LG GSA-4163B Service Manual Download Page 73

Page: 73 / 84

No.

Error Code

Contents of fail

Fail Analysis

Block Diagram

SSB Byte8,9

28xx

LP Adjust NG.

1) Check Pickup FFC Connection.

No.01

2) Check solder of IC101circumference.

(pin#10, 14, 16, L150, L151)

3) Check solder of IC201.
4) Exchange Pickup(LDD, Front Monitor).
5) Exchange IC101(AFE).
6) Exchange IC301(MPU & DSP).

48xx

High Frequency Adjust NG.

1) Check Pickup FFC Connection.

No.02

2) Exchange Pickup (LDD part).
3) Exchange IC301(DSP).

5Exx

NRZi Skew Adjust NG.

1) Check Pickup FFC Connection

No.02

2) Exchange Pickup (LDD part).
3) Exchange IC301(MPU & DSP).

4C0x to 4C4x

Data Slice Adjust NG.

1) Check solder of IC101circumference.

No.03

(pin# 76, IC103, L150, L151)

2) Exchange IC101(AFE).
3) Exchange IC301(MPU & DSP).

4C5x to 4C7x

EQ Boost Adjust NG.

1) Check solder of IC101circumference.

(pin# 76, IC103, L150, L151)

2) Exchange IC101(AFE).
3) Exchange IC301(MPU & DSP).

4C80

RAW Slice Level Adjust NG.

1) Check solder of IC101circumference.

(pin# 76, IC103, L150, L151)

2) Exchange IC101(AFE).
3) Exchange IC301(MPU & DSP).

4CAx

EQ Auto Frequency Adjust NG. 1) Check solder of IC101circumference.

(pin# 76, IC103, L150, L151)

2) Exchange IC101(AFE).
3) Exchange IC301(MPU & DSP).

Detail Error Code & Fail Analysis

1. Laser Power Initial Adjust

(Exchange
low/high byte)

Byte8: xxh
Byte9: 28h

Summary of Contents for GSA-4163B

Page 1: ...SuperMultiDVDDrive SERVICE MANUAL MODEL GSA 4163B P NO 3828HS1047F December 2004 Printed in Korea MODEL GSA 4163B ...

Page 2: ...DVD R RW DVD R RW DISCS AND DVDD ROM 24 32 1 Recording Layer 24 2 Disc Specification 25 3 Disc Materials 25 4 Writing Pulse Waveform of DVD R 28 5 Writing Pulse Waveform DVD RW 30 6 Organization of Inner Drive Area Outer Drive Area Lead in Zone and Lead out Zone 31 DVD CD DATA PROCESSING 33 36 1 Data Processing Flow 33 2 Copy Protection and Regional Code Management Block 34 3 About Prevention the ...

Page 3: ...PRM This service manual provides a variety of service information It contains the mechanical structure of the Super Multi DVD Drive and the electronic circuits in schematic form This Super Multi DVD Drive was manufactured and assembled under our strict quality control standards and meets or exceeds industry specifications and standards This Super Multi DVD drive is an internal drive unit designed ...

Page 4: ...CLV CD R 4x 8x 16x CLV 24x 32x 40x ZCLV CD RW 4x 10x 16x CLV 24x ZCLV High Speed 10x Ultra Speed 16x 24x 3 Read speed DVD R RW ROM 10x 8x 16x max DVD RAM Ver 1 0 2 2 2x 2x 3x ZCLV 3x 5x PCAV DVD Video CSS Compliant Disc 8x max Single Dual layer DVD R RW 10x 8x max DVD R DL 8x max CD R RW ROM 40x max CD DA DAE 40x max 80mm CD 16x max 4 Sustained Transfer rate DVD ROM 22 16 Mbytes s 16x max CD ROM 6...

Page 5: ...isc CD ROM XA CD I Photo CD Multi Session Video CD CD Audio Disc Mixed mode CD ROM disc data and audio CD Extra CD Text CD R Conforming to Orange Book Part2 read write CD RW Conforming to Orange Book Part3 read write 2 2 Writing method 1 DVD R RW Disc at Once Incremental Recording Restricted Overwrite DVD RW only 2 DVD RAM RW Random Write 3 DVD R Sequential Recording 4 DVD R DL Sequential Recordin...

Page 6: ...ad DVD ROM Single layer 6 7x 16x CAV Approx 9 420 r min Dual layer 3 3x 8x CAV Approx 5 180 r min DVD Video CSS 3 3x 8x CAV Approx 5 180 r min DVD R 4 7GB 4 2x 10x CAV Approx 5 890 r min DVD RW 4 7GB 3 3x 8x CAV Approx 4 720 r min DVD RAM Ver 1 0 2 2 2x 2x 3x ZCLV 3x 5x PCAV DVD R 4 7GB 4 2x 10x CAV Approx 5 890 r min DVD R DL 8 5GB 3 3x 8x CAV Approx 5 180 r min DVD RW 4 7GB 3 3x 8x CAV Approx 4 ...

Page 7: ...s 2x ZCLV Ver 2 2 2 77 4 155 4 155 6 93 Mbytes s 2x 3x ZCLV 3 5xPCAV DVD R 5 73 13 85 Mbytes s 10x max DVD R DL 4 58 11 08 Mbytes s 8x max DVD RW 4 58 11 08 Mbytes s 8x max CD R ROM 2 550 6 000 kB s 40x max CD RW 2 550 6 000 kB s 40x max CD DA DAE 2 550 6 000 kB s 40x max 3 3 2 Burst transfer rate Ultra DMA Mode 2 33 3 Mbytes s max Multiword DMA Mode 2 16 6 Mbytes s max PIO Mode 4 16 6 Mbytes s ma...

