Dk3510 Service Manual

Transcript

Dk3510 service manual Catalog Chapter One About Maintenance 1.1 Safety precautions 1 1 1.1.1 Power supply 1 1.1.2 Precautions for antistatic 1 1.1.3 About placement position 1 1.1.3 Precautions for laser head 1 1.1.4 About placement position 2 1.2 Maintenance method 2 1.2.1 Visualized method 2 1.2.2 Electric resistance method 2 1.2.3 Voltage method 2 1.2.4 Current method 2 1.2.5 Cutting method 2 1.2.6 Element substitution method 3 1.2.7 Comparison method 3 1.3 Required device for maintenance 3 Chapter Two Functions and Operation Instructions 4 2.1 Features 4 2.2 Control Button Locations and Explanations 4 2.2.1 Front Panel Illustration 1 4 2.2.2 Rear Panel IIIustration 5 2.2.3 VFD Display Window Illustration 5 2.2.4 Remote Control illustration 5 2.3 Accessories 7 2.4 Function setup 7 2.4.1 Basic Steps of Function Setup 7 2.4.2 General Setup 7 2.4.3 Display Control 7 2.4.4 Sound 8 2.4.5 Languages 9 2.4.6 KVD Setup 9 2.5 Specifications 9 2.6 Operation Instructions for Audio Power Amplifie 10 2.6.1 Featuresr 10 2.6.2 Accessories 10 2.6.3 illustrations to the panel 11 2.6.4 Howto use the remote 11 2.6.5 illustrations to the remote 12 2.6.6 Operating instructions 12 2.6.7 Specifications 13 Chapter Three Principle and Servicing 15 Section One Principle of the Player 15 3.1.1 Principle of the player 15 3.1.2 Whole set block diagram 16 3.1.3 Collection of IC used by the player 17 Section Two Principle Analysis to Unit Circuit 18 3.2.1 Power circuit 18 3.2.2 Decode circuit 22 3.2.3 Servo circuit 23 3.2.4 Laser power control circuitt 26 3.2.5 CD/DVD mode switch circuit 27 3.2.6 Main axis diversion judgement circuit 28 3.2.7 Disc in/out circuit 29 3.2.8 Reset circuit 31 3.2.9 Mute circuit 32 3.2.10 MIC circuit 33 3.2.11 Scoring detect circuit 34 3.2.12 Panel control circuit 35 3.2.13 MIDI signal processing circuit 36 3.2.14 Video circuit 38 3.2.15 Audio circuit 39 3.2.16 Introduction to SCART terminal 40 Section Three Servicing Cases 42 3.3.1 Servicing instances 42 3.3.2 Servicing flow chart 45 Section Four Servicing Parameters 64 3.4.1 Signal waveform diagram 64 3.4.2 Key point voltage 72 Section Five IC Function Introduction 75 3.5.1 Function introduction to AML3298 75 3.5.2 Function introduction to Vt7208 78 3.5.3 Function introduction to EN29LV800AB 83 3.5.4 Function introduction to SDRAM 84 3.5.5 Function introduction to MK6000B 85 3.5.6 Function introduction to SAM2133B 87 3.5.7 Function introduction to Cs4340 87 3.5.8 Function introduction to 4558 88 3.5.9 Function introduction to D5954 88 Chapter Four Disassembly and Assembly Process 89 Chapter Cinque PCB board & Circuit diagram 90 Section One PCB board 98 Section Two circuit diagram 105 Chart 6 BOM List 110 6.1AV BOARD 110 6.2 OK BOARD 111 6.3 POWER BOARD 113 6.4 SUBSIDIARY PANE 115 6.5 DECODE BOARD 115 6.6 OUTPUT BOARD 120 6.7 INPUT BOARD 120 6.8 REMOTE CONEROLLER 120 6.9 MAIN PANEL 121 6.10 SURFACE CONTROL BOARD 122 6.11 AMPLIFIER BOARD 122 6.12 AMPLIFIER BOARD AI SEGMENT 123 Chapter One About Maintenance 1.1 Safety precautions 1.1.1 Power supply When maintenance personnel are repairing DVD players, he should pay special attention to the power board with 220V AC and 330V DC which will cause hurt and damage to persons! 1.1.2 Precautions for antistatic Movement and friction will both bring static electricity which causes serious damages to integrated IC. Though static charge is little, when a limited quantity of electric charge is added to largescaleintegrated IC, as the capacitance is very small in the meantime, now the integrated IC is very much easy to be struck through by static electricity or the performance will decrease. Thus static electricity prevention is of extraordinary importance. The following are several measures to prevent static electricity: 1. Use a piece of electric conduction metal with the length of about 2 metres to insert into the earth, and Fetch the lead wire from the top of the surplus metal and connect to the required static electricity device. The length and depth of the metal embedded under the earth should be determined according to the wettability of the local soil. For humid places, it may be shorter, and longer and deeper for dry places. If possible, it can be distributed and layed in terms of “#” shape. 2. On operating table-board, the antistatic table cushion should be covered and grounded. 3. All devices and equipments should be placed on the antistatic table cushion and grounded. 4. Maintenance personnel should wear antistatic wrist ring which should be grounded. 5. Places around the operating position should also be covered with electric conduction cushion or Painted with antistatic paint. 1.1.3 Precautions for laser head 1. Do not stare at laser head directly, for laser emission will occur when laser head is working, which will Hurt your eyes! 2. Do not use wiping water or alcohol to clean laser head, and you may use cotton swab. -1- 1.1.4 About placement position 1. Never place DVD player in positions with high temperature and humidity. 2. Avoid placing near high magnetic fields, such as loudspeaker or magnet. 3. Positions for placement should be stable and secure. 1.2 Maintenance method 1.2.1 Visualized method Directly view whether abnormalities of collision, lack of element, joint welding, shedding welding, rosin joint, copper foil turning up, lead wire disconnection and elements burning up among pins of elements appear. Check power supply of the machine and then use hands to touch the casing of part of elements and check whether they are hot to judge the trouble spot. You should pay more attention when using this method to check in high voltage parts. 1.2.2 Electric resistance method Set the multimeter in resistance position and test whether the numerical value of resistance of each point in the circuit has difference from the normal value to judge the trouble spot. But in the circuit the tested numerical value of resistance is not accurate, and the tested numerical value of integrated IC's pins can only be used for reference, so the elements should be broken down for test. 1.2.3 Voltage method Voltage method is relatively convenient, quick and accurate. Set the multimeter in voltage position and test power supply voltage of the player and voltage of a certain point to judge the trouble spot according to the tested voltage variation. 1.2.4 Current method Set the multimeter in current position and test current of the player of a certain point to judge the trouble spot. But when testing in current method, the multimeter should be series connected in the circuit, which makes this method too trivial and troublesome, so it is less frequently used in reality. 1.2.5 Cutting method Cutting method should be combined with electric resistance method and voltage method to use. This method is mainly used in phenomena of short circuit and current leakage of the circuit. When cutting the input terminal voltage of a certain level, if voltage of the player rises again, it means that the trouble lies in this level. -2- 1.2.6 Element substitution method When some elements cannot be judged good or bad, substitution method may de adopted directly. 1.2.7 Comparison method A same good PC board is usually used to test the correct voltage and waveform. Compared these data with those tested through fault PC board, the cause of troubles may be found. Through the above maintenance method, theoretical knowledge and maintenance experience, all difficulties and troubles will be readily solved. 1.3 Required device for maintenance Digital oscillograph ( 100MHE) TV set SMD rework station Multimeter Soldering iron Pointed-month pincers Cutting nippers Forceps Electric screw driver Terminals connecting cord Headphone Microphone -3- Chapter Two Functions and Operation Instructions 2.1 Features ◆ Song dedication by singers, words or numbers to full enjoy the pleasure of personalized operations.* ◆ All kinds of singing methods such as song dedication, open challenge and dual meet to offer you wider performance stage.* ◆Automatic scoring function to serve as an entertainment co-worker. ◆Compatible MPEG 4 format discs to produce wonderful pictures. ◆Realsonic super sound effect. ◆Progressive scanning output to produce steadier and clearer pictures without flicker. ◆Built-in Dolby Digital decoder, separate 5.1CH outputs. ◆Optical and coaxial output for Dolby Digital, DTS and LPCM digital audio. ◆Computer-style pop-up menu to make tour operating more convenient and comfortable. ◆Component video output to produce clearer pictures. ◆ Fully compatible with DVD, SVCD, VCD and CD, smoothly read MP3, CD-R/RW and Kodak Picture CD. ◆Multiple dubbings, angles and subtitles for selection. ◆Parental lock function to prevent children from watching discs with unsuitable contents. ◆Dust-shielded design. 2.2 Control Button Locations and Explanations 2.2.1 Front Panel Illustration 1 1 2 9 10 11 12 13 3 4 5 6 7 8 14 Power switch 6 PLAY/PAUSE button 11 VOL +/- button 2 Disc tray 7 PREV button 12 Echo button 3 OPEN/CLOSE button 8 NEXT button 13 Number buttons 4 STOP button 9 MIC 1 jack 14 Display window 5 CLEAR button 10 MIC 2 jack -4- 2.2.2 Rear Panel IIIustration 4 2 3 1 5 6 7 8 9 1 Scoring input Termina 5 Video Out jack 2 Mixed Audio Out jackl 56 S-Video 3 5.1CH Audio Out jack 7 Digital Audio Coaxial Out jack 4 Video Component/Y Pb Pr Out jacks 8 Digital Audio Optical Out jack 9 SCART out jack 2.2.3 VFD Display Window Illustration 1 2 3 ＡＬＬ 4 5 6 7 8 9 11 ＴＩＴＬＥ ＳＶＣＤ ＣＨＰ ＴＲＫ 10 ＳＥＬＥＣＴ ＫＶＤ 12 Play 13 14 7 15 Playback time/KVD disc 12 Playback status indicator song-selection disc 13 KVD disc 2 Repeat 3 Pause 8 CD/VCD/SVCD disc indicator 14 DTS 4 Chapter indicato 9 MP3 disc 15 DOLBY DIGITAL 5 Track indicatorr 10 Title indicator 6 DVD disc 11 Microphone 2.2.4 Remote Control illustration 1 2 3 4 STANDBY Button Press once to stand by, Press twice to play. EJECT Button Disc in or out. AUDIO Button Change the audio language or audio channel. SUBTITLE Button Change subtitle language. 5 6 7 -5- NUMBER Button Input numbers. Input letters when playing KVD disc. PROGRAM Button Program playback. GOTO Button Play from the desired location. Function Button F1. 8 9 1 2 3 4 10 37 36 11 5 6 35 34 33 32 12 31 13 7 8 9 10 30 29 11 28 12 13 27 14 15 16 17 18 19 14 26 15 25 24 23 22 16 21 20 17 18 28 29 30 31 32 33 34 35 36 37 STOP Button Stop playback. MENU Button Display DVD/KVD menu or open/close PBC. SELECT Button SWITCH Button Switch volume, rhythm, speed, tone and original vocal singing when playing KVD disc . Q-PLAY Button Skip the advertisement/warning and play DVD directly. Function Button F3. MEMORY Button Save the playing point or jump to the saved point. Function Button F2. OSD Button Display or hide disc information. CLEAR Button 19 20 21 22 23 24 25 ANGLE/F- SONGS Button 1. When playing specially-made KVD disc songs, the currently played song may be collected into the favourite ones. 2. Switch angles when playing DVD disc and rotate pictures when playing JPEG disc. MUTE Button Press once to mute, twice to unmute. 26 27 -6- TITLE/RETURN Button DVD title menu/Return to the previous menu when playing VCD or KVD disc. CURSOR Buttons SETUP Button Function setup. PAUSE Button Pause play. PLAY Button Normal playback. P/N Button Switch the TV system between PAL,NTSC and AUTO. REPEAT Button Repeat play. IS Button Switch video output to the interlacing mode. PS Button Switch video to the progressive mode. Word - button Press to move down according the alphabet of the song name when playing KVD disc. REW Button Fast backward play. Word + button Press to move up according the alphabet of the song name when playing KVD disc. FWD Button Fast forward play. CH/APPLAUSE Button Switch channels of VCD disc/Capable of simulating applause when playing KVD disc. VOCAL Button Switch auto partner when playing DVD, VCD discs/Turn off or turn on the voice singing when playing KVD songs with voice singing. EQ Button Adjusting equalization effects. SF Button Adjusting sound field effects. NEXT Button Skip forward. PREV Button Skip backward. ZOOM/S-SONGS Button Zoom in the displayed frame/Selected songs When playing KVD disc. VOLUME+/- Button Increase/decrease volume level. A-B/AGAIN Button Restart the select when playing KVD disc. ◆Pressing SETUP button is invalid when in disc reading. 2.3 Accessories 1PCS 1PCS 2PCS 1PCS 1PCS 1PCS AUDIO/VIDEO CORD REMOTE CONTROL AAA SIZE BATTERIES WARRANTY CARD USER MANUAL SONGBOOK 2.4.2 General Setup General Setup Screen Saver Panel Led Setup Lock Factory Settings 2.4 FUNCTION SETUP 1. Screen Saver: this item is used to set whether screensaver is allowed. ◆Optional settings: ON, OFF ◆Default: ON 2.Panel Led Setup: this item is used to set whether the door indicator on the front panel is turned on. ◆Optional settings: ON, OFF ◆Default: ON 3.LOCK: this item is used to set the age controlling rate to prevent children from watching unsuitable contents (need disc support). ◆After inputing default password 7890, you may change the password or set the controlling rate which has 8 rates for selection. ◆Default: Lv8 4.Factory Settings: this item is used to restore the default value of all other setup items in the setup menu, except “Ratings Limits”and "PSD". 2.4.1 Basic Steps of Function Setup 1. Press SETUP button and the screen displays Function setup menu. General Setup Display Sound Languages KVD Setup Exit Setup 2. Press direction button to select the desired menu and press SELECT button to confirm. If you select "Exit Setup" menu, pressing SELECT button may exit the setup menu. For instance, you may select "General Setup" to start general settings and TV screen displays general setup page. General Setup Screen Saver Panel Led Setup Lock Factory Settings SELECT CURSOR SETUP 3. Press up/down direction button to select the Desired setup items. For instance, press up/down direction button to select "Panel Led Setup". Press SELECTbutton to confirm and TV screen displays panel led setup items. 2.4.3 Display Control Display TV System TV Image Interlace Setup Video Setup General Setup Screen Saver Panel Led Setup Lock Factory Settings 1. TV System: this item is used to set the video output system of the player. ◆Optional settings: AUTO, NTSC, PAL ◆Default: AUTO 2. TV Image: this item is used to set the output image ration of the player. 4. Press left direction button to exit the current item group, or press SETUP button to exit setup menu -7- ◆Optional settings: 4:3 Letterbox, 4:3 Standard, 16:9 Wide screen ◆Default: 4:3 Letterbox NOTE ◆The playback effect is related to the disc recording ratio. Some discs cannot play according to your selected picture ratio. ◆16:9 is only applicable to 16:9 wide screen TV set. ◆The picture ratio selection should be related to the actually-used TV screen ratio. 3.Interlace Setup: this item is used to set the interlacing video output mode of the player. ◆Optional settings: S-VIDEO, YUV, RGB. ◆Default: S-VIDEO 4.Video Setup: in this item, you may set to strengthenor weaken the brightness, contrast, chroma and saturationof image according to you own likes. ◆Enter the video setup adjustment menu, and press left/right direction button to select the video parameter that you desire to adjust.Press up/down direction button again toincrease or decrease this parameter. ◆After the adjustment finishes, press SELECT button toexit this setup item. Speakers Speaker Setup Volume ◆Speakers: this item may be set according to Your used speaker system. A.Optional settings of front：large, Small. Default: Large B.Optional settings of centre：Large, Small, None. Default: Large C.Optional settings of surround：Large, Small, None. Default: Large D.Optional settings of subwoofer：Exist, None. Default: Exist ◆Distance: this item may be used to set the speaker's delay time according to the distance between speaker and listener. ◆Volume: this item may be used to adjust the Speaker's volume. NOTE ◆Speaker setup may be performed when stereo is off. 4. LPCM Output: this item may be used to set the output frequency of LPCM audio data to match with different power amplifier. ◆Optional settings：48K, 96K ◆Default：48K ◆The outputted frequency is related to the Actual frequency of signal. The signal of 48K cannot output 96K. 5.Pro Logic II: this item is used to change 2channel music into multi-channel music. ◆Optional settings: ON, OFF ◆Default: OFF NOTE ◆If the disc does not support this function, perform it by force and the effect will be bad on the contrary. 6.User Equalizer: in this item you may set to strengthen or weaken the treble, mediant and bass according to your own likes. ◆Enter user EQ setup menu, press left/right directionbutton to select the sound frequency you desire to adjust and press up/down direction to increase or decrease the sound strength of this frequency. ◆After the adjustment finishes, press SELECT buttonto exit this setup item. After exiting setup, press EQ button to select ◆ the EQ mode in "PERSONAL" to enjoy the effect that you adjusted just now. 2.4.4 Sound Sound Distance Digital Out Stereo Speaker Setup LPCM Output Pro Logic II User Equalizer 1.Digital Out: this item is used to set the stream form of digital output. After press direction buttons to select Dolby Digital or DTS, press SELECT button to change the player whether Dolby Digital or DTS digital raw code signal is outputted. If selected, it means the digital raw code signal is outputted; if not selected, it means PCM signal is outputted. ◆Default: Selected 2.Stereo: this item is used to set the audio output mode of the player. When stereo is on, this player will output stereo signal; when stereo is off, this player will output multi-channel signal. ◆Default: OFF. 3.Speaker setup: this item is used to adjust Volume and delay of speaker. -8- 2.4.5 Languages 2.4.6 KVD Setup Remark Setup Melody Setup KVDScreen Languages Player Menus KVD Setup Open Tray Pwd Disc menus Favorite Song Audio Lyric Setup Subtitles 1.Remark SetupP: this item is used to set the Scoring parameter of the player. ◆Optional settings of max score: 100, 99, 98, 97, 96；default：100 ◆Optional settings of min score: 0, 60, 70, 80, 90；default：0 ◆Optional settings of scoring rate: Easiest, Easy, Normal, Hard, Hardest. 2.Melody Setup: this item is used to set KVD Music melody. ◆Optional settings: ON, OFF ◆Default: ON 3.KVD Screen: this item is used to the background image when the player is playing KVD disc. ◆Optional settings：DVD Screen, Blue screen ◆Default: DVD Screen. 4. Open Tray Pwd: this item is used to set the password needed in open operation when the player is playing KVD disc. ◆Default：7890 5. Favorite Song: this item is used to edit favorite songs. Please refer to the favorite songs editing in KVD disc operation for details. 6.Lyric Setup: this item is used to set lyrics Mode. ◆Optional settings：Normal , Ahead, Off ◆Default: Normal . 1.Player Menus: this item is used to set the Indication information language that the player displays during the course of playing. ◆Optional settings: English, Russian. ◆Default: English. 2.Disc Menus: this item is used to set disc menu language adopted in priority during the course of playback. ◆Optional settings: English, Russian. ◆Default: English. 3.Audio: this item is used to set the audio language adopted in priority during the course of playing. ◆Optional settings: English, Russian. ◆Default: English. 4.Subtitles: this item is used to set the subtitle language adopted in priority during the course of playing. ◆Optional settings: English, Russian, Off. ◆Default: Off. ◇ □ ◇ □ ◇ □ ◇ □◇□◇□◇□◇□◇□◇□◇□◇□◇□◇□◇□◇□◇□◇□◇□◇□◇□◇ 2.5 Specifications DVD-player Disk Type CD-R/CK-RW,DVD-R/DVD-RW,DVD+R/DVD+RW Format DVD-Video,KVD,MPEG-4,SVCD,VCD1.0,VCD1.1,VCD2.0,CD-DA,MP3 Input Microphone in Scoring Outputs(Audio) Line stereo 5.1Channel Output Digital Optical output Digital Coaxial output 2 1 1+1(SCART) 1 1 -9- Outputs(Video) Composite video output S-Video Component video output Y Cb/Pb Cr/Pr RGB/SCART 1+1(SCART) 1 1 1 Video Characteristics Composite Video Output Amplitude: S-Video Output Amplitude: Component video output Y Cb Cr: 1.0Vp-p(75Ù) Y 1.0Vp-p(75Ù),C 0.286Vp-p(75Ù) Y 1.0Vp-p(75Ù), Audio Characteristics Frequency range SNR Total harmonic distortion 20-20 000 HZ 90dB 0.1% Operating Temperature +5… +35℃ Operating Humidity 15-75% Power Supply ~220 V AC,50/60 Hz Dimension 420×266×45mm Weight 2.4kg Speaker systems RMS Output Power (THD 10%,1kHz) L,R,C,SR Channel 10W SW Channel 25W Max.Output Power L,R,C,SL,SR Channel 20W SW Channel 40W SW Speaker Dimension 165mm 00×310×325mm Surround Speaker Dimension 76mm 100×86×112mm Others Power supply Max.power consumption Frequency range 220V;50Hz 160W 20-20000Hz 2.6 Operation Instructions for Audio Power Amplifier 2.6.1 FEATURES ◆5.1CH audio input, capable of connecting Dolby AC-3 and DTS decoding output signals ◆Simultaneous 5.1CH volume adjustment ◆Center, surround and subwoofer channel level separate adjustment ◆Standby function ◆Mute function ◆Full function remote control ◆Powerful and high performance amplifier ◆Complete protection function ◆Full magnetic-shielded design for satellite speakers ◆Unique reflective bass structure ◆Novel appearance, soft color 2.6.2 ACCESSORIES Please open the carton box and check your speaker system. If the model and quantity do not conform to the following list, please contact thedealer. 5 pcs ◆Satellite Speakers ◆Dual-RCA Plug Audio Cord 2 pcs - 10 - ◆Audio Cords for Phones Jac ◆Left, Right and Center Speaker Cords (ca. 2m) k ◆Surround Speaker Cords (ca. 5m) 3 pcs 3 pcs 2 pcs 2.6.3 ILLUSTRATIONS TO THE PANEL IR Sensor/LED Display DVD HOME THEATRE DK3510S ( FRONT PANEL FIGURE ) CONNECT TO THE AC POWER SUPPLY 1 2 3 4 5 6 POWER 7 ￣ ２２０Ｖ／５０Ｈｚ MAX.POWERCONSUMPTION:160W VOLTAGE:~220V/50Hz SW RATED IMPEDANCE:6 Safety warning mark 5CH speaker connection ports 5CH speaker connection ports Power switch Product data Power cords Manufacturer SW MAX. OUTPUT POWER:40W SW FREQUENCYRESPONSE:20Hz~180Hz EXTERNALLOADED IMPEDANCE:4 (REAR PANEL FIGURE) 2.6.4 HOW TO USE THE REMOTE IR SENSOR 300 300 8m ◆Point the emitter of the remote control at the infrared sensor on the subwoofer speaker. ◆Use the remote control within a distance of 8 meters from the subwoofer speaker. ◆Use the remote control within an angle of 30 degrees from the center. - 11 - 2.6.5 ILLUSTRATIONS TO THE REMOTE 1 2 3 4 5 6 7 SURR channel level adjustment Used to adjust the surround channel level compared with the master volume. CENTRE channel level adjustment Used to adjust the centre channel level compared with the master volume. SW channel level adjustment Used to adjust the subwoofer channel level compared with the master volume. MUTE Press the MUTE button to terminate audio signal outputs. Press it again to cancel MUTE and restore audio outputs. 