EN 61104-1992 en Compact Disc Video System - 12 cm CD-V《激光视盘装置 12cm CD-V(IEC1104-92)》.pdf

1、EUROPEAN STANDARD NORME EUROPENNE EUROPISCHE NORM I 3Ll04583 0049405 609 W EN 61104 September 1992 UDC 621.396.7:681.85.025: 62 1.397.4 Descriptors: Videodisks, compact discs, optical disks, characteristics, specifications, measurement method Enghsh version Compact disc video system - 12 cm CD-V (IE

2、C 1104 : 1992) Systme de vidodisque compact 12 cm CD-V (CE1 1104 : 1992) Compact-Disc-Video-System 12-cm-CD-V (IEC 1104 : 1992) This European Standard was approved by CENELEC on 1992-03-24. CENELEC members are bound to comply with the CENKENELEC Internal Regulations which stipulate the conditions fo

3、r giving this European Standard the status of a national standard without any alteration. Up-to-date lists and bibliographical references concerning such national standards may be obtained on application to the Central Secretariat or to any CENELEC member. This European Standard exists in three offi

4、cial versions (English, French, German). A version in any other language made by translation under the responsibility of a CENELEC member into its own language and notified to the Central Secretariat has the same status as the official versions. CENELEC members are the national electrotechnical comm

5、ittees of Austria, Belgium, Denmark, Finland, France, Germany, Greece, Iceland, Ireland, Italy, Luxembourg, Netherlands, Norway, Portugal, Spain, Sweden, Switzerland and United Kingdom. CENELEC European Committee for Electrotechnical Standardization Comit Europen de Normalisation Electrotechnique Eu

6、ropisches Komitee fr Elektrotechnische Normung Central Secretariat: rue de Stassart 35, B- 1050 Brussels O 1992 Copyright reserved to CENELEC members Ref. No. EN 61104 : 1992 E m 3404583 004740b 545 m Page 2 EN 61104 : 1992 Foreword The text of document 60A(C0)142, as prepared by Sub-committee 60A:

7、Sound recording, of IEC %chnical Committee No. 60: Recording, was submitted to the IEC-CENELEC parallel vote in July 1991. The reference document was approved by CENELEC as EN 61104 on 24 March 1992. The following dates were fixed: - latest date of publication of an identical national standard (dop)

8、 1993-06-01 - latest date of withdrawal of conflicting national standards (dow) 1993-06-01 For products which have complied with the relevant national standard before 1993-06-01 , as shown by the manufacturer or by a certification body, this previous standard may continue to apply for production unt

9、il 1998-06-01. Annexes designated normative are part of the body of the standard. In this standard, annex ZA is normative, 3404583 0049407 481 Page 3 EN 61104 : 1992 COMPACT DISC VIDEO SYSTEM - 12 cm CD-V 1 Scope This International Standard is applicable to a pre-recorded optical reflective disc sys

10、tem called “compact disc video (CD video)“ containing digital audio and “Laser vision“ video information. In the case of CD video the subclauses mentioned in this standard shall modify the relevant text in IEC 908. 2 Normative references The following normative documents contain provisions which, th

11、rough reference in this text, constitute provisions of this International Standard. At the time of publication of this standard, the editions indicated were valid. All normative documents are subject to revision, and parties to agreements based on this International Standard are encouraged to invest

12、igate the possibility of applying the most recent editions of the normative documents indicated below. Members of IEC and IS0 maintain registers of currently valid International Standards. IEC 856: 1986, Pre-recorded optical reflective videodisk system. “Laser vision“ 50 Hz/ 625 lines - PAL. IEC 857

13、: 1986, Pre-recorded optical reflective videodisk system. “Laser vision“ 60 Hz/ 525 lines - M/NTSC. IEC 908: 1987, Compact disc digital audio system. 4.2 Requirements for the measuring pick-up Change: - numerical aperture (NA): 0,50 f 0,Ol. 5.7 Mass of disc: 14 g to 20 g 7 Recording parameters 7.1 R

14、otation during playback (see figure 17) 7.1.2 a) Scanning velocity CLV Requirements Audio Video Video NTSC PAL 1,2 m/s min. 11 m/s min. 9,2 m/s min. 1,4 m/s max. 12 m/s max. 10,2 m/s max. 7.1.2 b) Maximum number of Not specified 45,l 37,6 revolutions/s in video lead-in area CAV variation on any one

15、disc to-peak) at rotational frequency Roll-off for higher - 12 dB/oct. 12 dB/oct. frequencies 7.1.5 For frequencies 1 O00 Hz 3 ns r.m.s. 3 ns r.m.s. maximum time base noise Integration time To be fixed To be fixed 7.1.2 c) Number of revolutions/s - 45 f 0,l 37,5 f 0,l 7.1.3 Limits for the velocity +

16、0,01 m/s Not specified Not specified 7.1.4 Maximum time base error (peak- 123 psf 15 ps* Remark: time base errors have to be measured on the “colour burst“. 3404583 0049Y08 3L m Page 4 EN 61104 : 1992 Replace 7.2 by the following: Parameters 7.2 Track 7.2.1 Track path 7.2.2 Starting diameter of lead

