Abstract
A computer-aided design of the wide-band reflection-type gyrotron-TWA is presented in this paper. Using a set of equations for the self-consistent large-signal interaction the bandwidth characteristics of a wide-band reflection-type gyrotron-TWA with both tapered waveguide and tapered magnetic field could be estimated. Computer simulation shows that under defined conditions a 3 dB instantaneous bandwidth of nearly 25 % at a center frequency of 35 GHz with a ∼ 60 cm long rf waveguide could be obtained.
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