MULTIPLE DVD VCD CD PLAYER

DV-5050M/5900M DVF-J6050/J6050-GSERVICE MANUALPanel * (A29-) Front glass (B10-3710-03)

2001-9 PRINTED IN KOREA B51-5755-00 (K/K) 3003Knob * (K29-)

PLUS DISC FLIP PLUS

1 2 3

OPEN/CLOSE

EJECT

PLUS

VIRTUAL SURROUND 192kHzfs

96kHzfs

PURE AUDIO

DISC LIBRARY

TEXT DISPLAYS TA N D B Y

TIME DISPLAY

RANDOM ENTER

POWER USER FILE MUSIC TYPE SET RETURN

ON

OFF

DISC SEARCH

Knob(BUTTON) * (K27-)

Knob * (K29-)

Knob * (K29-)

Knob * (K29-)

Pin jack * (E63-)

Miniature phone jack (E11-0906-05) Slide switch (S31-2630-05)

Metallic cabinet * (A01-)

Slide switch AC power cord bushing (S31-1623-05) (J42-0083-05)

RS-232C

DIGITAL (PCM/BIT STREAM)COAXIAL IN DVD CONTROL OPTICAL

DAISY CHAIN MIX LINEINPUT OUTPUT CONTROL MAIN-SUB SWITCH

AUDIO 6 CH. OUTPUTFRONT SURROUND CENTER

COMPONENT VIDEO INPUT OUTPUT

S VIDEO INPUT OUTPUTCOMPONENT VIDEO OUTPUT

VIDEO OUTPUT

L Y CB CR Y CB CR 1 2

1 2

MAIN OUT OUT

SUB2 SUB1

RSUB WOOFER INTERLACE PROGRESSIVE

Oscillating module Pin jack * Pin jack * Cylindrical receptacle * (W02-2732-05) (E63-) (E63-) (E56-) Miniature phone jack Pin jack Pin jack * (E11-0905-05) (E63-1217-05) (E63-)

Pin jack * (E63-)

AC power cord * (E30-)

* Refer to parts list on page 64.In compliance with Federal Regulations, following are reproduction of labels on, or inside the product relating to laser product safety. KENWOOD-Corp. certifies this equipment conforms to DHHS Regulations No.21 CFR 1040. 10, Chapter 1, subchapter J. DANGER : Laser radiation when open and interlock defeated. AVOID DIRECT EXPOSURE TO BEAM.70%

Caution : No connection of ground line if disassemble the unit. Please connect the ground line on rear panel, PCBs, Chassis and some others.

DV-5050M/5900M/DVF-J6050/J6050-GCONTENTS / ACCESSORIES / CAUTIONSContentsCONTENTS / ACCESSORIES / CAUTIONS............. 2 BLOCK DIAGRAM ......................................................3 CIRCUIT DESCRIPTION ............................................4 ADJUSTMENT ............................................................7 WIRING DIAGRAM ...................................................10 PC BOARD ...............................................................11 SCHEMATIC DIAGRAM .......................................... 23 EXPLODED VIEW ....................................................61 PARTS LIST..............................................................64 SPECIFICATIONS ....................................................77

AccessoriesRS-232C cable(1) (E30-7209-05) System control cable(2) (E30-2816-05) Batteries (R6/AA)(2) (DV-5900M only) Batteries (R03/AAA)(2)

Standard remote control unit (1) (A70-1486-05): RC-D0512.....KYEM (A70-1488-15): RC-D0513.....K1

Video cable(1) (E30-1427-05)

S-Video cable(1) (E30-2956-05)

Coaxial cable(1) (E30-2365-05)

Battery cover (A09-1242-08) Audio cable DV-5900M.............................(3) DV-5050M/DVF-6050............(1) (E30-0505-05) Keyboard remote control unit(1) DV-5900M only (A70-1513-05): RC-KB3.....K1

For countries other than U.S.A., U.S.-Military,REMOTE CONTROL UNIT RC-KB2

Battery cover (A09-1176-08)

AC Plug Adaptor (1) (E03-0115-05) Use to adapt the plug on the power cord to the shape of the wall outlet. (Accessory only for regions where use is necessary.)

CautionsThe marking of products using lasers (For countries other than U.S.A., U.S.Military and Canada)CLASS 1 LASER PRODUCT

Location: Back panelCAUTIONVISIBLE LASER RADIATION WHEN OPEN. DO NOT STARE INTO BEAM.

Inside this laser product, a laser diode classified as Class 2 laser radiation is contained as alerted by the internal caution label shown above. Do not stare into beam. Location: DVD laser pick-up unit covproduct.

The marking this product has been classified as Class 1. It means that there is no danger of hazardous radiation outside the product.

2

(X35-229) : DV-5900M (X35-230) : DV-5050M/DVF-J6050IC901

(X25-644) : DV-5900M (X25-645) : DV-5050M/DVF-J6050 DV-5900M ONLYX35-229 (IC300) X35-230 (IC301) AV DECODER X35-229 (IC301) X35-230 (IC401) 64M SDRAMY, C, Cb, Cr VD0-7 ITU-R656

PICKUP UNIT8M FLASH ROM PICKUP TRAVERSE/ LOADING SPDL M MDVD CD FOCUS TRACKING

DVF-J6050 ONLYIC702 16M SDRAM IC701 16M SDRAMVD0-7

VIDEO FILTER & BUFFER (E) TYPE 13.5M ONLY MUTE IC402 6.75M MM1540EX, Y, Cb, Cr

(X13-787)J6 I/P SWY, Cb, Cr

IC1 ADVANCED DISC SERVO CONTROLLER PLL/DSL

IC400 OPTICAL DISC IC101 CONTROLLER 4MDRAMDAT0-3 STD0-7

CPPM DECODER

X35-229 : MN677521HB X35-230 : MN677533MP SDRAM I/F

IC700 PROGRESSIVE SCAN CONVERTER PROGRESSIVE SCAN CONVERTER BRIGHT, SHARP, GANMA COLOR, NR CONTROL CGMS, MCROVISION FL12200

IC800

IC600 VIDEO ENCODER BRIGHT, SHARP, GANMA COLOR, NR CONTROL

Y OUT Cb OUT Cr OUT J4 COMPOSIT OUT COMPOSIT OUT J5 S OUT J S1

(K,Y) TYPE ONLYVIDEO DAC 4chY Y, Cb, Cr/ R, G, B Cr, Cb

CSS2 DISSCRAMBLE MN5C027D4H MP3 DECODER IC900 & SPREM

STD0-7

CSS DISSCRAMBLE VIDEO DECODER MPEG,SUB PICTURE

OSD

VIDEO DAC NTSC/PAL ENCODER

G/Y OUT0-9 R/Cr OUT0-9 B/Cb OUT 0-9

APC AN8708 RF AMP AN8708 FRONT-END PROCESSOR

DRIVER AN8499 HF SERVO CONT CIRC/DAC MN67706 ECC ROM DEC ATAPI MN103S13B 320DA150PGE

3ch CGMS, MCROVISION ADV7196 ADV7170

Y SW

6.75MY EX Y COMP

DV-5900M ONLYAUDIO DECODER MPEG,DTS,AC3,LPCM PCM & SPDIFIEC OUT

IC600 VIDEO ENCODER BRIGHT, SHARP, GANMA COLOR, NR CONTROL YUV TO RGB MATRIX CAPTION CONTROL VIDEO DAC 6chY, Cb, Cr/ R, G, B

IC601 PROGRESSIVE CONVERTERY, C

C

C SW

6.75MC EX C

AUDIO DECODER AC3,LPCM,MP3

DV-5050M/ DVF-J6050 ONLY

I/P CONVERT VIDEO DAC 3ch MCROVISION PM0026APROGL Y, Cb, Cr

DVD Y,C,COMPOSITE.RGB EX VIDEO

RGB

VIDEO DAC

PROG Y, Cb, Cr

YUV TO RGB MATRIX CAPTION CONTROL

MP3 DATA , LRCK, BCK

CGMS, MCROVISION MP3 SW ADV7190

S OUT J S1/S2

ADDRESS DATA BUS IC201 IC207 8M FLASH ROM EEPROMAUDIO DAC DRIVE AUDIO SW CONTROL

DVD RGB

BLOCK DIAGRAM

IC215 8M FLASH ROM

IC500 WATER MARK DETECTOR MN7F015

DV-5050M ONLY DV-5900M ONLYAV2 RGB

AV1 RGB OUT

S IN

DV-5050M/5900M/DVF-J6050/J6050-G

DVD u-COMVIDEO ENCODER VIDEO ENCODER PROGRESSIVE SCAN CONVERTER MP3 DECODER

IC451AV1 Y, C, COMP

IC206

BH7635SAV2 Y, C, COMP OUT

J3 Y IN Cb INAV1 Y, C, COMP OUT

S/P

(X13-787)S2 PROGL SW

DV-5900M ONLY

DV-5900M ONLY

AOUT,BCK,LRCK DVD Y, C, COMP

DV-5900M ONLYI/P SW EX SW CONTROL VIDEO SW CONTROL SCART CONTROL

AV2 Y, C, COMP

Cr IN MM1501AV2 AUDIO OUT

IC4 EEPROM J10 PC LINK J8 DAISY CHAIN HA12187FP J9 IR TEXT S1 M/S SW IC13 TEXT u-COM IC12 MAX232 IC2 IC1

IC3 EEPROM IC14 BACK UP SYSTEM u-COM SRAM 2M

CLK SYSTEM : DV-5900MX35 (IC201) DVD u-COM13.5M

CLK SYSTEM : DV-5050M/DVF-J6050X35 (IC201) DVD u-COM

AV1 AUDIO

DVF-J6050 ONLYDVD AUDIO AV1 AUDIO OUT

J12AV2 FUNC,BLK

X35 (IC210) X35 (IC900) MP3Fs OUT ADSC ODC

X35 (IC300)13.5M

AV2 AUDIO

SCART AV1 J13 SCART AV2

X35 (X201) 27MHz

1/2

AVDECPROGRESSIVE SCAN CONVERTER

BLK. FUNC

AV1 FUNC,BLK

+

UPD703034

UPD784217

PLL

27M

VIEDEO ENCODER

X35 (IC210)

1/2 X35 (IC301)

SCART CONTROL

X35 (IC213) AVDEC27MHz 27M

1/2

MECHA.

(X14-735)DV-5900M USED ONLY

X35 (IC211) 16.9344MHz 1/2 IC1PLAY/OPEN/CLOSE

CPPM, MP3 384Fs

X35 (X202) 27MHz PLLDRIVE

VIDEO ENCODER DMIX

X25-644 (IC204) X25-645 (IC203) 2ch DAC FOR DMIX 96k 24bit PCM1748 DMIX OUT SW 60kHz X25-644 (Q224) X25-645 (IC211) Q1-4 MUTE

DV-5900M ONLYJ1 MIX L MIX R EX SW FL FR AUDIO IN L AUDIO IN R LPF SW 110kHz Q5-8 MUTE Q209, 210 Q9-12 MUTE SR 60kHz Q13-16 MUTE SW C J1 J2 SL MIX L MIX R MIX L MIX R AUDIO IN L AUDIO IN R

384Fs 512Fs

MP3 SW

X35 (IC217)

AUDIO DAC

768Fs

STOCKER LED

IC2 REMOCON u-COM

X25 (X302) 33.8688MHz 1/2 X25 (IC221)768Fs

X35 (IC211)33.8688MHz

1/2

16.9344MHz

ODC ADSC

DOT DRIVER S10 UPD78023GC JOG X25 (X301) 36.864MHz X25 (IC209) KEY LED FL ED1(16-BT-90GNK) Fs SW

IC212,213 FRONT DATA SW IC205 6ch DAC 60kHz 192k 24bit FOR FL, FR 60kHzAOUT1 (SL, SR)

3M8703AV

STOCKER M

IC9

MP3 SWAUDIO DAC AUT0 (FL, FR) IEEE1394

IR DOOR M IC10

IR

96k 24bit FOR SL, SR

X25-644 (IC218) X25-645 (IC201) CLAMP MDAC+5V

REGA+7V/-7V A+5V/-5V

IC7

X25-644 (Q201,203) X25-645 (Q201-204) REGPOWER

(X00-3060-10)SW POWER SUPPLY

AOUT2 (C, SW)

96k 24bit FOR C, SW PCM1602KY

REG X25-644 (Q202,204) X25-645 (IC502,503)

A+9V/-9V AGND M+9V D+5V/3.3V DGND/SGND /MGND FL-35V FL+(K) : AC120V 60Hz (Y) : AC110-120V /220-240V~ 50/60Hz (E) : AC230V~ 50Hz

DV-5900M ONLYX25-644 (IC215) X25-645 (IC301) SW

LOADING M

IC8D+2.5V

DV-5900M ONLY

J7 COAX. OUT

REG X35-229 (IC303) X35-230 (IC601)

DV-5050M/ DVF-J6050 ONLY

EX SW COAX. IN

VIDEO LINE AUDIO LINE MAIN DATA LINE

EV+12V EV+5V EVGND

DV-5050M/ DVF-J6050 ONLY

A1 OPT. OUT

DV-5900M DV-5050M/DVF-J6050

3

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION1. Initializing1-1 Initialization Method While holding down the "LIBRARY" key depressed, plug the power cord into the socket. POWER ON "INITIALIZE" The rotary tray turns. The rotary tray stops at disc 1 position. The microcomputer is initialized.

