ASCO-37.400MHZ-L-T3

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Today, oscillators have become essential parts of technology in many applications. The ASCO-37.400MHZ-L-T3 is an oscillator used in various applications including communications, timekeeping, and computing. Here, we take a look at the application fields of this product as well as the working principle of the device.

Application Field

The ASCO-37.400MHZ-L-T3 oscillator is mainly used as a frequency reference in general purpose communication systems, such as Cellular, Wi-Fi, GPS and other wireless communication systems. It is also used in timekeeping applications, where accurate frequency measurement is essential. Additionally, it is used in computing applications, such as tempo control in music applications.

Working Principle

The working principal of the oscillator is based on the concept of resonance, which is the phenomena of increasing the amplitude of a signal after it passes through an element of the same resonance frequency. This is achieved in the ASCO-37.400MHZ-L-T3 oscillator by using a resonator with an electromechanical spring and mass. The electrical properties of the resonator create a tuned circuit with the frequency of the oscillator set to the resonance frequency of the resonator.

The resonator contains a piece of quartz crystal, which is connected to two leads by piezoelectric effect. When a voltage is applied across the crystal, mechanical stress is generated, causing the crystal to expand and contract at a fixed frequency. This frequency is determined by the shape of the crystal and its elastic properties. The frequency of the oscillator is then synchronised to the resonant frequency of the crystal.

The resonance of the quartz crystal is used to create a highly stable oscillator. The circuit is then tuned to generate an output signal of a specific frequency, which can be adjusted for further tuning. This frequency can then be used for many practical applications.

Conclusion

The ASCO-37.400MHZ-L-T3 oscillator is a device used in various applications ranging from communication to computing. It operates on the principle of resonance by using a quartz crystal and a resonator circuit to generate a stable frequency output. Its versatile use in various applications make it an essential part of any system requiring a reliable frequency reference.

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