Analog circuit design techniques to avoid electrical stress are presented. A dual logic scheme and an adaptively biased common source output buffer are used.

A dual logic scheme and an adaptively biased common source output buffer are used to meet a reliability guideline that ensures sufficient lifetime. Both ...

Analog circuit design techniques to avoid electrical stress are presented. A dual logic scheme and an adaptively biased common source output buffer are used ...

Electrical stress-free high gain and high swing analog buffer using an adaptive biasing scheme. Hayg Dabag,; Dongwon Seo,; Manu Mishra,; Josef Hausner.

Electrical Stress-free High Gain and High Swing Analog Buffer Using an Adaptive Biasing Scheme. ISCAS 2007: 945-948. [c1]. view. electronic edition via DOI ...

Electrical stress-free high gain and high swing analog buffer using an adaptive biasing scheme. H Dabag, D Seo, M Mishra, J Hausner. 2007 IEEE International ...

Electrical Stress-free High Gain and High Swing Analog Buffer Using an Adaptive Biasing Scheme · Hayg Dabag · Dongwon Seo · Manu Mishra · Josef Hausner ...

Analog circuit design techniques to avoid electrical stress are presented. A dual logic scheme and an adaptively biased common source output buffer are used to ...

Has part · Title: Electrical stress-free high gain and high swing analog buffer using an adaptive biasing scheme. Volume: 3. First page: 945. Last page: 948.

Electrical Stress-free High Gain and High Swing Analog Buffer Using an Adaptive Biasing Scheme. ISCAS 2007: 945-948. [+][–]. Coauthor network. maximize. Note ...