Toshiba SD-R5112 Product Specification Download

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SD-R5112 Rev.1.0

6.2.Signal summary

The physical interface consists of single ended TTL compatible receivers and drivers

communicating through a 50P-connector as shown in Figure 13 and Figure 14 "Interface connector".

6.2.1. Signal Specification

Figure 9 shows the Signal Specifications

Sig. Name

HD0 - HD15

/DASP

/PDIAG

Type

Bidirectional

IOL

Driver sink current

Min

Max

12 mA

VOH Voltage Output High

Vdd-0.4 V

VOL Voltage Output Low

0.4 V

IOH=1 mA

IOL=12 mA

VIH

Input HIGH Voltage

2.0 V

TTL

VIL

Input LOW Voltage

ILI

-30 µA -150 µA

TTL

Pullup Resistor(Ri)

ILO

Input leakage Current

Output Leakage Current

-30 µA -150 µA Pullup Resistor(Ri)

Input Capacitance

8 pF

Output Capacitance

8 pF

Open Drain

/IOCS16

24 mA

VOL Voltage Output Low

0.4 V

IOL=24 mA

8 pF

Output Capacitance

Driver sink current

Receivers/Drivers Caracteristics withoutExternal pullup Resistor

Condition

NOTE

Rs1=0 OHM
Rs2=33 OHM
HD0-HD15
Rx=10 kOHM
Rs1=0 OHM
Rs2=0 OHM
/PDIAG,
/DASP

IOL

IORDY

2.2 kOHM

1.2 kOHM

IOL

Driver sink current

24 mA

VOH Voltage Output High

VOL

Voltage Output Low

0.4 V

IOH=400 µA

IOL=24 mA

ILO

Output Leakage Current

8 pF

-10 µA 10 µA

Output Capacitance

/HDRQ

/INTRQ

ILO

Output Leakage Current

-30 µA -150 µA Pullup Resistor(Ri)

IOL

Driver sink current

12 mA

VOH Voltage Output High

VOL Voltage Output Low

0.4 V

IOH=400 µA

IOL=12 mA

ILO

Output Leakage Current

8 pF

-10 µA

10 µA

Output Capacitance

/HWR

/HRD
HA0 - HA2
/HCS1/HCS3
/HDAK

VIH

Input HIGH Voltage

2.0 V

TTL

VIL

Input LOW Voltage

ILI

-30 µA -150 µA

TTL

Pullup Resistor(Ri)

Input leakage Current

Input Capacitance

8 pF

RESET

100 kOHM

VIH

Input HIGH Voltage

2.4 V

VIL

Input LOW Voltage

ILI

-30 µA -150 µA Pullup Resistor(Ri)

Input leakage Current

Input Capacitance

8 pF

Rs=22 OHM

/INTRQ

/HDRQ

Rs=0 OHM

Rs=22 OHM

0.8 V

0.6 V

timing

control

timing

control

timing

control

2.4 V

Rs1

1 kOHM

Rs2

Rx=10 kOHM

Rx=infinity

Rs=82 OHM

/HWR, /HA0-2,

/HDAK
Rx=infinity
Rs=120 OHM
/HRD
Rx=10 kOHM

Rs=82 OHM

/HCS1,/HCS3

Vdd-0.4 V

Rx=47 kOHM

Rs=82 OHM

Figure 9 Signal Specifications

Summary of Contents for SD-R5112

Page 1: ...TOSHIBA STORAGE DEVICE DIVISION SD R5112 DVD R RW DRIVE PRODUCT SPECIFICATION MARCH 2003 REV 1 0 Specifications are subject to change without notice DOCUMENT NUMBER 16004 ...

Page 2: ... provided below In the event that you do not comply with the warnings Toshiba cannot guarantee the safety reliability and performance of the equipment expressly provided in the specification Manufacturers and resellers of the computer system using this equipment and or this equipment itself shall notify the end users of the warnings provided herein and ensure them to comply with these warnings in ...

Page 3: ...function of this equipment 4 DO NOT do any of the following 4 1 DO NOT use storage media CD s DVD s that are not the correct size or shape or do not meet the minimum formatting requirements set forth in section 3 1 1 of this Product Specification 4 2 DO NOT insert more than one 1 CD or DVD disc into the drive at any time Doing so will damage or destroy this equipment and could damage or destroy th...

