High Sensitivity Magnetic Sensors Based on Off-diagonal Magnetoimpedance in Amorphous FeCoSiB Wires

Authors	N.A. Yudanov¹, L.V. Panina¹, ² , A.T. Morchenko¹, V.G. Kostishyn¹ , P.A. Ryapolov³
Affiliations	¹ National University of Science and Technology, MISIS, 4, Leninsky Ave., 119049 Moscow, Russia ² Institute of Design Problems in Microelectronics, RAS, 124365 Moscow, Russia ³ Department of Nanotechnology and Engineering Physics, Southwest State University, 305040 Kursk, Russia
Е-mail	kolyan2606@mail.ru
Issue	Volume 5, Year 2013, Number 4
Dates	Received 05 August 2013; revised manuscript received 05 November 2013; published online 10 December 2013
Citation	N.A. Yudanov, L.V. Panina, A.T. Morchenko, V.G. Kostishyn, P.A. Ryapolov, J. Nano- Electron. Phys. 5 No 4, 04004 (2013)
DOI
PACS Number(s)	85.75.Ss, 87.85.fk
Keywords	Magnetoimpedance (4) , Off-diagonal impedance, MI sensor, Pulse excitation.
Annotation	The magnetoimpedance (MI) effect has a potential for the development of high performance magnetic sensors. For sensor applications, off-diagonal configuration is preferable when the MI element is excited by ac current and the output is detected from the coil. In the present work, the off-diagonal sensor design was advanced by utilising a complex waveform excitation produced by a microcontroller and applied to a multiple wire MI element. For optimised excitation with a waveform close to a positive half sine form and characteristic frequency of 8 MHz the field resolution of about 60 mV/Oe was achieved. The pulse excitation does not require an additional bias since it includes controllable low frequency components. The concept of microcontroller driven sensor element could be attractive for the development of intellectual sensors.
	List of References Full text download English version of article

Other articles from this number

1) The Control of Gold Nanoparticles on Polyester Fibers by Raman Spectrograms in Conditions of Information Uncertainty with Detection Accuracy [04001-1-04001-5]
2) Ferromagnetism of Iron-copper Nanocomposites [0-0]
3) Ferromagnetism of Iron-copper Nanocomposites [0-0]
4) Magneto-Ellipsometry Investigations of Multilayer Nanofilms of Fe and Co [04002-1-04002-4]
5) Effective Impedance Method for In situ Ellipsometry Analysis of Magnetic Films [04003-1-04003-4]
6) Size Dependence of the Melting Temperature of Metallic Films: Two Possible Scenarios [04005-1-04005-3]
7) Practical Simulation of Magnetic Field of Permanent Magnets System to Explore Size of Magnetic Nanoparticles [04006-1-04006-4]
8) The Synthesis of Metalcarbon Nanocomposite Ni / C on the Basis of Polyacrylonitrile [04007-1-04007-4]
9) Influence of the Ratio of Metal Composed Nanocomposites Fe-Co / C on Phase Composition [04008-1-04008-4]
10) Nanostructure Changes in Iron-Carbon Alloys as a Result of Impulse Deformation Wave Action [04009-1-04009-4]
11) Properties and Technology for Quasi-Composite Blanket Using Natural Reinforcement of the Metal by Strain Affected Areas [04010-1-04010-5]
12) Influence of Mass Transfer Processes on Couette Flow of Magnetic Fluid [04011-1-04011-3]
13) Statics of Magnetic Fluid Drop with Compound Magnetic Core in a Wedge-Shaped Channel [04012-1-04012-4]
14) Magnetic Properties of AIIBIVCV2 Compounds Doped with Mn [04013-1-04013-4]
15) Fluctuations of the Solitary Bubble at the Separation from the Air Cavity, Compressed by the Magnetic Field in Magnetic Liquid [04014-1-04014-5]
