IEC 60169-1:1987/AMD1:1996 is a supporting amendment to the parent document for radio-frequency connectors, updating the general requirements and measuring methods used in technical evaluation and conformity assessment. It is relevant when teams need a precise compliance reference for connector verification, laboratory testing, procurement review, or engineering documentation. As an amendment to IEC 60169-1:1987, it should be read together with the parent publication to understand the modified requirements and the current basis for consistent RF connector assessment.

What is IEC 60169-1:1987/AMD1:1996?

IEC 60169-1:1987/AMD1:1996 defines an amendment to the general requirements and measuring methods for radio-frequency connectors, rather than a standalone technical framework. Its role is to refine the original document’s approach to dimensions, performance evaluation, and measurement practice for RF connector work. For engineering and compliance teams, it supports documented evaluation, technical review, and controlled testing workflows where consistent interpretation of connector requirements is important. The amendment format means it is typically used alongside the parent reference during validation and specification checks.

Applications of IEC 60169-1:1987/AMD1:1996

IEC 60169-1:1987/AMD1:1996 is commonly used in RF connector selection, product evaluation, and laboratory measurement workflows where general requirements must be verified against an agreed technical reference. It may be relevant for manufacturers, test laboratories, purchasing teams, and quality engineers working with connector documentation, inspection records, or conformity assessment preparation. In practice, it supports technical assessment of connector interfaces, repeatable measurement methods, and procurement decisions that depend on clear standards-based acceptance criteria for radio-frequency hardware.

Why is IEC 60169-1:1987/AMD1:1996 important?

Because it modifies the parent specification, IEC 60169-1:1987/AMD1:1996 helps organizations maintain current engineering documentation and reduce the risk of using outdated acceptance criteria. It can improve testing consistency, support operational consistency across suppliers, and strengthen quality workflows where connector performance must be assessed in a controlled way. For compliance teams, the amendment is useful during technical validation, regulatory preparation, and conformity assessment planning, especially when RF connector requirements must be traced to the correct version of the governing document.

• Supporting amendment to the parent RF connector requirements document
• General requirements and measuring methods for radio-frequency connectors
• Useful for laboratory evaluation, inspection, and documented verification activities
• Helps align procurement, engineering, and quality teams to the correct reference
• Relevant to conformity assessment and technical compliance workflows