BS ISO IEC 10885-1994 Information technology - 356 mm optical disk cartridge for information interchange - Write once《信息技术 信息交换用356mm光盘盒 一次写入》.pdf

《BS ISO IEC 10885-1994 Information technology - 356 mm optical disk cartridge for information interchange - Write once《信息技术 信息交换用356mm光盘盒 一次写入》.pdf》由会员分享，可在线阅读，更多相关《BS ISO IEC 10885-1994 Information technology - 356 mm optical disk cartridge for information interchange - Write once《信息技术 信息交换用356mm光盘盒 一次写入》.pdf（96页珍藏版）》请在麦多课文档分享上搜索。

1、BRITISH STANDARD BSISO/IEC 10885:1993 Implementation of ISO/IEC10885:1993 Information technology 356mm optical disk cartridge for information interchange Write once UDC681.327.68BSISO/IEC10885:1993 This BritishStandard, having been prepared under the directionof the Information Systems Technology St

2、andards Policy Committee, was publishedunder the authority ofthe Standards Board and comesinto effect on 15February1994 BSI03-2000 The following BSI references relate to the work on this standard: Committee referenceIST/4 Draft for comment92/60568DC ISBN 0 580 22944 0 Committees responsible for this

3、 British Standard The preparation of this BritishStandard was entrusted by the Information Systems Technology Standards Policy Committee (IST/-) to Technical CommitteeIST/4, upon which the following bodies were represented. British Computer Society ICI Imagedata Institute of Quality Assurance Instit

4、ution of Electrical Engineers International Computers Limited Kodak Limited Amendments issued since publication Amd. No. Date CommentsBSISO/IEC10885:1993 BSI 03-2000 i Contents Page Committees responsible Inside front cover National foreword ii Foreword viii Text of ISO/IEC10885 1BSISO/IEC10885:1993

5、 ii BSI 03-2000 National foreword This BritishStandard reproduces verbatim ISO/IEC10885:1993 and implements it as the UK national standard. This BritishStandard is published under the direction of the Information Systems Technology Standards Policy Committee whose Technical CommitteeIST/4 has the re

6、sponsibility to: aid enquirers to understand the text; present to the responsible international committee any enquiries on interpretation, or proposals for change, and keep UK interests informed; monitor related international and European developments and promulgate them in the UK. NOTEInternational

7、 and EuropeanStandards, as well as overseas standards, are available from Customer Services, Publications, BSI, Linford Wood, Milton Keynes, MK146LE. A British Standard does not purport to include all the necessary provisions of a contract. Users of British Standards are responsible for their correc

8、t application. Compliance with a British Standard does not of itself confer immunity from legal obligations. Summary of pages This document comprises a front cover, an inside front cover, pagesi andii, theISO/IEC title page, pages ii to viii, pages1 to83 and a back cover. This standard has been upda

9、ted (see copyright date) and may have had amendments incorporated. This will be indicated in the amendment table on the inside front cover.ISO/IEC10885:1993(E) ii BSI 03-2000 Contents Page Foreword viii 1 Scope 1 2 Conformance 1 3 Normative reference 1 4 Definitions 1 4.1 General 1 4.1.1 caddy 1 4.1

10、.2 case 1 4.1.3 optical disk 1 4.1.4 optical disk carrier 1 4.1.5 optical disk cartridge 2 4.1.6 perimeter ring 2 4.2 Disk 2 4.2.1 air-sandwich disk 2 4.2.2 clamping zone 2 4.2.3 coversheet 2 4.2.4 disk reference plane 2 4.2.5 entrance surface 2 4.2.6 hub 2 4.2.7 protective layer 2 4.2.8 recording l

11、ayer 2 4.2.9 spindle 2 4.2.10 tilt 2 4.3 Optics 3 4.3.1 actual write power 3 4.3.2 baseline reflectance 3 4.3.3 birefringence 3 4.3.4 cross-talk level 3 4.3.5 mark 3 4.3.6 narrow band signal-to-noise ratio 3 4.3.7 noise floor 3 4.3.8 optical retardation 3 4.3.9 read power 3 4.3.10 write power 3 4.4

