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Carter, R.G.

Paper Title Page
THPEB067 Use of an Injection Locked Magnetron to Drive a Superconducting RF Cavity 4026
 
  • H. Wang, G.K. Davis, R.A. Rimmer
    JLAB, Newport News, Virginia
  • G. Burt, R.G. Carter, A.C. Dexter, M.I. Tahir
    Cockcroft Institute, Lancaster University, Lancaster
 
 

The use of an injection locked CW magnetron to drive a 2.45 GHz superconducting RF cavity has been successfully demonstrated. With a locking power less than -27 dB with respect to the output and with a phase control system acting on the locking signal, cavity phase was accurately controlled for hours at a time without loss of lock whilst suppressing microphonics. The phase control accuracy achieved was 0.8o r.m.s. The main contributing disturbance limiting ultimate phase control was power supply ripple from the low specification switch mode power supply used for the experiment.