The comparative analysis of AC-flux and DC-flux resolvers

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BAHARI M.; NASIRI GHEIDARI Z.

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Paper Information

Journal: SCIENTIA IRANICA Year:2022 | Volume:29 | Issue:4 (Transactions D: Computer Science and Engineering and Electrical Engineering) Page(s): 2007-2013

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Information Journal Paper

Title

The comparative analysis of AC-flux and DC-flux resolvers

Author(s)

BAHARI M. | NASIRI GHEIDARI Z. | Issue Writer Certificate

Keywords

Electromagnetic Sensor

Variable Reluctance (VR) Resolver

Time-stepping Finite Element Method (TSFEM)

Hall-effect Sensor

External Magnetic Field

Abstract

Resolver, as an electromagnetic sensor, is widely used in many industrial applications. It can detect the position of the rotary part of the electric machines precisely. In commercial resolvers, the excitation winding is connected to the high frequency (HF) AC source. The amplitude-modulated voltages induced in the signal windings need to be demodulated in order to calculate the envelope of the output signals and accordingly detect the position. On the other hand, in PM-resolver, signal windings replaced by Hall-effect sensors to measure the DC magnetic flux which is produced by permanent magnets. In this study, the performance of both AC and DC flux resolvers is investigated under different circumstances. All the simulations are done by the time-stepping finite element method (TSFEM).

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APA: Copy

BAHARI, M., & NASIRI GHEIDARI, Z.. (2022). The comparative analysis of AC-flux and DC-flux resolvers. SCIENTIA IRANICA, 29(4 (Transactions D: Computer Science and Engineering and Electrical Engineering)), 2007-2013. SID. https://sid.ir/paper/1051860/en

Vancouver: Copy

BAHARI M., NASIRI GHEIDARI Z.. The comparative analysis of AC-flux and DC-flux resolvers. SCIENTIA IRANICA[Internet]. 2022;29(4 (Transactions D: Computer Science and Engineering and Electrical Engineering)):2007-2013. Available from: https://sid.ir/paper/1051860/en

IEEE: Copy

M. BAHARI, and Z. NASIRI GHEIDARI, “The comparative analysis of AC-flux and DC-flux resolvers,” SCIENTIA IRANICA, vol. 29, no. 4 (Transactions D: Computer Science and Engineering and Electrical Engineering), pp. 2007–2013, 2022, [Online]. Available: https://sid.ir/paper/1051860/en

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