A compact 10 kW RF power amplifier at 352 MHz was developed at FREIA for the European Spallation Source, ESS. The specifications of ESS for the conception of amplifiers are related to its pulsed operation: 3.5 ms pulse length and a duty cycle of 5%. The realized amplifier is composed of eight kilowatt level modules, combined using a planar Gysel 8-way combiner. The combiner has a low insertion loss of only 0.2 dB, measured at 10 kW peak power. Each module is built around a commercially available LDMOS transistor in a single-ended architecture. During the final tests, a total output peak power of 10.5 kW was measured.ES
The European Spallation Source (ESS) will be the world's most powerful spallation neutron source whe...
This paper presents a compact high output power, linear power amplifier (PA) for array based small t...
Long pulses of high proton current (greater than one millisecond at 17 mA) at LANSCE are limited by ...
A compact 10 kW RF power amplifier at 352 MHz was developed at FREIA for the European Spallation Sou...
The FREIA laboratory is a Facility for REsearch Instrumentation and Acceleratior development at Upps...
A 5 kW, 352 MHz solid-state RF Amplifier for the SPES and EURISOL projects has been built and extens...
This paper demonstrates the feasibility and very good performance of a kilowatt-level power amplifie...
This paper presents the first results of an in-house developed low-level radio frequency (LLRF) syst...
A high power solid-state RF power amplifier of 3 kW at 325 MHz has been developed using only four RF...
The report describes selection of RF power source and distribution scheme for spoke cavities at ESS ...
Particle accelerators for protons, electrons, and other ion species often use high-power vacuum tube...
Radio Frequency (RF) power sources are extensively applied in various fields. Radioisotope productio...
The rise of Big Science projects brings issues related to the energy consumption and the associated ...
Solid state RF amplifiers are being considered for an increasing number of accelerator applications,...
This thesis discusses the design, construction and testing of a highefficiency, 100 MHz, 1 kW, Class...
The European Spallation Source (ESS) will be the world's most powerful spallation neutron source whe...
This paper presents a compact high output power, linear power amplifier (PA) for array based small t...
Long pulses of high proton current (greater than one millisecond at 17 mA) at LANSCE are limited by ...
A compact 10 kW RF power amplifier at 352 MHz was developed at FREIA for the European Spallation Sou...
The FREIA laboratory is a Facility for REsearch Instrumentation and Acceleratior development at Upps...
A 5 kW, 352 MHz solid-state RF Amplifier for the SPES and EURISOL projects has been built and extens...
This paper demonstrates the feasibility and very good performance of a kilowatt-level power amplifie...
This paper presents the first results of an in-house developed low-level radio frequency (LLRF) syst...
A high power solid-state RF power amplifier of 3 kW at 325 MHz has been developed using only four RF...
The report describes selection of RF power source and distribution scheme for spoke cavities at ESS ...
Particle accelerators for protons, electrons, and other ion species often use high-power vacuum tube...
Radio Frequency (RF) power sources are extensively applied in various fields. Radioisotope productio...
The rise of Big Science projects brings issues related to the energy consumption and the associated ...
Solid state RF amplifiers are being considered for an increasing number of accelerator applications,...
This thesis discusses the design, construction and testing of a highefficiency, 100 MHz, 1 kW, Class...
The European Spallation Source (ESS) will be the world's most powerful spallation neutron source whe...
This paper presents a compact high output power, linear power amplifier (PA) for array based small t...
Long pulses of high proton current (greater than one millisecond at 17 mA) at LANSCE are limited by ...