2/5.1 CH Select between 2.1 sound field and 5.1 sound field VOLUME Adjust the 5.1CH volume simultaneously. STANDBY Press this button to enter or leave the standby mode. The power is not cut off in the standby mode. Therefore, please turn off the power switch on the subwoofer speaker when you do not intend to use it for an extended period of time. 2.6.6 OPERATING INSTRUCTIONS 2 3 4 6 5 POWER ￣ 1 ２２０Ｖ／５０Ｈｚ MAX. POWERCONSUMPTION:160W VOLTAGE:~220V/50Hz SWRATEDIMPEDANCE:6 SWMAX.OUTPUTPOWER:40W SWFREQUENCYRESPONSE:20Hz~180Hz EXTERNALLOADEDIMPEDANCE:4 GETTING STARTED 1.nsert the plug into the power supply socket, turn on the POWER button on the rear panel of the subwoofer speaker, the CPU comes into initialization and the unit enters the standby mode, the LED displays "--". - 12 - USING THE STANDBY BUTTON 2.Press the STANDBY button to enter the work mode. The master volume rises up from “0" to "4” ( D E F A U LT V A L U E ) g r a d u a l l y a n d t h e L E D d i s p l a y s t h e c o r r e s p o n d i n g l e v e l . Press the STANDBY button again, this unit will enter the STANDBY mode. In this mode, this unit is not powered off. Therefore, please turn off the POWER button on the rear panel of the subwoofer speaker if you do not intend to use this unit for an extended period of time. ADJUSTING THE VOLUME 3.Press the VOLUME / buttons on the remote control to adjust the 5.1CH volume simultane ously, the displayed range: 0~16. Press the VOLUME to increase the volume, the maximum displaying volume is 16. Press the VOLUME to decrease the volume, the minimum displaying volume is 0. ADJUSTING THE SURROUND/CENTRE/SUBWOOFER CHANNEL LEVEL 4.Press the SURR/CENTRE/SW +/- buttons on the remote control to adjust the correspon ding channel levels separately compared with the master volume. Adjustment range: The Volume ± 5 Press the + button to increase the level. The maximum displaying level is 5. Press the - button to decrease the level. The minimum displaying level is -5. ADJUSTING THE SURROUND/CENTRE/SUBWOOFER CHANNEL LEVEL (CONTINUED) Adjust each channel level compared with the master volume to compensate sound imbalance due to poor listening circumstances or awkward location of the speakers. You c a n a l s o a d j u s t e a c h c h a n n e l a c c o r d i n g t o y o u r p e r s o n a l f a v o r i t e s and t h e characteristics of the program in order to obtain a satisfactory effect. The master volume level will reappear on the LED about 3 seconds after the above operations stop. USING THE MUTE BUTTON 5.Press the MUTE button on the remote control to mute the sound. Press the MUTE button in the playback mode to terminate the audio signal output. Press the MUTE button again to restore the normal audio. The LED displays a flashing "0" in the mute mode. SOUND FIELD SELECTION: 6.To adapt to different program signals, this unit utilizes 2/5.1CH select function. When you enjoy 2CH program of CD disc, you are suggested to use 2.1CH mode and“ 2.1” displays on the screen; centre and surround havn't sound output at this time. When you enjoy 5.1CH program, you may press 2/5.1CH button. This unit enters 5.1CH mode,“ 5.1” displays on the screen and the unit is in 5.1 working mode at this time. NOTE: The unit defaults 5.1CH mode when power on.◆RMS Output Power: 2.6.7 SPECIFICATIONS ◆RMS Output Power: (RMS,Load=4Ω,f=1kHz) L,R,C,SL,SR Channel Output Power: 10W¡Á5 SW Output Power: ◆Total Harmonic Distortion: ≥25W (RMS,Load=6Ω,f=40Hz ＜1%（at 1kHz,1W) ◆Amplifier Frequency Response: 180Hz~20kHz¡À3dB(D,R,C,SL,SR) ◆5.1CH Input Jacks: RCA Socket Line In ◆Input Impedance: ＞10KΩ - 13 - 20Hz~180Hz¡À3dB(SW) ◆Control,Adjustment Means: Remote Controlled ◆Subwoofer Unit: 6.5"Dynamic Paper Cone Speaker Max.Output Power: 40W Nominal Impedance: 6Ω Frequency Response: 50Hz~250Hz ◆Satellite Speaker Unit: 3"Wide Frequency Band Max.Output Power: 20W Nominal Impedance: 4Ω Frequency Response: 50Hz~250Hz (Magnetic-shielded)Cone Speaker ◆Input Power Supply: ~220V¡À10%50Hz ◆MAX.Power Consumption: 160W ◆Subwoofer Speaker Dimensions: 200¡Á310¡Á325mm(L¡ÁW¡ÁH) ◆Satellite Speaker Dimensions: 100¡Á86¡Á112mm(L¡ÁW¡ÁH) ◆Package Dimensions: 525¡Á475¡Á385mm(L¡ÁW¡ÁH) ◆Net Weight: 12.5kg ◆Gross Weight: 14.2kg - 14 - Chapter Three Principle and Servicing Section One Principle of the Player 3.1.1 Principle of the player 1. DVD player DK3510S is composed by the following PCB components, whole set PCB components compose block diagram, shown as the following figure 3.1.1.1: (1) Power board: supply power for each circuit of the player, composed by TNY268P, PC817, TL431C. (2) Main panel: operate function of the player and display working state of the player, composed of UPD16312,12C508A (516B) and display screen. (3) Decode board: process information transmitted by loader and restore into audio, video signals, loader drive, panel display control MIDI signal processing. (4) AV output board: output audio, video signals sent out from decode board completely. (5) MIC board: after amplifying and echo processing of signal inputted from microphone, overlap to audio output to realize Karaoke function. SCART AV output board XS701 XS207 CN503 CN501 Decode board Power board Loader components CN502 To pick-up To pick-up bracket To loader frame XS601 XS203 XS205 XS206 XS209 MIC board Subsidiary board XS401 Main panel Figure 3.1.1.1 PCB components compose block diagram - 15 - XS402 2. As shown in the figure 3.1.1.2, it is pin description of the block diagram composed by whole set PCB components: XS209 IR XS207 7 6 5 4 3 2 1 G/Y/Y L210 L209 R/Cr/Pr 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 +9V XS206 SPINSPIN+ 5 4 3 2 1 LIMIT SLED+ SLED- GND LOAD+ LOADTROUT TRIN GND CN501 CN502 FL+ 1 FL2 -21V 3 DGND 4 SA+5V 5 STB 6 CPU+3.3V7 SA+5V -9V +9V AGND OK VOICE-DET 1 2 3 4 5 6 CN503 VOICE-DET 1 OK 2 AGND 3 +9V 4 -9V 5 DGND 6 +5V 7 DGND 8 +3.3V 9 DGND 10 +5V 11 12 13 C C GND-LD DVD-LD (NC) HFM MD CD-LD VR-DVD VR-CD (NC) E Vcc Vc GND-PD F B/b A/a RF S W CD/DV D D/d C/c TT+ F+ F- 1 2 SPDIF 3 VCC5 4 50E Y 5 GND 6 50E C 7 GND 8 R/Cr/Pr 9 GND 10 G/Y/Y 11 GND 12 B/Cb/Pb 13 GND 14 CVBS 15 FS1 16 AUDIO_L 17 GND 18 AUDIO_R 19 20 GND AUDIO_SL 21 GND 22 AUDIO_SR 23 GND 24 AUDIO_C 25 26 GND AUDIO_SW 27 28 SCOREIN 29 GND 30 HSYNC VSYNC XS203 C C 26 25 GND VSTB VCLK VDAT XS205 6 5 4 3 2 1 28 27 24PIN Figure 3.1.1.2 Flat cable base pin description illustration 3.1.2 Whole set block diagram The whole set block diagram is shown as the following figure 3.1.2.1: Keyboard array U223 ABCDEF Loader components Reset Remote control receiver D16312 VFD displsy RESET SDA SDL CVBS AVID0~3 U203 D5954 U201 VT7208 U202 AML3298 Servo drive Filtering circuit R/Cr/Pr G/Y/Y B/Cb/Pb IEC U214 U207 CS4360 U216 FLASH SPDIF AV output board Audio amplifying U219 U220 U221 5.1CH MIDI_R MIDI_L U215 DRAM U208 SDRAM U206 FLASH M2 D[0 10] M2 D[0 7] U210 EPM3032 U212 FLASH U209 MK-6000B U211 SAM2133B M2 D[0 15] MIDI_LOUT AC IN Power board DC OUT U205 SDRAM Figure 3.1.2.1 The player block diagram - 16 - U213 Cs4340 MIDI_ROUT U226 4580 3.1.3 Collection of IC used by the player Collection of IC used by player DK3510S is shown as the following table: PCB board Decode board Location number IC model Function U223 AT24C16 EEPROM(16K): save user-set information and order U213 CS4340A D/A inverter: switch MIDI data outputted by U211 into analog audio signal U205,U208 IS42SI6400 U222 LM393 U215 MIIB416256A U209 MK-6000B U207 CS4360 U219,U220,U221,U226 4558 U214 HCU04 U224 LA1117MP U202 AML3298 U203 D5954 U212 R27V3202 MASK ROM(32M) U211 SAM2133B MIDI signal synthesize U201 VT7208 U206 EN29LV800AB U211 EPM3032A MIDI signal processing firmware U216 A290021TL ROM(2M): servo firmware U401 D16312 U403 12C508A Power management U504 LM7805 5V voltage U501 TNY268P U503 TLV431 U506 MCR100-6 U502 PC817 Photoelectric coupler U601,U602 4558 Operational amplifier U603 M65831AP SDRAM 64M Operational amplifier: main axis detecting DRAM(4M): date save of servo circuit MIDI signal decode and MIDI processing circuit MPU 5.1CH D/A converter Operational amplifier: audio amplifying Inverter: reset and digital audio output usage 1.8V voltage regulating IC: output 1.8V voltage and supply for decode chip Decode chip: audio, video decode Servo drive Servo RF amplifying, DSP FLASH(16M): DVD firmware VFD drive and buttons function realization Panel Power board Switch module 3-end adjustable spliflow reference source Controllable silicon MIC board Echo processing - 17 - Section Two Principle Analysis to Unit Circuit 3.2.1 Power circuit 1. Power circuit block diagram is shown as the following figure 3.2.1.1: Filter capacitor Rectification diode Filter capacitor CPU+3.3V Standby control circuit STB 310V DC A Start circuit Electromagnetic disturbance filtering circuit Transformer Bridge rectification and filtering circuit Rectification diode Absorption loop LM7805 SA+5V +9V Rectification diode Filter capacitor +5V Rectification diode Filter capacitor +3.3V CPU+3.3V Filtering 220V Rectification, filtering Rectification diode -9V voltage regulator circuit SR160 -9V FL+ FL- -21V Switch module TNY268P Feedback loop Figure 3.2.1.1 Power circuit block diagram 2. Working principle (1) Power-on standby working process: through protector tube, power grid filer, rectification and filtering to AC power, DC power on two ends of Tc501 is 300v, DC power is provided for IC TNY268P through switch transformer, TNY268P produces 132KHz frequency square wave for starting up, and controls built-in MOS field effect tube to carry out on/ff action. When MOS tube is on, primary coil current of transformer linearly increases and begins to save energy. When MOS tube is off, for magnetic flux of transformer ( ) cannot change suddenly, energy discharge begins, transformer primary coil current begins to become small, each secondary coil voltage begins to increase, transformer finishes a process of energy save and energy discharge, each ground output voltage of secondary stage increases step by step. In each group secondary stage of transformer, 14, 11 winding turn ratio is much larger (10 times of 3.3V sampling winding), output voltage is very high. When power-on fir the first time, STB is low level, controllable silicon MCR100 is on, now sampling winding is 14-11, when output makes “CPU+3.3V” line increase to 3.3V, “CPU+3.3V” is kept in 3.3V without change through optical coupling. Now standby IC - 18 - 12C508A has 3.3V power supply, for turn ration of other winding of transformer is small, output voltage is very low, the whole set does not work. Pin 3 of 12C508A outputs control signal to make panel red light drive and lighted to indicate the standby state. In this standby state, the on time of photoelectric coupler is long, TNY268P is in intermission working state and limits the max current of primary coil of each energy storing process in a small range to decrease the energy conversed in each energy change cycle of transformer. In this standby state, pin 5 “STB” of 12C508A outputs low level, triode 2N5551 keeps in cutoff, MCR100 maintains on state of controllable silicon. (2) Power-on working process: at the moment of pressing power button, pin 2 of standby IC (12C508A) on panel changes into low level from high level, pin 5 “STB” turns into high level from low level state. 2N5551 is saturation on and pulls down “G” voltage of MCR100 control end to about 2.7V to make MCR100 cannot be touched off,1411 winding cannot supply power for”CPU+3.3V” line through MCR100, now transformer sampling winding switches into 10, each winding begins to set up voltage, in order to keep “CPU+3.3V” voltage stable, the on time of MOS pipe becomes lone. (3) When in standby state, after pressing power button on remote controller, power on/off working process is as follows: A. After pressing power button on remote controller, receiver on panel outputs remote control code to pin 7 of 12C508A. B. 12C508A decode the remote control code received, if it is power button value, level of pin 5 is made to change into high level from low level, and the player begins to work normally. (4) Press power button on the panel to make the player switch into standby state from working state A. At the moment of pressing power button, pin 2 of 12C508A changes into low level from high level, after 12C508 detects this change, pin 5 “STB” turns into low level state from high level state. B. 2N5551 changes into cutoff state, MCR100 restores into controllable and on state. C. MCR100 output makes “CPU+3.3V” line voltage increases, LM431A, photoelectric coupler, TNY268P quickly controls transformer to pause power output. Now 1613 winding achieves switch power control right. D. When “CPU+3.3V” reduces voltage, transformer outputs power again, now other winding cannot keep the working of the player because turn ration is small and output voltage is small, the player enters standby state. 3. Standby control circuit (1) IC 12C508A is programmable CPU, and its pin function is decided by the burnt program. Shown as in the figure 3.2.1.2, pin 1 is power pin, pin 8 is ground; pin 2 and 7 are input end; pin 3, 4, 5 and 6 are output end. When power on, pin 3, 4 outputs high level, pin 6 outputs low level. When pin 2 level changes into low level once, each output pin level turns once. Pin 7 is connected to remote control code, when remote control code is inputted, the corresponding action is performed according to the - 19 - Corresponding code value. 2 LED 10K(DNS) 2 2 1 2 1 TC403 22uF/16V R443 0R(DNS) C444 104 Q404 8050(DNS) 1 R441 10K(DNS) 2 2 1 IR C445 471 STB 1 R444 330R C442 104 1 D407 1N4148(DNS) B 12 A K R440 2 100R R437 2 1 1 1 E 2 ASTB A 2 K C SW1 2 1 2 3 4 2 1 D406 1N4148 R435 10K R436 10K(DNS) U402 12C508A(516B) 8 vdd GND 7 GP5 GP0 6 GP4 GP1 5 GP3 GP2 1 2 R442 10K(DNS) R438 10K 1 2 R439 10K 1 C441 104 1 TC404 100uF/16V 2 2 2 1 1 1 3.3V Figure 3.2.1.2 12C508A circuit diagram (2) Standby control circuit is shown as the following figure 3.2.1.3: CPU+3.3V L502 200uH/0.2A U506 MCR100-6 1 2 3 D513 HER105 C516 101 R512 22K C520 104 TC515 100uF/16V D507 1N4148 C517 104 R513 Q502 2N5551 1K R514 10K STB Figure 3.2.1.3 Standby control circuit diagram 1) Working process of controllable silicon after inserting power cord: A. After switch IC starting, transformer secondary outputs high frequency pulse, with amplitude above 70V. B. One path of positive pulse, after D513 high frequency rectification and L509 frequency division, reaches anode of controllable silicon; the other path, after C516 coupling and R512 damping, reaches gate electrode of controllable silicon. C. Gate electrode positive pulse makes controllable silicon on, anode positive voltage charges TC515 through controllable silicon. D. After a positive pulse finishes, for anode has no power, controllable silicon cuts off. E. When next positive pulse is coming, controllable silicon is on again. Repeat the process like this, TC515 voltage increases to 3.3V gradually. - 20 - 2) Power on, the working process of controllable silicon after “STB” turns into high level from low level: A. “STB” changes to high level from level, triode 2N5551 is saturation on to form stable DC working state, gate electrode voltage of controllable silicon is stabilized about 2.7V. B. When positive pulse reaches controllable silicon gate electrode through R512, voltage of two ends of C517 cannot change suddenly, value of C517 is large, positive pulse is absorbed by C517, gate electrode voltage of controllable silicon cannot reach 4V in a pulse cycle, so controllable silicon cannot be touched off. C. After positive pulse finishes, C517 discharges through R513 to recover 2.7V voltage of gate electrode. D. So, though anode of controllable silicon exists pulse all the time, but controllable silicon cannot be touched off, controllable stops charging to TC515. 3) Power off, working process of controllable silicon after “STB” turns into low level from high level: A. “STB” turns into low from high, triode 2N5551 cuts off, C517 finishes discharging through R513. Now, gate electrode is void, controllable silicon turns into controllable state sensitive to positive pulse. B. When positives pulse comes, for C517 is in hanging state, cannot charge, cannot perform clamping to gate electrode, so gate electrode can be over 4V easily to trigger controllable silicon on, controllable silicon has current through to charge Tc515. 4. Secondary output voltage (1) L+, FL-: display screen filament power, its two ends have AC voltage with about 3.5V, use DC level to test that -25V DC voltage is between FL+ over the ground. (2) SA+5V: decode board servo power supply and loader power supply. (3) +9V, -9V: for audio amplifying IC4558 usage, MIC board microphone signal amplifying, power supply processing. (4) +5V, +3.3V decode part and MIDI signal processing part power supply, panel power supply. (5) CPU+3.3V panel standby control IC U402 power supply. 5. Key point voltage (unit: V) is shown as the following table: Key point position Standby voltage (V) Working voltage (V) Key point position Standby voltage (V) Working voltage (V) TC501 anode 300 300 STB 0.1 5 Pin 5 of U501 300 300 +3.3V 0 3.3 Pin 4 of U501 0.2 0.7 U503 pin K 1.8 1.8 Pin 1 of U501 6 6.1 U503 pin R 1.25 1.25 CPU+3.3V 3.3 3.3 - 21 - - 22 - Figure 3.2.2.1 Decode circuit block diagram 1. Decode circuit block diagram is shown as the following figure 3.2.2.1: 3.2.2 Decode circuit 2. Working principle: when power supply switches from standby to power-on, reset circuit provides decode chip a reset signal with effective low level to pin 171 of decode chip and pin 12 of FLASH to reset chip. After decode chip resets, reset signals sre outputted from IO port (software defined) to other subsidiary circuit required reset (MIDI processing circuit, servo, etc), 27M clock produces clock signal required by each circuit through PLL circuit inside decode chip, the power-on working process is: Power on reset servo and other reset circuit display power-on image VFD display output read, write order to SDRAM and FLASH check whether door has been to proper position power-on finishes Signal after being audio/video decoded are processed inside decode chip, video signals are analog output, audio signals are digital output. 3.2.3 Servo circuit 1. DK3510 adopts SANYO 62 loader and VT7208+ROM (1M) + DRAM (4M), and its servo circuit is mainly composed of front signal processing and digital servo processing, digital signal processing IC Vt7208 and drive circuit D5954, shown as in the following figure 3.2.3.1: XS206 OUTTRAY LOAD+ 5 LOAD- 4 19 LDOCD VRA A B C D E F RF 5 68 9 10 11 15 CD_DVD 7 18 17 4 TR+ 3 TR- Main axis electric machine 1 2 5 6 2 5 67 8 9 22 23 GIO6 92 U202 Vt7208 U215 M11B416256A SDRAM 15 14 16 SLEDSLED+ SPINSPIN+ 3 U202 AML3298 13 U203 D5954 XS205 Feed electric machine 29 U216 A290021TL ROM VD_CD 2 1 CD/DVD control circuit VD_DVD FF+ 30 Laser power control 13 Loader 27 28 LDODVD LDO1 103 107 MDI1 MDI2 LDO2 102 115 TRAYIN# 1 20 23 INTRAY TRAYOUT# 3 XS301 Disc in/out circuit 17 26 18 23 12 5 11 1 TRSO DMSO FMSO FOSO 28 Integration circuit Integration circuit Integration circuit Integration circuit DOEN LIMIT# GIO4 Main axis rotated speed detect GIO5 Figure 3.2.3.1 Servo circuit block diagram - 23 - 116 HRST TRO DMO FMO FOO 42 44 41 43 54 106 94 96 2. Working principle: after power-on of the whole set, reset circuit performs reset to decode chip, then decode chip performs reset to servo control chip U201 (VT7208) (refer to unit circuit analysis for reset circuit principle); VT7208, U216 software program compose servo control system, which mainly fulfils tasks of servo control, pick-up collect disc signal processing. After system resets, through door on loader frame to proper position, detect switch begins to detect whether loader tray reaches to proper position. If the door does not close to proper position, order of disc in is sent out to disc in/out circuit to perform disc in/out action. When VT7208 detects that door reaches to proper position, VT7208 sends out feed order and makes pick-up components begin to carry out feed, focus and light emitting action. If the detector (PD) does not detect any information, the machine will display no disc. When disc is in machine, main axis electric machine begins to rotate, the laser sent out by LD is transmitted by disc to detector (PD) to converse signals into electric signals (A, B, C, D, E, F signals DVD only has A, B, C, D signals), RF signal inputs from pin 5~9, 21, 22 of VT7208 separately and then divides into two parts after amplifying processing by pre amplifier inside VT7208: one part, after VT7208 internal digital servo signal circuit processing, forms the corresponding servo control signals and output FOO, TRO, DMO, FMO digital servo control signal from pin 44, 41, 42, 43 of VT7208 and change into analog servo control signals FOSO, TRSO, DMSO, FMSO Through integration circuit composed by resistance capacitor and then send to drive circuit D5954 for drive amplifying, after drive amplifying, drive focus coil, trace coil, main axis electric machine and feed electric machine separately. Focus and trace servo are used to accurately correct objective position; feed and servo are used to bring along laser head to make radial large-scale move which belongs to the preliminary adjustment to pick-up position; and main axis servo is used to control main axis electric machine to make it read signals in means of constant linear velocity and bring along disc to rotate. After processing of amplification by VGA voltage control amplifier and equalization frequency compensation inside VT7208, another part of signals are changed into digital signals through internal A/D converter. When loader is reading CD/VCD signals, these signals are conducted EFM demodulation inside VT7208, and then outputted to latter stage for AV decoding after finishing CIRC (CrossInterleaved Reed-Solomon Code) error correction inside. When loader is reading DVD signals, these signals are conducted ESM demodulation inside VT7208, and then sent to AML3298 for decoding after finishing RSPC error correction inside. 3. Explanation to servo terms FOO: when rotating, disc may probably move upwards or downwards slightly to make the focus of laser emitted by pick-up cannot justly fall on data pit of disc, so pick-up is required to move upwards or downwards to make focus aim at data pit justly. When pick-up is moving upwards or downwards, it means that pick-up is making focus acts. TRO: data information is save in disc in form of tracks. The process when pick-up moves from one track to another one to read data is trace. In this process, it is objective, but the entire pick-up, that - 24 - Moves forwards or backwards, and the moving range is very small. FMO: similar to acts of trace, the acts of feed are larger than those of trace. Feed conducts a large scale movement firstly, and then trace moves slightly in this range. Feed moves for a while, and does not move for another while; but trace moves all the time. Feed is rough adjustment and trace is fine. DMO: its main function is to bring along disc to rotate in constant linear velocity. 