12、Format 3 4.4.1 band 3 4.4.2 format 3 4.4.3 track 4 4.4.4 track pitch 4 4.5 Errors 4 4.5.1 cyclic redundancy check (CRC) 4 4.5.2 defect management 4 4.5.3 error correction code (ECC) 4 4.5.4 error detection and correction (EDAC) 4 4.5.5 interleaving 4 4.5.6 Reed-Solomon code 4 5 Abbreviations and acr

13、onyms 4 6 Conventions 5 7 General description 5 8 Environment 5ISO/IEC10885:1993(E) BSI 03-2000 iii Page 8.1 Testing environment 5 8.2 Operating environment 5 8.3 Storage environment 5 8.3.1 Short-term storage 6 8.3.2 Long-term storage 6 8.3.3 Transportation 6 9 Safety requirements 6 9.1 Safety 6 9.

14、2 Flammability 6 10 Dimensional and mechanical characteristics of the caddy 6 10.1 General 6 10.2 Caddy drawings 7 10.3 Relationship of sides and interface with carrier 7 10.3.1 Relationship of sides 7 10.3.2 Interface with carrier 7 10.3.3 Write protect features (seeFigure 4) 7 10.4 Materials 7 10.

15、5 Mass 7 10.6 Caddy dimensions 7 10.6.1 Overall dimensions of the caddy 7 10.6.2 Opening force of the caddy door 7 10.6.3 Location of the caddy window 8 10.6.4 Caddy write protect tabs 8 10.6.5 Caddy autoload drive surfaces 8 11 Dimensional and mechanical characteristics of the carrier 17 11.1 Gener

16、al 17 11.2 Carrier drawings 17 11.3 Sides, reference axes and reference planes 17 11.3.1 Relationship between Side A and Side B 17 11.3.2 Reference axes and reference features 18 11.4 Materials 18 11.5 Mass 18 11.6 Location of the optical disk centre in the carrier 18 11.7 Overall dimensions of the

17、carrier 18 11.8 Cutouts 18 11.9 Carrier latch points and latch actuation force 18 11.10 Carrier guide rails and carrier thickness 19 11.11 Carrier write protect hole 19 11.12 Carrier SideA or SideB sensor hole 20 11.13 Carrier disk type sensor notches 20 11.14 Carrier location within the caddy 20 11

18、.15 Carrier locator pin slot characteristics and location within the caddy 20 11.16 Carrier latch point location when the carrier is inside the caddy 20 11.17 Carrier latch release hole locations 21 11.18 Carrier latch release hole locations for unlatched carrier 21 11.19 Location of carrier locator

19、 pin slots 21ISO/IEC10885:1993(E) iv BSI 03-2000 Page 11.20 Carrier label location 21 11.21 Carrier label 22 11.22 Carrier label characteristics 22 12 Dimensional and physical characteristics of the disk 35 12.1 General 35 12.1.1 Protective layer 35 12.1.2 Unobstructed access 36 12.2 Disk drawings 3

20、6 12.3 Sides, reference axes, reference plane 36 12.3.1 Relationship of SidesA andB 36 12.3.2 Reference axes and reference planes 36 12.4 Dimensions of the disk 36 12.4.1 Outside diameter 36 12.4.2 Outside diameter of the recording zone 37 12.4.3 Inside diameter of the recording zone 37 12.4.4 Outsi

21、de diameter of the clamping zone 37 12.4.5 Inside diameter of the clamping zone 37 12.4.6 Inner diameter of the optical disk 37 12.4.7 Optical disk inner diameter roundness 37 12.4.8 Location of the recording surface 37 12.4.9 Thickness of the clamping zone 37 12.4.10 Inner diameter of the chamfer 3

22、7 12.4.11 Inner diameter chamfer angle 38 12.4.12 Outer diameter of the chamfer 38 12.4.13 Chamfer angle of the outer diameter 38 12.4.14 Dimensional characteristics of the protective layers 38 12.5 Mass 38 12.6 Moment of inertia 38 12.7 Imbalance 38 12.8 Apparent axial runout 38 12.9 Residual focus

23、 error 39 13 Handling requirements 39 13.1 Drop test 39 13.2 Dead weight strength 39 13.3 Exposure to ambient light 39 14 Interface between disk and drive 39 14.1 Clamping technique 39 14.2 Radial positioning 39 14.3 Reference surface 39 14.4 Clamping force 39 15 Characteristics of the protective la

