This article presents the winning power amplifier implemented with a gallium nitride (GaN) high electron mobility transistor (HEMT) and having power-added efficiency (PAE) greater than 85%. It will be shown that computer-aided design (CAD) simulation tools, accurate device models, and sensible design rules can produce first-pass power amplifier design success. An overview of design, fabrication, and testing processes is presented here together with measured results.5 page(s
This paper reports on the design, fabrication and measured performance of an E-band power amplifier ...
We describe the design and simulation of highly linear and highly efficient common source Class B po...
International audienceThis paper describes a new methodology of wideband and highly efficient design...
The need for high power, highly efficient, multi-band and multi-mode radio frequency (RF) and microw...
This paper reports the design, implementation, and experimental results of two high efficiency GaN-H...
Due to the high increase in and demand for a wide assortment of applications that require low-cost, ...
This manuscript describes the design, development, and implementation of a linear high efficiency po...
GaN integrated circuit technologies have dramatically progressed over the recent years. The prominen...
Modern digital telecommunication systems demand a steady improvement of the RF front-end’s performan...
Abstract—A class B and a class F power amplifier are described using a GaN HEMT device. They both we...
In this paper, the design, implementation, and experimental results of a high-efficiency wideband Ga...
This paper presents the design and implementation of power amplifiers using high-power gallium nitri...
This work has arisen out of the strong demand for a superior power-added efficiency (PAE) of AlGaN/G...
This thesis investigates the possibility to design a power amplifier at Ku-band using hybrid design ...
Most wireless systems must be able to output a high enough output power to serve their purpose. A po...
This paper reports on the design, fabrication and measured performance of an E-band power amplifier ...
We describe the design and simulation of highly linear and highly efficient common source Class B po...
International audienceThis paper describes a new methodology of wideband and highly efficient design...
The need for high power, highly efficient, multi-band and multi-mode radio frequency (RF) and microw...
This paper reports the design, implementation, and experimental results of two high efficiency GaN-H...
Due to the high increase in and demand for a wide assortment of applications that require low-cost, ...
This manuscript describes the design, development, and implementation of a linear high efficiency po...
GaN integrated circuit technologies have dramatically progressed over the recent years. The prominen...
Modern digital telecommunication systems demand a steady improvement of the RF front-end’s performan...
Abstract—A class B and a class F power amplifier are described using a GaN HEMT device. They both we...
In this paper, the design, implementation, and experimental results of a high-efficiency wideband Ga...
This paper presents the design and implementation of power amplifiers using high-power gallium nitri...
This work has arisen out of the strong demand for a superior power-added efficiency (PAE) of AlGaN/G...
This thesis investigates the possibility to design a power amplifier at Ku-band using hybrid design ...
Most wireless systems must be able to output a high enough output power to serve their purpose. A po...
This paper reports on the design, fabrication and measured performance of an E-band power amplifier ...
We describe the design and simulation of highly linear and highly efficient common source Class B po...
International audienceThis paper describes a new methodology of wideband and highly efficient design...