International audiencen this paper a systematic analysis of thermal and trapping behaviour of microwave power AlGaN/GaN HEMTs has been carried out through pulsed current-voltage (PIV) measurements and S parameters. It is shown that the thermal resistance of the device can be accurately determined provided that some assumptions on the trapping behaviour of the device are verified. The values obtained have been checked by three dimensional finite element (3D-FE) simulations with reasonable accuracy. Kink effects in the output characteristics have been analysed at different temperatures and it has been shown that they are more pronounced at ambient temperature. Finally the microwave behaviour of the device versus temperature has been assessed
A laboratory setup, along with a set of measurement and identification procedures, have been develop...
GaN-based high electron mobility transistors (HEMTs) are promising candidates for future microwave e...
This study focuses on temperature dependent characterization of a 0.25×1500 μm2 GaN HEMT. The impact...
International audiencen this paper a systematic analysis of thermal and trapping behaviour of microw...
International audienceIn this paper an analysis of thermal behavior of microwave power AlGaN/GaN HEM...
International audienceIn this paper an analysis of thermal behavior of microwave power AlGaN/GaN HEM...
The investigation of the DC and microwave characteristics versus the ambient temperature is a key is...
Modern microwave circuit performance is susceptible to dispersion of the characteristics of microwav...
During the past decade, the commercial outlook for GaN-based devices has grown considerably to meet ...
GaN Heterostructure Field Effect Transistors (HFETs) have been the subject of intense research over ...
In this work an experimental assessment of the electro-thermal behaviour of AlGaN/GaN HEMT on HR-Si ...
Abstract This paper presents new microwave charac-terization techniques to (1) estimate the interna...
The high power RF device performance decreases as operation temperature increases (e.g. fall of ele...
A differential analysis of electrical attributes, including the temperature profile and trapping phe...
This paper shows the application of simple dc techniques to the temperature-dependent characterizati...
A laboratory setup, along with a set of measurement and identification procedures, have been develop...
GaN-based high electron mobility transistors (HEMTs) are promising candidates for future microwave e...
This study focuses on temperature dependent characterization of a 0.25×1500 μm2 GaN HEMT. The impact...
International audiencen this paper a systematic analysis of thermal and trapping behaviour of microw...
International audienceIn this paper an analysis of thermal behavior of microwave power AlGaN/GaN HEM...
International audienceIn this paper an analysis of thermal behavior of microwave power AlGaN/GaN HEM...
The investigation of the DC and microwave characteristics versus the ambient temperature is a key is...
Modern microwave circuit performance is susceptible to dispersion of the characteristics of microwav...
During the past decade, the commercial outlook for GaN-based devices has grown considerably to meet ...
GaN Heterostructure Field Effect Transistors (HFETs) have been the subject of intense research over ...
In this work an experimental assessment of the electro-thermal behaviour of AlGaN/GaN HEMT on HR-Si ...
Abstract This paper presents new microwave charac-terization techniques to (1) estimate the interna...
The high power RF device performance decreases as operation temperature increases (e.g. fall of ele...
A differential analysis of electrical attributes, including the temperature profile and trapping phe...
This paper shows the application of simple dc techniques to the temperature-dependent characterizati...
A laboratory setup, along with a set of measurement and identification procedures, have been develop...
GaN-based high electron mobility transistors (HEMTs) are promising candidates for future microwave e...
This study focuses on temperature dependent characterization of a 0.25×1500 μm2 GaN HEMT. The impact...