16) Magnetoresistance and Anomalous Hall Effect of InSb Doped with Mn [04015-1-04015-6]
17) The Study of Anisotropy and Domain Condition of Permalloy Thin Films [04016-1-04016-5]
18) Correlation between Phase-Structural State and Magnetic Characteristics of Spin-Valve Systems Based on Fe, Co and Au [04017-1-04017-6]
19) Stimulation of Seed Viability by Means of Dispersed Solutions of Copper and Silver Nanoparticles [04018-1-04018-3]
20) Mechanisms of Fractal Formation in Colloidal Carbon-Bearing Natural System [04019-1-04019-3]
21) The Structure and Content Peculiarities of Carbon Material Obtained under the Polyacrylonitrile Infra-red Heating [04020-1-04020-3]
22) Some Aspects of Phosphorus Diffusion in Germanium in In0,01Ga0,99As / In0,56Ga0,44P / Ge Heterostructures [04021-1-04021-3]
23) “The Thermal Wave” in Technology of Crystal Growth from the Melt [04022-1-04022-2]
24) Mechanisms of Microwave Absorption in Carbon Compounds from Shungite [04023-1-04023-3]
25) Formation of Spherical Nanoparticles BaTiO3 by Peroxide Method [04024-1-04024-2]
26) Features of Structure of Magnetron Films Si3N4 and SiC [04025-1-04025-3]
27) Kinetic Characteristics, Phase and Structural Changes in Electrical Materials and Devices [04026-1-04026-3]
28) From the Dynamic Demagnitizing Factor to the Heat Capacity of a Nanodispersed Magnetic Fluid [04027-1-04027-3]
29) Influence of Brownian Diffusion on Levitation of Bodies in Magnetic Fluid [04028-1-04028-3]
30) Diode Based on Amorphous SiC [04029-1-04029-3]
31) Influence of Electroconvection on Nano- and on Microstructural Relief of the Electrodes Surface [04030-1-04030-3]
32) Mechanisms of Ions Adsorption by Nanodiamonds in Aqueous Suspensions [04031-1-04031-3]
33) Synthesis and Identification of Zinc Oxide Nanoparticles as Precursor for Getting Zinc-Based Biologically Active Additives [04032-1-04032-2]
34) Physico-Chemical Properties of Nanoparticles Functionalized by Polypyrrole [04033-1-04033-3]
35) Method of Measurement Isobaric Heat Capacity of the Organic Liquid [04034-1-04034-3]
36) Features in Formation and Properties of Langmuir-Blodgett Monolayers [04035-1-04035-2]
37) Ferromagnetism of Iron-copper Nanocomposites [0-0]
38) Features of Ion-Electronic Emission from Surface of Semiconductors [04036-1-04036-3]
39) Colloidal Stability and Thermal Stability of Magnetic Fluids [04037-1-04037-3]
40) Properties and Characterizations of Powders Produced from Waste Carbides [04038-1-04038-2]
41) Interrelation of Shape and Structure of Domain Walls with Magnetic Inhomogeneities [04039-1-04039-2]
42) Opportunities of AFM in the Description of Charge Formation from the Nanostructured Electrode at Electroconvection [04040-1-04040-3]
43) Piezoelectric Characteristics of LiNbO3 Thin-film Heterostructures via Piezoresponse Force Microscopy [04041-1-04041-3]
44) Fundamental Research of Physics of Magnetic Nanodispersed Fluids as Hardware Dampers [04042-1-04042-2]
45) Method for the Determination of Magnetoelastic and Elastic Constants of Weak Ferromagnets [04043-1-04043-3]
46) Some Abnormal Properties of Water in the Cluster Model [04044-1-04044-2]
47) Atomic Force Analysis of Elastic Deformations of CD [04045-1-04045-2]
48) Importance of Nanotechnologies in Supply of Sustainable Social Economic Development in Russia [04046-1-04046-2]
49) Microfluidic Mechanics and Applications: a Review [04047-1-04047-12]
50) Effect of Annealing on Structural and Optical Properties of Cu Doped In2O3 Thin Films [04048-1-04048-4]
