Examples of using An atomic clock in English and their translations into Polish
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An atomic clock is a complicated device.
The GPS satellites each have onboard an atomic clock.
If you put an atomic clock at the top of the mountain.
These devices receive a time signal from an atomic clock.
It's not exactly an atomic clock is what I'm saying.
People also translate
An atomic clock keeps time better than any other clock. .
In terms of accuracy an atomic clock is unrivalled.
Synchronize your computer time via the Internet with an atomic clock.
Exactly what an atomic clock is, is often misunderstood.
NTP servers receive a source of UTC from an atomic clock reference.
Finding an atomic clock source of UTC is a simple procedure.
Nearly all computer networks are kept accurate to an atomic clock.
Receiving an atomic clock time signal is where the NTP server comes into its own.
Getting a source of accurate time from an atomic clock is relatively easy.
An atomic clock is not radioactive, it doesn't rely on atomic decay.
Often, these network time servers also get their time from an atomic clock source.
The high above sea level an atomic clock is placed, the quicker time travels.
No other method of maintaining time comes close to the precision of an atomic clock.
The simplest way to synchonise to an atomic clock is to use a dedicated NTP server.
This will be a time server that receives the time direct from an atomic clock source.
Much of an atomic clock is designed to create the correct state to cause and augment oscillations.
Most computers synchronise indirectly to an atomic clock by using a NTP server.
Rather, an atomic clock has an oscillating mass and a spring, just like ordinary clocks. .
When we consider the most important inventions of the last 100 years,very few people will think of an atomic clock.
Connects directly to an atomic clock reference signal using either GPS or radio technology.
To ensure truly global synchronization,computer networks can synchronize to an atomic clock allowing all computers on a network o remain within a few milliseconds of UTC.
For instance an atomic clock based in a physics laboratory or GPS satellite is a stratum 0 device.
Each GPS satellite can only do this by utilising an atomic clock which in turn can be can be used as a timing reference.
There are those that receive an atomic clock source of UTC time from long wave radio broadcasts or those that use the GPS network(Global Positioning System) as a source.
These devices receive the time from an atomic clock, either via the GPS system or specialist radio transmissions.