Examples of using An atomic clock in English and their translations into Malay
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NIST's Boulder laboratories are best known for NIST‑F1, which houses an atomic clock.
Connects directly to an atomic clock reference signal using either GPS or radio technology.
It should also benoted that most online UK SNTP servers do not receive the time direct from an atomic clock.
Much of an atomic clock is designed to create the correct state to cause and augment oscillations.
Each GPS satellite can only do this by utilising an atomic clock which in turn can be can be used as a timing reference.
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Public servers are also known as stratum 2 servers whichmeans they receive the time from another device that gets it from an atomic clock.
However, NTP can synchronise networks to an atomic clock by using either the Global Positioning System(GPS) or a specialist radio transmission.
Most Internet time sources are also stratum 2 devices meaning they get their time from anotherdevice which in turn is synchronised to an atomic clock.
However, NTP can synchronise networks to an atomic clock by using either the Global Positioning system(GPS) network or specialist radio transmission.
These UK time servers are primarily stratum 2 devices whichmeans that they do not connect directly to an atomic clock source but connect to another time server that does.
However, NTP can synchronise networks to UTC time via an atomic clock by using either the Global Positioning system(GPS) network or specialist radio transmissions(MTF in the UK).
Counters are popular, but some older computers used the power line becausepower companies control the power-line frequency with an atomic clock.
However, NTP can synchronise networks to UTC time via an atomic clock by using either the Global Positioning system(GPS) network or specialist radio transmissions(MTF in the UK).
However to accurately pinpoint a location, all GNSS systems require an absolute time source, that is a timesource as accurate as humanely possible such as that from an atomic clock.
Stratum level- which stratum level the NTP server is(astratum 1 server receives the time from an atomic clock source a stratum 2 server receives the time from a stratum 1 server).
Synchronisation with NTP is relatively simple,it synchronises time with reference to a reliable clock source such as an atomic clock, although these are extremely expensive and are generally only to be found in large-scale physics laboratories, however NTP can use either the Global Positioning system(GPS) network or specialist radio transmission to receive UTC time from these clocks. .
Secure, accurate and reliable time synchronisation in the UK could not be made any easierthanks to our UK NTP servers that receive an atomic clock time signal directly from the National Physics Laboratory(NPL).
UTC time has leap seconds added(or taken away) every year or so to compensate with the slowing(and occasional speeding up) of the Earths rotation as our planet isactually 100,000 times less reliable than an atomic clock and without leap seconds noon would eventually become midnight(albeit in 40,000 years or so).
Specialist NTP time servers(Network Time Protocol) are available and can synchronise a computer network andall its devices to an accurate clock source such as an atomic clock using either the GPS or a specialist radio transmission, allowing networks to be accurately synchronized to Universal Coordinated Time(UTC) the International time scale.
However, NTP servers(Network Time Protocol), the standard means for achieving time synchronisation on computer networks,can synchronise networks to an atomic clock by using either the Global Positioning System(GPS) network or specialist radio transmissions.
NTP servers receive their time source from either a specialist radio transmission from national physicslaboratories which broadcast UTC time taken from an atomic clock source or by the GPS network which also relays UTC asa consequence of needing it to pin point locations.
This client software requires thatat least one Time-Sync NTP server with an Atomic Radio Clock or GPS Clock attached to be configured and active on the network.
This client software requires thatat least one Time-Sync NTP server with an Atomic Radio Clock or GPS Clock attached to be configured and active on the network.
Atomic Clock Synchronisation.
Atomic Clock battery low.
The Industrial Atomic Clock.
Atomic Clock Rugby Synchronisation.
Atomic Clock- Server.