Page 4: ... If you use such mounting bracket as the above this product will become deformed which may cause operation failure Therefore it is necessary to take account of the mounting bracket which has the tolerances shown in Fig 1 or whose structure cannot cause this product to deform as shown in Fig 2 146 0 3 146 3 0 2 0 less than plane 0 5 Select screws the length of which threaded onto the product is wit...

Page 5: ...utions above the statement of item 4 and 5 above and other required statements should be mentioned for thorough understanding by the users Notes about Copyright Please notify below notice to your customers Notice Copyrighted works including but not limited to music video computer program database are protected by copyright laws Unless specifically permitted under applicable copyright laws you cann...

Page 6: ... 2 Optical Pickup 10 4 3 Spindle Motor 10 4 4 Feed Motor 10 4 5 Tray Load Eject Motor 10 5 Functions 12 5 1 Disc Data Configurations 12 5 1 1 DVD ROM Data Configurations 12 5 1 2 CD ROM Data Configurations 12 5 1 3 CD R CD RW Data Configurations 13 5 1 4 DVD R RW Data Configurations 13 5 2 Power ON OFF Timing 14 6 Interfaces 14 6 1 I O Cable 14 6 2 Signal Summary 15 6 2 1 Signal Specifications 15 ...

Page 7: ...gital Out 23 8 3 Connector 23 8 4 Audio Modes 23 8 5 Headphones Output 23 8 5 1 Connector 23 9 Device Configuration Jumper 24 9 1 Device configuration Jumper 24 10 Busy Indicator 25 11 Connections 26 11 1 Power Supply Cable 26 11 2 Interface Cable 26 11 3 Audio Cable 26 12 Emergency Eject 26 13 Safety Standards Agency Approvals 27 14 Electrostatic Discharge 27 15 Accessories 27 16 Packaging 27 17 ...

Page 8: ...l speed This drive records write once digital data on CD R disc at 4 to 16 times faster rotational speed This drive writes rewrites digital data on CD RW disc at 4 times faster rotational speed This drive writes rewrites digital data on Hight Speed CD RW disc at 4 10 times faster rotational speed This drive offers long life and durability because the disc is written read by a LASER thereby elimina...

Page 9: ...ral Ver 2 01 DVD RW Ver 1 1 DVD RAM Read Ver 2 1 CD CD DA CD E G CD MIDI CD TEXT CD ROM CD ROM XA CD I CD I Bridge Photo CD Video CD Multisession CD Phto CD CD EXTRA CD R CD RW Portfolio CD R CD RW 4 Data Capacity 1 GB 230 Byte 1 MB 220 Byte 1 KB 210 Byte User Data Block DVD ROM 2 048 Byte Block DVD RAM 2 048 Byte Block CD ROM 2 048 Byte Block Mode 1 2 336 Byte Block Mode 2 Data Capacity Disc DVD ...

Page 10: ... CD RW Write Approx 2 125 4 950 rpm 10X CLV Approx 850 1 980 rpm 4X CLV CD RW Write Approx 850 1 980 rpm 4X CLV 6 Transfer Rate 1 KByte 210 Byte 1 024 Bytes 1 Mbyte 220 Byte 1 048 576 Bytes Sustained Block Transfer Rate DVD Single CAV 3 341 8 100 Block s DVD Dual CAV 2 216 5 400 Block s DVD VIDEO CSS Disc CAV 1 352 3 268 Block s DVD R DVD RW CAV 1 352 3 268 Block s DVD RAM ZCLV 1 352 Block s CD CA...

Page 11: ...f data blocks over whole area of the media from 0 h Frame to 1E7725 h DVD RAM Ver 2 1 Disc Frame more than 3000 times Includes positioning setting latency time and ECC implementation time if required 5 Measured by performing multiple seek which means seeks of data block over whole area of the media from 0 h Frame to 1E7725 h Frame more than 3000 times Includes positioning setting time which is sam...

Page 12: ...ting Temperature 5 C to 50 C 1 2 Storage Temperature 10 C to 60 C 3 Shipping Temperature 40 C to 65 C 2 4 Operating Temperature Gradient 11 C hour max 5 Storage Temperature Gradient 20 C hour max 6 Shipping Temperature Gradient 20 C hour max 2 7 Operating Humidity 8 to 80 Wet bulb Maximum Temperature 27 C 8 Storage Humidity 5 to 95 Wet bulb Maximum Temperature 40 C 9 Shipping Humidity 5 to 95 2 We...

