Application of Scaling Algorithms in the Design of High-Power Klystrons

Success in creating the BINP SB RAS S-band klystron with an output power of 60 MW set the team a new task of creating a C-band klystron, since the global practice of developing modern charged particle accelerators tends to move towards higher frequen-cies. The designed C-band klystron has a twice higher operating frequency of 5712 MHz. Using the experience accumulated in developing the 2856 MHz klystron made it possible to significantly speed up the design stage of the new klystron by using the scaling proce-dure for the device parameters instead of a full design cycle with subsequent application of an optimization algorithm due to the nonlinearity of the beam grouping processes.