ZTA-20.00MX

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Resonators are often used in many different electrical and electronic circuits, including power supplies, radio transmitters, and home automation systems. ZTA-20.00MX is a resonator specifically designed to provide highly accurate frequency control, stable clock sources, and a very wide range of operating temperatures. The applications of this resonator range from automotive, consumer, telecommunications, and test and measurement.

ZTA-20.00MX uses a ceramic resonator as its structure, combined with an algorithm called a PLL (Phase-Locked Loop) to keep a stable frequency. It is very accurate, with a +/- 5ppm (parts per million) of accuracy over the operating temperature range and +/- 0.5ppm over a range of +/- 25°C. This accuracy makes ZTA-20.00MX attractive for applications requiring precise frequency control.

In terms of operations, the ZTA-20.00MX works by converting input current into an AC signal by utilizing the mechanical properties and stability of the ceramic resonator. This AC signal receives feedback and creates another signal, producing a stable frequency output that is much more accurate than crystal oscillators while also needing less power.

The wide operating range of ZTA-20.00MX is another important feature desired in many applications. The resonator is ensured to work at temperatures of -40°C to + 121°C, the absolute maximum reliability of the frequency control. Moreover, the start-up time of the resonator is small, typically no more than 10 seconds.

In providing a reliable frequency source across a wide range of temperatures and a fast start-up time, the ZTA-20.00MX resonator is suitable for a variety of applications. Its accuracy coupled with the wide operating temperature range makes it an ideal component for frequency control in test and measurement equipment, telecommunication systems, and automotive electronics.

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