Toshiba X875 Q7390 Laptop User Manual
Contents
1. 5 3 2 1 Temperature and Humidity 5 3 2 2 Dusu and Dirt 5 3 2 3 Vibration 5 3 2 4 Atmospheric Pressure and Altitude 5 3 2 5 SHOCK GE 6 3 3 Installation Conditions 6 3 3 1 Equipment 6 3 3 2 Installation 6 3 3 3 Back side 7 3 3 4 Vibration detection 8 3 4 Dimensions and Weight 8 3 5 Reliability2. 10 3 5 1 Error Rate 10 3 5 2 MTBF 10 3 5 3 EEE 10 3 5 4 Drive Life 10 3 5 5 Mechamical Life 10 4 Configuration 10 4 1 Electrical Parts 10 4 2 Optical Pickup 10 4 3 Spindle Motor 10 4 4 Feed Motor 10 12 5 1 CD ROM Data Configurations 12 5 2 Power ON OFF Timing 12 5 3 Standby mode
3. 13 6 Interface 13 6 1 I O cable 13 6 2 Signal summary 13 6 2 1 Signal Specifications 14 6 2 2 Timing of Host Interface PIO 15 6 2 3 Timing of Host Interface DMA Multi 16 6 2 4 Timing of Host Interface Ultra DMA 17 6 3 Connector 18 6 4 Suppor Commmand List 19 6 4 1 ATAPI Packet Command for CD ROM Device 19 6 4 2 ATA
4. 19 Efficient Data Transmission Throughput via large 128 KBytes Buffer Memory and 15 16 17 18 19 Buffer Algorithm 20 8X Sampling amp Digital Filter for CD Audio 21 Low Power Consumption Typ 3 2 W 20 Duty Random Access 22 16 Mode Output for CD Audio 23 Software Volume Control via ATAPI Mode Select Command 24 MTBF 60 000 POH 25 DataTransfer Rate PIO Mode 4 Data Transfer Rate16 7 MB s DMA DMA Multi Word Transfer Rate Mode 2 Ultra DMA Transfer Rate Mode 2 20 21 22 23 24 25 26 Support Vibration Detect Function 2 27 XM 7002B Rev 1 0 TOSHIBA 3 Specifications 3 1 Performance 1 Applicable Disc Format 1 Red Book Yellow Book CD ROM XA CD IBridge Photo CD Video CD CD I CD I Ready CD G and Multisession Photo CD CD EXTRA CD RW CD R CD TEXT 2 Data Capacity Yellow Book User Data Block 2 048 Byte block Mode 1 2 336 Byte block Mode 2 Form 2 3 Rotational Speed 2 Approx 2 180 rpm 4 4 10X Approx 5 200 rpm 10 3 24X 4 Transfer Rate 1 210 Byte 1 024 Bytes 1 Mbyte 220 Byte 1 048 576 Bytes Block Transfer Rate Approx 330 750 Block s 4 4 10X Approx 772 1 800 Block s 10 3 24X Data Transfer Rate Yellow Book Mode 1 Approx 660 1 500 KByte s 4 4 10X Approx 1 545 3 600 KByte s 10 3 24X Yellow Book Mode 2 Approx 752 1 710 KByte s 4 4 10X Approx 1 716 4 104 KByte s 10 3 24X Burst ATAPI Interface
5. 23 11 Maintenance ee eoe een en en nennen nnn mn 24 11 1 DISC eere nee nn nn nn enne ne nen enn nennen nn nnno nnno enn nen enn 24 11 2 Optical Pickup 24 12 Emergency Eject 24 13 Safety Standards Agency Approvals 24 14 Electrostatic Discharge 25 15 Accessories 25 16 Packaging 25 17 CE Declaration of conformity 25 XM 7002B Rev 1 0 TOSHIBA 1 Introduction This document describes Toshiba s XM 7002B CD ROM Drive This drive reads digital data stored on CD ROM and CD Audio discs The CD ROM disc is single sided and has 12 cm or 8 cm diameter typically contains approximately 600 MBytes or 200 MBytes of information respectively 1 MByte 22 Bytes This drive reads digi
6. 21 7 2 7 Peak in executing ACCESS 21 7 2 8 Peak Current 21 8 AUdJO 21 8 1 Line Output 21 8 1 1 Audio Cable 21 8 1 2 Connector 22 8 2 Audio Modes 22 9 Device Configuration 22 9 1 Master mode setting 22 9 2 Slave mode setting 22 10 Busy Indicator
7. SS 2 at Nr gt Toshiba DynaBook Adapter Mounting 3 4 Dimensions and Weight 1 External Dimensions W x H x D 2 Mass Weight CD ROM Drive Satellite Pro 440 series PC Adapter PC Mounting Figure 3 See Figure 4 for details 128 0 mm x 12 7 mm x 129 0 mm 0 18 kg Net 233 kg 36 Bulk Packaged on one pallet 135 kg 24 Bulk Packaged on one pallet 8 27 XM 7002B Rev 1 0 TOSHIBA JAE 5 50 10 LEFT VIEW M2 p 0 4 DEPTH 2 9 0 5 Connector 3 840 2 ly Lu gt gt 21 25 0 2 DONEC 5 confer 5 gt Ll 5 710 2 tr Q a Screw hole S center Z 52 610 2 a 5 Y 65 140 2 5 69 5 NAME PLATE AREA 92 4 0 2 NAME PLATE 95 W 68 5 D 102 6 0 2 BAR CORD LABEL 10 W 55 0 R YR A BAR CORD LABEL AREA 12840 2 Area A thickness is 2 740 2 EZ EN T Other area thickness is 12 795 yo It doesn t include the thickness gt of a name plate ok SES Drives can go through fhe gate of 9 SRI 12 95 height with force less than Z Sir 2 94 N Sic es m LEIA Screw holes are option There s no hole on the standard drive Unit mm Figure 4 External Dimensions 9 27 XM 7002B Rev 1 0 3 5 Reliability 3 5 1 Error Rate 1 Hard Read Error Rate Byte Error Rate Yell
