Self-consistent Fully Dynamic Electro-thermal Simulation of Power Hbts

Abstract

A new self-consistent dynamic electro-thermal model for power HBTs is presented coupling a circuit-oriented electrical model, fitted on experimental data, with a full frequency domain thermal model. The thermal model provides the exact frequency behaviour of the device thermal impedance through a quasi-3D approach. The electro-thermal self-consistent solution is achieved, in large-signal periodic operation, through Harmonic Balance analysis. The model has been applied to the simulation of some HBT layouts from Alenia Marconi Systems.

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Cite this paper

@inproceedings{Cappelluti2001SelfconsistentFD, title={Self-consistent Fully Dynamic Electro-thermal Simulation of Power Hbts}, author={Federica Cappelluti and Fabrizio Bonani and Silvana Donati and Reno Graffitti}, year={2001} }