Expressions are derived for the propagation function of a microwave signal inside a waveguide filled with a semiconductor with carrier density varying in time. The bearing of these expressions on the performance of semiconductor microwave modulators and on microwave methods for the measurement of lifetime in semiconductors is discussed
The optical illumination of a microstrip gap on a thick semiconductor substrate creates an inhomogen...
A new approach to the modeling of frequency dispersion effects encountered in the drain current char...
Analytical expressions which include depletion layer effects on low-injection carrier relaxation are...
The effect of the variation of electrical properties at the surface on the propagation of a microwav...
The author discusses a theoretical model describing the microwave transmission and reflection proper...
In this paper, we present a method for the characterization of the lifetime of photoinduced carriers...
Using transform techniques, a time dependent study has been made of the evanescent wave in a wavegui...
Following an optical excitation of the free carriers in silicon wafers, their lifetimes are determin...
At radio or microwave frequencies, signal transmission phenomena in semiconductor devices or circuit...
A simple expression for the microwave conductance of an optically excited gap in a semiconductor mic...
An analysis of propagation on Coplanar Waveguide loaded with extrinsic semiconductor material -in MO...
The use of semiconductor-dielectric waveguides is low at the moment due to disadvantage of high atte...
In this paper, a theoretical and experimental study of a new microwave device using field effect var...
New techniques of transient microwave absorption and their application for the extraction of recombi...
The frequency depomience of hot carrier conduction in semiconductors is examined. It is shown that t...
The optical illumination of a microstrip gap on a thick semiconductor substrate creates an inhomogen...
A new approach to the modeling of frequency dispersion effects encountered in the drain current char...
Analytical expressions which include depletion layer effects on low-injection carrier relaxation are...
The effect of the variation of electrical properties at the surface on the propagation of a microwav...
The author discusses a theoretical model describing the microwave transmission and reflection proper...
In this paper, we present a method for the characterization of the lifetime of photoinduced carriers...
Using transform techniques, a time dependent study has been made of the evanescent wave in a wavegui...
Following an optical excitation of the free carriers in silicon wafers, their lifetimes are determin...
At radio or microwave frequencies, signal transmission phenomena in semiconductor devices or circuit...
A simple expression for the microwave conductance of an optically excited gap in a semiconductor mic...
An analysis of propagation on Coplanar Waveguide loaded with extrinsic semiconductor material -in MO...
The use of semiconductor-dielectric waveguides is low at the moment due to disadvantage of high atte...
In this paper, a theoretical and experimental study of a new microwave device using field effect var...
New techniques of transient microwave absorption and their application for the extraction of recombi...
The frequency depomience of hot carrier conduction in semiconductors is examined. It is shown that t...
The optical illumination of a microstrip gap on a thick semiconductor substrate creates an inhomogen...
A new approach to the modeling of frequency dispersion effects encountered in the drain current char...
Analytical expressions which include depletion layer effects on low-injection carrier relaxation are...