4. Key point voltage (V) is shown as the following table: Main axis signal U222 LM393 Disc 1 2 3 4 5 6 7 8 SPIN+ SPIN- VCD disc 0.04 1 2.42 0.01 0.93 2.58 0.02 5.08 3.7 1.48 DVD disc 0.04 0.7 2.69 0.01 0.65 2.86 0.02 5.08 4.1 1.03 5. Loader signal function explanation is shown as the following table: Pin Name Signal flow direction DVD disc CD disc No disc Function description 1 F- Input loader 2.52 2.34 0.46 2 F+ Input loader 2.49 2.49 0.93 Focus error signal is added to two sides of pick-up focus coil 3 T+ Input loader 2.53 2.51 0.94 4 T- Input loader 2.58 2.51 0.93 5 C Input MT1389 2.2 2.25 2.04 Disc data signal 6 D Input MT1389 2.2 3.2 2.04 Disc data signal 7 IOA Input MT1389 0.01 3.2 3.21 Disc identification signal, CD is 3.3V, DVD is 0V 8 RF Input MT1389 2.21 2.53 1.28 The sum of disc data signal 9 A Input MT1389 2.17 2.22 2.04 Disc data signal 10 B Input MT1389 2.19 2.27 2.04 Disc data signal 11 F Input MT1389 2.07 2.44 2.03 Supplementary signal used in trace 12 GND Ground 0.01 0.01 0 Grounding 13 V20 Input loader 2.04 2.06 2.03 Reference voltage 14 Vcc Input loader 5.04 5.04 5.02 Supply voltage for loader 15 E Input MT1389 2.06 2.45 2.03 Disc data signal 16 Blanking haning in air 0.01 0 0 unused 17 VR-CD Input loader 0.21 0.01 0 Through the handling inside loader, make sure MD11 is 180mV when reading CD 18 VR-DVD Input loader 0.01 0.2 0 Through the handling inside loader, make sure MD11 is 180mV when reading DVD - 25 - Trace error signal is added to two sides of pick-up trace coil Pin Name Signal flow direction DVD disc CD disc No disc Function description 19 LD-CD Input loader 0.09 2.1 0 CD laser power control signal 20 MDII Input MT1389 0.21 0.2 0 CD and DVD laser power monitoring signal 21 HFM Input loader 5.04 5.04 5.02 High frequency overlapping signal produces laser with different wave length inside loader 22 Blanking unused 0.01 0.1 0 23 LD-DVD Input loader 2.21 0.1 0 DVD laser power control signal 24 GND unused 0.01 0.01 0 Grounding Note: A. When reading DVD, there are only A, B, C, D signals. B. When reading CD, there are A, B, C, D, E, F signals. C. RFO=A+B+C+D. 4. Focus error signal=(A+C)-(B+D) Trace error signal=E-F. 3.2.4 Laser power control circuit 1. Laser power control circuit is shown as the following figure 3.2.4.1: Loader Figure 3.2.4.1 Laser power control circuit diagram 2. Working principle: pin 28 of VT7208 is VCD laser power detecting signal input pin, pin 27 is DVD laser power detecting signal input pin, pin 29 is VCD laser power drive control output pin and pin 30 is DVD laser power drive control output pin. - 26 - When reading VCD disc, if pin 28 detects that laser output power is too strong, through VT7208 internal circuit handling, pin 29 output voltage increases, “on” degree of Q201 decrease to make the voltage supplied to laser head decrease and light emitting of laser head become weak; if pin 28 detects that the power is too low, output voltage of pin 29 decreases, “on” degree of Q201 increases and light emitting of laser head become strong to reach the purpose of auto adjusting laser head output power. When reading DVD disc, pin 27 is detecting signal input pin, pin 30 is drive control output pin and the working principle is the same with that when playing VCD disc. 3.2.5 CD/DVD mode switch circuit 1. CD/DVD mode switch circuit is shown as the following figure 3.2.5.1: VR_CD 17 A5V D Q230 2SK3018 G R223 10k R224 100k S GND 7 C GIO6 VT7208 R222 92 B Loader CD_DVD Q231 3904 10k E GND VR_DVD 18 D R221 100k Q203 2SK3018 G S GND Figure 3.2.5.1 CD/DVD mode switch circuit diagram 2. Working principle: the function of disc identification circuit is to identify the disc inserted to loader and judge whether the disc is CD or DVD to perform the corresponding control acts. When disc is inserted in, decode servo control IC (U201) VT7208 defaults disc to CD. Pin 92 of U201 (VT7208) outputs a low voltage signal, Q231 and Q203 are cut off, Q230 is on, laser receiver tube inside loader selects CD channel, now CD-DVD is high level input loader to make loader in the state of reading CD, through detecting laser power feedback signal, U201 (VT7208) analyses whether the preliminary judgment is correct (disc is defaulted CD). When detecting correct preliminary judgment, loader runs in the state of reading CD; when detecting incorrect preliminary judgment, U201 (VT7208) outputs a high voltage signal from its pin 92, Q231 and Q203 are on, Q230 is cut off, laser receiver tube inside loader selects DVD channel, now CD-DVD is low level input loader to make loader in the state of reading DVD. Whether the preliminarily defaulted disc is CD or DVD is set by U201 (VT7208) internal software. Note: V303 and V304 are MOS tube. - 27 - 3. Key point voltage (unit: V) is shown as the following table: Q231 State Base Collector C electrode B Q230 Emitter E Q203 Grid Drain Source electrode G electrode D electrode S G D S GIO6 VCD disc 0 3.86 0 3.81 0 0 0 0.18 0 0 DVD disc 0.64 0 0 0 0.18 0 3.27 0 0 3.3 No disc 0 3.86 0 3.84 0 0 0 0 0 0 3.2.6 Main axis diversion judgement circuit 1. Main axis diversion judgement circuit is shown as the following figure 3.2.6.1: Figure 3.2.6.1 Main axis diversion judgement circuit diagram 2. Working principle: the main function of this circuit is to make judgement to main axis diversion: when voltage of SPIN+ is more than that of SPIN-, and the voltage difference reaches a certain value, GIO5 is high level and GIO4 is low level; when voltage of SPIN- is more than that of SPIN+, and the - 28 - voltage difference reaches a certain value, GIO5 is low level and GIO4 is high level. U201 (VT7208) makes judgement to main axis diversion according to GIO4 and GIO5. 3. Key point voltage (unit: V) is shown as the following table: SPIN U222 LM393 disc 1 2 3 4 5 6 7 8 SPIN+ SPIN- VCD disc 0.04 1 2.42 0.01 0.93 2.58 0.02 5.08 3.7 1.48 DVD disc 0.04 0.7 2.69 0.01 0.65 2.86 0.02 5.08 4.1 1.03 3.2.7 Disc in/out circuit 1. Disc in/out circuit is shown as the following figure 3.2.7.1: Figure 3.2.7.1 Disc in/out circuit diagram 2. Working principle: INTRAY, OUTTRAY are disc in/out control signals and are connected to pin 102, 103 of U201 (VT7208) respectively. LOAD+, LOAD- connect with two ends of electric machine to control. When users are performing disc out operation, servo control chip U201 (VT7208) sends out control signal through pin 102, 103 and changes level of LOAD+, LOAD- to change the rotation direction of electric machine to realize disc in/out function. The working process of disc in/out circuit is shown as follows: Open disc tray: VCC electrode on R236 Q213CE electrode on LOAD+ Electric machine LOAD- Q216CE Ground When not opening disc tray, pin 102 and 103 of U201 (VT7208) are low level. When opening disc tray, pin102 of U201 (VT7208) sends a high level; Q216 is on; Q216 collector electrode changes into low level; LOAD- changes into low level; Q213 base electrode changes into low level; Q213 is on. Q213 collector electrode changes into high level and LOAD+ changes into high level. Close disc tray: VCC electrode on R236 Q214CE electrode on Ground - 29 - LOAD- Electric machine LOAD+ Q215CE When closing disc tray, pin 103 of U201 (VT7208) sends a high level; Q215 is on; collector electrode changes into low level; LOAD+ is low level; base electrode through R230 and Q214 is low level; Q214 is on; Q214 collector electrode changes into high level; LOAD- changes into high level. The function of Q217 is interlock INTRAY and OUTTRAY signal to ensure the two are not high level at the same time. When the two are high level input, base electrode of Q216 is made to low level through Q217 on to ensure the normal working of disc in/out circuit. The function of electrolytic capacitor TC220 and TC252 is to avoid the sudden change of the voltage on two ends of disc in/out electric machine to make disc in/out acts smooth. 3. Key point voltage (unit: V) is shown as the following table: Q213 Q214 State Base electrode B Collector C Emittor E Base electrode B Collector C Emittor E Read disc 5.06 5 5.06 5.01 5.03 5.06 Open disc tray to proper position 4.79 4.77 5.06 4.77 4.79 5.06 Open disc tray 4.74 5.05 4.74 4.76 0.2 4.76 5.06 4.76 4.33 4.76 4.76 5.02 4.76 5.06 Close disc tray 4.74 4.33 4.74 4.76 5.05 4.76 5.06 4.76 5.03 4.76 0.2 4.79 5.06 Q215 4.79 Q216 State Base electrode B Collector C Emittor E Base electrode B Collector C Emittor E Read disc 0 5 0 0 5.03 0 Open disc tray to proper position 0 4.77 0 0 4.79 0 0 Open disc tray 0 Close disc tray 0.93 0 0 4.76 0.2 4.76 0 4.76 5.05 4.76 0 0 0.93 0 4.79 5.02 4.79 0 4.79 0.2 4.79 0 Q217 State OUT IN 0 0 0 0 0 0 0 0 0 Base electrode B Collector C Emittor E Read disc 0 0 Open disc tray to proper position 0 Open disc tray Close disc tray 0 0.63 0 0 0 0.93 0 0 - 30 - 0 3.12 0 0 0 0 3.12 0 3.2.8 Reset circuit 1. Reset circuit diagram is shown as in the following figure 3.2.8.1: K VCC5 A D201 IN4148 R252 100k R253 10k Q204 9015 1 U214B U214C 4 3 5 6 1 2 1 U214A C347 105 RESET_n 33E 74HCU04 R254 1k R256 74HCU04 74HCU04 C392 102 C348 2 2 102 171 12 DS2 R354 DS1 R352 XRST 22 U211 SAM2133 1 U213 CS4340 19 U209 MK-6000B U202 AML3298 HRST U206 FLASH 116 117 U207 VT7208 Figure 3.2.8.1 Reset circuit diagram 2. Working principle: when power on, the two ends voltage of capacitor TC216 cannot change suddenly, anode of the capacitor begins charging from 0V. Now triode Q204 is on and performs reset to chip U202 and U206 after inverter U214 (HCU04) reversion and reformation; when charge of the capacitor is close to 3.3V, triode Q204 cuts off, inverter outputs high voltage from pin 6, system reset finishes. In the course of system working, U202 may output reset signal to perform reset processing to U211, U213, U209. Change system into low level effective reset. 3. Key point voltage (unit: V) is shown as the following table: Q204 State U214 Collector Base Emitter electrode electrode B electrode E C Normal working 3.26 3.27 0 Standby 5.17 5.18 0 1 2 3 4 5 6 0 3.3 3.3 0 0 3.4 - 31 - one end of Two ends of R354 R352 3.28 3.28/3.32 3.2.9 Mute circuit 1. Mute circuit is shown as the following figure 3.2.9.1: +9V VCC5 MUTE1 A MUTE2 +9V D206 IN4148 D207 IN4148 MUTE3 D208 B 1k R2101 100k R2102 10k TC235 100u16V R2103 C Q211 1K 9015C IN4148 -9V Q212 9015C R2104 D E AMUTE D211 Q219 S8550D G IN4148 D209 Q218 IN4148 2SC1815-Y F R2106 100R D212 IN4148 R2108 1K R2110 10k R2105 R2132 10k 10k C2144 105(DNS) TC237 220u25V -9V R2109 1k TC238 220u/25V Figure 3.2.9.1 Mute circuit diagram 2. Quieting circuit working principle: when the player is playing normally, chip outputs digital audio signal (SDATA0, SDATA1, SDATA2) to CS4360, now the three channel mute control signals of Cs4360 (MUTE1, MUTE2, MUTE3) are low level and they are added to the cathode of the three diodes VD207, VD208 VD209 of quieting circuit. Seen from the figure, now VD206, VD207, VD208 are all on, voltage of R2102 left end is about 0.7V, Q211 is on, voltage of C point is about 4.3V, voltage of Q211 collector electrode is about 5V, so Q218 is also on, voltage of B point is about 0.7V, voltage of A point is close to zero, Q212 cuts off, AMUTE is negative voltage, which is added to the base electrode of switch pipe Q205-Q210 of audio output end to make switch pipe cut off; audio signals outputted by CS4360 are normally sent to loudspeaker after 4558 amplifying to give sound. When playing stops (or pauses), in fast forward, mute, no disc, chip has no digital audio signal (SDATA0, SDATA1, SDATA2) that outputs to CS4360, that is, CS4360 has no audio output, now MUTE1, MUTE2, MUTE3 are all high level, so audio output end of the player should have no audio output; for electronic elements and IC in circuit will produce some noise that transmits to audio output end of the player, in order to remove these noise, now the three channel mute control signals of CS4360 (MUTE1, MUTE2, MUTE3) make VD206, VD207, VD208 cut off, so the base electrode voltage and emitter electrode voltage of Q211 are equal to each other, Q211 cuts off, now base electrode of Q218 is negative voltage and also in cutoff state; for emitter electrode of Q212 connects with high level, Q212 is on, now voltage of VD209 anode (that is Q212 base electrode) is about 0.7V, so voltage of Q212 collector electrode (that is MUTE-1) should be about 1.4V, the voltage outputted from MUTE-1 is added to the base electrode of switch pipe Q205-Q209 of audio output end to make switch pipe saturate, noise is bypassed to ground, that is quieting function is realized. The function of VD209 is to make AMUTE have high enough voltage to ensure Q205-Q210 can enter saturation state securely. - 32 - 3. Power-off quieting: seen from the figure, when the player is working normally, VD211 is on, +9V charges capacitor TC238 through VD211, R2109, now Q219 emitter electrode voltage is less than base electrode voltage, Q219 cuts off. When power off, +9V disappears, Q219 base electrode changes into low level, its emitter electrode changes into high level because of TC235 discharge, now Q219 is on, Q219 collector electrode (AMUTE) outputs high level to add to the base electrode of switch pipe Q205Q210, switch pipe saturates, the noise produces in power-off process is bypassed to ground, and poweroff quieting function is realized. 4. Key point voltage (unit: V) is shown as the following table: Q211 Q218 Q212 Q219 State B C E B C E B C E B C E Unmute 4.46 5.14 5.10 0.74 0.02 0.00 -0.16 -4.30 0.02 8.85 -4.30 8.70 Mute 5.08 -3.98 5.16 -3.98 1.37 0.00 0.63 1.37 1.36 8.87 1.35 8.68 3.2.10 MIC circuit 1. MIC circuit block diagram is shown as the following figure 3.2.10.1: MIC1 signal input 5 7 U601 (4558) Operational amplifying MIC2 signal input 3 VR601 3 U602 (4558) Amplifying circuit 1 1 OK signal output DET 7 U602 (4558) Operational amplifying 6 13 U603 (M65831) Echo IC 23 Decode chip Figure 3.2.10.1 MIC circuit block diagram 2. Working principle: microphone signals MIC1 and MIC2 are superposed together after being amplified by U601 (4558) for volume adjustment through potentiometer VR601, then the operational amplifier U602 (4558) amplifies the signal after being mixed to input it into pin 23 of U603 (M65831) to form circuit through the echo composed by M65831 and the peripheral to produce echo output, then sends out OKA signal to decode board through being amplified by U602 (4558). DET signal is connected with pin 200 of decode chip U202. When microphone is inserted, DET signal is short connected to ground; after decode chip detects the level of this pin, DVD player needs mute, which mutes by not adopting mute circuit, but makes decode chip stop outputting audio signal, when MIC input signal may output normally. - 33 - 3. Key point voltage (unit: V) is shown as the following table: Voltage when Voltage when microphone microphone is not is inserted inserted Key point position Function description Pin 4 of U601, U602 Operational amplifier cathode power supply -9V -9V Pin 8 of U601, U602 Operational amplifier anode power supply 9V 9V Pin 1, 9, 24 of U603 U603 power supply pin 5V 5V Pin 2, 3 OF U603 U603 clock pin 1.2V 1.2V DET MIC detect pin 0 5V Pin 1 OF VR601 MIC signal inputs to potentiometer relevant to signal input Pin 7 OF U601 MIC1 signal output relevant to signal input Pin 1 OF U601 MIC2 signal output relevant to signal input Pin 1 OF U602 MIC signal amplifying output relevant to signal input Pin 6 of U602 Signal input after echo processing relevant to signal input Pin 7 of U602 Amplified OK signal output relevant to signal input 3.2.11 Scoring detect circuit 1. Scoring detect circuit is shown as the following figure 3.2.11.1: VCC5 VCC5 R314 4k7 R315 INPUT SCOREIN C387 R313 1M TC266 2k Q234 9013 10u R317 33k Q233 9013 104 R312 10k R316 0E* 1K TC268 10u VCC5 R366 4k7 R365 1M MICIN C389 104 R367 1k Q235 9013 R368 0E* 1K Figure 3.2.11.1 Scoring circuit diagram - 34 - R318 27kVOCAL TC267 47u 2. Working principle: external scoring signal, through being amplified by Q233 firstly, controls on and cutoff of triode Q234. When there is no external scoring signal input, that is, there is no SCOREIN signal input, triode Q234 is not on, VOCAL signal is high level for being affected by VCC5. When there is MIC signal input, SCOREIN has signal input to make triode Q234 on, then will make VOCAL connect with ground after being on to make VOCAL signal turn into low level. Tc266 is isolation DC capacitor wit its function of avoid scoring mistakenly. Scoring signal VOCAL low level is effective. VOCAL signal high level is 3.65V, low level is 0V. The principle of circuit composed of Q235 and its peripheral is the same with that of external input scoring detect circuit, and this circuit is Karaoke scoring detect circuit. The main performance after this circuit has trouble is that Karaoke cannot score, external scoring input cannot score. If the two scoring modes cannot score, the trouble is mainly Q234, decode chip is not good. 3.2.12 Panel control circuit 1. Panel control circuit block diagram is shown as the following figure 3.2.12.1: Standby control circuit Buttons control STB VFDST VFD Display U401 VFDCK U 201 AML3298 UPD16312 VFDAT Remote control receiving Panel indicator light control Figure 3.2.12.1 Panel control circuit block diagram 2. Working principle: Ub01 (HS0038A2) is IR receiver and it may receive remote control signal sent out by remote controller and send it into AML3298 for identification to control the realization of relevant function. When users are operating panel buttons, control order is sent to UPD16312 through keyboard scanning circuit, UPD16312, through coding drive inside, outputs control data from pin 5, 6 (VFDAT) to AML3298 inside CPU to realize the control of controlled circuit by CPU and controls VFD through UPD16312. VFD401 is vacuum fluorescence screen and the feature is high height, with its working principle similar with that of Tv’s kinescope. Pin 1, 2, 34 and 35 are filament power supply; pin 27-32 is GRID - 35 - Electrode, and each GRID has 16 different kinds of character for display inside; pin 4-19 is SEG electrode, CPU, through the control of UPD16312, controls SEG electrode finally to make the character of the relevant working state display on screen. Panel indication control circuit: when LED401 standby indicator light is in standby, pin 3 of U402 outputs low level to make Q403 on and standby red light is on; when power on, pin 3 of U402 outputs high level to make Q403 cutoff and standby red light is not on; pin 42 of UPD16312 is low level and it is added to base electrode of Q402, Q402 is on, VCC 5V, through LED402/LED403/ Q402, makes door indicator light display in blue. In whole unit setup menu, CPU may control UPD16312 pin 39-42 through VFDAT signal to fulfil function of door indicator light on/off. 3. Key point voltage (unit: V) is shown as the following table: Key point Standby voltage Working voltage Key point Standby voltage Working voltage U402_1 3.3 3.3 VCC 0 5 U402_5 0 3 VFDAT 0.7 2.2 U402_7 1.8 3.3 VFDCK 0.7 2.6 U403_3 3.3 3.3 VFDST 0.7 1 VFD401_1 0 -20 U402_3 0 3.1 VFD401_35 0 -16 U401_27 0 -21 VDD5 0 5 3.2.13 MIDI signal processing circuit 1. MIDI signal processing block diagram is shown as the following figure 3.2.13.1: 1 2 ADATA0~2 207 ABCLK 208 ALRCK 3 AMCLK 5 U202 AML3298 M2_D [0:15] M2_A [0:11] U206 FLASH M2_A [0:11] 5 6 3 4 19 20 U207 CS4360 23 M2_D[0:7]_2 SW C SR SL R L 24 26 27 7 MIDI mute circuit MIDI_ROUT U210 EPM3032 MIDI_LOUT 4054_D[0:7] U226 4558 CONTROL M2_A [0:11] U205 SDRAM Audio amplifying U219 U220 U221 U209 MK-600B 9.6MHZ M2_D[0:10]_2 M2_D[11:12]_2 M2_D [0:15] 2 MIDI_R U212 MX23L3213 WA[0:20] WD[0:15] U211 SAM2133 WBCK WDAT 3 2 WXCK WWCK 5 U213 Cs4340 4 Figure 3.2.13.1 MIDI signal processing circuit block diagram - 36 - MIDI_L 2. Working principle: MIDI signal synthesize and decode: when power is on and machine reads out KVD disc, decode chip sends out a reset signal with effective high level to pin 19 of U209, pin 22 of U211, pin 1 of U213 to make MIDI signal processing control system begin entering standby state. When machine recognises that disc includes MIDI signal, it will save the read MIDI signal in U205 of SDRAM temporarily; when machines needs to play MIDI signal, U202 (AML3298) makes data in SDRAM output to CPLD through D0 D7, at the same time fulfils the chip selection to DATD BUS, U209 (MK6000B), chip selection of U206 (EN29LV800AB) and CPLD truth value read and write through the control of output A22, A21 signal to pin 15, 18 of CPLD, shown as the following table: A22 A21 OUT 0 0 ROM CS 0 1 CPLD REG 1 0 MK—6000B CS 1 1 DATA BUS U209 is the main control MPU of MIDI signal, and compose MIDI signal decode and synthesis circuit together with U211 (MIDI signal synthesis) and U212 (mask ROM) to decode MIDI signal transmitted from decode chip. MIDI signal after being decoded synthesizes into serial audio signal through U211 (MIDI signal synthesis), U212 (mask ROM) and output from pin 93 of U211 to D/A converter (CS4340) to recover analog dual-channel MIDI signal and then overlap to L/R main channel for output after being amplified by U226. D/A conversion and amplification of MIDI signal is the same with audio output principle of general DVD player, and its main signal flow chart is shown as the following figure 3.2.13.2: LRCK MIDI_R U211 SAM 2133 WBCK U213 WBCK CS 4340 WXCK MIDI_ROUT U226A MIDI mute MIDI_L U226B MIDI_LOUT Figure 3.2.13.2 D/A conversion circuit - 37 - 3. MIDI signal mute circuit (1) MIDI signal mute circuit is shown as the following figure 3.2.13.3: -9V MIDI_LOUT R293 VCC5 R291 47k Q225 9015C Q229 4k7 9014 R289 4k7 R290 1k MIDI_ROUT R294 R287 Q224 9013 Q220 4k7 9014 AUDSW 1k R288 10k Figure 3.2.13.3 MIDI signal mute circuit diagram (2) Working principle: when playing discs with MIDI signal included, AUDSW signal controlled and sent out from MK-6000B is low level, Q224 and Q225 are cutoff, and now base electrode of Q229 and Q220 is negative voltage, Q220 and Q229 are cutoff, MIDI_LOUT and MIDI_ROUT output normally; when playing common DVD, CD, AUDSW is high level, Q224 and Q225 are on, now base electrode of Q229 is high voltage on, MIDIL and MIDIR are caught to about 0.3V to fulfil the mute to MIDI signal to prevent the noise disturbance and audio output produced by MIDI signal processing circuit when playing DVD, CD. When playing MIDI signal, press MUTE button and this circuit dies not function but only shuts off SDAT output (only when playing KVD disc, AUDSW is low level). 3.2.14 Video circuit 1. Video circuit block diagram is shown as the following figure 3.2.14.1: AVID3 XS702 G/Y/Y Pr XS207 U202(AML3298) AVID2 R/Cr/Pr VIDEO# VIDEO CVBS B/Cb/Pb Y VIDEO Filter circuit AVID1 filter catching circuit AVID0 Pr - 38 - Y# Component video Pb# Filter circuit Figure 3.2.14.1 Video circuit block diagram Pr# S-VIDEO# Video signals decoded by U202 (AML3298) are sent to the corresponding terminal through lowpass filtering and amplitude limiting to output. Take CVBS signal as an instance to explain the working principle of limiting circuit. 2. Video circuit is shown as the following figure 3.2.14.2: Figure 3.2.14.2 Video circuit diagram 3. Working principle: capacitors C329, C331, C330 and inductor L214 compose a lowpass filter to filter high frequency signal apart from useful signal; dual diode D210 composes a limiting circuit. Through features of diode, we know that the max amplitude limitation of composite video signal CVBS cannot exceed 5.7, and the min one cannot be less than -0.7, thus the high voltage signal from TV set can be prevented from burning down the player. 