8. DIOR data setup 20 DIOR datahold 5 DIOR data tristate pf Adar valid to IOCS16 negation DIOR DIOW to address validhold 10 ORDY setuptime p 15 27 XM 7002B Rev 1 0 TOSHIBA 6 2 3 Timing of Host Interface DMA Multi Figure 11 shows the Host Interface DMA multi word Timings 0 DMARQ 1 2 7 th Uc DIOR DIOW 1 mc Nm Read DDO 1 Write DDO 1 1 In all timing diagrams the low line indicator negated and the upper line indicators asserted Multi word DMA Mode 2 timing parameters min ns max ns Viol somme 0 e room em 7 EEE eforum seme 07 mn omc oo BON Sa HN sewmowsnwores __ pum KE ah ram Dommen NN upon _ iw ____ Figure 11 Host Interface Timing DMA Multi 16 27 XM 7002B Rev 1 0 6 2 4 Timing of Host Interface Ultra DMA Figure 12 shows the Host Interface Ultra DMA word Timings DMARQ STOP DMARDY STROBE DD 15 0 tUl t2IORDY TOSHIBA tMLI tpvs Ultra DMA Mode 2 timing parameters min ns max ns Typical Sustained Average Cycle time Cycle time Data Setup time Data Hold time Unlimited Interlock time Setup and Hold Time for DMACK Envelope time Minimum Delay time for Driver t2IORODY Minimum time for
9. 02 eujsnpu 4109 SWE 17 09 5 BMESIN ediuso 09 egiuso 8 82007 INX SAUG Wou d9 O33 9 68 ZH OG W y 266 8 7 00019 51 WY 96 08 ZHIN 08 6 9661 9 7 00019 51 Kuelog ZHY S 3 Z AM 9661 9 00019 91 Kuelog ZHY S 4 01 9661 00019 391 WY 08 2 ZHIN 0001 08 W A 9661 5 7 00019 51 8 v N v QO 866 L 966 I LW 23 7 000 LINA JUSWISJNSBSW pue 5 Ayunwuw juewdinbs 1661 55815 2661 766 ev cc0SSNH OWA 8 266 1 1800939 UOISSIU3 QNI 033 9 6 668 uonipuoo 1591 9 91 epnss pa4epuels 05 JO uoneje 2eq n3 XM 7002B Rev 1 0 27 27 Deviation List Page 2 13 14 14 21 24 26 27 28 Item 2 Features 3 1 Perfomance 4 Transfer Rate Burst 5 Access Time Average Ranom Access 3 3 Installation Conditions Mounting Vertical Figure 1 5 2 Power ON OFF Timing 5 3 Standby mode 6 2 1 Signal Specifications 6
10. TOSHIBA DISK PRODUCTS DIVISION XM 7002B CD ROM DRIVE PRODUCT SPECIFICATION JUNE 1999 Rev 1 0 Specifications are subject to change without notice DOCUMENT NUMBER 12095 TOSHIBA Notice 1 This product has over current protection circuit System should have appropriate over current protection Toshiba Corporation makes no warranty of damages caused by no over current protection 2 This has a little possibility of errors To prevent damages and injury caused by the above careful consideration for the safety and integrity should be taken in the system design Do not use this product in system that may cause hazard to human being or material loss caused by the failure loss of data and or errors of this product 3 Do not disassemble or modify this product Or reliability safety and performance can not be guaranteed 4 Turn off the system power before mounting removing this product Or it may cause failure or damage 5 Because the Interface connector of this product allows insertion of only one side direction ascertain direction carefully to insert the connector 6 To built this product in an equipment handle it only in electrostatically safe environment Do not touch connecting terminal directly or the product may be damaged by electrostatic energy 7 This product can playback discs based on the format described in item 3 1 1 Do not load a disc which is not based on the item discs of which outsi
11. 193130 NAD 40010 JOYLNOD I78WVYIS 3G YILSVYN OAHIS 193130 ONAS ZHIN 1 ODA JOYLNOD ODA aon 30 W43 oianv 1503 SNDIOVHL NOILISOd 3ISvVITIY ON INVHOVIG 32018 00 Figure 5 Basic configuration of XM 7002B XM 7002B Rev 1 0 11 27 TOSHIBA 5 Functions 5 1 CD ROM Data Configurations Figure 6 shows how the data is structured in program units 1block 1 75 s SYNC 12 bytes Header Minutes Second 0 59 Blocks 0 74 Mode 1 Disc User Data 2048 bytes in Mode 1 2336 bytes in Mode 2 ECC Mode 1 288 bytes 300k Blocks AE 2 Figure 6 CD ROM Data Configuration 5 2 Power ON OFF Timing Figure 7 shows the initialization Power ON Max 500 ms gt Command Receivable System ee EE Initialization For Learning Typ 13 s Max 16 5 5 Single Session Disc Spindle ON Idle TEST UNIT READY Read Command Acceptable Command En NE Correspondence Can t send Check Condition Status Good Status COMMAND Figure 7 Initialization Sequence 12 27 XM 7002B Rev 1 0 TOSHIBA 5 3 Standby mode Figure 8 shows the standby sequence Duri og uring acces