Page 8: ...ctive 5V DC 0 8A typ 1 5 A max 12V DC 1 0A typ 2 0 A max Read Active 5V DC 0 7A typ 1 4 A max 12V DC 0 9A typ 1 8 A max Seek Acess 5V DC 0 8A typ 1 5 A max 12V DC 1 2A typ 2 1 A max 5 3 Standby Sleep mode No disc 1 0 W typ 1 3 W max 6 AUDIO PERFORMANCE Output Level 1kHz 0dB 0 7 Vrms typical Frequency Response 3dB 20 to 20 000Hz Signal to Noise Ratio 80 dB min with IHF A and LPF 20 kHz THD 1kHz 0dB...

Page 9: ... section of the drive 2 Eject button This button is pressed to open the CD tray This button works only when power is supplied to the drive 3 Emergency Eject Hole Insert a paper clip here to eject the Disc tray manually or when there is no power 4 Drive activity indicator Green colored LED is used to indicate the operation of Super Multi DVD Drive Drive Activity Indicators Eject Button Disc Tray Em...

Page 10: ...se a short circuit and damage the system Always turn the power OFF when connecting or disconnecting the cable 3 Jumper Connector This jumper determines whether the drive is configured as a master or slave Changing the master slave configuration takes effect after power on reset 4 Analog Audio Output Connector Provides output to a sound card analog signal Generally you need this to play a regular a...

Page 11: ...it Board A Remove the Cabinet in the direction of arrow 4 See Fig 1 3 B Release 2 hooks a and remove the CD Tray drawing forward C Remove the Main Circuit Board in the direction of arrow 5 D At this time be careful not to damage the 4 connectors are positioned at left and bottom sides of the Main Circuit Board 2 MECHANISM ASSY DISASSEMBLY 2 1 Pick up Unit A Release screws B B Separate the Pick up ...

Page 12: ...2 2 Pick up A Release 1 screw C and remove the Pick up Pick up Unit Pick up C C Fig 2 2 12 ...

Page 13: ...A 007 A02 A01 A03 021 028 029 452 032 452 020 021 050 014 413 413 413 001 413 430 010 009 008 011 012 005 035 016 015 004 006 A B C D E F G H 1 2 3 4 5 013 452 024 024 452 031 027 026 033 025 430 419 020 449 023 003 002 13 14 EXPLODED VIEW ...

Page 14: ...hanged conditions of disc and change in operating temperature Jitter The 16 value of the time variation between leading and trailing edges of a specific I3 I11 pit or land as measured by Time Interval Analysis Deviation The difference between a fixed value of Pit length and Land length TOC Table Of Contents in the Lead in Area the subcode Q channel contains information about the Tracks on the disc...

Page 15: ...pitch p Radial Direction Iw A O a a Groove Land Radial Error Signal The Groove wobble Average center Actual center CD ROM READ ONLY DISC a 30nm ITEM CD ROM CD R CD RW Standard Yellow Book Orange Book II Orange Book III Record Not available Write once Re Writeable Tracking Signal I11 Itop 0 6 0 6 0 55 M11 0 70 HF Modulation Read Laser Power mW 0 5 mW 0 7 mW 1 0 mW Jitter 35 nsec 35 nsec 35 nsec Ref...

Page 16: ...t and Land on the disc It is so called WORM Write Once Read Many CD It is composed of polycarbonate layer Organic dye layer Reflective layer and Protective layer Gold Silver Reflective layer is used to enhance the reflectivity According to the kinds of Organic dye layer it is divided by Green CD Gold CD Blue CD Laser Wavelength 780 nm Laser Power read 0 7 mW Recording Power 8x 14 20mW 16x 25 35mW ...

Page 17: ... reading is enabled by the difference of reflectivity It is possible to overwrite about 1000 times Laser Wavelength 780 nm Laser Power Read 1 0mW Recording Power Erase 4 18mW Write 6 45mW When disc rewriting new data is overwritten previously recorded data Polycarbonate layer has a Pre Groove which make a track Lens H D Beam Spot Focusing Lens Laser Spot at Constant Read Intensity Reflected Light ...

Page 18: ...Spot Recorded Mark Reflected Light Signal Reflected Light Signal Below ORP Mark Too Short At Optimum Record Power ORP Above ORP Mark Too Long Time 6 Writing process of CD RW Disc Write Power Erase Power Read Power Groove Crystal Amorphous Amorphous Recorded state lower reflectivity Melting quenching Heating gradual cooling Crystal phase Erased state higher reflectivity ...

Page 19: ...Area Lead out Area Center hole Clamping and Label Area Information Area PCA PMA Test Area Count Area Diameter 15 mm Diameter 45 mm Diameter 120 mm Unrecorded Disc Tsl 00 35 65 Tsl 00 15 05 Tsl 00 13 25 Tsl 99 59 74 00 00 00 in out Test Area for performing OPC procedures Count Area to find the usable area immediately in T A Tsl start time of the Lead in Area as encoded in ATIP PMA Program Memory Ar...

Page 20: ...ad_In area so that general Driver can read it Because PCA and PMA area exist before Lead In area General CD Player or CD ROM Drive can t read these areas 9 OPC and ROPC 1 OPC Optimum Power Control This is the first step of writing process because CD writer has its own laser power value and media have different writing characteristics This is determined by the Writing characteristic speed temperatu...

Page 21: ...a close Reference B level value c Normalization of B level is used to eliminate the effect of reflectivity fluctuation The reflected B level value is normalized by the disc reflectivity itself CD R RW Media Write Strategy Determination PCA Test Area Program Area PMA Area Lead In Area Lead out Area OPC PCA Count Area ROPC Recording Capacity of CD R RW 74Minute Recording media 2048 Byte Sector X 75 ...

Page 22: ...24 The differences of DVD R RW DVD R RW discs and DVD ROM 1 Recording Layer LPP Land Pre Pit DVD R RW Disc DVD R RW Disc 0 74um 3T 0 4um DVD ROM Read Only Disc ...

