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1. For the life requirement of energy storage project, the equivalent duration of high temperature working test under working conditions shall be higher than 105 ℃, 10701h or 125 ℃, 5508h (one can be satisfied)
2. Please help to evaluate whether the materials meet the life requirements. If not, what are the risk points
LM46000QPWPRQ1,
LM46000QPWPTQ1
SN6501-Q1
TCAN1051VDRQ1
TPS76350QDBVRQ1
Hi Kevin,
I will speak with the engineer responsible for this and get back to you with more information.
Please expect a 1-2 business day delay in response, thank you.
Regards,
Harrison Overturf
Hi Kevin,
I apologize for the delay in my response, AEC-Q100 tests for HTOL is typically 1000 hours @ 125C or equivalent which is what these parts are cetified for.
For these situations, it is recommended for automotive semiconductors to apply the ZVEI Robustness Validation Process which is detailed in the link below. Section 9.1.2 “Mission Profile Validation on Component Level” calls out applying intrinsic reliability knowledge (JEP122) to the mission profile. This will determine if the component in the system to be projected to be within it’s useful lifetime and not at its wear out stage. Another way of looking at ZVEI Robustness Validation approach is that it applies information gained in AEC Q100 Group D. This is more scientific than Arrhenius model.
I can run a ZVEI Robustness vaidtion approach assess for the LM46000QPWPRQ1 but I need the starting mission profile in order to do so.
Regards,
Harrison Overturf