The journey from earth to space has been decided, although many experiments still take place on earth and in space from time to time. The farthest thing ever sent by humans is Voyager. After months, a message has come from this spacecraft of the American space agency NASA. This is a vehicle made by humans which has been sent to the farthest distance.
Whose distance from the Earth in the universe is about 25 billion kilometers. Voyager stopped sending messages on 14 November 2023. After which NASA said that now the next step will be to make the vehicle capable of sending scientific data. Amidst all this, the question arises that how much time would it take for a message to reach the Earth from a space station or spaceship in space.
How much time does it take for a message to reach Earth from a space station or spaceship?
Talking about Voicer, it is difficult to receive the message sent to it from the Earth. It takes 22.5 hours. So the question arises whether it takes the same amount of time to send a message to the space station in space or to receive a message from there. So the answer is no.
actually a signal 186,000 miles per second (300,000 km,seconds, travels in space at a speed of, A signal through fiber optic approximately 30% Low speed (130,200 miles per second (210,000 km,seconds, travels on, Adding all this you will get minimum travel time 0.26 – 0.3 get between seconds,
How does the message reach?,
As per perception it has a very simple interface, If some time is left for the message to arrive with a delay while the signal reaches its source ,i.e. some kind of sensor like a microphone or thermometer, has to go from to the processor, From there it has to go to the central computer, Who 10 hertz or 1 hertz or 1/10 Can poll up to hertz, From there it goes to the baseband signal processor where it is then formatted and from there to the transponder and from there to the radio equipment where it is transmitted.,
Once received on the ground these are transmitted from the radio equipment to the front end processor., NISN travels from the router to the router at the receiving end, Where this front end lan, then front end processor, Then goes to the server and finally to the workstation, Every time a box has to handle that information, so small,there is a short delay, Both are caused by moving through the device, But the sinusoidal wave from bits and memory addresses back into message boxcars also causes the message boxcars to be reformatted back into memory addresses and bits.,
The end result is approximately ten times greater delay in communication time. (2-3 seconds, found, for round trip ,For example sending a command and receiving a response, it means 3-6 second delay,
