The polarization indicates the plane in which the wave is vibrating. The polarization plane is taken to be that of the electric component.

Vertical and HORIZONTAL are the simplest forms of polarization, and they both fall into a category known as linear polarization. However, it is also possible to use circular polarization. This has a NUMBER of benefits in areas such as satellite APPLICATIONS, where it helps to overcome the effects of propagation anomalies, ground reflections and the spin that OCCUR on many SATELLITES. Circular polarization is a little more difficult to visualize than linear polarization; however, it can be imagined by visualizing a signal propagation from an antenna that is rotating. Another form of polarization is known as elliptical polarization.

The polarization indicates the plane in which the wave is vibrating. The polarization plane is taken to be that of the electric component.

Vertical and horizontal are the simplest forms of polarization, and they both fall into a category known as linear polarization. However, it is also possible to use circular polarization. This has a number of benefits in areas such as satellite applications, where it helps to overcome the effects of propagation anomalies, ground reflections and the spin that occur on many satellites. Circular polarization is a little more difficult to visualize than linear polarization; however, it can be imagined by visualizing a signal propagation from an antenna that is rotating. Another form of polarization is known as elliptical polarization.