Page 23: ...itch 0 74 0 74 0 74 0 74 0 74 0 74 Minimum pit length 0 4 0 44 0 4 0 4 0 4 0 4 Modulation 0 6 0 6 0 6 0 6 0 6 0 6 Channel bit rate 26 16MHz 26 16MHz 26 16MHz 26 16MHz 26 16MHz 26 16MHz Wobble Frequency 140KHz 140KHz 817 4KHz 817 4KHz Addressing 26 16MHz 26 16MHz Wobble LPP Wobble LPP Wobble ADIP Wobble ADIP Read Power mW 0 7 0 1 0 7 0 1 Write Power mW JItter 8 8 8 8 9 9 Bondinglayer Polycarbonate ...

Page 24: ...ing layer dye Disc substrate Adhesive layer Protective layer Reflective layer Dye layer Substrate Laser beam Disc structure Disc structure Recording Recording is done by changing the organic dye layer and the substrate with a laser when a strong is applied to a disc the temperature of the ortanic dye material goes up the dye is decomposed and the substrate changes at the same time At this time a d...

Page 25: ... Recording layer Phase change material Dielectric layer Disc substrate DVD RW Adhesive layer Protective layer Reflective layer Dielectric layer Recording layer Phase change material Dielectric layer Disc substrate Disc structure Recording principles Recording When a high power laser is applied to the recording material it melts and then becomes amorphous with a low reflection coefficient when it q...

Page 26: ...lses a blocked write strategy where each single mark is created by one continuous pulse 1 1st Method Using Pulsed Write Strategy 3T NRZI T 3 2Tw Ttop dTtop dTle Pb top top le Pp Channel bits N 3 only the top pulse T first pulse lead time dT dT NRZI T 4 2Tw Tw Ttop Tmp Tmp Tlp dTtop dTle Pb top top le lp mp Pp Channel bits N 4 the top pulse T multi pulse T and last pulse T first pulse lead time dT ...

Page 27: ...Tw 1 25Tw dTtop 4 dPp4 Ttop 4 Tlp Ttop 4 Ttop 4 Tmp Tmp Tlp Tlp Tmp N 3 T cm 3 can be optimized individually N 4 T cm 4 x N 3 T T T T P shall be 0 1mW top mp lp w w top c Pp Actual write power Pb Bias Power dPp Additional power Only be applied for the 3T and 4T marks Pc Cooling power Especially at higher recording speeds optimum cooling down of the recording layer after writing a mark may be neede...

Page 28: ...30 5 Writing Pulse Wave Form of DVD RW NRZI Channel bits 2Tw Tw Ttop dTtop Pp Pe Tmp mp T dTera Pp Actual write power Pe Erase Power Pb Bias Power Pb 0mW Tmp ...

Page 29: ...corded Disc PSN 23080H 27080H 27480H 28480H 2A480H 30000H 260540H 261940H 262940H 263940H 267940H in OUT Disc Center Rim area Center hole 1st transition area 2nd transition area Clamping Zone 3rd transtion area Information Zone Diameter 15 mm Diameter 16 mm Diameter 22 mm Diameter 33 mm Diameter 44 mm Diameter 120 mm Disc Center Rim area Inner Disc Count Zone Outer Disc Count Zone 2 Layout of DVD ...

Page 30: ...f OPC algorithm performed in IDT Zone Lead in Zone Lead out Zone Data Zone Inner Disc Test Zone Outer Disc Test Zone Unrecorded Disc PSN 2A480H 2A7C80H 2DC80H 30000H 260540H 262940H 265940H 266140H in OUT Center hole 1st transition area 2nd transition area Clamping Zone 3rd transtion area Information Zone Diameter 15 mm Diameter 16 mm Diameter 22 mm Diameter 33 mm Diameter 44 mm Diameter 120 mm Di...

Page 31: ...ce EFM demodulator CiRC error correction Audio DAC Buffer Memory controller CSS controller Atapi interface control Data PLL Servo ADC Focus tracking control output Sled control output CAV Spindle control P up Unit HOP 7532TS IC101 RF AMP HD153724TF CD DVD IC301 R8J32006FP TE CSO GEN FE GEN DRAM U COM SRAM IC302 Flash ROM ...

Page 32: ... the regional code and plays title in the case of allowed regional code only 2 Management of DVD Disc for the scrambled of data 1 DVD ROM and DVD player of host generate the KEY 1 respectively transfer to opposite part the KEY 2 is received recognizes the data transfer or not with this value and generates the bus key encoded the data 2 Encoded Disc Key and Title Key host is transfer with the bus K...

Page 33: ...MPEG 2 board generates the challenge key 10 Byte and transfers to drive The board and drive generate key 1 5Byte with the challenge key respectively Of course the Algorithm generating the key 1 is not known 3 Compare with the generated key 1 if it corresponds each other the first step of authentication is completed This is a course to identify the MPEG 2 board with a drive 4 The second step of aut...

Page 34: ...UM PLW PNG NZL AUS 4 The disc has the regional code of 8 bit Example The disc manufactured in the U S A has the number one Transfer to MPEG 2 board reading the regional code Receiving data from the MPEG 2 board and output through the monitor If the board is setting to the regional code 1 for the U S A Check the received regional code to number 1 all or not transfer the data to VGA card in accordan...