Page 13: ... each 3 2 4 Atmospheric Pressure and Altitude 1 Operating 0 to 3 000 m 2 Shipping 0 to 12 000 m 3 2 5 Shock 1 Operating Read no retry 14 7 m s2 1 5 G Horizontal 7 8 m s2 0 8 G Vertical Half sine wave 11 ms 10 s interval no data loss 98 m s2 10 G Half sine wave 11 ms 10 s interval 2 Operating Write no error 14 7 m s2 1 5 G Horizontal 7 8 m s2 0 8 G Vertical Half sine wave 11 ms 10 s interval 3 Non ...

Page 14: ...l positions 20 20 20 20 20 20 20 a Horizontal position 10 10 10 10 b Vertical position Figure 1 Installation position 3 4 Dimension and Mass See Figure 2 for details 1 External Dimensions W x H x D 146 mm x 41 5 mm x 189 5 mm excluding bezel 2 Mass Weight 1 0 kg Net 11 0 kg Bulk Packaged 10pcs 16 0 kg Bulk Packaged 15pcs Probability ...

Page 15: ...8 29 SD R5112 Rev 1 0 189 5 0 7 0 4 Unit mm Figure 2 1 External Dimensions ...

Page 16: ...9 29 SD R5112 Rev 1 0 Unit mm Figure 2 2 External Dimensions ...

Page 17: ... connector Attach Detach 20 times or more 3 DC Power connector Attach Detach 20 times or more 4 Configuration See Figure 3 for details of the configurations 4 1 Electrical Circuits 1 Tray Eject Switch and Eject Detection Switch 2 Optical Pickup Servo Drive Circuit 3 Feed Motor Drive Circuit 4 Laser Diode Control Circuit 5 8 16 Modulated data Demodulator Error Correction Circuit and CSS Authenticat...

Page 18: ... A Digital Audio Decoder SRAM Muting Command Dec DRAM 16M Sync ID Detect DRAM Interface De Scramble Header detect Error Correct IDE ATAPI Interface Control Digital Audio Encoder 22 5792 MHz GPIO Timer Int Control BUS Control Micro Processor RAM FG 6379 Eject Switch Tray Open Close Detector LED BCA Decoder Authenticator Loading Motor 5V 12V Analog Audio Headphones Option Digital Audio FV Converter ...

Page 19: ... EDC 4B EDC 4B nnnn 15 ECC 160B Sector Format Type Tracking Method Refectivity Area Type Data Area Lead in Area Lead out Area ECC Block 1 Lead out Area Data Area ID No ID Data 4B ID Data EDC 2B Reserved 6B Main Data 2048B Layer No Data Area Lead in Area Approx 130 k ECC Block Lead out Area Layer Number Layer 0 Layer 1 Information Figure 4 DVD ROM Disc Data Configuration 5 1 2 CD ROM Data Configura...

Page 20: ...uration After Writing Data are written in CD format synchronizing with ATIP 5 1 4 DVD R RW Data Configurations Before writing DVD R RW disc contains ECC block address embossed as the pre pit information on the land The ECC block address is the absolute physical of the track and corresponds to 16 sector equal in size to 1 ECC block to be recorded in the groove Figure 7 shows the ECC block address s...

Page 21: ...t Interface 5 ATA ATAPI 5 Revsion 3 Feb 29 2000 SFF 8020i Small Form Factor Committee Specification of ATA Packet Interface for CD ROMs Revision2 6 Nov 27 1995 SFF 8090i Ver 5 Rev 1 4 Oct 17 2001 2 66 ATAPI ATA commands are usable 3 The 2 MByte data buffer handles both high speed and low speed data transmission 4 The largest block size on playback is 2 647 Bytes The data length for each block is c...

Page 22: ...15 Rx 10 kOHM Rs1 0 OHM Rs2 0 OHM PDIAG DASP IOL IORDY 2 2 kOHM 1 2 kOHM IOL Driver sink current 24 mA VOH Voltage Output High VOL Voltage Output Low 0 4 V IOH 400 µA IOL 24 mA ILO Output Leakage Current CO 8 pF 10 µA 10 µA Output Capacitance HDRQ INTRQ ILO Output Leakage Current 30 µA 150 µA Pullup Resistor Ri P N IOL Driver sink current 12 mA VOH Voltage Output High VOL Voltage Output Low 0 4 V ...

