Resonance Control for Future Linear Accelerators

Warren Schappert, Schaa, Volker RW (Ed.), McCausey, Amy (Ed.), Facco, Alberto (Ed.), Yamazaki, Yoshishige (Ed.)
2017
Many of the next generation of particle accelerators (LCLS II, PIP II) are designed for relatively low beam loading. Low beam loading requirement means the cavities can operate with narrow bandwidths, minimizing capital and base operational costs of the RF power system. With such narrow bandwidths, however, cavity detuning from microphonics or dynamic Lorentz Force Detuning becomes a significant factor, and in some cases can significantly increase both the acquisition cost and the operational
more » ... d the operational cost of the machine. In addition to the efforts to passive environmental detuning reduction (microphonics) active resonance control for the SRF cavities for next generation linear machine will be required. State of the art in the field of the SRF Cavity active resonance control and the results from the recent efforts at FNAL will be presented in this talk.
doi:10.18429/jacow-linac2016-tu2a03 fatcat:3haovw3hurertcrkg5p5lc5v54