A non-quasi-static model of partially-depleted SOI MOSFETs is presented. Phenomena, which are particularly responsible for dependence of device admittances on frequency are briefly described. Several C-V characteristics of the SOI MOSFET calculated for a wide range of frequencies, preliminary results of numerical analysis and of measurements and brief analysis of the results are presented. Methods of model improvement are proposed
The aims of the work presented in this thesis are twofold: to characterise the dynamic behaviour of ...
This paper analyzes the frequency dependence of the gate transconductance (G(m)) and output conducta...
The theoretical foundation of unique floating substrate effects, which have been observed experiment...
A non-quasi-static model of partially-depleted SOI MOSFETs is presented. Phenomena, which are partic...
We report a frequency-dependent output conductance of partially depleted SOI MOSFET's. For high-freq...
Abstract – An empirical non-linear model for SOI MOSFET useful for large-signal simulations of high...
This paper describes a method to model thin-film fully-depleted (FD) silicon-on-insulator (SOI) MOSF...
The present paper investigates the influence of the silicon substrate on the AC characteristics of f...
The exploration and modeling of high-frequency MOSFET phenomena are vitally important because MOSFET...
The paper analyzes the influence of the Si substrate on the AC characteristics of silicon-on-insulat...
An analytic high frequency model of SOI-MOSFETs is presented. By physically solving the non-quasi-st...
The small signal characteristics in the frequency domain are investigated to quantify the impact of ...
Silicon-On-Insulator (SOI) technology, which was originally developed for military applications, is ...
The paper analyzes the influence of the Si substrate on the AC characteristics of silicon-on-insulat...
This paper analyses the frequency dependence of the output conductance (G(d)) of several partially d...
The aims of the work presented in this thesis are twofold: to characterise the dynamic behaviour of ...
This paper analyzes the frequency dependence of the gate transconductance (G(m)) and output conducta...
The theoretical foundation of unique floating substrate effects, which have been observed experiment...
A non-quasi-static model of partially-depleted SOI MOSFETs is presented. Phenomena, which are partic...
We report a frequency-dependent output conductance of partially depleted SOI MOSFET's. For high-freq...
Abstract – An empirical non-linear model for SOI MOSFET useful for large-signal simulations of high...
This paper describes a method to model thin-film fully-depleted (FD) silicon-on-insulator (SOI) MOSF...
The present paper investigates the influence of the silicon substrate on the AC characteristics of f...
The exploration and modeling of high-frequency MOSFET phenomena are vitally important because MOSFET...
The paper analyzes the influence of the Si substrate on the AC characteristics of silicon-on-insulat...
An analytic high frequency model of SOI-MOSFETs is presented. By physically solving the non-quasi-st...
The small signal characteristics in the frequency domain are investigated to quantify the impact of ...
Silicon-On-Insulator (SOI) technology, which was originally developed for military applications, is ...
The paper analyzes the influence of the Si substrate on the AC characteristics of silicon-on-insulat...
This paper analyses the frequency dependence of the output conductance (G(d)) of several partially d...
The aims of the work presented in this thesis are twofold: to characterise the dynamic behaviour of ...
This paper analyzes the frequency dependence of the gate transconductance (G(m)) and output conducta...
The theoretical foundation of unique floating substrate effects, which have been observed experiment...