BS QC 221100-1997 Radio-frequency connectors RF coaxial connectors with inner diameter of outer conductor 4 13 mm (0 163 in) with screw coupling Characteristic impedance 50 ohms (T.pdf

1、BRITISH STANDARD BS QC 221100:1997 IEC 169-15:1979 (including IEC Amendment 1:1996) Radio-frequency connectors RF coaxial connectors with innerdiameter of outer conductor4,13mm(0,163 in) with screwcoupling Characteristic impedance 50 ohms (Type SMA) ICS 33.120.30BSQC 221100:1997 This British Standar

2、d, 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 11-1998 The following BSI references relate to the work on this standard: Committee reference EPL/46/2 Draft announce

3、d in BSI Update October 1996 ISBN 0 580 26363 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 accessories for communication and signalling, to Subcommittee EPL/46/

4、2, RF connectors and waveguides, on which the following bodies were represented: AEA Technology BEAMA Electrical Cable and Conductor Accessory Manufacturers British Non-Ferrous Metals Federation British Telecommunications plc Federation of the Electronics Industry Ministry of Defence National Superv

5、isory Inspectorate Society of Cable Television Engineers Amendments issued since publication Amd. No. Date CommentsBS QC 221100:1997 BSI 11-1998 i Contents Page Committees responsible Inside front cover National foreword ii 1 Scope 1 2 IEC type designation 1 3 Ratings 1 4 Preferred climatic categori

6、es 1 5 Dimensions Grade 1 connectors 2 6 Gauges and standard test connectors Grade 0 4 7 Quality assessment procedures 7 Figure 1 Connector with pin centre contact 2 Figure 2 Connector with socket centre contact 3 Figure 3 Gauge pins for centre contact of socket connector 4 Figure 4 Untitled 5 Figur

7、e 5 Untitled 6 List of references Inside back coverBSQC 221100:1997 ii BSI 11-1998 National foreword This British Standard has been prepared by Subcommittee EPL/46/2 and is identical with IEC 169-15:1979 Radio-frequency connectors Part 15: R.F. coaxial connectors with inner diameter of outer conduct

8、or 4,13 mm (0.163 in) with screw coupling Characteristic impedance 50 ohms (Type SMA), including Amendment 1:1996, published by the International Electrotechnical Commission (IEC). IEC 169-15, also designated QC 221100, is a harmonized specification within the IEC Q system for electronic components

9、of assessed quality. 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. A British Standard does not purport to include all the necessary provisions of a contract. Users of Bri

10、tish Standards are responsible for their correct application. Compliance with a British Standard does not of itself confer immunity from legal obligations. Cross-references Publication referred to a Corresponding British Standard IEC 68 BS EN 60068 Environmental testing IEC 68-2 BS EN 60068-2 Test m

11、ethods BS 2011 Environmental testing Part 2.1 Tests IEC 68-2-3 Part 2.1. Ca: 1977 Test Ca. Damp heat, steady state 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 (QC 220000) BS

12、 EN 61169-1:1996 Generic specification. General requirements and measuring methods a Undated in text. Summary of pages This document comprises a front cover, an inside front cover, pages i and ii, the pages 1 to 22, an inside back cover and a back cover. This standard has been updated (see copyright

13、 date) and may have had amendments incorporated. This will be indicated in the amendment table on theinside front cover.BSQC 221100:1997 BSI 11-1998 1 1 Scope This standard concerns r.f. coaxial connectors for use with semi-rigid and flexible r.f. cables and specially intended to be used for microwa

14、ve applications requiring high performance. This type of connector is known commercially as the SMA connector. 2 IEC type designation Connectors conforming to this standard shall be designated by: a) the reference to this standard: 169-15 IEC; b) the number of the grade 1) : c) a group of figures sp

15、ecifying the climatic category (see Clause 4). Example 169-15 IEC-G1 (40/85/21) denotes a connector with mating face as specified in Clause 5 of this standard belonging to climatic category 40/85/21. NOTEIn the present standard, Grade 2 is under consideration. Deviating from normal practice, the dim

