Examples of using Atomic time in English and their translations into Norwegian
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
finally have the exact atomic time.
clock to receive and process the MSF atomic time signal to synchronise time on a single computer.
GPS time is based on International atomic time and is therefore easy for NTP to convert.
an extra leap second is required this summer so that atomic time can synchronise with the Earth's rotation,
GPS Clock you can have your computer time synchronised to the absolute correct atomic time.
The time told by these atomic clocks was so accurate a new timescale was developed called International Atomic Time(TAI).
date on your computer to precise atomic time and date immediately after starting up the computer.
process the MSF radio atomic time signal.
robust device to automatically update your computer system clock with atomic time from the MSF signal.
However, UTC is based on atomic time and it differs from the Earth's rotational time(solar system)
With the introduction of atomic time, and then Coordinated Universal Time(UTC),
The solution has been to devise a timescale that is based on atomic time but also accounts for this wobble of the Earth's rotation.
An updated version of the NTS-6000-MSF the NTS-6001-MSF NTP server combines an MSF radio atomic time signal clock with an embedded Linux solid state computer
This was based on atomic time(TAI) but small adjustment are made to keep it in step with GMT(which incidentally is now commonly referred to as UT1
For this reason, International Atomic Time(TAI from the French Temps Atomique International)
as they are both based on atomic time(TAI) GPS time is easily converted by NTP.
Atomic Time for computers provide exactly the same time on every computer, Uses the time signal transmitted from Cumbria(MSF).
GPS time, like UTC(Coordinated Universal Time)is based on International Atomic Time(TAI)- the time told by atomic clocks.
which is a global civil timescale that is based on International Atomic Time(TAI) but accounts for the slowing of the Earth's spin by intermittingly adding‘leap seconds.'.
Before atomic time, electrical oscillators like those found in the average digital watch were the most accurate measure of time