Satellite Antenna Alignment is a useful and powerful program that can be used to calculate the angles necessary for installing satellite dishes. The main difference from similar software is the possibility to calculate the position of all satellites at once. So you can get a clear picture of what satellites can be physically visible from the location where the dish will be installed. It must be borne in mind that the program makes a purely theoretical calculation according to formulas and in real circumstances to have many additional factors into account when setting up a satellite dish. These factors include various obstacles (buildings, trees), the landscape, the altitude, transponder orientation, polarization, etc. Nevertheless, this program will allow you to evaluate the position quite accurately. The calculation can be saved to a text file, copied to clipboard or printed Windows simultaneously. You can save the list of locations for which the calculation is made. Later, you will not have to re-enter the coordinates of these locations. You need to start working with the program to enter the geographical coordinates of where you are going to install a satellite dish. Enter the coordinates in the local frame of the site. The high latitude is specified with a positive value, low width is determined by the sign -. Similarly, the length of this is the + sign, while the western longitude is with the sign -. After all the coordinates are entered, you will see the calculation for all satellites at once in the table on the left. Their azimuth and elevation are calculated. Azimuth is the direction to the satellite in degrees clockwise from north. Elevation angle (measured in degrees) between the direction of the satellite signal and the plane tangent to the surface of the soil in place. If the height is negative, the satellite is below the horizon, and it is impossible to receive signals from it in principle. Thus, the satellites whose elevation is a positive value are theoretically visible from your location. If you know the azimuth, you can quickly find the direction of the satellite and see what obstacles (neighboring houses, trees) there are in the path of the signal from your satellite dish. As mentioned above, the program uses absolute values ​​and are calculated according to formulas. Thus, the calculated azimuth angle of true north and not from what your compass may show because a compass is a given unstable, especially in the city. It is best to steer the sun) Additionally, the program has a mechanism for calculating the azimuth of the sun and you can do everything without a compass now! Azimuth is calculated for the specified location whose coordinates for the calculation of azimuth satellite. You can specify a date (the current date is taken by default) and calculate how the sun moves with a one minute discontinuity. The results of the calculations are shown in the table on the left. Both azimuth and elevation are calculated in the sun at the present moment of time. So you can install the satellite dish without a compass at all. First, find the azimuth of the satellite you need. Then calculate the azimuth of the sun during the day you are going to install the antenna. Find the azimuth of the sun is closest to the satellite azimuth and you will see the time (now), when the sun will be in the same direction in which the satellite is. Turn the dish to the sun at a given point of time, the azimuth of the sun coincides with the azimuth of the satellite at the moment. Remember to specify the time zone for the calculation. The program also calculates the azimuth of sunrise and sunset, and the time and altitude when the sun is in the south. The program draws a simple diagram representing the direction of four ... |
118 Seeds
61 Leechers
Satellite Antenna Alignment
Health
I am really interested in your blog.Keep posting on, Commscope DAS Design
ReplyDelete