4. Key point voltage (unit: V) is shown as the following table: Signal Function Causes Voltage when no disc in CVBS Compound signal of component video Composite video has no picture/picture is bright/picture is dark 0.74 Y1 Brightness signal of component video Component video has no picture/picture is bright/picture is dark 0.76 Chroma signal of component video Component video color distortion Pb Pr 1.46 1.75 Note: in actual measurement, voltage of CVBS, Y1, Pb, Pr will have a certain change, which is between two several tenths of a volt and one volte plus a bit generally, so the main troubleshooting method is to measure waveform of each signal during the course of playback. 3.2.15 Audio circuit 1. Audio circuit is shown as the following figure 3.2.15.1: 2. Working principle: power on, after reset of decode chip, it sends out low level to CS4360 to perform reset. Audio signals after being decoded output to D/A conversion circuit in serial output means, in which ADATA0 is L/R channel serial data signal, ADATA1 is LS/RS channel serial data signal and ADATA3 is C/SW channel serial data signal. Serial data signals input from pin 2, 3 4 of CS4360 respectively, after D/A conversion, output analog 5.1CH audio signal from CS4360 and send to the - 39 - MIC signal input 2 ADATA1 1 3 ADATA2 207 4 ABCLK 208 5 ALRCK 3 SW 19 10 ADATA0 2 12 U207 CS4360 Vd1 58 AML3295 11 RST 20 C 23 SR 24 SL 26 R 27 L 6 AMCLK Audio amplifying U219 U220 U221 MIDI_ROUT SDA SCL MIDI mute circuit U226 4558 28 25 18 U214 MIDI_LOUT 7 5 IEC AUDIO_SW AUDIO_C AUDIO_SR AUDIO_SL AUDIO_R AUDIO_L Mute circuit, power-off mute circuit SPDIF MIDI_R MIDI_L U213 Cs4340 MUTE1 MUTE2 MUTE3 Figure 3.2.15.1 Audio circuit diagram Active filter composed by U220, U221, U219 to output after filtering and amplification to send to audio output terminal and SCART terminal. Only when playing 5.1CH discs or when “Cyber logic” function is on, ADATA1 ADATA2 has signal output. When playing KVD disc, MIDI signal in disc recovers to original audio signal after “Cyber logic” and overlap to L, R channel for output. Voice in KVD disc outputs in PCM means and then overlaps to L. R channel after D/A conversion of CS4360 for output. MIC outputs in the same means. 3. Mute mode: when playing DVD, CD disc, press MUTE button on remote controller, IC CS4360 MUTE pin outputs low level to make mute circuit carry out mute, and decode chip ADATA pin stops output. After microphone is inserted into machine, MIC board DET signal turns into high level, press MUTE button to realize mute function, decode chip controls CS4360 MUTE pin to output high level, mute circuit does not work, but ADATA pin stops output, so Karaoke function outputs normally after mute. 3.2.16 Introduction to SCART terminal 1. Working principle: SCART terminal integrates video and audio all together and it may transmit video and audio signals at the same time. The operation is convenient, 21 pins in all and lies in the central part on the rear side of the player. 2. SCART terminal pin function is shown as the following table: - 40 - Pin Name Signal direction 1 A(B)OUT I 2 A(B)IN 3 A(A)OUT 4 A-COM 5 RETURN 6 A(A)IN 7 Function description Signal direction Pin Name Function description Audio right channel input 12 NC O Audio right channel output 13 RETURN Pr signal ground I Audio left channel input 14 RETURN Blanking signal ground Audio signal ground 15 RED I/O I/O Pr signalI/O port Pb signal ground 16 BLK I/O I/O Blanking signal I/O port O Audio left channel output 17 RETURN Blanking signal ground BLUE I/O I/O Pb signalI/O port 18 TRTURN Composite video signal ground 8 FUNCSW I Function selection jack 19 V-OUT I Composite video signal input 9 RETURN Y1 signal ground 20 V-IN O Composite video signal output 10 CONT I/O Network communication data line 2 21 GND 11 GREEN I/O I/O Y1 signal I/O port Network communication data line 2 Common Used for RGB and CVBS mode selection. 3. SCART terminal function selection is shown as the following table: PDATO PDAT1 PDAT2 Pin 8 of SCART terminal Function 0 × 0 10V AV4:3 0 × 1 7.5V AV16:9 1 × 0 0.90V TV 1 × 1 0.85V TV × 0 × × CVBS MODE × 1 × × RGB MODE Note: PDAT0 and PDAT2 are used to control input voltage of pin 8 of SCART terminal; PDAT1 is used to control voltage change of pin 16 of SCART terminal and the voltage on pin 16 controls SCART terminal to select RGB mode or CVBS mode. - 41 - Section Three Servicing Cases 3.3.1 Servicing instances Example 1 Symptom: no disc reading Analysis and troubleshooting: take out loader cover board, observe action of loader after power on and find out that the machine does not have feed acts. Test pin 26 of U203 and there is feed signal input, test pin 11, 12 of U203, the output voltage is equal on the whole, after power on again, there is still not any change. Test pin 28 of U203, and it is high level, power supply of pin 21, 8, 9 is normal, so we judge that U203 is not good, but trouble disappears after changing it. Example 2 Symptom: picture output is normal, but left and right channels have no sound output Analysis and troubleshooting: test pin 5, 7, 2 of CS4360, and there is signal input; test audio output pin and there is signal output; test pin 1 of U219 and there is no sound output; test pin 2 and there is signal input; so we preliminarily judge that U219 is not good, after changing U219, trouble disappears. Example 3 Symptom: not read KVD disc, other discs are played normally Analysis and troubleshooting: playback of other discs is normal, which means that servo circuit of machine is normal, after changing decode chip, trouble still lies in. According to the principle, KVD disc content is firstly saved inside SDRAM for decoding and playing. After changing U205, trouble disappears. Example 4 Symtom: Karaoke has no scoring function Analysis and troubleshooting: external scoring input function is tested ok, which means that scoring function of decode chip is normal. When using microphone to sing, C electrode of Q234 is still high level, test B electrode of Q234, and there is no MIC input signal. For Karaoke function of the machine is normal, it means MIC board is normal, and we need not to check MIC board. Test B electrode of Q235B and there is signal input, test C electrode of Q235 and there is signal output, so we doubt TC268 is not good. After changing it, trouble is removed. Example 5 Symptom: no sound when playing KVD disc Analysis and troubleshooting: sound output is normal when playing DVD, CD disc and it means that trouble lies in MIDI signal processing circuit. Test pin 2 of U213 and there is signal input, test pin 15, 12 of U213 and there is signal output, test power supply and it is normal, test pin 1, 7 of U226 and there is no signal output, so we doubt U226 is not good. After changing U226, trouble disappears. Example 6 Symptom: no output Analysis and troubleshooting: test and find that the machine cannot read disc and there is no picture output, so we judge the trouble mainly lies in decode position. Test decode chip power supply and it is normal, and 27M clock is normal. Make R256 short circuit to ground instantly, then disconnect immediately and the machine appears power-on picture, it means trouble lies in reset circuit. After cutting off power, power on again and trouble still lies in. Make CE electrode of Q204 short circuit instantly, trouble disappears , so we can judge that trouble lies between Q204 and C347. After changing C347, trouble disappears. - 42 - Q204 9015C 10k U214A 1 1 C347 105 R254 1k 1 R252 D201 100k IN4148 R253 2 U214B 3 U214C 4 5 74HCU04 C392 472 R256 RESET_n 33E 6 74HCU04 2 74HCU04 C348 104 2 A K VCC5 Figure 3.3.1.1 Reset circuit Example 7 Symptom: power not on Analysis and troubleshooting: standby indicator light is not on, test and there is no CPU 3.3V, test between TC501 anode and cathode and there is no 300V DC current. Observe and find that protector tube is burnt down, change the protector tube, power on again and protector tube is burnt down again. Test two ends of TC501, and they are short circuited, and find that D501 D502 D503 D504 are all struck through. After changing, test two ends of TC501, they are still short circuited. So we doubt it is caused by short circuit of U501, after taking apart U501, resistor of two ends of TC501 restores to be normal. After changing U501, install protector tube, and the machine is normal. Summary: when protector tube is burnt down, you should firstly test whether load circuit has short circuit. Example 8 Synptom: power cannot on when in standby Analysis and troubleshooting: after power on, standby indicator light is on normally, but when pressing standby button, the standby indicator light cannot turn out and the machine cannot normally enter working state. According to trouble causes, we judge that trouble lies in power standby circuit. Standby circuit of this machine is in panel part. 2 1 R443 0R(DNS) TC403 22uF/16V 2 LED 1 1 E 2 ASTB 2 Figure 3.3.1.2 Standby control circuit - 43 - R437100R1 IR C445 471 STB 1 1 C 1 D407 1N4148(DNS) 1 12 B 2 A K R440 Q404 10K(DNS) 8050(DNS) R441 10K(DNS) 2 R444 330R C442 104 2 2 1 C444 104 1 K A 2 1 SW1 2 2 1 2 3 4 D406 1N4148 U402 12C508A(516B) 8 vddGND 7 GP5GP0 6 GP4GP1 5 GP3GP2 R435 10K R436 10K(DNS) 1 2 R442 10K(DNS) R438 10K 1 2 R439 10K 1 C441 TC404 100uF/16V 104 2 2 2 2 3.3V 1 1 1 The principle diagram is shown as follows: Firstly use remote controller to power on, the machine cannot work, so we may confirm trouble does not lie in button board, but mainly lies in standby circuit of panel. Press SW button on panel, pin 1 has level change, test pin 5 of U402 and it is always low level, so we doubt that U402 is not good. Trouble disappears after changing. Example 9 Symptom: not read VCD disc Analysis and troubleshooting: through confirmation, DVD disc reading is normal, but CD disc reading is not available. When reading discs, CD disc and VCD disc use the same laser head, according to trouble causes, we can judge that trouble lies in CD disc reading. After changing loader, trouble disappears. Example 10 Symptom: mosaic appears in picture when playing Analysis and troubleshooting: mosaic appears in picture when playing DVD and VCD discs. Trouble still exists after changing laser head, so we doubt that trouble lies in decode part, but trouble still exists after changing decode chip. According to decode principle, data is firstly saved inside SDRAM for playing, after changing SDRAM U208 and trouble is removed. Example 10 Symptom: no disc reading Analysis and troubleshooting: after power on, reset, focus and light emission of laser head are all normal. Load disc and play, DVD and VCD disc reading are not available, after disc rotates for a while, no disc displays, when disc is rotating, use hand to touch drive IC BA5954 and its is so hot, so we doubt that BA5954 may probably be damaged (now use multimeter to test power supply of IC, and it is normal). After changing BA5954, trouble is removed. Example 12 Symptom: disc reading is slow and not available sometimes Analysis and troubleshooting: observe when disc is not in, and find that laser head does not feed inwards, but moved outwards at intervals. After loading disc, laser head moves outwards in normal conditions, and will move inwards after detecting disc is in and then read disc. Use multimeter to test feed output control signal of VT7208, and find that when feeding, voltage of this pin will move downwards from 1.5, but it should move upwards when in normal conditions, power supply of servo IC VT7208 is normal, clock frequency is 33.8688MHZ. After changing serv IC, trouble is removed. Example 13 Symptom: no screen display, image output is normal and remote controller has function Analysis and troubleshooting: after power on, observe screen filament brightness and it is normal, so we can judge that screen power supply is normal. Test XS401 flat cable socket VCC on main panel and it is 5V; test pin 1, 2, 3 signal of XS402 and no abnormalities appear; test power supply of U401, IC16312 and it is normal; test each pin signal voltage of display screen, they are all close to display screen filament voltage. Change 16312 and IC trouble is removed. Example 14 Symptom: disc tray door not open Analysis and troubleshooting: after power on, screen display is normal, image output is normal, no action when opening disc tray door, but screen displays OPEN/CLOSE changes, use multimeter to test loader in/out electric machine and flat cable and no abnormalities appear; test voltage of pin 4 and pin 5 of decode board Xs206 flat cable base, and operate OPEN/CLOSE at the same time, pin 4 and pin 5 voltage are both 3.5V without change, so the trouble caused by CPU is removed; test Q215, Q216 base electrode voltage when in disc in and out switch, voltage change range is 0~0.67V, which is normal; test Q215, Q216 triode and they are both normal; test Q214 and find it has been damaged, positive and negative resistance are infinite. After changing Q214, trouble is removed. - 44 - 3.3.2 Servicing flow chart 1. Flow chart for whole player troubleshooting is shown as the following figure 3.3.2.1: Power on Whether it is normal when power on N Whether standby light is on N Check power circuit Y Y Whether STB is normal N Check standby control circuit Y Check indicator light and power supply circuit Whether there is power-on picture N Whether power supply of power board is normal N Service according to power board troubleshooting process Y Y Whether decode part IC power supply is normal N Check power supply part Y Whether chip reset, 27M are normal N Check power supply part Y Whether SDRAM clock is normal N Software is not good and check decode chip Y Check whether decode chip, SDRAM has rosin joint Y A1 A2 - 45 - N Weld again A1 A2 Y Y Change IC N EEPROM is not good Y PCB board is not good Whether buttons function and screen display are normal N Y Whether panel power supply is normal N Check panel power supply circuit Y Whether panel IC has rosin joint N Weld again Y Whether control line outputted by decode board outputs normally N Check decode board Y Check whether panel IC communication data line has input N Check the flat cable from decode board to panel Y Check whether panel IC and display screen are normal Whether picture is normal N Y Whether decode chip output is normal Y Check video output circuit Whether disc in/out is normal N Check disc in/out circuit Y B - 46 - N N Change Check whether 27M clock, SDRAM, decode chip, FLASH are normal B Y Whether there is feed, focus action Whether VT7208 has signal output N Y N Change VT7208 Y Check whether D5954 has drive voltage output N Change D5954 Y Check the line from drive IC to line Whether disc reading is normal N Whether disc has rotation N Check PD and power supply and APC circuit N Check whether each servo acts is normal Y Y Check loader Y Check whether 24P flat cable and socket are normal N Y Y Whether sound is normal Y N Check whether line from PICK UP to Vt7208 is normal Check Vt7208 and its peripheral Change pick-up Whether audio processing circuit is normal Check audio output circuit N Y Whether mute circuit is normal C - 47 - N Checkmute circuit C Y Whether Karaoke is normal N Y Whether MIC board has signal that outputs to decode board N Check the line that MIC is in decode board Y Whether MIC board has signal that outputs to decode board N Check MIC board power supply circuit Y Check MIC signal amplifying and processing circuit Whether remote control is normal N Whether remote controller is normal N Check remote controller Y Whether IR pin has signal output after pressing remote controller buttons N Whether the line from receiver to decode chip is normal Y Receiver is not good N Decode chip is not good figure 3.3.2.1 Flow chart for whole player troubleshooting - 48 - 2. Power circuit Troubleshooting process (1) Troubleshooting process for “No SA+5V” is shown as the following figure 3.3.2.2: No SA+5V Whether +3.3V output is normal N Check according to troubleshooting process for “+3.3V is abnormal”. Y Whether pin 1 of U504 has 9V input N Y Check +9V rectification and filtering circuit Y Transformer is not good Check whether pin 3 of U504 has +5V output N Change U504, check TC508 Y Check the line to socket Figure 3.3.2.2 Troubleshooting process for “No SA+5V” - 49 - (2) Troubleshooting process for “CPU+3.3V is abnormal” is shown as the following figure 3.3.2.3: CPU+3.3V is abnormal Whether there is voltage output when in standby N Check standby control circuit Y Whether CPU3.3V output power is on the low side N Whether power is stable N Check U503, U504 Y Y Whether power is on the high side Y Check U503 sampling circuit Whether other power output groups are normal Y N Whether all outputs are abnormal N Check according to troubleshooting of SA+5V Y Check +3.3V rectification filtering circuit Check whether it is OK N Change U503, U504 Y Check TNY268P Figure 3.3.2.3 Troubleshooting flow chart for “CPU+3.3V is abnormal” - 50 - (3) Troubleshooting process for “No power trouble” is shown as the following figure 3.3.2.4: No power Check whether anode of TC501 has 300V DC N Test whether two ends of BC502 have 220V AC Check protector tube N Check whether rear stage exists short circuit Y Y Check D501, D504 Check whether anode of TC50 has 300V DC N N N Check power grid filter N Check power supply circuit Y Check whether pin 4 of U501 is normal N Check start circuit and feedback circuit Y Change U501 Figure 3.3.2.4 Troubleshooting flow chart for “No power” - 51- Remove one by one N Change protector tube 3. Troubleshooting process for “Disc in/out” is shown as the following figure 3.3.2.5: Disc in/out trouble Whether loader frame is normal N Change loader frame Y Disc in/out not to proper position Door not close Door not open Check whether VT7208 sends out order of door open N Check VT7208 and open-to-position detect signal N Check Q215 or flat cable Check Vt7208 and open-to-position detect signal Whether B electrode of Q213 is high level N Check Q216 or flat cable Y Y Check whether C electrode of Q214 is high level N Y Y Whether B electrode of Q214 is high level Detect whether VT7208 sends out disc out order N Check whether C electrode of Q213 is high level Q214 is not good N Y Y Electric machine is not good Frame is not good Figure 3.3.2.5 Troubleshooting flow chart for “Disc in/out” - 52- Q213 is not good 4. Reset circuit Troubleshooting process (1) Troubleshooting process for “URST# is always low level” is shown as the following figure 3.3.2.6: URST# is always low level. Check whether pin 6 of phase inverter is low level. N Check whether R256 is rosin joint. Y Check whether power supply of phase inverter is normal. N Check power supply circuit of U205 (HCU04). Y Check whether pin 1 of phase inverter is high level. N Change U205HCU04 Y Check whether Q204 base electrode is low level. N Change Q204 Y Check whether R252 is rosin joint or short circuit. N Change or weld R252 again Y Change TC216 Figure 3.3.2.6 Troubleshooting flow chart for "URST# is always low level" - 53- (2) Troubleshooting process for “URST# is always high level” is shown as the following figure 3.3.2.7: RST# is always high level. Pin 6 of U214 is short circuited over to ground Whether the player works normally. N Check other circuit. Y Check whether pin 1 of U214 is low level Y Change Q204 N Change U214 Y Whether the player works normally. N Check peripheral element of U214 Y OK Figure 3.3.2.7 Troubleshooting flow chart for "URST# is always high level" - 54- 5. Mute circuit Troubleshooting process (1) Troubleshooting process for “Loud noise is in 5.1 channel” is shown as the following figure 3.3.2.8: Loud noise is in 5.1 channel Power on and check whether A-MUTE is high level before disc reading N Whether E point is high level Y Y Mute circuit is OK N Check whether +12V, -12V power supply is normal N Check the corresponding power supply circuit Y Check whether VOICEDET is high level N Check the corresponding circuit Y Check whether base electrode of Q211 is high level N Change N Q211 and check whether it is ok Change Q213 Y Y OK Change Q210 and check whether it is ok N Change Q211 and check whether it is ok N Y Y OK OK Figure 3.3.2.8 Troubleshooting flow chart for “Loud noise is in 5.1 channel” - 55- Change Q213 (2) Troubleshooting process for "Noise appears when power off"is shown as the following figure 3.3.2.9: Noise appears when power off Whether +9V is normal N Check R2106 Y Whether cathode of D211 has high level N D211 is not good Y Whether there is high voltage output at the moment of power on/off N Q219 TC238 is not good Y Disconnection between Q219 and Q212 Figure 3.3.2.9 Troubleshooting flow chart for “Noise appears when power off” - 56- 6. MIC circuit Troubleshooting process (1) Troubleshooting profess for “MIC-1 signal has no output” is shown as the following figure 3.3.2.10: MIC-1 signal has no output Check whether pin 5 of U601 (F4558) has input N Check whether connecting N end of inductor L601 and MIC601 has output Change MIC601 Y Y Check circuit between pin 5 of U601 (F4558) and MIC601 and thenhandle it Check whether pin 7 of U601 (F4558) has output N Change U601 (F4558) Y Check TC604, R611 and then change them Figure 3.3.2.10 Troubleshooting flow chart for “MIC-1 signal has no output” Note: for troubleshooting process for “MIC-2 signal has no output”, please refer to this. - 57- (2) Troubleshooting process for “Echo is abnormal” is shown as the following figure 3.3.2.11: Echo is abnormal Check whether pin 5, 9, 24 of U603 has +5V N Check whether E electrode of Q601 E has +5V N Check the line between U603 and Q601 E electrode and whether +5V is short circuited to ground Check whether pin 2, 3 of U603 has 2MHZ frequency N N Y Y Y Check whether +9V is normal Check whether Q601, ZD601 are normal Change X601 and its peripheral Y Check whether feedback capacitor of U603 peripheral is normal N Change peripheral elements Y Change U603 Figure 3.3.2.11 Troubleshooting flow chart for “Echo is abnormal” - 58- Check +9V power supply circuit (3) Troubleshooting process for “MIC has no output” is shown as the following figure 3.3.2.12: MIC has no output Change MIC board and check whether there is MIC signal output Check whether power supply of U601 (F4558) is normal Y N Check the corresponding power supply circuit Y N Check decode board MIC input circuit Insert microphone into MIC602 and check whether pin 1 of VR601 has signal input Note: 1. Check N Insert microphone into MIC601 and check whether pin 1 of VR601 has signal input N Change U601 (F4558) Y whether MIC input Check whether pin 2 of U602 (F4558) has input or signal source input may be adopted, but when N Check whether pin 2 of VR601 has output N Change VR601 Y Y outputting, the Check the circuit between pin 2 of Vr602 and pin 2 of U602 (F4558) and then handle it tested waveform is Check whether pin 1 of U602 (F4558) has output related to signal input. 