This light source note will describe the power supplies for the injector synchrotron quadrupole and sextupole magnets. The injector synchrotron has two families of quadrupole magnets. Each family consists of 40 quadrupole magnets connected in series. These magnets are energized by two phase-controlled, 12-pulse power supplies. Therefore, each power supply will be rated to deliver the necessary power to only 40 quadrupole magnets. The two families of sextupole magnets in the injector synchrotron each consists of 32 sextupole magnets connected in series, powered by a phase-controlled power supply. Thus, each power supply shall be capable of delivering power to only 32 sextupole magnets
Eight power supplies will energize the antiproton Precooler ring. there will be two series connected...
A +/-700 volt,+/-350 amp switchmode power supply has been developed for Fermilab Main Injector Sextu...
Quadrupole and sextupole magnets of the Super SOR storage ring are presented. For the quadrupole mag...
The ring magnet of the injector synchrotron consists of 68 dipole magnets. These magnets are connect...
SSRF is a third generation synchrotron radiation light source. It has a full energy injection storag...
A resonant type pulse power supply, for an application to a compact proton and/or heavy ion synchrot...
Design and control of Power Supplies (PSs) feeding the magnets of a Synchrotron Light Source have to...
A hadron (Carbon/Proton) medical centre based on a synchrotron accelerator dedicated to the cure of ...
The Advanced Photon Source (APS) booster ramp cycle is completed within 250 ms and repeated at 2 Hz,...
Corresponding to the ionoptical parameters of the Jlilich Cooler Synchrotron COSY dipoles, quadrupol...
Three septum magnets will be operated at a repetition-rate of 2 Hz. Two of the septum magnets are id...
The Relativistic Heavy Ion Collider (RHIC) was commissioned in 1999 and 2000. RHIC requires power su...
The Advanced Photon Source (APS) booster ramp cycle is completed within 250ms and repeated at 2Hz, a...
This paper describes magnet power supply system for a proposed Proton Driver at Fermilab. The magnet...
A number of correction magnets are required for the advanced photon source (APS) machine to correct ...
Eight power supplies will energize the antiproton Precooler ring. there will be two series connected...
A +/-700 volt,+/-350 amp switchmode power supply has been developed for Fermilab Main Injector Sextu...
Quadrupole and sextupole magnets of the Super SOR storage ring are presented. For the quadrupole mag...
The ring magnet of the injector synchrotron consists of 68 dipole magnets. These magnets are connect...
SSRF is a third generation synchrotron radiation light source. It has a full energy injection storag...
A resonant type pulse power supply, for an application to a compact proton and/or heavy ion synchrot...
Design and control of Power Supplies (PSs) feeding the magnets of a Synchrotron Light Source have to...
A hadron (Carbon/Proton) medical centre based on a synchrotron accelerator dedicated to the cure of ...
The Advanced Photon Source (APS) booster ramp cycle is completed within 250 ms and repeated at 2 Hz,...
Corresponding to the ionoptical parameters of the Jlilich Cooler Synchrotron COSY dipoles, quadrupol...
Three septum magnets will be operated at a repetition-rate of 2 Hz. Two of the septum magnets are id...
The Relativistic Heavy Ion Collider (RHIC) was commissioned in 1999 and 2000. RHIC requires power su...
The Advanced Photon Source (APS) booster ramp cycle is completed within 250ms and repeated at 2Hz, a...
This paper describes magnet power supply system for a proposed Proton Driver at Fermilab. The magnet...
A number of correction magnets are required for the advanced photon source (APS) machine to correct ...
Eight power supplies will energize the antiproton Precooler ring. there will be two series connected...
A +/-700 volt,+/-350 amp switchmode power supply has been developed for Fermilab Main Injector Sextu...
Quadrupole and sextupole magnets of the Super SOR storage ring are presented. For the quadrupole mag...