Free to air satellite is a great way to get programming. You should get at least a 3 foot dish installed.
If you are referring to the original satellite dish known as the C band satellite, the satellite company that used these was DISH Network.
its impossible do do it
This depends on your mounting system. Typically it will be 4 inches and filled with concrete.
To set up a satellite television system, you will need the following equipment: * A Satellite Dish: This is a parabolic reflector which can be made of solid aluminum, perforated aluminum or wire mesh. It is by far the most visible part of a satellite system. The dish can be small, such as a KU-band dish which is 3-4 feet, average that is 7-12 feet, or the big commercial C-band dish which is 16-20 feet. The 10 feet size dish is the most commonly used one. The dish helps to relay the microwave signals coming from the satellites. * A Mount: A mount is set on a 3-inch pipe which is in turn set in the ground with concrete. The most popular type of dish mount is the Polar Mount, which is so called as it is developed to coincide with the earth
I am not sure exactly when they came out. I have had a big dish receiver since the early 1980's I had my system before the HBO and Showtime networks scrambled their signal.
Call Dish Network�?? Big Spring, TX�?? - (432) 264-1119�??
yes you need a big dish around 150cm
The satellite dish is picking up weak signals from around, and center them onto its "burn point", in which all the signals are concentrated, thus strengthened. Answer2: The satellite dish is a parabolic shape. The parabola collects signals that come into the dish and directs them to the focal point. At the focal point an electronic amplifier is located to pickup and amplify the signals.
1 . Dish TV 2. Sun direct 3. reliance Big TV 4. Tata sky 5 .Airtel
yes, you can get the thermal goggles from 'the big ear' in las venturas, it's the giant satellite dish near the dam
If an artificial satellite can be positioned so that its orbit is exactly circular, and exactly over the equator, and takes exactly one sidereal day to orbit the earth, then an observer on the earth sees the satellite hang perfectly motionless in the sky. This is a big help when you want to receive radio or TV from the satellite, and you're using a high-gain 'dish' antenna that has to stay pointed at the satellite. If the satellite moved in the sky, then you would need some complicated machinery to keep it always pointed in the right direction. But if the satellite appears motionless in the sky, then your dish never has to move ... just set it once and forget it. If the popular TV satellites moved in the sky, there's no way that all those little dishes on the houses could be equipped to track the satellite and still be economically feasible.
Not necessary as because of technology, smaller devices have also started receiving radio waves.