Relative jitter of accelerating voltage amplitude on resonators cells of linear electron-positron collider TESLA-ILC. World Applied Sciences Journal Volume 27, Issue 12, 2013, Pages 1620-1624

The present work covers irregularity of jitter of accelerating voltage amplitude over the cells of accelerating resonators and M×N superstructures of linear electron-positron collider TESLA -ILC (Teraelectron volt Energy Super conducting Linear Accelerator-International Linear Collider), caused by random jitter of cells frequency. The author derived analytical formula and provides the results of numerical calculations for mean-square relative irregularity of accelerating voltage amplitude jitter as a function of a number of cells and mean-square relative jitter of their frequencies. M×N superstructure has less sensitivity of accelerating voltage amplitude jitter over resonator cells to random jitter of cells frequencies comparing traditional type resonators.
Author keywords
Accelerating resonator; Accelerating system; Accelerating voltage; Accelerating voltage amplitude; Cell; Collider; Coupling constant; Frequency; Intrinsic Q; Irregularity of accelerating voltage amplitude jitter; Loss parameter; Mean-square jitter; Shunt resistance; Standard jitter