HOW TELECOMMUNICATIONS WORK IN SPACE

 HOW TELECOMMUNICATIONS WORK IN SPACE AND WHAT NEW PROJECTS WILL DRIVE THEM (δορυφορικα συστηματα)

How do telecommunications work in space? What frameworks are utilized and what advances are predicted in the coming years? How do these upgrades impact our every day lives and for what reason are they basic to remain associated? 

Find out about keys to its activity and projects for the short term in this post. 

The significance of telecommunications in space 

The significance of telecommunications in space goes a long ways past the investigation of new planets or the forecast of wonders that influence our planet. On account of the in excess of 3,000 satellites that circle the Earth, it is conceivable to guarantee the progression of the Digital Society, just as the hundreds of billions of communications that happen every day on the planet. 

Since the dispatch of the principal telecommunications satellite, Telstar 1 of every 1962, the advancement of telecommunications in space has not quit conquering boundaries and turning into a key and fundamental 

component for understanding the world in which we live: From our communications over the Internet, such as satellite TV or GPS frameworks. 

How do satellites work? From the perspective of communication with our planet, we need to take a gander at the sky, precisely up to a stature of 35 786.04 kilometers, to put ourselves in the « Clarke Belt » and in the idea of «geostationary satellites» that permit us to utilization of fixed reception apparatuses in vital points of our planet, since their direction doesn't change and, along these lines, perpetual contact and communication is guaranteed. (παλετοφορο)

These satellites work as an immense microwave repeater that, as per Wikipedia , "comprises of one or on the other hand more beneficiary transmitter gadgets that enhance the info flag and retransmit it to another recurrence to keep away from impedance. Every one of these groups utilized is partitioned into channels. For each channel, there is typically a repeater on the satellite, called a transponder, which is answerable for catching the upstream sign and retransmits it back to earth on the recurrence that compares to it. 

Similarly, the connections between the different satellites permit the data to go from one to another rapidly and be sent to the Earth to get the data in the most limited conceivable 

time and, thusly, forestall conceivable common fiascoes or guarantee communication between different points on Earth. 

For telecommunication purposes with the Earth , an ordinary satellite partitions its 500 MHz transmission capacity into around twelve collector transmitters of a 36 MHz transmission capacity each. Each pair can be utilized to encode a 500 

Mbit/s data stream, 800 64 kbit/s digitized voice channels, or other different blends. For pragmatic purposes, without them the telecommunications network that encompasses our planet would be incomprehensible and permits us to speak with any piece of the world nearly immediately. 

Also, from the perspective of telecommunications in space? Now, the improvement of telecommunications in space is connected to the Deep Space Network projec, a project advanced by NASA that has quite recently turned 50 years of age and whose advances permit us to send and get information from, for instance, tests shipped off Mars investigation or different missions.