Peter Lenar

Creating and defining a new technical support structure for a product family in EMEA, Gap analysis of the current status and defining means to improve and speed-up the support by creating trainings, guidelines and a knowledge base; improving tools und work flows; define and create missing demoboards and documentation, standardize measurement setups and documents provide 3rd level technical support on device and system level with direct customer support.

Responsible for CoolMOS MOSFETS in lighting applications, 3rd level support for worldwide CoolMOS design-in activities (all topologies), creating and providing technical trainings to customer, create support material, support in critical cases with measurements (thermal, EMI, performance, surge), provide customer feedback and market requirements to the organisation

Responsible for the development of a new PFC-Flyback IC family with technical group lead, product and system validation, documentation, development demoboards, create and conduct worldwide trainings on the product and system level, customer design-in activities

Requirement engineering, evaluation and documentation of products, design and development of reference designs for switched mode power supplies, technical customer support; Focus on PFC LLC, Flyback, Buck, LCC Topologies, Standard and Norms for lighting

Application Engineer for low power(<800W) SMPS

Requirement engineering, evaluation and documentation of products, design and development of reference designs for switched mode power supplies, technical customer support; Focus on Lighting Accessory ICs, Digital Flyback IC, PFC LLC Digital combo IC

Requirement engineering, evaluation and documentation of products, design and development of reference designs for switched mode power supplies, technical customer support; Focus on Lighting Accessory ICs, Digital Flyback IC, PFC LLC Digital combo IC

Abschlussarbeit: Systemsimulation und Optimierung der Regelung für PFC/LLC Anwendungen

Verfassen der Bachelorarbeit "Simulation und Optimierung von Ausgangsleistung und Wirkungsgrad einer LLC-Leistungswandlerstufe mit CoolMOS-Transistoren"

- Simulation von DC/DC Convertern - Verlustanalyse von LLC-Resonanzwandlern

- Einarbeitung in die Funktionsweise eines Superjunction MOSFET - Einarbeitung in die Schaltungssimulatoren ADS und Simetrix - Untersuchung von parasitären Einflüssen auf das Schaltverhalten einer Leistungswanderstufe - Modellierung von CoolMOS Transistoren - Definition und Verifikation von Simulationsschaltungen für die Bestimmung von Transistoreigenschaften - Entwicklung einer CAD Bibliothek - Test, Verifikation und Weiterentwicklung von Transistormodellen - Technische Dokumentation