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

Linear variable reluctance (LVR) resolvers have substantial benefits that make them suitable
for linear motion control drives. The optimal design of LVR resolvers needs an accurate …

In this paper, the performance of Variable Reluctance Linear Resolver (VR-L-Resolver) with
overlapping and non-overlapping windings is investigated by a novel parametric Magnetic …

A novel linear resolver (L-Resolver) is proposed in this article. The excitation and signals
windings are placed on the mover, and the stator structure is designed by a certain number …

Linear position sensors are widely used in closed loop control of linear actuators. Since the
industrial usage of linear planar motors with 2-degree of freedom (2-DOF) is increasing, it is …

A novel technique for accuracy improvement of the variable reluctance linear resolvers (VR-
L resolvers) is investigated in this article. A well-known structure and a calculation correcting …

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 …

Linear resolvers are position sensors that are being used in a wide range of applications for
linear motion systems. The electromagnetic design of a linear resolver, similar to any other …

The stator-permanent magnet (PM) motor has an advantage with its simple and firm rotor,
which is suitable when being applied to automotive applications. This article proposes a …

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 …