Timing and Synchronization for Accelerators

Course Description

This course is intended for accelerator physicists who are interested in the design of timing systems and synchronization techniques for particle accelerators and light sources. The course focuses on transmission, measurement and control of highspeed electromagnetic signals in transmission lines or waveguides, whether RF/microwave or optical. These systems are important in the distribution of timing reference information in accelerating systems, and diagnostic techniques to measure beams with respect to RF or ultrafast pulse signals. Examples include ultrafast pump/probe experiments in accelerator-based light sources, or diagnostics for short particle bunches. The course enables students to understand how precise timing signals are transmitted and used in state-of-the-art systems. Concepts and technology for subpicosecond, and even sub-femtosecond synchronization of ultrafast pulse optical sources, RF, and particle beams will be discussed. 1-3 credits Grading Letter graded (A, A-, B+, etc.)

Code

PHY 548

Credits

1-3

Subject

PHY