Design and characterization of magnetic loop distributed in three planes

The continuous increase in mobile applications and the creation of new types of sensors, as well as wireless transmission and internet networks, has led to the creation of new forms of data communication. A prototype based on an architecture of quadrangular magnetic loops in three dimensions is presented in this work. The modeling and simulation of magnetic field distribution is developed, which is compared with the measurements obtained experimentally in the implementation of the prototype. This architecture increases communication coverage in a given area, as a result of the increase in the magnetic field induced in it, reducing data interruption due to orientation disturbances and height changes in the receiving loop. This proposal is based on communication systems magnetic where a planar design of the loops is used and which is currently applied in traffic control systems.