2. When N Y Check whether power supply of U602 (F4558) is normal N Check the corresponding power supply circuit Y microphone is not Change U602 (F4558) inserted, MIC output Check whether pin 23 of U603 (M65831) has input is short circuited to ground; after N Check the circuit between pin 23 of U603 (M65831) and pin 1 of U602 (F4558) and then handle it N 1. Check power supply of U603 (M65831) 2. Check matching resistor and capacitor outside U603 and handle N Check the circuit between pin 6 of U602 (F4558) and pin 13 of U603 and then handle it Y microphone is inserted, MIC has Check whether pin 13 of U603 (M65831) has output open circuit, DET is short circuited to Y ground. Check whether pin 6 of U602 (F4558) has input Y Check the circuit between OKA and pin 7 of U602 (F4558) and then handle it Y Check whether pin 7 of U602 (F4558) has input N Change U602 (F4558) Figure 3.3.2.12 Troubleshooting flow chart for “MIC has no output” - 59- 7. Troubleshooting process for “MIDI has no sound” is shown as the following figure 3.3.2.13: MIDI has no sound Whether pin 2 of U213 has data output N Whether data port of U211 has data N Check U209, U210 and clock, reset Y Y Check U211 and its peripheral Check whether pin 12, 15 of U21312 has sound output N Y Check whether pin 5, 3 of U213 has clock signal N Change U211 Y Check U213 and its power supply, reset Check whether B electrode of Q229, Q220 is normal N Change Q229, Q220 Y Check Q229, Q220 collector electrode MIDI OUT line Figure 3.3.2.13 Troubleshooting flow chart for “MIDI has no sound” - 60- 8. Video circuit Troubleshooting process (1) Troubleshooting flow of “no output for composite video” is shown as the following figure 3.3.2.14: No output for composite video signal Whether it is normal after restoring to default settings? N Whether AVID0 has digital waveform output N Whether power supply circuit and crystal oscillator circuit of U202 (AML3298) are normal N 1. Check power supply circuit 2. Check clock signal Y Y Y Change U202 OK Whether CVBS has waveform N Check whether matching filter circuit has capacitor electric leakage or inductor open circuit Y Check filter circuit Figure 3.2.14.3 Troubleshooting flow chart for “No output for composite video” - 61- (2) Troubleshooting flow chart for “picture mosaic when playing” is shown as the following figure 3.3.2.15: Picture mosaic when playing Whether power supply and clock signal of U202 (AML3298) are normal N Refer to U202 (AML3298) power supply and clock circuit troubleshooting flow N Change U205, U208 (SDRAM) Y Change U202 and check whether it is ok Y OK N Change U206 (FLASH) Y OK Figure 3.3.2.15 Troubleshooting flow chart for “picture mosaic when playing” - 62- (3) Troubleshooting flow for “no colour for image” is shown as the following figure 3.3.2.16: No colour for image Check whether U202 (AML3298) clock signal is normal N Check clock circuit Y Check whether power supply of U202 is normal N Check clock circuit Y N Change U202 Check other circuit Y OK Figure 3.3.2.16 Troubleshooting flow chart for "no colour for image" - 63- Section Four Servicing Parameters 3.4.1 Signal waveform diagram This section collects signal waveform diagram of audio, video and each unit circuit with the purpose to help servicing personnel to judge where trouble lies in accurately and quickly to improve servicing skills. For the difference of oscillograph's type, model and tuner, a certain difference may exist, so the servicing personnel are expected to pay more attention to check in daily operation. 1. 1K audio waveform diagram 2. MCLK waveform diagram - 64- 3. ABCLK waveform diagram 4. AML3295 reset waveform disgram 5. VT7208 reset waveform diagram - 65- 6. CVBS waveform diagram 7. LRCK waveform diagram 8. Optical waveform disgram - 66- 9. 27M clock waveform diagram 10. 33.8688 clock waveform diagram 11. 9.6M clock waveform diagram - 67- 12. SDRAM clock waveform diagram 13. Focus FOO waveform diagram 14. Focus FOSO waveform diagram - 68- 15. Main axis FMO waveform diagram 16. Main axis FMSO waveform diagram 17. Feed DMO waveform diagram - 69- 18. Feed DMSO waveform diagram 19. Trace RO waveform diagram 20. Trace TOSO waveform diagram - 70- 21. Focus F+ waveform diagram 22. Trace TR+ waveform diagram 23. Feed SLED+ waveform diagram - 71- 24.main axis SPIN+ waveform diagram 3.4.2 Key point voltage 1. APC circuit key point voltage (unit: V) is shown as the following table: Key point Read DVD disc Read VCD disc No disc Key point Read DVD disc Read VCD disc No disc Q201_B 0.07 2.19 0.01 Q202_C 3.74 4.62 5.03 Q201_C 4.63 3.74 5.03 Q202_E 4.40 5.13 5.55 Q201_E 5.15 4.39 5.55 MDI 0.19 0.18 0.00 Q202_B 2.32 0.07 0.01 2. MIDI circuit key point voltage (unit:V) is shown as the following table: key point Read KVD disc No disc key point Read KVD disc No disc U210_33 1.80 1.15~2.40 U210_39 3.20 3.20 U210_34 1.85 1.85 U210_40 3.20 3.21 U210_35 3.20 3.20 U210_41 3.20 3.21 U210_36 0.00 0.00 U210_42 0.00 0.00 U210_37 1.65 1.66 U210_43 0.00 0.00 U210_38 3.20 3.20 U210_44 3.21 3.21 U209_14 1.47 1.48 U209_4 3.20 3.20 U209_15 1.53 1.55 U209_6 0.00 2.52 - 72- key point Read KVD disc No disc key point Read KVD disc No disc U209_19 0.00 3.22 U209_8 3.20 3.20 U209_3 1.85 1.85 U226_1 0.00 0.00 U226_5 0.00 0.00 U226_2 0.00 0.00 U226_6 0.00 0.00 U226_3 0.00 0.00 U226_7 0.00 0.00 U226_4 -9.40 -9.40 U226_8 8.83 8.83 U211_2 3.20 3.20 U211_54 2.56 2.60 U211_3 3.20 1.85 U211_58 1.90 1.37 U211_4 3.20 3.20 U211_81 1.48 1.48 U211_5 0.00 0.99 U211_88 1.65 1.65 U211_6 1.93 1.52 U211_93 0.40 0.00 U211_22 3.20 3.22 U211_94 1.60 1.60 U211_24 0.86 0.87 U211_95 0.00 1.60 U211_53 2.08 2.09 U213_1 3.21 3.22 U213_9 4.68 4.71 U213_2 0.40 0.00 U213_10 2.18 2.18 U213_3 1.60 1.60 U213_15 2.20 2.15 U213_4 1.60 1.60 U213_12 2.17 2.08 U213_5 1.60 1.64 U213_16 0.00 4.95 Q225_E 5.14 5.58 3. Power circuit key point voltage (unit:V) is shown as the following table: key point Standby voltage Working voltage key point Standby voltage Working voltage TC501anode 300.00 300.00 STB 0.10 2.99 Pin 5 of U501 302.00 304.00 +3.3V 0.73 3.29 Pin 4 of U501 0.20 0.77 Pin k of U503 K 1.77 1.88 CPU+3.3V 3.09 3.09 Pin R of U503 R 1.23 1.23 4. Mute circuit key point voltage (unit: V) is shown as the following table: Q211 Q218 Q212 Q219 State B C E B C E B C E B C E Unmute 4.46 5.14 5.10 0.74 0.02 0.00 -0.16 -4.30 0.02 8.85 -4.30 8.70 Mute 5.08 -3.98 5.16 -3.98 1.37 0.00 0.63 1.37 1.36 8.87 1.35 8.68 - 73- 5. Control panel circuit key point voltage (unit: V) is shown as the following table: Key point Standby voltage Working voltage Key point Standby voltage Working voltage U402_1 3.09 3.08 VFDAT 0.77 1.88 ASTB 1.16 5.00 VFDCK 0.77 2.24 U403_3 1.92 3.17 VFDST 0.77 0.56 VFD401_1 -0.66 -16.90 U402_3 0.00 3.08 VFD401_35 -0.67 -20.60 U402_5 0.00 3.06 VDD5 / / U401_27 -5.10 -20.60 VCC 0.93 5.50 6. Servo circuit key point voltage (unit: V) is shown as your following table: Key point Read CD disc DVD No disc Key point Read CD disc DVD No disc U201_1 1.54 1.54 1.54 U201_50 1.32 1.29 1.28 U201_2 2.08 2.08 2.08 U201_80 0~3.24 0~3.2 0.00 U201_3 3.24 3.24 3.24 U201_139 0~0.3 0.8~3.0 0.00 U201_5 1.66 1.66 1.66 U201_140 3.22 3.20 3.22 U201_41 1.53 1.55 1.55 U201_141 3.15~3.20 3.20 3.22 U201_42 1.54 0.00 1.53 U201_144 3.05~3.20 2.8~3.1 3.22 U201_43 1.58 1.52 1.54 U201_146 0.00 0.00 0.00 U201_44 2.18 2.39 1.54 U201_204 1.54 1.51 1.52 U201_54 3.24 3.23 0.00 U201_216 1.24 1.24 1.24 U201_49 1.11 1.16 1.19 U203_1 1.57 1.53 1.54 U203_15 2.57 2.55 3.92 U203_2 2.50 2.57 3.80 U203_16 2.57 2.55 3.87 U203_3 2.48 2.58 3.85 U203_17 2.40 3.90 0.00 U203_4 1.55 1.54 1.54 U203_18 1.77 0.17 0.00 U203_5 1.55 1.55 1.54 U203_20 2.55 2.55 3.87 U203_6 1.56 1.55 1.54 U203_21 5.14 5.12 5.53 U203_7 2.42 2.60 3.96 U203_23 1.92 0.90 1.54 U203_8 5.13 5.12 5.53 U203_24 2.55 2.56 2.87 U203_9 5.14 5.13 5.53 U203_25 2.50 2.43 3.50 U203_11 2.52 2.53 4.14 U203_26 1.55 1.54 1.54 U203_12 2.60 2.55 4.10 U203_27 1.55 1.55 1.54 U203_13 2.40 2.61 3.90 U203_28 3.24 3.23 0.00 U203_14 2.73 2.50 3.92 - 74- Section Five IC Function Introduction 3.5.1 Function introduction to AML3298 AML3298 is a audio/video decode chip and it supports MPEG1/2/4, VX3.X/4.X/5.X, DVD, VCD, SUPER VCD decoding with built-in 24bit RISC CPU, DOLBY AC3, 5.1CH, 2CH, DTS, HDCD, WAM audio playback. In this player, AML3298 is used for audio and video decoding to disc signals. It achieves disc signal from servo chip VT7208, after decoding, the outputted video signal has AVID0, AVID1, AVID2, AVID3, and outputted audio signal has IEC958 (optical and coaxial outputted digital audio signal), ADATA0. When the disc signal after reading includes MIDI format musical signal, through the 8 pins of M2 D0M2 D7, AML3298 transmits MIDI musical signal to EPM3032 and is processed by EPM3032, MK6000B. SAM2133. Pin function introduction is shown as the following table: Module Pin Name Signal flow 14\40\83\ 109\140\187 VDD_18 P VSS_18 G 13\41\82\ 108\139\186 POWE R 6\48\61\74\92\106\ 123\141\154\184 AUDIO GPIO Function Remark Used as optical/coaxial signal in this player VDD_33 4\47\60\73\91\105\ 122\136\153\185 VSS_33 205 IEC958 O Audio IEC958 signal output 5 AMCLK O Audio main clock 3 ALRCLK O Audio left/right clock 208 AOCLK O Audio bit clock 206\207\1\2 ADATA0— ADATA3 I/O Audio data input/output 52—59 VD_0—VD_7 I/O VD_1 connects with pin 1 RST of U207(CS4340); VD_4 is connected with pin 6 SDL of Common input/output interface U223(24C16); VD_5 is connected with pin 5 SDA of U223; others are unused - 75- Module GPIO VIDEO _DAC ATAPI AV BUS/G PIO Pin Name Signal flow Function Remark Pin 16\38 is connected with pin 32/33 of U204 (W78E58), others are unused 15\16\37\38\39\51 NGP0—NGP5 I/O Common input/output interface 49 UART_RX I/O Serial input 50 UART_TX I/O Serial output 17 VDD_DAC18 P Video DAC power (1.8V) 18 VSS_DAC18 G Video DAC ground 20\23\26\29\36 AVDD_DAC33 P Video DAC power (3.3V) 21\24\27\30\35 AVSS_DAC33 G Video DAC ground 31 COMP I Video DAC compensation 32 RSET I Video DAC current setup 33 VREF_OUT O Video DAC reference 34 VREF_IN I Video DAC reference 19, 28 IOX, IOR O Video DAC output 25, 22 IOG, IOB O Video DAC output 7\8\9\180— 183\188—196 DD0—DD15 I/O Data transmission data pin Connected with servo chip U201(VT7208) 10\11\12 DA0, DA1, DA2 O Data transmission address pin Connected with U201 137 IRQ14 I Video transmission intermit unused 138 DIORDY I Video transmission detecting Used to detect MIC signal 173 CSEL O Video transmission control 174 DMARQ I Video transmission control 175 CS1_n O Video transmission control 176 CS0_n O Video transmission control 177 DIOR_n I/O Video transmission control 178 DIOW_n I/O Video transmission control 179 DMACK_n O Video transmission control 203 IIS_1 I/O Common input/output interface Connected with pin 116, 117 of U201 Used to control servo chip U201 202 IIS_2 I/O Common input/output interface Reset for U211 (SAM2133), U213(CS4340), U209 (MK-6000B) 201 IIS_3 I/O Common input/output interface PDAT0, SCART output mode selection 198 IIS_4 I/O Common input/output interface Connected with pin 32 of U204 - 76- Module Pin Name Signal flow Function Remark AV BUS/G PIO 204\200 IIS_0, ISS_4 I/O Common input/output interface unused 199\197 IIS_5, ISS_7 I/O Common input/output interface unused 155 AVDD_PLL0 P Phase-locked loop power 159 AVDD_PLL1 P (1.8V) 158 DVDD_PLL0 P 161 DVDD_PLL1 P 156 AVSS_PLL0 G 157 DVSS_PLL0 G 160 VSS_PLL0 G 162 SCLK_XIN I Clock signal input 163 SCLK_XOUT O Clock signal output 164 ALCLK_XIN I Clock signal input Grounding in this player 165 ALCLK_XOUT O Clock signal output Grounding in this player 166 TMS I/O Test pin 167 TD1 I/O Test pin 168 TCK I/O Test pin 169 TRST_n I Power allocation 170 TEST_n I Power allocation 171 RESET_n I Reset pin 172 TD0 I/O Test pin CLOCK S TEST MEMO RY#2 Phase-locked loop grounding end 68—71\75\ 76\78\127—135 M2 D0—M2 D15 I/O Data line M2 D0—M2 D15 is connected to U205\M2 D0 —M2 D10 to U206\M2 D0 —M2 D7\M2 D11\M2 D12 to U210 62\63\64\77, 79\80\119— 121\124—126 M2 A0—M2 A11 O Address line Connected to U205, U206 46 M2_SCS_N O Control pin Control U205 65 M2_RAS_N O Control pin Connected to U205, U206 66 M2_CAS_N O Control pin Connected to U205, U206 72 M2_WE_N O Control pin Connected to U205, U206, U210 44 M2_BA1 O Control pin Connected to U205, U206 45 M2_BA0 O Control pin Connected to U205, U206 - 77- Module MEMO RY#2 Pin Name Signal flow Function Remark 43 M2_DQM1 O Control pin Connected to U205, U206 67 M2_DQM0 O Control pin Connected to U205, U206 81 M2_ECS_N O Control pin Connected to U210 118 M2_EOE_N O Control pin Connected to U206, U210 42 M2_CLKO I/O SDRAM clock signal Connected to U205 93—102 M1 D0—M1 D15 I/O Data line Connected to U208 M1 A0—M1 A11 O Address line Connected to U208 117 M1_EOE_N O Control pin PDAT2, that is SCART output mode selection 84 M1_ECS_N O Control pin PDAT1, that is SCART output mode selection 104 M1_DQM0 O Control pin Connected to U208 103 M1_DQM1 O Control pin Connected to U208 107 M1_CLKO I/O SDRAM clock signal Connected to U208 145 M1_BA0 O Control pin Connected to U208 146 M1_BA1 O Control pin Connected to U208 116 M1_WE_N O Control pin Connected to U208 142 M1_CAS_N O Control pin Connected to U208 143 M1_RAS_N O Control pin Connected to U208 144 M1_SCS_N O Control pin Connected to U208 85—90 110—115 147—152 MEMO RY#1 3.5.2 Function introduction to Vt7208 VT7208 is a chip with strong function, which includes therefore preposition amplifying, SSP and DSP processing, etc. Pin function introduction is shown as the following table: Pin Name Signal flow Function Remark I/O IDE data bus [15: 0]/MPEG program flow Connect to U202 (AML3298) ATAPI data pin Main unit interface (IDE) 118, 119 121, 126 128, 130 IDE [15; 0] 132, 135 137, 138 - 78- Pin Name Signal flow Function Remark 181 AH13/ROMA13 I/O Micro processor port 2.5/ROM address 13 U216 (A290011L) address 13 180 AH14/ROMA14 I/O Micro processor port 2.6/ROM address 14 U216 (A290011L) address 14 176 AH15/ROMA15 I/O Micro processor port 2.7/ROM address 15 U216 (A290011L) address 15 166 P10/ROMAO I/O Micro processor port 1.0/ROM address 0 U216 (A290011L) address 0 167 P11/ROMA1 I/O Micro processor port 1.1/ROM address 1 U216 (A290011L) address 1 168 P12/ROMA2 I/O Micro processor port 1.2/ROM address 2 U216 (A290011L) address 2 169 P13/ROMA3 I/O Micro processor port 1.3/ROM address 3 U216 (A290011L) address 3 171 P14/ROMA4 I/O Micro processor port 1.4/ROM address 4 U216 (A290011L) address 4 172 P15/ROMA5 I/O Micro processor port 1.5/ROM address 5 U216 (A290011L) address 5 173 P16/ROMA6 I/O Micro processor port 1.6/ROM address 6 U216 (A290011L) address 6 174 P17/ROMA7 I/O Micro processor port 1.7/ROM address 7 U216 (A290011L) address 7 159 P30 I/O Micro processor port 3.0 Blank pin 160 P31 I/O Micro processor port 3.1 Blank pin 164 P34 I/O Micro processor port 3.4/ROM address 16 U216 (A290011L) address 16 178 P35/ROMA16 I/O Micro processor port 3.5 Blank pin 187 PSEN# I/O Micro processor ROM read order Connect to U216 (A290011L) chip enable end 165 RD# I/O Micro processor I/O bus read allowable Blank pin 158 WR# I/O Micro processor I/O bus write allowable Blank pin 162 INT0# I/O Micro processor external intermit signal input 0 Through 10K resistor R207 connects to VCC3 163 INT1# I/O Micro processor external intermit signal input 1 Through 10K resistor R206 connects to VCC3 177 ROMWE# I/O Flash ROM write allowable Blank pin Dynamic memorizer interface (SDRAM) 79, 80, 81 MA [8: 0] O Dynamic memorizer address bus [8: 0] U215 (M11 B416 256A) address bus [8: 0] 74 CASH# O Dynamic memorizer line high position address U215 (M11B416256A) line high position gating U215 (M11 B416 256A) line high position gating 73 CASL# O Dynamic memorizer line low position address U215 (M11 B416 256A) line low position gating MD [15: 0] I/O Dynamic memorizer data bus [15: 0] U215 (M11 B416 256A) data bus [15: 0] WE# O Dynamic memorizer write allowable U215 (M11 B416 256A) write allowable 83, 88 55, 60 62, 67 69 70,73 76 - 79- Pin Name Signal flow Function Remark 77 OE# O Dynamic memorizer read allowable U215 (M11 B416 256A) read allowable 78 RAS# O Dynamic memorizer row address U215 (M11 B416 256A) row address gating Common debug output interface 49 XTALO O 33.868MHZ crystal oscillator signal output 50 XTALI I 33.686MHZ crystal oscillator signal input 90 GIO0 I/O Common input/output interface 0/debug output Through 10K resistor R208 grounding 91 GI01 I/O Common input/output interface 1/debug output Through 330 resistor grounding 92 GIO6 I/O Common input/output interface 6/debug output Connect with disc identification circuit 93 GIO7 I/O Common input/output interface 7/debug output Through 330 resistor grounding 94 GIO4/MA9 I/O Common input/output interface 4/debug output/DRAM address 9 Main axis electric machine rotation checking 96 GIO5 I/O Common input/output interface 5/debug output Main axis electric machine rotation checking 98 GIO2 I/O Common input/output interface 2/debug output Grounding 100 GIO3 I/O Common input/output interface 3/debug output Blank pin 116 PRST I RC power-on reset signal input HRST 101 LED O Indicator light signal output Blank pin 102 INTRAY O Disc in control signal output Connect to disc in/out control circuit 103 OUTTRAY O Disc out control signal output Connect to disc in/out control circuit 104 PLAY# I Playback signal input Blank pin 105 EJECT# I Disc out signal input Blank pin 106 LIMIT I Most inner position of laser head signal input Connect to feed to position detect signal 107 TRAYIN# I Disc in to position signal input 115 TRYAOUT# I Disc out to position signal input Other interfaces Auto laser power control interface 28 MDI1 I Laser power monitoring signal input 1 Connect to laser power control circuit 27 MDI2 I Laser power monitoring signal input 2 Connect to laser power control circuit 29 LDO1 O Laser diode current control output Control VCD laser power 30 LDO2 O Laser diode current control output Control DVD laser power - 80- Pin Name Signal flow Function Remark Servo control interface 25 CSO O Centre servo signal output Blank pin 22 TNI I Tri beam trace reverse input Loader F signal 21 TPI I Tri beam trace in-phase input Loader E signal 23 FEO O Focus error signal output Blank pin 33 TEO O Trace error signal output Blank pin 15 RFPSLV O RF signal zero passage cross talk clipping output Blank pin PDM/PWM control 45 ADBG1 O Pulse width modulate DAC output 1 Blank pin 46 ADBG2 O Pulse width modulate DAC output 2 Blank pin 43 FOO O Focus servo PDM modulate signal output 42 TRO O Trace servo PDM modulate signal output 41 FMO O Feed servo PWM modulate signal output 44 DMO O Main axis servo PWM modulate signal output RF data path interface 201 JITFO O RF signal jitter checking Grounding through 1000PF capacitor 204 RFDSLV O RF signal clipping output Grounding through 10MF capacitor 205 SCO O Analog clipping current output Grounding through 200PF capacitor 213 RFOP O In-phase RF signal output Blank pin 214 RFON O Reverse RF signal output Blank pin 4 DVDRFIN I DVD RF signal reverse input Grounding through 1MF capacitor 5 DVDRFIP I DVD RF signal in-phase input 6 DVDINA I DVD photoelectric detector A input 7 DVDINB I DVD photoelectric detector B input 8 DVDINC I DVD photoelectric detector C input 9 DVDIND I DVD photoelectric detector D input 10 CDC/SC/T1 I CD photoelectric detector C/supplementary light detector C/trace T1 input Blank pin 11 CDD/SD/T2 I CD photoelectric detector C/supplementary light detector C/trace T2 input Blank pin 12 CDA/SA/F1 I CD photoelectric detector A/supplementary light detector A/focus F1 input Blank pin - 81- Pin Name Signal flow Function Remark 13 CDB/SB/F2 I CD photoelectric detector B/supplementary light detector B/focus F2 input Blank pin 14 PEAKS O RF peak value hold signal output Blank pin 16 RFRPDC O RF ripple signal DC output 17 RFRPAC I RF ripple signal AC input 24 FLVL O RF non invert signal output Blank pin Analog test unterface 36 DPD1 I/O Phase difference analog test input 1 Blank pin 35 DPD2 I/O Phase difference analog test input 2 Blank pin Capacitor filter interface 26 CEC O Centre servo error low pass filter capacitor Connect to VRD through 3300PF capacitor 202 LPFO O Digital PLL ring circuit filter capacitor Grounding through 10MF capacitor 210 OSP I/O Ocular lens offset compensation capacitor 211 OSN I/O Ocular lens offset compensation capacitor Reference voltage interface 216 IREF I Reference current input Grounding through resistor 2 VRA I/O Reference voltage output 1 1 VRD I/O Reference voltage output 2 111 DACVREF O DAC reference voltage output Blank pin AVCC [6: 1] — Analog circuit power Connect to 3.3V analog power AVSS [6: 1] — Analog circuit power ground 39 DPDVCC — DPD circuit power 38 DPDVSS — DPD circuit power ground 199 PLLVCC — Digital PLL circuit power 198 PLLVSS — Digital PLL circuit power ground 113 DACVCC — Audio DAC circuit power Connect to 3.3V analog power 109 DACVSS — Audio DAC circuit power ground Blank pin Analog power interface 3, 31 37, 47 203, 212 20, 34 40, 200 209, 215 - 82- Connect to 3.3V analog power Connect to 1.8V analog power Signal flow Function VCC [8: 1] — Digital circuit 3.3V power VSS [8: 1] — Digital circuit 3.3V power VDD [4: 1] — Inner core 2.0V power GND [4: 1] — Inner core 2.1V power 48 XTALVSS — Crystal oscillator circuit power ground 51 XTALVCC — Crystal oscillator circuit power ground Pin Name Remark Digital circuit power interface 68, 82 99, 120 136, 152 170, 190 61, 75 89, 108 127, 413 161, 179 97, 129 145, 182 95, 131 147, 184 Provide by voltage regulator U224 through L226 Connect to 3.3V power 3.5.3 Function introduction to EN29LV800AB EN29LV800AB is a 16M FLASH memorizer with working voltage range from 2.7V to 3.6V. In this player, U206 (FLASH), U205 (SDRAM) adopt time sharing multiplexing means and connect with U202 (AML3298) through address bus M2A [0, 11]. The internal memory of FLASH memorizer has U202 (AML3298) control program. After power-on, firstly reset circuit sends reset signal RESET n to pin 12 RESET n of PLASH to reset FLASH so that the program may carry out from the initial position. U202 performs addressing to FLASH through address line M2A [0, 11] to select the corresponding program to implement. The pin 11 write gating signal of U210 is provided by the pin 72 M2 WE n signal of U202 (AML3298) through RN201, R303 conversion. The pin 28 output gating signal is provided by pin 118 of U202 (AML3298), and pin 26 chip selection signal is provided by pin 14 of U210. Pin function introduction is shown as the following table: Pin Name Signal flow Function Pin Name Function 47 BYTE/ 8-bit/16-bit mode selection 12 RESET/ Reset signal 28 OE/ Output gating signal 15 RY/BY/ Ready/busy signal 37 VCC Power Interface for data/address 27, 6 GND Grounding 10, 13, 14 NC Blank pin 1—8 9, 48 A0—A19 I Address intreface 16—25 29—36 Q0—Q14 I/O Data interface 38—44 45 Q15/A—1 I/O 26 CE/ Chip selection signal 11 WE/ Write gating signal - 83- 3.5.4 Function introduction to SDRAM U205, U208 are 64M 16-bit memorizer SDRAM with the player and the working clock frequency is 166/143MHZ. The function of 16SDRAM in DVD players is to memorizer the program of AML3298 taken out from FLASH and information of image and sound taken out from disc to form buffer, add the stability of information output and add anti-shaking effect of player. Pin function introduction is shown as the following table: Pin Name Function 1 VDD 3.3V power supply 2 DQ0 Data bus 3 VDDQ 4 Signal flow Signal flow Pin Name Function 28 VSS Ground I/O 29 MA4 Address bus I 3.3V power supply I/O 30 MA5 Address bus I DQ1 Data bus I/O 31 MA6 Address bus I 5 DQ2 Data bus I/O 32 MA7 Address bus I 6 VSSQ Ground 33 MA8 Address bus I 7 DQ3 Data bus I/O 34 MA9 Address bus I 8 DQ4 Data bus I/O 35 MA11 Address bus I 9 VDDQ 3.3V power supply 36 NC Blank 10 DQ5 Data bus I/O 37 CKE Clock enable signal I 11 DQ6 Data bus I/O 38 CLK System clock input I 12 VSSQ Ground 39 UDQM Data input/output screenshielded signal I 13 DQ7 Data bus 40 NC Blank 14 VDD 3.3V power supply 41 VSS Ground 15 LDQM Data input/output screen-shielded signal I 42 DQ8 Data bus 16 WE Write control signal I 43 VDDQ 3.3V power supply 17 CAS Line address gating signal I 44 DQ9 Data bus I/O 18 RAS Row address gating signal I 45 DQ10 Data bus I/O 19 CS Chip selection signal I 46 VSSQ Ground I/O I/O 20 SD-BS0 Segmanr address 0 gating signal I 47 DQ11 Data bus I/O 21 SD-BS1 Segmanr address 1 gating signal I 48 DQ12 Data bus I/O 22 MA10 Address bus I 49 VDDQ 3.3V power supply 23 MA0 Address bus I 50 DQ13 Data bus I/O 24 MA1 Address bus I 51 DQ14 Data bus I/O 25 MA2 Address bus I 52 VSSQ Ground 26 MA3 Address bus I 53 DQ15 Data bus 27 VDD 3.3V power supply 54 VSS Ground - 84- I/O 3.5.5 Function introduction to MK6000B MK6000B chip is MIDI signal circuit main control chip. The MIDI signal decode circuit composed by U210 (EPM3032), U209 (MK6000B), U211 (SAM2133B) realizes the decode processing to MIDI signal, whileU209 (MK6000B) is core of MIDI decode circuit, which controls the realization of the whole decode process. Pin function introduction is shown as the following table: Function description Pin Name Signal flow VLD Power supply voltage 3.3V 31 P2.6 I AML3298 busy signal input 53 VDD2 Power supply voltage 3.3V 3 RD O Read EPM3032 control 12 VDD1 Power supply voltage 3.3V 4 WR O Write EPM3032 control 50 AVREF Analog reference voltage 3.3V 8 P4.7 I Chip selection signal input 13 GND Common 11 P4.4 O Chip selection SAM2133 output Pin Name Pin Name Signal flow Function description 52 GND 73 A8 O SAM2133 register selection bit 16 EA 6 P5.1 O MIDI signal mute control bit 19 RES I Reset signal input I/O MK—6000B data bus 15 XIN I Clock signal input 55 P0.1 Grounding 14 XOUT O Clock signal output 56 P0.0 Grounding 32 P2.5 O MK—6000B busy signal output 43 P1.2 Grounding Pin Name 5 Signal flow Signal flow Function description Common 57—64 D0—D7 Function description Note: other pins are blank. 