2-1 Setting Method2-1-1 FCT Mode (Factory Mode)

While holding down the MUSIC TYPE key depressed, plug the power cord into the socket.2-1-2 Inspection Mode

While holding down the TEXT DISPLAY key depressed, plug the power cord into the socket.

2-2 Cancellation of the Test Mode Unplug the power cord from the power socket.

2-3 Key Operation During the Test Mode During the test mode, it can be operated in a special manner that is different from an ordinary operation by using the keys on the panel, specifically as shown in the following table.

2. Test Mode This model has 3 kind of test modes : unit inspection, factory test mode, measurement. In this manual, items of repair, test mode and inspection are available.

FCT ModeKey PLAY TEXT DISPLAY SKIP UP SKIP DOWN STOP RANDOM USER FILE TIME DISPLAY DISC FLIP PLUS1 PLAY PLUS1 EJECT PLUS2 PLAY PLUS2 EJECT PLUS3 PLAY PLUS3 EJECT OPEN/CLOSE EJECT Mode Playback Playback Playback Display Playback time All segments light Niagara mode Playback time Playback time Playback time Playback time Mute ON Mute OFF WIDE1WIDE2 NORMAL SCART RGB SCART YC SCART Through OK or *** ERROR S-CW S-CCW OPEN CLOSE 0180 1800 UNLOAD LOAD Operation Disc playback Display shows cyclically by pressing key. Playback next chapter/track #/program # Playback before chapter/track #/program # Stop to operate and return to first step of this test mode. Mute works cyclically on or off. WIDE mode changes cyclically WIDE1 or WIDE2. Video signal of SCART changes cyclically RGB(DVD)Y/C(DVD)Through(AV1 AV2) Self check mode (Refer to Servo Error Code) The stocker motor turns clockwise. The stocker motor turns counterclockwise. The door opens. The door closes. 0180operation of clamper motor. 1800operation of clamper motor. Unload operation of loading motor. Load operation of loading motor.

INSPECTION ModeKey PLAY SKIP UP SKIP DOWN STOP STOP RANDOM DISC FLIP MUSIC TYPE USER FILE Mode Playback Playback Playback Stop Playback Display Playback time Playback time Playback time INSPECTION Model/destination/ region code/u-com version Jitter ***% 180SW OK(0180) 0SW OK(1800) CPPM KEY ID Playback time Operation Disc playback Playback next chapter/track #/program # Playback before chapter/track #/program # Stop to operate and return to first step of this test mode. Display shows cyclically by pressing key. Shows jitter value(binary value vs time deviation of PLL-clock) Inverted inversion unit ASSY 0 to 180 or 180 to 0. 13 figures. (DVD audio model only) Indicated DISC No.400 in LCD remote controller.

4

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION3. ERROR CODE OF CIRCUIT BY SELF CHECK MODE (TEST MODE)DEFINITION CONTENTS ODC(Optical Device Control) MOD_NOT_CRCOK No CRCOK signal MAS_ECC_ERR LAYER_CMP_ERR OUT_PB_AREA_NG DATA_TR_PLAY_NG SEEK_NG_CHGNV UNCORRECT_ERR INVALID_CMD_ERR UNCORRECT_LEADIN UNCORRECT_ KEYDET CODE BLOCK TIMING 0x4303 ODC Abnormal ODC ERROR Abnormal LAYER in seek mode OUT of PB AREA DATA Track Play No data caused seek error No control data by demodulator error Out of secter ID 0xD601 ODC,disc (ADSC,ODC,disc ,pickup) Read address error at lead in or focus jump. ODC No emission OK on disc and host in 5 secs.

(ADSC,ODC,disc ,pickup)

Over data from disc(DVDF 0xFFF)(VCDF 00:02:00 less)(CDF 0xFFF) Time over in lead-in.

No lead-in data by demodulator 0xD602 error No lead-in data by demodulator 0xD603 error

DEFINITION SERVO TRAY_LOADING_ERR FOCUS_SVERR SPINDLE_SVERR

CONTENTS Tray Loading Error. Focus Servo Error. Spindle Servo Error. DSC Disc Motor Error. Abnormal FG-period in DVD, Abnormal turn of disc motor, 6626 CLVS Failure. Abnormal FG-period in CD Traverse Motor Error. Tracking Servo Error Seek Time Out Error DSC Error (status data error) DSC Not Ready Error DSC TimeOut Error. DSC Communication Failure. DSC Attention Error. Out of Media 6626 QCODE do not Read Error. DSC Command Escape

CODE 0x4000 0x4100 0x4101

BLOCK

TIMING

DSC_DM_ERR

0x4102

ADSC, TRAY DCM_TRAYCTL_T(time out 5secs) Mechanism, Motor LSI ADSC, pickup & DCM_FCON_T(time out 5secs), actuator, Driver LSI Lock NG, NG of seek. DCM_DMON_T(time out 10 ADSC, Driver LSI, disc secs),Time out of checking Motor stop,Time out of start to turn. DCM_DMOF_T(time out 10secs), ADSC, Driver LSI, disc DCM_DMMODE_T(time Motor out100ms) Abnormal turn of disc motor., ADSC, Driver LSI, disc DCM_DMOF_T(time out 10secs) Motor Setting abnormal CLV ADSC, Driver LSI, feed DCM_INNER_T(time out 5secs) Motor DCM_TRON_T(time out 1sec) ADSC, pickup & Command error,Focus jump actuator, Driver LSI Lock NG (ReSartServo) NG of ADSC, pickup & Over 200 seek times actuator, Driver LSI ADSC ADSC ADSC ADSC ADSC ADSC ADSC ADSC Command error ADSC REDY time out Over of CLV OK Over of command end No use Error of CD-trick play and CD/DVD seek. FC jump in DVD-play. No check of media, Error after servo retry. Abnormal disc. Read error in Cue or Rev play of CD Stop servo operation after setting the ESC flug in mode register of ADSC.

CDC_CLV_ERR TRAVERSE_ERR TRACK_SVERR SEEK_TIMEOUT_ERR DSC_ERROR DSC_NOTREADY DSC_TIM_ERR DSC_COM_ERR DSC_ATN_ERR INVALID_MDTYP DONOT_QREAD_ERR DSC_ESCAPE

0x4103 0x4104 0x4105 0x4106 ADSC ERROR ADSC ERROR ADSC ERROR ADSC ERROR ADSC ERROR 0x4300 0x4302 -

FEP

FEP_IC_ERR

Adjustment error on data FEP ERROR slice offset

ADSC ,FEP

jitter and data slice offset adjustment error

5

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONDEFINITIONDISC

CONTENTS

CODE

BLOCK

TIMING

DISERR_UDF

UDF Bridge NG

0x2100

DISERR_TT_SRP_NO ISERR_TT_SRP_OVER DISERR_TT_SRP_MISS DISERR_TT_SRP_ PTT_OVER DISERR_TTU_SRP_NO DISERR_TTU_SRP_OVER DISERR_PGCI_SRP_NO DISERR_PGCI_SRP_OVER DISERR_TMAP_ SRP_OVER DISERR_TMAP_SA_NO DISERR_TMAP_EN_NO

TT_SRP=0 Value >TT_SRP SRP is not meet with VTSN or VTS_TTN Value >TT_SRP.PTT_Ns TTU_SRP=0 Value >TTU_SRP PGCI_SRP=0 Value>PGCI_SRP Value>TMAP_SRP

0x2111 0x2112 0x2113 0x2114 0x2120 0x2121 0x2131 0x2132 0x2141 0x2142 0x2143 0x2150 0x2151 0x2152 0x2153 0x2154 0x2155 0x2156 0x2157 0x2160

1. No CD-ROM Volume Descriptor Set, No Primary Volume Descriptor 2. No Beginning Extended Area Descriptor 3. No NSR Descriptor of "NSR02" Disc format 4. Length error of Main Volume Descriptor Sequence 5. Directry of length error on VIDEO_TS/AUDIO_TS after root Disc format

Disc code

Disc format Disc code Disc format

Disc code

TMAP_SA=0 MAP_EN=0 C_POSIT is OK, DISERR_PGC_PGMAP_NO No PGMAP in PGC DISERR_PGC_PG_NO C_POSIT is OK, PG=0 in PGC. DISERR_PGC_PG_OVER Value >PG in PGC C_POSIT is OK, DISERR_PGC_C_PBIT_NO No C_PBIT in PGC DISERR_PGC_C_NO DISERR_PGC_CN_NO DISERR_PGC_C_OVER DISERR_PGC_BLK_NO DISERR_SEARCH_CN_NO C_POSITis OK, Cell=0 in PGC Cell=0 Value >Cell in PGC Block Cell only No Cell# in search.

Disc format Disc code

Disc format Disc code Disc format

6

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION4. Main Microcomputer: uPD784217AGF519(X25, IC1)4-1 Microcomputer Periphery Block DiagramX25, IC2 STB MAIN IN STB MAIN uPD703034AGFA01 (Sub u-Com) SCK0 SI 0 SO0 POWER IN X14, IC1 uPD780232GC012 (Dot Driver) X25, IC1 71 STB SUB 46 STB SUB IN 70 SCK 1 69 SO 1 68 SI 1 29 SUB WAKE SCK0 67 SI 0 65 SO0 66 X35, IC201 SCLK SBO SBI

(DVD u-Com)

LED(POWER) 23 LED PURE 24 LED 192K 25 LED 96K 26 LED DVD 62 LINE2 34 LINE3 63 PLUGCH 56 RESET 23 POWER 28 IC RESET 27

LED (POWER) LED PURE AUDIO LED 192kfs LED 96kfs LED DVD

CLK SO SI STB

75 SCK0 73 SI 0 74 SO0 72 STB

D TERMINAL CONT.

RESET INPUT POWER ON (PERIPHERY IC) RESET (PERIPHERY IC)

uPD784217AGF519TV MODE CONT. K/J/E DV-5900M/5050M MAIN/SUB1/2 SELECTION SW 35 WIDE1 35 WIDE2 EXSW 30 VMUTE 31 PURE AUDIO 32 53 DESTINATION YC L 33 54 MODEL DISCRIMINATION 55 M/S SW VIDEO AUDIO (INT.)/(EXT.) SW VIDEO MUTE VIDEO SW CONTRAST MUTE

JOG

59 JOG 1 60 JOG 2

14~21 (D7~D0)

X25, IC3 BR24C01AF (EEPROM) DPF-J6050 ONLY SCL SDA

RWRREQ 11 RTREN 13 RWR 12

X14, IC2 uPD17215GT-737 D0~D7 REMOTE CONTROLLER RWRREQ u-Com RTREN RWR X25, IC14

X25, IC451 BH7635S (AUDIO/VIDEO SW)

SCL SDA

3 SCL 4 SDA 44 REM 45 REM RCV 47 PLAY 48 OPEN/CLOSE 49 POWER ON

84~91 (AD0~AD7) 76~83,92~99 1, 2 (A0~A17) RD 5 WR 6 CS 7 OE WE CS

BS62LV2000STC (SRAM)

REMOTE CONT. INPUT PLAY KEY OPEN/CLOSE KEY POWER KEY

Key Matrix 0 0.76~0.913 1.53~1.81 2.32~2.71 3.12~3.57 3.93~4.41

The number inside ( ) is pin number of FL driver & display u-com (X14, IC1). Key0(Pin22) DVD VIDEO DVD AUDIO CD MUSIC TAPE USER FILE SET Key1(Pin21) STOP SKIP DOW SKIP UP LIBRARY TEXT DISPLAY Key2(Pin20) PAUSE EJECT DISC FLIP Key3(Pin19) PLUS1 PLAY PLUS1 EJECT PLUS2 PLAY PLUS2 EJECT PLUS3 PLAY PLUS3 EJECT

