Reliability Prediction from Burn-In Data Fit to Reliability Models
Format

AlbakiReads Editorial A reliability-modeling guide for semiconductor design decisions
A reliability-modeling guide for semiconductor design decisions
Joseph Bernstein presents a method for estimating circuit and system reliability from burn-in data, manufacturer information, and HTOL end-of-life testing. The book connects qualification-stage evidence with predictions of field failures under chip-level operating conditions. Its practical emphasis is on calculating FIT and DPPM values in relation to factors such as operating conditions and chip temperature, placing reliability alongside performance during the design process. At 108 pages, it is a focused technical resource centered on applying reliability models to semiconductor components and systems.
Good fit for readers who enjoy
- Chip and system designers working with semiconductor reliability
- Engineers using burn-in or HTOL qualification data
- Technical readers seeking guidance on FIT and DPPM prediction
Themes
Based on publisher information and book metadata.
Book Overview This work will educate chip and system designers on a method for accurately predicting circuit and system reliability in order to estimat...
Book Details Format: Paperback | Pages: 108 | Language: English | Publisher: ACADEMIC PR INC | ISBN: 0128007478
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