How to Increase Power Density and Reliability in Power Converters
What will you learn?
Main challenge today in power electronics (industrial, hybrid & electric vehicles) is to manage more and more high power (OBC/DCDC converters) today and in the next future in the smallest possible space, without compromising system reliability. This challenge raises two important issues to be solved:
- HOW TO INCREASE POWER DENSITY
- HOW TO HANDLING HEAT IN THE MOST EFFECTIVE WAY TO MAINTAIN OR REDUCE (AS DESIRED) THE SYSTEM FAILURE RATE.
Failures in Power Electronics (e.g. in automotive) often ends up in the car stopped and rowed to service (best case), and expensive replacement of the full functional block. Reliability is the key to avoid fatal failures.
Don´t miss the chance to know how 3Dpower Disruptive Technology and CoolMag thermally conductive compound solve these automotive challenges.
About Antonio Rojas
Antonio Rojas, engineer degree in electrical & electronic engineering, by Málaga Technical Engineering School), has more than 35 years of experience in several disciplines of Electronic Technologies.
He works in Fujitsu Limited (Málaga, before SECOINSA) during 10 years being responsible of Modems design, prototype and reliability testing (Environmental, EMC and safety), then he move to CETECOM (test house for electronics systems, CE-Marking, EMC lab, etc..) now is Dekra, being since 2005 President of CISPR SC-210 (CTN208, radio-electric disturbances) and finally was joined to Premo in 2007 to work in RFID systems, Product & Marketing responsible for RFID business, (getting a Master by EADA over Product Management), CTO and now with additional Managing of Ecosystem, supporting mainly Technology demand for the R&D process and Ecosytems formed by key suppliers, customer, Universities, prescribers, national and international forums relative to our core business.