Few electronic components have stood the test of time better than the quartz-crystal oscillator or resonator. But researchers continue to search for a quartz replacement because the components don’t ...

Based on a proprietary resonator technology, this 1-MHz to 125-MHz 1-ppm-resolution device delivers a low-cost high-performance solution in a small form-factor package. A strategic Alliance between ...

The classical quartz crystal oscillator is historically one of the most fragile components in an electronic system. This is not surprising since the quartz crystal resonator within the oscillator was ...

Currently quartz crystal-based oscillators are among the most common type of clock source in electronics, providing a ...

TXC is optimistic about high-end quartz crystal and crystal oscillator demand in the second half of 2023, thanks to the release of new smartphone models and AI device applications, according to the ...

Research project at Caltech shows terahertz oscillations possible for diverse electronics applications. Vahala's laser frequency reference (left); the quartz "tuning fork" (center) is a conventional ...

Watch aficionados have a certain lust for mechanical watches. These old school designs rely on a spring that’s wound up to store energy. The movement, an intricate set of gears and other mechanical ...

IIIF provides researchers rich metadata and media viewing options for comparison of works across cultural heritage collections. Visit the IIIF page to learn more. Precision frequency standards provide ...

The EMXO is smaller than other components, uses less power, and offers other advantages for designers trying to meet the tough demands of space systems. Why EMXOs, though less well known than OCXOs, ...