Page 35: ...4 VSO 18 OUT2 19 OUT2 20 VSO 21 VSO 22 GND 23 OUT1 24 OUT1 25 VSO NC NC BUSY SEN SDIO SCLK MONI VSL CLK CLKB GND GND NRZB NRZ RWB VSA RSET EN AGND ISLOP IAPC Rfreq SLG 44 Tilt 43 TR 42 TR 41 AF 40 AF 39 GND LDD 38 ENA 37 SLG 36 IAPC 35 VSL25 34 VSA5 33 VSO 32 BUSY 31 SEN 30 SDIO 29 RWB 28 MONITOR 27 SCLK 26 GND LDD 25 NRZB 24 NRZ 23 CLKB 22 CLK 21 TEMP 20 GND FM 19 FM 18 VREF 17 SELCD 16 Vcc FM 15...

Page 36: ...emperature 22 CLK I CLOCK for NRZ code input LVDS 23 CLKB I CLOCK for NRZ code input LVDS 24 NRZ I NRZ laser data H mark L space LVDS 25 NRZB I NRZ laser data H mark L space LVDs 26 GND LDD Ground connection for LD Driver IC 27 SCLK I Serial control clock 28 MONITOR O Monitor output 29 RWB I Write enable for NRZ laser data L write H read 30 SDIO I O Serial data for parameters and control in out 31...

Page 37: ...d A D B C k x EF1 EF4 EF2 EF3 This signal is generated in RF IC IC101 HD153724TF and controls the pick up s left and right shift to find to track on Disc 3 RF Signal A B C D This signal is converted to DATA signal in DSP IC IC301 R8J32006FP 39 Pick Up module Photo Diode Tracking Focusing Infrared Iaser k F H E G A D B C A D B C k F H E G Offset TE Tp Sub2 Main Tp 2 Sub1 Track Center F E D C A B H ...

Page 38: ... buffer 2 5VREF Buffer S H B H 10 S H MU X AM P APCDAC REDA WRDA SCLK SDATA WDEN 16 28 13 27 14 37 32 33 85 76 75 CN101 IC101 HD153724TF IC301 R8J32006FP BCNT 9 10 TCPH 36 72 106 R340 R342 C331 19 16 15 66 65 61 108 C334 DESCRIPTION OF CIRCUIT 1 ALPC Automatic Laser Power Control Circuit 1 1 Block Diagram ...

Page 39: ... the other one is used at writing The logical WGATE signal which is switched between reading and writing changes the two APCDAC The ALPC loop supplies same currency IAPC to Laser Diode Driver LDD during reading and writing There is another ALPC which controls Full Scale DAC FsDAC FsDAC determines scale of WDAC of Laser Diode Driver MPU monitors write power level of FMON signal and changes FsDAC di...

Page 40: ...s from focus error detection block in RF IC HD153724 using Conventional Astigmatism Detection method Differential Astigmatism Detection method Focus Gain and path can be changed at the RF IC HD153724 according to the disc and the resulting output FE HD153724 4pin is input to DSP IC HD153724 100pin The Focus Search operation is using FE PE Signal therefore check FE PE signals when Focusing is faile...

Page 41: ...CT TACT IC101 HD153724TF IC301 R8J32006FP MPPO A D B C G HAVC LS to V14 6 103 117 L P F L P F SPPO A D B C K EF1 EF4 EF2 EF3 Sled Compensator DAC SL2 119 SL1 118 A A B B SLED MOTOR Unit TRD R348 IC601 R2S30200FP TACT TACT EN1 EN2 CTL1 CTL2 REF 1 65V TOIN 39 42 20 21 36 37 SL2 2 SL1 3 SL1IN SL2IN A B 8 10 A B 6 9 SL2N SL1N SL2P SL1P C339 1 65V C381 C340 R347 1 65V R374 R349 R384 R350 ...

Page 42: ... A B B SLED MOTOR Unit A B C D G HAVC LS to V14 L P F L P F 47 76 77 78 EQ MIRR DET AGC TOP HOLD 60 59 BOTTOM HOLD TE1 MIRRTOPH MIRRBOTH C136 GND 39 TZC MIRR TEIN VREF1 VREF1 SL2 D A C Tracking Compensator IC301 R8J32006FP 103 Sled Compensator A D C 55 58 M U X Short Seek Algorithm Loog Seek Algorithm D A C 118 117 119 TRD SL1 Track Counter and Timer R337 C328 GND MIRR TE1 TZC TE IP2MIRR C137 GND ...

Page 43: ...D Conversion Digital Equalizer Block and D A Conversion in R8J32006FP the output signal TRD R8J32006FP 117pin is input to Drive IC 39pin The drive output signal TACT TACT generated according TOIN R2S30200FP 39pin and drives tracking actuator in the P U unit 3 2 2 Sled Servo The working distance of tracking actuator is too short to cover whole disc radius Sled Servo make P U move by little and litt...

Page 44: ... R 4 DVD 16x CAV DVD ROM Single 5 DVD 16x PCAV DVD R When drive read PRESS CD Closed Session CD R RW the spindle motor is controlled using FG CAV Spindle Servo FG signal R2S30200FP 19pin input to SFG in DSP IC IC301 86pin The spindle controller in DSP IC uses SFG as spindle rotation frequency feedback therefore the FG CAV Spindle Servo doesn t work well if FG generation is abnormal The spindle con...

Page 45: ... RW 1x 2x 4x 6x DVD RW 2 4x 4x 8x CD R 4x 8x 16x 24x 32x 40x CD RW 4x 8x 10x 16x 24x When drive write DVD RAM R RW R RW CD R CD RW the spindle motor is controlled using Wobble CLV Spindle Servo The WOBSIG signal HD153724TF 46pin input to DSP IC R8J32006FP 56pin The DSP Controller in R8J32006FP uses WOBSIG as linear velocity feed back therefore the Wobble CLV Spindle Servo doesn t work well when WO...

