ATS480B-E

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Crystals
Crystals are used in many applications due to their excellent electrical properties, high frequency stability, and relatively low cost. ATS480B-E is a type of crystal used for timing and communications. This crystal can be used in many applications such as radio frequency oscillators, clock circuits, and communication links.

The ATS480B-E is a miniature crystal with a low profile and light weight. The ATS480B-E has a wide frequency range, covering from 1 MHz to 30 MHz. It is also very small in size, measuring only 3.2mm x 2.5mm x 1.2mm.

The ATS480B-E is able to provide excellent frequency stability for electronic systems. It has an excellent temperature coefficient, meaning it will be able to maintain its frequency under changing temperatures. The crystal also has a high shock resistance, which means it will be less likely to suffer damage when exposed to physical shock.

The ATS480B-E has several different operating modes. Its most common application is to serve as the oscillator in a quartz clock circuit. In this application, the ATS480B-E will provide a signal at a very precise frequency. It is also used in communication applications, where it provides a steady and reliable clock signal to events being communicated by two or more devices.

The ATS480B-E operates by vibrating a thin slice of quartz crystal in an alternating magnetic or electric field. The ceramic base of the ATS480B-E crystals contains a pair of parallel electrodes, each of which runs an alternating current through the crystal. This causes the quartz crystal to vibrate at a specific frequency, depending on its size and shape. This frequency can be adjusted by changing the voltage applied to the electrodes.

The ATS480B-E is a very reliable and cost-effective crystal. It is easy to maintain and requires no external components, making it a great choice for applications needing a steady, precise frequency. The crystal is also relatively easy to interface with microcontrollers, making it popular in both consumer and industrial applications.

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