7

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION4-2 Port Function of Main MicrocomputerPort No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14~21 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 55 56 57, 58 59 60 Port Name A16 A17 SCL SDA RD WR CS ASTB VDD RGB H RWRREQ RWR RTREN D7~D0 VPP STB LED PURE LED 192k LED 96k LED ICRESET POWER SUB WAKE EXSW VMUTE PURE AUDIO YC L LINE2 WIDE1 WIDE2 VDD X2 X1 VSS XT2 XT1 RESET REM REM RCV STB SUB IN PLAY OPEN/CLOSE POWER ON NC AVDD AVREFO SHIMUKE KISYU M/S SW PLUGCH NC JOG1 JOG2 I/O O O O I/O O O O O O I I O O O O O O O O O O O O I I I I I I I I I I I I I Function Address bus of SRAM (X25, IC14). Address bus of SRAM. Clock output for audio/video switching IC. Data input/output for audio/video switching IC. Read strobe for SRAM (X25, IC14). Write strobe for SRAM (X25, IC14). Chip selector for SRAM (X25, IC14). Unused. Supply voltage (+5V). RGB signal output. DVF-J6050 (E/T) Only Request of transmission data to remote cont. microcomputer. Read-out the data of remote cont. microcomputer. Permission of transmission data from remote cont. microcomputer. Data output to remote cont. microcomputer (X14, IC2). Unused. Control port for power led. Control port for pure audio led. Control port for 192kfs led. Control port for 96kfs led. Reset signal output to display microcomputer (X14, IC1). Power on/off control for regulator (X00, IC3). Output port of power on signal to sub microcomputer. Switching port of (ext./int.) for video and audio output. Video mute control port. Unused. DV-5050M/DVF-J6050 Pure audio on/off control port. DV-5900M YC signal output. DVF-J6050 (E/T) Only Unused. Unused. Unused. Supply voltage (+5V). System clock input. System clock input. Connected to GND. Unused. Unused. Reset signal input. Remote control signal input. IR signal input. Strobe signal input from sub microcomputer. Key input (PLAY) port. Key input (OPEN/CLOSE) port. Input port of power on signal from sub microcomputer. Unused. Supply voltage (+5V). Connected to VDD. Discrimination of destination. K : 0V E : 5V Discrimination of model. DV-5050M : 5V DV-5900M : 2.5V Input port of M/S switch. MAIN : 5V SUB1 : 2.5V SUB2 : 0V Unused. Unused. Encoder signal input. Encoder signal input. Active H L

ON ON ON ON RESET ON INT. MUTE ON OUT

ON ON

8

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONPort No. 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76~83 84~91 92~99 100 Port Name AVSS LED DVD LINE3 AVREF1 SI0 SO0 SCK0 SI1 SO1 SCK1 STB SUB STB SI SO SCK0 A0~A7 AD0~AD7 A8~A15 VSS I/O O I O I I O I/O O O I O O O I/O O Function Connected to GND. DVD active led control port. Unused. Connected to VDD. Data input from DVD microcomputer. Data output to DVD microcomputer. Clock input from DVD microcomputer. Data input from sub microcomputer. Data output to sub microcomputer. Clock input/output between main/sub microcomputer. Strobe signal output to sub microcomputer. Strobe signal output to display microcomputer (X14, IC). Data input from display microcomputer (X14, IC). Data output to display microcomputer (X14, IC). Clock output to display microcomputer (X14, IC). Address bus of SRAM (X25, IC14). Data bus of SRAM (X25, IC14). Address bus of SRAM (X25, IC14). Connected to GND. Active H L

5. Sub Microcomputer: 703034AGFA01(X25-644/655, IC2)5-1 Sub Microcomputer Periphery Block DiagramX25, IC1

Main Microcomputer uPD784217AGF519

S.RQ 95

SCX0 99

DVM-01 STCKER MOTOR + STCKER MOTOR DOOR MOTOR + DOOR MOTOR CLUMP MOTOR + CLUMP MOTOR LOADING MOTOR + LOADING MOTOR D1 Q1 PH 1 PH 3 PH 2 S1 S2 D2 S3 S4 S5 S6 S7 S9 S8 S LED 56 R CCW 55 R CW 51 DOOR CLOSE 52 DOOR OPEN 53 CLUMP 54 CLUMP + 57 UNLOAD 60 LOAD 91 PWM 68 D SW 70 PH 1 71 PH 3 72 PH 2 77 LOCK SW 78 CLOSE SW 89 EJECT LED 61 OPEN SW 63 EJECT SW 64 0 SW 66 180 SW 67 90 SW 79 PL SW 80 HP SW 92 S LED 6 RXD1 7 TXD1 4 DSR 5 DRT DSR 4 DTR 5 RXD 1 6 TXD 1 7 DSR DTR TD RD MAX232NS PC Drive IC IETX 27 IERX 26 Daisy Chain Drive IC HA12187FP X25, IC13

Sub MicrocomputerX25, IC12

X25(IC12) DSR DTR TD RD

PC Drive IC MAX232NS

M.RQ 96

S.DT 98

M.DT 97

9

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION5-2 Port Function of Sub MicrocomputerPort No. 1 2,3 4 5 6 7 8 9 10 11~20 21 22~25 26 27 28~33 34 35 36 37 38 39 40 41 42 43~48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 Port Name TXD0 NC DSR DTR TD RD NC EVDD EVSS NC IC/VPP NC IERX IETX NC RESET NC NC REGC X2 X1 VSS VDD CLKOUT NC SCL SDA DOOR CLOSE DOOR OPEN CLUMP -M CLUMP-P R CW R CCW UNLOAD BVDD BVSS LOAD-M OPEN SW NC EJECT SW 0 SW NC 180 SW 90 SW D SW NC PH 1 PH 3 PH 2 NC AVDD AVSS AVREF I/O O I I O I O I I O I/O O O O O O O O O I I I I I I I I I Function No used. No used. PC link data set ready output. PC link data set ready input. PC link data input. PC link data output. No used. Supply voltage. GND No used. Connected to VSS. No used. Daisy chain IE bus data input. Daisy chain IE bus data output. No used. Reset signal input. GND No used. No used. Crystal resonator connection. Crystal resonator connection. GND Supply voltage. No used. No used. Clock output for ROM correction. Data input/output for ROM correction. Control port of door motor for mechanism. Control port of door motor for mechanism. Control port of clump motor for mechanism. Control port of clump motor for mechanism. Control port of rotary motor for mechanism. Control port of rotary motor for mechanism. Control port of load motor for mechanism. Supply voltage. GND Control port of load motor for mechanism. Input port of open switch for mechanism. No used. Input port of eject switch for mechanism. 0switch input of mecha, traverse. No used. 180switch input of mecha, traverse. 90switch input of mecha, traverse. Input port of disc sensor for mechanism. No used. Detection port of stocker position. Detection port of stocker position. Detection port of stocker position. No used. Analog power supply. Connected to VSS. Reference voltage. Active H L

READY

CLOSE OPEN 1800 0180 CW CCW UNLOAD

LOAD OPEN EJECT 0 180 90

10

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONPort No. 77 78 79 80 81~88 89 90 91 92 93 94 95 96 97 98 99 100 Port Name LOCK SW CLOSE SW PL SW HP SW NC EJECT LED +B PWM S LED POWER OUT POWER IN SUB-STB MAIN-STB SI0 SO0 SCX0 RXD0 I/O I I I I O O O O O I I O I O I Function Input port of stocker lock switch for mechanism. Input port of door close switch for mechanism. Mechanism load clump position switch input. Mechanism home position switch input. No used. Control port of eject LED. On/off control port of power supply for photo sensor (PH 1~3). Disc sensor on/off control. Control port of LED in the stocker. Output port of power on signal to main microcomputer. Input port of power on signal from main microcomputer. Request signal input from main microcomputer Request signal output to main microcomputer Serial data input from main microcomputer. Serial data output to main microcomputer. Serial clock input from main microcomputer. No used. Active H L LOCK CLOSE PLAY POSITION HOME POSITION LED ON ON ON LED ON

REQUEST REQUEST

6. Port Function of ICs6-1 AV decoder : MN677521HB (X35, IC300) Port Function Port No. 1,9,32,46,53,73,104 116,142,156,160,166 172,179,184,191,197 205 2~4,6~8,10,201 203,204,206,207 5,14,27,42,52,60,70 83,92,105,120,147 157,163,169,176,182 186,194,200,208 11 12,37,66,79,96,112 145,174,188,202 13 15 16 17 18 19 20 21 22 23,24 25 26 28 29 30 31 33~36,38~41,43~45 Port Name VDD I/O Digital supply voltage (+3.3V). Function

MA0~MA11

O

SDRAM address 0~11

VSS CLK121 LVDD XRST CLK81 PLLAVDD TCPOUT PLLAVSS CLK27 PLLTEST CKIO PLLVDD HMD1,HMD0 XHINT XDK XWR XRD XCS HCLK HA1~HA11

I 0 I I I O O I I I I I

Digital ground. Connected to digital ground. Digital supply voltage (+2.5V) for internal logic. System reset input. L : Reset Connected to digital ground. Main PLL supply voltage (+3.3v). Unused. Connected to digital ground. System clock input (27MHz). Test input port for main PLL. L : Fixed Decode clock change-over. Supply voltage (+2.5V) of internal logic for main PLL.. Connected to digital supply voltage (+3.3V). Interruption to DVD microcomputer. L : Active Acknowledgment to DVD microcomputer. L : Active Write enable from DVD microcomputer. Read enable from DVD microcomputer. Chip select from DVD microcomputer. Clock input from DVD microcomputer. Address input from DVD microcomputer.

11

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONPort Name HD0~HD15 AUDSTR ARQ VSTR VRQ AVRTM STD0~STD7 EXTCK APLLVDD P5481 PHCOPMO APLLAVSS NC APLLAVDD ACKIO VSS DCTEST TESTSEL1,0 TEST4~TEST9 97~102,106,108,109 TEST3,1,0 103 CLKMON 107 RFF 110 IECOUT 111 DMIX 113 DACCK 114 LRCK 115 SRCK 117~119 ADOUT(0~2) 121 XPOWD 122 VREFC 123 IREFC 124 COMPC 125 VCOUT 126,136 AVDD 127 VREFCB 128 IREFCB 129 COMPCB 130 VCBOUT 131,141 AVSS 132 VREFCR 133 IREFCR 134 COMPCR 135 VCROUT 137 VREFY 138 IREFY 139 COMPY 140 VYOUT 143 XYSYNCO 144 XHSYNCO 146 VCLK 148~155 VD0~VD7 158,159,161,162 164,165,167,168 MDQ0~MDQ15 170,171,173,175 177,178,180,181 Port No. 47~51,54~59,61~65 67 68 69 71 72 74~78,80~82 84 85 86 87 88 89 90 91 92 93 94,95 I/O I/O I 0 I O I I I O O O O O O O O O O I I I I O I I I O I I I O I I I O I/O I/O O O I/O Function DVD microcomputer data bus 0~15. Valid signal of bit stream input data. Unused. Clock signal input for bit stream. Request of program stream. Sector separation signal. Bit stream parallel input 0~7. External FS384 input terminal. Supply voltage (+2.5V) of internal logic for Audio PLL.. Audio PLL ground. Audio PLL phase comparison output. Audio PLL ground. Unused. Supply voltage (+3.3V) for Audio PLL.. Connected to digital ground. Digital ground. Connected to digital ground. Connected to digital ground. Unused. Unused. Unused. IEC958 format data output. Audio down mix signal output. Over sampling DAC clock output LR clock output. Bit clock output. Audio data output (0~2). DAC power down control input. DAC reference voltage input for C signal. DAC bias current setting port for C signal. Capacitance connection for DAC (C signal) stabilization. Unused. Analog supply voltage (+3.3V) for DAC. DAC reference voltage input for CB signal. DAC bias current setting port for CB signal. Capacitance connection for DAC (CB signal) stabilization. Unused. Analog ground for DAC. DAC reference voltage input for CR signal. DAC bias current setting port for CR signal. Capacitance connection for DAC (CR signal) stabilization. Unused. DAC reference voltage input for Y signal. DAC bias current setting port for Y signal. Capacitance connection for DAC (Y signal) stabilization. Unused. Vertical synchronizing signal input/output. Horizontal synchronizing signal input/output. Clock output for digital video data output. Digital video data output (0~7). SDRAM data bus (0~15).

12

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONPort No. 183 185 187 189 190 192 193 195 196 198 199 183 185 187 189 190 192 193 195 196 198 199 Port Name MCKI MCK DQMLE DQMLM DQMUE DQMUM XWE XCAS XRAS XCSE XCSM MCKI MCK DQMLE DQMLM DQMUE DQMUM XWE XCAS XRAS XCSE XCSM I/O I O O O O O O O O O O I O O O O O O O O O O Function Clock input from SDRAM. Clock output to SDRAM. Lower bite data, mask signal of expander SDRAM. Lower bite data, mask signal of main SDRAM. Upper bite data, mask signal of expander SDRAM. Upper bite data, mask signal of main SDRAM. Write enable signal of SDRAM. CAS signal of SDRAM. RAS signal of SDRAM. Chip select signal of expander SDARM. Chip select signal of main SDARM. Clock input from SDRAM. Clock output to SDRAM. Lower bite data, mask signal of expander SDRAM. Lower bite data, mask signal of main SDRAM. Upper bite data, mask signal of expander SDRAM. Upper bite data, mask signal of main SDRAM. Write enable signal of SDRAM. CAS signal of SDRAM. RAS signal of SDRAM. Chip select signal of expander SDARM. Chip select signal of main SDARM.

Block Diagram

ODC, TS Decoder etc.

