Dr. Jörg Oehmen

Application Engineering for automotive LED lighting solutions + Leading teams in Villach, Austria and Padua, Italy + Linear current sources + DC/DC converters http://www.infineon.com/litix

Application Engineering for automotive smart switches and gate drivers + Leading teams in Munich, Germany and Le Puy-Sainte-Réparade, France + Relay Replacement + Smart junction boxes + Battery Switches http://www.infineon.com/hitfet http://www.infineon.com/profet

System Engineering for digital control ICs + Digital control ICs for power supplies + TV, PC and charger applications + Flyback, PFC + Flyback, PFC + LLC topologies + Firmware product development + Concept development on system and product level + Customer support + System design in + Functional lead of teams in Munich, Germany and in Taipei, Taiwan + Lead of task forces and innovation projects + Test automation of SMPS

Product Development SSL Drivers + Highly efficient, programmable and dimmable constant current drivers + Digitally controlled AC/DC drivers + Set up new business partnership with a Chinese EMS company + Manufacturing transfer of LED drivers to a Chinese EMS company + Marketing & Sales support (market analyses, road maps, product definition, fighting guides) + Responsible for US and European safety certifications + International team at two locations (USA, Germany)

Advanced Technologies Team. Highly efficient power converters for lighting. New DC/DC converters with very high efficiencies for TV backlighting New low profile magnetic components. Highly efficient DC/DC 5kW battery charger prototype with free convection for Lead Acid Batteries

Worldwide thermal management support for internal and external customers

Thermal management and technical marketing of intelligent power modules (CIPOS)

Virtual Prototyping of Power Semiconductor Products: · Modeling of high voltage power semiconductors · Modeling & simulation of switch mode power supplies · Analyses of high voltage MOSFETs failure causes in their applications · Optimization of power semiconductors for specific applications · Analyses of power semiconductors in new topologies

Worked on modeling of substrate effects in the German Government (BMBF) funded project ASDESE in cooperation with industrial partners: Teaching assistant for the lecture "Fundamentals of Electrical Engineering for Information Processing I / II"

Functional testing of Multi-Chip Packages (MCP) and Systems-On-a-Chip (SOC) controlled by the Digital Signal Processor (DSP) of the SOC.

Parasitics in Mixed-Signal and Smart-Power ICs