Methods for modeling and calibrating 3D probes of the magnetic field on splitting Holly structures
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Abstract
The work proposes a method of modeling and calibration intended for defining coefficients of field characteristics of 3D magnetic sensors based on splitted Hall structures. A splitted Hall structure allows to locate the sensor sensitive region in its corner, so having constructed a 3D sensor appropriately one can achieve high spatial resolution. The coefficients of field characteristics can be found using calculus of approximation and triples of a 3D sensor’s output signals obtained during its arbitrary rotation in a uniform magnetic f
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References
R. Popovic, Hall Effect Devices, CRC Press, 2003. DOI:10.1201/NOE0750308557
Gautri Z.Yu., Bolshakov I.A., Gladun M.R., Golyaka R.L., Gotra Z.Yu., Lopatinsky I.Y., Potentsky Y., Sopilnyk L.I., Microelectronic sensory attachments of the magnetic field, Lviv: View of the National University"Lviv Polytechnic", 2001.
Pat. No. 72832 Ukraine, MKI 7 G 01 R 33/06, H 01 L 43/06. Vimіryuvalnyy peretvoryuvach magnetic field, Bolshakova I.A., Golyaka R L. (Ukraine) - No. 2003065533; Claimed 13.06.03; Published 15.04.05, Bull. No.4
Pat. No. 73816 Ukraine, MKI 7 C 01 R 33/06. Vimiryuvalny magnetic turner fields, Bolshakova I.A., Golyaka R.L. (Ukraine), No. 2003065532; Claimed 13.06.03; Published 09.15.05, Bulletin No. 9.
I. Bolshakova, R. Golyaka, O. Makido, and T. Marusenkova, “New designslow-fueled 3-0 magnetic field sensors”, Electronics andcommunication, no. 2-3, pp. 6–10, Jan. 2009.
I. Bolshakova, R. Golyaka, A. Moroz, V. Erashok, and T. Marusenkova, “SensoryAddition of a magnetic field on Hall sensors with a split structure”, Bulletin of the National University "LP".Electronics, no. 646, pp. 38–46, Jan. 2009.
I. Bolshakova, V. Brudnyi, R. Holyaka, N. Kolin, M. Kumada, and C. Leroy, “Stable semiconductormagnetic field sensors under dozes of high radiation”, Plasma Physics and Controlled Fusion, vol. 45, no. 12A, p. 68, Jan. 2003.
I. Bolshakova, R. Golyaka, and T. Marusenkova, “Polova characteristics of magnetic field sensors on Hall splittingsstructures”, Bulletin of NU "LP". Electronics, no. 680, pp. 66–74, Jan. 2010.
