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Progress in Machines and Systems

Data Precision and Measures for Computers, Sensors and Systems

Nikola Draganov, Totka Draganova, Anatolii Aleksandrov
Nikola Draganov is with the Faculty of Electrical Engineering and Electronics at Technical University of Gabrovo, 4 Hadgi Dimitar, Gabrovo 5300, Bulgaria., Totka Draganova is with the Faculty of Electrical Engineering and Electronics at Technical Universi

Abstract: The reliability and accurate values of measurements is possible now due to the use of electronic precision and sophisticated equipment. We can consider the magnetic fields which is a major input parameter and we can produce new kinds of sensors and measures. The accurate value of the measurement signals is possible based on computers and systems which collect data. We in this work, have proposed a system for measuring magnetic field. The IC was developed by a specific precision manufacturing is deployed for data measures.

Keywords: Hall Sensors, Measuring of Magnetic Field, DAQ Systems, Virtual Instruments Data Precision and Measures for Computers, Sensors and Systems

DOI:https://doi.org/10.6025/pms/2023/12/1/11-14

Full_Text PDF 1.23 MB Download: 69 times

References:

[1] Aleksandrov, A. & Draganov, N. (2005) Galvanomagnetic regulator of induction motor rotation frequency. In: Proceedings of the Papers, 29 June. ICEST: Niš, Serbia, pp. 66–69.
[2] Aleksandrov, A. & Draganov, N. (2005) Study of a galvanomagnetic digital-to-analogue converter. In: Proceedings of the Papers, 29 June. ICEST: Niš, Serbia, pp. 60–65.
[3] Draganov, N. & Aleksandrov, A. (2005) Galvanomagnetic antilock braking system. In: Proceedings of the Papers. ELMA: Sofia, pp. 134–136.
[4] Draganov, N. (2008) Investigation of three wire connection of Hall element with orthogonal magnetic sensitivity. In: Proceedings of the Papers – UNITECH–08, Gabrovo, Bulgaria, Vol. 1, pp. 138–141.
[5] Melexis. Product Technical Data Rev. 12.2011
[6] National Instruments, Lab View – User Guide.

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