An improved method to determine the broad-band small-signal equivalent circuit of field effect transistors (FET's) is proposed. This method is based on an analytic solution of the equations for the Y parameters of the intrinsic device and allows direct determination of the circuit elements at any specific frequency or averaged over a frequency range. The validity of the equivalent circuit can be verified by showing the frequency independence of each element. The method can be used for the whole range of measurement frequencies and can even be applied to devices exhibiting severe low-frequency effects
In this paper a characterization technique for the evaluation of transistor performance and restrict...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
A method for determining the noise parameters of high frequency field-effect transistors is presente...
Although resulting errors are very small, we have noted that accuracy depends strongly on the extrin...
The small-signal equivalent circuit modeling of microwave field-effect transistors (FETs) is an ever...
D. C. characteristics of the field-effect transistor are discussed and previous theory is modified t...
D. C. characteristics of the field-effect transistor are discussed and previous theory is modified t...
The field effect transistor is considered as an active, distributed non-uniform transmission line an...
The field effect transistor is considered as an active, distributed non-uniform transmission line an...
The field effect transistor is considered as an active, distributed non-uniform transmission line an...
The field effect transistor is considered as an active, distributed non-uni.form transmission line a...
The field effect transistor is considered as an active, distributed non-uni.form transmission line a...
For the design of digital circuits as well as for power amplifiers, the nonlinear modelling of GaAs ...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
A method for determining the noise parameters of high frequency field-effect transistors is presente...
Although resulting errors are very small, we have noted that accuracy depends strongly on the extrin...
The small-signal equivalent circuit modeling of microwave field-effect transistors (FETs) is an ever...
D. C. characteristics of the field-effect transistor are discussed and previous theory is modified t...
D. C. characteristics of the field-effect transistor are discussed and previous theory is modified t...
The field effect transistor is considered as an active, distributed non-uniform transmission line an...
The field effect transistor is considered as an active, distributed non-uniform transmission line an...
The field effect transistor is considered as an active, distributed non-uniform transmission line an...
The field effect transistor is considered as an active, distributed non-uni.form transmission line a...
The field effect transistor is considered as an active, distributed non-uni.form transmission line a...
For the design of digital circuits as well as for power amplifiers, the nonlinear modelling of GaAs ...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
In this paper a characterization technique for the evaluation of transistor performance and restrict...
A method for determining the noise parameters of high frequency field-effect transistors is presente...