A novel MOSFET device structure known as Quasi-SOI (QSOI MOSFET) permits direct measurements of substrate current generated by impact ionization near the SOI drain. It is observed that QSOI devices with identical dimensions and fabricated on the same wafer as bulk devices have lower substrate current when subjected to the same biases. We present here simulated and experimental evidence leading to the conclusion that the lateral maximum electric field near the drain is indeed lower in QSOI devices, with important implications for enhanced reliability in true SOI MOSETs
Silicon-on-Insulator (SOI) MOSFETs with a single crystalline buried body contact has been uniquely f...
This paper investigates the influence of the silicon substrate. on the ac characteristics of silicon...
Despite the increasing importance of energy-balance over drift-diffusion modelling in submicron devi...
Silicon-On-Insulator (SOI) CMOS technology is a potential candidate for the future main-stream techn...
A new `'Quasi-SOI'' MOSFET structure is shown to allow direct measurement of substrate current in a ...
In this paper, the novel Quasi-SOI CMOS architecture is fabricated based on bulk Si substrate for th...
Results from a novel quasi-SOI CMOS architecture fabricated on bulk Si are reported for the first ti...
Previous conflicting reports concerning fully depleted SOI device hot electron reliability may resul...
In this paper two kinds of novel localized-SOI structure devices, named as Quasi-SOI MOSFET and sour...
Previous conflicting reports concerning fully-depleted SOI device hot electron reliability is partia...
In this paper two kinds of novel localized-SOI structure devices, named as Quasi-SOI MOSFET and sour...
Abstract—We present a study of the effects of substrate ori-entation and longitudinal channel stress...
In this paper, a novel structure named as quasi-SOI MOSFET is proposed, which can combine the advant...
The present paper investigates the influence of the silicon substrate on the AC characteristics of f...
For the first time,,a novel device concept of a quasi-silicon-on-insulator (SOI) MOSFET is proposed ...
Silicon-on-Insulator (SOI) MOSFETs with a single crystalline buried body contact has been uniquely f...
This paper investigates the influence of the silicon substrate. on the ac characteristics of silicon...
Despite the increasing importance of energy-balance over drift-diffusion modelling in submicron devi...
Silicon-On-Insulator (SOI) CMOS technology is a potential candidate for the future main-stream techn...
A new `'Quasi-SOI'' MOSFET structure is shown to allow direct measurement of substrate current in a ...
In this paper, the novel Quasi-SOI CMOS architecture is fabricated based on bulk Si substrate for th...
Results from a novel quasi-SOI CMOS architecture fabricated on bulk Si are reported for the first ti...
Previous conflicting reports concerning fully depleted SOI device hot electron reliability may resul...
In this paper two kinds of novel localized-SOI structure devices, named as Quasi-SOI MOSFET and sour...
Previous conflicting reports concerning fully-depleted SOI device hot electron reliability is partia...
In this paper two kinds of novel localized-SOI structure devices, named as Quasi-SOI MOSFET and sour...
Abstract—We present a study of the effects of substrate ori-entation and longitudinal channel stress...
In this paper, a novel structure named as quasi-SOI MOSFET is proposed, which can combine the advant...
The present paper investigates the influence of the silicon substrate on the AC characteristics of f...
For the first time,,a novel device concept of a quasi-silicon-on-insulator (SOI) MOSFET is proposed ...
Silicon-on-Insulator (SOI) MOSFETs with a single crystalline buried body contact has been uniquely f...
This paper investigates the influence of the silicon substrate. on the ac characteristics of silicon...
Despite the increasing importance of energy-balance over drift-diffusion modelling in submicron devi...