Absolute position information of electric motors or rotating mechanical parts used in some
industrial applications is critical. This information can be measured either digitally using an …

This paper presents a new Magnetic Equivalent Circuit (MEC) to model the Variable
Reluctance Resolver (VR-Resolver) and study the effect of different windings configurations …

Among position sensors, resolvers are superior from reliability point of view. However,
obtaining lower output voltage harmonics and simple manufacturing process is a challenge …

This article presents a new parametric magnetic equivalent circuit (MEC) for modeling a new
permanent magnet resolver (PM-Resolver) with adjustable accuracy. Pole saliency of the …

An approach for optimizing the rotor shape of a variable reluctance (VR) resolver is
presented. In the optimization, the shape of the rotor is described with Fourier series. The …

A novel analysis for a new type of variable reluctance resolvers (VR-Resolvers) with toroidal
windings based on the magnetic equivalent circuit (MEC) method is presented in this work …

Multi-turn resolvers are supposed to be used in high accuracy industrial applications where
both the high resolution and the absolute measurement are needed. The existed multi-turn …

Nowadays, position sensors are increasingly used in many applications. One of the most
commonly used sensors are resolvers. There are different types of resolvers including …

This paper proposes an analytical model based on winding function method for analysis of
linear sinusoidal area resolver. The accuracy of the proposed model is verified using 3-D …

Variable reluctance (VR) resolver is an angular position sensor, which is commonly used in
the automotive industry. In this article, a general method for determining the winding …