12. 2 3 Timing Host Interface DMA Single 6 3 Connector 7 2 Current Drain 7 2 1 Sleep 7 2 2 Standby 7 2 3 Idle 13 Safety standard 16 Packing Annex 1 EU Declaration of Conformity Rev 0 8 21 Low Power Approx 3 5 W target 25 Data Transfer DMA Single Word Transfer 8 33 MByte s DMA single word Mode2 5 Access Time Target 95 ms Max 24X target 15 5 2 Power ON OFF Timing TENTATIVE 5 3 Standby mode TENTATIVE 6 2 1 Signal Specifications TENTATIVE 6 2 3 Timing Host Interface DMA Single Note is No 5 8 11 7 2 Current Drain TENTATIVE 0 023 0 026 0 32 Max 24X 13 Safety standard TENTATIVE Standard packimng Spcifications 25 unitin TBD 20 unitin TBD Tentative Tentative TOSHIBA Rev 1 0 21 Low Power Typ 3 2 W 20 Durty Random Access None None 5 Access Time 95 ms Max 24X 30 15 5 2 Power ON OFF Timing 5 3 Standby mode 6 2 1 Signal Specifications None Note is No 2 85 5 8 11 7 2 Current Drain Typ Value 0 025 A 0 03 A 0 32A 13 Safety standard 2 Packing Specifications 25 Packaged Model IB CD2 A90012 for 20 Packaged Model IB CD2 A90013 Non Tentative Non Tentative XM 7002B Rev 1 0
13. DMACK tFS First STROBE time Ready to Final STROBE time Ready to Pause time Limited luterlock time Interlock with minimum Min time ns Max time ns 1 10 EM EE m m m Figure 12 Host Interface Timing Ultra DMA 17 27 XM 7002B Rev 1 0 TOSHIBA 6 3 Connector Figure 13 shows the connector and Figure 14 shows the interface pin assignments Use Japan Aviation Electronics Industry Limited KX15 50KLD L or equivalent Conformable connector is Japan Aviation Electronics Industry Limited KX14 50K D or equivalent Note is No 2 85 5 8 11 The recommendation is No 5 CD ROM DRIVE REAR VIEW TOP BOTTOM Figure 13 Connector pin assignments Connector contact RESET DD7 Digital Ground DIOW STOP IORDY DDMARDY DSTROBE bo fu CS1FX 5 V MOTOR 5 V LOGIC Ground A slash character at the beginning of a signal name indicates it is asserted at the low level active low Do not connect anything with vender unique 50P Figure 14 Signal assignments 18 27 XM 7002B Rev 1 0 TOSHIBA 6 4 Support Command List 6 4 1 ATAPI Packet Command for CD ROM Devices Command OP Code XM 7002B AUDIO SCAN BAh YES GET EVENT STATUS NOTIFICATION 4Ah YES GET CONFIGRATION COMMAND 46h YES GET PERFORMANCE COMMAND ACh YES INQUIRY 12h YES MECHANISM STATUS BDh YES MODE SELECT 10 55h YES MODE SENSE 10 5Ah YES PAUSE RESUME 4Bh
14. PIN 47 and PIN 48 of I O connectors Master mode can be oppositely to Slave mode according to the specification CSEL mode 22 27 XM 7002B Rev 1 0 TOSHIBA 10 Busy Indicator The LED at Front Bezel Busy Indicator indicates the drive status Color UMBER 1 After Drawer is closed Busy Indicator start blinking at 0 8 s intervals and then 1 1 Turns off when the drive in the Idle status Light Off Figure 15 Idle 1 2 Continuously off when no disc is mounted 0 8 5 Figure 16 No disc 1 3 Continuously on when media has problem 0 85 X Hb Light On Figure 17 Media Problem 2 When playing an audio track Busy Indicator is blinking at 1 6 s intervals 1 65 EE Figurer 18 CD Audio playback 3 When performing Data Access and during Data Transfer Busy Indicator keeps turn On Light On Figurer 19 Data Access and Data Transfer 4 When pushing Eject button Busy indicator is blinking at 0 4 s intervals 0 45 Light Off at the Eject Figurer 20 Eject 23 27 XM 7002B Rev 1 0 11 Maintenance 11 1 Disc TOSHIBA Try to avoid touching the read area underside of the disc as dirt and smears will degrade the disc accessing speed If the disc is dirty wipe it with soft cloth 11 2 Optical Pickup A dirty Optical Pickup will also degrade the access time When the Pickup is dirty gently wipe the objective lens of the Pickup 12 Emergency Ej