Stream Interface

Stream Parser

Video and Audio Decoder

PLL

27MHz

Sub- picture System Controller (Microprocessor) Host Interface Memory Interface Decoder Video Interface NTSC/PAL Encoder Audio Interface

REC656 (Digital Video Out) DAC DAC DAC DAC Y/Y Cb/Composite Cr C/C Audio Out (DAC for Audio)

SDRAM (16bit)

CD-DA

IEC958

13

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION6-2 Port Function of AV decoder : MN677533MP (X35, IC301) DV-5050M/DVF-J6050 onlyPort No. Port Name 1,9,34,48,53,74,91,98, 111,156,160,166,172, VDD 179,184,191,197,205 2~4,6~8,10,201 MA0~MA11 203,204,206,207 5,19,24,29,44,52,58, 68,84,95,107,151, VSS 157,163,169,176,182, 186,194,200,208 11,13,15~18,20~23 TEST0~TEST9 12 XRST 14,39,63,79,87,105, LVDD 146,174,188,202 25 HMD1 26 HMD0 27 XHINT 28 XDK 30 XWR 31 XRD 32 XCS 33 HCLK 35~38,40~43,45~47 HA1~HA11 49~51,54~57 HD0~HD15 59~62,64~67,69 70 AUDSTR 71 VSTR 72 VRQ 73 AVRTM 75~78,80~83 STD0~STD7 85 IECOUT 86,92~94 ADOUT(0~3) 88 DACCK 89 LRCK 90 SRCK 96 CLKMON 97 CLK121 99 CLK27 100 PLLAVDD 101 TCPOUT 102 PLLAVSS 103 CKIO 104 PLLVDD 106 CLK81 108 APLLVDD 109 ATCPOUT 110 EXTCK 112 APLLAVDD 113 ATVROUT 114 AVCOIN 115 APLLAVSS 116 VREFB 117 IREFB 118 COMPB 119 VBOUT I/O O Digital supply voltage (+3.3V). SDRAM address 0~11 Function

O I I I O O I I I I I I/O I I O I I O O O O O O I I 0 I O I O I I I O

Digital ground. Test terminal. System reset input. L : Reset Digital supply voltage (+1.8V) for internal logic. Select signal 1 from DVD microcomputer. Select signal 0 from DVD microcomputer. Interruption to DVD microcomputer. L : Active Acknowledgment to DVD microcomputer. L : Active Write enable from DVD microcomputer. Read enable from DVD microcomputer. Chip select from DVD microcomputer. Clock input from DVD microcomputer. Address input from DVD microcomputer. DVD microcomputer data bus 0~15. Valid signal of bit stream input data. Clock signal input for bit stream. Request of program stream. Sector separation signal. Bit stream parallel input 0~7. IEC958 format data output. Audio data output (0~3). Over sampling DAC clock output. LR clock output. Bit clock output. Clock output. External clock (121.5MHz) input. (Unused) System clock input (27MHz). Main PLL supply voltage (+3.3V). Unused. Connected to digital ground. Decode clock change-over. Supply voltage (+1.8V) of internal logic for main PLL. Connected to digital ground. Supply voltage (+1.8V) of internal logic for Audio PLL. Unused. External FS384 input terminal. Supply voltage (+3.3V) for Audio PLL. Unused. Connected to digital ground. Connected to digital ground. DAC reference voltage input for C signal. DAC bias current setting port for C signal. Capacitance connection for DAC (C signal) stabilization. C signal output for DAC.

14

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONPort No. 120,130 121 122 123 124 125,135 126 127 128 129 131 132 133 134 136 137 138 139 140,141 142 143 144 145 147~150,152~155 158,159,161,162, 164,165,167,168, 170,171,173,175, 177,178,180181 183 185 187 189 190 192 193 195 196 198 199 Port Name AVDD(1,0) VREFG IREFG COMPG VGBOUT AVSS(0,1) VREFC IREFC COMPC VCOUT VREFY IREFY COMPY VYOUT NC ACKIO MODE121 PLLTEST TESTSEL1,0 DCTEST XYSYNCO XHSYNCO VCLK VD0~VD7 MDQ0~MDQ15 MCKI MCK DQMLE DQMLM DQMUE DQMUM XWE XCAS XRAS XCSE XCSM I/O I I I O I I I O I I I O I I I/O I/O O O I/O I O O O O O O O O O O Function Analog supply voltage (+3.3V) for DAC. DAC reference voltage input for Cb signal. DAC bias current setting port for Cb signal. Capacitance connection for DAC (Cb signal) stabilization. Cb signal output for DAC.(Unused) Analog ground for DAC. DAC reference voltage input for Cr, C signal. DAC bias current setting port for Cr, C signal. Capacitance connection for DAC (Cr, C signal) stabilization. Unused. DAC reference voltage input for Y signal. DAC bias current setting port for Y signal. Capacitance connection for DAC (Y signal) stabilization. Y signal output for DAC. Unused. Connected to digital ground. Connected to digital ground. Connected to digital ground. Test mode terminal. L : Fixed DC test mode terminal. Vertical synchronizing signal input/output. Horizontal synchronizing signal input/output. Clock output for digital video data output. Digital video data output (0~7) SDRAM data bus (0~15). Clock input from SDRAM. Clock output to SDRAM. Lower bite data, mask signal of expander SDRAM. Lower bite data, mask signal of main SDRAM. Upper bite data, mask signal of expander SDRAM. Upper bite data, mask signal of main SDRAM. Write enable signal of SDRAM. CAS signal of SDRAM. RAS signal of SDRAM. Chip select signal of expander SDARM. Chip select signal of main SDARM.

15

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION6-3 Port Function of DVD Microcomputer : MN102N62GGB (X35, IC201)Port No. 1 2 3 4 5 6 7 8 9 10 11 12 13~16 17 18 19 20 21 22 23 24 25 26~33 34 35~42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 Port Name WAIT NRD(ODC/AVDEC /SRAM) NWEL NWEH (ODC/AVDEC /SRAM/ROM) RAMCS(SRAM) ODCCS AVCS(AVDEC) ROMCS(ROM) SCLOCK(VDAC) SDATA(VDAC) FRD(ROM) WORD CPUADR0~3 VDD SYSCLK(AVDEC) VSS XI XO VDD OSCI(CLK135) OSCO MODE CPUADR4~11 AVDD CPUADR12~19 VSS CPUADR20 25BSY STBPSL HFMON KMODE AMUTE CIRCEN(ENC) PROGSW STBTI FRSW VDD FEPEN CLKSEL STBDAC2 STBSP1 O O O O O O O O O O I O I O I O O O O O O O O O I O O O O O O I/O I O O Bus wait port. Bus read port. Selection port of clock (2:1). 0:0 33MHz, 0:1 36MHz, 1:1 24MHz DV-5050M/DVF-J6050 Unused. DV-5900M Bus read port. SRAM chip select. ODC chip select. AV decoder chip select. Flash ROM chip select. Clock output to VDAC (IC600). DV-5050M/DVF-J6050 (X25, IC600) DV-5900M (X35, IC600) Data output to VDAC (IC600). DV-5050M/DVF-J6050 (X25, IC600) DV-5900M (X35, IC600) Flash ROM read port. Connected to VDD (+3.3V). Bus address (0~3). Supply voltage (+3.3V). Clock output to AV decoder (X35, IC300). Connected to GND. Connected to GND. Unused. Supply voltage (+3.3V). System clock input (13.5MHz). Unused. Processor mode selection. Bus address (4~11). Supply voltage (+3.3V). Bus address (12~19). Connected to GND. Bus address (20). Busy data output. Strobe output to Progressive Convert DAC (X25, IC601). DV-5050M Unused. DV-5900M/DVF-J6050 HF monitor output. Selection for writing the ROM. Audio mute control. Enable to Digital Servo Controller (X35, IC1). Unused. DV-5050M/DVF-J6050 Change-over the component terminal. DV-5900M Unused. DV-5050M/DVF-J6050 Strobe output to MP3 decoder (X35, IC900). DV-5900M Flash ROM 1, 2 (X35, IC207, 215) change-over. Supply voltage (+3.3V). Enable to FEP (traverse). Clock selection. Unused. DV-5050M/DVF-J6050 Strobe output to ADAC (X25, IC205). DV-5900M Unused. DV-5050M/DVF-J6050 Strobe output to serial-parallel converter (X25, IC224). DV-5900M Expan. Mode Function Active H L

Normal

Busy

Writing Normal

Default

16

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONPort No. 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84~91 92 93~100 Port Name STBDAC1 ADSCEN(ENS) VSS WMINT E2CS SCSIBN 196BSY VDD SCLK0 SI0 SO0 SCLK1 SI1 SO1 PULL UP0 PULL UP1 NMI ADSCINT ODCINT AVINT ICRST MP3INT ADSEP RST VDD CPUDT0~7 VSS CPUDT8~15 I/O Function Active H L Strobe output to ADAC. X25, IC204 (DV-5900M) O X25, IC203 (DV-5050M/DVF-J6050) O Enable to Digital Servo Controller (X35, IC1). - Connected to GND. Unused. DV-5050M/DVF-J6050 I Interruption port from Water Mark Detector (X35, IC500). DV-5900M O Chip select to EEPROM (X33, IC206). O Enable control to jig for writing the ROM. I Busy data input. - Supply voltage (+3.3V). SIO0 clock output to communicate between main O microcomputer and DVD system microcomputer. SIO0 data input to communicate between main I microcomputer and DVD system microcomputer. SIO0 data output to communicate between main O microcomputer and DVD system microcomputer. O SIO1 clock output for control ICs. I SIO1 data input for control ICs. O SIO1 data output for control ICs. I Unused. I Unused. I Unused. I Interruption port from Digital Servo Controller (X33, IC1). I Interruption port from Optical Disc Controller (X33, IC101). I Interruption port from AV decoder (X33, IC301). O Reset signal output to periphery ICs. Unused. DV-5050M/DVF-J6050 I Interruption port from MP3 decoder (X33, IC900). DV-5900M I Unused. I Reset signal input. - Supply voltage (+3.3V). I/O Bus data (0~7) input and output. - Connected to GND. I/O Bus data (8~15) input and output.

Normal Busy

17

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION6-4 Digital Video Enhancer : FL12220 (X35, IC703) DV-5900M only Port Function Port No. Port Name I/O Function External OSD Interface 1~5 OSDC(0~4) I Multiplexed chroma signal is input on this bus. ( Connected to ground.) 156~160 OSDC(5~9) 6 OSDSEL - External OSD select input. (Connected to ground.) 144~153 OSDY(0~9) - External OSD luma input. (Connected to ground.) Test outputs(Not shown on Block diagram) 7~10 TEST(03~06) O Test outputs. These pins should be left unconnected for normal operation. 13~15 TEST(00~02) Test inputs(Not shown on Block diagram) 19 TESTB I Active low test input. This pin should be tied to VDD for normal operation. 69,70,143 TEST (0~2) I Active high test inputs. This pin should all be tied to VSS for normal operation. Power Supply Connections(Not shown on Block diagram 11,28,40,49,59,60,81, 87,93,99,101,107, Digital power connections. Connect to the digital +3.3 volt power VDD 113,119,121,127, supply and decouple to the digital ground plane. 131,135,141,154 12,29,41,50,79,80,82, 88,94,100,102,108, VSS Digital ground connections. Connect to the digital ground plane. 114,120,122,128, 132,136,142,155 Analog current sink return for the video DAC circuits. Connect to the analog 72 ISINK ground plane. 68 AVDD - Analog power connections for the clock PLL circuits. 74 AVDD - Analog power connections for the video DAC circuits. Control Signals 16 SDA I I2C compatible serial control bus data. 17 SCL I/O I2C compatible serial control bus clock. 18,20 MODE(0,1) - I2C operating MODE( 0,1). The setting of ADDR(0~2) allow the I2C address of the device to be 21~23 ADDR(0~2) programmed to prevent conflict with the other I2C devices in the system. 2 24 I CCLK I Clock input for the internal I2C circuit. Reset. When this input is set low it will reset all internal registers 25 RESETB I to the default states. 67 CLKIN I Master clock input. 139 ENHOFF - When this pin is set low the FL12220 will be in normal enhancement mode. Input Signals 26,27,30~37 CBIN(0~9) I 10-bit non-multiplexed Cb or multiplexed Cb/ Cr signal input bus. 43~48,51~54 CRIN(0~9 I 10-bit non-multiplexed Cr signal input bus. 55~58,61~66 YIN(0~9) I 10bit luminance or multiplexed Y/Cb/Cr signal input bus. Input Signals(cont.) 38 HBLANKI I Horizontal input blanking signal. 39 VBLANKI I Vertical input blanking signal. 42 FLDIN I Odd/Even field designator input. Analog Output Signals 71 R/Cr-ANA O Analog output. 73 G/Y-ANA O Analog output. 75 B/Cb-ANA O Analog output. Compensation for video DACs. Should be connected to analog 76 COMP groundvia a capacitor. 77 RSET - Current setting resistor for video DACs. 78 VREF - Voltage reference for video DACs.

18

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONPort No. Port Name I/O Function Digital Output Signals 83~86,89~92 G/YOUT(0~9) O Green or luminance output bus. 95,96 115~118,123~126 CBOUT(0~9) O Blue or Cb chrominance output bus. 129,130 Digital Output Signals(cont.) 97,98,103~106 CROUT(0~9) O Red or Cr chrominance output bus. 109~112 133 HBLANKO O Horizontal output blanking signal. 134 VBLANKO O Vertical output blanking signal. 137 YCLKO O Output luma sampling clock. 138 FLDO I Odd/Even field designator input. 140 CCLKO O Output chroma sampling clock.

