Universal Pulse Generators

RUP7


The RUP7 series includes current pulse generators that are designed for load impedances << 50Ohm and primarily for loads where the inductive component dominates. The outputs of the devices are basically potential-free and the current is switched off all-pole, so that the present energy in the load inductance is fed back into the pulse generator. 



The outstanding features of the RUP7 series are:

  • Active, double - sided switch - off with energy return to storage capacity
  • high efficiency
  • Individual scalability of the current
  • Fast arc shutdown.
  • Output inductor for current rise limit

General Specifications:

  • High voltages up to 1000V, adjustable
  • Peak current 400A
  • Mean power of 2.5kW
  • 30A average output current
  • Typical rise time with low-resistance load by 33µs
  • Typical rise time with high-resistance load approx. 0.1 - 0.5µs
  • Duty cycle from 0% to 100% possible

Special variants:

  • Mean power of 3.2kW or 15kW
  • Model with 2 operating modes: HV or HC pulse optimized Umax 1000V / 2000V | Imax 200A / 400A
  • Model as test current source for loads in the mOhm range
  • Versions up to 2500A or 5000A peak pulse current

Applications:

  • Plasma coating
  • Magnetron sputtering
  • PVD sheet coating
  • Tests on semiconductor components

Downloads RUP7 Series

PDF General data sheet RUP7 English

PDF RUP7 with 2 operating modes (RUP7-2) German

PDF RUP7 peak current 5000A (RUP7MV5) German


Further variants can be found in our download section >>

References of GBS Elektronik GmbH

Research Center Dresden-Rossendorf | Technical University of Berlin | University of Frankfurt | Society of Heavy Ion Research, Darmstadt | University of Augsburg | Institute for Surface Modification, Leipzig | Research Center Jülich | European Commission, Luxembourg | Institute for Reference Materials and Measurements, Geel, Belgium | Joint Research Center Ispra, Italy | Instituto Nacional de Pesquisas Espaciais, Brazil | CNEA, Argentina | National Accelerator Center, Cape Town, South Africa | Samsung, South Korea | University of Sydney, Australia