16、ensions and tolerances are specified for Grade 1 connector (see Clause 5). Dimensions and tolerances of the Grade 0 connector are specified in Sub-clause 6.2. 3 Ratings The r.f. connectors defined in this standard are designed for use with a variety of flexible and semi-rigid coaxial cables and rigi

17、d coaxial lines and Grade 1 will not introduce a reflection factor greater than 0.1 at frequencies up to 24 GHz under optimum conditions. NOTE“Under optimum conditions” means that all circumstances are the best possible, for instance straight connector, mounting to a rigid or semi-rigid line, carefu

18、l manufacturing. Bearing in mind the design concept of the connector, the reflection factor specified under the optimum conditions should be achievable in practice, the percentage of connectors from any production batch failing to obtain the specified performance being reasonably low. The following

19、limits for coupling torque are recommended: minimum: 0.791 Nm; maximum: 1.130 Nm. Working voltage: Current: 0.25 A d.c. maximum. 4 Preferred climatic categories (see IEC Publication 68: Basic Environmental Testing Procedures) NOTESelect climatic category to suit cable used. Grade 0 = standard test c

20、onnector = G0; Grade 1 = high performance connector = G1; Grade 2 = general purpose connector = G2; 1) General definitions of grades: Standard test connector, Grade 0 A precisely made connector of a particular type used to carry out reflection factor measurements on Grade 1 and Grade 2 connectors, c

21、ontributing only negligible errors to the measuring result. The dimensions and tolerances are specified in the relevant specification. High performance connector, Grade 1 A connector for which limits of reflection factor are specified as a function of frequency in the relevant specification. No tigh

22、ter dimensional tolerances than those applicable to Grade 2 are normally specified. The manufacturer is responsible, however, for choosing tighter tolerances where necessary to ensure that the reflection factor requirements are met. General purpose connector, Grade 2 A connector making use of the wi

23、dest permitted deviations (tolerances) so as to still guarantee good performance and intermateability. NOTEA requirement relative to the reflection factor may, or may not, be specified in the relevant specification. Line or cable diameter Voltage at sea level Voltage at 20 000 m (44 mbar) Rigid line

24、s 500 85 3 mm cable 300 85 2 mm cable 250 65 1 mm cable 170 45 Category a Temperature range Damp heat, steady state 40/85/21 40C to +85C 21 days 40/100/21 40C to +100C 21 days 55/155/56 55C to +155C 56 days a To be included in the IEC type designation (see Clause 2).BSQC 221100:1997 2 BSI 11-1998 5.

25、 Dimensions Connecteurs de niveau 1 5. Dimensions Grade 1 connectors Les dimensions en inches sont les dimensions originales. Toutes les dimensions non cotes ne sont donnes qu titre de rfrence. Inch dimensions are original dimensions. All undimensioned pictorial configurations are for reference purp

26、oses only. 5.1 Connecteur avec contact central male 5.1 Connector with pin centre contact Figure 1 Connector with pin centre contact (for dimensions, see table) Rf. mm in Note Ref. Min. Max. Min. Max. a 3,43 0,135 3 b 2,54 0,100 c 0,38 1,14 0,015 0,045 d 4,59 0,1808 diam. 4 e 6,35 0,250 diam. 4 f 0,

27、08 0,003 6 g 5 h 0,00 0,000 j 2,54 0,100 k 0,38 0,015 diam. m 1,27 0,050 n 0,38 0,015 p 4,178 0,1645 2 q 7 s 0,902 0,940 0,0355 0,0370 diam. NOTE 1Plan de rfrence mcanique et lectrique. NOTE 1Mechanical and electrical reference plane. NOTE 2Choisir la tolrance afin dobtenir 50 W. La dimension p peut