Simplified Block Diagram

HREFI VREFI FLDIN CLKIN 30 Digital YUV/ Ycr Cb Line Memories SCL SDA I 2C Interface Control Registers Chroma Large-Edge Enhancer Decimator (Optional) OSD Engine & Interface Input Formatter Interpolator Luma Detail Enhancer Color-Space Converter & Output Formatter 30 Digital YUV YCrCb/ RGB Sync & Timing Control Luma Large- Edge Enhancer Triple 10-bit DAC Analog YUV /RGB

External OSD

19

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION6-5 Video Deinterlacer : FL12200(X35, IC700) DV-5900M only Port Function Port No. Port Name I/O Function Test outputs 112,113 TEST(00, 01) O These pins are test outputs and should be left unconnected in normal operation. Test inputs 41,50,51,108 These pins are used for test purposes only and should always be tied low TEST(0~5) 109,111 for normal operation. Power Supply Connections(Not shown on Block diagram) 1,33,63,73,84,95 Pad Ring digital power connections. Connect to the digital +3.3 volt power 105,114,123,137 VDD33 supply and decouple to the digital ground plane. 144,151, 167 2,17,34,55,64,74 85 ,96,106,115 VSS Ground connections. Connect to the digital ground plane. 124,132, 138,145 152,159,168 43 AVSS Ground connection for the clock PLL circuits. Connect to the digital ground plane. Core Logic digital power connections. Connect to the digital +2.5 volt 16,54,107,158 AVDD25 power supply and decouple to the digital ground plane. Analog power connections for the clock PLL circuit. Connect to a separately 42 AVDD decoupled +2.5 volt power supply and decouple directly to the AVSS pin. Control Signals Reset. When this input is set low it will reset all the internal registers 49 RESETB I to the default states. When this pin is set high the the outputs of the FL12200 will be enabled ; when 53 OE O it is set low the outputs will be set into a high-impedance state. 56~58 IFORMAT(2~0) I Input signal format control. 59~61 OFORMAT(2~0) O Output signal format control. The settings of DADDR(1,0) allow the device address of the control bus to 44,45 DADDR(1,0) be programmed to prevent conflict with the other devices connected to the bus. When this pin is set low the control bus will operate in the slave mode; allowing 46 MODE the device to programmed from an external controller. 47 SDA I 2-wire serial control bus data. 48 SCL I/O 2-wire serial control bus clock. 40 PIXCLK I Pixel clock input. This clock is used to drive all the circuits in the FL12200. 62 N/P/IN/OUT I/O NTSC/PAL input or output. Control Signals(contd.) 52 NOMEM I No memory mode control input. Input Signals 18~27 G/YIN(0~9) I 10-bit green or luminance signal input bus. 6~15 B/CbIN(0~9) I 10-bit blue or Cb chroma signal input bus. 28~32 R/CrIN(0~4) I 10-bit red or Cr chroma signal input bus. 35~39 R/CrIN(5~9) 3 HSYNCREFI I Horizontal sync or reference. 4 VSYNCREFI I Vertical sync or reference. 5 FIELDIN I Field identifier input. Output Signals 65~72 G/YOUT(2~9) O Green or luminance output bus. 75,76 G/YOUT0,1 93,94 B/CbOUT8,9 O Blue or Cb chrominance output bus. 97~104 B/CbOUT(0~7) 77~83 R/CrOUT(3~9) O Red or Cr chrominance output bus. 86~88 R/CrOUT(0~2) 116 CCLKO O Chroma output sampling clock. 117 YCLKO O Luma output sampling clock. 89 VREFO Start of active field or frame indicator. 90 HREFO O Start of active line indicator output.

20

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTIONPort No. 91 92 Port Name VSYNC/CREFO H/CSYNCO I/O O O O O Function Vertical sync output. This signal provides the vertical sync function for the outputs. Horizontal or composite sync output. This signal provides the horizontal sync function for the outputs. Film mode detector output. SDRAM address bus. This signal bus is used to address the external SDARM(s) used for field memories. SDRAM data bus. This signal bus is used to transfer the data to and from the external SDRAM(s) used for field memories. SDRAM clock and 2x output sampling clock. SDRAM write enable. This active low signal should be connected to the WE pin(s) on the SDRAM(s). SDRAM row address select. This active low signal should be connected to the RAS pin(s) on the SDRAM(s). SDRAM column address select. This active low signal should be connected to the CAS pin(s) on the SDRAM(s). SDRAM bank select.

110 FILM SDRAM Interface Signals 125~131 ADDR(4~10) 133~136 ADDR(0~3) 139~143,146~150 DATA(0~4) 153~157,160~166 5~9,10~14, 169~176 15~21,22~29 118 MEMCLKO 119 120 121 122 WEN RASN CASN BSEL

Simplified Block Diagram Ext. Syncs PIXCLK / PLL/Clock PLl/Clock Generator Sync Generator Sync Out

RGB/YUV/Y CrCb/D1

10 / / /

Input Signal Formatter

Deinterlacer Core with DCDi TM , Motion Compensation, Film Mode Detection and Bad Edit Correction

Output Signal Formatter

10 / / /

YU V /RGB/ YCrCb

DADDR SDA SCL

2 /

Control Interface and Registers

21

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION6-6 Port Function of Video Encoder /DAC : ADV7190 (X35-229, IC600) DV-5900M onlyPort No. 1~16 17,25,54,63 18,24,33,55,64 19 20 21 22 23 26,39,42 27 28 29,38,43 30 31 32 34 35 36 37 40 41 44 45 46 47 48 49 50 51 52 53 56 57~62 Port Name P0~P15 VDD DGND HSYNC VSYNC BLANK ALSB TTXREQ AGND CLKIN CLKOUT VAA SCL SDA SCRESET/RTC/TR RSET2 COMP2 DAC F DAC E DAC D DAC C DAC B DAC A COMP1 VREF RSET1 RESET CSO HSO VSO/ CLAMP PAL NTSC NC TTX NC I/O I I/O I/O I/O I O I O I I/O I I O O O O O O O O I/O I I O I/O I I Function 8 bit or 16 bit 4:2:2 multiplexed Y/Cr/Cb pixel port. Digital supply voltage (+3.3V). Digital ground. Connected to VDD. Connected to VDD. Connected to VDD. Connected to digital ground. Connected to VDD. Analog ground. Clock input. Unused. Analog supply voltage (+3.3v). Serial interface clock input. Serial data input/output. Connected to analog ground. Used to control full-scale amplitudes of the video signals from the DAC D, E, and F. Compensation pin for DACs D, E and F. S-Video C/V /RED analog output. S-Video Y/U/ BLUE analog output. Composite Y/GREEN analog output. S-Video C/V/ RED analog output. S-Video Y/U /BLUE analog output. Composite Y/GREEN analog output. Compensation pin for DACs A, B and C. Voltage reference input for DACs or voltage reference output. Used to control full-scale amplitudes of the video signals from the DAC A, B, and C. Reset signal input. Unused. Unused. Connected to digital ground. Unused. Connected to digital ground. Unused.

22

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION6-7 Progressive Convert DAC : PM0026A (X25, IC601) DV-5050M/DVF-J6050 only Port Function Port No. Port Name 1 VDD3 2~8 VIB9~VIB3 9~11 GND 12~14 VIB2~VIB0 15,16 DOS1, DOS0 17~19 TEST2~TEST1 20 VDD3 21 VDD2 22 AGND 23 DAO Y 24 AVDD2 25 DAO B 26 AGND 27 DAO R 28 AVDD2 29 VREF 30 FSADJ 31 AVDD2 32 VG 33 AGND 34 CLMP 35 SPR7/V09 36 GND SPR4/V06~ 37~39 SPR6/V08 40,41 VDD3 42 GND SPR1/V03~ 43~45 SPR3/V05 46 47 48 49 50~52 53 54~56 57 58 59 60 61 62 63 64 65 66 67 68 69~76 77 78 79 80 SPR0/V02 VO1 VO0 VDD3 GND RMA5 RMA4~RMA2 GND CLK SRP VDD3 VDD2 CSB SDATA SCLK RMA1 RMA0 CKPOL VIA9 VIA8~VIA1 VIA0 NVS NHS VDD3 I/O I I I I O O O I I/O O O O O O O O O I I I I I I I I I I I I I/O I/O Function Positive supply voltage (+3.3V) for pad ring. Connected to digital ground. Digital ground for core. Connected to digital ground. Connected to digital ground. Connected to digital ground. Positive supply voltage (+3.3V) for pad ring. Digital positive supply voltage (+2.5V) for core. Analog ground for D/A converter. Y analog output. Positive supply voltage (+2.5V) for D/A converter. Cb analog output. Analog ground for D/A converter. Cr analog output. Positive supply voltage (+2.5V) for D/A converter. Reference voltage input for 3DACs. Current source for full scale adjustment of 3DACs. Positive supply voltage (+2.5V) for D/A converter. Compensation pin for gate voltage of DAC current cells. Analog ground for D/A converter. Unused. Unused. Digital ground for core. Multi-purpose parallel output converted from serial data through MPU interface / pixel data output. Positive supply voltage (+3.3V) for pad ring. Digital ground for core. Multi-purpose parallel output converted from serial data through MPU interface / pixel data output. Multi-purpose parallel output converted from serial data through MPU interface (LSB) / pixel data output. Pixel data output. Pixel data output (LSB). Positive supply voltage (+3.3V) for pad ring. Digital ground for core. Address input for monitoring internal register (MSB). Address input for monitoring internal register. Digital ground for core. System clock input (27MHz). System reset input (negative). Positive supply voltage (+3.3V) for pad ring. Digital positive supply voltage (+2.5V) for core. Chip select input of MPU serial interface. Data input of MPU serial interface. Clock input of MPU serial interface. Address input for monitoring internal register. Address input for monitoring internal register (LSB). Internal clock. polarity control input. Pixel port A input (MSB). Pixel port A input. Pixel port A input (LSB). Active low vertical sync. Active low horizontal sync. Positive supply voltage (+3.3V) for pad ring.

23

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION Block Diagram for Progressive Convert DAC MPU MPU Interface with Configuration register

Anti Copy Signal Processor

Sync and Timing Generator Video Decoder Input Interface Video Processing Engine 3ch D/A 3ch 75 Driver

6-8 Port Function of 6ch DAC : PCM1602KY (X25, IC205) DV-5900 onlyPort No. 1~6 7, 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29~32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 Port Name ZERO1~6 /GPO1~6 NC VOUT6 VOUT5 VOUT4 VOUT3 VOUT2 VOUT1 VCOM NC AGND5 VCC5 AGND6 NC AGND4 VCC4 AGND3 VCC3 AGNG2 VCC2 AGND1 VCC1 NC MDO MDI MC ML RST SCKI SCKO BCK LRCK TEST VDD DGND DATA1 DATA 2 DATA 3 ZEROA I/O O O O O O O O O O I I I I I O I I I I I O Function Zero data flag for Vout 1~6. Can also be used as GPO pin. (Unused) Analog ground. Voltage output for audio signal corresponding to Rch on data3. Up to 96 kHz Voltage output for audio signal corresponding to Lch on data3. Up to 96 kHz Voltage output for audio signal corresponding to Rch on data2. Up to 96 kHz Voltage output for audio signal corresponding to Lch on data2. Up to 96 kHz Voltage output for audio signal corresponding to Rch on data1. Up to 192 kHz Voltage output for audio signal corresponding to Lch on data1. Up to 192 kHz Common voltage output. Analog ground. Analog ground. Analog power supply (+5.0V). Analog ground. Analog ground. Analog ground. Analog power supply (+5.0V). Analog ground. Analog power supply (+5.0V). Analog ground. Analog power supply (+5.0V). Analog ground. Analog power supply (+5.0V). Analog ground. Serial data output for function register control port. (Unused) Serial data input for function register control port. Shift clock for function register control port. Latch enable for function register control port. System reset input. (Active low) System clock input. Input frequency is 128, 192, 256, 384, 512 or 768fs. Buffered clock output. (Unused) Shift clock input for serial audio data. Left and right clock input. This clock is equal to the sampling rate, fs. Test pin. Digital power supply (+3.3V). Digital ground for +3.3V. Serial audio data input for Vout1 and Vout2. Serial audio data input for Vout3 and Vout4. Serial audio data input for Vout5 and Vout6. Zero data flag. Logical "AND " of ZERO1 through ZERO6.

24

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION6-9 Port Function of 2ch DAC : PCM1748EPort No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Port Name BCK DATA LRCK DGND VDD VCC VOUTL VOUTR AGND VCOM ZEROR/ZEROA ZEROL/NA MD MC ML SCL I/O I I I O O O O I I I I Function Audio data bit clock input. Audio data digital input. L-ch/R-ch audio data latch enable input. Digital ground. Digital power supply (+3.3v). Analog power supply (+5.0V). Analog output for L-ch. Analog output for R-ch. Analog ground. Common voltage decoupling. Zero flag output for R-ch / Zero flag output for L/R-ch. Zero flag output for L-ch / No assign. Mode control data input. Mode control clock input. Mode control latch input. System clock input.

