ATS150-E

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Crystals are an important component of many electronic applications, providing the basic electronic frequency standard needed to accurately measure, transmit, and receive signals. The ATS150-E is a type of crystal that is widely used in a variety of applications. This article looks at the several application fields and the working principle of the ATS150-E crystal device.

Applications

The applications of ATS150-E crystal device are varied, but some of the most popular include:

• Smart Card Readers –Crystals in smart card readers provide the reliable current necessary for communication and ensure accurate communication between the card reader and the device being read.
• Mobile phones– The ATS150-E crystal device can be used in mobile phones to provide the necessary frequency standard for communication and accurately coordinate the effective reception and transmission of data.
• Wireless Applications – Wireless technologies require reliable, accurate clocks to ensure that data is efficiently communicated between the transmitter and receiver. The ATS150-E crystal provides a reliable, accurate frequency to ensure effective communication.
• Computers– The ATS150-E crystal is also used in computers, helping to maintain a stable, accurate clock speed. This is especially important in applications where frequent calculations are made and accurate results must consistently be produced.

The ATS150-E crystal is also regularly used in a variety of other applications such as vehicle electronics, medical devices, GPS, aerospace equipment and robotics.

Working Principle

The ATS150-E works on the principle of piezoelectricity. Piezoelectricity is the ability of certain crystals, such as quartz and Rochelle salts, to generate a voltage when a mechanical force is applied to them. When this principle is applied to the ATS150-E crystal, a mechanical resonance is created when an alternating electric current is applied to the crystal.

The alternating electric current causes the crystal to vibrate at a specific frequency. This frequency is determined by the specific shape of the crystal, known as the ‘cut’, and can range from a few kilohertz to a few megahertz. The frequency of the crystal is determined by its physical structure, not the current being applied.

The ATS150-E crystal contains two capacitors and two resistors connected to the crystal, forming an oscillator circuit. As an alternating current is applied, the crystal’s resonance causes it to vibrate at a specific frequency. This frequency energy is then amplified and can be used in a variety of applications as a reliable clock source.

Conclusion

The ATS150-E crystal is a versatile and reliable device, capable of being used in a variety of applications requiring an accurate and reliable frequency source. Its principle of piezoelectricity means that it is not affected by the current being applied, and the specific shape of the crystal determines its specific frequency output. As such, the ATS150-E crystal is an invaluable tool in many applications requiring a reliable and accurate frequency.

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