Advanced giant magnetoresistance technology for measurement applications
Giant magnetoresistance (GMR) sensors are considered one of the first real applications of
nanotechnology. They consist of nm-thick layered structures where ferromagnetic metals are …
nanotechnology. They consist of nm-thick layered structures where ferromagnetic metals are …
Linearization of the sensors characteristics: A review
T Islam, SC Mukhopadhyay - … Journal on Smart Sensing and Intelligent …, 2019 - sciendo.com
Today, the sensing devices play an important role for various system automation and
monitoring of different physical and chemical parameters. Nonlinearity is an important long …
monitoring of different physical and chemical parameters. Nonlinearity is an important long …
Hysteresis compensation based on controlled current pulses for magnetoresistive sensors
This paper presents a novel hysteresis compensation method for increasing the
measurement accuracy of magnetoresistive (MR) sensors such as anisotropic …
measurement accuracy of magnetoresistive (MR) sensors such as anisotropic …
Giant-magnetoresistance-based galvanically isolated voltage and current measurements
Nowadays, dc current is much more widely used than a decade ago, not only in the well-
known high-voltage dc transmission but also as dc-powered marine systems, dc data …
known high-voltage dc transmission but also as dc-powered marine systems, dc data …
Design and performance evaluation of two novel linearisation circuits for giant magneto‐resistance based sensors
This study presents two simple and efficient linearisation circuits for giant magneto‐
resistance (GMR)‐based magnetic field sensors. GMR sensors are commonly available in …
resistance (GMR)‐based magnetic field sensors. GMR sensors are commonly available in …
Hysteresis compensation method for magnetoresistive sensors based on single polar controlled magnetic field pulses
This paper presents an improved hysteresis compensation method based on magnetic field
pulses. The magnetic field pulses are generated by current pulses applied to a one-winding …
pulses. The magnetic field pulses are generated by current pulses applied to a one-winding …
A dynamic hysteresis model for TMR-current sensors based on probability estimation of hysteresis operator and its switching time
Y Li, L Wang, H Yu, J An, Y Pei, Z Qian - Applied Sciences, 2022 - mdpi.com
Hysteresis is one of the main factors affecting the measurement accuracy of TMR sensors,
especially in dynamic measurements. The commonly used Preisach hysteresis …
especially in dynamic measurements. The commonly used Preisach hysteresis …
Simple mathematical operation-based calibration method for giant magnetoresistive current sensor applying B-spline modeling
Nowadays, giant magnetoresistance (GMR)-based sensor technology is widely used in
numerous industrial applications. However, an inexpensive and efficient method for …
numerous industrial applications. However, an inexpensive and efficient method for …
Improved mathematical operations based calibration method for giant magnetoresistive current sensor applying B-Spline modeling
Nowadays, giant magnetoresistance (GMR) based sensor technology is widely used in
numerous industrial applications. However, an inexpensive and efficient method for …
numerous industrial applications. However, an inexpensive and efficient method for …
Dual measurement of current and temperature using a single tunneling magnetoresistive sensor
This paper presents a sensitive and high cost-effective dual-parameter measurement
technique, which is capable of measuring current and temperature based on Johnson noise …
technique, which is capable of measuring current and temperature based on Johnson noise …