ATS320BSM-1

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Crystals are commonly used as oscillators in a variety of applications. One such crystal oscillator is the ATS320BSM-1, which is used in a variety of applications including radio transmitters, phase-locked loops, and digital oscillators. This article will discuss the different application areas for the ATS320BSM-1 and the operating principle.

Application Field

The ATS320BSM-1 is typically used in a variety of radio frequency applications. These applications include radio transmitters, phase-locked loops, frequency synthesizers, and modulation systems. This device is also commonly used for clock generation in digital circuits.

The ATS320BSM-1 can also be used in applications involving electro-mechanical systems. It can be used to create oscillators that provide accurate frequency timing for actuators, motors, and other controlling elements. This can be useful in applications such as automated production lines, robotic arms, and electromechanical systems.

The ATS320BSM-1 can also be utilized in medical and biomedical applications. This device can be used in patient monitors and other medical diagnostic tools to provide accurate timing signals. This ensures that the timing accuracy of the medical device is consistent and reliable.

Working Principle

The ATS320BSM-1 operates using the piezoelectric effect, which is the phenomenon of electrical polarization when a mechanical stress is applied to a material such as quartz. When this effect is utilized, the crystal oscillates at a resonant frequency when it is coupled to an audio circuit. This effect allows the ATS320BSM-1 to be used as an oscillator for many different applications.

The ATS320BSM-1 is designed to be an oven-controlled crystal oscillator (OCXO), which means it is a crystal oscillator that is enclosed in an oven-like heatersurround package. This package helps to maintain the device’s frequency accuracy in changing temperature conditions. This is achieved by keeping the crystal contained within a temperature regulated environment, ensuring its accuracy over long periods of time.

The ATS320BSM-1 is also designed to provide improved stability. This is achieved through the use of low-noise oscillator circuitry and the efficient thermal management of the internal components. This reduces temperature variation, which in turn improves the device’s stability.

The ATS320BSM-1 is a widely used oscillator due to its wide range of applications, its stability, and its accuracy. It is used in a variety of radio frequency applications, electro-mechanical systems, and medical applications. The device utilizes the piezoelectric effect to obtain its resonant frequency, and is also designed with an oven-controlled package to ensure accuracy over time.

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