The US Army has begun testing railguns with the 52 MJ power supply at the Electric Armaments Research Center (EARC). The power supply consists of sixteen 3.25 MJ pulse forming network (PFN) modules. These modules are connected in parallel at the breech of the gun and can be discharged simultaneously, sequentially or in a combination of both. At the maximum operating voltage of 24 kV, each module is capable of delivering 320 kA into a railgun load for an available peak current of over 5 MA. Shot data from a 50 mm barrel are presented and the effect of the power supply configuration on overall system efficiency and performance is compared. Test results showed that system efficiency increases and the muzzle velocity increases as the number of modules used goes up, and vice versa, for given current level. This phenomena is directly related to the changes in the system impedance as modules are added or deleted. Also, the maintenance requirements for the system and the problem areas are discussed
Performance of the 52 MJ power supply at the Electric Armaments Research Center
Betriebsverhalten der Stromversorgung für 52 MJ am Forschungszentrum für elektrische Rüstung
1995
4 Seiten, 4 Quellen
Conference paper
English
Stromversorgung , Modulbauweise , Impulsformung , Impulsleistung , Impulstechnik , Betriebseigenschaft , Betriebsspannung , Hochspannung , elektrische Ausrüstung , Scheinwiderstand , Wartung , Netzgerät , Impulsgenerator , Waffe , Parallelschaltung , Schienengeschütz , Forschungszentrum , Netzanschluss , Pulsleistungstechnik
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