15. mm should be left in all directions 6 27 XM 7002B Rev 1 0 TOSHIBA 3 Care should be especially paied for the heat effect Keep the air ventilation and shut out heat from the environmental condition Then install the equipment where the environmental temperature around the equipment does not exceed 50 4 Do not add the force beyond the recommended value on the top and bottom cover of the equipment The recommended value range for the top cover is shown in the under Figure 2 For the bottom cover the recommended value should be less than 2N on all areas 30 15 15 15 15 15 15 15 15 15 Figure 2 3 3 3 Back side The screw holes for mounting exculusive connectors and connector boxes by customers are provided on the back side of the equipment When using the screw holes following care should be paid 1 When mounting use M2 0 4 tapping holes Care should be paid that an excessive force which may cause torsional distortion on the equipment does not applied to the equipment M2 P 0 4 screws tolerance is rgulated by ISO 965 2 ISO general purpose metric screw threads Tolerance Part 2 Limits of sizes for general purpose bolt and nut threads Mediumquality The recommend flatness of the equipment mounting surface should be less than 0 2 mm Install the equipment with enough space as much as possible in all directions around the equipment Care should be paid that the equipment does not touch with p
16. 0 OHM Open Drain Rs 0 OHM Rx 10 Ri infinity Rs 22 OHM p 0 DMARQ Rs 22 OHM 3 state Hiz Rs 22 OHM 3 state Hiz Ri 100 Rxezinfinity Rs 82 OHM DMACK DIOW DIOR DAO DA2 100 Rx 10 Rs 82 OHM CS1FX CS3FK Rizinfinity Rx 10 Rs 470 OHM CSEL Rx 100 Rs 1 KOHM 7002B Rev 1 0 TOSHIBA 6 2 2 Timing of Host Interface Figure 10 shows the Host Interface Timings 4 Tm 10 gt Address validi y O gt gt E ME NES Y E DIOR DIOW Write data 2 Read data valid 2 IOCS16 1 Device Address consists of signals 50 CS1 and DA2 0 2 Data consists of 200 15 16 bit or 000 7 8 bit PIO Mode 4 timing parameters min ns max ns Min Time ns Cycle time 120 Address valid to DIOR DIOW setup DIOR DIOW pulse wide DIOR DIOW recovery time DIOW data setup DIOW data hold DIOR data setup DIOR data hold 6Z DIOR data tristate Addr valid to IOCS16 assertion Addr valid to IOCS16 negation DIOR DIOW to address valid hold Read Data Valid to IORDY active ORDY setup time ORDY pulse wide 1250 Figure 10 Host Interface Timin N 2i c Address valid to DIOR DIOW setup 25 DIOR DIOW pulsewide DIOR DIOW recoverytime DIOW datasetup DIOW datahold
17. 02 sec 00 block to 60 min 01 sec 74 block more than 100 times Includes positioning setting latency time and ECC implementation time if required Typ value is for the average drive 6 Spin up Time Focus Search Time and Disc Motor Start up 2 8 s Max 24X 2 2 s Max 10X 7 Data Buffer Capacity 128 KBytes 8 Load Eject 1 Manual Load Electrical Release Eject Button 2 Software Release ATAPI command 3 Emergency Eject 9 Air Flow Not Required 10 Acoustic Noise Less than 40 dB with weighted Average at 1 meter of Front Bezel Operation mode Full stroke Access 11 Power Supply 5 V details in Section 7 4 27 XM 7002B Rev 1 0 3 2 Environmental Condition TOSHIBA This drive should be used under the conditions listed below 3 2 1 Temperature and Humidity 1 Operating Temperature 2 Storage Temperature 3 Shipping Temperature Packaged 4 Operating Temperature Gradient 5 Storage Temperature Gradient 6 Shipping Temperature Gradient 7 Operating Humidity 8 Storage Humidity 9 Shipping Humidity 10 Condensation 3 2 2 Dust and Dirt 3 2 3 Vibration 1 Operating 1 Oct min 2 Non operating 1 Oct min 3 Shipping Packaged 1 Oct min 3 2 4 Atmospheric Pressure and Altitude 1 Operating 2 Shipping 5 C to 50 C Max 60 C on the bottom center of cabinet 20 C to 65 40 to 65 11 C h max 20 C max 20 C
18. 16 7 MBytes s PIO Mode 4 16 7 MByte s DMA multi word Mode2 33 3 MByte s ULTRA DMA Mode2 3 27 XM 7002B Rev 1 0 TOSHIBA 5 Access Time Typ Average Random Access Time 3 95 ms Max 24X 110 ms 10X Average Random Seek Time 4 90 ms Max 24X 100 ms 10X Average Full Stroke Access Time 5 180 ms Max 24X 200 ms 10X 1 All CD formats except CD Red book audio require additional application specific software and or hardware The CD ROM drive referenced in the specification is capable of reading these data formats However in order to run applications that use these formats you must first have the required software and or hardware 2 Max 10X rotational speed is fixed for CD audio Red Book CD RW VIDEO CD format For the other Formats it is Max 24X speed but 20X or 16X speed is selectable by command 3 Measured by performing multiple accesses which means reads of data blocks over whole area of the media from 00 min 02 sec 00 block to 60 min 01 sec 74 block more than 3000 times Includes positioning setting latency time and ECC implementation time if required 4 Measured by performing multiple accesses which means seeks of data blocks over whole area of the media from 00 min 02 sec 00 block to 60 min 01 sec 74 block more than 3000 times Includes positioning setting time which is same definition as HDD 5 Measured by performing multiple maximum accesses which means reads of data blocks from 00 min
