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dvd micro system table of contents 3141 785 34132 sw 1044 2009 MCD122 recordable rewritable location of pc boards ............................................. 1-1 electronic specification ............................................. 1-2 measurement setup ................................................ 1-3 service aids ............................................................... 1-4 instruction on cd playability ........................... 1-5 to 1-6 software version check & upgrade ........................ 2-1 malfuction check chart ............................................. 2-2 disassembly diagram ................................................ 3-1 block diagram ......................................................... 4-1 wiring diagram ......................................................... 4-2 small board .................................................................. 5 circuit diagram ...................................................... 5-1 layout diagram ...................................................... 5-1 lcd display board ...................................................... 6 circuit diagram ...................................................... 6-1 layout diagram ...................................................... 6-2 power board ............................................................... 7 circuit diagram ............................................. 7-1 to 7-2 layout diagram ...................................................... 7-3 decoder board ............................................................ 8 circuit diagram ............................................. 8-1 to 8-4 layout diagram ...................................................... 8-5 exploded view ......................................................... 9-1 service partlist .......................................... 10-1 to 10-3 factory partlist ....................................... ............... 11-1 version 1.2 http://
location of pc boards version variations : t y pe /v ersions : features board in used : MCD122 service policy lcd display board power board headphone board decoder board scart board * tips : c -- component lever repair . m -- module lever repair -- used /51 /51 /58 /58 /77 /77 /79 /79 /93 /93 /94 /94 /96 /96 /98 /98 /37 /37 /12 /12 /05 /05 feature dif frence rds tds vol t age select or eco st andby - dark c m/c m m m c m/c m/c m/c m m m m m m/c m/c m m t y pe /v ersions : MCD122 amp/power board decoder board scart board lcd display board usb/headphone board 1-1 c c m m m/c m/c m m
amplifier rated output power ......................... 2x20w rms signal-to-noise ratio ...................................65dba frequency response ............... 20hz--20khz 3db aux input ................................... 1v/ rms 16kohm disc laser type .................................... simeconductor disc diameter ....................................... 12cm/8cm support disc ...............................................cd-da, cd-r,cd-rw,mp3,dvd,dvd-rw,dvd+rw audio dac .....................................................1khz total harmonic distortion .............................. < 1% frequency response ..................... 20hz ~ 20khz s/n ration ..................................................>65dba .. tuner fm tuning range .......................... 87.5--108 mhz tuning grid ........................................ 100k/50khz sensitivity C mono, 26db s/n ratio ................................. 5uv . C stereo, 46db s/n ration .......................... 100uv selectivity ................................................... 33db image rejection ......................................... 25db total harmonic distortion ................................. 3% signal to noise ration .............................. 50dba speakers speaker impedance ............................................ 2x8ohm e. speaker driver, base .....................................................4 speaker driver, tweeter ....................................... buzzer frequency response ................. 100hz +5db+/-5 15khz general information total output power ...........................................40w rms ac power ......................................................220v / 50hz .. . operation power consumption ................................ 40w standby power consumption ................................. ? 6w eco standby power consumption .......................... ? 1w headphone output .................................. 500mv 32ohm . usb direct ..................................................... version 2.0 dimensions C main unit (w x h x d) ............................ 220x90x240mm C speaker box (w x h x d) .................... 100x220x160mm C subwoofer(w x h x d) ...............................................na weight C w i t h packing .......................................................... 6kg C main unit ...........................................................1.65 kg C speaker box .....................................................1.5x2kg C subwoofer............................................................... na specifications and external appearance are subject to change without notice. 1-2 electronic specification
