Add to ORKGA global feedback system designed to correct and control the closed orbit position drifts in the SRS storage ring with high resolution is described. The theoretical performance of such a system has been analysed, based on the known capabilities of the recently upgraded electron beam steering and monitoring systems. Experimental results showing the achieved correction of horizontal orbit around the ring are also presented. 1
Includes bibliographical references (leaf [83])The Advanced Photon Source third generation synchrotr...
The digital global orbit feedback system for the storage ring of SRRC has been upgraded in terms of ...
Precision orbit measurement with global and local feedback control of position has become a basic re...
Experiments at the SLS (Swiss Light Source) require a highly stabilized photon beam spot with high b...
Stability of the closed orbit of a storage ring is limited by the stability of the components defini...
In this paper, we would like to discuss software, hardware configurations of the Digital Global Orbi...
We present an analysis of beam position stability and feedback correction for the storage rings DC1 ...
Precise orbit control is one of the crucial features for sta-ble operation of storage rings. At SLS ...
The digital global feedback system (DGFB) was implemented to suppress orbit drift, low frequency bea...
The system has been developed to correct SR position drift on an SR lithography beam line during lon...
The APS real-time orbit feedback system uses 38 correctors per plane and has available up to 320 rf ...
A fast global feedback system was installed on the upgraded Photon Factory storage ring in order to ...
The present global orbit feedback system for SPEAR can adjust the electron beam position with a cycl...
The present global orbit feedback system for SPEAR can adjust the electron beam position with a cycl...
For efficient exploitation of the high brightness source characteristics it is necessary to stabilis...
Includes bibliographical references (leaf [83])The Advanced Photon Source third generation synchrotr...
The digital global orbit feedback system for the storage ring of SRRC has been upgraded in terms of ...
Precision orbit measurement with global and local feedback control of position has become a basic re...
Experiments at the SLS (Swiss Light Source) require a highly stabilized photon beam spot with high b...
Stability of the closed orbit of a storage ring is limited by the stability of the components defini...
In this paper, we would like to discuss software, hardware configurations of the Digital Global Orbi...
We present an analysis of beam position stability and feedback correction for the storage rings DC1 ...
Precise orbit control is one of the crucial features for sta-ble operation of storage rings. At SLS ...
The digital global feedback system (DGFB) was implemented to suppress orbit drift, low frequency bea...
The system has been developed to correct SR position drift on an SR lithography beam line during lon...
The APS real-time orbit feedback system uses 38 correctors per plane and has available up to 320 rf ...
A fast global feedback system was installed on the upgraded Photon Factory storage ring in order to ...
The present global orbit feedback system for SPEAR can adjust the electron beam position with a cycl...
The present global orbit feedback system for SPEAR can adjust the electron beam position with a cycl...
For efficient exploitation of the high brightness source characteristics it is necessary to stabilis...
Includes bibliographical references (leaf [83])The Advanced Photon Source third generation synchrotr...
The digital global orbit feedback system for the storage ring of SRRC has been upgraded in terms of ...
Precision orbit measurement with global and local feedback control of position has become a basic re...