Universal Pulse Generators

RUP with tube technology


The high-voltage pulse generators of the RUP1-2 and RUP4-5 series were designed for negative pulses based on electron tubes. The tetrode is connected in parallel to the load, with a cathode-potential close to ground. The output is capacively coupled and principally potential free. A great advantage of tube topology is, that they are inherent current-limited and insensitive to short-term overloads. However, tube topology also has disadvantages. Thus, the devices are not scalable, the selection of suitable tetrodes was / is limited. During operation, x-ray radiation is generated, which must be shielded with lead. In addition an approval is neccessary.



Basic data of the pulse generators with electron tubes in retrospect:

RUP1 Tetrode TH5188
Umax up to 100kV; Imax up to 10A; PAverage up to 1.5kW

RUP2 Tetrode 4PR250C
Umax up to 50kV; Imax up to 4A; PAverage up to 1kW

RUP4 Tube 8960
Umax up to 45kV; Imax up to 32A; PAverage up to 8kW

RUP5 Tube Y546
Umax up to 60kV Imax up to 10A; PAverage up to 10kW

Main application:

  • Plasma immersion ion implantation

Remark:

The GBS Elektronik GmbH has discontinued the production of pulse generators based on electron tubes. In special cases, the advantages of tube technology can not be replaced 100% by other technologies.Therefore, a project is conceivable upon justified request.

Downloads RUP with tube technology

PDF Data sheet RUP4-1B 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