1-3 lf generator e.g. pm5110 recorder use universal test cassette cro2 sbc419 4822 397 30069 level meter e.g. sennheiser upm550 with ff-filter with ff-filter s/n and distortion met e.g. sound technology st170 l r dut or universal test cassette fe sbc420 4822 397 30071 level meter e.g. sennheiser upm550 s/n and distortion meter e.g. sound technology st1700b l r dut cd use audio signal disc (replaces test disc 3) sbc429 4822 397 30184 bandpass 250hz-15khz e.g. 7122 707 48001 lf voltmeter e.g. pm2534 dut s/n and distortion meter e.g. sound technology st1700b frame aerial e.g. 7122 707 89001 t uner am (mw ,l w) t o avoid atmospheric interference all am-measurements have to be carried out in a faradays cage. use a bandpass filter (or at least a high pass filter with 250hz) to eliminate hum (50hz, 100hz). rf generator e.g. pm5326 0 5 = i r bandpass 250hz-15khz e.g. 7122 707 48001 lf v oltmeter e.g. pm2534 dut rf generator e.g. pm5326 s/n and distortion meter e.g. sound technology st1700b use a bandpass filter to eliminate hum (50hz, 100hz) and disturbance from the pilottone (19khz, 38khz). 0 5 = i r tuner fm measurement setup
1-4 information about lead-free soldering gb w arning all cs and many other semi-conductors are susceptible t o electrostatic discharges (esd). careless handling during repair can reduce life drastically. hen repairing, make sure that you are connected with the same potential a s the mass of the set via a wrist wrap with resistance. eep components and tools also at this potential. esd class 1 laser product gb safety regulations r e uire t hat t he set be restored to its o riginal condition and that parts which are identical with those specified, be used safety components are m arked b y t he symbol philips ce is producing lead-free sets from 1.1.2005 onwards. regardless of special logo(not always indicated) one must treat all sets from onwards,according ne t rules identification: ! . lead free 1 an 2005 service aids
tems of safety attention 1-5 a: please read tems of safty attention carefully . f there are une pected conflicts between safefy attention and maintenance attention, please abide to safety attention safety first. c m a before operating, please unplug the ac power cord from the outlet. a) disassemble any parts. b) cut-of f or re-connect plug and other inserting parts. c) hen electrolysis capacitance and test parts is parallel connected, anti-polarity and wrong replace will cause e plosion. do not spray chemical on the component system, surroundings and any parts. clean the electric unction with a cotton stick which is with cleaning mi ture, e cept there is other demand in this manual. p : t is a kind of inflammable mi ture. do not use lubricant to the soldering point, e cept there is other demand in this manual c c during maintenance, please take common controlling to protect component system and electronic parts and prevent damages to the circuit due to improper operation. led out wire should be kept away from high-pressure or high-temperature parts. es some semi-conductor parts are easily damaged by static charges, these parts are called es. they are mainly the cores of transistor lead identification. the following technical ways can be used to reduce the damages by static charges. before connecting semi-conductor or the parts. let of f the static charges of the body by connection the earth. n the other hand, to prevent potential electric shock hazard, please use industrial static handle before connecting power for checking the e uipment. after unsoldering the es parts, put the parts on a electric surface such as aluminum foil to prevent accumulating static charges to damage the parts. nly use anti-static charges grounded soldering irons to unsolder the parts or solder es parts. some soldering tin called anti-static charges can also generate charges to damage es parts. do not use poisonous and caustic agent which these kinds of chemicals can generate static charges to damage the es parts. do not take es parts out of conductive packages until they are used (mostly replacing es parts is packed with aluminum foil or similar conductive materials making a short circuit). after taking replaceable es parts from anti-static charges cone, please insert the es parts in the correctly location soon as possible. during handing sealed es parts, reduce the movement of the body (clothes rubbing and moving on the rug can generate static charge to damage the es parts.) m a c s r use only grounded low-voltage soldering iron, and proper size and shape which can sustain the temperature of soldering horn to range from 350 to 390. use rosin flu which is demanded by rma include 60 t in 40 lead. t o maintain soldering iron and its tin very well. use the wire brush but not spray cleaners such as freon to clean the soldering surface. adopt the melting ways a) the temperature of soldering horn range from 350 to 390. b) heat up the parts pin, until soldering tin is molten. c) use the desoldering pump to suck out the molten soldering tin uickly . n: uickly operating can prevent superheating the electronic-plating copper . adopt the following soldering ways. a) the temperature of soldering horn range from 350 to 390. b) hold the soldering iron and welding rod pointed to the parts pin, until soldering tin is molten. then move the soldering horn uickly to the