Add to ORKGA new and efficient analysis approach for the microwave and millimeter-wave MESFET mixers is developed. The approach incorporates the harmonic balance large signal analysis, implemented using novel, robust and fast numerical algorithms, into an extended small signal analysis originally developed for diode mixers. Simulated performances of a GaAs MESFET mixer circuit using the developed analysis and the commerically available software LIBRA agree very well
International audienceGenerally the nonlinearity of a semiconductor diode or transistor is utilized ...
Accurate small and large-signal models of metal-semiconductor field effect transistor (MESFET) devic...
A method is presented for the modelling and analysis of dual-gate MESFET mixers. The method can hand...
The present study is based on the method introduced by B. Shuppert (1986) for nonlinear analysis of ...
This thesis presents theory, device models and circuits related to resistive FET mixers: A wave an...
An efficient implementation of the harmonic balance method, using novel numerical algorithms, that a...
An efficient implementation of the harmonic balance method, using novel numerical algorithms, that a...
International audienceThis paper reports a novel MMIC balanced sub-harmonic cold FET mixer for MVDS ...
To design microwave transistor oscillators or power amplifiers a good non-linear characterization of...
The present paper was focused on the extraction of a GaAs pHEMT nonlinear model meant for mixer desi...
The first part of the thesis covers work done on device characterizationmethods. A statistical metho...
This paper presents a simple approach for optimizing the dimensions of PHEMT diodes as well as predi...
Abstract—An analysis is presented for the conversion loss and noise of microwave and millimeter-wave...
Abstract — This paper reports a novel MMIC balanced sub-harmonic cold FET mixer for MVDS applicatio...
The development of single-chip transmitters and receivers is hindered by several obstacles. The main...
International audienceGenerally the nonlinearity of a semiconductor diode or transistor is utilized ...
Accurate small and large-signal models of metal-semiconductor field effect transistor (MESFET) devic...
A method is presented for the modelling and analysis of dual-gate MESFET mixers. The method can hand...
The present study is based on the method introduced by B. Shuppert (1986) for nonlinear analysis of ...
This thesis presents theory, device models and circuits related to resistive FET mixers: A wave an...
An efficient implementation of the harmonic balance method, using novel numerical algorithms, that a...
An efficient implementation of the harmonic balance method, using novel numerical algorithms, that a...
International audienceThis paper reports a novel MMIC balanced sub-harmonic cold FET mixer for MVDS ...
To design microwave transistor oscillators or power amplifiers a good non-linear characterization of...
The present paper was focused on the extraction of a GaAs pHEMT nonlinear model meant for mixer desi...
The first part of the thesis covers work done on device characterizationmethods. A statistical metho...
This paper presents a simple approach for optimizing the dimensions of PHEMT diodes as well as predi...
Abstract—An analysis is presented for the conversion loss and noise of microwave and millimeter-wave...
Abstract — This paper reports a novel MMIC balanced sub-harmonic cold FET mixer for MVDS applicatio...
The development of single-chip transmitters and receivers is hindered by several obstacles. The main...
International audienceGenerally the nonlinearity of a semiconductor diode or transistor is utilized ...
Accurate small and large-signal models of metal-semiconductor field effect transistor (MESFET) devic...
A method is presented for the modelling and analysis of dual-gate MESFET mixers. The method can hand...