Thin film integrated AMR sensor for linear position measurements

Dimitrova, P.; Andreev, S.K.; Popova, L.

doi:10.1016/j.sna.2008.03.014

Cited by 27 publications

(8 citation statements)

References 6 publications

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“…The AMR sensor can be used to detect oxygen content between 0% and 100%. AMR sensors also find applications in linear positioning systems, due to their robustness [44,45]. Using a 3 axis AMR sensor in conjunction with an elastic dome mechanically coupled with a permanent magnet, a tactile sensor is presented in [46].…”

Section: Applicationsmentioning

confidence: 99%

Magnetic sensors-A review and recent technologies

et al. 2021

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Magnetic field sensors are an integral part of many industrial and biomedical applications, and their utilization continues to grow at a high rate. The development is driven both by new use cases and demand like internet of things as well as by new technologies and capabilities like flexible and stretchable devices. Magnetic field sensors exploit different physical principles for their operation, resulting in different specifications with respect to sensitivity, linearity, field range, power consumption, costs etc. In this review, we will focus on solid state magnetic field sensors that enable miniaturization and are suitable for integrated approaches to satisfy the needs of growing application areas like biosensors, ubiquitous sensor networks, wearables, smart things etc. Such applications require a high sensitivity, low power consumption, flexible substrates and miniaturization. Hence, the sensor types covered in this review are Hall Effect, Giant Magnetoresistance, Tunnel Magnetoresistance, Anisotropic Magnetoresistance and Giant Magnetoimpedance.

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Section: Applicationsmentioning

confidence: 99%

Magnetic sensors-A review and recent technologies

et al. 2021

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“…Одержані результати дослідження магнеторезистивних властивостей дозволяють розглядати досліджені тришарові плівки як чутливі елементи анізотропних магнеторезистивних сенсорів. Принцип дії АМР-сенсорів засновано на використанні анізотропного магнеторезистивного ефекту, тобто на здатності магнетного матеріалу змінювати опір залежно від взаємної орієнтації протікального струму і вектора переважної намагнеченості магнетних доменів плівки [34,35]. Тому, нами проведено дослідження величини маг- нетоопору та коерцитивної сили у разі переходу від перпендикулярної (0°) до поперечної орієнтації (90°) геометрії вимірювання (рис.…”

Section: експериментальні результати та їх обговоренняunclassified

Temperature Stability of Crystalline Structure, Electro- and Magnetotransport Properties of Functional Nanostructures of Spin-Valve Type Ni/Dy/Co

Lohvynov¹,

Kondrakhova²,

Shpetnyi³

et al. 2021

Metallofiz. Noveishie Tekhnol.

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“…Although they provide a large magnetoresistive effect, this technology requires involved fabrication due to the necessity to control the thickness of individual layers down to sub-nm [27,28]. In this regard, the use of AMR films is attractive because the complexity to obtain a magnetosensitive material is reduced [29,30].…”

Section: Introductionmentioning

confidence: 99%

Printable anisotropic magnetoresistance sensors for highly compliant electronics

Mata

Bermúdez

et al. 2021

Appl. Phys. A

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Printed electronics are attractive due to their low-cost and large-area processing features, which have been successfully extended to magnetoresistive sensors and devices. Here, we introduce and characterize a new kind of magnetoresistive paste based on the anisotropic magnetoresistive (AMR) effect. The paste is a composite of 100-nm-thick permalloy/tantalum flakes embedded in an elastomer matrix, which promotes the formation of appropriately conductive percolation networks. Sensors printed with this paste showed stable magnetoresistive properties upon mechanical bending. The AMR value of this sensor is $$0.34\%$$ 0.34 % in the field of 400 mT. Still, the response is stable and allows to resolve sub-mT field steps. When printed on ultra-thin 2.5-$$\upmu \hbox {m}$$ μ m -thick Mylar foil, the sensor can be completely folded without losing magnetoresistive performance and mechanically withstand $$20\, \upmu {\hbox {m}}$$ 20 μ m bending radius. The developed compliant printed AMR sensor would be attractive to implement on curved and/or dynamic bendable surfaces for on-skin applications and interactive printed electronics.

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Thin film integrated AMR sensor for linear position measurements

Cited by 27 publications

References 6 publications

Magnetic sensors-A review and recent technologies

Magnetic sensors-A review and recent technologies

Temperature Stability of Crystalline Structure, Electro- and Magnetotransport Properties of Functional Nanostructures of Spin-Valve Type Ni/Dy/Co

Printable anisotropic magnetoresistance sensors for highly compliant electronics

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