IEC 60512-23-2:2010

IEC 60512-23-2:2010 addresses tests and measurements for connectors for electronic equipment, with a specific focus on screening and filtering tests for the suppression characteristics of integral filters. It is relevant where connector performance must be evaluated in relation to unwanted signal suppression and filter effectiveness as part of broader technical validation. For engineering teams, test laboratories, and procurement reviewers, IEC 60512-23-2:2010 can serve as a focused compliance reference when assessing connector suitability in documented evaluation and quality workflows.

IEC 60512-23-2:2010 standard overview

The document defines a test-oriented framework within the IEC 60512 series for measuring how integral filters within connectors behave under screening and filtering test conditions. Its likely purpose is to support consistent verification activities for connector assemblies used in electronic equipment, especially where suppression characteristics are part of the technical assessment. Because the title centers on Test 23b, the content is especially relevant to laboratories and conformity assessment teams that need repeatable methods for comparing performance across products and test setups.

Applications of IEC 60512-23-2:2010

IEC 60512-23-2:2010 is commonly relevant in connector development, product evaluation, and test planning for electronic equipment that incorporates integral filtering functions. It may be used in laboratory evaluation, supplier qualification, and engineering documentation where suppression behavior must be checked against a defined testing standard. Organizations working on electrical equipment, control systems, or other electronics with filtering requirements may use it to support technical review, procurement decisions, and compliance workflows before certification or release.

Why IEC 60512-23-2:2010 matters

This publication matters because consistent measurement of suppression characteristics helps reduce technical uncertainty when comparing filtered connectors and related assemblies. A shared test basis supports interoperability decisions, engineering validation, and risk management by making results easier to interpret across projects and suppliers. For compliance teams, it can also improve preparation for conformity assessment by aligning internal testing with a recognized method. In practical terms, that supports operational consistency, quality assurance, and more defensible product documentation.

• Focused on test and measurement methods for connectors with integral filters.
• Supports evaluation of screening and filtering behavior in documented test workflows.
• Useful for laboratory comparison, supplier review, and technical validation.
• Helps align engineering evidence with compliance and conformity assessment tasks.
• Relevant where suppression performance is part of product selection or release criteria.