A simple unilateral nonlinear circuit model of a GaAs FET is used in the analysis of the third-order intermodulation distortion and gain compression characteristics of a single-stage amplifier. Expressions are obtained for these characteristics, relating them to the input power level and to the device load admittance. The expressions are illustrated with contours on the load admittance plane of constant intermodulation distortion ratio, intercept point, gain compression, AM-to-PM conversion, and output power, and as output power versus input power plots for fixed terminations. Agreement with experimentally measured distortion characteristics is good. Copyrigh
The significance of the nonlinearity of HEMT capacitance models to the prediction of intermodulation...
In a transistorized push-pull amplifier, third order intermodulation distortion was effectively redu...
A method has been developed to estimate the amount of inter-modulation distortion which may result i...
The linearity of the GaAs Field Effect Transistor (FET) power amplifier is greatly influenced by the...
Abstract-- This paper presents an IDS(VGS,VDS) model to represent PHEMT behavior in the reverse)0 ( ...
Intermodulation distortion in transistors operating between 1 and 2 GHz has been studied. Four sourc...
A new model of the second- and third-order intermodulation products from HEMT and MESFET small-signa...
A previously proposed look-up-Table based mathematical approach for the modeling of microwave active...
The implications for radio frequency circuit design of the nonlinear behavior of a MOSFET transistor...
In this paper, the distortion of feedback single stage amplifier is modeled. The phasor method was e...
This research presents three works all related by the subject of third-order distortion reduction in...
Using the nonlinear Volterra series representation, analytical expressions for the third-order inter...
The use of GaAs high electron mobility transistors (HEMTs) in monolithic microwave integrated circui...
International audienceThe third-order intermodulation distortion in AlGaN/GaN high electron mobility...
This thesis presents work on the development of low distortion circuits using cold biassed FETs for ...
The significance of the nonlinearity of HEMT capacitance models to the prediction of intermodulation...
In a transistorized push-pull amplifier, third order intermodulation distortion was effectively redu...
A method has been developed to estimate the amount of inter-modulation distortion which may result i...
The linearity of the GaAs Field Effect Transistor (FET) power amplifier is greatly influenced by the...
Abstract-- This paper presents an IDS(VGS,VDS) model to represent PHEMT behavior in the reverse)0 ( ...
Intermodulation distortion in transistors operating between 1 and 2 GHz has been studied. Four sourc...
A new model of the second- and third-order intermodulation products from HEMT and MESFET small-signa...
A previously proposed look-up-Table based mathematical approach for the modeling of microwave active...
The implications for radio frequency circuit design of the nonlinear behavior of a MOSFET transistor...
In this paper, the distortion of feedback single stage amplifier is modeled. The phasor method was e...
This research presents three works all related by the subject of third-order distortion reduction in...
Using the nonlinear Volterra series representation, analytical expressions for the third-order inter...
The use of GaAs high electron mobility transistors (HEMTs) in monolithic microwave integrated circui...
International audienceThe third-order intermodulation distortion in AlGaN/GaN high electron mobility...
This thesis presents work on the development of low distortion circuits using cold biassed FETs for ...
The significance of the nonlinearity of HEMT capacitance models to the prediction of intermodulation...
In a transistorized push-pull amplifier, third order intermodulation distortion was effectively redu...
A method has been developed to estimate the amount of inter-modulation distortion which may result i...