In this work, by means of Monte Carlo simulations, the static and dynamic performance of InAs/AlSb HEMTs at low drain voltages is analyzed. A very good agreement between experimental and simulation results has been obtained not only for the static behavior, but also for small signal equivalent circuit parameters like C gs , C gd , f t and f c . Problems arise when trying to reproduce the values of g d and C ds due to the experimental frequency dispersion, leading also to discrepancies in the values obtained for the intrinsic g m and also f max . \ua9 2011 IEEE
We perform a physical analysis of the kink effect in InAs/AlSb high electron mobility transistors by...
This paper presents on-state characteristics of two types of UTB FD MOSFETs simulated by Monte Carlo...
A semiclassical 2D ensemble Monte Carlo simulator is used to perform a physical microscopic analysis...
In this work, the noise performance of an InAs/AlSb 225-nm isolated-gate HEMT has been studied by me...
In this work, by means of Monte Carlo simulations, the static and dynamic behavior of isolated-gate ...
In this work, the extrinsic dynamic behavior and noise performance of a 225 nm isolated-gateInAs/AlS...
In this work we present a Monte Carlo study of the influence of the presence of a native oxide which...
One of the main objectives of modern Microelectronicsis the fabrication of devices with increased cu...
Electrical characterization and modeling of 2 times 50 um gatewidth InAs/AlSb HEMTs with 225 nm gate...
A semiclassical two-dimensional ensemble Monte Carlo simulator is used to perform a physical analysi...
This diploma work describes the design of a simulation model for a metamorphic AlSb/InAs High Electr...
By using a Monte Carlo simulator the static and dynamic characteristics of a 50 nm gate AlInAs/GaInA...
A time-dependent simulation procedure has been implemented in a state of the art Monte Carlo device ...
Se han estudiado las características estáticas y dinámicas de HEMTs de doblre puerta (DG-HEMTs) por ...
A time-dependent simulation procedure has been implemented in a state of the art Monte-Carlo device ...
We perform a physical analysis of the kink effect in InAs/AlSb high electron mobility transistors by...
This paper presents on-state characteristics of two types of UTB FD MOSFETs simulated by Monte Carlo...
A semiclassical 2D ensemble Monte Carlo simulator is used to perform a physical microscopic analysis...
In this work, the noise performance of an InAs/AlSb 225-nm isolated-gate HEMT has been studied by me...
In this work, by means of Monte Carlo simulations, the static and dynamic behavior of isolated-gate ...
In this work, the extrinsic dynamic behavior and noise performance of a 225 nm isolated-gateInAs/AlS...
In this work we present a Monte Carlo study of the influence of the presence of a native oxide which...
One of the main objectives of modern Microelectronicsis the fabrication of devices with increased cu...
Electrical characterization and modeling of 2 times 50 um gatewidth InAs/AlSb HEMTs with 225 nm gate...
A semiclassical two-dimensional ensemble Monte Carlo simulator is used to perform a physical analysi...
This diploma work describes the design of a simulation model for a metamorphic AlSb/InAs High Electr...
By using a Monte Carlo simulator the static and dynamic characteristics of a 50 nm gate AlInAs/GaInA...
A time-dependent simulation procedure has been implemented in a state of the art Monte Carlo device ...
Se han estudiado las características estáticas y dinámicas de HEMTs de doblre puerta (DG-HEMTs) por ...
A time-dependent simulation procedure has been implemented in a state of the art Monte-Carlo device ...
We perform a physical analysis of the kink effect in InAs/AlSb high electron mobility transistors by...
This paper presents on-state characteristics of two types of UTB FD MOSFETs simulated by Monte Carlo...
A semiclassical 2D ensemble Monte Carlo simulator is used to perform a physical microscopic analysis...