MSL Electrical Spice3 - Status and Further Development

Majetta, Kristin; Böhme, Sandra; Clauß, Christoph; Schneider, Peter

doi:10.3384/ecp11063160

Cited by 2 publications

(2 citation statements)

References 4 publications

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“…The Spice3 library [3] was developed between 2007 and 2010 mainly in the ITEA2 projects EUROSYSLIB and MODELISAR. This library contains most of the models of the de facto standard SPICE3 simulation tool developed by the University of California, Berkeley.…”

Section: Spice3 Librarymentioning

confidence: 99%

Modelica – a Modelling Language for Heterogeneous Systems

Clauß

Donath

Enge-Rosenblatt

et al. 2011

Microelectronic Systems

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The modelling language Modelica has been developed by a steadily growing community since 1996. Today, it is a well-established element of the design process in several technical application areas. Fraunhofer IIS/EAS is involved in the language development from the very beginning. Research on dedicated fields like structural variability and control algorithms using Modelica as well as the development of complete packages (Modelica Standard Library, Complex and Statistics Library) are highlights of these Modelica activities. This article presents a compact overview about the variety of research results which have been achieved by the Dresden Division of Fraunhofer IIS during the last 15 years.

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Section: Spice3 Librarymentioning

confidence: 99%

Modelica – a Modelling Language for Heterogeneous Systems

Clauß

Donath

Enge-Rosenblatt

et al. 2011

Microelectronic Systems

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“…On the one hand, in contrast to Modelica, SPICE does not meet the requirements of multi-domain simulation. There are already approaches to translate SPICE models into the Modelica language (Majetta et al, 2011) and it also has been shown that Modelica is in principle suitable for simulation of power electronics (Glaser et al, 1995). None of these approaches solves the second challenge, that the calculation of the switching operations would slow down the system simulation, so it would be practically impossible to carry out longer simulations.…”

Section: Introductionmentioning

confidence: 99%

Average Model of a Synchronous Half-Bridge DC/DC Converter Considering Losses and Dynamics

Winter

Moser

Schoenewolf

et al. 2015

Linköping Electronic Conference Proceedings

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Nowadays, power electronic systems play a major role in almost every large system. Due to the high switching frequencies, the simulation of these devices is computationally very expensive and not suitable for system simulation. Average models of these power electronic systems are needed to simulate the basic terminal characteristics of these devices without the need to simulate every switching operation. This paper describes a Modelica implementation of a synchronous half-bridge converter for the use in an automotive power net simulation as well as in real-time environments. The model takes into account the losses in the semiconductors as well as the dynamic behavior of the converter. For the parametrization of the model, only the switching frequency and some values from the datasheets of the used components are required. To validate the proposed model, an equivalent SPICE model is developed, serving as a reference model. The dynamic behavior of the two models is compared using step responses of the load current. The relative deviation of the model's output voltage compared to the SPICE simulation is less than 2 %. Furthermore, also the energetic behavior was investigated, and it is shown that the proposed model provides good results for a wide operating area.

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MSL Electrical Spice3 - Status and Further Development

Cited by 2 publications

References 4 publications

Modelica – a Modelling Language for Heterogeneous Systems

Modelica – a Modelling Language for Heterogeneous Systems

Average Model of a Synchronous Half-Bridge DC/DC Converter Considering Losses and Dynamics

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