Title :
Power Conditioning System for High - Power ND - Glass Laser of ISKRA-6 Facilityc: Description and Status
Author :
Bezuglov, Victor G. ; Galakhov, Igor V. ; Garanin, Sergei G. ; Grigorovich, Sergei V. ; Kinzibaev, Maxim I. ; Kirdyashkin, Mikhail Yu ; Lazarchuk, Valeri P. ; Logutenko, Sergei L. ; Murugov, Vasili M. ; Osin, Vladimir A. ; Kopelovich, Evgeni A. ; Flat, Fe
Author_Institution :
Russian Federal Nucl. Center - VNIIEF, Nizhni Novgorod
Abstract :
Summary form only given. The ISKRA-6 laser is a 128-beam, flashlamp-driven neodymium-glass laser that will produce near 0.6 MJ of light on target. Each of the 128 beams of the ISKRA-6 laser is amplified in two four-pass laser amplifiers. Pumping system of these amplifiers is consisted the 5120 xenon flash lamps that are drove by a power conditioning system. ISKRA-6 power conditioning system (PCS) is based on the capacitor storage bank to deliver approximately 35 k.F to each of 5120 flashlamps. So, PCS will be capable of storing nearly 215 MJ of electrical energy at 24 kV The capacitor bank will include the 256 unified modules. This paper describes the design of module and results of testing of module prototype. It also discusses the components of module including self-healing capacitors, main semiconductor closing switches based on reverse switched dynistors, and other components.
Keywords :
capacitors; flash lamps; laser fusion; neodymium; power semiconductor switches; solid lasers; xenon; ISKRA-6 laser facility; JkJk:Nd; capacitor bank; energy 0.6 MJ; energy 215 MJ; flashlamp-driven neodymium-glass laser; four-pass laser amplifiers; high-power Nd-glass laser; main semiconductor closing switches; power conditioning system; pumping system; reverse switched dynistors; self-healing capacitors; voltage 24 kV; xenon flash lamps; Capacitors; Glass; Laser beams; Neodymium; Personal communication networks; Power amplifiers; Power conditioning; Power lasers; Pump lasers; Xenon;
Conference_Titel :
Plasma Science, 2007. ICOPS 2007. IEEE 34th International Conference on
Conference_Location :
Albuquerque, NM
Print_ISBN :
978-1-4244-0915-0
DOI :
10.1109/PPPS.2007.4346169