Universal Pulse Generators

RUP6


Depending on the design, the RUP6 consists of many cascaded 1kV IGBT half-bridge pulse modules which are connected in parallel for charging and connected in series for the pulse itself. This requires only a 1kV primary power supply. Modulator and power supply are inseparably integrated into one another in this principle. The pulse width is almost freely selectable and is limited only by the stored energy. The pulse generators of the RUP6 series, typically, provide negative output voltages.



The outstanding features of the RUP6 series are:

  • Real square pulse with active switch-off
  • Pulse length almost completely freely adjustable
  • High efficiency
  • Individual scalability of the voltage
  • Fast arc shutdown.
  • Output inductor for minimizing switching losses
  • Module-2-group circuit for override minimization

General Specifications:

  • Models with high voltages from -1kV to -35kV
  • 60A Pulse current with standard pulse module
  • 3A effective current
  • Typical rise time 200ns -450ns (depending on version)
  • 2.5kW output power (standard version)
  • Frequencies up to 3kHz, in some cases up to 5kHz are possible

Special variants:

  • Bipolar design
  • Dual output
  • Integrated, adjustable bias voltage 0 to -200V
  • Versions for special suitability for capacitive, resistive or inductive loads
  • 200A pulse current with special module
  • 6kW and 12kW output power with special power supply and three-phase power supply
  • 480V three-phase connection

Applications

  • Dual high-voltage magnetron sputtering
  • Plasma immersion applications
  • Liquid Sterilization
  • Insulation tests on capacitive loads

Downloads RUP6 Series

PDF General data sheet RUP6

PDF RUP6 Bipolar (RUP6-25bibv6)

PDF RUP6 dual output (RUP6-3x2) German

PDF RUP6 capacitive and inductive loads, 200A (RUP6-10CL) English


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