location that you want to solder . n: uickly operating can prevent superheating electronic-plating copper of printed circuit board. c) check the welting zone carefully , then brush the unwanted soldering tin away with a wire brush. ur ic n: do not touch the c body directly with soldering iron. pre-heating soldering iron at about 130 for some seconds avoid the damages caused by c heated suddenly . for normal c, the temperature of the solder horn is about 350, and can increase to 390 for some bigger c. use the filamentous welding rod and solder which thickness is about 0.3mm to solder thin c and add the solder as needed. replace the c carefully and solder it uickly . after unsoldering the c, clean the basic board carefully to ensure the board is usable. prevent the molten soldering tin dripping on the board which will engender a short circuit. aim at the first terminal and fi it, then aim at other terminals for correctly inserting c. ou can solder uickly ust like this. before operating, please make sure the c is unusable. do not unsolder repeatedly . during soldering especially soldering a thin c with many pins, check the weld carefully . after replacing, check that there is not soldering leak, rosin oint, short circuit and so on. u: use the soldering iron to melt the soldering tin. before unsoldering c, suck out the molten solder tin. r ? make sure all the c pins are on their correct location, then solder . use a wire brush to clean the welting zone.
tems of safety attention 1-6 u after unsoldering the unusable diode, nip its body and take it out. bend the two pins and the diode is vertical to circuit board. check the polarity of the diode, then place its pins to the correct location. pin the oint and solder it. check the weld carefully . f the surface of the weld is not smooth, please solder it again. r - repair the warpage copper as following use a sharp knife to scrape the unusable copper and the unwanted solder of f. make one side of the lead bent like a small u , then put the u to c pins and solder . another side of the lead is e tended until overlap with the well copper then solder . cut the unwand lead. t d d no sound or sound distorted when playing, please check the dvd part. n before operating, read these notes as following to prevent the static charges damageing the laser head when reading the laser led. lay an electric rug on the working table and the replaced parts are packed in black package. the electric rug is grounding by put on the electric base. then put your hand on the electric rug and connect the static handle with the electric rug. make sure the electric rug and the working table are grounding. during the operating, do something such as operating on the electric rug to avoid the static charges touching the laser parts. after that, you can begin to take the laser parts down. hen replace the laser parts, please do something to make a short circuit and remenber to cut the short circuit of f after replacing.
set remains closed! n y play a cd for at least 10 minutes y playability ok ? n playability ok ? add info for customer "set ok" check playability n y playability ok ? check playability check playability return set customer complaint "cd related problem" "fast" lens cleaning f or flap loaders (= access to cd dr iv e possib le) cleaning method is recommended exchange cdm - for description - see following pages 1-7 instruction on cd playability
playability check for sets which are compatible with cd-rw discs use cd-rw printed audio dis c ....................7104 099 96611 tr 3 (fingerprint) tr 8 (600 black dot) maximum at 01:00 ? playback of these two tracks without audible disturbance playing time for: fingerprint 10seconds black dot from 00:50 to 01:10 ? jump forward/backward (search) within a reasonable time for all other sets use cd-da sbc 444 a ..................................4822 397 30245 tr 14 (600 black dot) maximum at 01:15 tr 19 (fingerprint) tr 10 (1000 wedge) ? playback of all these tracks without audible disturbance playing time for : 1000 wedge 10seconds fingerprint 10seconds black dot from 01:05 to 01:25 ? jump forward/backward (search) within a reasonable time customer information it is proposed to add an addendum sheet to the set which informs the customer that the set has been checked carefully - but no fault was found. the problem was obviously caused by a scratched, dirty or copy-protected cd. in case problems remain, the customer is requested to contact the workshop directly. the lens cleaning (method ) should be mentioned in the addendum sheet. the final wording in national language as well as the printing is under responsibility of the regional service organizations. liquid lens cleaning because the material of the lens is synthetic and coated with a special anti-reflectivity layer, cleaning must be done with a non-aggressive cleaning fluid. it is advised to use cleaning solvent the actuator is a very precise mechanical component and may not be damaged in order to guarantee its full function. clean the lens gently (dont press too hard) with a soft and clean cotton bud moistened with the special lens cleaner. the direction of cleaning must be in the way as indicated in the picture below. before touching the lens it is advised to clean the surface of the lens by blowing clean air over it. this to avoid that little particles make scratches on the lens. instruction on cd playability 1-8
