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Djamal, M. (2016). Development of Digital Scale Based on Fluxgate Sensor. KnE Engineering, 1(1). https://doi.org/10.18502/keg.v1i1.476

https://doi.org/10.18502/keg.v1i1.476

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authors

  • Mitra Djamal
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Published Date

  • Sep 5, 2016

Development of Digital Scale Based on Fluxgate Sensor

KnE Engineering / Conference on Science and Engineering for Instrumentation, Environment and Renewable Energy /

Abstract

Fluxgate is a magnetic sensor which works by comparing the measurement magnetic field with the magnetic field reference. This research aims to develop digital scales using fluxgate sensor. The steps involved were sensor development, characterization, distance and mass calibration of the fabricated sensor. Here, a digital scale based on fluxgate sensor with oval vitrovac 6025Z type core, 360 windings of excitation coil and 240 windings of pick up coil was successfully fabricated. Characterization result shows that the sensor has 1669.2 mV/μT sensitivity and working area of about ± 1.9 μT, with maximum absolute error found out to be around 0.0573 μT with maximum relative error is 1.464 %. Calibrated sensor value obtained reveals that the sensor works from 15.86 until 27.00 mm in distance, utilizing equation of relationship between mass and output voltage  with the maximum relative error obtained as low as 1.49 %.

References
[1] P. Ripka, in Magnetic Sensor and Magnetometers, Artec House, 2001.


[2] Bornhoft dan Trenkler, in Sensors a comprehensive survey, vol 5, VCH Publishers Inc, New York, 1989.


[3] J. Lei, C. Lei, and Y. Zhou, Analysis and comparison of the performance of MEMS fluxgate sensors with permalloy magnetic cores of different structures, Measurement, 46, 710–715, (2012).


[4] Yulkifli, Pengembangan Elemen Fluxgate dan Penggunaannya untuk Sensor-sensor Berbasis Magnetik dan Proksimiti, Disertasi ITB, 2010.


[5] S. Putra, Pengembangan Sensor Getaran Dua Dimensi Menggunakan Sistem Sensor Fluxgate, Proyek akhir ITB, 2011.


[6] W. Indrasari, in Pengembangan Sistem Deteksi Material Magnetik Di Bawah Permukaan Tanah dengan Metode Induksi Elektromagnetik Berbasis Sensor Fluxgate, Disertasi ITB, 2014.


[7] W. Indrasari, et al., in Sensor Magnetik Fluxgate: Karakteristik dan Aplikasinya, 207– 214, Indonesian J of Materials Science, October Edition, 2007.