Page 23: ...t3 t2i PIO timing parameters min ns max ns Min Time ns Max Time ns t0 Cycle time 120 t1 Address valid to DIOR DIOW setup 25 t2 DIOR DIOW pulse wide 70 t2i DIOR DIOW recovery time 25 t3 DIOW data setup 20 t4 DIOW data hold 10 t5 DIOR data setup 20 t6 DIOR data hold 5 t6Z DIOR data tristate 30 t7 Addr valid to IOCS 16 assertion 30 t8 Addr valid to IOCS 16 negation 30 t9 DIOR DIOW to address valid ho...

Page 24: ...dicators asserted Multi word DMA timing parameters min ns max ns Min time ns Max time ns t0 Cycle time 120 tC DMACK to DMREQ delay tD DIOR DIOW 16 bit 70 tE DIOR data access tF DIOR data hold 5 tZ DMACK to tristate 25 tG DIOR DIOW data setup 20 tH DIOW data hold 10 tI DMACK to DIOR DIOW setup 0 tJ DIOR DIOW to DMACK hold 5 tKr DIOR negated pulse width 25 tKw DIOW negated pulse width 25 tLr DIOR to...

Page 25: ...ax ns Min time ns Max time ns t2CYC Typical Sustained Average Cycle time 120 Two cycle time from rising edge to next rising edge of from falling edge to next falling edge of STROBE 117 tCYC Cycle time allowing 55 tDVS Data valid Setup time 34 tDVH Data valid Hold time 6 tUI Unlimited Interlock time 0 tACK Setup and Hold Time for DMACK 20 tENV Envelope time 20 70 tZAD Minimum Delay time for Driver ...

Page 26: ...ows Interface connector pin assignment power supply connector PIN 1 12 V PIN 2 GND PIN 3 GND PIN 4 5 V 10 09 3 4 2 54 21 18 2 4 2 54 2 54 13 21 120 3 0 5 48 25 56 38 4 1 8 6 2 7 6 8 3 2 54 POWER SUPPLY CONNECTOR 4P INTERFACE CONNECTOR MODE SELECT HEADER ANALOG AUDIO CONNECTOR DIGITAL AUDIO CONNECTOR Figure 13 ...

Page 27: ...1 HA0 HA2 PDIAG HCS1 HCS3 DASP Host Reset Host Data Bus BIT 7 Host Data Bus BIT 8 Host Data Bus BIT 6 Host Data Bus BIT 9 Host Data Bus BIT 5 Host Data Bus BIT 12 Host Data Bus BIT 10 Host Data Bus BIT 4 Host Data Bus BIT 11 Host Data Bus BIT 3 Host Data Bus BIT 2 Host Data Bus BIT 13 Host Data Bus BIT 1 Host Data Bus BIT 14 Host Data Bus BIT 0 Host Data Bus BIT 15 DMA Request Host I O Write Host ...

Page 28: ... 52h Read Track RZone Information 55h Mode Select 10 5Ah Mode Sense 10 A2h Send Event A5h Play Audio 12 A8h Read 12 A7h Set Read Ahead ACh Get Performance B6h Set Streaming B9h Read CD MSF BAh SCAN BBh Set CD Speed BDh Mechanism Status BEh Read CD 42 43 44 No OP Code Command Description 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 1 ...

Page 29: ...V p p Max 7 1 2 Ripple 100 mV p p Max 7 2 Current Drain These value of 1st experiment drive 5 V 12 V 7 2 1 Sleep 50 mA DVD CD 60 mA DVD CD 7 2 2 Standby Laser off Motor off 80 mA DVD CD 60 mA DVD CD 7 2 3 Continuous Read Data 520 mA DVD 600 mA DVD 540 mA CD 700 mA CD 7 2 4 Idle Laser on Motor on 450 mA DVD 300 mA DVD 7 2 5 Average 20 Random Access 480 mA DVD 600 mA DVD 520 mA CD 720 mA CD 7 2 6 Ma...