Page 46: ...46 RDGATE 45 LO_ZB SPDSH 44 IDGATE 43 BLANK 42 41 PWDETO 40 TZC 39 GND4 38 MPDSH SPDSH 37 RFPDSH 36 WFPDSH 35 WGATE 34 RLDON 33 SPBLVL TISH2 32 LNDTRK 31 WBLSH 30 GND5 29 BHC 28 VDD5 3 3V 27 AWOBSIG 26 RFHLD TISH1 76 77 SUMF SUMF2 78 RFIN 79 SRVREF 80 FVREFO 81 IREFT 82 VREF1 83 HAVC 84 SA 85 SB 86 SC 87 SD 88 TRP 3 3V VDD2 89 TRN 90 FOP 91 FON 92 MA 93 MB 94 MC 95 MD 96 GND2 97 NC 98 NC 99 100 NC...

Page 47: ... 000p 0 15u 0 1u 0 1u 0 12u 0 12u 4700P 0 033u 0 033u 0 1u 0 033u 0 068u HPF fc 1KHz M U X M U X M U X M U X RFIN RF SUM SUB RGA RF AGC HP2 ID DET Pick I F S H LPP TE BALANCE FE WRF Serial Cont Reg VREF Power Cont R OPC OPC TIE SIGM APC MIRR DEFECT S H S H S H LE HP3 RF EQ EQ AUTO 4 main 2 TRP TRN to TE 4 sub 2 FOP FON SUMF2 EQOP N IP2 MIRR pin MIRR BPO SPBLVL SIGM VCC1 PWWMON BHOUT PHBETA TCE BHB...

Page 48: ...APC read 20 VRDC External components required Terminal to connect laser driver control filters for APC read 21 WAG1 External capacitor required Terminal to connect WOBBLE AGC detector capacitor 22 WAG2 External capacitor required 23 WAG3 External capacitor required 24 WOBFCF External capacitor required WOB BPF f 0 auto adjustment external capacitor connected terminal 25 ATEST Analog Output The sig...

Page 49: ...input terminal 54 SDATA Digital Input Output Serial I F data input output terminal 55 SDEN Digital Input Serial I F enable input terminal 56 MRSTB Digital Input Master reset reversal input terminal 57 VDD4 Power Power supply connected terminal 3 3V digital 58 MIRRHPF External capacitor required Terminal to connect Mirror envelope detector HPF capacitor 59 MIRRBOTH External capacitor required Termi...

Page 50: ...terminal 80 FVREFO Analog Output 2 5V reference bias voltage output terminal 81 IREFT External resistor required Terminal to connect reference current setting external resistor 82 VREF1 Analog Output 2 1V reference bias voltage output terminal 83 HAVC Analog Input Pick Up reference voltage input terminal 84 NC Not connected 85 SA Analog Input Sub beam 4D input terminal 86 SB Analog Input 87 SC Ana...

Page 51: ...REF VIBIAS VREFC VSSA W1LPF0 W1LPF1 W1LPF2 VCCA PDIAGB DA0 DA2 CS1FXB CS3FXB DASPB UCS1B UCS0B CPWRB CPRDB A20 A19 A18 A17 A16 A15 A14 A13 A12 A11 VDD VSS A10 A9 A8 A7 A6 A5 VSSIO VCCIO A4 A3 A2 A1 A0 CPU15 CPU14 CPU13 CPU12 CPU11 CPU10 CPU9 CPU8 CPU7 CPU6 CPU5 CPU4 CPU3 CPU2 CPU1 CPU0 VCCIO VSSIO ROUT VCCA LOUT ADIPVR1 ADIPVRT ADIPINP VSSA VSSA XCO XCI VCCA R8J32006 Top View 1 2 3 4 5 6 7 8 9 10 ...

Page 52: ...I F SDATA RFDEN SCLK WDEN LDBUSY FEMCK TEST 3 0 MRSTB TESTB 1 2 ROUT DOUT LOUT DVD Descramble DVD Scramble Auth BCA SSEQ MSEQ RA 12 10 0 DWE RD 15 0 DRAS DCAS RAMCL DQMU DQML DACKB CS3FXB DREQ CS1FXB PDIAGB DASPB DA2 IOCS16B IORDY ZIOWB HINTRQ HRSTB ZIORB DATA 15 0 DA1 DA0 SFG TZC BLANK DEFECT LED LNDTRK LDD TLD JFF 1 0 DFF 1 0 TCSHSPBLV LSRERR DCKE W2LPF 2 0 H8S CPU ADC PUTEMP DRVOFSP ADGATEB INT...

Page 53: ...7 TCSHSPBLV 109 VRDC2N 14 VSSRQ 46 DSLADJ2 78 VCCIO 110 VSSA 15 HEATRUN 47 ARSTB 79 VSSIO 111 VCCA 16 CSEL 48 FMSW 80 WRGATEB 112 VRDC2NREF 17 AMUTE 49 VSSIO 81 SRFH 113 PUTEMP 18 VCCIO 50 VCCIO 82 SRFL 114 DRVOFSP 19 VSSIO 51 DEFECT 83 WRSTOP 115 DRVOFSM 20 CSW3 52 IP1LPPIN 84 LNDTRK 116 FOD 21 CSW2 53 VDD 85 LSRON 117 TRD 22 CSW1 54 VSS 86 SFG 118 TVDP 23 VCCRQ 55 IP2MIRR 87 TLD 119 TVDN 24 EEPR...

Page 54: ...REF33 173 VDD 205 A18 237 CPU6 142 DFF1 174 VSS 206 A17 238 CPU5 143 DFF0 175 VSSIO 207 A16 239 CPU4 144 JFF1 176 VCCIO 208 A15 240 CPU3 145 JFF0 177 DATA1 209 A14 241 CPU2 146 JFH 178 DATA14 210 A13 242 CPU1 147 DRLPF2 179 DATA0 211 A12 243 CPU0 148 DCLPF2 180 DATA15 212 A11 244 VCCIO 149 DRLPF1 181 DREQ 213 VDD 245 VSSIO 150 DCLPF1 182 ZIOWB 214 VSS 246 ROUT 151 DRLPF0 183 ZIORB 215 A10 247 VCCA...