2-1 software v ersion check & upgrade upgrade software software version and date check select ok ok version information be ver: MCD122/xx vxx yyyy.mm.dd fe ver: de4-main.fe.asa.01.8b.37 dsp ver: dsp.01 ce ver: zrxf2.yymmdd regioncode: x mcu ver: vxx yyyymmdd 1, in the absence of usb/disc state or st op status at the next,press the system/menu on remote control, tv screen display: upgrading software upgrade erasure and upgrade ok cancel software upgrade upgrading please dont remove the player power door open or 1.download the software from philips support website: 2. load the cd disc or usb device with software,software upgrade procedure starts automatically w aiting a minute vfd display: tv screen display: software upgrade finish. software upgrade finish. http://www .philips.com/support door open w aiting a minute leading
not power check if the power cord is connected check the ac outlet not sound check the speakers are connected correctly check if the main board has provided voltage check if the main board has provided voltage replace a new one switch on the timer no display check if the dc output provided voltage (about 34.5v) adjust the volume check the files or folders in usb or others devices has not exceeded the certain limit time/clock does not work plug in the power cord reset the time/clock replace a new power board check the usb or other devices are connected check if the usb or other devices are incompatible check the data wire which connected the main board, if has provided voltage check if has voltage supply to the usb board check if the cpu ic has provided voltage check if the vfd board has provided voltage no replace a new one no replace a new ac cable no replace a new one no replace the ic pt631 1 /sc1631 1/cd1631 1 no replace the main board no no check if the cpu ic has provided voltage replace the main board no y y y y y y y y malfunction follow check chart 2-2 2-2
disassembly diagram 3-1 3-1 b.remove the t op-cabinet b1.loose 2pcs screws(3 x 6 kb) of both side near to the back side. b2.loose 2pcs screws(3 x 8 km) of both side near to the front cabinet. b3.loose 1pc screw(3 x10 f a) of the back side. c.remove the power board c1.loose 1pc screw(3 x10 f a) of the back side. c2.loose 1pc screw(3 x 8 ba) e.remove decoder board e1.loose 4pcs screws(3 x 10 f a) of the back side. e2.loose 2pcs screws(3 x 10 f a) of the decoder board. d.loose 4pcs screws(3 x 10 pw a) to remove dvd loader driver f.loose 2pcs screws(3 x 8 ft) to remove the front cabinet g.loose 1pc screw(3 x 8 ba) to remove the headphone board a.open the dvd door and loose 2 clipps to remove the door h.remove the display board h1.loose 6pcs screws(3 x 8 ba) h2.loose 4pcs screws(2 x 8 bt) a b1 b2 b3 c1 c2 d e1 e2 f g h2 h1
4-1 4-1 block diagram m a in chipset zr36966 dm- 0 6 b xlx- l2 l o ad er m o t o r d r i v er cd5888 f o r y ou pi ck u p dvd loader m5v sdram serial flash m3.3v m3.3v mcu5v mcu5v lcd ke y ir mp3 line in f m ant enna 7 5 ohm aux1 us b lcd dr i v e r &mcu&rtc zx935p-107 fm si4704 mcu5v power2 ac110 / 220 m5v k 4 s 161622c - t c /l 70 1m 5w a t 10% fr spk open/close driver m5v 5w at 10% fl spk do o r det e ct display board mai n board or si4705(rds) mcu i2c m3.3v fm rst fm rst standby eco_power eco_power 1 2 1 2 tda1517 p o wer amp f4558 pw m - > 15v audio ml/mr fl&fr close door op e n door y u v s-video coaxial mcu5v mcu i2c mpeg i2c fm rst standby eco_power mpeg i2c mcu5v mcu5v mute 4052 a,b 5w + 5w av power mute standby m3 . 3 v m1.8v m5v 8550 power1 fl&fr eeprom m3.3v at2 4 c0 2 1m * 16 at26df081a ipod-din9 74lv4052 sw itc h m5v pcm1808 adc m5v iis bus 4052 a,b anl-audio m1.8v 15v a1 5 v m5 v 15v 5v head phone l&r head phone mute standby 4052 a,b mute
4-2 4-2 wiring diagram power board decoder board lcd display board headphone usb board dvd loader driver
5-1 5-1 small board -- layout & circuit diagram vbus 1 d- 2 d+ 3 gnd 4 shield 5 gnd 6 j1001 usb gnd d+ d- vbus 1 2 3 4 cn1000 4pin/2.0 1 2 3 4 5 cn1003 4pin/2.0 j1002a j1002c j1002b pgnd h_outr h_outl j1000a mp3 i n 1 2 3 cn1001 2.0/3p headphone agnd mp3_l mp3_r r1000 47k r1005 47k c1000 100p c1001 100p r1010 47k r1011 47k r101 100 r100 100 h_in h_in
6-1 6-1 lcd display board -- circuit diagram c1005 104 c1003 104 c 1004 104 3v x1000 32.768 c 1008 15p c 1009 15p 3v r 1012 30k sw1001 |< < sw1002 open/close sw1003 standby sw1007 volum e- sw 1009 stop sw 1011 mode sw 1006 volum e + sw 1008 >>| sw 1010 sour ce sw 1012 play sw 1000 dbb 5v gnd sda eco_pow e r sc l eco_pow e r mu t e ir rem 1 gnd 2 vcc 3 s1000 remote c1002 47u/6.3v r1006 4.7k 5v ir 1 2 3 4 5 6 7 8 9 c n 1002 8p ir k3 k2 k1 k0 ks2 ks1 ks0 vbus 1 d- 2 d+ 3 gnd 4 shield 5 gnd 6 j1001 usb gnd d+ d- vbus 1 2 3 4 c n 1000 4pin/2.0 c 1014 104 lcd 1 2 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 u1000 lcd seg21 seg1 seg2 seg3 seg4 seg5 seg6 seg7 seg8 seg9 seg10 seg11 seg12 seg13 seg14 seg15 seg16 seg17 seg18 seg19 seg20 com1 com2 com3 com4 com5 com6 com7 com1 com2 com3 com4 com5 com6 com7 seg1 seg2 seg3 seg5 seg6 seg7 seg8 seg9 seg10 seg11 seg12 seg13 seg14 seg15 seg16 seg17 seg18 seg1 9 seg2 0 seg2 1 led cup2 1 cup1 2 vdd3 3 vdd 4 vdd1 5 gnd 6 xout 7 xi n 8 stb 9 oscin 10 cl k 11 ir 12 k3 13 k2 14 k1 15 k0 16 standby 17 mute 18 data 19 ks2 20 ks1 21 ks0 22 seg21 23 seg20 24 seg19 25 seg18 26 seg17 27 seg16 28 seg15 29 seg14 30 seg13 31 seg12 32 seg11 33 seg10 34 seg9 35 seg8 36 seg7 37 seg6 38 seg5 39 seg4 40 seg3 41 seg2 42 seg1 43 com1 44 com2 45 com3 46 com4 47 com5 48 com6 49 com7 50 u1001 zx935p seg4 k0 mute handshake sda scl 1 2 3 4 5 cn1003 4pin/2.0 j1002a j1002c j1002b pgnd h_outr h_outl j1000a mp3 in 1 2 3 cn1001 2.0/3p headphone agnd mp3_l mp3_r r1000 47k r1005 47k c 1000 100p c1001 100p r1010 47k r1011 47k r101 100 r100 100 led1000 ,q8f le d q1000 8050 r 1002 4. 