三相Δ-YΔ結線全波整流(12ピーク)X線発生装置の回路解析
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概要
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What are needed to accomplish reliable and effective application of X-ray are optimum performances of individual parts of which an X-ray generator is composed and best performances resulting from relative functions among them. Performances of various parts of a generator are well considered already in its design and confirmed by inspection. At the time of installation, a generator is adjusted in accordance with a power supply at the site so as to establish the satisfactory performances. For the right understanding of performances and right application of a generator, importance are to understand the structure designed in according to the specification requirements, to investigate the connection diagram indicating electric operations, actual measurement of electiric voltage and currents along each circuit to see the agreement with theoretical values, investigation of how well applicability to accessory equipment are established, and so on. They will also be helpful for maintenance and auto-diagnosis of a generator. This paper describes circuit analysis for a three phase "Delta-Star Delta" full wave rectification X-ray generator to obtain electric voltages, currents and terminal potentials in a generator, resulting from voltage and current waves, effective values, average values, fourier series and terminal potentials of an X-ray generator. In additon, it is described that, for a power supply, an electric current can be indicated with a circle-diagram by considering it as an equivalent sine wave. And also a comparison is made of capacities in single phase and three phase X-ray generators.
- 公益社団法人日本放射線技術学会の論文
- 1982-01-01
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