28、 diffrer des valeurs donnes lorsque le conducteur central du cble est utilis comme contact mle. Dans ce cas le diamtre intrieur du conducteur extrieur est identique au diamtre extrieur du cble. NOTE 2Choose tolerance to give the requirement of 50 W. Dimension p may deviate from the values given when

29、 the centre conductor of the cable is used as the contact pin. In this case, the inner diameter of the outer conductor is identical with the d.o.d. of the cable. NOTE 3Ecrou de verrouillage en avant. NOTE 3Coupling nut in forward position. NOTE 4Les diamtres d et e et le filetage doivent tre calibrs

30、 afin de sassurer que sur MMC la coaxialit est respecte. NOTE 4Diameters d and e and screw thread shall be gauged to ensure that on MMC they are coaxial. NOTE 5Il convient que le dpassement maximal de lisolant audel du plan de rfrence soit gal 0,05 mm (0,002 in). Il convient que le retrait maximal d

31、e lisolant en de du plan de rfrence soit gal 0,18 mm (0,007 in). NOTE 5Maximum dielectric projection beyond reference plane should be 0.05 mm (0.002 in). Maximum recession with respect to reference plane should be0.18 mm (0.007 in). NOTE 60,08 mm (0,003 in) max. rayon facultatif. NOTE 60.08 mm (0.00

32、3 in) max. radius optional. NOTE 7Il convient que la dimension q soit telle que les plans de rfrence concident et que les connecteurs satisfassent aux conditions denvironnement. NOTE 7Dimension q should be such that the reference planes coincide and the connectors meet the required environmental per

33、formance.BSQC 221100:1997 BSI 11-1998 3 5.2 Connecteur avec contact central femelle 5.2 Connector with socket centre contact Figure 2 Connector with socket centre contact (for dimensions, see table) Rf. mm in Note Ref. Min. Max. Min. Max. a 5,54 0,218 b 4,32 0,170 3 c 0,38 1,14 0,015 0,045 d 0,60 4,

34、67 0,1810 0,184 diam. e 5,28 5,49 0,208 0,216 diam. f 0 0,13 0 0,005 g 5 h 0,00 0,41 0,000 0,016 j 2,92 0,115 p 4,178 0,1645 diam. q 1,88 1,98 0,074 0,078 r 1,245 1,295 0,049 0,051 diam. 2 NOTE 1Plan de rfrence mcanique et lectrique. NOTE 1Mechanical and electrical reference plane. NOTE 2Choisir les

35、 tolrances afin dobtenir 50 W NOTE 2Choose tolerance to give the requirements of 50 W. NOTE 3Filetage minimal. NOTE 3Minimum full thread. NOTE 4Lalsage du contact central doit tre calibr afin de sassurer que sur MMC la coaxialit est respecte. NOTE 4Bore of centre contact and diameter d shall be gaug

36、ed to ensure that on MMC they are coaxial. NOTE 5Le dpassement maximal de lisolant au-del du plan de rfrence doit tre gal 0,05 mm (0,002 in). Le retrait maximal de lisolant au-del du plan de rfrence doit tre de 0,18 mm (0,007 in). NOTE 5Maximum dielectric projection beyond reference plane should be

37、0.05 mm (0.002 in). Maximum recession with respect to reference plane should be 0.18 mm (0.007 in).BSQC 221100:1997 4 BSI 11-1998 6. Calibres et connecteurs dessai de rfrence Classe 0 6. Gauges and standard test connectors Grade 0 Les dimensions en inches sont les dimensions originales. Toutes les r

38、eprsentations non cotes sont donnes pour rfrence uniquement. Inch dimensions are original dimensions. All undimensioned pictorial configurations are for reference purposes only. 6.1 Calibres mcaniques 6.1 Mechanical gauges 6.1.1 Connecteur femelle 6.1.1 Socket connector 6.1.1.1 Contact central 6.1.1

39、.1 Centre contact Figure 3 Gauge pins for centre contact of socket connector. 6.1.1.2 Squence dessai 6.1.1.2 Test sequence a) Une broche en acier (Figure 3) avec un diamtre a de 0,9525 0,0025 mm (0,03750,0001 in) et une longueur b de0,76 1,14 mm (0,0299 0,0449 in) doit tre introduite une fois dans l

