The standard transmission‐line model (TLM) for specific contact resistivity measurements of planar contacts is improved in two ways: (i) the addition of a magnetic field, which gives the mobility and carrier concentration of the bulk material, and the mobility of the material under the contact; and (ii) an extension to two layers, which makes the model applicable to MODFET structures. The results are applied to MESFET material, and MODFET material. One conclusion concerning the latter material is that the electrons directly beneath the annealed Au/Ge/Ni contacts have lower mobility than those in the bulk, but still maintain 2DEG character
The testing and development of contact material or topology can be addressed with a dedicated experi...
Our research comprises the manufacturing of test structures to characterize the metal-semiconductor ...
We apply the contact\u2013end resistance method to TLM structures in order to characterize the graph...
The standard transmission‐line model (TLM) for specific contact resistivity measurements of planar c...
The use of magnetic fields in the electrical characterization of semiconductor materials is familiar...
The geometrical magnetoresistance is presented as a means of determining conduction parameters for h...
Charge carrier mobilities are conveniently measured in simple, homostructure field-effect transistor...
In the calculation of the true value of specific resistivity of reacted ohmic contacts, a modificati...
A revision of the standard approach to characterization of thin-semiconductor-layer Hall samples has...
Low-temperature-grown gallium-arsenide (LTG : GaAs), typically grown between 200°C and 300° C, has h...
The contact resistances of gold-GaAs Schottky barriers have been measured at liquid nitrogen tempera...
Abstract — We propose and demonstrate a novel test struc-ture to characterize the electrical propert...
Our research comprises the manufacturing of test structures to characterize the metal-semiconductor ...
We have used the finite element method to study the extraordinary magnetoresistance (EMR) effect of ...
The study of electron transport in low-dimensional systems is of importance, not only from a fundame...
The testing and development of contact material or topology can be addressed with a dedicated experi...
Our research comprises the manufacturing of test structures to characterize the metal-semiconductor ...
We apply the contact\u2013end resistance method to TLM structures in order to characterize the graph...
The standard transmission‐line model (TLM) for specific contact resistivity measurements of planar c...
The use of magnetic fields in the electrical characterization of semiconductor materials is familiar...
The geometrical magnetoresistance is presented as a means of determining conduction parameters for h...
Charge carrier mobilities are conveniently measured in simple, homostructure field-effect transistor...
In the calculation of the true value of specific resistivity of reacted ohmic contacts, a modificati...
A revision of the standard approach to characterization of thin-semiconductor-layer Hall samples has...
Low-temperature-grown gallium-arsenide (LTG : GaAs), typically grown between 200°C and 300° C, has h...
The contact resistances of gold-GaAs Schottky barriers have been measured at liquid nitrogen tempera...
Abstract — We propose and demonstrate a novel test struc-ture to characterize the electrical propert...
Our research comprises the manufacturing of test structures to characterize the metal-semiconductor ...
We have used the finite element method to study the extraordinary magnetoresistance (EMR) effect of ...
The study of electron transport in low-dimensional systems is of importance, not only from a fundame...
The testing and development of contact material or topology can be addressed with a dedicated experi...
Our research comprises the manufacturing of test structures to characterize the metal-semiconductor ...
We apply the contact\u2013end resistance method to TLM structures in order to characterize the graph...