ATS480A-E

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Crystals are one of the most commonly used components in electronic equipment as they save space, provide excellent signal integrity, and have a low probability of interference. One of the most popular crystals used in electronic applications is the ATS480A-E. This crystal can be found in some of the latest products, run by high-powered microprocessors.

The ATS480A-E crystal is an hermetic switch-mode crystal oscillator (CSO) that is made with the latest full-VSWR integrated technology. It has an operating frequency of up to 800MHz and is highly accurate with a frequency accuracy of as low as 0.2ppm. This crystal also has a wide range of supply voltages and is available in two packages, SMT or through-hole, making it suitable for different design requirements.

The key application areas for the ATS480A-E include wireless communication systems, high-end communications systems, commercial and amateur radios, industrial automation, automotive electronics, and mobile terminals. It is also used in PSC and PC Cards, GPS, Bluetooth enabled devices, remote sensing and monitoring systems, and more.

In terms of its working principle, the ATS480A-E crystal vibrates the oscillation frequency of the output by generating a frequency voltage by exciting the reversed direction current of the piezoelectric material inside the crystal. Its capacitance is 40pF to 200pF, which can be changed by oscillation frequency and the shape of the core part. The current of the crystal will generate a voltage, this voltage will be converted into a sine wave, and the frequency of the sine wave will be equal to the frequency of the crystal.

This oscillation frequency can then be adjusted by the circuit system to make it more accurate and controllable. What\'s important to note is that the parameters of the output signal can be adjusted and corrected by controlling the current of the oscillating crystal, which ensures maximum reliability and performance.

Finally, the ATS480A-E is a highly reliable crystal, as it has a high resistance to shock and vibration, and is able to maintain its accuracy in extreme temperature and environments. This crystal also has a low phase noise, making it suitable for use in ultra-low noise communication systems and other applications requiring high stability. This makes it an excellent choice for many various applications.

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