DEVELOPMENT OF EMBEDDED SYSTEM FOR REMOTE MEASURING OF DYNAMIC MAGNETIC FIELDS USING ZIGBEE | Zendy

Thiago Dantas da Silva | Zendy; Jacques Cousteau da Silva Borges | Zendy; Allan Aminadab André Freire Soares | Zendy

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DEVELOPMENT OF EMBEDDED SYSTEM FOR REMOTE MEASURING OF DYNAMIC MAGNETIC FIELDS USING ZIGBEE

Author(s) -

Thiago Dantas da Silva,

Jacques Cousteau da Silva Borges,

Allan Aminadab André Freire Soares

Publication year - 2016

Publication title -

holos

Language(s) - English

Resource type - Journals

eISSN - 1807-1600

pISSN - 1518-1634

DOI - 10.15628/holos.2016.2447

Subject(s) - arduino , embedded system , computer science , wireless , magnetic field , hall effect sensor , computer hardware , neurfon , electrical engineering , operating system , magnet , engineering , wireless network , physics , wi fi array , quantum mechanics

This paper aims to describe the development and implementation of an embedded system applied to remote measurement of dynamic artificial magnetic fields using Zigbee, which is a set of specifications for wireless data communication (based on IEEE standard 802.15.4). In the implementation of this system, Arduino microcontrolled platforms were used integrated to a Hall effect sensor intended for measuring the strength of these dynamic magnetic fields. The Zigbee technology aims to enable the execution of real-time and in remote character of these measurements of magnetic field intensity, presenting them in a graphical view.

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