What is BS EN 62005-3- Reliability of passive components about?
BS EN 62005-3 is the third part of an international standard that discusses the reliability of fibre optic interconnecting devices and passive components.
BS EN 62005-3 focuses on failure mechanisms associated with interconnecting devices and passive components. To estimate reliability by the acceleration testing described in IEC 62005-2, it is important to determine the dominant failure mechanism and the related test.
BS EN 62005-3 introduces a choice of relevant tests from all the IEC 61300 series tests for each known failure mechanism and failure effects related to certain failure modes.
Who is BS EN 62005-3- Relevant tests for passive components for?
BS EN 62005-3 on relevant tests for passive components is useful for:
- Manufacturers and suppliers of passive components
- Installers of fibre optic systems
- Electrical engineers
- Fibre optic technicians
- Fibre optic installers
- Testing authorities
Why should you use BS EN 62005-3- Relevant tests for passive components?
Due to the rapid growth in data and information, fibre optic interconnections are proved to be very useful for clock distribution and communication between different parts of electronic computers. A typical passive fibre optical component consists of various parts (the optical element, the package, the pigtail, joints, etc.).
BS EN 62005-3 provides you with the guidelines for the choice of relevant tests helping you select the test by considering the device type of passive optical components. It covers the relevant tests refined by considering known failure mechanisms for each device.
BS EN 62005-3 lays out the stress step method that gives you criteria for the choice of stress conditions. The severity and the duration of the test are the main sensitive points in reliability estimations. The severity indicated in BS EN 62005-3 for the test by the references are intended for quality evaluation.
Overall, BS EN 62005-3 is useful as it provides guidance on the relevant tests for evaluating failure modes and failure mechanisms for passive components which can be beneficial for your business.