Page 30: ... 4P connector and 2P connector Digital out Digital Audio GND R L GND Analog Audio GND 2 1 4 3 2 1 Figure 14 8 4 Audio Modes 1 16 Modes including Stereo Lch Mono Rch Mono and Mute are selectable by command Default mode is Stereo Audio out is automatically muted in the digital data area and seek state 2 16 Steps of attenuation level for the Audio Output is selectable by command Default level is 0 dB...

Page 31: ...ex P N70203 or equivalent with three marked positions S M M C S C S L A S L A Cable CSEL S L A S L A M S C M S C Vcc GND Drive CSEL a b c Figure 15 a Use CS CSEL The device shall use the host interface signal CSEL to configure the device b MA Master Default Position The device shall use for the Master Default Mode is MA c SL Slave The device shall use for the Slave ...

Page 32: ... 0 8 s Light Off Figure 16 Idle 1 2 Continuously off when no disc is mounted 0 8 s Light Off Figure 17 No disc 1 3 Continuously on when media has problem 0 8 s Light On Figure 18 Media Problem 2 When playing an audio track Busy Indicator is blinking at 1 6 s intervals 1 6 s Figurer 19 CD Audio playback 3 When performing Data Access and during Data Transfer and Write Busy Indicator keeps turn on Li...

Page 33: ...or total ATAPI bus length 11 3 Audio Cable Unbalanced and shielded 1 Capacitance Less than 1000 pF 2 Length Max 3 m 12 Emergency Eject Execute following procedure only in the case of emergency Tray will not eject and disc can not be removed although pressing Eject Button 1 Turn the drive supplying power off 2 Insert solid bar like paper clip into Emergency Eject hole and push as shown in Fig 21 Th...

Page 34: ...2 kV 1 kV Polarity IEC61000 4 6 1996 3 V 0 15 80 MHz 80 AM IEC61000 4 8 1993 1 A m 50 Hz IEC61000 4 11 1994 95 0 5 30 25 95 250 TAIWAN EMI CNS 13438 14 Electrostatic Discharge Standard IEC61000 4 2 1 Operating Read 8 kV or less 2 Operating Write 8 kV or less 3 Damage including 15 kV or more 15 Accessories 1 Short Jumper installed in MA header 1 Safety Instruction Manual 16 Packaging 1 15 unit in a...

Page 35: ...ponsible for CE marking Toshiba Europe GmbH Signed by Mr K Hachisu President of Toshiba Europe GmbH Place D 41460 Neuss Date January 13 2003 Signature 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 R3457 Page 1 of 2 History if issue...

Page 36: ...03 Japan Hokuto Communication Industrial Co Ltd 207 Aza Koamon Rokugo Rokugo machi Senboku gun Akita 019 1404 Japan Toshiba Information Equipment Philippines Inc 103 East Main Avenue Extension Special Export Processing Zone Laguna Technopark Binan Laguna Philippines Integrated Microelectronic Inc North Science Avenue Laguna Technopark Binan Laguna Philippines Tsugaru Technica Co Ltd 81 87 Iwai Aiu...

Page 37: ... Wet bulb Maximum 5 to 95 Wet bulb Maximum Temperature 27 C Temperature 40 C 9 Shipping Humidity 5 to 95 Wet bulb Maximum 5 to 95 Wet bulb Maximum Temperature 27 C Temperature 40 C 22 7 2 Current Drain 5 V 7 2 1 Sleep TBD mA DVD CD 50 mA DVD CD 7 2 2 Standby TBD mA DVD CD 80 mA DVD CD 7 2 3 Continuous Read TBD mA DVD 520 mA DVD TBD mA CD 540 mA CD 7 2 4 Idle TBD mA DVD 450 mA DVD 7 2 5 Average TBD...

Page 38: ...ndby TBD mA DVD CD 60 mA DVD CD 7 2 3 Continuous Read TBD mA DVD 600 mA DVD TBD mA CD 700 mA CD 7 2 4 Idle TBD mA DVD 300 mA DVD 7 2 5 Average TBD mA DVD 600 mA DVD TBD mA CD 720 mA CD 7 2 6 Maximum TBD mA DVD 750 mA DVD TBD mA CD 850 mA CD 7 2 7 Peak in executing Access TBD mA DVD 1 600 mA DVD TBD mA CD 1 600 mA CD 7 2 8 Write CD R 12 16X ZCLV TBD mA 450 mA Write DVD R 4X CLV TBD mA 350 mA ...

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