40、e contact central. a) A steel test pin (Figure 3) with a diameter a of 0.9525 0.0025 mm (0.0375 0.0001 in) and a length b of 0.76 to 1.14 mm (0.0299 to 0.0449 in) shall be inserted once into the centre contact. b) Une seconde broche en acier (Figure 3) avec un diamtre a de une longueur b de 1,27 1,9

41、 mm (0,0500 0,0748 in) et une rugosit de 0,4 in (16 in) doit avoir une force minimale de rtention de 0,28 N aprs insertion dans le contact central. b) A second steel test pin (Figure 3) with a diameter a ofand a length b of 1.27 to 1.9 mm (0.0500 to 0.0748 in) and a 0.4 m (16 in) finish shall have a

42、 withdrawal force of 0.28 N minimum after insertion into the centre contact. Il est recommand que ce calibre ait une masse minimale (poids) de 28 g. It is recommended that this gauge should have a mass (weight) of 28 g minimum. 0,9017 0,0025 0 mm (0,0355 0,0001 0 in) 0,9017 0.0025 0 mm (0,0355 0.000

43、1 0 in)BSQC 221100:1997 BSI 11-1998 5 En vue deffectuer la mesure du facteur de rflexion selon le paragraphe 14.1 de la Publication 169-1 de la CEI, lquipement de mesure doit tre quip de connecteurs dessai. In order to carry out the reflection factor measurement according to Sub-clause 14.1 of IEC P

44、ublication 169-1, the measuring equipment should be provided with standard test connectors. 6.2.1 Connecteurs dessai avec contact central mle 6.2.1 Standard test connectors with pin centre Figure 4 Pour les dimensions ne figurant pas dans ce tableau, voir le paragraphe 5.1. Dimensions not included i

45、n this table, seeClause5.1. Rf. mm in Note Ref. Min. Max. Min. Max. a 2,59 3,35 0,102 0,132 3 b 2,54 4,32 0,100 0,170 d 4,521 4,592 0,1780 0,1808 diam. e 6,48 6,73 0,255 0,265 diam. f 0,08 0,003 5 g 0,00 0,05 0,000 0,002 h 0,00 0,076 0,000 0,003 j 2,03 2,29 0,080 0,090 p 4,10 4,13 0,1615 0,1625 diam

46、. q 2,03 0,080 r 1,27 0,050 diam. nom. 2 s 0,902 0,927 0,0355 0,0365 diam. t 48 42 48 42 NOTE 1Plan de rfrence mcanique et lectrique. NOTE 1Mechanical and electrical reference plane. NOTE 2Choisir pour obtenir la valeur prescrite 50 0,5 W. Le diamtre nominal indiqu dans le tableau est donn pour luti

47、lisation dun cble avec isolant en PTFE ayant une constante dilectrique de 2,02. NOTE 2Choose to give the required performance 50 0.5 W. The given nominal diameter in the table is on the assumption of the use of PTFE dielectric having a dielectric constant of 2.02. NOTE 3Ecrou de verrouillage en avan

48、t. NOTE 3Coupling nut in forward position. NOTE 4Rugosit de surface 0,8 m (32 in). NOTE 4Surface roughness 0.8 m (32 in). NOTE 50,08 mm (0,003 in) 45 chanfrein facultatif. NOTE 50.08 mm (0.003 in) 45 chamfer optional.BSQC 221100:1997 6 BSI 11-1998 6.2.2 Connecteur dessai avec contact central femelle 6.2.2 Standard test connectors with socket centre contact Figure 5 Pour les dimensions non indiques dans ce tableau, voir le paragraphe 5.2. Dimensions not included in this table, seeSub-clause 5.2. Rf. mm in Note Ref. Min. Max. Min. Max. b 3,81 0,150 c 0,38 1,14 0,015 0