In the world of radar technology, where split-second decisions can make all the difference, 10MHz stability emerges as the keystone for reliable and accurate operations. Let’s explore why this stability is a paramount consideration in the radar domain, unlocking a Lire plus …
In a world where precision and accuracy are paramount, IRIG-B time synchronization emerges as a beacon of reliability and consistency. So, what exactly is IRIG-B, and why is it the gold standard for timekeeping across diverse industries? Let’s dive into Lire plus …
The time unit second is one of the SI base units. Until 1956 the second was derived from the Earth’s rotation around its axis, later from the Earth’s motion around the Sun. In 1967, the change from the astronomical to the atomic definition of Lire plus …
The standard method of characterizing the frequency stability of oscillators in the time domain, both short and long term. The traditional variance describes the deviation of a set of observations from the mean, but is not defined for noise processes Lire plus …
TimeLink equipments are resilient by nature to GNSS vulnerability thanks to their internal architecture which counts time using its internal oscillator in the first place and thus does not rely on the GNSS. This internally generated time is compared to Lire plus …
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https://www.livescience.com/earth-spin-negative-leap-second
Scientists around the world have noted that the Earth has been spinning on its axis faster lately—the fastest ever recorded. https://phys.org/news/2021-01-earth-faster.html
The precise reference time over the world is based on atomic clock and is maintained by all countries, this time called TAI is continous. The historical time used by people for every day life is based on observed solar time Lire plus …
A brief history of the time is defined across the world. 1884: International time is defined Adopted Greenwich as the prime meridian Recommended GMT as the reference time for the world Proposed the time zones system 1 second = 1/86400 Lire plus …