17、-in area 7.2.3 Starting diameter of program area 7.2.4 Maximum diameter of program area 7.2.5a Outer diameter of audio lead-out area 7.2.5b Minimum outer diameter of video lead-out area 7.2.6 Pitch of track: distance between any two adjacent turns Replace 7.3 by the following: Parameters 7.3 Limits

18、tor deviations of information layer perpendicular to reference plane 7.3.1 For frequencies 7.3.1.1 Deviation from nominal value 7.3.1.2 RMS value 7.3.1.3 Acceleration 7.3.2 For frequencies Deviation of the track 7.4 Limits for radial deviations 7.4.1 For frequencies 7.4.1.1 Radial run-out of tracks

19、(p) 7.4.1.2 Radial acceleration (mh2) 7.4.2 For frequencies Requirements Audio Video Continuous spiral from inside (start of lead-in) to outside (end of lead-out of video with digital audio) of the disc. Track interruption allowed between audio and video part for which an area of maximum 20 pm width

20、 with unde- fined pit structure is allowed 46 mm max. 50 i., mm Outer diameter of audio lead-out area +40 p (max.) 78 f 0.2 mm 74 mm 116mm 75 f 0,2 mm Outer diameter of program area plus 1 mm 1.6+0.1 pm 1.7 2 02 Requirements Audio part Video part Below 500 Hz 20.5 mm 10,5 mm Wow 1 WO Hz 0,4 mm max.

21、1 O m/s2 rnax. Exceeding 500 Hz 2 pm peak-to-peak max 0.4 mm max. 40 mis2 max. Exceeding 1 000 Hz 2 pm peak-to-peak max Below 500 Hz Below 2 500 Hz 140 pm peak-to-peak max. 140 pm peak-to-peak max. 0.4 m/s2 max. 20 mis2 max. Exceeding 500 Hz Exceeding 2 500 Hz See 10.4 Methods and/or conditions of m

22、easurement Methods andior conditions of measurement 3404583 0049409 254 m Page 5 EN 61104 : 1992 Delete in 10.3 (Sensitivity to radial offset) the sentence: The sensitivity shall be within 0,04 and 0,07 and substitute: The sensitivity for the audio part shall be between 0,04 and 0,07 and for the vid

23、eo part between 0,04 and 0,ll. Delete 10.4 and substitute: 10.4 Noise The noise in the push-pull tracking signal is measured in the closed loop situation in a frequency band from f(low) to f(high) with a servo bandwidth f(servo) (see figure 5, page 42 of IEC 908). The r.m.s. value of the noise in th

24、e residual error signal shall correspond to a tracking error of less than 0,03 pm, integration time = 20 ms (to be fixed). Audio pari Video pari f(i0w) f( high) f (servo) 500 Hz 2 500 Hz 10 O00 Hz 200 Hz 1 O00 Hz 10 O00 Hz Add to clause I O the following subclauses. 10.5 Signals in the video patt Th

25、e signals in the video part are defined in Sections three and four of IEC 856 and IEC 857 for PAL and NTSC respectively. The following modifications in these standards are applicable: 10.5.1 Analog audio (clauses 7 and 8 of section three) The analog audio carriers are removed completely. 10.5.2 Digi

26、tal audio or data 10.5.2.1 Digital audio or data shall be added according to IEC 857, second edition (under consideration), for NTSC and IEC 856, second edition (under consideration) for PAL. 10.5.2.2 Average block error rate The BLER as specified shall be 8 % (averaged over any 10 s) in the video p

27、art; it is recommended to keep the BLER 3 %. 10.5.3 24-bit biphase code signal 1 O (clause 1 O of section three) The program status code in the 24-bit code shall not be used. 10.5.4 40-bit FM coded signal (clause 10 of section three of IEC 857, NTSC only) The 40-bit code shall not be used. = 3404583

28、 O049430 T7b Page 6 EN 61104 : 1992 Add to subclause 17.5: ADR: 0100: ADR4. mode 4 for DATA-Q Add to subclause 17.5 (before 77.5.1): Both the lead-in track of the audio pari and the lead-in track of the video part contain the Table of Contents (TOC). The TOC contains information atjout all audio tra

29、cks (the Audio TOC) and about all video tracks (the Video TOC). See examples. If ADR = O001 (mode l), then the subcode block contains information about an audio track. If ADR = O100 (mode 4), then the subcode block contains information about a video track. (See proposed new subclause 17.5.4.) Subcod

30、e blocks with information about audio tracks and subcode blocks with information about video tracks are placed in alternating order, each block being repeated three times. The Audio TOC and the Video TOC are repeated continuously during the lead-in areas. As soon as one of these TOCS is completed, t

31、he same TOC is repeated immediately. (See also example 1 of TOC.) In the lead-in tracks mode 1 and mode 4 each occupy at least 3 out of 10 successive sub- code blocks. During the lead-in tracks POINT, PMIN, PSEC and PFRAME are defined according to 17.5.1. Furthermore: If ADR = 1 and POINT = AO the v