19. 79 AMTSGERICHT NESS TELFAX 02131 158 341 Annex 1 26 27 XM 7002B Rev 1 0 TOSHIBA 2105 UOISIA9H 201 V3A 1ueunoog seuiddijiug eune ueulg Yed ouuoe 30USIDS YHON soulddijiyg euoz BuisseooJg uodx3 jeloeds uolsua xy uen 1523 04 10 0 2 0 Howoy 28 18 ueder 070 180 IUSIN 1Yyoew euneyn euneyny ezeyo emezewnzy 7 ueder 9 8 0 eny fns ojownsyeyy 01 81 ueder 8 0 IYSIN 2 2 1 ueder 1700 10 Eyy Ius eweznA OUBYEN 292 ueder 1 610 eyy nyoy uoweoy ezy 202 ueder 00 80 15 nqnous ueder 9200 220 uex uouioy 145 0YD IUBUIN 6 15 8 ueder 000 2 0 145 PJEYMN4 6 juswdinby uoneuuoju eqiuso BoIUYDS 8 700 SWA nsnui3 dog SWI Iusueg
20. Commandfor ATAPI CD ROM Device 20 XM 7002B Rev 1 0 TOSHIBA 7 Power Requirements 21 7 1 Source Voltage 21 7 1 1 Spike 21 7 1 2 Ripple 21 7 2 Current Drain 21 21 7 2 2 Standby 21 7 2 3 Idle 21 7 2 4 Continuous Read 21 7 2 5 Average 21 7 2 6 Maximum
21. YES PLAY AUDIO 10 45h YES PLAY AUDIO 12 YES PLAY AUDIO MSF 47h YES PLAY TRACK RELATIVE 10 49h YES PLAY TRACK RELATIVE 12 AQh YES PREVENT ALLOW MEDIUM REMOVAL 1Eh YES READ 10 28h YES READ 12 A8h YES READ C DVD CAPACITY 25h YES READ CD BEh YES READ CD MSF B9h YES READ DISC INFORMATION COMMAND 51h YES READ FORMATTED CAPACITIES COMMAND 23h YES READ HEADER 44h YES READ SUB CHANNEL 42h YES READ TOC 43h YES READ TRACK RZONE INFORMATION COMMAND 52h YES REQUEST SENSE 03h YES REZERO UNIT 01h YES SEEK 2BH YES SET CD ROM SPEED BBh YES SET READ AHEAD COMMAND A7h YES SET STREAMING COMMAND B6h YES SEND EVENT COMMAND A2h YES STOP PLAY SCAN 4Eh YES START STOP UNIT 1Bh YES TEST UNIT READY 00h YES 19 27 XM 7002B Rev 1 0 TOSHIBA 6 4 2 ATA Command for ATAPI CD ROM Devices Command OP Code XM 7002B ATAPI SOFT RESET 08h YES CHECK POWER MODE E5h YES EXECUTE DRIVE DIAGNOSTICS 90h YES IDLE IMMEDIATE Eih YES IDLE E3h YES NOP 00h YES ATAPI PACKET COMMAND AOh YES ATAPI IDENTIFY DEVICE Ath YES SET FEATURES EFh YES SLEEP E6h YES STANDBY IMMEDIATE EOh YES STANDBY E2h YES 20 27 XM 7002B Rev 1 0 TOSHIBA 7 Power Requirements 7 1 Source Voltage 5 V 5 Operating 7 1 1 Spike 100 mV Max 7 1 2 Ripple 100 mV p p Max 7 2 Current Drain Typ Value 7 2 1 Sleep Minimum Current Mode 0 025A 7 2 2 Standby Laser off motor off 0 03 7 2 3 Idle Laser on motor on 0 32A Start Position 7 2 4 Continuous Read Audio D
22. ata 0 62 A Max 24X 0 35 A Max 10X Start Position 7 2 5 Average 20 Duty Random Access 0 64 Max 24X 0 34 Max 10X 7 2 6 Maximum 100 Duty Random Access 0 76 A Max 24X 0 44 A Max 10X 7 2 7 Peak in executing Access 1 4 With out Spike Current 7 2 8 Peak Current 1 5A With out Spike Current Spike Less than 1ms width current 8 Audio 8 1 Line Output in case of the attenuator is set at 0 dB by the command 1 Output Level 0 775 V rms Typ 3 dB 2 Type Unbalanced 3 Output Impedance 2 2 4 Load Impedance 47 KOHM 5 Frequency Response 20 Hz to 20 kHz 3 0 dB at 47 KOHM Load 6 Distortion 0 03 Max at 1 kHz weighted 20 kHz LPF 7 Signal to Noise Ratio 78 dB Typ IEC 179 A weighted 8 1 1 Audio Cable Unbalanced and shielded 1 Capacitance Less than 1000 pF 2 Length Max 3m 21 27 XM 7002B Rev 1 0 TOSHIBA 8 1 2 Connector Figure 13 14 shows the connector and Audio signal pin assignment 8 2 Audio Modes 1 16 Modes including Stereo Lch Mono Rch Mono and Mute are selectable by command Default mode is Stereo The audio output is automatically muted in the state other than the time of audio track playback 2 16 Steps of attenuation level for the Audio Output is selectable by command Default level is 0 dB 9 Device Configuration 9 1 Master mode setting Open the PIN 47 of I O conectors 9 2 Slave mode setting Short circuit the
