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Parameter Extraction for the PSPHV LDMOS Transistor Model

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This paper details a robust parameter extraction flow for the PSPHV LDMOS transistor model. The procedure uses a global scaling parameter set and accounts for self-heating. We describe how to… Click to show full abstract

This paper details a robust parameter extraction flow for the PSPHV LDMOS transistor model. The procedure uses a global scaling parameter set and accounts for self-heating. We describe how to determine parameters associated with important physical effects specific to PSPHV: non-uniform lateral channel doping; the Kirk effect; internal drain voltage clamping; and the drain expansion effect. The method is verified on devices from different technologies. Verilog-A code for PSPHV is publicly available.

Keywords: psphv ldmos; ldmos transistor; psphv; parameter extraction; transistor model; parameter

Journal Title: IEEE Journal of the Electron Devices Society
Year Published: 2020

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