PCM1748E : X25-645 (IC203) DV-5050M/DVF-J6050 : X25-644 (IC204) DV-5900M

6-10 Serial-Parallel Converter : NJU3715G (X25, IC224)Port No. 1 2 3 4 7 16 17 18 19 20 21 Port Name SURH H2CH BASS FRNTH MP3SW LPFSW THRU IW0 IW1 DACMUT MMOD1 I/O O O O O O O O O O O O Function Surround on/off control Front/Mix change-over (X25, IC212, 213) H : DOWN MIX L : L,R DVD A BASS Management change-over DV-5900M only (X25, IC601) Unused VRQ change-over H:MP3 L:AV Audio out LPF change-over H:60k L:110k Unused Unused Unused Unused Unused

7. Main Control PortEXSW, RGB H, Y/C L, PURE AUDIO, VMUTE Port of main EXTERNAL S OUT u-com IN EXT SW(Pin30) 0 RGB-H(Pin10) 0 Y/C-L(Pin33) 1 PURE(Pin32) 0 0 VMUTE(Pin31) 0 0 COMP OUT 1 0 1 0 0 SCART OUT RGB OUT Y/C OUT 1 1 1 0 1 0 0 0 0 0 PURE AUDIO 1 1 1 STANDBY 1 1 -

8. Video Signal and Audio Signal Relation between IN and OUT on Video Signal Condition Composite S-Video RGB IN-Signal Y,C(X25,IC600) Y,C(X25,IC600) RGB(X25,IC600) AV1 #19(V/Y out) #19(V/Y out) #15(RC out) #15(R/C out) #11(G out) #7(B out) #19(V/Y out) #15(R/C out) #11(G out) #7(B out) #19(V/Y out) OUT AV2 #19(V out) RGB -

#19(V out)

-

#20(V in) Standby #15(R in) #11(G in) #7(B in) DVF-J6050 E/T only

IN-SIGNAL

-

25

DV-5050M/5900M/DVF-J6050/J6050-GCIRCUIT DESCRIPTION Relation between IN and OUT on Audio Signal Condition Power on Standby IN-Signal DVD MIX-OUT DVD MIX-OUT #1(A{B}out) #3(A{A}out AV1 OUT AV2 #1(A{B}out) #3(A{A}out #2(A{B}in) #6(A{A}in #1(A{B}out) #3(A{A}out RGB FUNC. SW (#8,AV1) 6V 9.5V #16 of AV2 : through

Condition RGB Other Standby

BLK(#16,AV1) 1V~3V/75 0V #16 of AV2 : through

Condition 16 : 9 TV PLAY (Aspect Ratio) Other Standby

AV1 : X25, CN451(DVF-J6050 E/T only) AV2 : X25, CN452(DVF-J6050 E/T only) RGB : X13, J 6

9. Audio Output Block Diagram for DV-5900M

IC212, 213 IC204 DMIXSW1 A B B L2CH A SW2

IN

2ch DACIC205

L.P.F. 60k

MUTEIC211SW3 A B C

MIX

AOUT0

X35 -229AOUT1 AOUT2 6ch

H : 60k L : 110k

DAC

L.P.F. 60k/110k L.P.F. 60k L.P.F. 60kH2CH

MUTE

FL. FR

MUTEBuss Mana.

SL. SR

L.P.F. SW

MUTE

C. SW

SerialParallelIC224 BUSS X25-644 EXSW

MUTE CONTROL L : Buss Management H : Through

IC1

Main u-com

Media vs Switches Low Pass Filter 110kHz 60kHz Media DVD-Audio(fs : 192kHz, 176.4kHz) All Media DVD-Audio(fs : 192kHz, 176.4kHz) VCD, CD-DA Others DAISY CHAIN SW1 B A SW2 B B A SW3 B B A

26

DV-5050M/5900M/DVF-J6050/J6050-GADJUSTMENTDVF-J6050 E version No. 1 ITEM INPUT SETTING 100% COLOR BAR DISC OUTPUT SETTING Connect the oscilloscope to composite(X13,J4) with 75-ohms resistor ALIGNMENT POINT VR301(X35) ALIGNMENT FOR Y-signal = 1000mV30mV Chrom-signal = 300mV15mV Y-signal = 1000mV30mV FIG. FIG.1.

Y LEVEL

2

CHROM LEVEL

100% COLOR Connect the oscilloscope to BAR DISC composite(X13,J4) with 75- VR304(X35) PAL DISC ohms resistor (PAL MODE) Connect the oscilloscope to Y output(X13,J6) with 75-ohms resistor VR600(X25)

FIG.2.

3

100% COLOR YCb Cr LEVEL (DVF-J6050 only) BAR DISC

FIG.1.

[mV]700(100IRE)

white700 yellow 623 cyan green 490 413 magenta 287 red blue 210 black 77 0

1000mV30mV

0

4.7s-300

Y

Fig. 1

IRE Peak white

Y Level 1000mV 30mV

C Level 300mV 15mV0 Blank

Sync. chip

Fig. 2

27

DV-5050M/5900M/DVF-J6050/J6050-GADJUSTMENTDV-5050M No. ITEM INPUT SETTING 100% COLOR BAR DISC OUTPUT SETTING ALIGNMENT POINT VR301(X35) ALIGNMENT FOR Y-signal = 1000mV30mV Chrom-signal = 286mV14mV Cb-signal = 648mV14mV FIG. Connect the oscilloscope to Y output with(X13,J6) Y LEVEL 75-ohms resistor Output Mode: Interlace Connect the oscilloscope to 100% COLOR CHROM LEVEL composite(X13J6) output BAR DISC with 75-ohms resistor Connect the oscilloscope to Cb output with(X13,J6) 100% COLOR Cb LEVEL (DV-5050M only) BAR DISC 75-ohms resistor Output Mode: Interlace

1

FIG.1.

2

VR304(X35)

FIG.2.

3

VR303(X35)

FIG.3.

4

Cr LEVEL 100% COLOR (DV-5050M only) BAR DISC

Connect the oscilloscope to Cr output with(X13,J6) 75-ohms resistor Output Mode: Interlace

VR302(X35)

Cr-signal = 648mV14mV

FIG.4.

5

Connect the oscilloscope to Progressive 100% COLOR Y-signal = Y output with(X13,J6) YCb Cr LEVEL VR601(X35) BAR DISC 1000mV30mV 75-ohms resistor (DV-5050M only) Output Mode: ProgressiveIRE 120 100 [mV] white714 yellow 641 cyan green 516 magenta 443 324 red blue 252 black 127 54

FIG.1.

Peak white

714 (100IRE)

1000mV30mV 286mV 14mVBlank

0

4.7s-2.86

Y

0

-40

Sync. chip

Fig. 1

Fig. 2

324

[mV]215 109 0 -109

324

[mV] 3240 53 271

324

0

648mV 14mV

0 -324

0

0 -53

648mV 14mV

-324

-215 -324

Cb

-324

-271

Cr

Fig. 3

Fig. 4

28

DV-5050M/5900M/DVF-J6050/J6050-GADJUSTMENTDV-5900M No. ITEM INPUT SETTING OUTPUT SETTING ALIGNMENT POINT VR601(X35) ALIGNMENT FOR Y-signal = 1000mV 30mV FIG.

1

Y,Cb,Cr LEVEL

Connect the oscilloscope to 100% COLOR BAR DISC Y output with 75-ohms resistor. Output Mode: Interlace 100% COLOR BAR DISC Connect the oscilloscope to COMPOSIT output with 75ohms resistor.

FIG.1

2

Y LEVEL

VR600(X35)

COMPOSIT-signal = FIG.2 1000mV 30mV

You need the step 1and 2 before next step 33

CHROM LEVEL

100% COLOR BAR DISC

Connect the oscilloscope to COMPOSIT output with 75ohms resistor

VR602(X35)

Chrom-signal = 286mV 14mV Y-signal= 1000mV30mV

FIG.2

4

Progressive Y, Cb, Cr LEVEL

Connect the oscilloscope to 100% COLOR BAR DISC Y output with 75-ohms resistor. Output Mode: Progressive

VR800(X35)

FIG.1

IRE' Peak white [mV]714 (100IRE)

white714 yellow 641 cyan green 516 443 magenta 324 red blue 252 black 127 54

100

0

1000mV 30mV

4.7s-2.86

Y

1000mV 30mV

286mV 0 14mVSync. chip

Blank

-40

Fig. 1

Fig. 2

29

DV-5050M/5900M/DVF-J6050/J6050-G

2 1

WH6

2 1

1 CN6 5

S5 0 SW

WH45

CN35

J109

CN5

DV-5050M (X25-6450-10)1 DESTINATION UNIT COUNTRY ABB. No. U.S.A. K 0-10

1 28

1 28

M4 M DV-5050M (X35-2300-10)DESTINATION COUNTRY U.S.A. ABB. K UNIT No. 0-10

WH5

1 2

(X25-643) (G/9)

S6 180 SW S7 90 SW POWER S19

LOADING MOTOR

(X14- ) (B/5)

DVF-J6050 (X25-645X-XX)16 DESTINATION UNIT COUNTRY ABB. No. PX Y 0-10 EUROPE E 2-71

DVF-J6050 (X35-230X-XX)DESTINATION COUNTRY PX EUROPE ABB. Y E UNIT No. 0-10 2-71

CN1

50

FFC 50

(X25-643) (D/9)2 1

CN301

28

FFC 28

CN5

WH1

1 4

(X25-643) (B/9)1 7

CN21 4

CN6

DVF-J6050-G (X25-6450-21)DESTINATION UNIT COUNTRY ABB. No. 0-21 GENERAL MARKET M

DVF-J6050-G (X35-2300-10)DESTINATION UNIT No. COUNTRY ABB. GENERAL MARKET M 0-10

(X25-643) (C/9)WH32 1 1 7 1 12 1 1 1 4

1 1 1

CN2

WH3018

1

CN137

37

1

CN201 10ROM

(X25-643) (E/9)50 50

(X25-6430-00) (A/9)1

CN6T1 8

CN3 M2 M12

WH4

CN2

CN7

2 1

WH2

CN46

FFC

SHOWER (X14- ) (C/5)3

(X14- ) (D/5)15 15 1

(X14- ) (E/5)1

1 13

S1 DOOR CLOSE /STOCKER LOCK

WH302

1

E121 37 1

WH6

3

E101

WH5

E3

WH1

E10

S2 DOOR CLOSE

FL (X14-7350-XX) (A/5)DESTINATION COUNTRY U.S.A. DESTINATION COUNTRY PX EUROPE UNIT No. 0-11

CN1

37 1 1 9 9

(X00- ) (B/2)DOOR OPEN SW1

13 1 4

CN7

1

(X13- ) (F/9)1 1 1 5

(X00-3060-10) (A/2)P1 F1 T2.5AH 250V CN8 CN9 1 2 AC IN (K) : AC120V 60Hz (Y,M) : AC110-120V/220-240V~ 50/60Hz (E) : AC230V~ 50Hz

DV-5050M (X14-7350-11)ABB. K

DVF-J6050-G (X14-7350-11)DESTINATION UNIT No. COUNTRY ABB. GENERAL MARKET M 0-11 10 10

DVF-J6050 (X14-7350-11)ABB. Y E UNIT No. 0-11

DV-5900M (X14-7350-10)DESTINATION COUNTRY U.S.A. 1 ABB. K1 UNIT No. 0-10 9 1

WH4

E37 1

WH6

E105 7

WH7

M1 M DOOR MOTOR

WH1014

CN101

4

CN11

CN21

WH8

S3 S4 EJECT SW

P2

CN1

9

CN201

1

WH3

DV-5050M/DVF-J6050/DVF-J6050-G DV-5900M

RS-232C

30AUDIO IN R AUDIO IN L MIXR J1 MIXL (MIX R)R (MIX L)L DV-5050M (X13-7870-11) S1 M/S SWDESTINATION COUNTRY U.S.A. DESTINATION COUNTRY PX EUROPE ABB. K UNIT No. 0-11

DAISY CHAIN Y IN J3 CB IN CR IN0-11 2-71

(E) TYPE ONLY A1OPT OUT1 1

Y OUT J6 CB OUT CR OUT J5

S-VIDEO OUT S-VIDEO OUT

S2

EXCEPT (E) TYPEJ8

DVF-J6050 (X13-787X-XX)ABB. Y E UNIT No.

COAX OUT J7 COAX IN

SCART TERMINAL (X13- ) (C/3)J12 AV1 to TV J13 AV2 to VCR

DVF-J6050-G (X13-7872-71)DESTINATION UNIT No. COUNTRY ABB. GENERAL MARKET M 2-71

VIDEO OUT J4 VIDEO OUT S IN E1

(X13-787X-XX) (A/3) : DV-5900M (X13-787X-XX) (A/3) : DV-5050M/ DVF-J6050/ DVF-J6050-GCN120 1

DV-5900M (X13-7870-10)

M : IR OUT K,Y,E : DVD CONTRAL J91 10 1

21 13

21

RS LS J2 SW C1

DV-5900M ONLY

DESTINATION COUNTRY U.S.A.

