K 0 OPEN/0 UF/V R 0K.V 00UF/V 0 0.UF/V 0

14 PSN OUT UIO OUT (S-)VIEO OUT <oc> <Revode> <Title>,, 00 Title Size ocument Number Rev ate: Sheet of HS V SU E FR E MUTE Svideo_Y SU FL LS E FL MUTE FR RS RS V MUTE SPIF Y/G FL MUTE LS RS FR FR Y/G SU RS MIXR LS r/r RS Y/G SU b/ MIXL LS FL VS r/ b/r E r/ E VS Svideo_Y HS SPIF b/r Svideo_ LS VS FR FL Svideo_ VS SU MUTE MUTE MUTE 00P N0 con0(.) 0 0 R 0K R.K UIO ON 0 R 0R VG(open) 0 R 0K R 0K Q 0 R OHM R 0 OHM R 0R 0uF/v 00P Q 0 0uF/v R0 0R R OHM 0 00P R OPEN(ohm) OX R 0R R OPEN(ohm) R 0R R 0R 00P.H N 0 Q 0 OPEN 0P uf/v 0uF/v R K 00P R 0R L XIL Q 0 OPT 00P 00P R 0 PSN 0N(.0) R 0K 0uF/v R 0R 00P 00P R 0R R 0 0 SV/V ON 0uF/v 0.UF 00P 00P 0uF/v R 0R Q 0 R 0K 0.UF Q 0 R K R 0K 0 00P Q 0 L SHORT 000 OHM R 0R R 0R R0 0R

15 FROM MIN OR T-F 0-0TF-F IRUIT IGRM PON P_MUTE LK LK NOTE-STY IR VP -V T S VP IR POWOFF S T -V VP -V 0 uf ON0 R 0K 0 N K0 PRV K0 STOP REM0 REM IR R0 0K R0 00 ohm R0 K ON0 K0 PUSE K0 PLY 0 uf R0 0K 0 N R0 00 ohm 00p R0 0K ON0 ON(.0) 0 J SHORT 0 0 U0 PT SW SW SW SW Sout Sin SLK /S KEY KEY KEY KEY V SEG/K SEG/K SEG/K SEG/K SEG/K SEG/K SEG SEG SEG SEG0 SEG SEG VEE SEG SEG SEG SEG G G G G G G V LE LE LE LE OS 0 uf/v K0 OPEN/LOSE R0 0K 0(OPEN) STNY R 0(OPEN) R0 00 ohm R 0K VF0 HNV-0SST F F NP G G G G G G P P P P P P P P P P0 P P P P P P NP F F R0 00 ohm 0 N K0 POWER TL V K0 NEXT R0 0K

16 PS F0 T/0ac ON0 INPUT ON0 POWER SW PS 0 0.uF/0Vac PS L0 0mH 0 NU 0 N00 0 N00 0 N00 0 N00 0 uf/00v PS PS 0 FR0 R /W 00uF/V 0 FR0 R. R K 0uF/0V R k 0 0.uF R0.k 0 0p R0.k U0 TEP REG R Z0 ZX0V PS rain Source UX R0 k 0 0/kV L0 0.uH R0 00 R0. /W R0 0. /W R0 00K/W 0 H Q0 00 PS T0 0 FR0 0 FR0 0 FR0 RUYX R. /W R. L0.uH 00uF/V 00uF/V L0.uH 00uF/V 0 00uF/V L0 0uH R 0 /W Q0 0 -V VF VF V(ST) PON V- V V.V ON0 HEER x. R0 /W 0 FR0 RUYX.uF/00V 0uF/V 0uF/V Z0 ZX.V 0 0uF/0V /00Vac PS R0 0 U0 P PS 0uF/V R 0 U0 ZL R.k 0 0. R.k % 0uF/V L0 0uH R.k % 0uF/V R NU * UTION : PS THE PRTS MRKE WITH RE IMPORTNT PRTS ON THE SFETY. PLESE USE THE PRTS HVING THE ESIGNTE PRTS NUMER WITHOUT FIL.

17 TLM-. INEX & POWER, RESET RF / SERVO MPEG - MTE / MTE MEMORY - SRM, FLSH/EEPROM UIO - WM, VIEO FILTER UIO FILTER/OUT PUT NME TYPE EVIE NME TYPE igital V R Servo V RF V V igital.v V igital.v V Servo.V V igital.v V udio V VV Video V V udio V SUPPLY MTE PIKUP HEER SRM, Flash, Video MTE MTE MTE udio Video FILTER udio filter S V igital Ground Servo nalog Ground udio Ground Video Ground N ON.mm N 0 0 ON.mm S MI/HL MI/HR PV PSV PV -PV PON F- F -V PSV 0.u 0u L F / 00 R L F XIL R PV L F / 00 L F XIL 0.u 0.u Q 00 0.u 0u 0u 00u V V V V V N V 0u R.k PSV PV -PV R V V V S F- F -V PON MI/HL MI/HR PSV [ ] PV [ ] -PV [ ] [,,, ] R [ ] [ ] V [,, ] V [ ] V [ ] [,,, ] S [,,, ] [ ] F- [ ] F [ ] -V [ ] PON [ ] MI/HL [ ] MI/HR [ ] 0u 0 0.u