Unterhaching, Germany, October 8th 2012 - High efficiency of power conversion circuits is a design goal on its own. At the top end competing solar inverter manufacturer to develop the most efficient topologies using components with the lowest power dissipation. But high efficiency is also the key for other approaches. The reduction of switching losses is the basis for higher switching frequencies which lead to a reduction of the size and weight of the passive components.
The improvement from 96% to 99% efficiency will reduce the effort for cooling by factor four. It is obvious that high efficient circuits are the smartest way to achieve compact design and highest power density. With the utilization of parasitic inductance and consequent execution of basic rules of power electronics is a new power electronics solution based on standard Si components disclosed which extends the traditional designs. The presented new power module concept combines a low inductive turn off with the utilization of the parasitic inductance for a reduction of the turn on losses and the usage of three level switching circuits with the paralleling of fast switching components with components with low forward voltage drop.
For more information please see Vincotech’s article about Asymmetrical Parasitic Inductance:
http://www.vincotech.com/news/articles/asymmetrical-inductance.html?campaign_id=API
About Vincotech:
Vincotech, an independent operating unit within Mitsubishi Electric Corporation, is a market leader in power modules in development and manufacturing of high-quality electronic power components for Motion Control, and Renewable Energy applications.
With some 500 employees worldwide, backed by vast experience and a long history in electronics integration, Vincotech leverages these assets to help customers attain maximum market success.
For more information please see: www.vincotech.com
Media Contact:
Michael Frisch,
Email: Michael.Frisch[at]vincotech[dot]com,
Tel: +49 89 878067142
Distributed on behalf of Vincotech GmbH by NeonDrum news distribution service (http://www.neondrum.com)