ABB. K1

UNIT No. 0-10

1

CN2

20

1

CN1

20

1

CN2

20

WH3

WH4

1

CN303

20

1

CN305

20

20

CN303

1

20

CN305

1 1

DV-5050M/DVF-J6050/DVF-J6050-G ONLY

DV-5900M ONLYCN92 1 8

CN451 10

1

CN452

13

15

1

CN30130 FFC

30

1

CN30230 FFC 30

30

5 CN4 1

CN3

1

WH5

WH7

WH10

WH9

DV-5900M ONLY28 28 1

30 30 1

WIRING DIAGRAM

CN601

CN602

30

DVM-01

DV-5050M/DVF-J6050/DVF-J6050-G ONLY1

CN304

15

1

CN2

2

1

8

M3 M

16

(X25-6440-10) : DV-5900M (X25-645X-XX) : DV-5050M/ DVF-J6050/ DVF-J6050-G

CN302

28

FFC 28

CN6

TRAVERSE (X35-2290-10) : DV-5900M (X35-230X-XX) : DV-5050M/ DVF-J6050/ DVF-J6050-G1 1

(X25-643) (H/9)

(X25-643) (I/9)

(X13- ) (B/3)CLUMP MOTOR1 1 1

A

B

C

D

E

F

G

H

I

J

PC BOARD (Component side view)1

X35-2300-10 (J70-1521-12)

IC401

L650

C341

C343

D+5 D3.3 D3.3 3.3SN SENG DGND DGND DGND M+B MGND -35V FL+ FL-

W18

R56

C411 L401

C502 R502 R503 C406 R406 C503 R409

W3

R403 C404 R404

Q3B E

1

209 C349 C348 C347 C345 C346 C344

157 156 C338 CP309

R332 R339 Y

B

1 W11 B

8

R324 C301 5 1 C351 2 CF601 CF602 CF603 CF604 29 CF605 1 CF606 2 L618 L620 L622 30 L626 1 L628 L630 2 L632 L634 L636 L638 L640 L642 L644 35 21 34 L646 20

Q2

1

13

W22 R73

C409 C410

C505 C303 R505 R507 C306 C304

2P1W1 4 R78 C55

Q11

EV+5V W4 ICP-N38

E ICP-N38 O

E B Q14 R84 E B Q20 W14 C60 C89

W19 W15 POWER W20 R79 C71 1

D60 Q13B E

P2R504 R408 C235

C305 R309

C337

R329 R333 W301 R330 R334 VR303 Cr

Q18

IC9I C87 W6 W7 W8 C51 B W26 C78 I

E

R325 EB B E 1 5 C603 1 L605

R224

IC8O

WH101

R104

IC7

D+3.3V DGND C54

IC3

B 4 B E R72

25

28 26 24 24 C307 C308 CP301

C332 C333 C334 C335 C326 C325 C315 R310 C312 C311 C313 C310 C314 C329

Cb

E

C504

I D+5V

C91

R405 C405

D301CP307

IC301R341

CF301 L305 C336 R320 R321 C328 R322 R323 C327 C324 C323 104 105 R314 C317 R315 C321 3 1 R311 R317 R312 R313 R901 C602 R902 R903 C605 C302

EB

VR302

EB

C403

IC501

C339

CN6

A-9 AGND A+9 E+12 EGND E+5 OFF POWE

C342

C340

CN7

C408

R402

C501 R501

C407

C506

R337

C402

R407

VR301 CP302 CP308 R328

L651

X00 B/2

X00-3060-10 A/2 (J70-1525-12)

1 C401

54 50 R506

L307 W302

1 R401

CP306 CP305

CP304 CP303

W609

Q301

Q302

Q303

R340 R331 R335 C350 R338

R326

1

G O

D6125 1

27

VR304 C

Q304L306 C612

Q102 B E Q19R102

Q5

Q6B E B R65 E

D50W12 C52 C53

C56

Q12 D57

C61

R327 C352

IC207R245

R223 C215 C309 52 53

Q101 E B

E

IC601

IC10C90

3

R76

C101 R60 R101 R103

R61

I O ICP-N20 C74

D59

R62

D5119 7 R90 R74 C59 I G O W24 R75

C316

IC215

C216

IC2C239

48

1

IC603

R50

D202C206 25 5 9 8 BE R240 8 BE

R207

L202

O I

R229

IC302

C238

C319

C320

4

L55 W16 C58 W10 C57

R222

16 1

26 R205 R204

100 R247

C62

R51

L302

94

5 10 1 8 C214 R35 50 L5 L7 L9 L11 L13

IC216C234 R244

L303

L901

L903

IC206

R87

1

Q203C203 R221 R220

R206

C210 C207 R208 R218 R219 C208 50 C209 51 76

C353

D201C201

C236 D203 3 EB L602 L601

C72

4

L6 L8 L10 L12 L201

PH1

L1

IC202 4

C15

CN1

C13

R7

T1 C3 C1 C2 C8 R3 2 R1

CN101

4

R246

L15 CF3 L17 L19

L14 L16

R217

R216

R215

R214

W25

L613 L614 L615

R120

C117

C118

D8 D7 D5R8

1

CF1

CF4

R114

R119

R118

CN1

C119

R91

R104

5T2.5AH 250V L1 C4

R4

R6

R102

C12

C10 C11

L33 C48 C10 R5 C9 R6 D1 R4 R2 R1

R102

W21 W23

1

L31

L30 L32 L34 L35 C113 C112 C109

IC101

R101 R103

R117

1

L2

L27 L29

IC602

C608

R2

L26 L28

D601

D11

L25

R116

R113

L3

L24

C114 C120

D9R9

L21

L20 L22 37

36

R121

C116

R115

C115

C606

1 144 C104 6 1 4

L616 L649 L617 L648

C103 C102 R122

3

C609

R124

R123

D1 D2

D4

D3W9

D102C107 C108 C106 C102

C101

L619 C604 L621 L623 L625 L627 L629 L631 L633 L101 L635 CF607 L637

R3

CN9

F1

CN8TH1 2 W17

D6R5 5 1

C23 R18 C24

D4

72 73 R21 76 75 C45 C28 C26 R23 C47

108 C121 L37

R19

C44

R20

C43

C5

C6

C4

C3

C2

S1

C1

IC1

100

C22

C7

R7 R8

1 C14 R9 C12 C25

D101R112 C125 R106 C124 C126 R111 L207

R108 C129 C122 R107

R109 C128 C110 C123

1R15

C8 R16 R10 C42 C13

6C16 P3 C6 C5

R11

C30 R14 C33 C21 R17 C36

R12 C38 R27 R22 R34 C39 C46 C18 25 C19 26

R25 51 50

IC211 5R228 L205 8 R26

D3

IC217C240 R226

C34

C41

C49

R31

R238

C32

C37

R30

L204 5 C220 8

R237

R29 R32 C35 R33

3 L203 4 2

1

C230

C27 METAL MASK

IC210

CN901

7

31

32

Refer to the schematic diagram for the value of resistors and capacitors.

L647

C9

L36

C20

R28

R248

5 8

L206 L211 C233 R227 13 C212 C211 L213 12 1 R233 IC213 L208 4 R232 C232 C229 1 CF202 L209 L212 4 R225 CF203 C228 1 5 4 1 24 1 3 CF201 IC218 4

L639 X202 L641 L907 L906 L905 L904 L643 L645 W610

C40

C237

R239

CN604

C16

R24

C221

C231

C17

C15

IC1C31

C29

C227

CN2

R13

C11

R110 C127 C111 C226 R236

CN602

109

L624

CN601

W13

1

6

R201 75 R209 R203 5 R212 1 Q201 R210 R202 R213 R241 C202 R211

CN603

1

R89

IC201

C903 C601

CN201

L902 C901 C902

4

1

L304 L301 C318

IC5

R88

IC6

1

2

C204

G

W201

R316 C322 R318

D101

C205

48

5

4

C330

IC214

Q202

C331

25

K

L

M

N

O

P

Q

R

S

T

PC BOARD (Component side view)1AUDIO

X13-7870-10 A/3 (J70-1526-11)VIDEO OUTPUT COMPONENT VIDEO OUTPUT OUTPUT 1 2 OUTPUT S VIDEO INPUT CR CB

COMPONENT VIDEO INPUT Y CR CB Y CENTER SUB WOOFER

6CH. OUTPUT MIX LINE SURROUND FRONT OUTPUT INPUT DAISY CHAIN MAIN-SUB SW DVD CONTROL CONTROL DIGITAL OPTICAL OUT COAXIAL

E1R58 YOUT CENTER W24 C15 COUT YOUT COUT R43 R2 MIXL MIXR W13 B E SW SR FR SL LIN FL R1 C19 R64 R65 R66 M/S SW W23 S1 Daisy R47 R48 R49 L1 Chan R61 L2

YIN

CBOUT

CRIN

BE

BE

BE

C11

R11 R10

R63 C16

C7

Q14 C6 R31

R21

Q10

R38 BE

R23 R25 R24 BE

R34

W5

BE

BE

BE

W3

R14

W7

BE

Q8

BE

W4

W2

Q16R41 R42 W6

R4 BE

R13 R18 R16

R8

C53 R6

R60

C8

R33 R36

R28

R26

W17

R62

R40

Q12 C5

C12 C13 R45 R46 COMPSITE OUT

C18

C9

BE

R30

BE

R20

BE

BE

C52

J8

L3

Q15

Q9

Q3

Q1

W20 R15

R35

W1 20

R32

CN2

1

W12

R19 R96

R12

R5

R39 R100

R37 R99 W10

R29 R98 20

R27 R97 W11

W19 R22

Q6

Q2W15 W14

W22

W18 15

1

R17 R95

Q4 R7 R9 R50 R51 W21 1

W16

WH5

CN1

X13 B/33CN31 5

X25 F/9R68 C26 C27 R69 R70 C28 C25 R67 1 5 RS232C 1 5 W12 W11 6 9 7 1 C1

J10

CN1

X25-6430-00 A/9 (J70-1474-11)

X25 B/9 X25 D/9

4WH31 12

5

4 W6

W1

CN3

COAX IN

C10

Q13 J2

Q5 J1

R3

R44

RIN

Q7

IR

J9

J7

D1PH1

8

1 R9 R10 R11

X13 C/3R91 C50 C49 1 C48 R84 2 R86 R87 R88 20 C46 C51 R76 R94 R93 R92 1 21 2

PH3

1 2

WH5

R2

X25 C/9R1

R75

5

R3

R85 C43

C44 R74 C37 C36 R73 C35

C45

J13 CN24 1 1

1 EC 2 BLACK PH4

S8R8 6 W9 W8

CN4

1

21

CN65 2 20 W5

W4

X25 I/9R90 C47 R89 R77 R78 R79 R82 R83 R59 R80 R81

W7

X25 E/9W13

J12

X25 H/9R5 R6 1 2 2 1

1

WH62 1 7

6W9 W8 C39 C40

1

R7

WH6

W10

CN5

WH34 2 1

R4 1

WH1

WH1

C38

D2

WH3

10

1

WH4

13

1

CN7

D5

D4

D3

S9

7

Refer to the schematic diagram for the value of resistors and capacitors.

33

WH1

X25 G/9

PH2

BLUE

IC1

COAX OUT

J6

J3

YIN

J5

CBIN

C14

YOUT

2

CROUT

I/P SW

CIN

J4

S2

Q11

C22

C24

C17

C23

OPT

OUT C20 A1

34

U

V

W

X

Y

Z

AA

AB

AC

AD

PC BOARD (Component side view)1

X14 D/5C7 C8 W1 R28 R26 R24 R22 R25 1 R48 R23 C43

D10R29

R33

D9 D7 D6R87 R86

D8R81 9

WH3

W9 1 1 W29 10 1

WH515 E11

14

R88 R89

IC2C3 X1 3.64M 28 RETURN 15

W30

B

E

R90 R91 R92 R93 R94 R95

Q6

D5

POWER

R32 C5 C4

R31

R27 R30 R82 R83 R84 R85

WH4PLAY

2R35

B

E

W4 W5 W32 W6 10 1 W8 STOP PAUSE W31

S11

S15

X14 B/5S19

Q5JOG

X14-7350-10 A/5 (J70-1524-11)Q13BE R132 EB W21

WH4

S12

S17

W11

W57 W10

Q11R131

R130

LIBRARY

S10 S16SKIP UP R37 W33 W34 W41 W42 R36 R53 R54 R55 W13 W26 W14 R45 R44 E W43 SKIP DOWN 9

D211

C44

WH3

1

3

R34

W12

D20MUSIC TYPE USER FILE

7

WH26 2

1

S14W7

S13

SET

D19

E49 8

S25R79 W27

R78 R76

WH1

W44 W45 R75

C24 R70 W25 80 1

R49 C20 C22 R52

R69

1 B E

S24

R50

C6

W24 R67 W46 W47 W52 R61 W49 W50 W51 POWER R74 C23 R64

R77

Q7E R43 B R40 192kfs

R46

W48

Q9B V.S.

