A prototype phase shifter for phase matching between undulators at TPS

Phase shifters of various kinds have been studied to match the double undulators that were installed in the same double-mini Betay-function straight section in TPS. A prototype phase shifter, designed to satisfy the requirement for phase matching between two undulators, comprises three C-type dipole...

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Published inJournal of physics. Conference series Vol. 425; no. 3; pp. 32006 - 4
Main Authors Chung, Ting-Yi, Huang, Jui-Che, Chen, Sei-Da, Huang, Ming-Hsiung, Kuo, Cheng-Ying, Lin, Fu-Yuan, Yang, Chin-Kang, Jan, Jyh-Chyuan, Chang, Cheng-Hsiang, Hwang, Ching-Shiang
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.01.2013
Subjects
Coils
Crosstalk
Delay
Dipoles
Magnetic fields
Magnets
Phase matching
Phase shifters
Photons
Physics
Prototypes
Tuning
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Abstract Phase shifters of various kinds have been studied to match the double undulators that were installed in the same double-mini Betay-function straight section in TPS. A prototype phase shifter, designed to satisfy the requirement for phase matching between two undulators, comprises three C-type dipole magnets for convenient operation and tuning of the magnetic field to cover photon energies over a wide range. The phase shifter, operating at 5 A, provides phase delay 555° for minimal photon energy 300 eV. A trim current at the side coils serves to compensate for the first and second field integrals. The main current is varied to cover photon energies 0.3–20 keV. Our design takes into account an effect of cross talk with nearby magnets.
AbstractList Phase shifters of various kinds have been studied to match the double undulators that were installed in the same double-mini Betay-function straight section in TPS. A prototype phase shifter, designed to satisfy the requirement for phase matching between two undulators, comprises three C-type dipole magnets for convenient operation and tuning of the magnetic field to cover photon energies over a wide range. The phase shifter, operating at 5 A, provides phase delay 555[degrees] for minimal photon energy 300 eV. A trim current at the side coils serves to compensate for the first and second field integrals. The main current is varied to cover photon energies 0.3-20 keV. Our design takes into account an effect of cross talk with nearby magnets.
Phase shifters of various kinds have been studied to match the double undulators that were installed in the same double-mini Betay-function straight section in TPS. A prototype phase shifter, designed to satisfy the requirement for phase matching between two undulators, comprises three C-type dipole magnets for convenient operation and tuning of the magnetic field to cover photon energies over a wide range. The phase shifter, operating at 5 A, provides phase delay 555° for minimal photon energy 300 eV. A trim current at the side coils serves to compensate for the first and second field integrals. The main current is varied to cover photon energies 0.3–20 keV. Our design takes into account an effect of cross talk with nearby magnets.
Author Chen, Sei-Da
Chang, Cheng-Hsiang
Kuo, Cheng-Ying
Lin, Fu-Yuan
Jan, Jyh-Chyuan
Chung, Ting-Yi
Huang, Ming-Hsiung
Yang, Chin-Kang
Hwang, Ching-Shiang
Huang, Jui-Che
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References Nakamura N (2) 2009
Chiu M S (1) 2011
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Snippet Phase shifters of various kinds have been studied to match the double undulators that were installed in the same double-mini Betay-function straight section in...
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SubjectTerms Coils
Crosstalk
Delay
Dipoles
Magnetic fields
Magnets
Phase matching
Phase shifters
Photons
Physics
Prototypes
Tuning
Title A prototype phase shifter for phase matching between undulators at TPS
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