This paper demonstrates the feasibility and very good performance of a kilowatt-level power amplifier in a single-ended architecture, intended for energy systems. The prototype is designed at 352 MHz for the ESS LINAC and delivers 1250 W with 71% efficiency in pulsed operation with a duty cycle of 5%, 3.5 ms pulse at 14 Hz repetition
A high power solid-state RF power amplifier of 3 kW at 325 MHz has been developed using only four RF...
Low power design has become a trend in Integrated Circuit(IC) area in the world nowadays. One of the...
A novel Stacked Multi-Level (SML) modulator topology optimized for long pulse and high average power...
This paper demonstrates the feasibility and very good performance of a kilowatt-level power amplifie...
A compact 10 kW RF power amplifier at 352 MHz was developed at FREIA for the European Spallation Sou...
Because of the safer and more reliable mode of operation, a Superconducting Linac has been proposed ...
Because of the safer and more reliable mode of operation, a Superconducting Linac has been proposed ...
This paper presents the first results of an in-house developed low-level radio frequency (LLRF) syst...
In this paper, we reported the design of single-ended power amplifier (PA) delivering an output powe...
The paper describes the design features of a 24013; watts low frequency power amplifier. The design ...
The initial goal of the SNS project is to produce a 1 MW average beam of protons with short pulse le...
grantor: University of TorontoThis thesis presents the design and implementation of a Clas...
The initial goal of the SNS project is to produce a 1 MW average beam of protons with short pulse le...
The objective of this research was to design a 2.4 GHz class AB Power Amplifier (PA), with 0.18um Se...
This thesis discusses the design, construction and testing of a highefficiency, 100 MHz, 1 kW, Class...
A high power solid-state RF power amplifier of 3 kW at 325 MHz has been developed using only four RF...
Low power design has become a trend in Integrated Circuit(IC) area in the world nowadays. One of the...
A novel Stacked Multi-Level (SML) modulator topology optimized for long pulse and high average power...
This paper demonstrates the feasibility and very good performance of a kilowatt-level power amplifie...
A compact 10 kW RF power amplifier at 352 MHz was developed at FREIA for the European Spallation Sou...
Because of the safer and more reliable mode of operation, a Superconducting Linac has been proposed ...
Because of the safer and more reliable mode of operation, a Superconducting Linac has been proposed ...
This paper presents the first results of an in-house developed low-level radio frequency (LLRF) syst...
In this paper, we reported the design of single-ended power amplifier (PA) delivering an output powe...
The paper describes the design features of a 24013; watts low frequency power amplifier. The design ...
The initial goal of the SNS project is to produce a 1 MW average beam of protons with short pulse le...
grantor: University of TorontoThis thesis presents the design and implementation of a Clas...
The initial goal of the SNS project is to produce a 1 MW average beam of protons with short pulse le...
The objective of this research was to design a 2.4 GHz class AB Power Amplifier (PA), with 0.18um Se...
This thesis discusses the design, construction and testing of a highefficiency, 100 MHz, 1 kW, Class...
A high power solid-state RF power amplifier of 3 kW at 325 MHz has been developed using only four RF...
Low power design has become a trend in Integrated Circuit(IC) area in the world nowadays. One of the...
A novel Stacked Multi-Level (SML) modulator topology optimized for long pulse and high average power...