Magnetic Field Effect of Conductor loops on Free-Space Optical Communication

Abstract

This paper work investigates the effect of magnetic field resulting from Conductor loops on the performance of the Free-space optical communication systems. This aim can be done by using a laboratory setup and simulation. The obtained results show serious variation (system stability decreases) of data transmission into FSO communication systems according to the effect magnetic field. Thus, the received power decreased when the magnetic field increased. It also affects the signal quality and system performance. As at weak magnetic field there is low influence on the Q-factor (≥ 6), whereas when it increases, it reflects serious effects on Q-factor (< 6).