24、yer 46 15.1 General 46 15.2 Characteristics of a904m thick protective layer 46 15.2.1 Index of refraction 46 15.2.2 Thickness 46 15.2.3 Optical characteristics 46 15.2.4 Tilt 46 15.3 Characteristics of a1,2mm thick protective layer 46ISO/IEC10885:1993(E) BSI 03-2000 v Page 15.3.1 Index of refraction

25、 46 15.3.2 Thickness 46 15.3.3 Optical characteristics 46 15.3.4 Tilt 46 16 Characteristics of the recording layer 46 16.1 Test conditions 47 16.1.1 General 47 16.1.2 Read conditions 47 16.1.3 Write conditions 47 16.2 Baseline reflectance 47 16.2.1 General 47 16.2.2 Actual value 48 16.2.3 Requiremen

26、t 48 16.3 Write power requirement 48 16.4 Read power requirement 48 16.5 Prerecorded marks 48 16.6 Data written in user area 48 16.6.1 Reflectivity characteristics of written marks 48 16.6.2 Signals 48 16.6.3 Narrow-band signal-to-noise ratio 49 16.6.4 Cross-talk 49 17 Characteristics of the data or

27、ganization on the disk 49 17.1 General description 49 17.2 Band organization 49 17.2.1 Recordable area in each band 49 17.2.2 Track shape in each band 49 17.2.3 Direction of rotation for each side 49 17.2.4 Track pitch 49 17.2.5 Radial eccentricity of pre-formatted information 50 17.2.6 Band numbers

28、 50 17.2.7 Pre-formatted information in-track bit spacing 50 17.2.8 Rotational velocity 50 17.2.9 Number of sectors in each band 50 17.3 Formatted zones 50 17.3.1 Organization of the sectors in each band 50 17.3.2 Organization of the usable sectors 52 17.3.3 User sector organization 53 17.4 Requirem

29、ents for interchange 54 17.4.1 Requirements for reading 54 17.4.2 Requirements for writing 54 18 Format 54 18.1 Track layout 54 18.1.1 Tracking 54 18.1.2 Tracking pads 54 18.1.3 Tracking pad tolerances 54 18.1.4 Tracking push-pull ratio 54 18.1.5 Focus 55 18.1.6 Recorded characteristics 55ISO/IEC108

30、85:1993(E) vi BSI 03-2000 Page 18.2 Leader and manufacturing test sectors 55 18.3 Disk Identification Sector 55 18.4 Sectors of the bad sector map 55 18.5 Disk drive supplemental data 55 18.6 User supplemental data 55 18.7 Write power calibration and auto-rewrite sectors 55 18.8 User sector format 5

31、5 18.8.1 User sector header 55 18.8.2 User data field preamble and pre-formatted tracking pad 56 18.8.3 Pre-formatted tracking pads 56 18.8.4 User data field 56 18.8.5 Error detection and correction (EDAC) 57 18.8.6 Interface sector gap 57 18.9 Sectors following the user sectors in each band 57 18.1

32、0 Coding method 58 Annex A (normative) Definition of air cleanliness of class100000 69 Annex B (informative) Recommendation for transportation 69 Annex C (normative) Mechanical test method 70 Annex D (normative) Imbalance test method 71 Annex E (normative) Apparent axial runout test method 71 Annex

33、F (normative) Residual focus error test method 72 Annex G (normative) Drop test method 74 Annex H (normative) Dead weight strength test method 75 Annex J (normative) Double-pass retardation test method 75 Annex K (normative) Signal characteristics test method 78 Annex L (normative) Optical disk writ

34、e power test method 79 Annex M (normative) Read power test method 80 Annex N (normative) Narrow-band signal-to-noise ratio test method 80 Annex P (normative) Cross-talk test method 81 Annex Q (normative) Radial runout test method 81 Annex R (normative) Residual tracking error signal test method 82 F

35、igure 1 Optical disk cartridge 9 Figure 2 Caddy bottom surface 10 Figure 3 Caddy top surface 11 Figure 4 Caddy write-protect tabs 12 Figure 5 Caddy overall dimensions 13 Figure 6 Caddy door opener force location 14 Figure 7 Caddy window location 15 Figure 8 Caddy autoload drive surfaces 16 Figure 9

