RF System Design for the Slac Storage Ring

Rf Cavity for Slac Storage Ring

Rf System for Slac Smrage Ring*

Introduction With the guide field parameters of the SLAC storage ring (SPEAR), a 2.5 GeV electron will radiate 272 keV of energy each revolution. A peak RF voltage of 350 kV will restore this radiated energy with an adequate lifetime for quantum fluctuations. This energy will be supplied from an RF system operating at 51.22 MHz, which is the 40th harmonic of the rotation frequency. For initial ...

Status of the Rf System for the Anka Storage Ring

The RF system for the ANKA storage ring has two plants, each plant consists of one 250 kW transmitter at 500 MHz feeding two cavities, with all the peripherals. The different components, namely the high voltage power supply, the klystron, the waveguide system and the cavities, are now under construction and test. The HV power supply is provided by Jäger (Germany), and is been built on site. The...

Fundamental - Mode rf Design in e + e - Storage Ring Factories

Conceptual Design of the Clic Damping Ring Rf System

In order to achieve high luminosity in CLIC, ultra-low emittance bunches have to be generated in both electron and positron damping rings. To achieve this goal, big energy loss per turn in the wigglers has to be compensated by the RF system. This results in very strong beam loading transients affecting the longitudinal bunch position and bunch length. In this paper, the conceptual design of the...