At the NSLS, an analog global orbit feedback system is used in regular operations, and a digital global orbit feedback system is available in machine physics studies on the X-Ray Ring. Here, the authors discuss the relative merits of utilizing analog and digital technology in orbit feedback. Results of experiments are reported characterizing the performance of the analog and digital systems when operated individually or together. They give their thoughts on plans for future development of the orbit feedback systems at the NSLS
A slow global orbit feedback using MATLAB has been tested to minimize the slow orbit movement at PLS...
A fast global feedback system was installed on the upgraded Photon Factory storage ring in order to ...
The digital global orbit feedback system for the storage ring of SRRC has been upgraded in terms of ...
At the NSLS, an analog global orbit feedback system is used in regular operations, and a digital glo...
We are implementing digital orbit feedback systems to replace the analog ones in both the VUV and th...
We report on the first experimental results with a nonlinear digital orbit feedback system for the N...
The digital global feedback system (DGFB) was implemented to suppress orbit drift, low frequency bea...
The slow orbit feedback system at the ALS has been con-tinually improved over the years. The most re...
A real-time orbit feedback system has been implemented at the Advanced Photon Source in order to mee...
Experiments at the SLS (Swiss Light Source) require a highly stabilized photon beam spot with high b...
We describe recent improvements in both the short an long-term orbit stability at the NSLS X-Ray Rin...
The APS real-time orbit feedback system uses 38 correctors per plane and has available up to 320 rf ...
The NSLS-II Light Source, which is planned to be built at Brookhaven National Laboratory, provides u...
Includes bibliographical references (leaf [83])The Advanced Photon Source third generation synchrotr...
In the last decade demand for brightness in synchrotron light sources and luminosity in circular col...
A slow global orbit feedback using MATLAB has been tested to minimize the slow orbit movement at PLS...
A fast global feedback system was installed on the upgraded Photon Factory storage ring in order to ...
The digital global orbit feedback system for the storage ring of SRRC has been upgraded in terms of ...
At the NSLS, an analog global orbit feedback system is used in regular operations, and a digital glo...
We are implementing digital orbit feedback systems to replace the analog ones in both the VUV and th...
We report on the first experimental results with a nonlinear digital orbit feedback system for the N...
The digital global feedback system (DGFB) was implemented to suppress orbit drift, low frequency bea...
The slow orbit feedback system at the ALS has been con-tinually improved over the years. The most re...
A real-time orbit feedback system has been implemented at the Advanced Photon Source in order to mee...
Experiments at the SLS (Swiss Light Source) require a highly stabilized photon beam spot with high b...
We describe recent improvements in both the short an long-term orbit stability at the NSLS X-Ray Rin...
The APS real-time orbit feedback system uses 38 correctors per plane and has available up to 320 rf ...
The NSLS-II Light Source, which is planned to be built at Brookhaven National Laboratory, provides u...
Includes bibliographical references (leaf [83])The Advanced Photon Source third generation synchrotr...
In the last decade demand for brightness in synchrotron light sources and luminosity in circular col...
A slow global orbit feedback using MATLAB has been tested to minimize the slow orbit movement at PLS...
A fast global feedback system was installed on the upgraded Photon Factory storage ring in order to ...
The digital global orbit feedback system for the storage ring of SRRC has been upgraded in terms of ...