Electronic switch for high DC currents

The occurrence of electric arcs is prevented by the special design and the use of state-of-the-art electronic components (semiconductors). As a result, the electronic DC pushbutton has a significantly longer service life (more than 1 million switching cycles) and is more reliable than any comparable electromechanical alternative.

The trend today is moving ever faster towards mobile applications of electrical energy. In the low-power sector, we are all familiar with this from smartphones and the like. However, the automotive and aviation sectors as well as smaller ships also work almost exclusively with direct current.

In addition, electricity is also being generated directly as direct current to an ever greater extent. Photovoltaics are particularly worth mentioning here. So why convert the direct current into alternating current with losses (inverters), transport it and then convert it back into direct current with losses (rectifiers)?

For some time now, SCHURTER has been increasingly focusing on solutions for the direct use of direct current. These include the world's first 400 VDC plug-in connection systems for data centres.