Capabilities
We develop, design and build custom systems to your specific requirements.
What We Can Do
Cryoelectra specializes in the development and manufacturing of high-power solid-state RF amplifiers (SSA) and advanced low-level RF (LLRF) control systems.
Our core strength lies in custom amplifier design and scalable SSA solutions tailored to specific customer requirements. From single modules to fully integrated high-power RF systems, we deliver reliable performance for pulsed and continuous wave (CW) operation.
With full in-house development and production, we ensure maximum flexibility, short development cycles, and consistent high quality – from concept to final system integration.
Our systems cover frequencies from 20 MHz to 3 GHz with output powers exceeding 150 kW.Â
Core competencies
- High-power solid-state RF amplifiers (SSA)
- Low-level RF (LLRF) control systems
- Custom RF system design & engineering
- Full system integration
- In-house development & manufacturing
- Pulsed and CW operation
- Frequency range: 20 MHz-3 GHz
- Output power: >150 kW
RF Engineering
Design and optimization of RF systems for maximum performance and stability.
Control Systems (LLRF)
Precise control of amplitude, phase, and overall system behavior.
Mechanical Design
Development of mechanical concepts and enclosures with a focus on cooling and integration.
Electrical Engineering
Creation of schematics and electrical system designs.
PCB Manufacturing
Design and assembly of printed circuit boards for RF and control applications.
Module Assembly
Manufacturing and integration of RF modules and amplifier systems.
Control Cabinet Assembly
Assembly and wiring of control cabinets for complex RF systems.
Project ManagementÂ
End-to-end project planning and coordination, including schedule, cost, and resource management as well as interface coordination – from concept to commissioning.
Documentation
Preparation of technical documentation, test reports, and system documentation to ensure quality and traceability.
RF Engineering
RF engineering covers the design, simulation, and optimization of high-frequency systems and amplifiers.
Our engineers focus on achieving maximum efficiency, stability, and signal quality across a wide range of frequencies and power levels.
Each solution is tailored to specific customer requirements, ensuring optimal performance for both pulsed and continuous wave (CW) applications in scientific and industrial environments.
Control Systems (LLRF)
Our LLRF systems provide precise control and regulation of amplitude, phase, and frequency, ensuring stable and reproducible RF system performance.
Designed for high accuracy and reliability, these systems are essential for demanding applications such as particle accelerators and medical technologies.
Advanced control algorithms and flexible architectures enable seamless integration into complex system environments.
Mechanical Design
The mechanical design department develops robust and application-specific solutions for RF systems with a strong focus on thermal management, structural stability, and system integration.
Enclosures, cooling concepts, and mechanical interfaces are carefully engineered to ensure reliable operation under demanding conditions, while also enabling easy maintenance, accessibility, and long-term system durability.
Electrical Engineering
Electrical engineering includes the development of system concepts as well as the creation of detailed schematics and electrical layouts.
All components are carefully selected and integrated to ensure safe, compliant, and reliable operation.
The design process considers efficiency, maintainability, and compatibility with overall system requirements, ensuring robust electrical performance across all applications.
PCB Manufacturing
Our PCB manufacturing covers the design, layout, and assembly of printed circuit boards for RF, control, and power electronics.
We ensure high precision and quality throughout the entire process, from initial design to final population. The resulting assemblies are optimized for performance, reliability, and seamless integration into complex RF systems.
Module Assembly
Module assembly includes the precise manufacturing and integration of RF amplifier modules and complete systems.
Standardized production processes, combined with strict quality control, ensure high reproducibility and consistent performance.
Each module is carefully tested and verified to meet the required specifications before being integrated into the final system.
Control Cabinet Assembly
In control cabinet assembly, all electrical components are integrated, wired, and thoroughly tested according to defined quality standards. The cabinets serve as the central interface for system control, monitoring, and power distribution.
Each solution is individually designed to meet specific project requirements, ensuring reliable operation, easy integration into existing infrastructures, and long-term serviceability in demanding industrial and scientific environments.
Project Management & Coordination
Our project management team is responsible for the comprehensive planning, coordination, and execution of complex RF projects.
This includes schedule, cost, and resource management as well as the coordination of all involved disciplines.
Through structured processes, clear communication, and efficient interface management, we ensure smooth workflows from concept to commissioning and reliable project delivery in line with customer requirements.
Documentation
Technical documentation accompanies all project phases and ensures transparency, traceability, and consistent quality.
It includes detailed schematics, test reports, operating manuals, and comprehensive system descriptions.
All documentation is carefully prepared to support installation, operation, and maintenance, providing a reliable basis for both internal processes and efficient customer support throughout the entire lifecycle of the system.