7k 5v led led1001 :8f le d r 1008 2.2k r 1013 1. 2k 5v eco_power r 1001 10k r 1003 4. 7k r1004 10 r 1009 100 r 1007 2k gnd 1 out 2 in 3 i c 1000 1117- a dj c 1010 104 c 1011 220u/16v 5v r 1014 750 r 1015 1.2k c 1012 100u/16v c 1013 104 3v q2 8550 q1 pnp r 1020 56 h_in h_in gnd
6-2 6-2 lcd display board -- layout diagram
7-1 7-1 power board -- circuit diagram c3 68uf/400w c1 1 104/50v d6 fr104 r1 1 33r 5% 1206 r4 820 0805 q10 mmbt2222 q7 mmbt2907 r52 10r 5% 0805 r5/r68/r35/r3 1r5 5% 1206 r2 2r2 5% 1206 r36 1kr 5% 0805 c24 104/50v 0805 ic2 cyt431 r37 10k 5% 0805 d14 ll4148 c64 nc c13 102/1kv d9 uf5404 c14 102/1kv c5 1000uf/10v c1 1000uf/10v l2 10uh +5v a r81 33r/1w d10 uf5404 el817 ic1 u1 ld7535 c20 471/50v c19 471/50v r21 100k/1% 0805 cy1 332/250v c44 104/50v 0805 nc r27 10k 1206 ic4 tl431a q3 d882 q4 s8050 r17 5.1k 0805 q1 fqpf8n60 c4 22uf/35v r15 1m/1206 r12 1m/1206 d2 1n5408 d1 1n5408 lt 2 2.5mh t18 lt 1 30mh uu10.5 f1 t3.15a/250v rt 1 mf72 10d-9 d3 1n5408 d7 1n5408 r20 750k 1206 c2 103/630v d5 fr157 d130 nc r280 c21 1000uf/10v r19 330r/1w r18 5.1k/0805 r38 100k/0805 r25 3.3k 5% 0805 r79 33r/1w c18 1000uf/25v r44 33k 1% 0805 r42 5.1k 1% 0805 c16 1000uf/25v r3 68k/1w r6 750k 1206 r10 100r 5% 0805 r13 1m/1206 cx2 224/275v r14 1m/1206 cy2 471/250v cx1 224/275v con2 2.5/2p cy3 471/250v
7-2 7-2 power board -- circuit diagram hp-mute flin mute r22 1k/0805 c6 1uf/50v r24 0 c9 10uf/25v d13 1n4148 c12 224j c8 22uf/25v 1206 c10 2.2uf/25v lout+ r9 2.2 1/4w c29 104/50v 1206 c28 104/50v 1206 c26 104/50v 1206 c25 104/50v 1206 r51 2.2 1206 r48 2.2 1206 r39 2.2 1206 lout - rout - rout+ ic3 lout+ lout - r34 1k/1206 mode r29 8.2k r30 8.2k flin frin c41 224j r47 270/1206 r50 15k/1206 +18v q8 mmet2222 q9 mmet2222 dz2 12v q2 mmbt2222 frin mute1 st andby d12 1n4148 d15 1n4148 mute1 mute hp-mute r32 10k/1206 c7 1uf/50v q5 mmbt2222 q6 mmbt2222 c31 47uf/16v c30 1uf/25v r56 4.7k 1/4w r55 4.7k 0805 c32 1uf/25v r54 100k/0805 c35 220uf/16v con4 2.0/4p q1 1 9014 c33 1uf/25v c36 220uf/16v vcc r59 10k 0805 r53 22k 0805 s08 pt2309 r23 10k/0805 r45 10k/0805 tda8948j r41 1.5k/0805 r49 10k/1206 c27 104/50v 1206 c23 102/50v 0805 r31 4.7k r28 4.7k c22 102/50v 0805 rout - rout+ r57 10k 0805 r33 10k r46 470/0805 r7 47k/0805 +22v mode r60 4.7k 0805 u3 c38 104/50v 0805 c37 220uf/16v r8 22 0805
power board -- layout diagram 7-3 7-3
oscin ipclk duptd0/fpc_clk duprd0/fpc_dout open fpc_stb gp-3 ain drvsb cd_dvd sfcs sfdo sfdi sfclk usb_dp usb_dn usb_dn1 usb_dp1 vddpll sfdi_0 vc ld_dvd md_dvd ramadd9 sfcs_0 rfp resout rfn ramdat11 ramadd3 ramadd4 oscin ramdat2 ramdat3 ramdat8 homesw vddpwm in_out_sw ramwe- ramcs0- ramadd10 ld_cd duptd0/fpc_clk ramdat9 ipclk ramadd6 vdddac ramdat13 ramba close ramadd5 vdddac ramadd0 vddafe dspvcc18 vddafe fpc_stb sfclk_0 reset# ramdat0 ramdat12 ramdat10 ramdat6 ramdqm ramcas- ramras- vddpwm open ramdat1 ramadd7 ramadd1 vddafe spdl_pwm insw ramadd8 sfdo_0 vddafe track_pwm rf_c reset# vddpll drvsb duprd0/fpc_dout ramdat7 spdl_sens- spdl_sens+ md_cd sled_pwm irrcv oscout ramdat14 ramdat4 ramdat5 ramadd2 cd_dvd_1 focus_pwm pclk pclk sdram3.3v dspvcc33i dspvcc33i ramcke fpc_stb insw fpc_clk in_out_sw sfdo sfdi sfclk sf_cs usb_dp usb_dn gp-0 gp-3 gp-5 homesw sfcs vref oscout rf rf_f rf_e rf_a rf_b rf_d gp-0 gp-4 i2cclk i2cdat i2cclk ramdat15 s/pdif_out c_b_u y_r_v cvbs_c cvbs_g_y vdddac sf_cs gp-4 ramcas- ramcke ramadd8 ramdat5 ramdat4 ramdat15 ramdat9 ramadd4 ramdqm ramadd7 ramwe- ramadd0 ramadd9 ramdat7 sdram3.3v ramadd10 ramadd1 ramadd2 ramdat11 ramcs0- ramdat6 ramdat0 ramdqm ramadd5 ramadd6 ramdat10 ramdat2 ramras- ramdat1 ramba ramdat13 ramdat12 ramadd11 ramadd3 pclk ramcs1- ramdat8 ramdat14 ramdat3 ramba ramdqm ramadd5 ramadd6 ramras- pclk ramdat0 ramdat11 ramadd3 ramcs0- ramdat1 ramdat12 ramdat13 ramdat4 ramdat10 ramcke ramdat2 ramcas- ramdat3 ramadd1 ramdat14 ramdat8 ramdat15 ramdat9 ramadd7 ramadd10 ramdat7 ramwe- ramadd9 ramdat5 ramadd4 ramadd0 ramdqm ramadd8 ramadd2 ramdat6 sdram3.3v ramadd11 ramcs1- i2cdat strobe clk vddafe data gp-0 gp-5 dspvcc33 dspvcc33 dspvcc18 dspvcc18 dspvcc33 dspvcc33 dspvcc33 dspvcc18 vddapwm dspvcc33i dspvcc33 sdram3.3v dspvcc33 dspvcc33 +5v dspvcc33 dspvcc33 dspvcc33 open close drvsb in_out_sw homesw insw abclk alrclk amclk rf cd_dvd rf_c irrcv fpc_clk md_dvd spdl_pwm ld_cd ld_dvd sled_pwm track_pwm md_cd focus_pwm fpc_stb spdl_sens- vc rf_b rf_a rf_f spdl_sens+ fpc_dout rf_d rf_e apwm_r- ain i2cclk apwm_l- s/pdif_out y_r_v cvbs_c cvbs_g_y c_b_u i2cdat strobe clk data ipod_detect fm-rst vaddis-966xe use it to connect the shell of the crystal with ground. close to vaddis! important power supply! 