uTCA / Stand-alone LLRF

uTCA / Stand-alone LLRF

Our digital RF stabilization system is available on the uTCA or stand-alone form-factors for best in-class LLRF solutions. Request Quote

Our digital RF stabilization system is available on the uTCA or stand-alone form-factors for best in-class LLRF solutions. They are our new fully digital RF systems designed to offer an accurate control of electromagnetic field inside the any accelerating cavities and playing a key role in the overall performance of any particle accelerator. Our solution is tailored on customer needs and take full advantage of our previous expertise on PCIe-S LLRF equipment now working with the most advance crate technologies.

Main performance highlights

• Amplitude stability: 0.02%
• Phase stability:  0.3 degree
• Amplitude precision: 0.03% Vpp
• Phase precision: 0.03 degree
• PI delay (input to output delay): below 1us
• RMS jitter:  182 fs (LLRF output jitter working in closed-loop with amplitude and phase control)

Interfaces

  • Up to 2 LLRF channels on the same box

  • Up to 2 configurable RF output

  • Up to 7 configurable RF inputs

  • One Frequency reference input

  • 7 configurable input/outputs TTL connectors

  • It can be mounted on two different configurations according to user needs:

    • Fits into a stand-alone 19 inch rack

    • Fits into a 19 inch rack using 2U height and integrated into a uTCA backplane

Key Features:
  • Continuous and pulsed amplitude and phase or amplitude and frequency cavity field control
  • Opened loop or closed loop mode control of amplitude and frequency or phase.
  • Pulse shaping feature for smoothing RF pulses
  • Feedforward for beam loading compensation
  • Real-time monitoring of RF signals (Incident, reflected, cavity field …)
  • Provides information for step tuner motors
  • VSWR (arcing/reflection) detection and handling events: when it receives a reflection signal above a user-defined threshold, it shuts off RF output for a time period also defined by the user.
  • Fast output interlock system (Machine protection)
  • EPICS control system support and easy user interface
  • Postmortem analysis with selectable event triggers and configurable capture parameters. MATLAB, python, CSS/BOY libraries for post processing.
  • Compatible with White-Rabbit and IEEE-1588 protocols. Seamless integration into the Timing system for triggering and timestamping control operations.

Case Studies

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