In this paper, we present a method for characterizing and analysing GaN-based FET devices. The measurement technique, named Dynamic Bias, is presented here using its oscilloscope-based implementation. Some practical issues in implementing such a measurement technique with an oscilloscope will be discussed, and solutions to overcome these problems will be presented. The analysis is carried out using both simulations and measurements. Experimental results are shown for a 0.15 μm GaN HEMT device with 300-μm periphery
An experimental investigation of the lowfrequency dispersion affecting the behaviour of microwave ...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
There is an increasing need for more accurate models taking into account the nonlinearities and memo...
This paper describes a measurement technique suitable for the characterization of GaN-based FET devi...
Nonlinear modeling of GaN HEMTs is a challenging task especially when accurate predictions are desir...
In this paper, we present a new dynamic-bias measurement setup and its application to the extraction...
In this paper, we present a new dynamic-bias measurement setup and its application to the extraction...
In this paper a recently proposed identification procedure based on exciting the device under test s...
In this paper a recently proposed identification procedure based on exciting the device under test s...
The global surge for ubiquitous mobile communication requiring high speed and high capacity cellular...
The global surge for ubiquitous mobile communication requiring high speed and high capacity cellular...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
HEMT devices based on AlGaN/GaN heterostructures exhibit constantly improving power performances. No...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
An experimental investigation of the lowfrequency dispersion affecting the behaviour of microwave ...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
There is an increasing need for more accurate models taking into account the nonlinearities and memo...
This paper describes a measurement technique suitable for the characterization of GaN-based FET devi...
Nonlinear modeling of GaN HEMTs is a challenging task especially when accurate predictions are desir...
In this paper, we present a new dynamic-bias measurement setup and its application to the extraction...
In this paper, we present a new dynamic-bias measurement setup and its application to the extraction...
In this paper a recently proposed identification procedure based on exciting the device under test s...
In this paper a recently proposed identification procedure based on exciting the device under test s...
The global surge for ubiquitous mobile communication requiring high speed and high capacity cellular...
The global surge for ubiquitous mobile communication requiring high speed and high capacity cellular...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
In this paper the nonlinear model of a GaN transistor is extracted starting from dynamic bias measur...
HEMT devices based on AlGaN/GaN heterostructures exhibit constantly improving power performances. No...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
An experimental investigation of the lowfrequency dispersion affecting the behaviour of microwave ...
A large-signal measurement setup with sinusoidal excitation is used for the characterization of low-...
There is an increasing need for more accurate models taking into account the nonlinearities and memo...