500ma for device reset crystal put at the middle of traces. close to pin 38 icetms icetck icetdi icetdo ice usb external 2ch audio dac amd adc close to vaddis! xxma 3.30v for emi (as close as possible to u100 ) serial flash pinout - for reference jp100 jp101 release download debug pin1-2 short pin2-3 short pin1-2 short open pin2-3 short pin1-2 short close to vaddis r16 392 ohm 1% r16 392 ohm 1% c39 10nf c39 10nf c43 0.1uf c43 0.1uf c9 22pf c9 22pf fb19 mbw2012-1k fb19 mbw2012-1k c37 10nf c37 10nf r30 27r r30 27r r27 100r r27 100r c5 1nf c5 1nf c128 100pf c128 100pf r15 33r r15 33r u7 nm k4s641632h-uc70] u7 nm k4s641632h-uc70] vdd 1 dq0 2 vddq 3 dq1 4 dq2 5 vssq 6 dq3 7 dq4 8 vddq 9 dq5 10 dq6 11 vssq 12 dq7 13 vdd 14 dqml 15 we# 16 cas# 17 ras# 18 cs# 19 ba0 20 ba1 21 a10 22 a0 23 a1 24 a2 25 a3 26 vdd 27 vss 28 a4 29 a5 30 a6 31 a7 32 a8 33 a9 34 a11 35 nc 36 cke 37 clk 38 dqmh 39 nc 40 vss 41 dq8 42 vddq 43 dq9 44 dq10 45 vssq 46 dq11 47 dq12 48 vddq 49 dq13 50 dq14 51 vssq 52 dq15 53 vss 54 c36 10nf c36 10nf y1 27.000mhz y1 27.000mhz u1 mx25l1605d u1 mx25l1605d /cs 1 so 2 /wp 3 gnd 4 si 5 sck 6 /hold 7 vdd 8 c11 10nf c11 10nf + ec23 100uf/10v + ec23 100uf/10v c47 10nf c47 10nf c12 10nf c12 10nf ph1 ph1 . 1 fb6 mbw2012-221 fb6 mbw2012-221 r117 100r r117 100r r4 15.4k(1%) r4 15.4k(1%) c1 10nf c1 10nf c134 100pf c134 100pf c25 1nf c25 1nf c40 10nf c40 10nf fb7 mbw2012-221 fb7 mbw2012-221 + ec5 100uf/10v + ec5 100uf/10v u2a u2a gen_5/gpio[0] 102 gen_6 101 gpio[52]/pwmco[3]/hsync 93 gpio[51]/pwmco[2]/field 92 gpio[50]/pwmco[1]/vclkx2 91 vddpwm 90 dvd_md 86 vddsafe 84 cd_ld 87 cd_md 85 resout 82 gndref 83 vref 81 dvd_ld 88 gpio[49]/pwmco[0] 89 b 70 vc 80 c 72 k 76 f 77 j 74 e 75 vddafe 71 vdd1afe 68 a 69 d 73 rfn 67 rfp 66 gen_4/vid7 103 sfcs 104 gnd 105 sfdo/rs_sf 106 sfdi/rs128_bootsel2 107 vddc 108 vddp 109 ramadd[6] 124 ramadd[2] 123 ramadd[1] 125 ramadd[7] 126 vddc 127 ramadd[0] 1 ramadd[8] 2 ramadd[10] 3 vddp 4 ramadd[9] 5 ramcs0# 7 ramadd[11]/gpo[64] 6 ramba 8 ramras# 10 ramcs1#/gpo[65] 9 ramcas# 11 ramwe# 13 ramdqm 14 gndpclk 15 pclk 16 vddp 12 vddpclk 17 ramdat[8] 18 ramdat[9] 20 ramdat[7] 19 ramdat[6] 21 ramdat[5] 23 ramdat[10] 22 ramdat[11] 24 ramdat[4] 25 ramdat[3] 27 ramdat[12] 26 vddip 28 ramdat[13] 29 ramdat[14] 32 ramdat[2] 30 ramdat[1] 33 ramdat[15] 34 ramdat[0] 35 gnddacbs2 65 rset 64 dac1 63 vdddac 62 dac2 61 dac3 60 vdddac 59 dac4 58 xin 56 xo 55 vddpll 54 gndpll 53 reset# 52 gndc 57 vddc 51 vddp 50 igpio[44] 49 gpio[43]/duprd0/tdo/ssctxd 48 gpio[32]/spdifo 46 vddp 45 gpio[29]/amclk/apwm0- 44 gpio[28]/apwm1- 43 gpio[26]/apwm2- 42 gpio[25]/aout2/apwm3- 41 gpio[24]/duprd1/alrclk/apwm4- 40 igpio[23]/duptd1/abclk/apwm5- 39 vddapwm 38 ramadd[4] 119 ramadd[3] 120 ramadd[5] 121 vddip 122 vddc 31 vddp 36 gndapwm 37 sfclk/rs128_bootsel1 110 gpio[5] 111 sd_d/igpio[7] 112 pwm5 113 sd_cmd/gpio[6] 114 sd_clk/igpio[7] 115 vddp 116 dn 118 dp 117 vfe_yin 78 gnd1afe 79 gnd 128 vddp 100 gen_7 99 gen_8 98 gen_9 97 gen_11 96 gen_12/vid0 95 vddc 94 gnd 47 c52 10nf c52 10nf c38 10nf c38 10nf c8 1nf c8 1nf c27 0.1uf c27 0.1uf r17 33r r17 33r c22 10nf c22 10nf fb2 mbw2012-221 fb2 mbw2012-221 c85 10pf c85 10pf c16 0.1uf c16 0.1uf c13 1nf c13 1nf r25 10k r25 10k c28 0.1uf c28 0.1uf c7 100pf c7 100pf r10 4.7k r10 4.7k r28 56r r28 56r + ec111 220uf/6.3v + ec111 220uf/6.3v fb27 mbw2012-1k fb27 mbw2012-1k c29 56pf c29 56pf r119 10k r119 10k r145 75r1% r145 75r1% c14 1nf c14 1nf c31 0.1uf c31 0.1uf c21 100pf c21 100pf r2 220k r2 220k r18 33r r18 33r c49 10nf c49 10nf c30 56pf c30 56pf r148 75r1% r148 75r1% u3 k4s161622c-tc/l70 u3 k4s161622c-tc/l70 vdd 1 dq0 2 dq1 3 vssq 4 dq2 5 dq3 6 vddq 7 dq4 8 dq5 9 vssq 10 dq6 11 dq7 12 vddq 13 ldqm 14 we 15 cas 16 ras 17 cs 18 ba 19 a10/ap 20 a0 21 a1 22 a2 23 a3 24 vdd 25 vss 50 dq15 49 dq14 48 vssq 47 dq13 46 dq12 45 vddq 44 dq11 43 dq10 42 vssq 41 dq9 40 dq8 39 vddq 38 nc 37 udqm 36 clk 35 cke 34 nc 33 a9 32 a8 31 a7 30 a6 29 a5 28 a4 27 vss 26 r7 220r r7 220r c35 10nf c35 10nf c45 10nf c45 10nf r12 4.7k r12 4.7k c3 1nf c3 1nf r3 1k r3 1k c4 1nf c4 1nf c42 10nf c42 10nf r115 10k r115 10k r150 75r1% r150 75r1% c20 1nf c20 1nf fb8 mbw2012-221 fb8 mbw2012-221 c32 10nf c32 10nf c41 10nf c41 10nf c2 22pf c2 22pf r32 15k r32 15k c15 33pf c15 33pf + ec1 22uf/16v + ec1 22uf/16v c96 10nf c96 10nf c51 10nf c51 10nf + ec2 220uf/6.3v + ec2 220uf/6.3v r37 10k r37 10k fb1 mbw2012-221 fb1 mbw2012-221 c19 1nf c19 1nf fb3 mbw2012-221 fb3 mbw2012-221 r21 100r r21 100r + ec3 100uf/10v + ec3 100uf/10v c34 10nf c34 10nf fb4 mbw2012-221 fb4 mbw2012-221 r1 75r r1 75r r116 10k r116 10k r152 75r1% r152 75r1% cn1 2.0-4p cn1 2.0-4p 1 2 3 4 r29 27r r29 27r r31 15k r31 15k r14 33r r14 33r r9 4.7k r9 4.7k fb5 fb5 r5 1k r5 1k c6 100pf c6 100pf 8-1 8-1 decoder board -- circuit diagram
