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 …

In this article, field-reconstruction method (FRM) is proposed for predicting the performance
of different types of rotational resolvers, including wound-rotor (WR) and variable reluctance …

Resolvers have robust performance in harsh environments due to their electromagnetic
structure. Among different types of resolvers, variable reluctance (VR) ones suggest higher …

Linear variable reluctance (VR) resolvers offer robustness and affordability in comparison
with wound mover sensors. However, the accuracy of linear sensors is influenced by …

A new type of linear resolver (L-Resolver) as a linear position sensor is proposed in this
article, where the field and signal windings are located on the mover and stator, respectively …

The existence of resolvers in the two degree of freedom (2DOF) control algorithm is
mandatory due to their improved performance in harsh environments. However, resolver's …

The magnetic flux in a permanent magnet transverse flux generator (PMTFG) is three-
dimensional (3D), therefore, its efficacy is evaluated using 3D magnetic field analysis …

Linear position sensors are used in linear control systems to provide position feedback, and
also for positioning in various applications. In harsh environments, the reliability of the …

Two-degree-of-freedom (2-DoF) electrical machine invention leads to simultaneous
production motion in more than one direction with a single electrical machine. To drive such …

Multi-Speed resolvers are desirable position sensors for high performance closed-loop
control of inverter driven machines due to their high accuracy. However, developing a …