Thermal Qualification
Real-load temperature-rise profiling, hotspot identification and thermal cycling considerations for magnetic cores, windings, MOSFETs, shunts and capacitors.
Thermal qualification, MTBF analysis, component derating, E-cap lifetime modelling and EMC-oriented design support.
Real-load temperature-rise profiling, hotspot identification and thermal cycling considerations for magnetic cores, windings, MOSFETs, shunts and capacitors.
Calculated reliability analysis using the methods and references identified in the customer baseline, complemented where applicable by accelerated-life evaluation.
Review voltage, current, power and temperature stress against recommended operating limits and identify components approaching their intended margins.
Estimate capacitor operating life using ripple current, temperature and rated-temperature information, with attention to the operating environment.
Reliability is a system property influenced by component stress, thermal environment, manufacturing and operating conditions. The website should present qualification as an engineering decision-support process rather than as a generic quality statement.
Calculated reliability provides a model of expected behaviour; measured thermal and accelerated-life results provide additional evidence. Together they can support engineering review before production decisions are finalised.