none5A strong reduction of MOSFET low-frequency noise under switched gate bias conditions is observed for forward substrate bias. The effect of forward substrate bias is significantly larger in switched compared to constant gate bias conditions. Experimental results reveal that forward substrate bias is most effective when applied during the off state of the transistor. This finding is explained by the physics of trap emission time constants and suggests new topologies and biasing schemes for analog CMOS circuits.noneD.j Siprak; N. Zanolla; M. Tiebout; P. Baumgartner; C. FiegnaD.j Siprak; N. Zanolla; M. Tiebout; P. Baumgartner; C. Fiegn
In this work we focus on the effects of switched gate and substrate bias on the Random Telegraph Si...
Abstract — Switched Biasing is presented as a technique for reducing the 1/f noise in MOSFETS. It ex...
MOSFETs are notorious for having strong low frequency noise (1/f noise or flicker noise). In the lat...
A strong reduction of MOSFET low-frequency noise under switched gate bias conditions is observed for...
A strong reduction of MOSFET low-frequency noise under switched gate bias conditions is observed for...
A new concept of noise reduction in CMOS circuits is presented taking advantage of a strong reductio...
A new concept of noise reduction in CMOS circuits is presented taking advantage of a strong reductio...
A new concept of noise reduction in CMOS circuits is presented taking advantage of a strong reductio...
The impact of substrate bias on random telegraph signal (RTS) and flicker noise in MOSFETs operating...
The impact of substrate bias on random telegraph signal (RTS) and flicker noise in MOSFETs operating...
The impact of substrate bias on random telegraph signal (RTS) and flicker noise in MOSFETs operating...
Low-frequency noise in small-area MOSFETs is dominated by random telegraph signal noise associated t...
Low-frequency noise in small-area MOSFETs is dominated by random telegraph signal noise associated t...
Low-frequency noise in small-area MOSFETs is dominated by random telegraph signal noise associated t...
In this work we focus on the effects of switched gate and substrate bias on the Random Telegraph Si...
In this work we focus on the effects of switched gate and substrate bias on the Random Telegraph Si...
Abstract — Switched Biasing is presented as a technique for reducing the 1/f noise in MOSFETS. It ex...
MOSFETs are notorious for having strong low frequency noise (1/f noise or flicker noise). In the lat...
A strong reduction of MOSFET low-frequency noise under switched gate bias conditions is observed for...
A strong reduction of MOSFET low-frequency noise under switched gate bias conditions is observed for...
A new concept of noise reduction in CMOS circuits is presented taking advantage of a strong reductio...
A new concept of noise reduction in CMOS circuits is presented taking advantage of a strong reductio...
A new concept of noise reduction in CMOS circuits is presented taking advantage of a strong reductio...
The impact of substrate bias on random telegraph signal (RTS) and flicker noise in MOSFETs operating...
The impact of substrate bias on random telegraph signal (RTS) and flicker noise in MOSFETs operating...
The impact of substrate bias on random telegraph signal (RTS) and flicker noise in MOSFETs operating...
Low-frequency noise in small-area MOSFETs is dominated by random telegraph signal noise associated t...
Low-frequency noise in small-area MOSFETs is dominated by random telegraph signal noise associated t...
Low-frequency noise in small-area MOSFETs is dominated by random telegraph signal noise associated t...
In this work we focus on the effects of switched gate and substrate bias on the Random Telegraph Si...
In this work we focus on the effects of switched gate and substrate bias on the Random Telegraph Si...
Abstract — Switched Biasing is presented as a technique for reducing the 1/f noise in MOSFETS. It ex...
MOSFETs are notorious for having strong low frequency noise (1/f noise or flicker noise). In the lat...