What is a GPS telescope?

Global positioning system (GPS) is an astronomical device that combines a standard telescope with GPS technology. This unique combination allows astronomers to quickly and easily find constellations and other heavenly objects. The traditional GPS telescope is also known as "Goto" or "car" ranges. Literally hundreds of millions of stars and other objects are visible at night, so it is often difficult to find a single point of interest. Star charts and astronomy guide are often used to find the desired object at night. These methods are time consuming and often confusing for beginning astronomers. As the name suggests, this type of telescope contains a receiver of the global positioning system. Signals from orbiting navigation satellites allow telescope exactly where it is on the ground, with an accuracy of several meters.

GPS Telescope also contains a small computer that is programmed with the location of many different interesting objects. The user can choose one of these points using a manual controller. The engines at the base of the binoculars move the range to the position and allow the viewer to observe the selected space object with very small work.

2 Usually the automatic telescope first stands to see a prominent star. The user must fine -tune the actual alignment of the scope to ensure that this star is correctly centered. This process is repeated for the second star. After this setting procedure, the telescope is usually able to prevent any celestial object in your database.

One of the main advantages of the automotive telescope is the computer it contains. When the telescope determines the exact location, date and time of the GPS signal, the built -in computer is only able to include objects that are currently in view. If a particular planet or star is behind the horizon and the user cannot be displayed, the range may notify the astronomer. This feature helps eliminate confusion and frustration wayhe is not able to find the desired point.

Another advantage of cars is their ability to monitor objects in the sky. The Earth is constantly turning, causing stars and planets to move through the night sky. Once the GPS binoculars located the point, the engines in the unit are able to slowly move the range and keep the object always with respect.