Most sensitive & fastest current transformer
Best non-destructive instrument to observe
pulsed or CW beams
Bandwidth Up to 1.5 GHz | Rise time < 200 ps |
Application
Used world-wide on all high-energy particle accelerators to observe very short beam pulses. Exceptional bandwidth and sensitivity are achieved by using amorphous cobalt-based alloy cores specially annealed in a magnetic field to obtain very high permeability and low loss at frequencies up to 1.5 GHz.
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In-flange FCT is mounted in the beam line. Short axial length, includes a ceramic gap vacuum-brazed to kovar. Does not require bellows, wall current bypass nor electromagnetic shield. Available from CF3“3/8 to CF8“ Bakeable up to 185°C UHV compatible |
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In-air FCT installation, over the vacuum chamber Requires installation of a “gap” to prevent the wall current from flowing through the FCT aperture. The gap can be a brazed ceramic ring or an organic material O-ring depending on the vacuum requirements. Typical installations include bellows, a wall current bypass and an electromagnetic shield enclosing the FCT completely. |
Temperature In-air models
Core saturation
Radiation damage | 100°C (212°F) any time 100°C (212°F) any time 150°C (300°F) on option 185°C (365°F) on option
2 mT radial field Standard SMA PTFE: 1E3 Gray max Rad-tolerant SMA PEEK: 6E7 Gray max |
Sensitivity Bandwidth Output | From 0.5V/A to 10V/A Upper cutoff frequency up to 1.5GHz, 50Ω terminated SMA jack connector |
