A novel, highly efficient and broadband RF power amplifier (PA) operating in “continuous class-F” mode has been realized for first time. The introduction and experimental verification of this new PA mode demonstrates that it is possible to maintain expected output performance, both in terms of efficiency and power, over a very wide bandwidth. Using recently established continuous class-F theory, an output matching network was designed to terminate the first three harmonic impedances. This resulted in a PA delivering an average drain efficiency of 74% and average output power of 10.5 W for an octave bandwidth between 0.55 GHz and 1.1 GHz. A commercially available 10 W GaN HEMT transistor has been used for the PA design and realization
Broadband power amplifier design has become one of the most critical enabling block in today’s wirel...
In this thesis, the design of a class-F/inverse class-F amplifier with high efficiency in a 1.2 GHz ...
The design and implementation of a high efficiency Class-J mode RF power amplifier (PA) for wireless...
A novel, highly efficient and broadband RF power amplifier (PA) operating in “continuous class-F” mo...
The 6th European Microwave Integrated Circuits (EuMIC 2011), Manchester, United Kingdom, 10-11 Octob...
This paper presents the design and realization of a highly efficient broadband class-F power amplifi...
A novel methodology for designing high-frequency broadband harmonic-tuned power amplifiers (PAs) is ...
The extended continuous class-F mode RF power amplifier (PA) is presented for the first time. The in...
The paper presents a novel reformulation of the Continuous Class-F (CCF) mode by including an I-V kn...
The wireless communication industry grows faster each day. In terms of RF power amplifier (RFPA), th...
Results from a fully implemented class-J RFPA (RF power amplifier) are presented for the first time,...
The design and implementation of a class-J mode RF power amplifier is described. The experimental re...
—Bandwidth allocation of the 5G communication system for many countries has been announced. The exi...
This paper presents a novel formulation for the inverse class-F mode of operation, termed the “cont...
Broadband power amplifier design has become one of the most critical enabling block in today’s wirel...
In this thesis, the design of a class-F/inverse class-F amplifier with high efficiency in a 1.2 GHz ...
The design and implementation of a high efficiency Class-J mode RF power amplifier (PA) for wireless...
A novel, highly efficient and broadband RF power amplifier (PA) operating in “continuous class-F” mo...
The 6th European Microwave Integrated Circuits (EuMIC 2011), Manchester, United Kingdom, 10-11 Octob...
This paper presents the design and realization of a highly efficient broadband class-F power amplifi...
A novel methodology for designing high-frequency broadband harmonic-tuned power amplifiers (PAs) is ...
The extended continuous class-F mode RF power amplifier (PA) is presented for the first time. The in...
The paper presents a novel reformulation of the Continuous Class-F (CCF) mode by including an I-V kn...
The wireless communication industry grows faster each day. In terms of RF power amplifier (RFPA), th...
Results from a fully implemented class-J RFPA (RF power amplifier) are presented for the first time,...
The design and implementation of a class-J mode RF power amplifier is described. The experimental re...
—Bandwidth allocation of the 5G communication system for many countries has been announced. The exi...
This paper presents a novel formulation for the inverse class-F mode of operation, termed the “cont...
Broadband power amplifier design has become one of the most critical enabling block in today’s wirel...
In this thesis, the design of a class-F/inverse class-F amplifier with high efficiency in a 1.2 GHz ...
The design and implementation of a high efficiency Class-J mode RF power amplifier (PA) for wireless...