Nuclear Energy

Nuclear fusion research requires high-power RF systems for efficient plasma heating under demanding operating conditions.

Fusion reactors typically operate with long RF pulse lengths (tens of seconds) and low duty cycles due to long repetition intervals. This places specific requirements on amplifier design, including stable gain over extended pulse durations, full DC supply operation, and optimized thermal management with reduced cooling demand.

Cryoelectra develops high-power solid-state RF amplifiers (SSA) tailored to these conditions, offering modular architectures, scalability, and inherent redundancy for reliable operation. Our solutions support current fusion experiments as well as next-generation high-power fusion projects.

Medical Devices

Proton therapy is one of the most advanced methods for cancer treatment and is also applied in the production of medical isotopes.

Since 2003, Cryoelectra has supplied solid-state RF amplifiers, LLRF control systems, and diagnostics for proton accelerators. Our systems are trusted for their high reliability, intuitive operation, and strong customer support – both remote and on-site. 

Science

Particle accelerators are used worldwide in research, ranging from fundamental physics to applied engineering

Cryoelectra provides customized SSA, LLRF systems, diagnostics, and RF design support to leading institutions such as CERN, DESY, and Brookhaven National Lab.