Page 55: ...utput 5TO 5V Tolerant Three State Output 5IO 5V Tolerant Input Output PW Power Supply Pin GND Earth Pin Pin Name Pin No I O Destination Function EFMP EFMN 139 140 AI AFE RF signal normal phase input pin RF signal counter phase input pin VREF33 141 AO External Capacitor Reference voltage Vcc 2 output pin DFF1 DFF0 142 143 AO External Capacitor DutyFeedBack LPF connect pin JFF1 JFF0 144 145 AO Exter...

Page 56: ...error sampled at 352 8 kHz LPSA 104 AI AFE Lens positioning lens error sampled at 88 2 kHz LPSB 105 AI AFE Lens positioning B sampled at 88 2 kHz TCPH 106 AI AFE Tracking center BETA top hold sampled at 44 1 176 4 kHz TIBH 107 AI AFE Tilt error BETA bottom hold sampled at 44 1 176 4 kHz BCENT 108 AI AFE BETA center sampled at 176 4 kHz VRDC2N 109 AI AFE APC read system laser driver control pin sam...

Page 57: ...quest signal ZIOWB 182 5I ATAPI ATAPI IF write strobe pulse ZIORB 183 5I ATAPI ATAPI IF read strobe pulse IORDY 184 5TO ATAPI ATAPI IF control signal drive Ready DACKB 185 5I ATAPI ATAPI IF DMA acknowledge HINTRQ 186 5TO ATAPI ATAPI IF drive interrupt signal IOCS16B 187 5TO ATAPI ATAPI IF control signal 16 bit transfer PDIAGB 193 5IO ATAPI ATAPI IF control signal CS1FXB CS3FXB 196 197 5I ATAPI ATA...

Page 58: ... erase block RFPDSH 76 O AFE Laser control sampling pulse Front monitor read block TCSHSPBLV 77 O AFE VFO1 track center signal sample hold pulse SPBLVL running OPC sampling pulse Pit end WRGATEB 80 O PU Write gate signal SRFH SRFL 81 82 O PU I V amplifier gain switch HI side I V amplifier gain switch for binary I V amplifier gain switch Low side WRSTOP 83 I PU Write stop gate signal LNDTRK 84 O AF...

Page 59: ...ter I F transfer data signal 3V system SCLK 66 O AFE LDD AFE LDD microcomputer I F transfer clock signal Pin Name Pin No I O Destination Function DOUT 2 TO ATAPI Digital output pin ROUT LOUT 246 248 AO ATAPI Audio Lch Rch output Pin Name Pin No I O Destination Function FEMCK 67 O AFE Front End LSI clock XCO 254 O X TAL Crystal oscillation 33 8688 MHz XCI 255 I X TAL Crystal oscillation 33 8688 MHz...

Page 60: ... IO Load Switch CPU general port 2 6 Loader out sensor LOADIN 34 IO Load Switch CPU general port 2 5 also connected to the CPU interrupt port INT8 Loader in sensor EJECTSW 36 IO Eject Switch CPU interrupt port INT6 EJECTSW interrupt request ACTFLG 37 IU DRVR CPU interrupt port INT7 Pick up protect flag DRVEN1 38 IO DRVR CPU general port 0 7 6ch driver control 1 DRVEN2 40 IO DRVR CPU general port 0...

Page 61: ...1 IO Flash SRAM H8S WRB CPRDB 202 IO Flash SRAM H8S RDB A 20 A 19 17 A 16 0 203 204 205 206 207 208 209 210 211 212 215 216 217 218 219 220 223 224 225 226 227 IO O IO Flash SDRAM H8S A 20 H8S A 19 17 H8S A 16 0 CPU 15 0 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 IO Flash SDRAM H8S D 15 0 Pullup on off by register b Flash SRAM ...

Page 62: ...ulation 1 DVD modulation 2 DVD modulation 3 4 DVD R CD R monitor 0 DVD R CD R monitor 1 DVD R CD R monitor 2 DVD R CD R monitor 3 5 DVD RW monitor 0 DVD RW monitor 1 DVD RW monitor 2 DVD RW monitor 3 6 PI C1 PI C1 PI C1 PI C1 7 PO C2 PO C2 PO C2 PO C2 8 SLOCK SLOCK SLOCK SLOCK 9 DSYNC DSYNC DSYNC DSYNC 10 CLVCK CLVCK CLVCK CLVCK 11 BLEND BLEND BLEND BLEND 12 SYWINCOR SYWINCOR SYWINCOR SYWINCOR 13 ...

Page 63: ...g power supply 3 3V SLICE Analog power supply 3 3V DPLL Analog power supply 3 3V AUDIO ADIP Analog power supply 3 3V PLL multiplication VCCIO 18 50 78 91 159 176 191 222 244 PW DSP I O power supply 3 3V VSS 30 54 174 189 214 GND DSP core GND VSSR 1 64 GND SDRAM GND VSSRQ 7 14 27 35 GND SDRAM I O GND VSSA 93 110 121 123 133 137 155 252 253 GND Analog GND LVDS Analog GND Servo A D Analog GND Servo D...

Page 64: ...tage input 37 TL Tilt inverted output 36 TL Tilt non inverted output 35 FO Focus inverted output 34 FO Focus non inverted output 33 GND GND 32 5VCC 5V Power Supply for FS TS TL 31 TO Tracking non inverted output 30 TO Tracking inverted output 29 GND GND 28 LO Loading inverted outptut 27 LO Loading non inverted output 26 VM3 Power Supply3 for Loading 25 ACTRST 2 Pickup protect Reset 2 24 STTH Refer...

