BS QC 222400-1997 Radio-frequency connectors RF coaxial connectors with inner diameter of outer conductor 5 6 mm (0 22 in) Characteristic impedance 75 ohms (type 1 6 5 6) Character.pdf

1、BRITISH STANDARD BS QC 222400:1997 IEC 169-13: 1976 (including IEC Amendment 1:1996) Radio-frequency connectors RF coaxial connectors with inner diameter of outer conductor 5,6 mm (0,22 in) Characteristic impedance 75 ohms (type 1,6/5,6) Chacteristic impedance 50 ohms (type 1,8/5,6) with similar mat

2、ing dimensions ICS 33.120.30BS QC 222400:1997 This British Standard, having been prepared under the direction of the Electrotechnical Sector Board, was published under the authority of the Standards Board and comes intoeffect on 15 January 1997 BSI 10-1998 The following BSI references relate to the

3、work on this standard: Committee reference EPL/46/2 Draft announced in BSI Update October 1996 ISBN 0 580 26380 0 Committees responsible for this British Standard The preparation of this British Standard was entrusted by Technical Committee EPL/46, Cables, wires and waveguides, RF connectors and acc

4、essories for communication and signalling, to Subcommittee EPL/46/2, RFconnectors and waveguides, upon which the following bodies were represented: AEA Technology BEAMA Electrical Cable and Conductor Accessory Manufacturers British Non-Ferrous Metals Federation British Telecommunications plc Federat

5、ion of the Electronics Industry Ministry of Defence National Supervisory Inspectorate Society of Cable Television Engineers Amendments issued since publication Amd No. Date CommentsBSQC222400:1997 BSI 10-1998 i Contents Page Committees responsible Inside front cover National foreword ii Introduction

6、 1 1 Scope 1 2 IEC type designation 1 3 Ratings 1 4 Climatic categories 2 5 Dimensions 2 6 Gauges and reference connectors 5 7 Survey of patterns 7 8 Outline dimensions 11 9 Schedule for type tests 17 10 Quality assessment procedures 22 Figure 1 Pin connector 2 Figure 2 Socket connector 3 Figure 3 U

7、ntitled 4 Figure 4 Untitled 4 Figure 5 Untitled 4 Figure 6 Gauge for outer contact of pin connector 5 Figure 7 Gauge pin for centre contact of socket connector 6 Figure 8 Free connector (straight) with pin contact, thread locking 11 Figure 9 Free connector (right angle) with pin contact, thread lock

8、ing 12 Figure 10 Free connector (straight) with pin contact, for snap-on or push-pull locking device 12 Figure 11 Free connector (right angle) with pin contact, for snap-on or push-pull locking device 13 Figure 12 Fixed connector (straight) with pin contact, for slide-in rack and panel application 1

9、3 Figure 13 Fixed connector (right angle) with pin contact, for slide-in rack and panel application 14 Figure 14 Fixed connector (right angle, long size) with pin contact, for slide-in rack and panel application 14 Figure 15 Panel jack (straight, single hole panel mounting) with socket contact 15 Fi

10、gure 16 Panel jack (right angle, single hole panel mounting) with socket contact 15 Figure 17 Fixed connector (single hole panel mounting with solder terminations) with socket contact 16 Figure 18 Free adaptor with socket-socket contacts 16 List of references Inside back coverBS QC 222400:1997 ii BS

11、I 10-1998 National foreword This British Standard has been prepared by Subcommittee EPL/46/2 and is identical with IEC 169-13:1976 Radio-frequency connectors Part 13: R.F. coaxial connectors with inner diameter of outer conductor 5,6 mm (0,22 in) Characteristic impedance 75 ohms (Type 1,6/5,6) Chara

12、cteristic impedance50ohms (Type 1,8/5,6) with similar mating dimensions, including Amendment1:1996, published by the International Electrotechnical Commission (IEC). IEC169-13, also designated QC 222400, is a harmonized specification within the IEC Q system for electronic components of assessed qual

