Recently, a sensor structure consisting of magnetic wires attached directly to a rotating shaft, a pick-up coil, and a pair of magnets separately located outside the rotor was proposed. This paper presents a structure whose excitation source is just a single magnet. This structure decreases the cost of the previous sensor while retaining its advantages. For example, multiple output signals can be obtained per turn of the shaft by simply adding a corresponding number of wires, without requiring more pick-up coils and magnet pairs. In this study, the dependence of the output voltage on the pick-up coil was measured and the domain wall structure was elucidated by the measurement result
A magnetic sensor has been developed for measuring a very low magnetic field. The sensor consists of...
In this paper we present a review on magnetic effects used for physical sensor applications. First, ...
This study presents the optimal design of a magnetic excitation model for developing a nondestructiv...
This paper shows a new displacement-to-frequency transducer based on the variation of a coil inducta...
This paper present a new structure of a magnetic sensor. The output signal is proportional to the an...
This paper present a new structure of a magnetic sensor. The output signal is proportional to the an...
A fast magnetization reversal in twisted Vicalloy wires is utilized in speed sensor, rotation sensor...
This paper introduces a novel contactless sensing principle conceived for measuring the rotation ang...
[EN] We develop and analyze an advanced concept for a domain-wall-based sensing of rotations. Moving...
A new type of the compound magnetic wire sensor is developed. A search coil is wound around the wire...
The subject of this investigation is a commutated rotating coil magnetometer element. One detector w...
Abstract. A new type of the compound magnetic wire sensor is developed. A search coil is wound aroun...
Output properties of magnetic sensors generating pulse voltages are described. The sensors principal...
A magnetic sensor has been developed for measuring a very low magnetic field. The sensor consists of...
A magnetic sensor has been developed for measuring a very low magnetic field. The sensor consists of...
A magnetic sensor has been developed for measuring a very low magnetic field. The sensor consists of...
In this paper we present a review on magnetic effects used for physical sensor applications. First, ...
This study presents the optimal design of a magnetic excitation model for developing a nondestructiv...
This paper shows a new displacement-to-frequency transducer based on the variation of a coil inducta...
This paper present a new structure of a magnetic sensor. The output signal is proportional to the an...
This paper present a new structure of a magnetic sensor. The output signal is proportional to the an...
A fast magnetization reversal in twisted Vicalloy wires is utilized in speed sensor, rotation sensor...
This paper introduces a novel contactless sensing principle conceived for measuring the rotation ang...
[EN] We develop and analyze an advanced concept for a domain-wall-based sensing of rotations. Moving...
A new type of the compound magnetic wire sensor is developed. A search coil is wound around the wire...
The subject of this investigation is a commutated rotating coil magnetometer element. One detector w...
Abstract. A new type of the compound magnetic wire sensor is developed. A search coil is wound aroun...
Output properties of magnetic sensors generating pulse voltages are described. The sensors principal...
A magnetic sensor has been developed for measuring a very low magnetic field. The sensor consists of...
A magnetic sensor has been developed for measuring a very low magnetic field. The sensor consists of...
A magnetic sensor has been developed for measuring a very low magnetic field. The sensor consists of...
In this paper we present a review on magnetic effects used for physical sensor applications. First, ...
This study presents the optimal design of a magnetic excitation model for developing a nondestructiv...