23. de is cut unevenly and is not a normal circle etc or a disc with its weight unbalanced excessively A very high speed rotation is carried out inside the product so abnormal vibration and malfunction may occur if disc described above is loaded 8 When a disc cannot be ejected because of same troubles etc turn off the unit and eject the disc using the emergency eject mechanism after passing more than 1 minute When the emergency eject is carried out while the power is on or immediately after the power off the disc may be eject in a rotating status We do not assure if the disc is damaged by this 9 Do not apply excessive force during the eject operation The disc load inside the product may be ejected in a rotating status Should the disc be damaged by the above action we do not warranty against that 10 In the instruction manual of your product statement described in Safety Instruction Manual attached to this product the statement of item 2 and 8 above and other required statements should be mentioned for thorough understanding by the users XM 7002B Rev 1 0 TOSHIBA Contents 1 2 Features 2 3 Specifications 3 3 1 Performance 3 3 2 Environmental Conditions
24. ect Execute following procedure only in the case of emergency drawer will not eject although pressing Eject button 1 Turn the CD ROM drive supplying power off and then keep the this condition for 1 minute 2 Insert solid bar like paper clip into Emergency eject hole and push as shown in Figure 21 Then Tray will be ejected 15 mm pec Ss diameter 1 0 mm if Figurer 21 Insert the bar 13 Safety standards Agency Approvals 1 Safety 2 Laser 3 EMI 4 CE 5 EMI EN60950 UL 1950 CAN CSA 22 2 No 950 FDA CFR21 EN60825 FCC 15J B EN50081 1 1992 Residential commercial amp light industry EN55022 A2 199441997 Class B EN55024 1997 Information tecnology equipment Immunity characteristics Limits and methods of measurement IEC61000 4 2 A1 1995 1998 CD 4 kV ID 4 kV AD 8 kV IEC61000 4 3 1996 3 V m 80 1000 MHz 1 kHz 80 AM 61000 4 4 1995 AC line 1 kV f 5 kHz Polarity IEC61000 4 5 1995 AC line 1 kV 2 kV IEC61000 4 6 1996 3 V 0 15 80 MHz 1 kHz 80 AM IEC61000 4 8 1993 1 A m 50 Hz KOREAN EMI Regulation RRL 24 27 XM 7002B Rev 1 0 14 Electrostatic Discharge 1 Operating Air discharge 2 Damage including Air discharge 15 Accessories 16 Packaging 17 CE Declaration of conformity Please refer to attached Annex 1 TOSHIBA 15 KV or less 20 KV or more Non 25 units in Bulk Pack 36 Bulk Pac
25. eripheral instruments even if vibration mechanical shock etc are applied to the equipment 2 The opposite surface of the bearing surface fitting surface when mounting of the tapping holes must be kept flat so that the bearing surface can be fit evenly 3 Use the mounting screws which not enter deeply inside the equipment more than specified value The recommended screw tightening depth is 2 2 mm 2 5 mm 4 When mounting the equipment the tightening torque of screws must be even The recommended screw tightening torque is 0 2 Nm 5 After mounting the connector do not apply excessive force to the connector in horizontal and or vertical direction force to twist or press 7 27 XM 7002B Rev 1 0 3 3 4 Vibration detection TOSHIBA 1 This drive detects vibration which occurs when unbalanced disc is played and rotation speed of two steps 16X 10X is selected according to the vibration level and the rotation speed is dropped automatically It is necessary to mount the drive stably in PC to detect the vibration correctly 2 This drive was tuned up to detect the vibration on the assumption that the drive was mounted in Toshiba DynaBook Satellite Pro 440 series Mounting condition in Toshiba DynaBook Satellite Pro 440 series is shown in Figure 3 There will be possibility that the drive does not detect the vibration It depends on mounting condition M2 Screws N JS 2 A S RA M2 Screws
