2003Unpublished venueRequires access

Application of VHDL-AMS language for simulation of magnetic sensors

M. Zawieja, Andrzej Napieralski, J.-J. Charlot

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Abstract

This paper presents an application of the new standard of VHDL language: VHDL-AMS in the field of magnetic microsensors modelling. In the following article three different magnetic field sensors have been demonstrated. Three models, described in two different languages: HDLA and VHDL-AMS, have been considered. ELDO-ANACAD and Spice models of above mentioned devices have been discussed and compared. In a conclusions comparison of the HDLA and VHDL-AMS languages have been presented.

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What this paper is about

This paper presents an application of the new standard of VHDL language: VHDL-AMS in the field of magnetic microsensors modelling. In the following article three different magnetic field sensors have been demonstrated. Three models, described in two different languages: HDLA and VHDL-AMS, have been considered. ELDO-ANACAD and Spice models of above mentioned devices have been discussed and compared. In a conclusions comparison of the HDLA and VHDL-AMS languages have been presented.

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Available abstract

This paper presents an application of the new standard of VHDL language: VHDL-AMS in the field of magnetic microsensors modelling. In the following article three different magnetic field sensors have been demonstrated. Three models, described in two different languages: HDLA and VHDL-AMS, have been considered. ELDO-ANACAD and Spice models of above mentioned devices have been discussed and compared. In a conclusions comparison of the HDLA and VHDL-AMS languages have been presented.

Key concepts: VHDL-AMS, VHDL, Hardware description language, Computer science, Spice, Programming language, Field (mathematics), Electronic engineering

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