51) Influence of Doping of Titanium Dioxide by Zirconium and Niobium on its Morphology [04049-1-04049-3]
52) FT-IR, Thermal and Optical Studies of Gel Grown Cobalt Tartrate Crystals [04050-1-04050-5]
53) Optical Properties of MgF2 / MgF2 / Glass and MgF2 / TiO2 / Glass [04051-1-04051-3]
54) Photoconductivity of the Polymer Layer with Resazurin Sodium at Two-photon Excitation [04052-1-04052-5]
55) Grain Size Induced Metal-insulator Transition in La0.7Sr0.3MnO3 Compounds [04053-1-04053-3]
56) Modeling of Field Effect Mobility Using Grain Boundaries on Nanocrystalline Silicon Thin-Film Transistor (nc-Si TFT) [04054-1-04054-3]
57) Effect of Substrates Types on CO Gas Sensing of SnO2 Thin Film Prepared by Sol-Gel Method [04055-1-04055-5]
58) Critical Dependence of Polarization Phenomena on Conductivity in Ferroelectric Polymers [04056-1-04056-9]
59) Mechanically Stacked Triple-junction GaInP / GaAs / Si Solar Cell Simulation [04057-1-04057-5]
60) Comparison of Atomic Level Simulation Studies of MOSFETs Containing Silica and Lantana Nanooxide Layers [04058-1-04058-3]
61) Investigating Impact of The Interfacial Debonding on The Mechanical Propertiesof NanoFiber Reinforced Composites [04059-1-04059-5]
62) Development of the RF Ion Sources for Focused Ion Beam Accelerators [04060-1-04060-5]
63) Elastic, Optoelectronic and Thermal Properties of Boron Phosphide [04061-1-04061-6]
64) Design and Analysis of a High Speed, Power Efficient 8 Bit ALU Based on SOI / SON MOSFET Technology [04062-1-04062-12]
65) Preparation of Emulsion Polymerization from Styrene Vinylpyrrolidone and Studying their Thermal Stability and Electrical Conductivity [04063-1-04063-5]
66) Extinction Spectra of Aqueous Sols of Silver Nanoparticlesas Characteristics of Their Size and Size Distribution [04064-1-04064-4]
67) The Structural and Mechanical Properties of Graphene functionalized by Atomic Oxygen [04065-1-04065-4]
68) Synthesis and Photoluminescence Spectra of the Composite Films with Cadmium Sulfide Nanocrystals [04066-1-04066-4]
69) Modeling of Matter Condensation in Nanovessel Using Interatomic Potential [04067-1-04067-5]
70) Influence of Correlation between Polarization Modes on Statistical Propertiesof Low-intensity Gaussian Radiation [04068-1-04068-5]
71) The Model of the Molecular Switch Based on a Molecule of Hydrogen Peroxide [04069-1-04069-3]
72) Thermoelectric Figure of Merit of Low-temperature Generator Materials and Possibilities to Improve It [04070-1-04070-6]
73) To the Question of the Efficiency of the Electron-Phonon Interaction in Lead Iodide Nanofilms [04071-1-04071-3]
74) Influence of Thermal Oxidation on Processes of Charge Carrier Transfer in Porous Silicon [04072-1-04072-4]
75) The Structure and Mechanical Properties of C60 Fullerite [04073-1-04073-3]
76) Usage of Transformer Plasma System for Si Nanopowder Synthesis [04074-1-04074-4]
77) Effect of Indirect Exchange Interaction on Ferromagnetic Resonance in Magnetic Nanogranular Films [04075-1-04075-5]
78) The Study of Physical Parameters of Pb Modified Germanate Chalcogenide Glass [04076-1-04076-6]
79) Studies on ZnO Nanorods Synthesized by Hydrothermal Method and their Characterization [04077-1-04077-6]
80) Simulation of the Atomic Structure and Distribution of Vacancies in the Ionic Conductor LaxCe1/2 – xLixTiO3 [04078-1-04078-6]
81) Determination of Critical Values for Parameters of Electron Beam Microprocessing of Optical Plates with Double Curvature [0-0]