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A NOVEL CURRENT AND VOLTAGE REGULATED ENERGY DISCHARGE POWER SUPPLY 200 A, 600 V
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| Author(s) |
Age Teake Visser |
| Abstract |
The fast spill beam extracted from the 1000 GeV particle accelerator at Fermi National Accelerator Laboratory requires two pulsed magnet and power supply systems to steer the beam to the designated experimental area. This beam steering requires a magnetic field integral of 4kGm per magnet for a duration of 4 msec at a rate of one shot per 5 seconds, and limited to 6 shots per 63 seconds. Each shot cannot last any longer than about 100 msec from start to finish. The magnetic field must be constant to within 1 % during each 4 msec spill period. This paper describes an energy discharge type power supply and magnet that meet these requfrements. This unique power supply has two regulators. One regulator preregulates the storage voltage and the other regulates the required peak current. The magnet and power supply design are interwoven to allow the use of easily available commercial parts for the power supply. Power supply and magnet design should always go hand in hand. |
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| Filename: | Unnamed file |
| Filesize: | 4.238 MB |
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| Type |
Members Only |
| Date |
Last modified 2019-08-15 by System |
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