26. h max 8 to 80 wet bulb 27 C max 5 to 95 96 5 to 95 In all the above conditions there must be no condensation Unspecified no hard error 510 500 Hz 2 45 m s 0 25 G 0 p excluding resonance point no damage 5 to 500 Hz 9 8 m s 1 G 0 p damage 5to 500 Hz 14 7 m s 1 5 G 0 p XYZ 30 min each Oto 3 000 m Oto 12 000 m 5 27 XM 7002B Rev 1 0 TOSHIBA 3 2 5 Shock 1 Operating 24X no hard error 14 7 m s 1 5 Half sine wave 11 ms 10s interval data read recoverable 98 m s 10 G Half sine wave 11 ms 10s interval 2 Non operating with no CD Disc mounted no damage 490 m s 50 G Half sine wave 11 ms 980 m s 100 G Half sine wave 3 ms 3 Drop Packaged no damage a Bulk Package 25 pcs 1 drop at 0 4 m Bottom side only b Bulk Package 20 pcs 0 6 m drop once for each 6 surface 1 edge and 1 corner 3 3 Installation Conditions Mounting Horizontally within back and fromt 15 Horizontally within right and left 15 Vertical 30 15 See Figure 1 3 3 1 Equipment 1 When mounting the equipment use four M2 P0 4 tapping holes located on the left and right sides of the equipment M2 P 0 4 screws tolerance is rgulated by ISO 965 2 ISO general purpose metric screw threads Part 2 Limits of sizes for general purpose bolt and nut threads Medium quality 2 The opposite surface of t
27. he bearing surface fitting surface when mounting of the tapping holes must be kept flat so that the bearing surface can be fit evenly When mounting the equipment using the tapping holes on the equipment side it is recommended that the width of the minuting surface on left and right should be 102 8 0 2 0 3 Use the mounting screws which do not enter deeply inside the equipment more specified value The recommended screw tightening depth is Left side 2 2 mm 2 5 mm Right side 1 2 mm 1 5 mm 4 When mounting the equipment the tightening torque of four screws must be even The recommended screw tightening torque is 0 2 Nm 3 3 2 Installation 1 The mounting surface of the equipment must keep good fiatness When mounting care should be paid that an excessive force which may caused torsional distortion on the equipment does not applied to the equipment The recommended surface flatness for the mounting surface should be less 0 2 mm 2 Install the equipment with enough space as much as possible in all directions around the equipment Care should be paid that the equipment does not touch with peripheral instruments even if vibration mechanical shock ctc are applied to the equipment For the maximum dimension of the equipment thickness 12 9 mm it is recommended that a clearance more than 0 5 mm should be left the thickness direction For the clearance around the front bezel it is recommended that the clearance more than 0 8
28. ing control NOCS16 timing control DIOW DIOR DAO DA2 CS1FX CS3FX DMACK do Rs RESET Receivers Drivers Caracteristics withoutExternal pullup Resistor Condition Voltage Output High 1 VOL Voltage Output Low IOL 12 mA put HIGH Vota WerLOWVoage ILI IOL Driver sink current i2mA Pullup Resistor Ri Input Capacitance CO Output Capacitance 8pF VOL Voltage Output Low lOL 24mA Driver sink current 24mA IOL ILO Output Leakage Current Pullup Resistor Ri al uu EE ee vor age Out bo 2 4 UM Voltage Output High 400 pA Voltage Output Low ___ 0 4 12 mA jo Driver sink current Output Leakage Curent toua NL EN Input HIGH Voltage m inputtowvotage Input leakage Current Pullup Resistor Ri CO Output Capacitance CO Output Capacitance Output Capacitance Input Capacitance Input HIGH Voltage TTL Input Input LOW Voltage Input LOW Voltage osv 8V Fr Input leakage Current Pullup Resistor Ri Input Capacitance VIH Figure 9 Signal Specifications 14 27 m XM Bidirectional Rx infinity Ri infinity Rs 33 OHM DDO DD15 Rx 10 Ri 20 Rs 0 OHM PDIAG Rx 10 Ri 100 KOHM Rs
29. ks on one Pallet Transportaion must be executed with each palette b 20 units in Bulk Pack 24 Bulk Packs on one Pallet Packing Specifications for 25 Packaged Model IB CD2 A90012 for 20 Packaged Model IB CD2 A90013 25 27 XM 7002B Rev 1 0 TOSHIBA TOSHIBA TOSHIBA EUROPE GMBH EU Declaration of Conformity Product CD ROM Drive Manufacturer s Toshiba Corporation 1 1 Shibaura 1 chome Minato ku Tokyo 105 8001 Japan See page 2 for other locations Model XM 7002B Options None Toshiba declares that the above mentioned product s with or without the listed options comply to the EU Directives and standards as listed on page 2 Last two digits of the year in which the CE mark affixed 98 Responsible for CE marking Toshiba Europe GmbH Signed by Mr H Nonaka President of Toshiba Europe GmbH Place D 41460 Neuss Date May 07 1999 Signature 7 7 7 7 MMMMMMMMMMM This declaration certifies compliance with the listed directives but does not constitute an assurance of characteristics The safety information in the supplied product documentation must be observed Document No YEA T023 Page 1012 NN kn ET i MESE 5 TIME NE ue um fand s pr ID cea a SOM ue um ir TOSHIBA EUPOPE GMBH HAMMFELODAMMB D 41460NEUSS GESCHAFTSUHRER 101482 D 41414 NEUSS HISATSUGU NONAKA TELEFON 02131 158 01 HRB 34
