A Neural Network Based Behavioral Model of a Monolithic Cascode Power Switch

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概要

• 論文の詳細を見る

• Time domain simulation is essential in computer aided design and debug of Power Integrated Circuits. Behavioral models allow to largely increase simulation speed and flexibility and are ideal for time domain simulations. A new technique is presented that allows to obtain a neural network based behavioral model of the output stage of a VlPowerTM Integrated Circuit including temperature effects and employing only input/output measurements. Using the proposed approach, a temperature dependant model of a monolithic cascode switch has been developed and tested.

• 社団法人 電気学会の論文
• 2001-07-01

著者

• Testa Antonio

  D.f.m.t.f.a.-university Of Messina

• CONSOLI Alfio

  D.E.E.S.-University of Catania Viale A.Doria

• CACCIATO Mario

  D.E.E.S.-University of Catania

• TAGLIAVIA Donato

  ST Microelectronics

• Consoli Alfio

  D.e.e.s.-university Of Catania

関連論文

• Reduction of Conducted Electromagnetic Emissions in Multi-Inverter Drive Systems
• A Neural Network Based Behavioral Model of a Monolithic Cascode Power Switch

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