Sunday Times News: In quartz clocks, the vibrations of a quartz crystal are controlled and used to measure time.

For digital watches, the vibrations of the quartz crystal is translated into seconds, minutes, hours and days, whereas in manual watches, different formulas are used to translate the vibration of ...

MEMS clocks offer several advantages over crystal oscillators in cost, production volume, and lead time. Because quartz crystal oscillators are inherently “custom,” MEMS clocks are usually ...

The most common clock oscillator is a quartz crystal. It vibrates thousands of times a second, generating a wave that rocks up and down in a predictable pattern.

A recent breakthrough has paved the way for timekeeping even more precise than the measurements performed by atomic clocks.

In recent years, scientists have turned to so-called “crystal clocks” to understand how long magma is stored underground before an eruption and how long it can take to travel to the surface.

On the Deep Space Atomic Clock, this correction is calculated and applied to the quartz oscillator every few seconds. But that's not all that makes the Deep Space Atomic Clock special.

A crystal oscillator operates in a simple manner; you put some electrical energy in, it resonates at its natural frequency, you sense that resonance, and feed it back into it to keep it sustaining.

Wi2Wi is the first company in the market to successfully create a product that integrates three distinct technologies, creating a rugged and reliable quartz crystal oscillator with industry's best ...

IT is probable that in the field of use of quartz crystal vibrators there are no requirements more exacting than those imposed on the quartz vibrator which is used to control the time-keeping of a ...