3v3_drv 3v3_fb 1v8_drv 1v8_fb vc1 vr_dvd vr_cd dvdld cdld tact+ tact- fact+ fact- dvdld cdld e opu5v sl_mot- sl_mot+ vc2 spdl_sens+ in_out_sw homesw spdl_sens- cd_dvd sp_m- sp_mot- focus_s track_s spdl_s sled_s vr_cd vr_dvd tact- sp_mot+ track_s tact+ focus_s 1v8_fb 3v3_drv 1v8_drv sl_mot+ sl_mot- load+ spdl_s close fact- open fact+ load- 3v3_fb vc2 sled_s sp_m- insw sp_mot+ homesw sp_mot- c d a b f opu_hfm load- load+ dspvcc18 dspvcc33 rfa5v dspvcc33 dspvcc33 m5v rfa5v dspvcc33 dspvcc33 dspvcc33 m5v m5v rf_a rf_b rf_c rf_d rf rf_f rf_e ld_dvd ld_cd vc cd_dvd md_cd md_dvd in_out_sw homesw spdl_sens+ spdl_sens- insw focus_pwm track_pwm spdl_pwm sled_pwm close open drvsb 3 c close to cn201 cn201 is used for sanyo/samsung/sony opus 2.1v 1 b 2 e s8050/s8550 q210, 211 must have enough large pads for thermal spreading emc pdic control: dvd=low cd=high close to motor driver. opu r41 r39 sony310 100r 100r dl3 0 0 iat510 100r 100r top1100s 10r 10r semco-sp1 0 0 mitsm820w 91r 91r hd8(dv23) 0 0 hop1200w nm nm hd65/hd62 0 0 502w 91r 91r arima681 nm nm v 8 1 . 1 v 8 1 . 1 bemf current type(default) r50=300r, for hop1200w only opu r46 r47 hop1200w 100r 100r arima681 100r 100r others nm nm opu hd65ps others r38: 3.3r 4.7r r45: 3.3r 4.7r close to vaddis! for emi,close to cn203 in servo 3.3v power supply circuit: r38,ec6,c56,r45,ec7 need to be closed up when do layout motor driver r63 r60 r61 cd5888(1.18v) 1k 1% 1.8k 1% 510r 1% am5888 1.2k 1% 2k 1% 430r 1% c67 27nf c67 27nf r43 2.2r r43 2.2r tp21 tp21 c61 0.1uf c61 0.1uf q3 ss8550 q3 ss8550 1 2 3 r55 22k r55 22k c56 0.1uf c56 0.1uf tp10 tp10 r61 430r(1%) r61 430r(1%) tp22 tp22 r46 nm [91r] r46 nm [91r] r56 51k r56 51k tp26 tp26 c65 1nf c65 1nf tp11 tp11 r41 0r [nm] r41 0r [nm] r49 220r r49 220r q1 bt2907 q1 bt2907 1 2 3 cn6 5p/2.0 cn6 5p/2.0 load+ 1 load- 2 outsw 3 gnd 4 insw 5 tp23 tp23 + ec6 220uf/6.3v + ec6 220uf/6.3v l1 10uh l1 10uh r51 33r r51 33r tp6 tp6 tp12 tp12 r48 2k r48 2k q2 bt2907 q2 bt2907 1 2 3 d1 bat54c d1 bat54c 2 3 1 tp13 tp13 tp24 tp24 c54 nm [470pf] c54 nm [470pf] c62 0.1uf c62 0.1uf c73 0.1uf c73 0.1uf cn3 24pin opu connector cn3 24pin opu connector gnd-ld 24 dvd-ld 23 nc 22 hfm 21 md 20 cd-ld 19 vr-dvd 18 vr-cd 17 nc 16 e 15 vcc 14 vc(vref) 13 gnd/pd 12 f 11 b 10 a 9 rf 8 cd/dvd_sw 7 d 6 c 5 t- 4 t+ 3 f+ 2 f- 1 gnd 25 gnd 26 gnd 27 gnd 28 + ec7 220uf/6.3v + ec7 220uf/6.3v tp14 tp14 + ec8 220uf/6.3v + ec8 220uf/6.3v c57 0.1uf c57 0.1uf q4 ss8550 q4 ss8550 1 2 3 r40 220r r40 220r tp15 tp15 c64 1nf c64 1nf r62 1k(1%) r62 1k(1%) c68 33pf c68 33pf c66 27nf c66 27nf tp8 tp8 r47 nm [91r] r47 nm [91r] r50 0r [300r] r50 0r [300r] tp16 tp16 d3 1n4001 d3 1n4001 1 2 r44 2.2r r44 2.2r c69 33pf c69 33pf tp9 tp9 c59 1nf c59 1nf tp17 tp17 r63 1.1k(1%) r63 1.1k(1%) + ec9 47uf/16v + ec9 47uf/16v r57 4.7k r57 4.7k r60 1.8k(1%) r60 1.8k(1%) + ec11 100uf/10v + ec11 100uf/10v c70 33pf c70 33pf c72 33pf c72 33pf r54 51k r54 51k r38 3.3r r38 3.3r tp18 tp18 tp7 tp7 c58 1nf c58 1nf r39 0r [nm] r39 0r [nm] cn5 6p/2.0 cn5 6p/2.0 sp- 1 sp+ 2 gnd 3 homesw 4 sled+ 5 sled- 6 c71 33pf c71 33pf + ec14 220uf/6.3v + ec14 220uf/6.3v r45 3.3r r45 3.3r fb25 fb/0805 fb25 fb/0805 tp19 tp19 c60 1nf c60 1nf u4 cd5888cb(1.18v) u4 cd5888cb(1.18v) vinfc 1 cfcerr1(trb_1) 2 cfcerr2(rego2) 3 vinsl+ 4 vinsl-(rego1) 5 vosl(fwd) 6 vnffc(rev) 7 vcc 8 pvcc1(load-) 9 pgnd(load+) 10 vosl-(vosl+) 11 vosl+(vosl-) 12 vofc- 13 vofc+ 14 stby 28 bias 27 vintk 26 ctkerr1(trb_2) 25 ctkerr2(nc) 24 vinld 23 pregnd 22 pvcc2 21 vnftk(nc) 20 pgnd(vcc2) 19 vold- 18 vold+ 17 votk- 16 votk+ 15 gnd 29 gnd1 30 c55 nm [470pf] c55 nm [470pf] r52 3.3k r52 3.3k r53 51k r53 51k c63 0.1uf c63 0.1uf + ec10 220uf/6.3v + ec10 220uf/6.3v r64 1k(1%) r64 1k(1%) c74 0.1uf c74 0.1uf r59 33k r59 33k d2 her204 d2 her204 1 2 r42 2k r42 2k + ec4 100uf/10v + ec4 100uf/10v tp20 tp20 r58 1k(1%) r58 1k(1%) tp25 tp25 8-2 decoder board -- circuit diagram 8-2
op op r_data fm5v r_clack l_fm fm5v left3-in s1 r-in s0 l-in right3-in right2-in right1-in left1-in r_aux2_in l_aux2_in r_aux1_in l_aux1_in r_fm l_fm lmain-out rmain-out r_fm agnd r_aux2_in l_aux2_in i2cclk i2cdat ap-l-out ap-r-out rmain-out lmain-out audio/tv/16:9 scart_switch audio/tv/16:9 scart_switch tx cvbs_out c-pb_out g-y_out y-pr_out enable mutea mute mute rmain-out mute-ap ipod_detect abclk amclk alrclk ain r_ipod_in l_ipod_in l_ipod_in r_ipod_in c-pb_out op r_ipod_in l_ipod_in ipod_detect y-pr_out p51 p51 r_ipod_in p59 p59 tx l-in r-in left2-in ap-r-out ap-l-out mute-ap mute_ctl lmain-out power_on_off l_ipod_in coax_spdif r_aux1_in l_aux1_in mute d5v vcc5 audio_vcc audio_vcc audio_vcc vcc5 d5v d5v audio_vcc dspvcc33 vcc5 vddapwm d5v apwm_r- apwm_l- i2cclk i2cdat fm-rst lmain-out rmain-out s0 s1 fs1 fs2 cvbs_out y-pr_out c-pb_out g-y_out enable mutea mute_ctl fpc_dout ipod_detect coax_spdif abclk alrclk amclk ain l_ipod_in r_ipod_in power_on_off fs3 op- op+ op+ op- to aux1 input to aux2 input for emi video status rgb status scart config circuit ipod scart fb24 fb/2k fb24 fb/2k r99 10k r99 10k r410 1k r410 1k r448 10k r448 10k c117 1000pf c117 1000pf j8 2.0*5pin j8 2.0*5pin 1 2 3 4 5 c115 1uf c115 1uf l410 0r l410 0r q6 3904 q6 3904 1 2 3 r159 47k r159 47k c76 75pf c76 75pf c97 1uf c97 1uf c118 1000pf c118 1000pf c109 0.1uf c109 0.1uf c53 10nf c53 10nf r105 6800e r105 6800e c451 100pf c451 100pf c103 1uf c103 1uf r80 1k r80 1k + ec112 220uf/6.3v + ec112 220uf/6.3v r138 10k r138 10k r90 10k r90 10k q401 bt3904 q401 bt3904 1 2 3 r171 4.7k r171 4.7k r83 1k r83 1k c114 1uf c114 1uf c107 22pf c107 22pf r164 47k r164 47k r447 6.8k r447 6.8k d6 1n4148 d6 1n4148 1 2 c112 1uf c112 1uf l411 0r l411 0r r92 10r r92 10r l408 0r l408 0r r146 10k r146 10k + ec26 47uf/16v + ec26 47uf/16v q403 bt3904 q403 bt3904 1 2 3 r165 51k r165 51k r167 4.7k r167 4.7k r93 1k r93 1k c452 100pf c452 100pf r101 nc(0r) r101 nc(0r) r65 82k r65 82k q402 bt3904 q402 bt3904 1 2 3 r78 4.7k r78 4.7k r449 6.8k r449 6.8k c457 nc c457 nc d4 nc(cm1214-01st) d4 nc(cm1214-01st) 2 1 e1 antenna_1 e1 antenna_1 c130 