Page 65: ...TR TR TLIN TL TL VM3 LO GND LO CTL SPM V V converter SLIDE1 V V converter SLIDE2 V V converter PWM CIRCUIT PWM CIRCUIT Current gain 0 44 0 88 A V Current gain 0 44 0 88 A V Frequncy 75KHz Frequncy 75KHz Current Sense Current Sense 7 13 2V For SPINDLE STARTER Frequency 150KHz commutation TSD SWICHING Commutation PWM CIRCUIT Voltage gain X12 For FO TR TILT 4 5 5 5V For LOADING 4 5 5 5V 7 13 2V Volta...

Page 66: ... VM1 U V W VM2 SL1 SL1 SL2 SL2 VM3 LO LO 5VCC FO FO TO TO TL TL ACTFLG FG ACTRST OPOUT FOIN TOIN TLIN OPIN REF EN1 EN2 5VCC 100 100 100 100 100 100 100 17k 35k 10k 5VCC 25k U 5VCC 5VCC 5VCC 5VCC 5VCC 5VCC 5VCC 5VCC 5VCC V VM1 W SL1 SL1 SL2 VM2 SL2 FO FO TO TO TL 5VCC TL LO VM3 LO ...

Page 67: ...ng FE R334 C325 Pin 106 pin 112 LD Driver TE R337 C328 PE R335 C326 01 Laser Power Adjust using RD Power WR Power Erase Power 02 High Frequency NRZI skew Adjust 03 Data Slice Equalizer Boost Raw Slice Equalizer Frequency Adjust 04 Circuit Offset Adjust 05 Focus Amp Adjust for DVD Dual MPU DSP IC301 AFE IC101 Driver IC601 Pickup Pin 85 98 4 40 FFC Slider FPC Slider 6 8 10 Focus 34 35 DVD Dual Disc ...

Page 68: ...ll Disc Pin 85 98 Setting FE R334 C325 Tracking 30 31 Focus 34 35 TE R337 C328 R346 C338 40 R348 C339 39 MPU DSP IC301 AFE IC101 Driver IC601 Pickup Pin 85 98 6 4 PE R335 C326 5 4 6 FFC Setting TE R337 C328 Tracking 30 31 Slider FPC Slider 6 8 10 Slider FPC Slider 6 8 10 R348 C339 39 06 Focus Amp and Total Amp Adjust 07 Tracking Amp Adjust 08 Servo Loop Gain Adjust FFC ...

Page 69: ...der 6 8 10 DVD RAM Disc MPU DSP IC301 AFE IC101 Driver IC601 Pickup Pin 85 98 77 78 8 FFC Setting SIGM R336 C327 Slider FPC Slider 6 8 10 09 Unwritten Slice Level Adjust for DVD RAM 12 Focus Offset Adjust for DVD RAM Data Error pulse 11 Focus Offset Adjust for DVD RAM PID Amp DVD ROM Disc MPU DSP IC301 AFE IC101 Driver IC601 Pickup Pin 85 98 77 78 4 FFC Setting FE R334 C325 Slider FPC Slider 6 8 1...

Page 70: ... FE 34 35 FE R346 C338 40 4 14 Tilt Adjust for DVD R RW DVD R RW CD R RW 15 Focus Deviation Adjust Pin 85 98 77 78 MPU DSP IC301 AFE IC101 Driver IC601 Pickup DVD R RW Disc FFC Setting TE R337 C328 Tracking 30 31 Slider FPC Slider 6 8 10 R348 C339 39 6 16 Focus Offset Adjust for DVD R RW DVD R RW CD R RW MPU DSP IC301 AFE IC101 Driver IC601 Pickup DVD RAM Disc Pin 85 98 77 78 FFC Setting TCE R340 ...

Page 71: ...C101 Driver IC601 Pickup DVD R Disc FFC Setting WobSIG Slider FPC Slider 6 8 10 56 46 46 Pin 85 98 77 78 MPU DSP IC301 AFE IC101 Driver IC601 Pickup DVD R RW Disc FFC Setting C130 131 Slider FPC Slider 6 8 10 68 69 48 17 Lens Sensitivity Adjust 18 Spindle Offset Adjust 19 ADIP BPF Read Timing Adjust for DVD R RW 20 Focus Offset Adjust for DVD R RW DVD R RW DID ...

Page 72: ...Slider 6 8 10 Pin 85 98 MPU DSP IC301 AFE IC101 Driver IC601 Pickup All Disc FFC Setting FE R334 C325 Focus 34 35 Tracking 30 31 Slider FPC Slider 6 8 10 TE R337 C328 PE R335 C326 R346 C338 R348 C339 40 6 5 4 29 39 21 RTZ TimeOut Fail 22 Focus Servo Tracking Servo Fail ...

Page 73: ...art 3 Exchange IC301 MPU DSP 4 4C0x to 4C4x Data Slice Adjust NG 1 Check solder of IC101circumference No 03 pin 76 IC103 L150 L151 2 Exchange IC101 AFE 3 Exchange IC301 MPU DSP 5 4C5x to 4C7x EQ Boost Adjust NG 1 Check solder of IC101circumference pin 76 IC103 L150 L151 2 Exchange IC101 AFE 3 Exchange IC301 MPU DSP 6 4C80 RAW Slice Level Adjust NG 1 Check solder of IC101circumference pin 76 IC103 ...

Page 74: ...Check solder of IC101circumference 454x pin 4 5 6 pin 85 98 FE_Servo R334 C325 PE_Servo R335 C326 3 Exchange Pickup 4 Exchange IC101 AFE 5 Exchange IC301 MPU DSP 4 458x Tracking Amp Adjust NG 1 Check Pickup FFC Connection No 07 2 Exchange Pickup 3 Check solder of IC101circumference pin 4 5 6 pin 85 98 TE_Servo R337 C328 4 Exchange IC101 AFE 5 Exchange IC301 MPU DSP 5 47xx Servo Loop Gain Adjust NG...