13、ity. For ease of reproduction some of the text of the French version of this international standard has been retained. References to IEC page numbers in the text should be ignored. Cross-references International standard 1) Corresponding British Standard IEC 68 BS EN 60068 Environmental testing IEC

14、68-2 BS EN 60068-2 Test methods IEC 68-2-1:1990 BS EN 60068-2-1:1993 Tests A. Cold IEC 68-2-2:1974 BS EN 60068-2-2:1993 Test B. Dry heat BS 2011 Environmental testing Part 2.1 Tests IEC 68-2-3 Part 2.1Ca:1977 Test Ca. Damp heat, steady state IEC 68-2-13:1983 Part 2.1M:1984 Test M. Low air pressure I

15、EC 68-2-14 Part 2.1N:1985 Test N. Change of temperature IEC 68-2-20 Part 2.1T:1981 Test T. Soldering BS 3041 Radio-frequency connectors IEC 169-1 BS 3041-1:1977 Specification for general requirements and measuring methods BS EN 61169 Radio-frequency connectors IEC 1169-1 BS EN 61169-1:1996 Generic s

16、pecification. General (QC 220000) requirements and measuring methods A British Standard does not purport to include all the necessary provisions of a contract. Users of British Standards are responsible for their correct application. Compliance with a British Standard does not of itself confer immun

17、ity from legal obligations. Summary of pages This document comprises a front cover, an inside front cover, pages i and ii, pages1 to 38, an inside back cover and a back cover. This standard has been updated (see copyright date) and may have had amendments incorporated. This will be indicated in the

18、amendment table on theinside front cover. 1) Undated in text.BS QC 222400:1997 BSI 10-1998 1 Introduction The different mounting and service conditions, even in one electronic unit, require, to a large extent, coaxial connectors the locking mechanisms of which meet these requirements, as for example

19、 connectors with thread or snap-on or push-pull devices or connectors which are suitable for slide-in rack and panel applications. It is of particular advantage if these connectors, irrespective of their different locking systems, may be plugged together, for instance, for ease of measuring. The con

20、nectors dealt with in this publication offer these facilities by having a uniform contact system and suitable design of the locking device. The two types of connectors 75 W and 50 W have the same mating face and it is possible to connect the1.6/5.6 type with the 1.8/5.6 type without damaging the con

21、nectors. The type designation 1.6/5.6 and 1.8/5.6 under which these connectors are already known according to different national standards refers with Figure 1, page 10, to the nominal effective outer diameter of the inner conductor of the connector and with Figure 2, page 11, to the effective inner

22、 diameter of the outer conductor. 1 Scope This standard concerns patterns of prefered types of r.f. coaxial connectors which may preferably be used in the 75 W range with cables 96 IEC 75-4-1 and96 IEC 75-4-2 and in the 50 W range with cables 96 IEC 50-2-2 and 96 IEC 50-3-1 of IEC Publication 96-2,

23、Radio-frequency Cables, Part 2: Relevant cable specifications. This specification refers to solder type connectors only. Other versions, dimensions and cables are permissible if the connectors comply with Clause 1 to Clause 6 and Clause 9 In the case of such deviations, the required technical detail

24、s and dimensions are to be specially agreed upon. It is possible to connect 75 W type with the 50 W type without damaging the connectors. 2 IEC type designation Connectors of this standard shall be designated by: a) the reference to this standard: 169-13 IEC; b) the characteristic impedance in ohms:

25、 50 or 75; c) a serial number (see Clause 7); d) a letter corresponding to the climatic category (see Clause 4). Example: 169-13 IEC-75-1 A denotes a free straight pin connector, 75 W, belonging to climatic category 40/85/21 to be used with a r.f. coaxial cable96 IEC-75-4-1. 3 Ratings This standard

26、specifies only types of pin and socket connectors with soldered inner conductors with an inner diameter of outer conductor of 5.6 mm (0.22in) for thread and snap-on or push-pull locking devices and for slide-in rack and panel applications. Cable-mounting connectors shall function properly to a frequ

27、ency range of at least 1 GHz for 75 W and 10 GHz for 50 W, and may be used at higher frequencies if a reflection coefficient greater than 0.1 can be tolerated. The connectors have a maximum working voltage of330 V at sea-level. All connectors may be used over a temperature range from 40 C to +85 C.

