Research Example: Particle Accelerators

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Particle Accelerators

Particle accelerators are a key element in many of today’s cutting-edge research areas, including fundamental scientific research or applied disciplines such as materials science or medicine.

Rohde & Schwarz provides a large range of solutions for development, optimization and operation of particle accelerators. Select from our proven solutions for

  • High-energy particle acceleration (e.g. in LINAC, booster and storage ring)
  • Precise beam stabilization and monitoring
  • System optimization and adjustment
  • Development and verification of accelerator specific components

Solutions for high-energy particle acceleration

Solid-State Amplifiers for LINAC, Booster and Storage Ring

Particle acceleration requires cavity resonators that are driven with high RF powers at defined frequencies. Rohde & Schwarz offers RF solid-state amplifiers for frequencies ranging from 9 kHz to 6 GHz, delivering CW power up to 100 kW and more.

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Solutions for precise beam stabilization and monitoring

Beam quality safety interlock system

With the constant need for even higher beam energy, safety requirements become increasingly important and challenging. Even a marginal loss of beam into any part of the accelerator will cause damage, resulting in costly repairs and weeks of downtime. The R&S®RTO provides an ultra-fast mask test and is the ideal tool for such safety interlock systems.

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Monitoring of RF pulses in the acceleration path

With the latest-generation of free electron lasers (FEL) the rate of macro-bunches inside the accelerator can be increased to 100 Hz. The R&S®RTO is the ideal tool for Continuous Beam Quality Monitoring and allows waveform acquisition and download to a PC at rates of 100 Hz.

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Solutions for component development and system optimization

Synchronization with precise pulse delay measurements

Synchronization inside the accelerator is key for many experiments. One example is the alignment of laser pulse and synchrotron source based on a precise delay measurement. Minimizing the trigger jitter is crucial for accurate results.The precise digital trigger of the R&S®RTO in combination with the OCXO option allow measurements to reach sub-picosecond accuracy.

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Further Solutions

Case Study: Mobile Network Monitoring in CERN

When running, maintaining and conducting scientific experiments a reliable communication is the key to scientific success – but also a major contribution to personal safety in harsh environments of a particle accelerator. Rohde & Schwarz subsidiary SwissQual has successfully deployed a network monitoring system that ensures seamless communication of engineers and scientists at CERN even 100 meters underground.

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