30. ow Book Mode 1 2 Form1 Yellow Book Mode 2 Mode 2 Form2 2 Seek Error Rate Allowing Retries 3 5 2 MTBF Assumptions Power On Hours On Off Cycles Number of Access Operating Duty Cycle 3 5 3 MTTR 3 5 4 Drive Life 3 5 5 Mechanical Life 1 Drawer Load Eject 2 Interface Connector Attach Detach 4 Configuration See Figure 5 for details of the configurations 4 1 Electrical Circuits 1 Drawer Eject Switch 2 Optical Pickup Servo Control Circuit 3 Feed Motor Drive Circuit 4 Laser Diode Control Circuit IDE ATAPI Interface Control Circuit 5 6 7 System Control Circuit 8 Analog Audio output 4 2 Optical Pickup 4 3 Spindle Motor 4 4 Feed Motor 10 27 TOSHIBA Allowing 10 Retries 1075 Max 10 12 Max 10 6 60 000 5 436 h year 312 cycles year 600 000 accesses year 20 of Power On Time Reading Seeking 0 5h 15 000 h or 5 years earlier one 10 000 times or more 500 times or more EFM Demodulator and CD ROM Error Correction Circuit Semiconductor Laser and 3 beam System Brush less DC Motor DC Motor with Non contact Type Velocity sensor XM 7002B Rev 1 0 TOSHIBA 087 88300 OHOIIN TvH3HdlHad Wvu TOHLNOO1NI TOHYLNOD JOYLNOD JOVHYILNI IdVIW 3AI JOYLNOD 7091405 SS300v 1933 GION310S K NOILO3HHOD Yodda
31. s Max 24X Idle 4 4 10X Read ara command 245 Figure 8 Standby Sequence Rotational speed move onto 4 4 to 10X mode in 8 seconds of the Read or Seek command After 24 seconds default value it move onto standby mode a stop spindle motor 6 Interface 1 The interface is based on ATA SPEG SFF 8020i Revision 2 6 SFF 8028 Revision 1 0 and SFF 8090 version 2 Small Form Factor Committee Specification of ATA Packet Interface for CD ROMs 2 48 types of commands are usable including ATA amp ATAPI Commands 3 The 128 KByte data buffer handles both high speed and low speed data transmission 4 The largest one block size on playback is 2 448 Bytes The data length for each block is changeable by command 5 Please refer to the standard of 4 for details of the interface timing 6 1 I O cable Table 1 shows the cable parameters Cable length Driver loL sink current for 5V operation Driver loH source current Cable capacitive loading Power Supply cablesPIN No 38 42 B 43 45 GND Table 1 Cable parameters 6 2 Signal summary The physical interface consists of single ended TTL compatible receivers and drivers communicating through a 50P conductor as shown in Figure 9 10 13 13 27 XM 7002B Rev 1 0 6 2 1 Signal Specifications TOSHIBA Figure 9 shows the Signal Specifications Sig Name DDO DD15 DASP PDIAG tim
32. tal data stored on CD ROM discs at maximum 24 times faster rotational speed This drive is a new generation drive with highest performance such as 95 ms target access Time This drive shows highest performance such as 60 000 hour MTBF This drive offer long life and high durability because the disc is read by a LASER thereby eliminating physical contact with the disc This drive support ATAPI ATA Packet interface Revision 2 6 spec and SFF8090 Version 2 Mt Fuji Commands for CD and DVD Devices of CD DVD Command 1 27 XM 7002B Rev 1 0 TOSHIBA 2 Features 1 Lightening by All Aluminum Cabinet Structure 180 g 2 12 7 mm Height 3 Support 12 cm 8 cm CD ROM Disc Drive 4 Rotational speed can be controlled by command Max 24 Ave 17X Max 20X Ave 14X Max 16X Ave 11X Max 10X Ave 7X 5 95 ms target Random Access Time Max 24X 6 Max 3 600 KBytes s Ave 2 550 KBytes s Sustained Data Transfer Rate 1 2 3 4 7 5 Single Voltage Source 8 Support Multisession Disc Photo CD CD EXTRA CD R CD RW CD Text 9 Support Multimedia PC 3 Spec 10 Support Windows PC98 Spec 11 Supprt ACPI Spec 12 Drawer Type Manual Load Electrical Release 13 Emergency Eject 14 Built in ATAPI Interface Controller Support lt CD DA Transfer Over ATAPI gt Function Sub code P Thru W Transfer over ATAPI Bus Built in MODE 1 ECC EDC Embedded CD ROM XA type ECC EDC in addition to standard type ECC EDC
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