What is BS EN IEC 61163‑2 about?
BS EN IEC 61163 series covers reliability stress screening. BS EN IEC 61163‑2 is the second part of a series of documents that provides guidance on RSS techniques and procedures for electrical, electronic, and mechanical components. BS EN IEC 61163‑2 is procedural in nature and is not, and cannot be, exhaustive with respect to component technologies due to the rapid rate of developments in the component industry.
BS EN IEC 61163‑2 is applicable to:
- Intended for component manufacturers as a guidance
- Intended for component users as a guidance to negotiate with the component manufacturers on RSS requirements
- Intended to allow the planning of an RSS process in house to meet reliability requirements or to allow the re-qualification of components for specific, upgraded, environments
- Intended as a guidance to sub-contractors who provide RSS as a service
Note: BS EN IEC 61163 is not intended to provide test plans for specific components or for the delivery of certificates of conformance for batches of components.
Who is BS EN IEC 61163‑2 for?
BS EN IEC 61163‑2 on reliability stress screening is useful for:
- Manufacturers of electronic components
- Electrical and mechanical industry
- Contractors who provide RSS as a service
Why should you use BS EN IEC 61163‑2?
BS EN IEC 61163‑2 will help you in detecting the flaws in the population of items and this helps in removing these flawed items from the population and helps in identifying the Reliability stress screening (RSS) objectives. This BS EN IEC 61163‑2 will help you in designing RSS components which results in reducing the failures and helps in producing effective screening components. The RSS operation helps in plotting the failures with the help of bi-modal Weibull analysis. With the help of BS EN IEC 61163‑2, you will be able to monitor the RSS process to see if it remains effective and to make adjustments if it is not.
Buying BS EN IEC 61163‑2 will help you in identifying the early failures along with the physical failures and flaws by performing statistical analysis of Reliability stress screening (RSS.)