36、Typical carrier 23 Figure 10 Optical disk centre location in carrier 24 Figure 11 Carrier dimensions 25 Figure 12 Write protect definition carrier unlatched, disk clamped 26 Figure 13 SideA and SideB sensor hole and disk type sensor notches 27 Figure 14 Carrier location within caddy 28 Figure 15 Car

37、rier locator slot locations (when carrier is inside caddy) 29 Figure 16 Carrier latch point locations (when carrier is inside caddy) 30ISO/IEC10885:1993(E) BSI 03-2000 vii Page Figure 17 Carrier latch release hole locations (carrier latched and disk captured in carrier) 31 Figure 18 Unlatched carrie

38、r latch release hole location (with disk released, mounted and clamped on spindle) 32 Figure 19 Carrier locator pin slot locations 33 Figure 20 Carrier label location 34 Figure 21 Carrier label 35 Figure 22A Typical904m thick protective layer optical disk main elements 40 Figure 22B Typical1,2mm thi

39、ck protective layer optical disk main element 41 Figure 23 Outside diameter, clamping and recording zones 42 Figure 24A 904m thick protective layer optical disk characteristics 43 Figure 24B 1,2mm thick protective layer optical disk characteristics 44 Figure 25 Maximum axial apparent runout 45 Figur

40、e 29 Organization of the sectors in each band 51 Figure 30 Organization of the usable sectors 52 Figure 31 User sector organization 53 Figure 32 User sector with tracking pads 54 Figure 26 Band organization 65 Figure 27 Track concentricity 66 Figure 28 Track runout 67 Figure 33 Address mark definiti

41、on 68 Figure A.1 69 Figure C.1 Mechanical test conditions 71 Figure E.1 Apparent axial runout test method 72 Figure F.1 Residual focus error test system Completed optical disk assembly 74 Figure F.2 Residual focus error gauge Protective layer component 74 Figure J.1 Double pass retardation test meth

42、od 77 Figure J.2 Reflected beam modulation 77 Figure L.1 Definition of write pulse shape 80 Figure Q.1 Radial runout test method 82 Figure R.1 Residual tracking error signal 83 Table 1 Recordable area radii 49 Table 2 Example of rotational velocities in each band (in rpm) 50 Table 3 Number of sector

43、s in each band 50 Table 4 Allocation of sectors 51 Table 5 Usable sectors 53 Table 6 User sector format 58 Table 7 Identification sector format 60 Table 8 Bad Sector Map format 63 Table 9 Structure of the Bad Sector Map 64ISO/IEC10885:1993(E) viii BSI 03-2000 Foreword ISO (the International Organiza

44、tion for Standardization) and IEC (theInternational Electrotechnical Commission) form the specialized system for worldwide standardization. National bodies that are members of ISO or IEC participate in the development of InternationalStandards through technical committees established by the respecti

45、ve organization to deal with particular fields of technical activity. ISO and IEC technical committees collaborate in fields of mutual interest. Other international organizations, governmental and non-governmental, in liaison with ISO and IEC, also take part in the work. In the field of information

46、technology, ISO and IEC have established a joint technical committee, ISO/IECJTC1. Draft InternationalStandards adopted by the joint technical committee are circulated to national bodies for voting. Publication as an InternationalStandard requires approval by at least75% of the national bodies casti

47、ng a vote. InternationalStandard ISO/IEC10885 was prepared by Joint Technical Committee ISO/IECJTC1, Information technology, Sub-Committee SC23, Optical disk cartridges for information interchange. Annex A, Annex C, Annex D, Annex E, Annex F, Annex G, Annex H, Annex J, Annex K, Annex L, Annex M, Ann

48、ex N, Annex P, Annex Q and Annex R form an integral part of this InternationalStandard. Annex B is for information only.ISO/IEC10885:1993(E) BSI 03-2000 1 1 Scope This InternationalStandard specifics the characteristics of356mm optical disk cartridges of the type providing for information to be writ

49、ten once and read many times. ISO10885 specifies definitions of essential concepts, the environment in which the characteristics shall be tested, the environments in which the cartridge shall be operated and stored, the mechanical, physical and dimensional characteristics of the case and of the optical disk, the optical characteristics and the recording characteristics for recording the information once and for reading it many times, so as to provi