28、Special designs may be used over an increased temperature range from 40 C to +155 C.BS QC 222400:1997 2 BSI 10-1998 4 Climatic categories Category Designation letter a Temperature range Damp heat, long term 40/85/21 40/155/21 A B 40 C to +85 C 40 C to +155 C 21 days 21 days a To be included in the I

29、EC type designation (see Clause 2). 5 Dimensions 5 Dimensions Les dimensions en millimtres sont les dimensions originales. Toutes les configurations non cotes sont donnes uniquement titre de rfrence. Millimetre dimensions are original dimensions. An undimensioned pictorial configurations are for ref

30、erence purposes only. 5.1 Connecteur mle 5.1 Pin connector Figure 1 Pin connector (dimensions, see table) NOTE 1Le contact extrieur fendu doit satisfaire aux condition du calibre. NOTE 1The slotted sleeve has to meet the requirements gauge retention force. NOTE 2Chaque diamtre doit tre concentrique

31、avec un axe commun situ dans la tolrance de t/2 o t est la tolrance totale de ce diamtre. NOTE 2Each diameter shall be concentric with a common axis within t/2, where t is the total tolerance of the diameter. NOTE 3Plan de rfrence mcanique. NOTE 3Mechanical reference plane.BS QC 222400:1997 BSI 10-1

32、998 3 5.2 Connecteur femelle 5.2 Socket connector Figure 2 Socket connector (dimensions, see table) NOTE 1Les dimensions doivent tre choisies pour satisfaire aux conditions de la force dinsertion et dextraction spcifie dans cette norme. NOTE 1Dimensions shall be chosen to meet the specified insertio

33、n/withdrawal force of this standard. NOTE 2M 9 0,5 signifie un filet au pas mtrique (ISO) de diamtre nominal 9 mm (0,354 in) et de pas 0,5 mm (0,0197 in). NOTE 2M 9 0.5 indicates metric screw-thread (ISO) with nominal diameter 9 mm (0.354 in) and pitch 0.5 mm (0.0197 in). NOTE 3Chaque diamtre doit t

34、re concentrique avec un axe commun situ dans la tolrance de t/2 o t est la tolrance totale de ce diamtre. NOTE 3Each diameter shall be concentric with a common axis within t/2, where t is the total tolerance of that diameter. NOTE 4Plan de rfrence mcanique. NOTE 4Mechanical reference plane. NOTE 5Si

35、 les connecteurs sont seulement utiliss pour des applications sur tiroir ou panneau ou avec des systmes encliqueter ou pousser-tirer, ce filetage peut tre limin. NOTE 5If the connectors are used only for slide-in rack and panel applications or snap-on or push-pull devices, this thread can be deleted

36、.BS QC 222400:1997 4 BSI 10-1998 5.3 Systmes de verrouillage 5.3 Locking devices (Pour les dimensions, voir page 13.) (For dimensions, see page 13.) A vis Thread Figure 3a Figure 3b A encliquetage ou pousser-tirer Snap-on or push-pull Figure 4a Figure 4b Applications: tiroir et panneau Slide-in rack

37、 and panel applications Figure 5a Figure 5bBS QC 222400:1997 BSI 10-1998 5 NOTE 1Distance entre panneaux lors de laccouplement total. NOTE 1Separation of panels when fully mated. NOTE 2M 9 0,5 signifie un filet au pas mtrique (ISO) de diamtre nominal 9 mm (0,354 in) et de pas 0,5 mm (0,0197 in). NOT

