This paper presents a hybrid Broadband power amplifier which provides high drain efficiency. AB and J, Two Classes of power amplifier are described using GaN HEMT with matching networks together with input and output compact elements. Using Load Pull method, the best input and output network in the central frequency of 3GHz for output power of 40dBm, 10dB high gain and high efficiency of 80%, has been designed. After describing the design of each of the amplifiers and comparing their performance, the proposed circuit, two-class AB/J are discussed to be the target of the circuit design, reducing the input power to achieve high efficiency output power and gain. Input and output matching proposed circuit elements in terms of theory and simulat...
This paper presents the design and realization of a highly efficient broadband class-F power amplifi...
Modern digital telecommunication systems demand a steady improvement of the RF front-end’s performan...
The need for high power, highly efficient, multi-band and multi-mode radio frequency (RF) and microw...
This paper presents a hybrid Broadband power amplifier which provides high drain efficiency. AB and ...
With the continuous development of modern wireless communication systems, demand for cost effective,...
The design and implementation of a class-J mode RF power amplifier is described. The experimental re...
This paper presents a wideband class J power amplifier (PA) based on a packaged 10 W GaN HEMT device...
This paper presents the design of a Class AB power amplifier operating at a frequency band of 3.4 GH...
This thesis investigates the possibility to design a power amplifier at Ku-band using hybrid design ...
The design and implementation of a high efficiency Class-J mode RF power amplifier (PA) for wireless...
In this master's thesis a two-stage broadband power amplifier, along with the corresponding separate...
Abstract—A class B and a class F power amplifier are described using a GaN HEMT device. They both we...
This paper describes a modern design idea of wideband and high efficient GaN HEMT Class-J power amp...
In this study, a broadband power amplifier prototype which has a very fine flat gain level and high ...
An optimum design approach for a highly efficient power amplifier(PA) using a packaged high-power de...
This paper presents the design and realization of a highly efficient broadband class-F power amplifi...
Modern digital telecommunication systems demand a steady improvement of the RF front-end’s performan...
The need for high power, highly efficient, multi-band and multi-mode radio frequency (RF) and microw...
This paper presents a hybrid Broadband power amplifier which provides high drain efficiency. AB and ...
With the continuous development of modern wireless communication systems, demand for cost effective,...
The design and implementation of a class-J mode RF power amplifier is described. The experimental re...
This paper presents a wideband class J power amplifier (PA) based on a packaged 10 W GaN HEMT device...
This paper presents the design of a Class AB power amplifier operating at a frequency band of 3.4 GH...
This thesis investigates the possibility to design a power amplifier at Ku-band using hybrid design ...
The design and implementation of a high efficiency Class-J mode RF power amplifier (PA) for wireless...
In this master's thesis a two-stage broadband power amplifier, along with the corresponding separate...
Abstract—A class B and a class F power amplifier are described using a GaN HEMT device. They both we...
This paper describes a modern design idea of wideband and high efficient GaN HEMT Class-J power amp...
In this study, a broadband power amplifier prototype which has a very fine flat gain level and high ...
An optimum design approach for a highly efficient power amplifier(PA) using a packaged high-power de...
This paper presents the design and realization of a highly efficient broadband class-F power amplifi...
Modern digital telecommunication systems demand a steady improvement of the RF front-end’s performan...
The need for high power, highly efficient, multi-band and multi-mode radio frequency (RF) and microw...