A case study: Design for reliability for a rail-to-rail operational amplifier for wide temperature range operation for Mars missions

A case study: Design for reliability for a rail-to-rail operational amplifier for wide temperature range operation for Mars missions

A case study is presented applying a design-for-reliability methodology to design, fabricate and qualify a quad rail-to-rail operational amplifier for the wide temperature range operation of -140degC to +125degC to for space applications. The design-for-reliability approach was developed and impleme...

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Bibliographic Details
Published in:2008 IEEE International Reliability Physics Symposium pp. 121 - 125
Main Authors: Yuan Chen, Mojarradi, M., Westergard, L., Aranki, N., Kolawa, E., Blalock, B.
Format: Conference Proceeding
Language:English
Published: IEEE 01-04-2008
Subjects:
Aerospace electronics
CMOS technology
design for reliability
low temperature electronics
Mars
Operational amplifiers
Rail to rail amplifiers
Rail to rail operation
Space vehicles
Strontium
Temperature dependence
Temperature distribution
wide temperature op-amp
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Summary:A case study is presented applying a design-for-reliability methodology to design, fabricate and qualify a quad rail-to-rail operational amplifier for the wide temperature range operation of -140degC to +125degC to for space applications. The design-for-reliability approach was developed and implemented from transistor level up to board/system level, along with a comprehensive qualification procedure for the wide temperature range. The quad op-amp is used for a flight mission and available from a commercial production line.
ISBN:1424420490
9781424420490
ISSN:1541-7026
1938-1891
DOI:10.1109/RELPHY.2008.4558872