38、E 2M 9 0.5 indicates metric screw-thread (ISO) with nominal diameter 9 mm (0.354 in) and pitch 0.5 mm (0.0197 in). 6 Calibres et connecteurs de reference 6 Gauges and reference connectors 6.1 Calibres mcaniques 6.1 Mechanical gauges 6.1.1 Connecteurs avec contact central mle 6.1.1 Connectors with pi

39、n centre contact Contact extrieur Outer contact Diamtre extrieur Outer diameter Figure 6 Gauge for outer contact of pin connector (dimensions, see tables)BS QC 222400:1997 6 BSI 10-1998 Squence dessais: Test sequence: 6.1.1.1 Le calibre A doit tre plac une fois sur le contact extrieur du connecteur.

40、 Cest une opration de calibrage; celle-ci doit tre effectue uniquement quand lisolant est retir du connecteur. 6.1.1.1 Gauge A shall be placed over the outer contact of the connector once. This is a sizing operation and should only be carried out when the insulator removed from the connector. 6.1.1.

41、2 Aprs cela, le calibre B doit tre plac sur le conducteur extrieur en position verticale. Le calibre doit tre retenu. 6.1.1.2 After this, gauge B shall be placed over the outer contact in a vertical position. The gauge shall be retained. Cet essai peut galement tre effectu lorsquelisolant nest pas r

42、etir. This test can also be carried out on connectors when the insulator is not removed. 6.1.2 Connecteurs avec contact central jemeue 6.1.2 Connectors with socket centre contact Contact central Centre contact Diamtre intrieur Inner diameter Figure 7 Gauge pin for centre contact of socket connector

43、(dimensions, see tables)BS QC 222400:1997 BSI 10-1998 7 Squence dessais: Test sequence: 6.1.2.1 Un calibre dessai C doit tre introduit une fois dans le contact central sur une distance minimale 5,00 mm (0,197 in). Cest une opration de calibrage et celle-ci doit tre effectue uniquement quand lisolant

44、 est retir du connecteur. 6.1.2.1 A test pin gauge C shall be inserted into the centre contact a minimum distance of5.00mm(0,197 in) once. This is a sizing operation and should be carried out only when the insulator is removed from the connector. 6.1.2.2 Aprs cela, le calibre D doit tre introduit et

45、 retenu en position verticale. Le calibre doit tre maintenu. 6.1.2.2 After this, gauge D shall be then inserted and held in the vertical position. The gauge shall be retained. Cet essai peut galement tre effectu sur des connecteurs lorsque Iisolant nest pas retir. This test can also be carried out o

46、n connectors when the insulator is not removed. 6.2 Force dinsertion et dextraction 6.2 Force to engage and disengage Pour cet essai, on doit utiliser les connecteurs correspondant aux paragraphes 5.1 et 5.2. Force connue spcifie au paragraphe 9.5. For this test, connectors according to Sub-clauses

47、5.1 and 5.2 should be used. Force as specified in Sub-clause 9.5. 6.3 Connecteurs de rfrence 6.3 Reference connectors Les connecteurs de rfrence pour la mesure du coefficient de rflexion doivent avoir des dimensions et des tolrances identiques celles qui sont spcifies aux paragraphes 5.1 et 5.2. The

48、 reference connectors for reflection coefficient measurement shall have the same dimensions and tolerances as specified under Sub-clauses 5.1 and5.2. 7 Revue de modles 7 Survey of patterns Dautres versions, dimensions et cbles sont admissibles si les connecteurs satisfont aux exigences des articles

49、1 6 et larticle 9. Dans le cas de telles modifications, il doit y avoir un accord entre les parties sur les dtails techniques et les dimensions. Other versions, dimensions and cables are permissible if the connectors comply with Clauses1 to 6 and Clause 9. In the case of such deviations, the required technical details and dimensions are to be specially agreed upon. 7.1 Ltanchti (ai