This work presents the high-temperature DC and RFbehaviorsofpartially-depletedSOI MOSFETs. DC and RF figures of merit are deeply investigated, both analytically and experimentally, to provide a complete study ofhigh-temperature performance and a comparison between floating-body and body-tied transistors. A highly stable RF performance is noticed especially for cutoff frequency and intrinsic elements for temperature as high as 250° C
This paper presents the latest results of our research on SOI (Silicon-On-Insulator) technology for ...
Thin-film SOI MOSFETs are known to have superior device properties for hightemperature applications,...
This work investigates the possibility to tune the zero-temperature-coefficient (ZTC) points in part...
RF figures of merit are deeply investigated, both analytically and experimentally, to provide a comp...
At zero-temperature-coefficient bias points, transistors are known to have stable DC performance wit...
This paper presents a new approach to optimize the RF performance at high temperatures for low power...
Performance of RF integrated circuit (IC) is directly linked to the analogue and high frequency char...
The introduction of deep n-well protection for bulk MOS transistors can highly enhance their DC and ...
In this work, the effect of rise in temperature from 25 ∘ C to 175 ∘ C on the performance of 22-nm f...
Harsh environments for integrated circuits operation considered here are high temperature and radiat...
The design options for low-voltage low-power (LVLP) applications are not limited to the circuit leve...
The design options for low-voltage low-power (LVLP) applications are not limited to the circuit leve...
The design options for low-voltage low-power (LVLP) applications are not limited to the circuit leve...
The design options for low-voltage low-power (LVLP) applications are not limited to the circuit leve...
Today partially depleted SOI MOSFET is the mainstream technology for RF SOI systems. Future generati...
This paper presents the latest results of our research on SOI (Silicon-On-Insulator) technology for ...
Thin-film SOI MOSFETs are known to have superior device properties for hightemperature applications,...
This work investigates the possibility to tune the zero-temperature-coefficient (ZTC) points in part...
RF figures of merit are deeply investigated, both analytically and experimentally, to provide a comp...
At zero-temperature-coefficient bias points, transistors are known to have stable DC performance wit...
This paper presents a new approach to optimize the RF performance at high temperatures for low power...
Performance of RF integrated circuit (IC) is directly linked to the analogue and high frequency char...
The introduction of deep n-well protection for bulk MOS transistors can highly enhance their DC and ...
In this work, the effect of rise in temperature from 25 ∘ C to 175 ∘ C on the performance of 22-nm f...
Harsh environments for integrated circuits operation considered here are high temperature and radiat...
The design options for low-voltage low-power (LVLP) applications are not limited to the circuit leve...
The design options for low-voltage low-power (LVLP) applications are not limited to the circuit leve...
The design options for low-voltage low-power (LVLP) applications are not limited to the circuit leve...
The design options for low-voltage low-power (LVLP) applications are not limited to the circuit leve...
Today partially depleted SOI MOSFET is the mainstream technology for RF SOI systems. Future generati...
This paper presents the latest results of our research on SOI (Silicon-On-Insulator) technology for ...
Thin-film SOI MOSFETs are known to have superior device properties for hightemperature applications,...
This work investigates the possibility to tune the zero-temperature-coefficient (ZTC) points in part...