LLRF相关论文
The 1.3 GHz superconducting radio-frequency (SRF) technology is one of the key technologies for the ILC and future XFEL ......
中国科学院近代物理研究所自主研发的ADS注入器Ⅱ第一代高频低电平(LLRF)控制系统,工作频率为162.5 MHz;LLRF系统是由基于I/Q采样......
Laser oscillator synchronization with RF reference signal is ultra-important for a modem light source based on the accel......
The China initiative Accelerator Driven System, CiADS, physics design adopts 162.5 MHz, 325 MHz, and 650 MHz cavities, w......
This paper describes the design and preliminary test of the low-level radio frequency (LLRF) part of the C band high-gra......
回旋加速器控制系统中,LLRF系统与真空,水冷,磁场等系统的连锁关系多,系统本身构成复杂,待监测状态较多.为此,专门设计了一种基于A......
This paper describes a non-IQ controller for digital Low Level RF (LLRF) feedback control.Based on this non-IQ sarnpling......
SwissFEL is a free electron laser(FEL)under commissioning at the Paul Scherrer Institut(PSI)in Switzerland.Digital low-l......
Laser oscillator synchronization with RF reference signal is ultra-important for a modern light source based on the acce......
Fundamental power couplers are crucial components for feeding radio frequency power to accelerating cavities. Couplers m......
低电压高频（LLRF）控制系统对加速器性能有重要作用。论文研制的低电压高频控制板（LLRFB）是低电压高频控制系统的关键插件。它是基于CPC......
文中介绍的高频低电平系统（LLRF）工作频率是162．5 MHz，作为中国C-ADS注入器II预研系统。该LLRF主要实现超导腔谐振频率、腔压幅值稳定......
The ADS Injector II is a linear superconducting accelerator, which is made up of the four vane type RFQ, MEBTand superco......
A digital low level radio frequency (LLRF) control system based on a high precision fieldprogrammable gate array (FPGA) ......
This paper describes the design and preliminary test of the low-level radio frequency(LLRF)part of the C band high-gradi......
Very high frequency(VHF) photocathode guns have excellent performance and are being increasingly selected as electron so......
