Title :
Hybrid type X-ray generator for fluoroscopy X-ray system available in low-capacity AC power source
Author :
Young-Min Seo ; Min-Soo Byun ; Soon-Chan Hong
Author_Institution :
DRGEM Co. Ltd., South Korea
Abstract :
Fluoroscopy X-ray system uses a 32[kW] or greater X-ray generator for obtaining real-time moving images and high-resolution images. Conventional X-ray generator for fluoroscopy X-ray system needs a high-capacity AC power source more than 40[kVA] to perform both long-time low-power fluoroscopy and short-time highpower spot exposure. In this paper, we propose a hybrid type X-ray generator for fluoroscopy X-ray system which can perform fluoroscopy and spot exposure with a low-capacity AC power source and EDLC as an energy storage device. Proposed X-ray generator has power conversion circuits such as hybrid power input circuit, high voltage power supply, filament driver, and rotor driver. A 32[kW] class hybrid type X-ray generator with EDLC as an energy storage device for fluoroscopy X-ray system was constructed, and its validity was verified by experiments.
Keywords :
driver circuits; energy storage; power conversion; radiography; rotors; supercapacitors; EDLC; electric double layer capacitor; energy storage device; filament driver; fluoroscopy X-ray system; high voltage power supply; high-resolution images; hybrid power input circuit; hybrid type X-ray generator; low-capacity AC power source; power 32 kW; power conversion circuits; real-time moving images; rotor driver; Generators; Logic gates; Power supplies; Rotors; Switches; Voltage control; X-ray imaging; EDLC; Fluoroscopy; Hybrid; X-ray Generator;
Conference_Titel :
Power Electronics and ECCE Asia (ICPE-ECCE Asia), 2015 9th International Conference on
Conference_Location :
Seoul
DOI :
10.1109/ICPE.2015.7168193