Effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurements

The magneto-impedance of the NiFe thin films is experimentally dependent on their structure. The multilayer structures of [NiFe/Cu]4 and [NiFe/Cu]2/Cu/[NiFe/Cu]2 on the meander structure PCB Cu substrate in this study were deposited using the electrodeposition method. The frequency was varied in ord...

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Main Authors: Vina Oktaria, Candra Tirta Putra, Artono Dwijo Sutomo, Utari Utari, Budi Purnama
Format: Article
Language:English
Published: Universitas Sebelas Maret 2020-03-01
Series:Journal of Physics: Theories and Applications
Subjects:
Online Access:https://jurnal.uns.ac.id/jphystheor-appl/article/view/44694
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author Vina Oktaria
Candra Tirta Putra
Artono Dwijo Sutomo
Utari Utari
Budi Purnama
author_facet Vina Oktaria
Candra Tirta Putra
Artono Dwijo Sutomo
Utari Utari
Budi Purnama
author_sort Vina Oktaria
collection DOAJ
description The magneto-impedance of the NiFe thin films is experimentally dependent on their structure. The multilayer structures of [NiFe/Cu]4 and [NiFe/Cu]2/Cu/[NiFe/Cu]2 on the meander structure PCB Cu substrate in this study were deposited using the electrodeposition method. The frequency was varied in order to determine its effect on the magneto-impedance ratio. The results of the magneto-impedance characterization measurement showed that the maximum MI ratio in the multilayer [NiFe/Cu]4 structure was 6.82% while in [NiFe/Cu]2/Cu/[NiFe/Cu]2 was 3.08% with a frequency of 100 kHz. The increase in the MI ratio in the low frequency range indicates that the MI ratio depends on the structure of the layer which is affected by the permeability of the magnetic material.
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spelling doaj.art-ce80aa4336bb4b3abca4f3198d47ba572022-12-22T03:33:03ZengUniversitas Sebelas MaretJournal of Physics: Theories and Applications2549-73162549-73242020-03-0141293510.20961/jphystheor-appl.v4i1.4469429081Effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurementsVina Oktaria0Candra Tirta Putra1Artono Dwijo Sutomo2Utari Utari3Budi Purnama4Physics Department, Universitas Sebelas MaretPhysics Department, Universitas Sebelas MaretPhysics Department, Universitas Sebelas MaretPhysics Department, Universitas Sebelas MaretPhysics Department, Universitas Sebelas MaretThe magneto-impedance of the NiFe thin films is experimentally dependent on their structure. The multilayer structures of [NiFe/Cu]4 and [NiFe/Cu]2/Cu/[NiFe/Cu]2 on the meander structure PCB Cu substrate in this study were deposited using the electrodeposition method. The frequency was varied in order to determine its effect on the magneto-impedance ratio. The results of the magneto-impedance characterization measurement showed that the maximum MI ratio in the multilayer [NiFe/Cu]4 structure was 6.82% while in [NiFe/Cu]2/Cu/[NiFe/Cu]2 was 3.08% with a frequency of 100 kHz. The increase in the MI ratio in the low frequency range indicates that the MI ratio depends on the structure of the layer which is affected by the permeability of the magnetic material.https://jurnal.uns.ac.id/jphystheor-appl/article/view/44694magneto-impedance, multilayer, nife, electrodeposition.
spellingShingle Vina Oktaria
Candra Tirta Putra
Artono Dwijo Sutomo
Utari Utari
Budi Purnama
Effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurements
Journal of Physics: Theories and Applications
magneto-impedance, multilayer, nife, electrodeposition.
title Effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurements
title_full Effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurements
title_fullStr Effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurements
title_full_unstemmed Effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurements
title_short Effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurements
title_sort effect of multilayer structure parameters on magnetoimpedance ratio with low frequency measurements
topic magneto-impedance, multilayer, nife, electrodeposition.
url https://jurnal.uns.ac.id/jphystheor-appl/article/view/44694
work_keys_str_mv AT vinaoktaria effectofmultilayerstructureparametersonmagnetoimpedanceratiowithlowfrequencymeasurements
AT candratirtaputra effectofmultilayerstructureparametersonmagnetoimpedanceratiowithlowfrequencymeasurements
AT artonodwijosutomo effectofmultilayerstructureparametersonmagnetoimpedanceratiowithlowfrequencymeasurements
AT utariutari effectofmultilayerstructureparametersonmagnetoimpedanceratiowithlowfrequencymeasurements
AT budipurnama effectofmultilayerstructureparametersonmagnetoimpedanceratiowithlowfrequencymeasurements