Mechanical tilt is given physically but Electrical tilt set by antenna designer for the operater....
If mechanical tilt given the front lobe is directed to the particular location..means toward the H- plane...and back lobe is directed to air..means opposite direction to H- plane...so occur result is the interference in back lobe...
If electrical tilt given the front lobe and back lobe toward the H-plane.....so occur result is reduce the interfernce in back lobe...
Thermodynamics is the study of relationship of heat with other kinds of energy such mechanical, electrical, or chemical energy.
earth can not tilt it is a sphere and they do not tilt
A heat source that may power turbines for mechanical energy and to power electrical generators for electricity.
It's tilt The tilt of its axis
Energy transformation involved in terms of industrial processes of burning fuel to make energy.
Technology used in Electrical Tilt antenna is to tilt the beam by altering the signal Phasing,resulting decrease in main,side and backward lobes.This has overcome the shortcomings of Mechanical Tilt Antenna in which the the whole antenna is physically tilted,which lifts the backward lobe in upward direction and sidelobes patterns are somewhat distorted. Now a Days Remote Electrical Tilt Antennas are popular,In which Electrical Tilt can be done from Remote Location.
Mechanical and Electrical
electrical to mechanical
Motors convert electrical energy to mechanical energy. Generators transfer mechanical energy to electrical energy.
Electrical tilt is a tilt which gives by knob present downward in GSM antenna. It is done for effecting the coverage of antenna. If one GSM antenna overshoots then interference will produce. then we give electrical tilt then front lobe will change and back lobe will not change. so antenna provides coverage in both direction. Electrical tilt is always gives in City. It reduces interference.
An electric motor converts electrical energy to mechanical energy.
Electrical angle is half of mechanical angle in unipolar electrical machines. In multipolar electrical machines, the relationship between the mechanical angle and electrical angle is Electrical angle = (P/2) x Mechanical angle where: P = Number of poles.
Assuming that you're talking about a wind-powered electrical generator (such as a "wind farm"), the energy conversion is from mechanical to electrical. When the wind blows on the blades of the mill it rotates them, creating mechanical energy. This mechanical energy is used to power the electrical generator inside the mill, creating electrical energy out of mechanical energy.
The motor changes electrical energy into mechanical (torque) energy.
It uses electrical energy,mechanical energy.
teta electrical=(p\2)teta m mechanical
mechanical moves it self electrical bad noise