3.5.6 Function introduction to SAM2133B SAM2133B is audio signal synthesizer. In the model ABS730X, it makes the externally inputted 8path MIDI signal output 1 path digital audio signal WDAT after internal synthesis processing this players also attaches a U212 (MX23L3213) to act as the external extension of ROM. Pin function introduction is shown as the following table: Pin Name Signal flow Function description 10, 16, 31, 36 GND I Common 45, 56, 68, 76 GND I Common 80, 84, 96 GND I Common - 85- Remark Pin Name Signal flow Function description 11, 37, 83 VC2 I Inner core power supply +2.5V±10% 86, 87 VC2 I Inner core power supply +2.5V±10% 17, 30, 44 VC3 I Peripherial power supply +2.25V— 3.7V 57, 69, 97 VC3 I Peripherial power supply +2.25V— 3.7V 77 PWRIN I Power switch input 2.25V— 2.95V 78 PWROUT I Power switch outputs 2.5V to VC2 6—9, 12—15 D0—D7 I/O 8-bit data bus 2 /CS I Chip selection signal input 4 /WR I Write control signal input 3 /RD I Read control signal input 5 A0 I Internal register selection bit 1 IRQ O Tri-state gate output high level effective unused 22 /RESET I Reset signal input Low level effective X2 I/O Supply clock signal 88 CKOUT O Audio data main clock output 93 DABD0 O Serial audio data output interface 0 92 DABD1 O Serial audio data output interface 1 94 CLBD O Audio data bit clock output 95 WSBD O Audio data main control clock output 98 DAAD I Serial audio data input unused 18—21 P0—P3 I/O Common programmable I/O interface unused 90 DBCLK I Debug clock is often connected to VC3 91 DBDATA I/O Debug data signal unused 89 DBACK O Debug to confirm output unused 100 MIDI IN I MIDI IN input unused 99 MIDI OUT O MIDI OUT output unused 24—29, 32—35 WA0—W A9 O External ROM/FLASH address interface 38—43, 46—52 WA10—W A20 O External ROM/FLASH address interface 58—67, 70—75 WD0—WD15 I/O External ROM/FLASH data interface 53 /WCS O External ROM/FLASH chip selection bit 55 /WWE O External ROM/FLASH write enable bit 54 /WOE O External ROM/FLASH output enable bit 81, 82 X1 - 86- Remark Low level effective unused 51, 52 unused unused Pin Name Signal flow Function description 85 LFT I/O PLL low pass filtering pin 23 TEST I Test pin 79 /PDWN I Power failure control pin Remark unused 3.5.7 Function introduction to Cs4340 CS4340 is audio signal D/A conversion chip, which converses digital audio signal input into analog audio signal output. In the model ABS730X, CS4340 has two places to realize D/A conversion function: 1. U213 (CS4340) converses MIDI digital audio signal outputted by SAM2133 into MIDI analog audio signal output; 2. U207 (CS4340) converses the digital audio signal ADATA decoded by decode chip AML3298 into L/R channel analog audio signal. Pin function introduction is shown as the following table: Pin Name Signal flow Function description 1 RST/ I Reset signal input end 2 SDATA I Serial audio data input end 3 SCLK/DEM1 I Serial clock control input end 4 LRCK I Left/right clock control input end 5 MCLK I Main clock control input end 6 DIF1 I Digital interface format selection bit 7 DIF0 I Digital interface format selection bit 8 DEM0 I Function selection bit 9 FILT+ Internal positive direction reference voltage 10 VQ Internal static reference filtering voltage 11 REF_GND Reference ground 12 AOUTR 13 AGND Analog ground 14 VA Analog power supply input end 15 AOUTL 0 Left channel analog signal output 16 MUTEC 0 Mute control output 0 Right channel analog signal output - 87- 3.5.8 Function introduction to 4558 4558 has two integrated operational amplifiers inside. Pin function introduction is shown as the following table: Pin Function Signal flow Pin Function Signal flow 1 Output of operational amplifier A O 5 Output of operational amplifier B O 2 Cathode input end of operational amplifier A I 6 Cathode input end of operational amplifier B I 3 Anode input end of operational amplifier A I 7 Anode input end of operational amplifier B I 4 Cathode voltage input I 8 Anode voltage input I 3.5.9 Function introduction to D5954 D5954 is a servo drive IC with 4-path drive circuit inside. The digital focus, trace, feed and main drive signals outputted by Vt7208 form analog signal through RC integration circuit, and then send to D5954 for amplification. The focus, trace, feed and main axis drive signals after being amplified through D5954 are sent to loader to complete the corresponding servo working. Pin function introduction is shown as the following table: SN Name Function SN Name Function 1 VINFC Focus control signal input 15 VOTK+ Trace drive in-phase voltage output 2 CF1 External feedback loop 16 VOTK- Trace drive reverse voltage output 3 CF2 External feedback loop 17 VOLD+ Feed drive in-phase voltage output 4 VINSL+ In=phase control input, connect to reference voltage 18 VOLD- Feed drive reverse voltage output 5 VINSL- Main axis control signal input 19 PGND Ground 6 VOSL External feedback resistor 20 VINFTK Trace feedback signal input 7 VINFFC Focus feedback signal input 21 PVCC2 5V power 8 VCC 5V power 22 PREGND Ground 9 PVCC1 5V power 23 VINLD Feed control signal input 10 PGND Ground 24 CTK2 External feedback loop 11 VOSL- Main axis drive reverse voltage output 25 CTK1 External feedback loop 12 VO2+ Main axis drive in-phase voltage output 26 VINTK Trace control signal input 13 VOFC- Focus drive reverse voltage output 27 BIAS 1.4V reference voltage input 14 VOSC+ Focus drive in-phase voltage output 28 STBY Enable control signal - 88- Chapter Four Disassembly and Assembly Process DVD players manufactured in BBK are largely identical but with minor differences and are mainly composed of loader components, control panel components, decode and servo board components, power board components, power amplifier board components, MIC board components and AV board components. In order to speed up the compilation of “Service Manual”, we shall not give repeat explanation to model with minor differences in chapter four “Disassembly and Assembly Process” for the later compiled service manuals. For disassembly and assembly process in this chapter, please refer to chapter 4 of “DK1005S Service Manual” or “DK1020S Service” . The pictures of this model are shown as follows: -89- Chapter Cinque PCB board & Circuit diagram Section One PCB board LED402 5.1.1 Surface layer of KEY SCAN Board LED403 K406 U403 K405 OG V -89- TC401 TC404 K416 K415 K414 K413 K412 K411 K410 K409 K408 K407 - 90 - TC403 LED401 4KD01A-1 DVD 2005/05/19 XS402 ASTB VFDAT VFDCK VFDST GND IR XS401 F+ F-21V GND +5V STB 3.3V GND SW1 TC402 VFD401 K404 K403 K402 K401 5.1.2 Bottom layer of KEY SCAN Board DZ408 DZ405 C430 DZ407 44 34 D413 L402 D412 DZ402 C431 L403 - 91 - S V D405 DZ403 C432 C433 DZ404 C446 C408 C409 C410 R430 DZ409 R415 R434 R433 C440 C438 R418 R420 Q401 Q402 C411 C429 C425 C427 R442 Q404 R440 R441 D407 R429 C406 R417 C404 R416 C403 R410 C412 C428 C439 R419 C405 C442 D406 C413 C424 C423 C422 C421 C420 C419 C418 C415 C414 C426 R431 R432 Q403 R406 R405 C417 C416 R409 R408 R407 C401 R424D404 R423D403 R422D402 R421D401 R427 R426 R425 C436 L401 D408 C402 R404 D409 R403 D410 R402 R401 D411 1 C435 12 R411 R412 R413 R414 23 C434 C437 DZ401 C443 R435 R443 R438 R439 U402 C441 C445 R444 R437 R436 C444 DZ406 SP- R373 R374 TC252 R248 R247 C207 C336 R243 Q216 Q215 TC247 R241 R258 Q213 R231 R229 R226 U223 TC259 U212 R251 C269 C292 TC246 TC220 C222 C302 U222 R228 - 92 - U216 TC258 RN219 RN220 C265 U202 R344 TC201 C351 C340 C258 Q214 U209 RN218 R225 U225 R255 R296 R353 Q212 Q218 R2132 R2104 B TC228 U221 TC215 TC251 C2155 TC257 U205 RN205 TC229 TC230 D210 D203 D204 R2118 Q205 R2124 TC222 TC223 Q207 R2122 R2119 C2140 TC224 A XS201 C386 R310 R308 R336 R2114 XS207 R2123 R2127 A8 B C2157 R2126 R2134 C2114 R2135 R2148 R2133 R278 C2129 C2115 R2139 C2118 C2130 R2137 R2152 R2138 C2142 C2117 R2150 C2126 R2142 C2120 C2156 R2151 R2149 R2143 R2141 Q234 R2155 C2127 C2133 C2121 R317 C389 R314 R316 C2136 R2153 C2124 R318 R365 Q 233 C2135 R2145 Q 2 3 5 R313 R2147 R2146 R368 R367 C387 R2154 C2123 R366 R312 C2143 TC267 TC232 TC233 TC227 TC236 D205 C283 R281 TC240 C328 L216 C323 L212 C324 C325 L217 R335 C320 L211 C321 C322 L218 R332 C329 R277 L 2 1 4 C2112C330 R2129C331 R2130 C2111L 2 1 5 Q209 R2115 R2125 TC266 U214 C224 L221 C373 RN202 TC268 RN217 RN216 R363 R315 C297 U207 R272 TC262 C298 C305 R364 R328 R327 R326 R325 U213 R290 R289R2136 R293R2131 R294C2122 R275 R276 U220 R372 C280 R352 R303 C301 R261 RN208 C347 R253 R252 C261 D201 R254 Q204 C348 R256 R267 RN206 R270 C306 TC231 TC207 TC209 C2139 C381 U224 TC265 TC210 TC214 Q 2 2 5R2108 Q 2 2 9R2109 Q220 Q211 Q223 TC225 C279 R323 TC226 C277 R337 C380 TC261 TC248 L226 C385 R343 R341 C383 L225 C384 R338 C391 TC264 C314 R271 A TC221 Q210 R2116 R2128 XS204 NC VDAT VCLK VSTB GND VCC IR SP+ C339 C315 R260 C2153 C288 C287 C286 C341 R279 R2121 R2113 R264 R266 C343 R249 R257 R306 C263 C2138 C369 R265 U203 TC213 L220 TC241 Q208 XS209 C337 R245 C202 R201 R375 R215 L209 R2156 GND R288 Q 2 2 4 C326 R304 R333 R305 Q 2 2 6 R298 R311 R299 C372 C371 C370 U215 30 C290 R262 C289 S2 C318 D202 C310 C312 C304 C303 R269 R273 R222 R221 U201 U219 Q206 C291 R263 LIMIT C241 C230 RN211 RN212 L201 R268 XS205 R216 R223 D215 C270 X202 RN214 RN215 RN207 RN213 XS202 R2102 R2117 R234 R235 R238 R240 R233 C203 R203 X201 R202 C204 C317 R224 Q231 R2105 C2144 R2103 L210 E B C SL+ R334 R230 TC255 R2107 R2106 D211 TC237 TC218 L213 E B C XS203 R239 R237 R232 R227 C227 C228 R213 R214 C234 C235 TC256 EB C L204 TC245 C390 GND C294 C208 L205 TC202 L206 R2110 LO+ S1 TC235 U204 R287 R291 LO- L202 TC203 NC EB C +5V R307 GND C212 C210 +5V TROUT SLC342 GND R2101 GND Q217 GND C332 -9V TC238 +9V Q219 XS206 A3 C327 TRIN V R309 R2140 Q202 Q201 R219R217C232 Q230 +3.3V TC219 GND L 2 0 8 R220 L 2 0 7 C246 2KD01-5 11/08/2005 C240 R210 C229 R209 C216 C218 R212 C231 R211 C217 DET C233 Designator56 Designator57 Designator58 Designator59 T C242R218C243 TC206 Q203 OK C209 A7 1 VCC -9V +9V GND MIC DET GND 5.1.3 Surface layer of MPEG&SERVO Board U208 C268 RN204 TC212 U210 R295 R297 X203 R329 TC244 TC263 R350 GND R321 TMS TDO C357 TCK TDI R348 R347 R357 C296 VCC XS208 C377 C368 R330 R331 C378 C374 R376 C299 C278 TC211 U211 RN203 R360 R361 R362 U206 R236 R259 C266 C2154 C293 TC249 1 A4 5.1.4 Bottom layer of MPEG&SERVO Board L219 R2120 R2111 R2112 C345 D209 D207 C2141 D206 R2162 C2163 R2160 C2160 C2161 R2159 C2159 D212 D208 R2161 R2158 C2162 U226 R358 C2158 R2157 C264 C379 C392 C335 C205 R356 RN201 C252 R244 R250 R246 C338 C206 R242 C333 C334 C211 C349 C226 C253 C254 C316 C350 R208 C284 C353 R205 C361 C223 C221 C225 RN209 R302 C267 C274 C236 C247 C360 C260 C352 C295 C354 C237 R319 R320 C248 C375 L222 C362 C220 C215 C214 C275 C213 C376 C219 R207 C249 R322 C276 C239 C251 R340 C363 R355 C259 R301 C238 R206 C250 C366 C359 L227 R379 R377 R378 R380 R354 R324 C364 C356 R339 C367 C365 C355 C256 R342 C382 L224 L223 C262 R351 C358 R345 R346 C282 C273 C281 L230 - 93 - C244 C271 C311 R280 L229 L228 C245 C308 C309 C313 C307 R274 L203 C346 C272 C255 C201 C257 5.1.5 Surface layer of AV OUT Board V702 L708 L707 L710 L712 L711 L709 JK702 R701 JP715 JK703 JK704 V701 G701 JP702 V S JK706 JK701 JP707 L701 L702 L703 L704 L705 L706 JP701 JP709 XS701 30 TC702 EBC V703 EB C EB C JP717 TC707 R703 JP711 JP719 JP713 JP721 JP703 JK705 JK707 JP706 TC705 TC706 - 94- TC701 TC703 TC704 JP705 7KD01A-1 DVD 2005/12/01 5.1.6 Bottom layer of AV OUT Board C721 R704 L719 C724 C713 C717 C701 C702 C703 C704 C705 C706 C712 C720 C719 C718 C716 C711 ZD704 ZD703 ZD702 C723 ZD701 C722 R723 R706 R708 R713 C710 R725 R705 R719 R724 C728 R726 R718 R722 C726 C725 R720 R711 R712 - 95 - L714 R709 R710 L713 R702 R715 R717 R727 R721 C727 R714 5.1.7 POWER Board - 96 - 5.1.8 MIC Board - 97 - 5 21 20 19 18 99 92 1 P3 P2 P1 P0 MIDI_OUT DABD1 IRQ 79 97 69 57 44 30 17 PDWN/ VC3 VC3 VC3 VC3 VC3 VC3 77 PWRIN 11 37 83 86 87 78 4504_A8 VC2 VC2 VC2 VC2 VC2 PWROUT 6 7 8 9 12 13 14 15 4504_D0 4504_D1 4504_D2 4504_D3 4504_D4 4504_D5 4504_D6 4504_D7 D202 IN4148 X2 D0 D1 D2 D3 D4 D5 D6 D7 X1 WSBD CLBD DABD0 CKOUT A0 DBCLK DBACK DBDATA 10k 85 C303 332 R269 100E U211 SAM2133 MIDI_IN DAAD TEST GND GND GND GND GND GND GND GND GND GND GND LFT R109 1 WD15 WD14 WD13 WD12 WD11 WD10 WD9 WD8 WD7 WD6 WD5 WD4 WD3 WD2 WD1 WD0 -98- 100 98 23 10 16 31 36 45 56 68 76 80 84 96 WR/ RD/ RST/ CS/ 75 74 73 72 71 70 67 66 65 64 63 62 61 60 59 58 4 3 22 2 U213 XRST WWCK WBCK WDAT WXCK 1 4 3 2 5 82 8 R268 4504_WR 4504_RD XRST MPU_CS to Avout_CN802 R280 0R WD15 WD14 WD13 WD12 WD11 WD10 WD9 WD8 WD7 WD6 WD5 WD4 WD3 WD2 WD1 WD0 C304 103 WA0 WA1 WA2 WA3 WA4 WA5 WA6 WA7 WA8 WA9 WA10 WA11 WA12 WA13 WA14 WA15 WA16 WA17 WA18 WA19 WA20 WA21 WA22 WCS/ WOE/ WWE/ 81 95 94 93 88 RST/ LRCK SCLK SDAT MCLK AGND REF-G RN206 P82E 7 6 14 10 9 OUTL OUTR DIF0 DIF1 MUTC C305 104 13 11 DEM0 R270 10k 9.6MHz AVCC AVCC VQ FILT+ 15 12 TC209 R273 24 25 26 27 28 29 32 33 34 35 38 39 40 41 42 43 46 47 48 49 50 51 52 WA0 WA1 WA2 WA3 WA4 WA5 WA6 WA7 WA8 WA9 WA10 WA11 WA12 WA13 WA14 WA15 WA16 WA17 WA18 WA19 WA20 53 54 55 WCS WOE 10uF/16V R271 1k 16 TC207 TC213 10uF/16V 10uF/16V MIDI_L R272 MIDI_R 1k TC210 10uF/16V CS4340 90 89 91 TC251 C306 10uF/16V 104 C314 822 VCC3.3 C315 822 U212 MX23L3213 1k -9V 25 24 23 22 21 20 19 18 8 7 6 5 4 3 2 1 48 17 16 9 10 26 28 15 A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 CE OE Q0 Q1 Q2 Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 Q11 Q12 Q13 Q14 Q15/A- VDD BYTE WE RESET WP/ACC VPP RDY/BUSY GND GND 29 31 33 35 38 40 42 44 30 32 34 36 39 41 43 45 WD0 WD1 WD2 WD3 WD4 WD5 WD6 WD7 WD8 WD9 WD10 WD11 WD12 WD13 WD14 WD15 VCC3.3 37 47 11 12 14 13 46 27 MIDI_LOUT R293 R291 Q225 47k 9015C VCC5 4k7 Q229 9014 R290 1k MIDI_ROUT R294 Q220 9014 R274 1k R289 4k7 R287 Q224 9013 1k 4k7 R288 10k VCC3.3 TC211 47u C307 104 C308 104 C309 104 C311 104 C312 104 C313 104 VC2 TC212 10uF/16V C310 104 AUDSW Section Two circuit diagram 4504_D[0..7] VCC3.3 5.2.1 MPEG&SERVO 1 Board VC2 5.2.2 MPEG&SERVO 2 Board AVCC VCC3.3 +9V C2155 104 C2138 104 C2139 104 36k R2129 C2140 104 C2111 8 GND R276 56p TC231 10uF/16V(DNS) 7.5k +9V -9V TC240 2 1 3 R2130 R2131 4k7 4k7 C2112 122 10uF/16V C2142 104 C2143 104 -9V U219A 4580 4 C2141 104 R2136 10k C2122 122 GND GND 8 56p 6 7 CH-L 1k 5 10uF/16V -9V R2134 R2135 4k7 4k7 R2121 AUDIO_SR 8 3 10uF/16V AMUTE 8 TC222 CH-SL 5 U220B 4580 C2118 102 1 3 U221A 4580 10uF/16V -9V 10uF/16V LL RS SR# TC227 10uF/16V TC228 10uF/16V R2142 R2143 4k7 4k7 C2121 102 R2153 6k8 SL# -12V C2133 122 LFE# SW GND TC229 10uF/16V C# /C R2146 R2147 4k7 4k7 C2124 102 R2154 6k8 TC230 10uF/16V C2135 122 +9V AVCC 8 Q223 C8050 R2149 24k C2126 100p GND VCC5 MUTE1 TC224 CH-C 6 7 5 10uF/16V -9V 4580 U221B R2150 R2151 4k7 4k7 C2127 102 R2155 6k8 MUTE2 D207 IN4148 C2136 122 MUTE3 +9V D206 IN4148 +9V C318 104 10uF/16V TC226 C2130 122 8 2 1k TC215 100u TC225 +9V TC223 R2128 TC214 10uF/16V 4k7 C2123 100p AUDIO_C D215 5.6V 4k7 R2145 24k CH-SW R275 330E TC232 10uF/16V LS 6 -9V Q210 2SC1815-YS +9V C2157 104 R2152 6k8 100p 7 10uF/16V R2127 1k R2116 100k R2139 U220A 4580 C2120 1k Q209 2SC1815-YS GND R2138 +9V 1k R2126 R2115 100k TC233 10uF/16V 4 AUDIO_SW C2156 104 FILT+ GND 4 - 99 - 1k R2125 CS4360 RR R2141 24k 1k Q208 2SC1815-YS R2124 AUDIO_SL C# LFE# MUTE3 VQ# 4 R2123 MUTE1 LL RR MUTE2 LS RS R364 1k(DNS) L 2 28 27 26 25 24 23 22 21 20 19 18 17 16 15 GND +9V 1 1k Q207 2SC1815-YS R2114 100k R2148 7.5k 100p TC221 CH-SR -9V GND R363 1k MIDI_LOUT R C2117 1k R2122 R2113 100k MICIN 24k R2137 1k Q206 2SC1815-YS R2120 1k AUDIO_L 10k MUTEC1 AOUTA1 AOUTB1 MUTEC2 AOUTA2 AOUTB2 VA GND AOUTA3 AOUTB3 MUTEC3 VQ FILT+ M2 C2129 122 C2115 122 U219B 4580 GND R2119 R2112 100k 10k R279 VLS SDIN1 SDIN2 SDIN3 SCLK LRCK MCLK VD GND RST SCL SDA CS VLC 4 R2111 100k R278 SCL SDA +9V TC241 4 1k Q205 2SC1815-YS R2118 C2114 CH-R 1 2 3 4 5 6 7 8 9 10 11 12 13 14 VD1 GND R2117 MIDI_ROUT TC236 10uF/16V(DNS) U207 10k 36k R2133 AUDIO_R R277 C2153 C2154 104 104 ADATA0 ADATA1 ADATA2 ABCLK ALRCK AMCLK D208 R2101 100k R2102 10k TC235 100u16V R2140 510R(DNS) R2103 1K Q211 9015C Q212 9015C R2104 1k Q219 S8550D Q218 2SC1815-Y D209 IN4148 D211 IN4148 D212 IN4148 R2110 10k IN4148 GND -9V R2105 R2132 10k 10k C2144 105(DNS) TC237 220u25V -9V VCC5 AMUTE R2109 1k TC238 220u/25V R2106 100R R2108 1K R2107 0R(DNS) 4504_D0 4504_D1 4504_D2 4504_D3 4504_D4 4504_D5 4504_D6 4504_D7 +9V 42 43 IO1 IO2 IO5 IO6 IO7 IO8 IO10 IO11 IO13 IO14 TDI TMS TDO TCK 3295_BUSY 4504_BUSY C287 22p -9V C288 22p R2160 24k C2163 10uF/16V MIDI_LOUT VCC3.3 R266 4k7 ADC IN 101 +9V R2161 4k7 6 R2162 1K M2_ECS_n Host_WE_2 M2_EOE_n A21 0 1 0 1 PM 4 -9V U226B 4580 U209 GND OUT ROM_CS CPLD_REG 4504_CS DATA_BUS XIN X201 R262 R253 Q204 9015C 10k C347 105 2 3 R254 1k C289 U214C 4 5 6 1 1 U214B 1 U214A R256 33E 74HCU04 C392 472 22p XOUT R263 100E XIN 15 XOUT 14 XOUT R259 50 52 13 AVREF GND GND 9.6MHz C291 22p C290 P3.0 P3.1 P3.2 P3.3 P3.4 P3.5 P3.6 P3.7 XIN VCC3.3 22p 74HCU04 100E 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 4504_A8 1 DM 2 RD WR 3 4 4504_RD 4504_WR 4504 P4.0 P4.1 P4.2 P4.3 P4.4 P4.5 P4.6 P4.7 P1.0 P1.1 P1.2 P1.3 P1.4 P1.5 P1.6 P1.7 P5.1 P5.0 21 -12V 20 18 17 11 10 9 8 MPU_CS 4504_CS 45 44 43 42 41 40 39 38 6 7 AUDSW 2 2 74HCU04 C348 104 RESET_n 9.6MHz 100k P2.0 P2.1 P2.2 P2.3 P2.4 P2.5 P2.6 P2.7 29 28 27 26 25 24 23 22 K A R252 100k 37 36 35 34 33 32 31 30 DEC-C DEC-B DEC-A SEL VCC5 D201 IN4148 A8 A9 A10 A11 A12 A13 A14 A15 P0.0 P0.1 P0.2 P0.3 P0.4 P0.5 P0.6 P0.7 MIDI_L 4504_BUSY 3295_BUSY A22 0 0 1 1 RES C2161 122 C286 22p 1 2 3 4 5 6 7 8 9 10 A0 A1 A2 A3 A4 A5 A6 A7 7 5 (M2_A22) (M2_A21) XS204 ALTERA_JTAG(DNS) 19 56 55 54 51 49 48 47 46 U226A 4580 C2160 M2_D12_2 18 M2_D11_2 15 39 40 44 2 3 5 6 8 10 12 13 M2_D0_2 M2_D1_2 M2_D2_2 M2_D3_2 M2_D4_2 M2_D5_2 M2_D6_2 M2_D7_2 4k7 XRST VDD2 VDD1 VLD EA C2159 122 GND 1 7 32 26 - 100 - R265 MIDI_R 1 VCC3.3 4k7 R2159 1K R2158 4k7 2 3 EPM3032-TQFP44 R264 101 8 C2162 10uF/16V MIDI_ROUT GNDINT GNDINT GNDIO GNDIO GNDIO GNDIO 53 12 5 16 R2157 24k ROM_CS 33E 19 20 IO31 IO30 57 58 59 60 61 62 63 64 29 9 41 17 R261 C2158 IN/OE1 16 36 4 11 24 30 14 IO15 4 38 IO17 IO18 8 4504_CS GCLK IO32 IO16 IN/GCLR IN/OE2 IO3 35 34 VCCIO VCCIO VCCINT VCCINT 4504_WR 4504_RD VCC3.3 D0 D1 D2 D3 D4 D5 D6 D7 4504_D0 4504_D1 4504_D2 4504_D3 4504_D4 4504_D5 4504_D6 4504_D7 33 31 28 27 25 23 22 21 37 33E IO19 IO21 IO23 IO24 IO26 IO27 IO28 IO29 U210 27MHz R260 5.2.3 MPEG&SERVO 3 Board 4504_D[0..7] VCC3.3 VCC5 U225 VCC C E VCC3.3 VCC3.3 R225 R255 75E(DNS) 75E(DNS) TC249 47u GND RERESTOUT R267 B 33E(DNS) V3603(DNS) TC244 47u/16V(DNS) C292 104 C293 102 C294 104 C295 102 C296 104 C297 102 C298 104 C299 102 C301 104 C302 102 5.2.4 MPEG&SERVO 4 Board M1_D[0..15] M1_A[0..11] VCC3.3 M1_CLKO R301 M1_CLK A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 20 21 BA0 BA1 38 CLK 22E C259 6.8P VCC3.3 37 19 18 17 16 CS# RAS# CAS# WE# P33E M1_DQM0 M1_DQM1 15 39 VDD VDD VDD 1 14 27 VDDQ VDDQ VDDQ VDDQ 3 9 43 49 CKE RN202 M1_SCS_n M1_RAS_n M1_CAS_n M1_WE_n NC NC DQML DQMH 36 40 VSS VSS VSS VSSQ VSSQ VSSQ VSSQ M1_D0 M1_D1 M1_D2 M1_D3 M1_D4 M1_D5 M1_D6 M1_D7 M1_D8 M1_D9 M1_D10 M1_D11 M1_D12 M1_D13 M1_D14 M1_D15 VCC5 VCC3.3 TC246 47u C265 102 C266 102 C269 103 C267 102 C270 103 C271 103 C268 102 C283 103 M2_CAS M2_RAS M2_DQM1 M2_DQM0 C262 102 M2_A[0..11] VCC3.3 R362 4.7k C274 103 C275 103 C276 103 15 28 41 54 - 101 M2_CLKO R302 M2_BA0 M2_BA1 20 21 M2_CLK 38 22E C260 6.8P* CLK VCC3.3 37 19 M2_SCS_n M2_RAS_n M2_CAS_n M2_WE_n BA0 BA1 XS13A CS# 18 17 16 RAS# CAS# WE# 15 39 DQML DQMH P33E M2_DQM0 M2_DQM1 U205 IS42S16400-7T 2 4 5 7 8 10 11 13 42 44 45 47 48 50 51 53 36 40 VDD VDD VDD 1 14 27 VDDQ VDDQ VDDQ VDDQ 3 9 43 49 CKE RN201 M2_RAS M2_CAS M2_WE NC NC 43 41 39 36 34 32 30 44 42 40 38 35 33 31 29 M2_D7_2 M2_D6_2 M2_D5_2 M2_D4_2 M2_D3_2 M2_D2_2 M2_D1_2 M2_D0_2 VCC3.3 R360 4.7k 10 13 14 27 46 47 26 28 11 R361 4.7k ROM_CS M2_EOE_n Host_WE_2 6 12 46 52 M2_A[0..11] A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 VDD Q14 A19 Q13 A18 Q12 A17 Q11 A16 Q10 A15 Q9 A14 Q8 A13 Q7 A12 Q6 A11 Q5 A10 Q4 A9 Q3 A8 Q2 A7 Q1 A6 Q0 A5 A4 A3 A20 A2 VPP A1 WP/ACC A0 GND DQ15/A_1 GND /BYTE RY/BY CE /REST OE /WE MX29LV160T(TSOP) M2_D[0..15] 23 24 25 26 29 30 31 32 33 34 22 35 12 RESET_n XS202 DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 M2_A11 M2_A10 M2_A9 M2_A8 M2_A7 M2_A6 M2_A5 M2_A4 M2_A3 M2_A2 M2_A1 M2_A0 VCC3.3 C273 102 37 9 16 17 48 1 2 3 4 5 6 7 8 18 19 20 21 22 23 24 25 45 M2_BA1 M2_BA0 VCC5 U206 L228 50E M2_D10_2 M2_D9_2 M2_D8_2 C272 103 U208 IS42S16400-7T M2_A0 M2_A1 M2_A2 M2_A3 M2_A4 M2_A5 M2_A6 M2_A7 M2_A8 M2_A9 M2_A10 M2_A11 L229 50E(DNS) VSS VSS VSS 28 41 54 VSSQ VSSQ VSSQ VSSQ 6 12 46 52 M2_D0 M2_D1 M2_D2 M2_D3 M2_D0 M2_D1 M2_D2 M2_D3 M2_D4 M2_D5 M2_D6 M2_D7 M2_D8 M2_D9 M2_D10 M2_D11 M2_D12 M2_D13 M2_D14 M2_D15 M2_D4 M2_D5 M2_D6 M2_D7 P33E RN204 M2_D0_2 M2_D1_2 