A compact large-signal model(LS) for high frequency CMOS transistors is proposed and experimentally evaluated with DC, S-parameter, Power Spectrum measurements and load pool measurements. Very good correspondences between measurements on 90 nm CMOS FETs and simulations were achieved. Due to the low number of model parameters and the careful selection of model equations, the model exhibits excellent convergence behavior, a property important for successful nonlinear circuit simulation of RF circuits.The LS model was extended to model the RF Noise and implemented in commercial CAD tool and shows a good correspondence between the measurements and the mode
The Large Signal (LS) model for GaN and SiC FET devices was developed and evaluated with DC, S, and ...
Measurement-based, circuit-oriented non-linear noise modelling of field-effect devices is an importa...
Design of power amplifier requires a precise large-signal device model to accurately simulate large-...
A RF Noise model for submicron CMOS transistors is proposed and implemented in commercial CAD tool. ...
his paper presents a simple but accurate semi-empirical model especially focused on 65 nm MOST (MOS ...
This research effort advances millimeter-wave transistor modeling in a current RF/Microwave circuit ...
An empirical bipolar transistor nonlinear noise model for the large-signal (LS) noise analysis of m...
An empirical bipolar transistor nonlinear noise model for the large-signal (LS) noise analysis of mi...
Nonlinear models of microwave transistors are essential for the design of high-frequency nonlinear c...
Large-signal models for microwave devices are commonly based on DC and S-parameter measurements. The...
Abstract. A general purpose LS model for GaAs, GaN and SiC FET devices was developed and evaluated w...
This paper presents an example modeling flow for generating a RF CMOS model. Initially, the objectiv...
This paper introduces a new approach allowing for the direct utilization of large signal measurement...
A state-space approach to large-signal (LS) modeling of high-speed transistors is presented and used...
In RF power device design, much of the analysis is based on measurements. Complete analysis by simul...
The Large Signal (LS) model for GaN and SiC FET devices was developed and evaluated with DC, S, and ...
Measurement-based, circuit-oriented non-linear noise modelling of field-effect devices is an importa...
Design of power amplifier requires a precise large-signal device model to accurately simulate large-...
A RF Noise model for submicron CMOS transistors is proposed and implemented in commercial CAD tool. ...
his paper presents a simple but accurate semi-empirical model especially focused on 65 nm MOST (MOS ...
This research effort advances millimeter-wave transistor modeling in a current RF/Microwave circuit ...
An empirical bipolar transistor nonlinear noise model for the large-signal (LS) noise analysis of m...
An empirical bipolar transistor nonlinear noise model for the large-signal (LS) noise analysis of mi...
Nonlinear models of microwave transistors are essential for the design of high-frequency nonlinear c...
Large-signal models for microwave devices are commonly based on DC and S-parameter measurements. The...
Abstract. A general purpose LS model for GaAs, GaN and SiC FET devices was developed and evaluated w...
This paper presents an example modeling flow for generating a RF CMOS model. Initially, the objectiv...
This paper introduces a new approach allowing for the direct utilization of large signal measurement...
A state-space approach to large-signal (LS) modeling of high-speed transistors is presented and used...
In RF power device design, much of the analysis is based on measurements. Complete analysis by simul...
The Large Signal (LS) model for GaN and SiC FET devices was developed and evaluated with DC, S, and ...
Measurement-based, circuit-oriented non-linear noise modelling of field-effect devices is an importa...
Design of power amplifier requires a precise large-signal device model to accurately simulate large-...