32、alue of PMIN gives the tracknumber of the first audio track on the disc, PSEC and PFRAME = OO. If ADR = 1 and POINT = Al the value of PMIN gives the tracknumber of the last audio track on the disc, PSEC and PFRAME = OO. If ADR = 4 and POINT = AO the value of PMIN gives the tracknumber of the first v

33、ideo track on the disc. PFRAME contains a video system identification code and PSEC = OO. If ADR = 4 and POINT = Al the value of PMIN gives the tracknumber of the last video track on the disc. PSEC and PFRAME = OO. 3404583 00474LL 702 Page 7 EN 61104 : 1992 The video identification code has the foll

34、owing meaning: 10 = NTSC “video single“ with digital stereo sound; 11 = NTSC “video single“ with digital bilingual sound; 12 = NTSC “LV disc“ with digital stereo sound; 13 = NTSC “LV disc“ with digital bilingual sound; 20 = PAL “video single“ with digital stereo sound; 21 = PAL “video single with di

35、gital bilingual sound; 22 = PAL “LV disc“ with digital stereo sound; 23 = PAL “LV disc“ with digital bilingual sound. During both lead-in tracks the other POINT codes give the starting times of the audio tracknumbers in absolute time of the audio pari and the starting times of the video tracknumbers

36、 in absolute time of the video part. The tracknumbers are: audio or video lead-in track: O0 1 01-79 audio tracknu mbers : video t racknu m be rs : audio or video lead-out track: AA Tracknumbers shall always increase by 1 from the innerside of the disc to the outerside of the disc. In the video pari,

37、 the video tracknumbers shall be the same as the chapter numbers in the 24-bit code. Chapter numbers are mandatory. The synchronization between the track- numbers and the chapter numbers shall be video frame accurate. Page 8 EN 61104 : 1992 first audio tracknumber (= m) Example 7 of TOC O0 In this e

38、xample the general outline of the TOC is described. last audio tracknumber (= n) ADR O0 4 1 first video track number (= i = n + 1) 4 1 O0 1 4 last video track number i= i) 1 4 O0 1 4 POINT . . AO X Al x+l A2 x+2 m 2 O1 x+3 . . j I 79 Y AO Y+l Al Y+2 A2 y +*3 i=n+l . . PMIN I PSEC I PFRAME . . O0 O0

39、starting time of video tracknumber x + 1 starting time of audio lead-out track in absolute time of the audio part starting time of video tracknumber x + 2 starting time of audio tracknumber m (first) starting time of video tracknumber x + 3 . . starting time of video tracknumber j (last) video syste

40、m identification code I O0 starting time of audio tracknumber y + 2 starting time of video lead-out track in absolute time of the video audio part starting time of audio tracknumber y + 3 starting time of video tracknumber i (first) . Each subcode block is repeated three times 3404583 O049433 785 =

41、Page 9 EN 61104 : 1992 Example 2 of TOC In this example the way of asynchronous mixing of Audio TOC and Video TOC is describe in the case of two audio tracks and one video track. Only ADR and POINT are mentioned in the example. ADR 1. 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 4 1 an POINT AO AO Al

42、 Al A2 A2 o1 03 02 AO AO Al Al A2 A2 03 o1 AO 02 Al AO A2 AI 03 A2 so on. AUDIO TOC AO AI A2 1 2 AO (repeat) Al A2 o1 02 AO (repeat) AI A2 VIDEO TOC AO Al A2 3 AO (repeat) Al A2 03 AO (repeat) Al A2 03 3404583 OOYSYLY 611 = Page 10 EN 61104 : 1992 Add new subclause: 17.5.4 Mode 4 for DATA-Q ADR = 4

43、= (0100) Mode 4 occupies at least 9 out of 1 O successive subcoding blocks. Mode 4 has the same structure as mode 1, so the tracknumber indexnumber and the abso- lute and relative time codes are defined according to the description in 17.5.1. In the video area, the absolute time is restarted at zero

44、. 3404583 0049435 558 = Page 11 EN 61104 : 1992 !. I / I I I I I I I I I I I I I I 1 I I I l I I I I 1 1 I I I l I I I I 71 o- 1 +I I I I l I I I l l 1 I I I I I I I I I I I I I I I I 1 I- io II I 3404583 004941b 494 Page 12 EN 61104 : 1992 ANNEX ZA (normative) OTHER INTERNATIONAL PUBLICATIONS QUOTE

45、D IN THIS STANDARD WITH THE REFERENCES OF THE RELEVANT EUROPEAN PUBLICATIONS When the international publication has been modified by CENELEC common modifications, indicated by (mod), the relevant EN/HD applies. IEC Publication Date Title ENIHD Date 856 857 1986 Pre-recorded optical reflective videodisk system - Laser vision 50 Hz/625 lines - PAL HD 514 SI 1989 1986 Pre-recorded optical reflective videodisk system - - - Laser vision 60 Hz/525 lines - M/NTSC 908 1987 Compact disc digital audio system EN 60908 1992