Titlebook: Low-Level Radio Frequency Systems; Stefan Simrock,Zheqiao Geng Book 2022 The Editor(s) (if applicable) and The Author(s), under exclusive

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follicular-unit

Nonlinearity in RF Systems, results in gain and phase shift varying with the input power. In this chapter, the nonlinear effects in an accelerator RF system will be discussed. We also introduce several widely used approaches to linearize the RF amplifiers and to deal with the nonlinearity in feedback controllers.

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1611-1052 sights for control and RF engineers.Introduces timing and sy.This book begins with an overview of the RF control concepts and strategies. It then introduces RF system models for optimizing the system parameters to satisfy beam requirements and for controller design. In addition to systematically dis

成績上升

RF Control Strategy,itude/phase and in-phase/quadrature (I/Q) control, the generator-driven resonator (GDR), self-excited loop (SEL) and phase-locked loop (PLL) control, the analog and digital control, and the single-cavity and vector-sum control. The pros and cons of the control strategies will also be discussed.

Pantry

Timing and Synchronization,es the timing events and produces triggers if required for different subsystems to start or stop their operation. The synchronization system provides a common frequency and phase reference to all subsystems. We will introduce the basic concepts and architecture of the timing and synchronization systems in this chapter.

Ptsd429

Introduction, operation scenarios, which impose critical requirements to the LLRF systems. In this chapter, the fundamental aspects of an LLRF system, including its functions, typical architecture, and its role in an accelerator, will be presented. We will also review the basic principles of beam acceleration and summarize the disturbances to the RF fields.

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Noise in RF Systems,cify the noise budgets for the RF stations in an accelerator and for each component of an RF station. Then we discuss in detail the noise model of a single RF station. Finally, we will use the measurements at an RF station of SwissFEL as an example to validate the RF station noise model.