IEC 61076-4-116:2012

IEC 61076-4-116:2012 defines product requirements for printed board connectors described as a high-speed two-part connector with integrated shielding function. It is relevant when teams need a technical basis for connector selection, product evaluation, or compliance documentation in electronic equipment design. By tying the connector format to a defined product requirement framework, IEC 61076-4-116:2012 supports more consistent engineering review, procurement comparison, and verification activities for assemblies where signal integrity and shielding are part of the design intent.

What is IEC 61076-4-116:2012?

This document is a detail specification within the IEC 61076 connector series, focused on printed board connectors for electronic equipment. Its scope is centered on a high-speed two-part connector with integrated shielding function, which suggests attention to both mechanical interface and electrical performance considerations. For engineering and compliance teams, it serves as a technical reference for documented evaluation, product qualification, and conformity assessment workflows when connector performance and construction need to align with a recognized product requirement.

Applications of IEC 61076-4-116:2012

IEC 61076-4-116:2012 is typically used in electronics projects where printed board connectors must support high-speed interconnection and shielding-related design needs. It may be relevant in equipment development, laboratory evaluation, supplier qualification, and technical documentation for assemblies that require controlled connector selection. Organizations involved in design validation, test planning, and procurement review can use it as a compliance reference when assessing whether a connector family fits a defined engineering specification and operational consistency target.

Why is IEC 61076-4-116:2012 important?

This document matters because connector selection can affect interoperability, technical validation, and product reliability across the full development cycle. Using a defined product requirement helps reduce risk in design review, supports repeatable testing workflows, and improves confidence in conformity assessment preparation. For procurement and quality teams, it provides a structured basis for comparing suppliers, confirming documented requirements, and aligning engineering documentation with regulatory preparation and internal quality workflows.

• Detail specification for a high-speed two-part printed board connector with integrated shielding function
• Useful for product evaluation, technical review, and connector qualification activities
• Supports compliance workflows where signal performance and shielding are part of the design intent
• Relevant to engineering documentation, supplier comparison, and verification planning