Examples of using Gps time in English and their translations into Polish
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GPS time- the standardised time to which GPS satellites are synchronised, it is not tied to the rotation of the earth so there are no"leap seconds" in GPS time.
This means that a GPS time server is communicating directly with an atomic clock, without an intermediary in between.
technology without us realising is being kept true by GPS time.
Originally the same as UTC, GPS time is currently 17 seconds(precisely)
However, there are situations where it may not be practical to use a GPS time server.
GPS time is not the same as UTC(Coordinated Universal Time)
Because GPS time signals are always available, there is little that can go wrong with a GPS time server.
GPS time is actual 17 seconds slower than UTC as there have been 17 leap seconds added to the global timescale since the GPS satellites where sent in to orbit.
The two most common NTP time servers are the GPS time server and the NTP radio receiver.
GPS time and UTC(Coordinated Universal Time) the civil timescale is
GPS Time on the other hand,
However, in order for an NTP server to utilise GPS time, an antenna has to be placed somewhere that has a clear view of the sky.
Using the GPS time source the Solid State Rackmount can track up to 12 satellites with a remote antenna;
GPS time, like UTC(Coordinated Universal Time)is based on International Atomic Time(TAI)- the time told by atomic clocks.
The GPS time information is used by the base stations of the Hytera TETRA radio infrastructure in order to define the overall system time. .
Many GPS NTP servers will convert GPS time to UTC time(and local time if you so wish)
Whilst this time signal is not strictly speaking UTC(it is known as GPS time) because of the accuracy of the transmission it is easily converted to UTC by a GPS NTP server.
checking each device with the GPS time and adjusting to ensure accuracy.
this time can be converted to UTC(GPS time is currently 17 seconds exactly behind GPS time) then distributed around the network.