IEC 61076-4-113:2002

IEC 61076-4-113:2002 is a technical reference for connectors for electronic equipment, specifically printed board connectors described as two-part connectors with 5 rows on a 2,54 mm grid for printed boards and backplanes in bus applications. For engineering teams, procurement specialists, and compliance reviewers, it provides a focused basis for product evaluation, technical documentation, and conformity assessment. As a primary source document, IEC 61076-4-113:2002 helps define the connector family and the application context in which compatibility and operational consistency may be assessed.

IEC 61076-4-113:2002 standard overview

This document belongs to the IEC 61076 series for connectors for electronic equipment and concentrates on a specific printed board connector configuration. Its scope is tied to detail specification, so it is generally used to support technical review of connector design, interface definition, and procurement comparison. For organizations working with backplane architectures and bus-oriented systems, it can serve as a compliance reference during engineering validation, documentation control, and product qualification planning.

Applications of IEC 61076-4-113:2002

IEC 61076-4-113:2002 is relevant in electronic equipment projects that use printed board connectors in backplane and bus applications, particularly where multi-row connector arrangements are part of the hardware design. It may be used by design engineers, test laboratories, and sourcing teams evaluating connector suitability for assembly integration, dimensional matching, and documented evaluation. The document is also useful in testing workflows where connector selection must be aligned with controlled specifications and internal quality workflows.

Why IEC 61076-4-113:2002 matters

For organizations managing technical compliance, this document supports a consistent basis for comparing connector products and reducing interface-related risk. It can help improve interoperability checks, strengthen procurement specifications, and support laboratory evaluation during verification activities. In conformity assessment preparation, a clearly defined detail specification can assist with technical validation, quality assurance, and traceable engineering documentation. That makes the reference valuable where connector selection affects system reliability and assembly consistency.

• Detail specification for a two-part printed board connector arrangement with 5 rows and a 2,54 mm grid
• Relevant to backplane and bus application design reviews
• Useful for product evaluation, sourcing, and comparison against documented requirements
• Supports engineering validation and conformity assessment preparation
• Helps align testing workflows with a defined connector interface