10uf/0805 c130 10uf/0805 c106 22pf c106 22pf c100 0.1uf c100 0.1uf r75 82k r75 82k r172 4.7k r172 4.7k fb23 fb/2k fb23 fb/2k c104 0.1uf c104 0.1uf r118 100k r118 100k c110 0.1uf c110 0.1uf d8 1n4148 d8 1n4148 1 2 r377 nc(1k) r377 nc(1k) r168 4.7k r168 4.7k + - u5a cf4558 + - u5a cf4558 3 2 1 8 4 j5 dasw-02-9 j5 dasw-02-9 14 13 12 11 10 5 4 3 1 9 2 6 8 7 r69 1k r69 1k r104 10r r104 10r j3 nc j3 nc 1 2 3 4 5 6 c129 0.1uf c129 0.1uf c87 1.2nf c87 1.2nf + ec18 100uf/10v + ec18 100uf/10v c94 0.1uf c94 0.1uf fb12 mbw2012-221 fb12 mbw2012-221 r126 nc r126 nc r86 nc(0r) r86 nc(0r) r68 4.7k r68 4.7k d7 1n4148 d7 1n4148 1 2 c135 4.7uf c135 4.7uf r79 680e r79 680e r409 1.8k r409 1.8k r376 10k r376 10k c86 75pf c86 75pf r127 nc r127 nc r102 100r r102 100r r71 10k r71 10k c120 100pf c120 100pf r73 1k r73 1k r125 0r r125 0r cn401 2.0-11pin cn401 2.0-11pin 1 2 3 4 5 6 7 8 9 10 11 r169 4.7k r169 4.7k + ec22 100uf/10v + ec22 100uf/10v d303 5.1v d303 5.1v 1 2 r163 47k r163 47k r416 1k r416 1k fb10 10nh fb10 10nh + - u5b cf4558 + - u5b cf4558 5 6 7 8 4 l409 0r l409 0r c79 0.1uf c79 0.1uf c98 3.3pf c98 3.3pf + ec12 100uf/10v + ec12 100uf/10v r67 39k r67 39k c127 1uf c127 1uf + ec20 10uf/25v + ec20 10uf/25v r411 1.8k r411 1.8k r70 10k r70 10k u12 pcm1808pw u12 pcm1808pw vref 1 agnd 2 vcc 3 vdd 4 dgnd 5 scki 6 lrck 7 bck 8 dout 9 md0 10 md1 11 fmt 12 vinl 13 vinr 14 r122 1k r122 1k c108 1u c108 1u y2 32.768khz y2 32.768khz c99 100pf c99 100pf c77 1.2nf c77 1.2nf r414 150r r414 150r + ec19 10uf/25v + ec19 10uf/25v r77 39k r77 39k q5 3904 q5 3904 1 2 3 r124 nc r124 nc c101 1uf c101 1uf c126 1uf c126 1uf cn205 av2-8.4-13 cn205 av2-8.4-13 1 2 3 fb9 mbw2012-221 fb9 mbw2012-221 c105 22pf c105 22pf c102 1uf c102 1uf c93 0.1uf c93 0.1uf r96 10k r96 10k r72 1k r72 1k r94 51r r94 51r r82 10k r82 10k fb11 270nh fb11 270nh r170 4.7k r170 4.7k u9 si4705 u9 si4705 nc 1 fmi 2 rfgnd 3 txo 4 rst 5 sen 6 sclk 7 sdio 8 rclk 9 vio 10 nc 20 gpio1 19 irq/gpio2 18 dclk/gpio3 17 dfs 16 dout 15 lout 14 rout 13 gnd 12 vdd 11 gn d 21 r412 33r r412 33r j4 ph-3a j4 ph-3a 1 2 3 c119 100pf c119 100pf r121 1k r121 1k c95 4.7uf c95 4.7uf u27 74hc4052 u27 74hc4052 b3 4 s1 9 s0 10 a3 11 vee 7 e 6 gn d 8 a2 15 a1 14 vcc 16 b1 5 a0 12 b2 2 b0 1 bn 3 an 13 r260 10k r260 10k c116 1uf c116 1uf 8-3 8-3 decoder board --circuit diagram
cvbs_out cvbs_g_y cvbs_c y-pr_out c-pb_out g-y_out coax_spdif s/pdif_out y_r_v c_b_u power_on_off c-pb_out g-y_out y-pr_out power_on_off c-pb_out g-y_out y-pr_out pck s0 led mute_ctl strobe close open clk qs qs str s1 r_ipod_in l_ipod_in pck str standby strobe led i2cdat i2cclk c-pb_out g-y_out y-pr_out cvbs_out mutea power_on_off data d5v rfa5v m5v dspvcc33 esd2v stby5v +5v stby5v +5v +18v audio_vcc +18v stby5v d5v d5v +5v fpc_dout fpc_clk fpc_stb irrcv c_b_u cvbs_c y_r_v cvbs_g_y s/pdif_out rmain-out lmain-out mutea cvbs_out y-pr_out c-pb_out g-y_out open mute_ctl data strobe clk s0 s1 close enable fs1 fs2 coax_spdif l_ipod_in r_ipod_in i2cclk i2cdat power_on_off fs3 at middle of trace. c427 150pf c427 150pf r74 1k r74 1k fb18 mbw2012-221(nc) fb18 mbw2012-221(nc) r87 33r r87 33r r432 3.3k r432 3.3k c423 150pf c423 150pf fb20 fb/0805 fb20 fb/0805 fb16 mbw2012-221(nc) fb16 mbw2012-221(nc) mark1 . 1 c131 nc(100pf) c131 nc(100pf) r88 33r r88 33r cn9 tjc3-4a cn9 tjc3-4a 3 3 2 2 1 1 4 4 fb406 1k fb406 1k d5 1n4148 d5 1n4148 1 2 r430 82r r430 82r cn8 2.0mm-13p cn8 2.0mm-13p 1 2 3 4 5 6 7 8 9 10 11 12 13 u11 cd4094bc u11 cd4094bc strobe 1 data 2 clock 3 q1 4 q2 5 q3 6 q4 7 q,s 10 q8 11 q7 12 q6 13 q5 14 output/en 15 vdd 16 vss 8 qs 9 mark4 . 1 r97 33r r97 33r r348 4.7k r348 4.7k r445 150r r445 150r r8 1k r8 1k fb405 1k fb405 1k c81 0.1uf c81 0.1uf + ec13 47uf/16v + ec13 47uf/16v d402 bat54s d402 bat54s 2 3 1 c113 10nf c113 10nf r392 330r/0.5w r392 330r/0.5w fb408 1k fb408 1k c410 22pf c410 22pf c125 nc(100pf) c125 nc(100pf) c122 nc(100pf) c122 nc(100pf) mark3 . 1 q11 ao3407 q11 ao3407 r433 2.2k r433 2.2k c133 nc(100pf) c133 nc(100pf) fb21 fb/0805 fb21 fb/0805 c425 150pf c425 150pf d403 bat54s d403 bat54s 2 3 1 r95 10k r95 10k q313 3904 q313 3904 1 2 3 r98 33r r98 33r c132 nc(100pf) c132 nc(100pf) r346 1k r346 1k c123 nc(100pf) c123 nc(100pf) r91 4.7k r91 4.7k fb17 mbw2012-221(nc) fb17 mbw2012-221(nc) r6 10k r6 10k fb15 mbw2012-221 fb15 mbw2012-221 + ec429 100uf/10v + ec429 100uf/10v r100 nc(10k) r100 nc(10k) fb22 mbw2012-221 fb22 mbw2012-221 d401 bat54s d401 bat54s 2 3 1 d404 bat54s d404 bat54s 2 3 1 c421 150pf c421 150pf u8 cd4094bc u8 cd4094bc strobe 1 data 2 clock 3 q1 4 q2 5 q3 6 q4 7 q,s 10 q8 11 q7 12 q6 13 q5 14 output/en 15 vdd 16 vss 8 qs 9 c430 0.1uf c430 0.1uf d9 1n4148 d9 1n4148 1 2 r114 2.2k r114 2.2k c111 100pf c111 100pf fb407 1k fb407 1k r444 27r r444 27r mark2 mark2 . 1 r89 3.9k r89 3.9k c78 nc(100pf) c78 nc(100pf) r347 2k r347 2k c91 2.2uf c91 2.2uf r112 10k r112 10k c121 nc(100pf) c121 nc(100pf) r111 10k r111 10k c80 nc(100pf) c80 nc(100pf) c428 0.1uf c428 0.1uf j9 av6-8.4-13b j9 av6-8.4-13b 1 2 6 3 5 10 9 4 8 7 c82 nc(100pf) c82 nc(100pf) c124 nc(100pf) c124 nc(100pf) q15 ss8550 q15 ss8550 1 2 3 c433 0.1uf c433 0.1uf r113 10k r113 10k q12 3904 q12 3904 1 2 3 r85 33r r85 33r c83 nc(100pf) c83 nc(100pf) 8-4 8-4 decoder board -- circuit diagram
8-5 8-5 decoder board
9-1 9-1 exploded view

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