The paper presents a special measurement system for investigation of temperature influence on the indication of commercially available sensors of the magnetic field. Utilizing the developed system, several magnetoresistive and Hall-effect sensors were investigated within the temperature range from –30°C to 70°C. The obtained results indicate that sensitivity of most of the investigated sensors is unaffected, except the basic magnetoresistive device. However, Hall-effect sensors exhibit considerable temperature drift, regardless of the manufacturer
The measuring system for the magnetic field and temperature using silicon whiskers p-type conductivi...
New results obtained with CMOS Hall sensors are presented. The dependence of the sensitivity on temp...
An experimental apparatus of magnetization measurements is described. High magnetic fields up to 150...
Conventional magnetic field sensors are searched to detect the magnetic field intensity of a superco...
Hall effect sensors are used in many applications because they are based on an ideal magnetic field ...
Current measurement is presently possible through a number of different techniques, including resist...
We describe a methodology to correct the apparent shift in temperature below 4K of Cernox 1030 resis...
A functioning prototype test motor with Hall-sensor feedback has been built, and the test results sh...
A versatile Hall magnetometer has been developed, manufactured, calibrated, and turned opera-tional ...
PURPOSE Precise temperature measurements in the magnetic field are indispensable for MR safety st...
Session W1P: paper no. W1P-4-25This paper proposes a temperature measurement method using a giant ma...
We describe a device for measuring the magneto-electric effect, induced by an electric field, with t...
A magnetometer based on Hall effect sensors was developed using a 1020 steel base, two magnets (K&J ...
In the present paper, the specific heats and the Hall effects of the artificial and the natural magn...
A gaussmeter is constructed using an integrated Hall effect device in order to measure the strength...
The measuring system for the magnetic field and temperature using silicon whiskers p-type conductivi...
New results obtained with CMOS Hall sensors are presented. The dependence of the sensitivity on temp...
An experimental apparatus of magnetization measurements is described. High magnetic fields up to 150...
Conventional magnetic field sensors are searched to detect the magnetic field intensity of a superco...
Hall effect sensors are used in many applications because they are based on an ideal magnetic field ...
Current measurement is presently possible through a number of different techniques, including resist...
We describe a methodology to correct the apparent shift in temperature below 4K of Cernox 1030 resis...
A functioning prototype test motor with Hall-sensor feedback has been built, and the test results sh...
A versatile Hall magnetometer has been developed, manufactured, calibrated, and turned opera-tional ...
PURPOSE Precise temperature measurements in the magnetic field are indispensable for MR safety st...
Session W1P: paper no. W1P-4-25This paper proposes a temperature measurement method using a giant ma...
We describe a device for measuring the magneto-electric effect, induced by an electric field, with t...
A magnetometer based on Hall effect sensors was developed using a 1020 steel base, two magnets (K&J ...
In the present paper, the specific heats and the Hall effects of the artificial and the natural magn...
A gaussmeter is constructed using an integrated Hall effect device in order to measure the strength...
The measuring system for the magnetic field and temperature using silicon whiskers p-type conductivi...
New results obtained with CMOS Hall sensors are presented. The dependence of the sensitivity on temp...
An experimental apparatus of magnetization measurements is described. High magnetic fields up to 150...