A novel SOI CBiCMOS compatible structure has been developed which can be operated as both MOS and lateral bipolar transistor. During the MOS operation, the new structure provides a very effective body contact to eliminate the floating-body effect such as I-V kink, low breakdown voltage and the anomalous subthreshold characteristics. In the bipolar mode, the structure provides a very efficient base contact with low base resistance compared to most existing base contact schemes
Although the reduction of parasitic capacitance and the feasibility of diffusion resistors and capac...
[[abstract]]This thesis presents a method to optimize integrated LDMOS transistors for use in on-res...
International audienceUltrathin bipolar + MOS (BiMOS) transistors were fabricated with 28-nm Ultra T...
This paper compared the performance of conventional fully depleted CFD) SOI MOSFET's and body-ground...
Lateral P+-P-P+ SOI transistors functioning in the hybrid mode (i.e. with body connected to gate) ha...
grantor: University of TorontoLow power electronics is critical in portable applications. ...
Silicon-on-Insulator (SOI) MOSFETs with a single crystalline buried body contact has been uniquely f...
Recently developed bipolar device structures including their problems and future trends are reviewed...
In this paper, a novel lateral bipolar transistor on silicon on insulator material is proposed. Dual...
Abstract A new lateral bipolar junction transistor that utilises a double-polysilicon self-aligned s...
Complementary bipolar (CBi) inverters on scaled down self-aligned transistors with highly-doped base...
In this paper. we investigate and optimize the static characteristics of NPN lateral bipolar transis...
The bipolar theory of field-effect transistor is introduced to replace the 55-year-old classic unipo...
International audienceThis paper analyses the experimental results of voltage capability (VBR > 120 ...
Besides the fully-depleted SOI MOSFET and its several advantages which have widely been ...
Although the reduction of parasitic capacitance and the feasibility of diffusion resistors and capac...
[[abstract]]This thesis presents a method to optimize integrated LDMOS transistors for use in on-res...
International audienceUltrathin bipolar + MOS (BiMOS) transistors were fabricated with 28-nm Ultra T...
This paper compared the performance of conventional fully depleted CFD) SOI MOSFET's and body-ground...
Lateral P+-P-P+ SOI transistors functioning in the hybrid mode (i.e. with body connected to gate) ha...
grantor: University of TorontoLow power electronics is critical in portable applications. ...
Silicon-on-Insulator (SOI) MOSFETs with a single crystalline buried body contact has been uniquely f...
Recently developed bipolar device structures including their problems and future trends are reviewed...
In this paper, a novel lateral bipolar transistor on silicon on insulator material is proposed. Dual...
Abstract A new lateral bipolar junction transistor that utilises a double-polysilicon self-aligned s...
Complementary bipolar (CBi) inverters on scaled down self-aligned transistors with highly-doped base...
In this paper. we investigate and optimize the static characteristics of NPN lateral bipolar transis...
The bipolar theory of field-effect transistor is introduced to replace the 55-year-old classic unipo...
International audienceThis paper analyses the experimental results of voltage capability (VBR > 120 ...
Besides the fully-depleted SOI MOSFET and its several advantages which have widely been ...
Although the reduction of parasitic capacitance and the feasibility of diffusion resistors and capac...
[[abstract]]This thesis presents a method to optimize integrated LDMOS transistors for use in on-res...
International audienceUltrathin bipolar + MOS (BiMOS) transistors were fabricated with 28-nm Ultra T...