Mikael Andersson Email & Phone Number

Helsinki

Espoo, Finland

SOI MOSFET modeling, EM simulation, process characterization

Turku, Finland

SOI MOSFET modeling, EM simulation

Helsinki, Finland

EM simulation and modeling of the multi-band, multi-mode (2G/3G/LTE) cellular RFIC and flip-chip package, as well as simulations and analysis of both test and production circuit boards. Trace modeling by EM simulation and model development from resulting S-parameters. interference and coupling mechanism study on all three levels. Modeling of discrete passive devices like decoupling capacitors, inductors and diplexers. Keeping up to date with MOS modeling field.

Helsinki, Finland

RF PWB, package and chip simulation and modeling. Trace modeling by EM simulation and model development from resulting S-parameters. Crosstalk and coupling mechanism study on all three levels. Modeling of discrete passive devices like decoupling capacitors, inductors and diplexers. Keeping up to date with MOS modeling field.

Helsinki, Finland

Signal Integrity support for PWB designers. Specifying and checking IBIS models from outside suppliers, as well as creating own SPICE- or S-parameter based IBIS models. Meetings with component suppliers and EDA vendors. Lecturing on modeling topics both in-house and for suppliers. Maintaining in-house IBIS model and passive device model libraries, the latter for a wide variety of circuit simulators.

Helsinki, Finland

Specifications and supplier contacts, as well as modeling, for all kinds of passive components, with main responsibility for ferrites and varistors. Meetings with component suppliers, including not only technical, but also component quality, availability and pricing issues. Lecturing on modeling topics both in-house and for suppliers. Maintaining in-house passive device model libraries for a wide variety of circuit simulators.

Helsinki, Finland

Semiconductor device characterization and modeling, with emphasis on GaAs FET and Si LDMOS devices, but also for all other mobile phone components where suppliers did not offer models. Modeling support for RF designers. Research project management. Started in-house device model library.

Espoo, Finland

Semiconductor device research, with emphasis on device characterization and modeling. GaAs MESFET and Si MOSFET modeling and circuit design, circuit optimization methods development. Supporting device modeling needs of electronics industry through projects and subcontracting.

Dr.Tech., Electron Physics, Applied Electronics

Activities and Societies: Teknologföreningen

Licentiate Degree, Electron Physics

Activities and Societies: Teknologföreningen

Master'S Degree, Electron Physics

Activities and Societies: Teknologföreningen

High School Degree