IEC 60191-6-13:2016

IEC 60191-6-13:2016 defines the mechanical standardization guidance for open-top-type sockets used with Fine-pitch Ball Grid Array (FBGA) and Fine-pitch Land Grid Array (FLGA) semiconductor devices. It is relevant where package handling, socket selection, and interface consistency affect testing or evaluation outcomes. For teams involved in engineering documentation, procurement review, or conformity assessment, IEC 60191-6-13:2016 helps establish a common reference for mechanical compatibility and supports more consistent technical review across development and verification workflows.

Overview of IEC 60191-6-13:2016

The official title indicates a focused design guideline within the mechanical standardization of semiconductor devices. It addresses open-top-type socket design considerations for FBGA and FLGA packages, which are commonly evaluated in laboratory and production-related test setups. As a primary technical reference, IEC 60191-6-13:2016 is useful when organizations need a documented basis for comparing socket designs, aligning interface expectations, and supporting engineering validation activities tied to semiconductor package handling and mechanical fit.

Compliance applications of IEC 60191-6-13:2016

IEC 60191-6-13:2016 is typically applied in product evaluation, socket specification review, and test fixture planning for semiconductor devices using fine-pitch array packages. It may support technical assessment in laboratories, component qualification workflows, and procurement decisions where consistent socket geometry or interface behavior is required. For organizations building testing workflows around FBGA or FLGA devices, the document can serve as a compliance reference that improves documented evaluation and reduces ambiguity during equipment selection and integration.

Importance of compliance with IEC 60191-6-13:2016

Using IEC 60191-6-13:2016 in technical and quality workflows can help improve consistency between design intent, test implementation, and procurement specifications. That matters because mechanical mismatch in sockets may affect verification activities, repeatability, and broader conformity assessment preparation. A stable reference also supports risk management by reducing interface uncertainty during engineering validation and quality assurance reviews. For organizations working with semiconductor test infrastructure, the document can contribute to clearer technical compliance and more reliable operational consistency.

• Mechanical design guidance for open-top-type sockets intended for FBGA and FLGA packages
• Useful for laboratory evaluation, fixture selection, and engineering documentation
• Supports documented evaluation of socket compatibility and interface consistency
• Relevant to procurement and compliance workflows involving semiconductor test equipment
• Helps align verification activities with a defined technical reference for mechanical fit