Thermal interactions set a tremendous challenge for electronic designers, and a device/system can not be considered anymore as purely electrical one, since exists a strong interaction between operating temperature and electrical operating point. As a consequence, the electronic industry has a huge necessity of electro-thermal simulation tools, which will be able to take both thermal and electrical interactions into account during a design process. The Ph. D. research activity was pursued towards the development of electro-thermal simulation tool based on commercially available software by Agilent, called Advanced Design System (ADS). The ADS is currently the electronic industry standard tool for Radio-Frequency simulation. The task has been completed successfully, and the working electro-thermal code has been created.

Development of a New Electro-thermal Simulation Tool for RF Circuits

2008

Abstract

Thermal interactions set a tremendous challenge for electronic designers, and a device/system can not be considered anymore as purely electrical one, since exists a strong interaction between operating temperature and electrical operating point. As a consequence, the electronic industry has a huge necessity of electro-thermal simulation tools, which will be able to take both thermal and electrical interactions into account during a design process. The Ph. D. research activity was pursued towards the development of electro-thermal simulation tool based on commercially available software by Agilent, called Advanced Design System (ADS). The ADS is currently the electronic industry standard tool for Radio-Frequency simulation. The task has been completed successfully, and the working electro-thermal code has been created.
2008
it
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14242/316168
Il codice NBN di questa tesi è URN:NBN:IT:BNCF-316168