🔥🔥 Don’t Miss Out on Our End of Autumn Sale. If you have any questions, feel free to click the bottom right corner to contact our customer service..

Concat us[email protected]
Shopping Cart

No products in the cart.

🔍
BS EN 61169-1:2013:2016 Edition

BS EN 61169-1:2013:2016 Edition

$198.66

Radio-frequency connectors – Generic specification. General requirements and measuring methods

Published By Publication Date Number of Pages
BSI 2016 64
PDF Format Searchable Printable Preview Now
Guaranteed Safe Checkout
Categories: ,

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

This part of IEC 61169, which is a generic specification, relates to radio frequency connectors for r.f. transmission lines for use in telecommunications, electronics and similar equipment.

It provides the basis for the sectional standards, which apply to individual connector types. It is intended to establish uniform concepts and procedures concerning:

  • terminology;

  • standard ratings and characteristics;

  • testing and measuring procedures concerning electrical, mechanical and climatic properties;

  • classification of connectors with regard to climatic testing procedures involving temperature and humidity.

  • The test methods and procedures of this standard are intended for acceptance and type approval testing.

PDF Catalog

PDF Pages PDF Title
7 CONTENTS
10 1 Scope
2 Normative references
11 3 Terms and definitions
3.1 General, parts of connectors
12 3.2 Basic connector terms
13 3.3 Constructional terms
14 3.4 Sealing
3.5 Miscellaneous terms
15 3.6 General electrotechnical terms
4 Units, symbols and dimensions
4.1 Units and symbols
16 4.2 Dimensions
4.2.1 Details to be provided in relevant specifications
4.2.2 Dimensional units to be used in specifications
5 Standards ratings and characteristics
6 Classifications into climatic categories
Tables
Table 1 – Preferred climatic categories (see IEC 60068-1)
17 7 IEC type designation
8 Testing
9 Test methods
9.1 Mechanical inspection
9.1.1 Visual inspection
18 9.1.2 Dimensions
9.2 Electrical tests and measuring procedures
9.2.1 Return loss
19 Figures
Figure 1 – graphical symbols
Figure 2 – General principle
20 Figure 3 – Measuring set-up for two-connector procedure
21 Figure 4 – Example of a time domain reflectometer measurement recording
22 9.2.2 Power rating
Figure 5 – Equipment set-up for the measurement of reflection in time domain
23 9.2.3 Contact resistance, outer conductor and centre conductor continuity (mated cabled connectors)
Table 2 – Dielectric materials ratings
25 9.2.4 Centre and outer conductor contact continuity under severe mechanical conditioning
9.2.5 Insulation resistance
26 9.2.6 Voltage proof
Figure 6 – Possible test arrangements
27 9.2.7 Screening effectiveness
9.2.8 Discharge test (corona test)
28 9.2.9 Intermodulation level (PIM)
Figure 7 – Measuring circuit for the discharge test
29 9.2.10 Surge withstand
9.3 Mechanical tests and measuring procedures
9.3.1 General
9.3.2 Soldering
9.3.3 Vibration
30 9.3.4 Insertion force (resilient contacts)
Table 3 – Severities for vibration
31 9.3.5 Centre contact captivation
9.3.6 Engagement and separation forces and torques
32 9.3.7 Effectiveness of clamping device against cable rotation (nutation of cable end)
9.3.8 Effectiveness of clamping device against cable pulling
Figure 8 – Test arrangement for nutation
33 9.3.9 Effectiveness of clamping device against cable bending
Figure 9 – Test arrangement for pulling
34 9.3.10 Effectiveness of clamping device against cable torsion
Figure 10 – Bending
Figure 11 – Cable torsion
35 9.3.11 Strength of coupling mechanism
9.3.12 Safety wire hole pull-out bending moment (and shearing force)
36 9.3.13 Bump
Table 4 – Recommended severities for bump
37 9.3.14 Shock
Table 5 – Recommended severities for shocks
38 9.3.15 Mechanical endurance
9.4 Climatic conditionings and tests
9.4.1 Conditionings
39 9.4.2 Climatic sequence
40 9.4.3 Damp heat, steady state
9.4.4 Change of temperature
41 9.4.5 High temperature endurance
42 9.4.6 Low temperature endurance
Table 6 – Recommended severities for low temperature tests
43 9.4.7 Sealing non-hermetic sealed connectors
9.4.8 Hermetically sealed connectors
44 9.4.9 Water immersion test
Figure 12 – Temperature curve profile
45 Figure 13 – Container/jumper arrangement
46 9.4.10 Salt mist
9.4.11 Resistance to solvents and contaminating fluids
47 Table 7 – Fuels, lubricants, hydraulic fluids and anti-freeze agents
Table 8 – Cleaning agents and moisture repellents
48 9.4.12 Sulphur dioxide test
49 10 Quality assessment
10.1 General
10.2 Quality assessment steps
10.2.1 Primary stage of manufacture
10.2.2 Structurally similar components
10.2.3 General principle for obtaining quality conformance
10.3 Test schedule and inspection requirements
10.3.1 Acceptance tests
50 Table 9 – Acceptance tests
51 10.3.2 Periodic tests
Table 10 – Periodic tests
52 10.4 Procedures for quality conformance
10.4.1 Quality conformance inspection
10.4.2 Quality conformance and its maintenance
10.5 Test and measurement procedures
10.5.1 General
53 10.5.2 Schedule of basic test groupings for acceptance and periodic tests
10.6 Specifications
10.6.1 Specification structures
10.6.2 Sectional specification (SS)
10.6.3 Detail specification (DS)
54 10.6.4 Blank detail specification
55 10.6.5 Blank detail specification pro-forma for XXXX connectors
60 11 Marking
11.1 Marking of component
11.2 Marking and contents of package
61 Annex A (informative) Simulated sea-water solution for use with salt mist test (marine environment, see 9.4.10.3)
62 Bibliography

Related products

BS EN 61169-1:2013
$198.66