S20TEXT DISPLAY 20 21 W53

D17

E3

2

Q8

W2

S22

S21

96kfs

RANDOM W54

R62 R63

D18

X2

C18

D14

TIME DISPLAY 61 60 W15

4

D12

R58 R68

C42

D11

D13

C41

IC1

CN2

C21

S23

5.00M

W55

WH5

15

W56 B E

R71

X14 C/5R59 R80 R60 7 6 R8 W35 R12

Q10DVD ACT R51

E12 WH22 1 1

D16

Q12

W16 41 40 B E

W3

X14 E/5WH7

65

R99 R100 R101 R102 R103 R104 R105 R106 R107

E2

C40 C39 C38 C37 C36 C35 C34 C33 C32 C31 C30 C29 C28 C27 C26 C25

W17 W18 61 R133 58 57 R96 R134 R97 R98

W23

3 WH6

8 9 5 1

ED1

R47 R9 C2 5 B E PURE AUDIO 1 2 W36 W37 C1 W58

W28 R136

Q19 8

R138

BE

R108 R109 R110 R111 R112

5

1

D1

A1

R135

R137 BE

R113 W60 R56 R57 R114 R115 R116 R117 R118 R119 R120 R121 R122 R123 R124 R125 R126 R127 R128 2 1 W61

BE

Q14

Q15

Q16

E1

WH1PLUS3 EJECT

PLUS 3 PLAY EJECT OP/CL R1

W62 W64 W63 W65 W19 W67 C19 W68 W20

S9W38 PLUS2 EJECT

S8R5 PLUS 3 R21 PLUS 2 PLAY R20 R19 E W39 E

Q4B R17 R16 B

S2

S1W66

D4

6S7R4 R7

Q3 S6R18 PLUS 1 PLAY R6 W40 E R3 R14 R13 R2 PLUS 2

DISC FLIP

36

CN1

D3PLUS1 EJECT

S3 Q2 E10

3

37

B 1

W69

W22

S4PLUS 1

S5

W70

WH6R15

D2

7

35

36

Refer to the schematic diagram for the value of resistors and capacitors.

AE

AF

AG

AH

AI

AJ

AK

AL

AM

AN

PC BOARD (Component side view)1

X25-6440-10 (J70-1522-11): DV-5900M2R521 R520 C411 C413 R518 R519 1 C508 R523 R524 R522 C573

CN30520 W467 W465 W466 1

CN30320 R321

C414 E B EB R406 B E B E B EE B R403 B E R402 E B

R506 R507

Q407

Q576

EB

BE

BE E B

EB E B

R202

C504

C567

EB

C505

B

BE EB

R280 C286

R583

R623

R239

R613

R627 R630

C262 R273 C264

W500

C412

IC236

R517

R563 R560 W591 R561 C560 Q557 BE EB

E R515 B W590 C570

D201

R209

IC234

C603

R609

BE

C470

R279 R275 C266

R201

C309

C308

B E

D505

C315

C415

Q227

Q225R625

C601 R607

R605 R610 R606

4

5 C316 R602

4

5 C312 9 C348

9

8 R495

Q568 W592 B E B E

C554

R555

R277

R383

IC213

R264

R332

C477 C466 W464

R203

C510

R624

E B BE BE

C511

B E

B E

E B

E B

E

Q209BE

C224 R271 C602

C250 C249 R259 R257 R258

C335 R380 C362 C302 5 C301 C297 R325 C360 C361 C359

C336 R331 R326 R225 C347 C232

R291

Q210BE

C260 R270 R269

C259 R268

R262

Q508 Q509R529

EB BE BE

EB

R205

Q4741 R490 R550

12

E

1

Q556

Q473R494 R493 R492

BE

L554 B

Q564

L556 B

C564 L555

C512 R534

C559 R569

Q572

C558

L553

L552 R552

C565

R562

WH301

R214

C356 R367

R366

R234

6 1

4 3

C298

C342

C213

C212

C267

D501

C366

R249

R318

R247

EB

R386

B E

R531

C374

IC231

C343

R364 R363 R362

R222

R221

R220

R313

R379

BE

R242

B

4 5

3 1

W202 R357 R347

R219

1 M9V AVR

B E

CN304

EB

Q216

C272 C271

W452 W453

W451

R218

C329 IC209 R315

L3 C289 R254 5

R319

WH302

8

W461

5

8

8 5

R620 R295 R296

C340

IC2251

C373 MAINu-COM C210

R346

W458

C237

W460

C241

Q219

C239

IC208

R356

R227

C243 R233

R217

R235 R229

Q205

L2 W203

R216

4

R240

C229 R215 C220

Q217 Q214

R245

EB

EB

EB

E202

W454

IC216

E201

Q207 R237 1

4

R69 R67 R299 R72 R300 Q218 Q215 R71 R621 C120 D205

Q221

C221

Q212

L201

R358

EB

C245

R238 R231

Q208

R389 R388

C295 R243

C294 R244 C230

C235

1

IC452

E

C608

R387

BE

W201

R255

C355

C228

D502

Q224 D207

C472 C473

1 6

3 4

1 6

3

R385

7 1 C609 EB E B

7

IC4534

EB

C478

C483

C481 W459

1

4

R73

R341

R309

IC204

Q211BE 16 C218

C119

R189

R192

IC221 IC207R307 R308 4 5 C324 L4 3 1

C217

9

8

R297 R622 R301 R302 R303 R298

1 4

1 4

R351 R352

R293

C216

C114 8

C118 1

C117

C325

5 C372 13 R397 R288 R38 R39 R40 R32 R31 R30 R29 R28

1 C322 R306 R304 R305

D220

D221

D222RESET SCK1

R316

R344 R342 R292

L7

8

5

C326 R289

R390

IC206

u+5V

C332

GND

SO1

D204

R150

IC3BE

1 TYPE

3

R314

D5

D6

EB

R310

D3

SCK0

SCK1

U+5V

R183

R23 C29 R24 C30 R77 R76

R33

R15

C371

R16 32 17

Q16

C606

R156

C605

C16

X2

C25 R14

3

1

2 1

16 15

R103 R105 1

R102 R104 9

R154

80 81

51 50

R55 BE EB BE

IC602R355 R353 R180 R181 R354

R287

5

C2

C121 C113 R184 L100

R617

SO0

SI0

4

6

VPP

36.864MHz

GND

Q4

RESET

R22 R18 R21 R19 R20

Q17 EB

R56

D17

C607

14

8

14

8

C33 1

IC10

9

IC2221 7 1

IC2237

u-COM

R81 R82 R83 R84 R85 R86 R87 R88 R89 R127 C104 R128 R171

C5 R79

R168 R163

C103

R54 R53 R51 C1

C24

C14 C13

R34

R12

WH4

R191

R190

C3 R43 R44 R45 R46 R47 R48 R49

R164

R13

IC4

R8 R7 R6 C7 R17

R99

R117 R118 R119 R120 R121 R122 R124 R125 R126

R196

1

R50

R5 R52

D22C109

D23

MECHA DRIVE C108 C111

C15 2 1

C110

CN1

36 1 37

R532

CN91

CN31 8 1 12

CN21 5

CN41

R112 R113 R114 R115

R133 R134 R135 R136 R137 R138 R139 R140

R198

R100 R101

R94 R95

R199

C31 C32

1

R42 R3 R4

16

X1

1

30

AUDIO (DAC/L.P.F/OSC)

D20

D21

1

4 R108 R109

5

R110 R111

R98

100

R197

R2 R1

51 80

R129

R130

C6

R9

R61 R60

R194 R195 10

R107 R106

1

8

50

81

E R177

BE

31

IC9

1

IC8

9

Q20

Q14

SUB

R97

R11 R10

B

EB

CN6

R170

5

Q8

IC7

Q13 Q12

R175 R96 R174

Q15

IC14

IC1

Q9

R162 R161 R160 R159 R158 R157

C107

30 31

1

C122

C123

D19

R182

C331

R78

R286

Q3

D203

8

C102 C100 R165 R169 C105

5

C20

1

15

C328

R311

C320

R147 R173 R148 R172 R149 R145 C124 R144 R143 R142

D18

16

R343

R167

2

1

7

1

11

C101

R151

R152

R153

CN5

R373

IC5

X301

X302 C321 33.868MHz

R186 R187 R188

R62

4

R185

1

5

4

SI1

IC210

R375

VPP

STB

C323

4 5

Q213 IC224

R64 R65

BE

R312

14 C330

8

R391

R374

22

R349 R348

R345

R68

3 1

12

R350

1 C219

C327

IC134 9

IC12C116 16

1

D9

C115

D11 D10

IC2

100

Q21

R25 C17 R26 C18 R27 C12 R80

R155

R90 R91 R92 R93

BE

B E R178 EB

u-COM

CN451

CN452

CN302

28

CN301

28

R540

P501

2

6

7

Refer to the schematic diagram for the value of resistors and capacitors.

37

SCART

D503

R241

R228

R248 R246 R252 R250

C231

R317 R398

R377

Q220

EB

Q2

C274 C273

R501

C503

VIDEO

5

8

R365

R368

IC219

C240

C269

36 37 48

C246

R236 Q206 C244 R232 8 5

IC232

R393

1

R251 R253

15

L8 R372 R371 R370 R369

8

R382

C300

C284

IC2308 C268 R224

5 C233

14

8 14

8

BE R395

IC214

IC226

BE R396 R496 C480

R394

R378

I

G

O

R223

C357 4

R230

1

IC205

C501

C226 W205

C283

4

1

R619

BE EB

R497

14

1

Q223

IC501

W204

C299

C296

IC217

25

12

C258

C257

C248 C242

C247 C238 C303

4

R226

Q476R618

EB

C214

24

13

C270

C222

R381

C236 C234

R324

Q478

C215

Q477

Q475

EB

Q507 Q510

R533 8

R256

16 R323 C333

IC451

B

IC2157

Q479

13 W456 C474 C475

24 C476

C502

C354

8

1

D206

Q222

W462 W463

E

Q203

16

Q470

D208

C201

R601

Q471 Q472

R489

C203

C467

D504

C468 R485 R488 R487 R486

R491

BE

3

R556

BE

R608

8

1

8

1

IC211

C469

C464

R512

C465

EB

E

Q201

B

IC233

D506

R631

1

8

4

R604 C255 C253

1

8

R282

C471

W457

R527

BE

R616

R330

BE

R207

C205

C310

E B

IC218

4

1

8

1

8

16

1

E

R611

C287 C282 5

R284 R329

C406

R208 C207

C208

IC235

C313

G

R587 C410 Q405 R409 R525 Q502 R586 E R411 B R408 R584 R505 R573 Q573 R412 R407 O I R504 Q554 EB Q580 Q577 R574 R415 R413 Q575 Q578 B E R557 EB Q579 R416 R414 BE Q565 Q571 R585 C506 1 28 R559 Q566 E B Q574 R572 Q552 R513 C407 Q569 Q561 R554 Q558 R530 R576 R581 E B R589 C409 R568 B E R575 R588 C566 CT50 D453 Q553 C556 R545 Q559 C562 R546 Q567 C568 R567 Q551 R580 Q560 R544 R528 1 C552 R578 R565 D551 C553 L551 R582 R553 D552 R566 R579 C551 C563 R577 C557 R564 R551 R558

Q406

R276 R274 C263 C265 C261 R603 R278 R272 R384 C252 R265 C254 R261 R263 R266 C256 C285

D202

R502

Q562

R267

BE BE

Q555

E B

Q505

IC502

R514

B

BE

C569 B Q570

R281

C275 C276

R328

EB

Q226

C279 C280

R260 C251

IC601

BE

E

C281

C277 C278 C358 5

C319 C311 R285

EB

C405

D209

R211 R212

9

R612

C318

R283

O

G

I

16

C317

R615

C314

C459

E

C209

D210

B

C338

E B

R614

BE

Q202

IC212

Q504

C404

BE B E BE

R410

R598 R597

C604

R509

Q401 R594 R595 R571 R570 Q402 C555 B E Q563

E

E

R213

EB

B E

R405

R626 R629

R290

B

R503

R401

C403

C202

C204

C206

C211

R404

R596

C571

IC402

Q204

9

8

EB

R593 B E

14 C401

C293

C292

C291

C290

C304

C305

C306

C307

Q459

C561

15

R322

C507

R628

R460

Q503 Q506

R210 R206 R204

C334

R468

C509

Q408

C572

D452

EB

R508 Q501

Q404 Q403

C337

C452 C451 C455 R547 R483 R472 R451 R498 C463 C458 R471 Q453 Q456 D451 R461 R470 R462 R452 R453 R456 R499 R481 R469 R463 Q468 R466 R473 R474 R459 R457 Q458 Q462 R464 R458 R454 C462 BE R465 Q455 Q463 R548 R476 R467 Q467 R455 R479 R475 C461 R549 Q466 C453 R480 R482 R477 Q454 Q460 Q464 C456 W455 C484 Q465

BE

BE

P201

R327

Q461 Q469 R484

Q457

Q451

Q452

38

AO

AP

AQ

AR

AS

AT

AU

AV

AW

AX

PC BOARD (Component side view)1

X25-6450-10 (J70-1523-11)CN305R520 C411 C413 R518 R519 R521

P1 CN303W467 W465 W466 BE 1 20

2R506 R507

Q4521 R257

20

Q406 E B EB R406 E B E B EE B B R403 B E R402 E B

D457

C573

R522

Q576

R523

Q407

R524

C2