IEC 60169-1:1987 defines the general requirements and measuring methods for radio-frequency connectors, making it a relevant technical reference for organizations that need consistent connector evaluation and documentation. Based on the title, IEC 60169-1:1987 is concerned with how RF connectors are defined and measured rather than with a single product design, which helps teams compare components on a common basis. For engineering, testing, and procurement workflows, it supports clearer technical review and more reliable conformity assessment.

Purpose of IEC 60169-1:1987

The purpose of Radio-frequency connectors. Part 1: General requirements and measuring methods is to establish shared expectations for how RF connectors are specified and assessed. It is likely used to support engineering validation, laboratory evaluation, and documented evaluation of connector performance in a controlled way. By defining general requirements and measuring methods, IEC 60169-1:1987 helps reduce ambiguity during technical assessment and supports consistent interpretation across design, test, and compliance workflows.

Compliance applications of IEC 60169-1:1987

IEC 60169-1:1987 is relevant where radio-frequency connectors are selected, tested, or approved for use in electrical equipment, communication hardware, or related test setups. It may be used during product evaluation, incoming inspection, supplier review, and verification activities when organizations need a clear compliance reference. In practice, it can support technical documentation, quality workflows, and regulatory preparation by giving teams a common basis for comparing connector measurements and checking operational consistency.

Benefits of IEC 60169-1:1987

Using IEC 60169-1:1987 can improve testing consistency and reduce risk in conformity assessment preparation. A shared set of general requirements and measuring methods helps laboratories and engineering teams align on how results are obtained, which supports technical validation and more dependable procurement decisions. It may also improve interoperability decisions by making connector evaluation more transparent. For organizations handling compliance workflows, the document offers a practical reference for quality assurance and repeatable assessment.

• General requirements for radio-frequency connector evaluation
• Measuring methods that support repeatable laboratory testing
• Useful reference for engineering documentation and product review
• Supports conformity assessment and compliance workflows
• Helps standardize procurement and supplier comparison decisions