520M20CA16M3680

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Oscillators

Oscillators are circuits that produce an output signal waveform over a predetermined frequency range. This type of electronic circuit plays an important role in realizing functions of frequency modulation, frequency synthesis and so on. The 520M20CA16M3680 oscillator is one of such circuits that offer many advantages, making them popular for applications where accurate timing becomes crucial. This article will discuss the 520M20CA16M3680 application field and its working principle.

520M20CA16M3680 Application Field

The 520M20CA16M3680 is a low power, low frequency ceramic resonator manufactured by Xiangyang Electronics, which can be widely used in telecommunications, medical, automotive, instrumentation and military industries. It is designed to provide stability in communications systems, to enable digital signal processing, and to stabilize frequency in precision equipment. It can also be used in digital-to-analog converters, precision timing, switching and switching power supplies.

The 520M20CA16M3680 type oscillator is designed to be used in a variety of applications requiring both high accuracy and stability over temperature, load and frequency variation. It is also designed for low power consumption, low cost and high reliability. The 520M20CA16M3680\'s small size and low profile make it an ideal choice for space constrained applications.

520M20CA16M3680 Working Principle

The 520M20CA16M3680 oscillator works on a principle known as \'piezoelectric effect\'. When an electric field is applied to a piezoelectric material, the material will physically expand and contract. This creates an oscillating voltage waveform which can then be used to generate a frequency signal. The 520M20CA16M3680 utilizes this effect, utilizing a quartz crystal as its core material. This crystal serves as the resonator of the oscillator, storing energy and releasing it at a constant rate in the form of a frequency signal.

The 520M20CA16M3680 has two modes of operation, the high frequency mode (HFM) and the low frequency mode (LFM). In the HFM, the 520M20CA16M3680 will oscillate at a frequency range of between 20MHz and 30MHz. This frequency range is suitable for applications such as digital signal processing, communications and precision timing.

In the low frequency mode, the 520M20CA16M3680 oscillates at a frequency range of between 10MHz and 20MHz. This mode is suitable for applications such as radio frequency identification and radio navigation systems. The 520M20CA16M3680 is designed to provide the same levels of performance and accuracy in either mode.

The 520M20CA16M3680 also features an onboard temperature compensation circuit, allowing the oscillator to maintain accuracy and stability over temperature variation. This makes the 520M20CA16M3680 ideal for applications where precise timing is essential.

Conclusion

The 520M20CA16M3680 is a low power, low frequency ceramic resonator manufactured by Xiangyang Electronics. It is designed to provide stability in communications systems, and to enable digital signal processing and precise timing. This oscillator utilizes a piezoelectric effect in order to generate a frequency signal, and features an onboard temperature compensation circuit to maintain accuracy and stability over temperature variation. As such, the 520M20CA16M3680 provides a cost effective solution for a wide variety of applications where precise timing is essential.

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