M2_D2_2 M2_D3_2 M2_D4_2 M2_D5_2 M2_D6_2 M2_D7_2 P33E M2_D8 M2_D9 M2_D10 M2_D11 RN205 M2_D8_2 M2_D9_2 M2_D10_2 M2_D11_2 P33E VCC3.3 C277 102 RN203 C278 103 C279 103 C280 103 M2_D12 R372 33E M2_WE R303 33E Host_WE_2 M2_D12_2 C281 102 C282 102 C284 102 1 2 3 4 5 6 7 8 9 10 11 12 13 R304 R305 GND +9V -9V GND 0E 0E MUTE_DET MICIN -12V C256 103(DNS) VDD=2.0V FOR CORE +3.3V AME1117-ADJ(DNS) +5V GND +3.3V L206 50E GND +5V RESERVED GND TC245 470u C264 104 VCC5 3 VIN C261 104 ADJ/GND M1_BA0 M1_BA1 23 24 25 26 29 30 31 32 33 34 22 35 2 4 5 7 8 10 11 13 42 44 45 47 48 50 51 53 VOUT vout VDD 2 4 C263 104 1 M1_A0 M1_A1 M1_A2 M1_A3 M1_A4 M1_A5 M1_A6 M1_A7 M1_A8 M1_A9 M1_A10 M1_A11 DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 R306 C390 104(DNS) 200R/1%(DNS) R307 100R/1%(DNS) + TC248 220uF/16V L220 VCC3.3 50E D5V TC256 470u C349 102 TC257 220u M1_D[0..15] M1_A[0..11] C359 102 C351 102 C360 102 C361 102 C352 103 C362 103 C353 103 C363 103 C354 103 C364 103 VCC3.3 C356 103 C365 103 C366 103 C357 103 U223 C358 103 1 2 3 4 C367 103 VD4 VD5 24C16 R324 RN216 P82E VD5 VD4 10k SDA SCL C369 REMOTE AMCLK ALRCK VSTB ABCLK ADATA2 ADATA1 ADATA0 RN217 P82E IEC 4 47 60 73 91 105 122 136 153 185 6 48 61 74 92 106 123 141 154 184 C368 104 8 7 6 5 DC/NC VCC RST_/NC RST/WP WP/RST_ SDL VSS SDA VCC3.3 13 41 82 108 139 186 M1_D15 M1_D14 M1_D13 M1_D12 M1_D11 M1_D10 M1_D9 M1_D8 M1_D7 M1_D6 M1_D5 M1_D4 M1_D3 M1_D2 M1_D1 M1_D0 95 96 97 98 99 100 101 102 94 93 90 89 88 87 86 85 14 40 83 109 140 187 M1_A11 M1_A10 M1_A9 M1_A8 M1_A7 M1_A6 M1_A5 M1_A4 M1_A3 M1_A2 M1_A1 M1_A0 147 148 110 111 112 113 114 115 152 151 150 149 117 84 104 103 107 145 146 116 142 143 144 VCC1.8 C355 103 206 207 1 2 M1_SCS_n M1_RAS_n M1_CAS_n M1_WE_n M1_BA1 M1_BA0 M1_CLKO M1_DQM1 M1_DQM0 VSYNC (FOR VGA) HSYNC (FOR VGA) C350 102 R325R326R327 R328 100p C370 100p C371 VCLK VDAT 100p C372 100p Core 1.8V GND 3.3V M2_D[0..15] 46 65 66 72 44 45 43 67 81 118 42 33E 33E ADATA3 ADATA2 ADATA1 ADATA0 AVDD_DAC33 AVDD_DAC33 AVDD_DAC33 AVDD_DAC33 AVDD_DAC33 Memory #1 AVSS_DAC33 AVSS_DAC33 AVSS_DAC33 AVSS_DAC33 AVSS_DAC33 COMP RSET VREF_OUT VREF_IN VD7 VD6 VD5 VD4 VD3 VD2 VD1 VD0 VD5 VD6 VD7 VD0 VD0 RN219 P4k7 VD1 VD2 VD3 VD4 15 16 37 38 39 IOX IOR IOG IOB VD3 DEBUG PORT(ARC JRAG) R358 10k VCC3.3 VCC3.3 R341 L225 2.7uH(DNS) R345 R344 0E 10k(DNS) 27MHz C385 56p C384 22p C383 102(DNS) C382 TC263 104 220u/16v C381 104 L224 FBSMT L223 FBSMT TC262 220u/16v IEC R329 33EIEC958 VDD_DAC0 C373 17 18 VCC1.8 L221 300E 104 TC258 220u VCC3.3 -12V L222 20 23 26 29 36 300E 21 24 27 30 35 31 32 33 34 R330 C378 C374 C375 C376 TC259 C377 104 104 104 220E R331 220u 104 39E 104 19 AVID0 28 25 22 AVID1 AVID2 AVID3 IIS3 R336 FS1 75E C386 100p 9 8 7 196 195 194 193 192 191 190 189 188 183 182 181 180 +3.3V DD15 DD14 DD13 DD12 DD11 DD10 DD9 DD8 DD7 DD6 DD5 DD4 DD3 DD2 DD1 DD0 12 11 10 DA2 DA1 DA0 137 173 175 176 179 174 138 178 177 XS209 XS07 49 50 51 U224 CM1117_ADJ VCC1.8 4 DD[0..15] DA[0..2] TC265 220u/16v C379 104 3 Tab 2 1 3 2 1 VCC1.8 R337 200E(1%) VCC1.8 100k X203 RESET_n IRQ14 CSEL CS1_n CS0_n DMACK DMARQ DIORDY DIOw_n DIOR_n R342 10k 197 198 199 200 201 202 203 204 158 161 155 159 156 157 160 163 162 165 164 171 R343 180E 27MHz MUTE_DET IIS3 IIS2 IIS1 IIS0 TCK TMS TDI TDO 7 6 5 4 3 2 1 FRONT PANEL DD_15 DD_14 DD_13 DD_12 DD_11 DD_10 DD_9 DD_8 DD_7 DD_6 DD_5 DD_4 DD_3 DD_2 DD_1 DD_0 DA2 DA1 DA0 ATAPI IDE / DVD_DSP IRQ14 CSEL CS1_n CS0_n DMACK_n DMARQ DIORDY DIOW_n DIOR_n IIS_7 IIS_6 IIS_5 IIS_4 IIS_3 IIS_2 IIS_1 IIS_0 AV BUS/GPIO DVDD_PLL0 DVDD_PLL1 AVDD_PLL0 AVDD_PLL1 AVSS_PLL0 DVSS_PLL0 VSS_PLL1 SCLK_XOUT SCLK_XIN AICLK_XOUT AICLK_XIN TCK TMS TDI TDO TRST_n TEST_n PLL VD7 VD6 VD5 RN220 P4k7 REMOTE VCC5 GND VSTB VCLK VDAT PWRSTB RN218 P33E AML3295 168 166 167 172 169 170 2k7(DNS) 2k7(DNS) 2k7(DNS) R350 R357 R348 R347 2k7(DNS) RESET_n TEST 10k XS208 XS06(DNS) VDD_DAC18 VSS_DAC18 Memory #2 Video_DAC VCC5 52 53 54 55 56 57 58 59 U202 AML3295 CLOCKS 10K(DNS) VCC5 UART_RX UART_TX NGP0 M2_SCS_N M2_RAS_N/A14 M2_CAS_N/A15 M2_WE_N M2_BA1/A17 M2_BA0/A16 M2_DQM1/A13 M2_DQM0/A12 M2_ECS_N M2_EOE_N M2_CLKO UNCONNECT WHEN DEBUG XRST R354 33E IIS2 VOCAL R353 33E DIORDY HRST R352 33E IIS1 MUTE R351 IIS0 1 2 3 4 5 6 NGP5 NGP4 NGP3 NGP2 GPIO NGP1 R346 - 102 M2_A[0..11] M2_SCS_n M2_RAS_n M2_CAS_n M2_WE_n M2_BA1 M2_BA0 M2_DQM1 M2_DQM0 M2_ECS_n R356 M2_EOE_n R355 M2_CLKO GPIO M2_A0 M2_A1 M2_A2 M2_A3 M2_A4 M2_A5 M2_A6 M2_A7 M2_A8 M2_A9 M2_A10 M2_A11 R2156 1K D5V VD_7 VD_6 VD_5 VD_4 VD_3 VD_2 VD_1 VD_0 C380 VDD R340 R339 4k7* 4k7* VCC1.8 L226 50E 1 126 125 121 120 119 62 79 77 80 63 124 64 Audio Audio C391 104 104 12 M2_A0 M2_A1 M2_A2 M2_A3 M2_A4 M2_A5 M2_A6 M2_A7 M2_A8 M2_A9 M2_A10 M2_A11 GND Power M2_D0 M2_D1 M2_D2 M2_D3 M2_D4 M2_D5 M2_D6 M2_D7 M2_D8 M2_D9 M2_D10 M2_D11 M2_D12 M2_D13 M2_D14 M2_D15 2 128 134 133 132 131 130 129 127 68 78 76 69 70 75 71 135 IEC958 AMCLK ALRCLK AOCLK Memory #1 Memory #2 M2_D0 M2_D1 M2_D2 M2_D3 M2_D4 M2_D5 M2_D6 M2_D7 M2_D8 M2_D9 M2_D10 M2_D11 M2_D12 M2_D13 M2_D14 M2_D15 VSS_33 VSS_33 VSS_33 VSS_33 VSS_33 VSS_33 VSS_33 VSS_33 VSS_33 VSS_33 VDD_33 VDD_33 VDD_33 VDD_33 VDD_33 VDD_33 VDD_33 VDD_33 VDD_33 VDD_33 VSS_18 VSS_18 VSS_18 VSS_18 VSS_18 VSS_18 VDD_18 VDD_18 VDD_18 VDD_18 VDD_18 VDD-18 M1_D15 M1_D14 M1_D13 M1_D12 M1_D11 M1_D10 M1_D9 M1_D8 M1_D7 M1_D6 M1_D5 M1_D4 M1_D3 M1_D2 M1_D1 M1_D0 M1_A11 M1_A10 M1_A9 M1_A8 M1_A7 M1_A6 M1_A5 M1_A4 M1_A3 M1_A2 M1_A1 M1_A0 M1_EOE_N M1_ECS_N M1_DQM0 M1_DQM1 M1_CLKO M1_BA0 M1_BA1 M1_WE_N M1_CAS_N M1_RAS_N M1_SCS_N 10k 10k 10k 10k TC264 TC261 10u/16v 220u/16v R338 100E(1%) 5.2.5 MPEG&SERVO 5 Board VCC1.8 205 5 3 208 +3.3V 5.2.6 MPEG&SERVO 6 Board VCC5 L211 1.8uH AVID3 L218 120E VCC5 D203 1N4148*2 B/Cb/Pb C321 R335 75E VCC5 TC267 47u 22p C320 270p C322 330p R314 4k7 R315 VCC5 L212 1.8uH AVID2 L217 120E 2k R313 1M C387 SCOREIN TC266 Q234 9013 10u R317 33k Q233 9013 104 D204 1N4148*2 G/Y/Y C324 R334 75E INPUT 1Vp-p R312 10k R318 27k VOCAL R316 0E* TC268 10u 22p C323 270p C325 330p VCC5 VCC5 L213 1.8uH AVID1 L216 120E R366 4k7 D205 1N4148*2 R/Cr/Pr C327 R333 75E R365 1M MICIN 22p C326 270p Q235 9013 104 C328 330p R368 0E* VCC5 - 103 - L214 1.8uH AVID0 L215 120E C330 R332 75E CVBS G/Y/Y L210 22p C329 270p R281 75E(DNS) C331 330p R296 R/Cr/Pr L209 0E(DNS) U214D R295 9 U214E 8 11 10 0E 39k(DNS) MUTE_DET MICIN R311 1k(DNS) -9V +9V GND R298 R299 NC NC KARAOKA MUTE GND Q226 9014(DNS) 1 2 3 4 5 6 7 SPDIF 74HCU04 XS201 XS7(DNS) +9V TO MIC -9V 此框内元件不装 R297 0E 74HCU04 L219 VCC5 120E(DNS) +9V TC219 47u 1 2 SPDIF 3 VCC5 4 50E Y 5 GND 6 50E C 7 GND 8 R/Cr/Pr 9 GND 10 G/Y/Y 11 GND 12 B/Cb/Pb 13 GND 14 CVBS 15 FS1 16 AUDIO_L 17 GND 18 AUDIO_R 19 GND 20 AUDIO_SL 21 GND 22 AUDIO_SR 23 GND 24 AUDIO_C 25 GND 26 AUDIO_SW 27 28 SCOREIN 29 GND 30 -12V D210 1N4148*2 IEC958 R309 R367 1k C389 C332 104 TC218 100u R308 C345 104 NC R310 0E HSYNC VSYNC XS207 XS30 1 2 3 B C E 2(G) 2SD1664(SOT89) 6 5 4 3 2 1 XS205 XS06 1(S) SPINSPIN+ LIMIT R201 330E SLED+ SLED- LIMIT# XS206 XS05 C202 102 2SK3018(T23-SGD) 5 4 3 2 1 C317 104 LOAD+ LOAD- SPIN+ R202 TROUT TRAYOUT# 330E R203 TRAYIN# TRIN GND R227 R226 10k 330E C203 1M D5V C204 GND D5V 102 102 GND 8 R228 1k5 GND R229 4k7 U222A D VR_CD TC220 47uF/16V S R224 100k GND 1k5 B Q213 8550,TO-92 Q231 3904 Q214 1k5 8550,TO-92 4 GND GND LOAD+ 8050,TO-92 Q215 B 8050,TO-92 Q216 B 470E Q203 2SK3018 G R236 GND 2.2R/1/4W 1M R239 1k5 GND 5 + 6 - R241 22k 0 1 CD_DVD CD DVD D5V D5V 10k S R238 R237 10k INTRAY E 100k R234 470E 9014 Q217 B R235OUTTRAY 8 R233 C D VR_DVD C C OUTTRAY GIO6 GIO5 SPIN- GND R221 1 LM393,SOP-8 LOAD- E 10k - TC252 47uF/16V R230 E B E R222 GIO6 2 R232 22k + B C C CD_DVD R231 E E + R223 10k + D5V Q230 2SK3018 G C A5V 3 R240 4k7 U222B 7 GIO4 4 LM393,SOP-8 GND GND D5V VRD VR_CD VR_DVD - 104 - + TC201 100uF/16V C258 104 C222 C335 104 104 -12V GND GND VRD C333 470p U203 BA5954FP,Rohm(HSOP-28) VRD FOSO 1 2k2 R243 A5V 26 25 C336 C206 473 C C C C C257 104 C201 104 LDO2 TC255 220uF/16V FMO R246 2k2 FMSO 3 100p 4 VRD R247 5 8k2 6 R248 8k2 MDI LDO1 VR_DVD VR_CD C339 681p 7 BIAS CFCERR2 VINTK VINSL+ CTKERR1 VINSL- CTKERR2 VOSL VINLD VNFFC PREGND C340 104 VRA 104 9 10 SLED- 11 SLED+ 12 R251 R258 F- 1E 1E 13 F+ 14 C342 103 VCC PVCC2 PVCC1 VNFTK PGND PGND VOSL- VOLD- VOSL+ VOLD+ VOFC- VOTK- VOFC+ GND DMOEN C334 470p 27 VRD 26 TOSO 25 R245 47k 24 C337 100p C338 104 DMSO R250 5.1K 22 VOTK+ 21 20 19 18 SPIN- 17 SPIN+ R257 R249 16 15 R244 1E 1E TRO 2k2 VRD 23 TRC343 103 TR+ GND GND This connector(CN2) support DV34 28 D5V 8 L230 FBSMT STBY CFCERR1 D5V C341 F E A D RF CD_DVD C B TR+ TRF+ F- VINFC 28 27 24PIN 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 2 VRD XS203 GND-LD DVD-LD (NC) HFM MD CD-LD VR-DVD VR-CD (NC) E Vcc Vc GND-PD F B/b A/a RF CD/DVD SW D/d C/c TT+ F+ F- 47k GND GND FOO R242 29 30 VR DMO 5.2.7 MPEG&SERVO 7 Board 3(D) VCC3 INTRQ DMAACK# DIORD# DIOWR# DMARQ# 5.2.8 MPEG&SERVO 8 Board HDA1 HDA0 HDA2 CS1FX# CS3FX# R205 1 0 k HRST TRAYOUT# INT0# C233 104 C207 104 C209 104 HDD8 HDD7 R206 R207 R208 10k(OPT)10k(OPT) 1 0 k RN209 P4k7 50E 32 31 A5VV 50E L227 22 24 16 A5V C208 104 LA14 LA13 /OE VDD LA8 A290011L LA9 LA11 /OE LA10 LD7 CS3FX# R322 22E 100E CS1_n IRQ14 VDD C210 1 0 2 CS1FX# HDA2 HDA0 HDA1 JITFO LPFO CS0_n RN212 DA2 DA0 C212 1 0 3 DA1 C213 3 3 2 RFDSLV SCO P33E C214 3 3 2 DMAACK# DIORD# DIOWR# DMARQ# DMACK C215 1 0 4 DIOR_n DIOW_n C216 DMARQ 4k7 273 P33E R323 10k R320 3.3VA R210 20k VCC3 R209 9k1 216-PIN LQFP 1uF 3.3VAVRD VRA C227 392 RN213 HDD15 HDD0 HDD14 HDD1 P33E RF A B C D DD[0..15] DD15 DD0 DD14 A5V R214 33k E F C240 104 L208 4.7uH DD7 RN214 R217 22E Q201 C232 105 R216 B 12k 2SB1132R E P33E L207 4.7uH DD2 DD12 DD3 GIO7 GIO1 C218 47p VCC5 GIO2/EA 4.7k R376 GND R212 2k SCO C231 201 4.7k SMA3 SMA4 SMA2 SMA5 SMA1 SMA6 U215 RN208 CASL# CASH# WE# OE# RAS# SMA0 SMA7 SMA8 RAS# OE# WE# P33E CASH# CASL# SMD7 SMD8 SMD6 SMD9 LCAS UCAS WE OE R215 33E 29 28 13 27 14 SMA0 SMA1 SMA2 SMA3 SMA4 SMA5 SMA6 SMA7 SMA8 16 17 18 19 22 23 24 25 26 LCAS UCAS WE OE RAS SOJ40 A0 A1 A2 A3 A4 A5 A6 A7 A8 2 I/O0 3 I/O1 4 I/O2 5 I/O3 7 I/O4 8 I/O5 9 I/O6 10 I/O7 IC41C16256-35K 31 I/O8 32 I/O9 33 I/O10 34 I/O11 36 I/O12 37 I/O13 38 I/O14 39 I/O15 1 VCC 6-12V VCC2 20 VCC3 SMD5 SMD10 SMD4 SMD11 SMD3 SMD12 D5V GND GND2 GND3 SMD0 SMD1 SMD2 SMD3 SMD4 SMD5 SMD6 SMD7 SMD8 SMD9 SMD10 SMD11 SMD12 SMD13 SMD14 SMD15 21 35 40 VCC_R IC41C16256-35K L203 SMD2 SMD13 SMD1 SMD14 SMD0 SMD15 VDD VDD 50E C244 C245 104 C346 104 104 VDD VDD VDD C236 C237 C238 C239 C211 C219 C220 C221 C223 C225 C226 104 104 104 104 104 104 104 104 104 104 104 + TC203 100uF/16V VCC3 LDOCD XTALI X202 33.8688MHz R219 22E B LDO2 C243 15pF C246 105 DD13 P33E GIO4 GIO7 GIO6 GIO1 GIO0 R375 C242 15pF LDO1 DD5 RN207 VCC5 4.7k LIMIT DMOEN DD4 DD10 RN215 TRIN VDD GIO5 R211 2k VRD DD11 HDD13 HDD2 HDD12 HDD3 VCC5 4.7k R374 FOO DMO P33E HDD11 HDD4 HDD10 HDD5 R373 FMO TRO VRD E DD6 DD8 GIO2/EA TROUT C235 104 C DD9 VCC3 C234 332 DD1 HDD9 HDD6 HDD8 HDD7 RFDSLV C217 120p OUTTRAY INTRAY 3.3VA C228 102 R213 33k HDD[0..15] TRAYIN# LIMIT# VCC3 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 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 4k7 RN211 C224 6.8P R319 -105- INTRQ R321 LD6 VCC3 LD5 LD4 LD3 LD2 LD1 LD0 VT7208 C205 104 XTALO XTALI 3.3VA L205 50E TEZILP +3.3V L202 VCC3 LA4 LA5 LA6 LA7 LA12 LA15 108 107 106 105 104 103 102 101 100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 VSS5 TRAYIN# LIMIT# EJECT# PLAY# OUTTRAY INTRAY LED GIO3 VCC6 GIO2/EA VDD4 GIO5 GND4 GIO4 GIO7/IOCS16# GIO6 GIO1 GIO0 VSS6 MA3 MA4 MA2 MA5 MA1 MA6 VCC7 MA0 MA7 MA8 RAS# OE# WE# VSS7 CASH# CASL# MD7 MD8 MD6 MD9 VCC8 MD5 MD10 MD4 MD11 MD3 MD12 VSS8 MD2 MD13 MD1 MD14 MD0 MD15 MDI2 MDI1 D5V R380 0R C +5V R379 0R MDI 50E INT1# P34 RD# P10 P11 P12 P13 VCC2 P14 P15 P16 P17 AH12 AH15 ROMWE# P35 VSS1 AH14 AH13 VDD1 AH8 GND1 AH9 AH11 PSEN# AH10 ADL7 VCC1 ADL6 ADL5 ADL4 ADL3 ADL2 ADL1 ADL0 PLLVSS PLLVCC AVSS1 JITFO LPFO AVCC1 RFDSLV SCO AGFU AGFI AGFR AVSS2 OSP OSN AVCC2 RFOP RFON AVSS3 IREF TNI L204 50E LA0 LA1 LA2 LA3 TPI L201 LA16 LA15 LA14 LA13 LA12 LA11 LA10 LA9 LA8 LA7 LA6 LA5 LA4 LA3 LA2 LA1 LA0 LD0 LD1 LD2 LD3 LD4 LD5 LD6 LD7 C230 VCC3 13 14 15 17 18 19 20 21 C229 +3.3V 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 LA16 NC DQ1 NC DQ2 PA16 DQ3 PA15 DQ4 PA14 DQ5 PA13 DQ6 PA12 DQ7 PA11 DQ8 PA10 PA9 PA8 PA7 VCC PA6 NC PA5 PA4 PA3 PA2 E PA1 G PA0 GND 1uF A5V INT1# U216 1 30 2 3 29 28 4 25 23 26 27 5 6 7 8 9 10 11 12 VRD VRA AVCC3 DVDRFIN DVDRFIP DVDINA DVDINB DVDINC DVDIND CDC/SC CDD/SD CDA/SA CDB/SB PEAK RFRPSLV RFRPDC/BD RFRPAC/BD IDSUBI IDSUBO AVSS4 TPI TNI FEO FLVL CSO CEC MDI2 MDI1 LDO1 LDO2 AVCC4 TEZILP TEO AVSS5 DPD2 DPD1 AVCC5 DPDVSS DPDVCC AVSS6 FMO TRO FOO DMO ADBG1 ADBG2 AVCC6 XTALVSS XTALO XTALI XTALVCC FGIN HRFZC DMOEN +5V R378 10k INT0# VSS2 P31 P30 WR# ALE CSEL DASP# CS3FX# CS1FX# VCC3 DA2 DA0 PDIAG# DA1 GND2 INTRQ VDD2 DMAACK# VSS3 IORDY DIORD# DIOWR# DMARQ DD15 DD0 VCC4 DD14 DD1 DD13 DD2 GND3 DD12 VDD3 DD3 VSS4 DD11 DD4 DD10 DD5 DD9 DD6 VCC5 DD8 DD7 HRST# PRST# TRAYOUT# IEC DACVCC RO DACVREF LO DACVSS A5VV R377 10k GIO0 HDD6 HDD5 HDD9 HDD4 HDD10 HDD3 HDD11 HDD12 VCC3 INT0# C241 104 VCC3 D5V INT1# + TC247 10uF/16V C255 104 162 161 160 159 158 157 156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 + TC206 10uF/16V HDD13 HDD2 VDD HDD0 HDD15 VRD VRA HDD14 HDD1 HDD[0..15] Q202 2SB1132R R220 12k 1 2 3 B C E LDODVD 2SB1132R(SOT89) R218 5.1K XTALO C247 C248 104 104 C249 104 C250 C251 104 104 C252 C253 104 104 C254 C316 104 104 + TC202 100uF/16V 2 1 2 1 1 2 1 1 1 2 2 1 2 1 2 2 C403 221 2 R431 100R 1 1 1 K A K A 2 LED402 BLUE LED R418 330R LED403 BLUE LED K410 K414 12 1 ASTB 2 B 2 LED 2 12 K403 K407 1 K411 12 K415 12 12 2 R441 10K(DNS) KEY3 K404 K408 1 K412 12 K416 12 12 2 R443 0R(DNS) 2 1 2 2 C E 1 IR D412 1N4148(DNS) 1 K A 2 1 2 TC403 22uF/16V C444 104 IR GND VFDST VFDCK VFDAT ASTB 1 2 R434 4.7K 2 1 1 1 1 1 1 C435 151 C436 151 2 C434 151 2 2 DZ404 5.1V(DNS) 2 A K 1 DZ403 C433 151 5.1V(DNS) 2 2 DZ402 C432 151 5.1V(DNS) 1 1 A K 1 A K DZ401 C431 151 5.1V(DNS) 2 C430 151 1 1 1 1 1 A K 1 DZ405 5.1V(DNS) 2 DZ406 5.1V(DNS) A K A K A K DZ407 5.1V(DNS) C437 151 6 5 4 3 2 1 C446 104 2 2 2 2 2 2 2 2 A K DZ408 5.1V(DNS) 1 L403 FBSMT 1 KEY4 R440 Q404 10K(DNS) 8050(DNS) E KEY2 1 R437 100R 1 2 K406 12 2 1 K402 1 D407 1N4148(DNS) 2 A K 1 2 C445 471 1 STB 1 2 KEY1 2 R444 330R C442 104 1 K413 12 8 7 6 5 vdd GND GP5 GP0 GP4 GP1 GP3 GP2 2 12 1 2 3 4 1 1 12 1 K409 1 K405 1 K401 1 D406 1N4148 A K 2 2 SW1 2 2 R424 1K R435 10K R436 10K(DNS) U402 12C508A(516B) C R423 1K R438 10K 2 1 R422 1K R439 10K 2 2 1 R442 10K(DNS) 1 R421 1K 1 C441 104 1 TC404 100uF/16V 2 2 D404 1N4148 2 KEY3 2 3 1 1 SEG4 1 SEG3 1 2 D403 1N4148 2 2 D402 1N4148 2 2 KEY2 D401 1N4148 2 3 1 LED1 Q402 3906 3.3V D410 1N4148*2 2 2 D409 1N4148*2 KEY1 R429 1K VDD5 VDD5 3 LED401 RED LED B 2 XS09 1 R427 15R VDD5 C1 C402 104 2 Q401 8050(DNS) -12V E 2 2 C 2 1 R430 1K(DNS) B 2 LED1 1 104 1 KEY4 C443 VDD5 K A +5V 3 L401 FBSMT Q403 3906 2 1 VCC D411 1N4148*2 B 2 R420 3.3K 1 L402 FBSMT VCC SEG1 1 R426 15R LED 1 VDD5 1 R425 15R 1 XS401 2 1 2 9 8 7 6 5 4 3 2 1 1 2 FIL+ 2 SW1 GND 3.3V STB +5V GND -21V FIL- SEG2 1 GND C438 1 104/50V 2 1 C440 151 2 1 - 106 - 11 3 2 2 D413 1N4148(DNS) 1 K A 2 1 SW1 E 2 TC402 100uF/10V 2 C401 104 R432 100R 1 VCC 1 1 2 VCC 1K 1K 1K 1K 2 2 2 2 R405 51K 2 2 2 2 2 2 2 R410 10K C404 221 3.3V R433 4.7K D408 1N4148*2 VCC R416 10K C406 221 R406 R407 R408 R409 2 VCC D405 1N4148*2 VCC R417 10K 1 LED2 LED1 GND GRID4 GRID3 GRID2 GRID1 VCC FIL- VCC 1 G4 G3 G2 G1 VDD LED4 LED3 LED2 LED1 VSS OSC DZ409 3.6V(DNS) 1 2 2 TC401 100uF/10V R414 33K VFDST VFDCK GND VFDAT 34 35 36 37 38 39 40 41 42 43 44 2 C405 104 A K C439 102 151 151 151 151 151 151 R413 33K 2 U401 1 1 1 1 1 1 1 C408 C409 C410 C411 C412 C413 11 10 9 8 7 6 5 4 3 2 1 KEY2 KEY1 STB CLK VSS DIN DO SW4 SW3 SW2 SW1 UPD16312 2 2 1 F1 F1 1 GRID6 GRID5 GRID4 GRID3 GRID2 GRID1 R412 33K 1 1SW2 1SW3 1SW4 2 S9 S10 S11 S12/G1 VEE S13/G1 S14/G9 S15/G8 S16/G7 G6 G5 1 1 2 1 1 3 R415 100R 23 24 25 26 27 28 29 30 31 32 33 2 S8 S7 S6 S5 S4 S3 S2 S1 VDD KEY4 KEY3 SEG9 SEG10 SEG11 SEG12 -21V SEG13 SEG14 SEG15 SEG16 GRID6 GRID5 3.3V 2 3.3V IR 9 8 7 6 5 4 R411 33K 2 2 2 2 2 2 2 2 2 2 2 2 2 2 U403 HS0038B3V R419 10K 6G 5G 4G 3G 2G 1G KEY4 KEY3 KEY2 KEY1 1 121 121 121 121 33K 1 33K 1 33K 1 33K 1 SEG8 SEG7 SEG6 SEG5 SEG4 SEG3 SEG2 SEG1 VCC C426 C427 C428 C429 2 R401 2 R402 R403 2 2 R404 22 21 20 19 18 17 16 15 14 13 12 1 SEG16 1 SEG15 1 SEG14 121 121 121 121 121 121 1 SEG13 C420 C421 C422 C423 C424 C425 1 SEG12 1 SEG11 SEG9 1 SEG10 SEG6 SEG8 SEG5 1 1 SEG4 1 SEG7 SEG3 1 1 SEG2 1 121 121 121 121 121 121 1 SEG1 1 SEG1 SEG2 SEG3 SEG4 SEG5 SEG6 SEG7 SEG8 SEG9 SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16 1 FIL+ 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 2 P1 P2 P3 P4 P5 P6 P7 P8 P9 P10 P11 P12 P13 P14 P15 P16 35 34 2 F2 F2 C414 C415 C416 C417 C418 C419 5.2.9 KEY SCAN Board VFD401 VFD-35 XS402 XS06 5.2.10 AV OUT Board R717 0R VGND AGND VGND VGND VCC L701 CC AGND 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 29 30 XS701 XS30 HS VS SPDIF VCC Y FB C723 102(DNS) R L713 FBSMT L L714 FBSMT 1 5 5.1V(DNS) PbPr ZD702 Y1 9 5.1V(DNS) YPb ZD703 VIEDO VDATA3 L ZD704 R 15 17 5.1V(DNS) VIEDO- 11 13 5.1V(DNS) Pr- 7 19 SL 21 SR CC 2 4 LFE R714 2.2K VS AGND AV_TV R725 47K 10 R726 47K SR SR# 6 RED C704 102 R721 2.2K VCC JK701 L705 L L# 7 WHITE FB C705 102 SCART 8PIN 5.0V-8.0V AV 16:9 SCART 8PIN 0.0V-2.0V TV MODE R720 33R 4:3 FB 2.2K VDATA3 8 L706 R722 V702 8050 R# 9 RED C706 102 C726 102 CVBS MODE RGB WHITE AV8 20 AV 1 4 FB 18 9.5V-12V SCART 16PIN RED 5 L704 +9V R718 4.7K 0 SL# C703 102 RGB_CVBS SCART 8PIN SCART 16PIN 3 FB AGND AGND L703 C728 102 R AGND VGND LFE# C702 102 SL C727 103 C721 104 16 WHITE 2 RGB_CVBS 8 14 1 FB 6 12 CC# C701 102 L702 V701 8050 JK707 SCART AGND LFE +9V MIC-IN R719 75R R705 75R(DNS) A(B)OUT A(B)IN A(A)OUT A-COM RETURN A(A)IN BLUE I/O FUNC SW RETURN CONT GREEN I/O NC RETURN RETURN RED I/O BLK I/O RETURN TRTURN V-OUT V-IN GND 3 ZD701 C C722 102(DNS) 10 WHITE AGND MODE 11 AGND AV_TV 12 RED - 107 - R723 4.7K(DNS) HS R703 68R SPDIF 1 VCC 2 TC707 220uF/16V C711 104 3 C725 VIN JK705 OPTICAL VCC C710 104 R701 220R SPDIF R704 100R JK704 1000uF/16V G L709 Y- V-OUT5 6 1 GREEN C720 AGND 20pF R708 0R C724 47P AGND TC702 Y1 FBSMT 5 GND AGND V703 8050(DNS) 103(DNS) L719 FBSMT -12V R724 4.7K(DNS) VIEDO TC701 R711 0R AGND 220uF/16V R706 2.2R L710 FBSMT VGND VIEDOC719 2 3 YELLOW 20pF JK702 VGND Pb TC703 B 220uF/16V L707 FBSMT MIC-IN 5 Pr R712 0R JK706 V-OUT5 TC704 TC705 220uF/16V Y R702 100K AGND L711 FBSMT R713 0R L708 FBSMT VGND PrC717 6 20pF VGND JK703 S-VIDEO 4 L712 FBSMT R 220uF/16V C712 C713 20pF 20pF VGND BLUE 5 VGND C TC706 220uF/16V R710 0R 3 1 C716 102 2 6 4 C718 20pF R709 0R R715 1K Pb- RCA-407 RED R609 15K C605 TC605 22uF/16V R607 1K 101 -9VA R614 30K R618 30K 4 C607 1 3 R613 3 8 L603 0R U602A 4558 4.7uF/16V D603 IN4148 101 D605 IN4148 OUT2 C622 105 6 R642 0R(DNS) R643 0R(DNS) C616 104 -12V 13 104 R624 30R C618 VREF 561 14 104 C617 +5V SDT4 SDT3 SDT2 SDT1 TC615 100uF/16V 15 104 C615 TC608 47uF/10V LPF2-IN LPF2-OUT LPF1-OUT +5V AGND DGND C619 104 M65831 VCC SLEEP D13 16 104 REF R623 30R C614 19 21 22 23 C602 104 ZD603 5.1V U603 +5V TC614 100uF/16V R627 15K 12 R641 0R(DNS) D602 IN4148 R626 10K C627 11 R640 0R(DNS) -9VA 1 R635 33R/0.25W -9V MIX C612 103 R625 15K SDT4 D11 SDT3 R639 0R 4 SDT2 R638 0R VDD SDT1 R637 0R XOUT R636 0R C601 104 3 TC613 100uF/16V OP1OUT +9VA LPF1OUT 24 C632 104 +5V VCC +5V XIN +9V +5V 561 LPF1IN - 108 - +5V 20 L604 0R +5V D601 IN4148 L606 FB R630 2.7K C625 562 VREF R621 15K R622 10K C626 R634 33R/0.25W C623 105 R629 3K C628 223 R606 15K C604 103 R628 27K R645 0R(DNS) DET OKA GND +9V -9V VCC DGND C624 562 C608 102 6 TC604 4.7uF/16V U601B 4558 OP1IN R602 22K 560R R612 1K D12 4.7uF/16V VR602 10K 2 1 OUT2 3 2 3 OUT1 1 VR601 50K MIC 6 5 4 3 2 1 XS601 XS06 R631 1M -9VA C610 101 MIX +5V MIC 5 2 L601 FB 7 R604 5 TC602 L605 FBSMT C636 104 R620 15K LPF1-IN C606 C630 104 C609 102 E5V EASY/MCU R608 1K ZD601 5.6V/0.5W TC610 4.7uF/16V C621 105 E5V 9 TC606 22uF/16V U602B 4558 10 9 8 7 6 5 4 3 2 1 6 D604 IN4148 SLEEP MIC601 E5V R610 15K TC607 1000uF/10V R619 1K 7 17 C631 103 C629 104 R617 4.7K X601 2MHz C611 101 +9V R646 330R OUT1 DET R633 22K 101 5 C613 392 +9VA Q601 8050D +5V E5V +5V R632 4.7K TC611 4.7uF/16V 1 4.7K +9VA R615 TC612 15K 2 CC2 R605 15K TEST C603 103 R601 22K R611 1K TC603 4.7uF/16V U601A 4558 C620 8 560R R616 10K TC609 4.7uF/16V 18 4.7uF/16V -9VA CC1 R603 D14 TC601 7 L602 FB 101 2 4 9 8 7 6 5 4 3 2 1 8 MIC602 C633 104 +9VA C634 104 C635 104 5.2.11 MIC Board OKA U506 MCR100-6 L502 200uH/0.2A 1 2 D507 1N4148 3 C516 101 C520 104 TC515 100uF/16V R512 22K FL+ FL-21V DGND SA+5V STB CPU+3.3V C517 104 Q502 2N5551 R513 BC503 250VAC 221 1K +9V TC503 470uF/25V R503 68K/2W D503 1N4007 D502 1N4007 TC501 47uF/400V C501 103 2 D510 SR360 13 1 D505 HER107 C503 12 2 ! EN 4 - 109 - BC502 ~275V 104 ! D BP S L503 FB 5 9 6 8 D509 SR360 L504 L506 FB 10uH/2A D512 HER105 TC511 220uF/10V R502 10K TC502 47uF/50V C506 104 D511 HER105 U502 PC817 ! R501 1M/0.5W ~220V SA+5V -9V +9V AGND OK VOICE-DET CPU+3.3V 1 2 3 4 5 6 TC510 1000uF/10V TC512 47uF/50V C513 104 ! BC504 250VAC 221 -12V R511 100R Q501 8550D R508 3K/1% R507 10K C515 104 -9V R510 470R TC513 100uF/16V R504 10K ZD502 10V/0.5W K ! BCN501 SR160 R506 150 R U503 LM431A F501 T1.6AL250V ! D514 ZD501 5.1V FL- A ! CN503 XS13 L508 10uH/1A(DNS) C510 104 -21V +9V BC501 ~275V 104 R517 470R FL+ 1 L501 JLB1153 33uH +8-0% ! SA+5V TC508 220uF/16V +3.3V TC509 1000uF/10V D506 1N4148 5 S 7 S S 8 2 3 3 +5V TC506 1000uF/10V 7 U501 TNY268P OUT U504 LM7805 VOICE-DET 1 OK 2 AGND 3 +9V 4 -9V 5 DGND 6 +5V 7 DGND 8 +3.3V 9 DGND 10 +5V 11 SA+5V 12 DGND 13 10 4 R516 100R L507 10uH/2A TC505 1000uF/10V 11 3 R505 1M IN 14 R515 1M 101/1KV(DNS) D501 D504 1N40071N4007 1 C508 104 TC504 470uF/25V ! C502 222/1KV STB L505 10uH/1A GND T501 BCK-28-678S CN502 XS05 R514 10K D508 HER105 1 2 3 4 5 6 7 R509 2K/1% C512 104 R518 680R(DNS) CN501 XS06 5.2.12 POWER Board CPU+3.3V D513 HER105 Chart 6 BOM List 6.1　AV BOARD DK3510S（RU）SILVER MATERIAL MATERIAL NAME CODE 5447353 SPECIFICATIONS LOCATION 0090001 SMD RESISTOR 1/16W 0O ±5% 0603 R708~R713,R727 0090002 SMD RESISTOR 1/16W 2.2O ±5% R706 0090005 SMD RESISTOR 1/16W 33O ±5% 0603 R720 0090006 SMD RESISTOR 1/16W 75O ±5% 0603 R719 0090181 SMD RESISTOR 1/16W 100O ±5% 0603 R704 0090014 SMD RESISTOR 1/16W 1K ±5% 0603 R715 0090017 SMD RESISTOR 1/16W 2.2K ±5% 0603 R714,R721,R722 0090019 SMD RESISTOR 1/16W 4.7K ±5% 0603 R718 0090029 SMD RESISTOR 1/16W 47K ±5% 0603 R725,R726 0090034 SMD RESISTOR 1/16W 100K ±5% 0603 R702 0310085 SMD CAPACITOR 50V 20P ±5% NPO 0603 C712,C713,C717~C720 0310066 SMD CAPACITOR 50V 102 ±10% 0603 C701~C706,C716,C722~C723, C726,C728 0310072 SMD CAPACITOR 50V 103 ±10% 0603 C727 0310207 SMD CAPACITOR 50V104 ±20% 0603 C710,C711,C721 ① 0310543 SMD CAPACITOR 50V 104 ±10% X7R 0603 C710,C711,C721 ① 0310222 SMD CAPACITOR 25V 104 ±20% X7R 0603 C710,C711,C721 ① 0390095 SMD MAGNETIC BEADS FCM1608K-221T05 L713,L714,L719 0310045 SMD CAPACITOR 50V 47P ±5% NPO 0603 C724 0000431 CARBON FILM RESISTOR 1/4W75O±5% SHAPED 10 R703 0000362 CARBON FILM RESISTOR 1/4W220O±5% SHAPED 10 R701 0390057 MAGNETIC BEADS INDUCTOR RH354708 L701~L712 0260028 CD CD11 16V220U±20%6×12 2.5 TC707 0780050 TRIODE S8050D V701,V702 1090045 