Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform

Since it was first added to Qucs in 2007 Equation-Defined Device (EDD) modelling has become an established model building technique. Originally implemented as a convenient interactive method for constructing experimental compact models, today it is widely used for developing non-linear models of est...

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Main Authors: Brinson, Mike, Kuznetsov, Vadim, Grabinski, Wladek
Format: Conference or Workshop Item
Language:English
Published: 2015
Subjects:
Online Access:https://repository.londonmet.ac.uk/3960/1/T14_Mike_Brinson_MOS-AK_Washington_DC_2015.pdf
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author Brinson, Mike
Kuznetsov, Vadim
Grabinski, Wladek
author_facet Brinson, Mike
Kuznetsov, Vadim
Grabinski, Wladek
author_sort Brinson, Mike
collection LMU
description Since it was first added to Qucs in 2007 Equation-Defined Device (EDD) modelling has become an established model building technique. Originally implemented as a convenient interactive method for constructing experimental compact models, today it is widely used for developing non-linear models of established and emerging technology devices.This presentation introduces a new Qucs EDD to Verilog-A compact model synthesis tool. The background, operation and application of this new Qucs feature are introduced in the presentation, together with a number example modelling cases. The synthesis tool has been released under the General Public Licence as open-source software in support of compact modelling research. It forms part of the Qucs Development Team commitment to the MOS-AK Verilog-A standardisation initiative.
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spelling oai:repository.londonmet.ac.uk:39602018-11-22T11:38:24Z http://repository.londonmet.ac.uk/3960/ Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform Brinson, Mike Kuznetsov, Vadim Grabinski, Wladek 620 Engineering & allied operations Since it was first added to Qucs in 2007 Equation-Defined Device (EDD) modelling has become an established model building technique. Originally implemented as a convenient interactive method for constructing experimental compact models, today it is widely used for developing non-linear models of established and emerging technology devices.This presentation introduces a new Qucs EDD to Verilog-A compact model synthesis tool. The background, operation and application of this new Qucs feature are introduced in the presentation, together with a number example modelling cases. The synthesis tool has been released under the General Public Licence as open-source software in support of compact modelling research. It forms part of the Qucs Development Team commitment to the MOS-AK Verilog-A standardisation initiative. 2015-12-09 Conference or Workshop Item PeerReviewed text en cc_by_nd https://repository.londonmet.ac.uk/3960/1/T14_Mike_Brinson_MOS-AK_Washington_DC_2015.pdf Brinson, Mike, Kuznetsov, Vadim and Grabinski, Wladek (2015) Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform. In: Modeling of Systems and Parameter Extraction Working Group., 9 December 2015, 8th International MOS-AK Workshop, (co-located with the IEDM Conference and CMC Meeting) Washington DC..
spellingShingle 620 Engineering & allied operations
Brinson, Mike
Kuznetsov, Vadim
Grabinski, Wladek
Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform
title Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform
title_full Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform
title_fullStr Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform
title_full_unstemmed Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform
title_short Qucs Equation-Defined Device modelling with a Verilog-A Prototyping Platform
title_sort qucs equation defined device modelling with a verilog a prototyping platform
topic 620 Engineering & allied operations
url https://repository.londonmet.ac.uk/3960/1/T14_Mike_Brinson_MOS-AK_Washington_DC_2015.pdf
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