Page 75: ...nge IC101 AFE 5 Exchange IC301 MPU DSP 11 4B8x Tilt Adjust NG DVD R RW 1 Check Pickup FFC Connection No 14 2 Exchange Pickup 3 Check solder of IC601 circumference 4 Exchange IC601 5 Check solder of IC301 circumference 6 Exchange IC301 7 Exchange Slider Motor 12 4CCx Data Slice Adjust NG 1 Exchange Pickup No 12 RAM Only 2 Exchange IC101 AFE 3 Exchange IC301 MPU DSP 13 4Dxx Focus Deviation Adjust NG...

Page 76: ...NG 1 Check Pickup FFC Connection No 06 2 Exchange Pickup 3 Check solder of IC101circumference pin 4 5 6 pin 85 98 PE_Servo R335 C326 4 Exchange IC101 AFE 5 Exchange IC301 MPU DSP 19 57xx HFPE Amp Gain Adjust NG 1 Check Pickup FFC Connection No 13 2 Exchange Pickup 3 Check solder of IC101circumference pin 10 11 R340 C331 R341 C334 4 Exchange IC101 AFE 5 Exchange IC301 MPU DSP 20 58xx Lens Sensitivi...

Page 77: ...IC601 Driver 23 5Cxx Signal Amp Error 1 Check Pickup FFC Connection No 06 2 Exchange Pickup 3 Check solder of IC701circumference pin 4 5 6 pin 85 98 PE_Servo R335 C326 4 Exchange IC101 AFE 5 Exchange IC301 MPU DSP 24 5Dxx Focus Offset Adjust NG 1 Check Pickup FFC Connection No 20 DVD R RW R RW in Data 2 Exchange Pickup 3 Check solder of IC101circumference 4 Exchange IC101 5 Check solder of IC701ci...

Page 78: ...ck solder of IC101circumference pin 4 5 6 pin 85 98 FE_Servo R334 C325 6 Exchange IC101 AFE 3 2101 2102 Tracking Fail 1 Check Pickup FFC Connection No 22 2 Exchange Pickup 3 Check solder of IC601circumference 4 Exchange IC601 Driver 5 Check solder of IC101circumference pin 4 5 6 pin 85 98 TE_Servo R337 C328 6 Exchange IC101 AFE 4 2000 2010 Spindle Fail 1 Check Spindle FFC Connection No 18 2 Check ...

Page 79: ...og power supply 3 3V SLICE VCCA 36 153 Analog power supply 3 3V DPLL IC301 R8J32006FP VCCR 003 SDRAM Power supply 3 3V VCCRQ 3 010 SDRAM I O Power supply 3 3V VCCRQ 7 023 SDRAM I O Power supply 3 3V VCCRQ 10 031 SDRAM I O Power supply 3 3V VCCRQ 13 039 SDRAM I O Power supply 3 3V VCCRQ 18 062 SDRAM Power supply 3 3V VCCIO 5 018 DSP I O Power supply 3 3V VCCIO 15 050 DSP I O Power supply 3 3V VCCIO...

Page 80: ...62 78 91 159 176 191 222 244 256 12 VCC A 3 3V 3 3V 98 99 111 122 129 138 153 13 Clock 34MHz 33 8688MHz 254 255 14 MRSTB 3 3V High 5 15 AFE VCC 5 3V 5 3V 17 75 16 IC101 VDD 3 3V 3 3V 12 27 57 70 79 89 17 OP amp VCC 5 3V 5 3V 8 IC201 18 7ch DRV 5VCC 5V 5V 32 19 IC601 VM3 5V 5V 26 20 VM1 2 12V 12V 5 22 21 REF 1 65V 1 65V 42 22 Pick up VCC FM 5 3V 5 3V 30 23 VCC OEIC 5 3V 5 3V 44 24 VC OEIC 2 1V 2 1V...

Page 81: ...s the slice circuit of RF signal from AFE PLL the objects ADC and DAC for SERVO and ADC for ADIP detection Among these own poor Digital of DSP and AFE serial IF can detect by this self diagnostic function AFE Poor detection of AFE is restricted to detection of a limitation item Since the greater part of the function is analog signal processing AFE serves as a register in AFE and a check which acce...

Page 82: ...oscillating correctly it is the defect of MPU or an oscillation element defect and part exchange is performed in order of DSP and X301 4 The defect of Flash ROM Although the clock of DSP is oscillating correctly and the power supply circuit is also outputting normal voltage when LED does not blink at all at the time of a power supply injection and Eject SW does not react either poor Flash ROM is t...

Page 83: ...ut output differential a Vm 5V Tracking actuator driver analog input output differential Vm 5V Tilt actuator driver analog input output differential Vm 5V A motor actuator and its correspondence pin A control mode setup by the control terminal Signal CH SPDL MT STEP MT Load MT Focus ACT Track ACT Tilt ACT Input 1 SPIN 2 SL1IN 41 LOIN 40 FOIN 39 TOIN 38 TLIN 3 SL2IN Reference 42 REF 1 65V Output 12...

Page 84: ...ect SW Limit SW Analog Front End HD153724TF 100pin TQTF RENESAS 3 3V Reg IC XC6417CE01SR RST TOREX 2 8V 1 5V Reg IC XC6409BV05PR RST TOREX 5 3V SW_Reg IC BD9703FP ROHM OPU HOP 7532TS HITACHI ME Interface connector DVD CD DSP DVD CD Servo ATAPI R8J32006FP 256pin LQFP RENESAS DVD codec CD codec LPP ADIP decorder Servo DSP ATAPI IF Microprocessor 7ch Driver R2S30200FP SPDL SLED Fo Tr Ti LD RENESAS PU...

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