ATS640B

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Crystals have been used in the electronics industry for a long time. Their stable and repeatable properties make them a valuable component in the design and manufacture of digital devices. The ATS640B crystal oscillator is a special type of crystal that offers superior performance and reliability. This article will discuss the application field and working principle of the ATS640B crystal oscillator.

What is a Crystal Oscillator?

A crystal oscillator is an electronic circuit that uses the properties of a crystal to generate an output frequency. A crystal is a material made up of repeating molecular structures. It has a natural resonance frequency which can be used to generate a consistent output frequency. While crystals can be used on their own, they are usually mounted in combination with other electronic components to form an oscillator circuit.

ATS640B Oscillator

The ATS640B is a miniature temperature compensated crystal oscillator that offers superior performance and reliability in an extremely small package. It has a frequency range between 10KHz and 40MHz and is available in surface mount, through-hole, and adapter packages. It provides a low current consumption and high stability in a variety of environmental conditions.

ATS640B Application Field

The ATS640B oscillator is most commonly used in digital applications such as communication equipment and wireless systems. It is also used in seismographic equipment and in medical equipment such as ultrasound and MRI systems. In digital applications, the ATS640B is used to provide a stable and accurate clock signal for digital circuits.

ATS640B Working Principle

The ATS640B oscillator works by combining the properties of a crystal and capacitors to create an oscillating circuit. When power is applied to the oscillator, a current passes through the crystal and capacitors, creating a voltage difference. This voltage difference causes the current to oscillate through the circuit at a defined frequency. The precise frequency of oscillation is determined by the properties of the crystal itself.

Conclusion

The ATS640B crystal oscillator provides superior performance and stability in a variety of digital applications. It combines the properties of a crystal and capacitors to generate a precise output frequency and offers a low current consumption and high stability in a variety of environmental conditions. The ATS640B is an ideal choice for digital applications such as communication equipment and medical imaging systems.

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