Examples of using Time from an atomic clock in English and their translations into Italian
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Colloquial
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Official
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Medicine
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Financial
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Ecclesiastic
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Ecclesiastic
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Computer
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Programming
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Official/political
Getting a source of accurate time from an atomic clock is relatively easy.
use a NTP time server that receives the time from an atomic clock.
To receive the time from an atomic clock a dedicated NTP server is the most secure
Often, these network time servers also get their time from an atomic clock source.
These devices receive the time from an atomic clock, either via the GPS system or specialist radio transmissions.
secure method of receiving the time from an atomic clock source.
They receive an accurate source of time from an atomic clock and distribute it to all devices on the network.
Therefore, in order to extract accurate time from an atomic clock, a new strategy had to be devised.
absolute such as time from an atomic clock.
is really a communication device that receives the time from an atomic clock and distributes it.
These devices receive the time from an atomic clock and distribute around their networks ensuring precise time on all devices.
is connected to another time server that gets its time from an atomic clock, usually from one of the sources below.
These dedicated devices receive the time from an atomic clock(either by GPS
dedicated NTP time server that receives the time from an atomic clock source should be used.
Most technologies receive this time from an atomic clock source using devices known as NTP servers(after the time protocol: Network Time Protocol).
which receives the time from an atomic clock signal and then distributes it around a network.
The network time server receives the time from an atomic clock and distributes it using a protocol such as NTP(Network Time Protocol)
network time server is a device that receives the time from an atomic clock, UTC source and distributes it across a network.
receiving the time from an atomic clock is simple,
by using a dedicated NTP server the time from an atomic clock can be received by the time server
receiving the time from an atomic clock, are used to maintain accurate and reliable time. .
NTP server devices that receive the time from an atomic clock which is then relayed to the devices that connect
server that receives a UTC time source from an atomic clock will not only be accurate
These devices receive a time signal from an atomic clock.
more accurate solution is to get the time directly from an atomic clock source.
SNTP servers do not receive the time direct from an atomic clock.