ELECTRO-OPTIC TRANSFORMER TX179ATW JK705　　　　② 1090024 ELECTRO-OPTIC TRANSFORMER TX179AT JK705　　　　② 1910094 TERMINAL SOCKET AV4-8.4-6G-5 JK702 1910095 TERMINAL SOCKET AV1-8.4-5G-2 BLACK JK704, JK706 -110- MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 1910006 TERMINAL SOCKET S-VIDEO JK703 1910079 TERMINAL SOCKET AV8-8.4-6G-3 JK701 1860029 SCART SOCKET SCART-01 JK707 1940193 CABLE SOCKET 15P 1.0mm STRAIGHT CONTACT XS701 DUAL LINE PLUG 2100010 CONNECTED CORDS F 0.6 SHAPED 5mm 2100003 CONNECTED CORDS F 0.6 SHAPED 7.5mm 2100004 CONNECTED CORDS F 0.6 SHAPED 10mm JP701,JP713,JP715 GROUND CHIP OF POWER 3870115 BOARD AB903 G701 1564100 PCB 7KD01A-1 JP705,JP706,JP709,JP717,JP 721 JP702,JP703,JP707,JP711,JP 719 6.2 OK BOARD DK3510S（RU）SILVER 5446220 0090001 SMD RESISTOR 1/16W 0O ±5% 0603 R636~R639,L603,L604 0090180 SMD RESISTOR 1/16W 30O ±5% 0603 R623,R624 0090009 SMD RESISTOR 1/16W 330O ±5% 0603 R646 0090012 SMD RESISTOR 1/16W 560O ±5% 0603 R603,R604 0090014 SMD RESISTOR 1/16W 1K ±5% 0603 R607,R608,R611,R612,R619 0090104 SMD RESISTOR 1/16W 2.7K ±5% 0603 R630 AB903 G601 0090183 SMD RESISTOR 1/16W 3K ±5% 0603 R629 0090019 SMD RESISTOR 1/16W 4.7K ±5% 0603 R613,R617, R632 0090023 SMD RESISTOR 1/16W 10K ±5% 0603 R622,R626 0090024 SMD RESISTOR 1/16W 15K ±5% 0603 R605,R606,R609,R610,R615, R621,R625,R627,R614 0090026 SMD RESISTOR 1/16W 22K ±5% 0603 R601,R602,R633 0090027 SMD RESISTOR 1/16W 27K ±5% 0603 R628 0090189 SMD RESISTOR 1/16W 30K ±5% 0603 R618 0090109 SMD RESISTOR 1/16W 1MO ±5% 0603 R631 0310047 SMD CAPACITOR 50V 101 ±5% NPO 0603 C605~C607, C610, C611,C620 0310197 SMD CAPACITOR 50V 561 ±10% X7R 0603 C626, C627 0310066 SMD CAPACITOR 50V 102 ±10% 0603 C608,C609 0310323 SMD CAPACITOR 50V 392 ±10% X7R 0603 C613 0310199 SMD CAPACITOR 50V 562 ±10% X7R 0603 C624,C625 3870115 GROUND CHIP OF POWER BOARD -111- MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 0310072 SMD CAPACITOR 50V 103 ±10% 0603 C603,C604,C612,C631 0310202 SMD CAPACITOR 50V 223 ±10% 0603 C628 0310207 SMD CAPACITOR 50V104 ±20% 0603 C601,C602,C614~C619,C629, C630,C632,C633~C635,C636 ③ 0310543 SMD CAPACITOR 50V 104 ±10% X7R 0603 C601,C602,C614~C619,C629, C630,C632,C633~C635,C636 ③ 0310222 SMD CAPACITOR 25V 104 ±20% X7R 0603 C601,C602,C614~C619,C629, C630,C632,C633~C635,C636 ③ 0310234 SMD CAPACITOR 16V 105 +80%-20% 0603 C621,C622,C623 0390095 SMD MAGNETIC BEADS FCM1608K-221T05 L601,L602,L605 0700008 SMD VOLTAGE REGULATOR DIODE 5.6V ±5% 1/2W ZD601 0700004 SMD VOLTAGE REGULATOR DIODE 5.1V ±5% 1/2W ZD603 0700007 SMD DIODE 1N4148 D601,D602　　　　④ 0700001 SMD DIODE LS4148 D601,D602　　　　④ 0700002 SMD DIODE LL4148 D601,D602　　　　④ 0780085 SMD TRIODE 8050D Q601 1563613 PCB 6KD01-2 0000167 CARBON FILM RESISTOR 1/4W33O±5% R634, R635 0000294 CARBON FILM RESISTOR 1/4W10K±5% SHAPED 10 R616 0000296 CARBON FILM RESISTOR 1/4W15K±5% SHAPED 10 R620 0390057 MAGNETIC BEADS INDUCTOR RH354708 L606 0570052 DIODE 1N4148 SHAPED 7.5mm D603~D605 0260140 CD110 16V4.7U±20%5×11 2 TC601~TC604,TC609~TC612 0260025 CD CD11 16V47U±20%5×11 2 TC608 0260027 CD CD11 16V100U±20%6×12 2.5 TC613, TC614, TC615 0260021 CD CD11 16V22U±20%5×11 2 TC605,TC606 0260237 CD CD11 10V1000U±20%8×14 3.5 TC607 0960027 CRYSTAL OSCILLATOR 2.00MHz 49-U X601　　　　⑤ 0960272 CRYSTAL OSCILLATOR 2.0MHz ±20PPM 49-S 100P X601　　　　⑤ 0880361 IC 4558 SOP U601,U602　　　　⑥ 0880185 IC NJM4558M SOP U601,U602　　　　⑥ 0880562 IC 4580 SOP U601,U602　　　　⑥ CD -112- MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION M65831AP DIP U603 1980006 MICROPHONE SOCKET CK3-6.35-106 MIC601,MIC602 2121754 FLAT CABLE 6P70 2.0 2 PIN,WITH XS601 NEEDLE,TOGETHER DIRECTION 0160147 ROTATED POTENTIOMETER WH09NTX-1C-A10K-F30 VR602 0160146 ROTATED POTENTIOMETER WH09NTX-1C-A50K-F30 VR601 2100003 CONNECTED CORDS F 0.6 SHAPED 7.5mm JP607,JP606,JP605 2100004 CONNECTED CORDS F 0.6 SHAPED 10mm JP601~JP604 0000276 CARBON FILM RESISTOR 1/4W100O±5% SHAPED 10 R511,R516 0000278 CARBON FILM RESISTOR 1/4W330O±5% SHAPED 10 R506 0000283 CARBON FILM RESISTOR 1/4W1K±5% SHAPED 10 R513 0010209 METAL FILM RESISTOR 1/6W2K±1% R509 0010248 METAL FILM RESISTOR 1/6W3K±1% R508 0000294 CARBON FILM RESISTOR 1/4W10K±5% SHAPED 10 R502,R504,R507,R514 0000279 CARBON FILM RESISTOR 1/4W470O±5% SHAPED 10 R510 0000299 CARBON FILM RESISTOR 1/4W22K±5% SHAPED 10 R512 0010157 METAL OXIDE FILM RESISTOR 2W68K±5%SHAPED FLAT 15×7 R503 0880379 IC LM7805 GOLD SEALED TO-220 U504 0780049 TRIODE S8550D Q501 0070006 1/2W 1MO±5% R501 0000257 CARBON FILM RESISTOR 1/4W1MO±5% R505,R515 0200303 PORCELAIN CAPACITOR 1000V 222±20% NPO7.5mm C502 0200304 CERAMIC CAPACITOR 1000V 103±20% NPO10mm C501 0200138 PORCELAIN CAPACITOR 50V 104 ±20% 5mm C506,C508,C510,C512,C515, C517,C520 0200228 PORCELAIN CAPACITOR 1000V 101 ±10% 7.5mm C516 0200267 CERAMIC CAPACITOR CT81 250VAC221±20% 10mm BC503,BC504　　　　⑦ 0200268 CERAMIC CAPACITOR CT81 250VAC221±10% 10mm BC503,BC504　　　　⑦ 0210066 TERYLENE CAPACITOR 275V 104 ±20% 15mm BC501,BC502　　　　⑧ 0210070 TERYLENE CAPACITOR 275V 104 ±10% 15mm BC501,BC502　　　　⑧ 0260557 CD CD11T 16V100u±20%6×12 2.5 TC513,TC515 0260583 CD11T 16V220U±20%6×12 2.5 TC511,TC508 0880457 IC 6.3 POWER BOARD DK3510S（RU）SILVER 5447352 HIGH PRESSURE RESISTOR CD -113- MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 0260594 CD CD11T 25V220U±20%8×12 3.5 TC503,TC504 0260559 CD CD11T 50V47u±20%6×12 2.5 TC502,TC512 0260560 CD CD11T 10V1000u±20%8×16 3.5 TC506,TC510 0260690 CD CD288H 10V1000U±20%8×16 3.5 TC505,TC509 0260642 CD288H 400V47U±20% 16×25 7.5 TC501 CD 0410010 CHOKE COIL VERTICAL 10UH 1A 5mm L502,L505 0410011 CHOKE COIL VERTICAL 10UH 2A 5mm L506,L507 0460518 SWITCH POWER TRANSFORMER @BCK-28-678S 3C T501 0570013 DIODE HER105 D508,D511,D512,D513 0680007 SCHOTTKY DIODE SR360 D509,D510 0680026 SCHOTTKY DIODE SR160 D514 0570014 DIODE HER107 D505 0580006 VOLTAGE REGULATOR DIODE 5.1V 1/2W ZD501 0580032 VOLTAGE REGULATOR DIODE 10V ±5% 1/2W ZD502 0570006 DIODE 1N4148 D506,D507 0570005 DIODE 1N4007 D501~D504 0780026 TRIODE 2N5551 V502 0881611 IC TNY268P DIP U501 0881515 IC TLV431 TO-92 U503 0390057 MAGNETIC BEADS INDUCTOR RH354708 L503,L504 1000022 POWER GRID FILTER JLB1153 33uH +∞-0% L501 1080011 PHOTOELECTRIC COUPLER HS817 U502　　　　⑨ 1080006 PHOTOELECTRIC COUPLER PC817 U502　　　　⑨ 0690001 CONTROLLABLE SILICON MCR100-6 U506　　　　⑩ 0690003 CONTROLLABLE SILICON NCR169D TO-92 U506　　　　⑩ 1563762 PCB 5KD01A-0 1940005 SOCKET 6P 2.0mm CN501 1940023 SOCKET 7P 2.0mm CN502 1940171 SOCKET 11P 2.5mm CN503 1940045 SOCKET 2P 8.0mm 2# BCN501 2100004 CONNECTED CORDS F 0.6 SHAPED 10mm JP501~JP504,JP505 2300021 FUSE T1.6AL 250V F501 -114- MATERIAL MATERIAL NAME CODE GROUND CHIP OF POWER 3870115 BOARD SPECIFICATIONS LOCATION AB903 G501,G502 6.4 SUBSIDIARY PANE DK3510S（RU）SILVER 5446221 1340064 LIGHT TOUCH RESTORE SWITCH KFC-A06-2WB L3.8 K901 1940027 SOCKET 2P 2.0mm CN901 1631995 9KD01-0 PCB 6.5 DECODE BOARD DK3510S（RU）SILVER 2KD01-5 0090001 SMD RESISTOR 1/16W 0O ±5% 0603 R280,R295,R297,R305,R308, R344,R379,R380 0090272 SMD RESISTOR 1/16W1O±5% 0603 R249,R251,R257,R258 0090004 SMD RESISTOR 1/16W 22O ±5% 0603 R217,R219,R301,R302,R321 0090005 SMD RESISTOR 1/16W 33O ±5% 0603 R215,R256,R260,R261,R303, R329,R352~R356,R372 0090237 SMD RESISTOR 1/16W 39O ±5% 0603 R331 0090006 SMD RESISTOR 1/16W 75O ±5% 0603 R332~R336 0090181 SMD RESISTOR 1/16W 100O ±5% 0603 R259,R263,R269,R322,R2106, R2108 0090007 SMD RESISTOR 1/16W 180O ±5% 0603 R343 0090008 SMD RESISTOR 1/16W 220O ±5% R330 0090009 SMD RESISTOR 1/16W 330O ±5% 0603 R201~R203,R275,R304 0090011 SMD RESISTOR 1/16W 470O ±5% 0603 R233,R234 0090014 SMD RESISTOR 1/16W 1K ±5% 0603 R254,R271~R274,R287,R290, R363,R367,R2103,R2104,R21 17~R2128,R2156,R316,R368, R2109,R2159,R2162 0090016 SMD RESISTOR 1/16W 1.5K ±5% 0603 R228,R230,R231,R239 0090223 SMD RESISTOR 1/16W 2K ±5% R211,R212,R315 0090017 SMD RESISTOR 1/16W 2.2K ±5% 0603 R242,R244,R246 0090019 SMD RESISTOR 1/16W 4.7K ±5% 0603 R360~R362,R373~R376,R339, R340,R2130,R2131,R2134,R2 135,R2138,R2139,R2142,R21 43,R2146,R2147,R2150,R215 1,R229,R240,R264~R266,R28 9,R293,R294,R314,R319,R320 ,R366,R2158,R2161 0090020 SMD RESISTOR 1/16W 5.1K ±5% 0603 R218,R250 0090021 SMD RESISTOR 1/16W 6.8K ±5% 0603 R2152~R2155 0090186 SMD RESISTOR 1/16W 7.5K ±5% 0603 R2148,R276,R279,R2136 -115- MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 0090022 SMD RESISTOR 1/16W 8.2K ±5% R247,R248 0090254 SMD RESISTOR 1/16W 9.1K ±5% 0603 R209 0090023 SMD RESISTOR 1/16W 10K ±5% 0603 R205~R208,R222,R223,R226, R235,R237,R253,R268,R270, R277,R278,R288,R312,R323~ R328,R342,R346,R2102,R210 5,R2110,R2132,R358 0090187 SMD RESISTOR 1/16W 12K ±5% R216,R220,R2157,R2160 0090025 SMD RESISTOR 1/16W 20K ±5% 0603 R210 0090026 SMD RESISTOR 1/16W 22K ±5% 0603 R232,R241 0090255 SMD RESISTOR 1/16W24K±5% 0603 R2137,R2141,R2145,R2149 0090027 SMD RESISTOR 1/16W 27K ±5% 0603 R318 0090028 SMD RESISTOR 1/16W 33K ±5% 0603 R213,R214,R317 0090190 SMD RESISTOR 1/16W 36K ±5% 0603 R2129,R2133 0090029 SMD RESISTOR 1/16W 47K ±5% 0603 R243,R245,R291 0090034 SMD RESISTOR 1/16W 100K ±5% 0603 R221,R224,R252,R262,R341, R2101,R2111~R2116 0090109 SMD RESISTOR 1/16W 1MO ±5% 0603 R227,R238,R313,R365 0100019 SMD RESISTOR NETWORKS 1/16W33O ±5% 8P RN201~RN205,RN207,RN208, RN211~RN215,RN218 0090623 SMD RESISTOR NETWORK 1/16W75O±5% 0603×4 8P RN206,RN216,RN217 0100031 SMD RESISTOR NETWORK 1/16W 4.7K±5% 0603 8P RN209,RN220 0090609 PRECISION SMD RESISTOR 1/16W 100O ±1% 0603 R338 0090626 PRECISION SMD RESISTOR 1/16W 200O±1% 0603 R337 00003759 CARBON FILM RESISTOR 1/4W2.2O±5% BELT R236 02604379 CD CD11 16V10U±20%5×11C5 BELT TC266,TC268,TC206,TC207,T C209,TC210,TC212~TC214,T C221~TC230,TC232,TC233,T C240,TC241,TC247,TC251,TC 264 02600029 CD CD11 16V47U±20%5×11 C5 BELT TC211,TC219,TC220,TC246,T C249,TC252,TC267 02601889 CD CD11 16V100U±20%6×12 C5 BELT TC215,TC218,TC235,TC201~T C203 02601819 CD CD11 16V220U±20%6×12 C5 BELT TC248,TC255,TC257~TC259,T C261~TC263,TC265 02603859 CD CD11 16V470U±20%8×12 C5 BELT TC245,TC256 02601829 CD CD11 25V100U±20%6×12 C5 BELT TC237,TC238 0310186 SMD CAPACITOR 50V 7P ±0.5P NPO 0603 -110-116- C224,C259,C260 MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 0310219 SMD CAPACITOR 16V 106 +80%-20% 1206 C2162,C2163 0310042 SMD CAPACITOR 50V 15P ±5% NPO 0603 C242,C243 0310043 SMD CAPACITOR 50V 22P ±5% NPO 0603 C286~C291,C321,C324,C327, C330,C384 0310045 SMD CAPACITOR 50V 47P ±5% NPO 0603 C218,C369~C372 0310192 SMD CAPACITOR 50V 56P ±5% NPO 0603 C385,C2111,C2114 0310047 SMD CAPACITOR 50V 101 ±5% NPO 0603 C336,C337,C386,C2117,C212 0,C2123,C2126,C2158,C2160 0310326 SMD CAPACITOR 50V 121 ±5% NPO 0603 C217 0310656 SMD CAPACITOR 50V 201 ±5% NPO 0603 C231 0310050 SMD CAPACITOR 50V 271 ±5% NPO 0603 C320,C323,C326,C329 0310051 SMD CAPACITOR 50V 331 ±5% NPO 0603 C322,C325,C328,C331 0310053 SMD CAPACITOR 50V 471 ±5% NPO 0603 C333,C334 0310054 SMD CAPACITOR 50V 681 ±5% NPO 0603 C339 0310066 SMD CAPACITOR 50V 102 ±10% 0603 C202~C204,C210,C228,C262, C265~C268,C273,C277,C281, C282,C284,C293,C295,C297, C299,C302,C349~C351,C359~ C361,C2118,C2121,C2124,C2 127 0310231 SMD CAPACITOR 50V 122 ±10% 0603 C2122,C2129,C2130,C2133,C 2135,C2136,C2112,C2115,C2 159,C2161 0310070 SMD CAPACITOR 50V 332 ±10% X7R 0603 C213,C214,C234,C303 0310323 SMD CAPACITOR 50V 392 ±10% X7R 0603 C227 0310198 SMD CAPACITOR 50V 472 ±10% X7R 0603 C392 0310200 SMD CAPACITOR 50V 822 ±10% X7R 0603 C314,C315 0310072 SMD CAPACITOR 50V 103 ±10% 0603 C212,C269~C272,C274~C276, C278~C280,C283,C304 0310203 SMD CAPACITOR 50V 273 ±10% X7R 0603 C216 0310056 SMD CAPACITOR 16V 473 ±10% 0603 C206 50V104 ±20% 0603 C201,C205,C207~C209,C211, C215,C219~C223,C225,C226, C233,C235~C241,C244,C245, C247~C255,C257,C258,C261, C263,C264,C292,C294,C296, C298,C301,C305~C313,C316~ C318,C332,C335,C338,C340, C341,C345,C346,C348,C368, C373~C382,C387,C389,C391, C2138~C2143,C2153~C2157 ⑾ 0310207 SMD CAPACITOR -117- MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 50V 104 ±10% X7R 0603 C201,C205,C207~C209,C211, C215,C219~C223,C225,C226, C233,C235~C241,C244,C245, C247~C255,C257,C258,C261, C263,C264,C292,C294,C296, C298,C301,C305~C313,C316~ C318,C332,C335,C338,C340, C341,C345,C346,C348,C368, C373~C382,C387,C389,C391, C2138~C2143,C2153~C2157 ⑾ 0310222 SMD CAPACITOR 25V 104 ±20% X7R 0603 C201,C205,C207~C209,C211, C215,C219~C223,C225,C226, C233,C235~C241,C244,C245, C247~C255,C257,C258,C261, C263,C264,C292,C294,C296, C298,C301,C305~C313,C316~ C318,C332,C335,C338,C340, C341,C345,C346,C348,C368, C373~C382,C387,C389,C391, C2138~C2143,C2153~C2157 ⑾ 0310234 SMD CAPACITOR 16V 105 +80%-20% 0603 C229,C230,C232,C246,C347 0390096 SMD INDUCTOR 1.8UH ±10% 1608 L211~L214 0390355 SMD INDUCTOR 4.7UH ±10% 1608 L207, L208 0390095 SMD MAGNETIC BEADS FCM1608K-221T05 L203,L209,L210,L215~L218,L2 21,L222,L223,L224,L227,L228, L230 3900579 MAGNETIC BEADS INDUCTOR RH354708 BELT L201,L202,L204~L206,L220,L2 26 0700007 SMD DIODE 1N4148 D201,D202,D206~D209,D211, D212　　　　⑿ 0700001 SMD DIODE LS4148 0700002 SMD DIODE LL4148 0700056 SMD DOUBLE DIODE MMBD4148SE SOT-23 D203~D205,D210 5.6V ±5% 1/2W D215 07800509 TRIODE S8050D BELT Q215,Q216 07800499 TRIODE S8550D BELT Q213,Q214 0780063 SMD TRIODE 9015C Q204,Q211,Q212,Q219,Q225 0780276 SMD TRIODE GS9013 SOT-23 Q224,Q233~Q235 0780062 SMD TRIODE 9014C Q217,Q220,Q229 0780197 SMD TRIODE C1815 Q205~Q210,Q218 0310543 SMD CAPACITOR 0700008 SMD VOLTAGE REGULATOR DIODE -118- D201,D202,D206~D209,D211, D212　　　　⑿ D201,D202,D206~D209,D211, D212　　　　⑿ MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 0780085 SMD TRIODE 8050D Q223 0780040 SMD TRIODE 3904(100-300) SOT-23 Q231 0780193 SMD TRIODE 2SK3018 Q203,Q230 0780115 SMD TRIODE 2SB1132 Q201,Q202 0881604 IC AT24C16 SOP U223 0882022 IC CS4340A SOP U213 0881035 IC IS42S16400-7T SOP U205,U208 0881674 IC LM393D SO8 U222　　　　⒀ 0882105 IC LM393 SO8 U222　　　　⒀ 0882359 IC AAI393 SO8 U222　　　　⒀ 0880300 IC M11B416256A-25 SOJ U215 0882502 IC MK-6000B(4504) PQFP U209 0881057 IC CS4360 SSOP U207 0880185 IC NJM4558M SOP U219,U220,U221,U226 ⒁ 0880562 IC 4580 SOP U219,U220,U221,U226 ⒁ 0880361 IC 4558 SOP U219,U220,U221,U226 ⒁ 0880322 IC MM74HCU04M SOP U214　　　　⒂ 0880513 IC HCU04 SOP U214　　　　⒂ 0881182 IC LM1117MP-ADJ SOT-223 U224　　　　⒃ 0881969 IC IP1117-ADJ SOT-223 U224　　　　⒃ 0882461 IC AZ1117H-ADJ SOT-223 U224　　　　⒃ 0882500 IC AML3298 QFP U202 0881378 IC BA5954FP HSOP U203 0882504 IC R27V3202F TSOP U212 0882503 IC SAM2133B TQFP U211 0882501 IC VT7208 LQFP U201 0960271 CRYSTAL OSCILLATOR 9.6MHz±20PPM 49-S 20P X201 0960020 CRYSTAL OSCILLATOR 27.00MHz 49-S X203 0960022 CRYSTAL OSCILLATOR 33.8688MHz 49-S X202 1940193 CABLE SOCKET 15P 1.0mm STRAIGHT CONTACT XS207 DUAL LINE PLUG 1940171 SOCKET 11P 2.5mm -119- XS202 MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 1940094 CABLE SOCKET 24P 0.5mm SMD WITH CLASP XS203 1940024 SOCKET 5P 2.0mm XS206 1940005 SOCKET 6P 2.0mm XS205 1940023 SOCKET 7P 2.0mm XS209 1632902 PCB 2KD01-5 6.6 OUTPUT BOARD DK3510S（RU）SILVER 1563061 5444833 PCB 7MA700-0 0000466 CARBON FILM RESISTOR 1/2W220O±5% SHAPED 12.5 R100~R104 1990018 EXTERNAL SOURCES SOCKET WP10-11 XC100 2121406 FLAT CABLE 7P120 2.5 2 PIN, WITH NEEDLE, REVERSE XP107 6.7 INPUT BOARD DK3510S（RU）SILVER 1563060 5444831 PCB 1MA700-0 1910102 TERMINAL SOCKET AV6-8.4-13 XC100 2150163 7P90 2.5 2 PIN，6P SHIELD， WITH NEEDLE，TOGETHER DIRECTION XP106 0000599 CARBON FILM RESISTOR 1/6W1O±5% SHAPED 7.5 R800 0200062 PORCELAINCAPACITOR 50V 151±10% 2.5mm C801,C802 0570006 DIODE 1N4148 VD800,VD801,VD802 0630003 EMISSION PIPE TSAL6200 LED800 0780050 TRIODE S8050D V800 0880220 IC PT2222 SOP N800 0970003 CERAMIC RESONATOR 455E G800 1561684 PCB 8219-1 2100003 CONNECTED CORDS F 0.6 SHAPED 7.5mm 4000258 SELF-TAPPING SCREW BB 2.3×8 BLACK FLAT CABLE 6.8 REMOTE CONEROLLER DK3510S（RU）SILVER 5471694 CONDUCT GLUE OF REMOTE CONTROL SURFACE STICKER OF REMOTE 5156417 CONTROL 4631026 5070698 DK3510S(RU) DK3510S(RU) GLUE BAG FOR ENVIRONMENTAL 90×255×0.05 PE PROTECTION (WITHOUT HOLE) -120- MATERIAL MATERIAL NAME CODE SPECIFICATIONS 3031194 SURFACE CASING OF REMOTE CONTROL RC-109 SILVER WHITE 3040873 ROM OTE CONTROL BOTTOMCASING RC-109 SILVER WHITE BATTEMETAL OXIDE FILM 3050750 RESISTORCASE DOOR OF REMOTE CONTROL LOCATION RC-109 SILVER WHITE 3050603 GLASS OF REMOTE CONTROLLER YK10 BRIGHT PURPLE 3850068 ANODECATHODE SPRING RC-109 3850066 ANODE SPRING RC-109 3850067 CATHODE SPRING RC-109 6.9 MAIN PANEL DK3510S（RU）SILVER 5448125 5232929 SOFT SPONGE SPACER 8×8×11 DOUBLE-FACED, HARD 5233552 SOFT SPONGE SPACER 15×15×8.5 DOUBLE-FACED,HARD 3070118 KD-01 GREY LED BRACKET 3070240 LED BRACKET KD-01 GREY 2# 0880146 IC D16312GB QFP U401 ⒄ 0880440 IC PT6312LQ QFP U401 ⒄ 1200680 DISPLAY SCREEN VFD25-0640 RED/BLUE VFD401 1340003 LIGHT TOUCH RESTORE SWITCH HORIZONTAL 6×6×1 K407~K416 1340064 LIGHT TOUCH RESTORE SWITCH KFC-A06-2WB L3.8 K401~K406 2121851 SOFT FLAT CABLE 9-7/2P130/150 2.0 T3 WITH L NEEDLE，TOGETHER DIRECTION 2121850 FLAT CABLE 7-6P120 2.0 T2 WITH L NEEDLE， XS402 TOGETHER DIRECTION，5 LINE 2360016 IR SENSOR HS0038B3V U403 0260201 CD CD11C 16V100U±20%6×7 2.5 TC401,TC402,TC404 0620025 RADIATION DIODE 3R 4SD RED LED401 0620076 RADIATION DIODE 3B3HC COLORLESS WITH BLUE LED402,LED403 0900427 PROGRAM EPROM ROMDK3510S-0A(522) U403 0260199 CD11C 16V22U±20%4×7 1.5 TC403 0090001 SMD RESISTOR 1/16W 0O ±5% 0603 R437 0090298 SMD RESISTOR 1/16W 8.2O ±5% 0603 R425~R427 0090181 SMD RESISTOR 1/16W 100O ±5% 0603 R415,R431,R432 0090009 SMD RESISTOR 1/16W 330O ±5% 0603 R418,R444 CD -121- XS401 MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 0090014 SMD RESISTOR 1/16W 1K ±5% 0603 R406~R409,R421~R424,R429, R439 0090018 SMD RESISTOR 1/16W 3.3K ±5% 0603 R420 0090019 SMD RESISTOR 1/16W 4.7K ±5% 0603 R410,R416,R417,R433,R434 0090023 SMD RESISTOR 1/16W 10K ±5% 0603 R419,R435,R438 0090028 SMD RESISTOR 1/16W 33K ±5% 0603 R401~R404,R411~R414 0090192 SMD RESISTOR 1/16W 51K ±5% 0603 R405 0310596 SMD CAPACITOR 50V 121 ±20% X7R 0603 C414~C429 0310597 SMD CAPACITOR 50V 151 ±20% X7R 0603 C408~C413,C430~C437,C440 0310598 SMD CAPACITOR 50V 102 ±20% X7R 0603 C439 0310047 SMD CAPACITOR 50V 101 ±5% NPO 0603 C403,C404,C406 0310207 SMD CAPACITOR 50V104 ±20% 0603 C401,C402,C405,C438,C441, C442　　　　⒅ 0310543 SMD CAPACITOR 50V 104 ±10% X7R 0603 C401,C402,C405,C438,C441, C442　　　　⒅ 0700007 SMD DIODE 1N4148 D401~D404,D406 0780041 SMD TRIODE 3906(100-300) SOT-23 Q402,Q403 0700056 SMD DOUBLE DIODE MMBD4148SE SOT-23 D405,D408~D411 0390095 SMD MAGNETIC BEADS FCM1608K-221T05 L401,L402 1632319 PCB 4KD01A-0 6.10 SURFACE CONTROL BOARD DK3510S（RU）SILVER 5445446 0230047 ALONE STONE CAPACITOR 50V 824 ±20% 5mm C100　　　　⒆ 0230048 ALONE STONE CAPACITOR 50V 105 ±20% 5mm C100　　　　⒆ 2121834 FLAT CABLE 12P 160 2.5 2 PIN，WITH NEEDLE，TOGETHER DIRECTION 1631766 6DK1005S-0 PCB 2360002 IR SENSOR HS0038B N100 0620146 TOD-4201PFH-B DS100 10×10×2 SINGLE-FACED,SOFT N100 LED DIGITAL TUBE 5232960 SOFT SPONGE SPACER 6.11 AMPLIFIER BOARD DK3510S（RU）SILVER 5448152 0200338 CERAMIC CAPACITOR CT7 400VAC 472 ±20% 2E4 10mm C126 0210030 TERYLENE CAPACITOR 100V 104 ±10% 7mm -122- C101,C158~C162,C128 MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 0260041 CD CD11 25V220U±20%8×12 3.5 C153~C157 0260098 CD CD110 16V220U±20%8×11 3.5 C102 0260130 CD CD110 16V10U±20%5×11 C5 C164 0260447 CD LUA 35V4700U±20％18×35 7.5 C100 0570020 DIODE 1N5404 VD100-VD103 0890286 PROGRAM CPU CPUDK3510SRU-0 N100 0881227 IC RC4558P DIP N105　　　　⒇ 0880445 IC 4558C DIP N105　　　　⒇ 0880124 IC NJM4558D DIP N105　　　　⒇ 0881393 IC IL4558N DIP N105　　　　⒇ 0881939 IC TDA7448 SOP N103 0000675 CARBON FILM RESISTOR 1/2W 1O±5% SHAPED 12.5 R158~R162 0000499 CARBON FILM RESISTOR 1/6W30K±5% BELT R157 0010216 METAL FILM RESISTOR 1W 620O±1% SHAPED R 15×8 R101 0010164 METAL OXIDE FILM RESISTOR 3W 270O±5％SHAPED R 20×8 R100 1940007 SOCKET 7P 2.5mm XS107,XS106 1940074 SOCKET 2P 7.92mm XS100~XS103 1940110 SOCKET 12P 2.5mm XS105 1940167 2P 3.96mm XS104 0970014 CERAMIC RESONATOR ZTA 4.00MG(4.0MHz) G100 0000441 CARBON FILM RESISTOR 1/4W2.7K±5% SHAPED 10 R106 SOCKET 3870057 FUSE HOLDER FL100 3020402 FUSE HOLDER BLX-2 5444830 PCB SEMI-FINISHED PRODUCT 4MA700-0 DK929S(RU) AI SEGMENT FL101 6.12 AMPLIFIER BOARD AI SEGMENT DK3510S（RU）SILVER 1563190 5444830 PCB 4MA700-1 2100017 CONNECTED CORDS F 0.6 SHAPED 20mm W6,W18,W23,W31 2100003 CONNECTED CORDS F 0.6 SHAPED 7.5mm W30 ,W28, W25, W14, W2 ,W4, W10,W13,JP104,R171,W36 2100004 CONNECTED CORDS F 0.6 SHAPED 10mm W37, W5, W27,W32, W24, W15, W39, W8, W7 ,W3, W1, W34,W29 -123- MATERIAL MATERIAL NAME CODE SPECIFICATIONS LOCATION 2100006 CONNECTION CORDS F 0.6 SHAPED 12.5mm W9 , W17,W16,W26,W33,W38 2100016 CONNECTION CORDS F 0.6 SHAPEN 18mm W21,W19,W22 2100007 CONNECTION CORDS F 0.6 SHAPEN 15mm W35, W20, W11,W12 00000039 CARBON FILM RESISTOR 1/6W9.1K±5% R132,R140 00000099 CARBON FILM RESISTOR 1/6W3.3K±5% SHAPED 5 R131, R130 00000139 CARBON FILM RESISTOR 1/6W20K±5% SHAPED 7.5 R133~R136 00000229 CARBON FILM RESISTOR 1/4W43K±5% R111,R128,R142,R145,R170, R139 ,R141 ,R144 00000349 CARBON FILM RESISTOR 1/6W1.1K±5% R114~R127,R177 00000409 CARBON FILM RESISTOR 1/6W6.2K±5% R169,R129,R146,R167,R173, R174 00000449 CARBON FILM RESISTOR 1/4W8.2K±5% SHAPED 10 R102 00000469 CARBON FILM RESISTOR 1W22O±5% SHAPED R 15×6 R103,R104,R105,R107,R108, R109,R110,R113 ,R175,R176 00000529 CARBON FILM RESISTOR 1/6W47K±5% BELT 00000599 CARBON FILM RESISTOR 1/6W100K±5% BELT 00000629 CARBON FILM RESISTOR 1/6W150K±5% BELT R165,R138,R153,R154 R147,R112,R152,R155,R168, R143 ,R148,R149,R150,R151, R166 ,R172 R156 00000659 CARBON FILM RESISTOR 1/6W200K±5% BELT R164,R163 02002889 POLYPROPYLENE CAPACITOR 50V30P±10％ SHAPED 5mm BELT C124,C125 02003139 POLYPROPYLENE CAPACITOR 50V 104±10% SHAPED 5mm BELT C131,C133 02003109 POLYPROPYLENE CAPACITOR 50V 103±10% SHAPED 5mm BELT C165, C123,C127 02001999 POLYPROPYLENE CAPACITOR 50V 472 ±20% 5mm BELT C138~C140,C142,C170 02100229 TEMETAL OXIDE FILM RESISTORLENE CAPACITOR 100V 223 ±5% 5mm BELT C151 02101489 TEMETAL OXIDE FILM RESISTORLENE CAPACITOR 100V 473 ±10% SHAPED 5mm BELT C103~C107 02101809 TEMETAL OXIDE FILM RESISTORLENE CAPACITOR 100V 182 ±10% SHAPED 5mm BELT C152 02600019 CD CD11 16V22U±20%5×11 C5 BELT C173,C163,C146 02600029 CD CD11 16V47U±20%5×11 C5 BELT C122,C108 02605389 CD CD11 35V47U±20%6×12 C5 BELT C147~C149 02603909 CD CD11 50V0.47U±20%5×11C5 BELT C137,C172 02600059 CD CD11 50V1U±20%5×11 C5 BELT 02604939 CD CD11 50V0.1U±20% 5×11 C5 BELT C129 ,C132,C150,C134,C135 02601369 CD CD11 50V4.7U±20%5×11 C5 BELT C109 -124- C121,C136，C169 MATERIAL MATERIAL NAME CODE SPECIFICATIONS 02601829 CD CD11 25V100U±20%6×12 C5 BELT C143~C145 02604379 CD CD11 16V10U±20%5×11C5 BELT 02601379 CD CD11 50V22U±20%5×11 C5 BELT C168 05700049 DIODE 1N4004 BELT VD111 00570006 DIODE 1N4148 VD106~108,VD110,VD112~VD 115 05800069 VOLTAGE REGULATOR DIODE 5.1V ±5% 1/2W BELT VD105,VD109 05800019 VOLTAGE REGULATOR DIODE 3.3V ±5% 1/2W BELT VD116 05800099 VOLTAGE REGULATOR DIODE 9.1V ±5% 1/2W BELT VD104 07800329 TRIODE 9014C BELT V100,V106,V107,V108 07801389 TRIODE 8050D BELT V105,V110 07800259 TRIODE 2N5401 BELT V109 07800339 TRIODE 9015C(200-600) TO-92 BELT V101~V104 PROGRAM FLASH 0881991 IC PROGRAM CPLD 0881238 IC C110~C120,C130,C166,C167, C174 0911646 EN29LV800AB-70TC TSOP U206 EPM3032A TC44-10 QFP U210 0911147 SRVKD01-0A(1M) 0911146 IC PROGRAM EPROM 0881473 CPLDKD01-0 IC PROGRAM FLASH 0882471 ROMDK3510SRU-0A(8M) LOCATION A290021TL-70 PLCC ROMDK3510S-0A(522) U216 0900427 12C508A S0P -125- U403