520N20DT16M3690

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520N20DT16M3690 Oscillator

The 520N20DT16M3690 is an oscillator from Murata. Murata is a global leader in the design, manufacture and supply of advanced electronic materials, leading-edge electronic components, and multi-functional, high-density modules. Ideal for customers seeking high-frequency components, Murata\'s 520N20DT16M3690 oscillator is designed to meet a broad range of wide frequency and low jitter needs in various application fields.

Application Field

The 520N20DT16M3690 oscillator has become a standard component in a number of electronic device designs. Its fast rise time and low jitter make it ideal for use in low-noise and high-fidelity audio applications where sound accuracy and quality are paramount. It is also widely used in a number of communication protocols to provide reliable timing signals. In addition, the 520N20DT16M3690 oscillator has found a home in industrial applications, automotive electronics, and a wealth of consumer applications.

The tiny form factor and low power consumption of the oscillator make it an ideal choice for use in portable electronic devices and other applications where size and power usage are important considerations. The crystal oscillator also provides an impressive level of temperature stability which makes it ideal for wide temperature range applications.

Working Principle

The Murata 520N20DT16M3690 crystal oscillator works by making use of the piezoelectric effect of certain Quartz crystal. This effect causes the crystal to vibrate under the influence of an applied electrical field. Since Quartz crystal have the unique property of always vibrating at the same frequency when in a given electrical field. The 520N20DT16M3690 oscillator capitalizes on this effect.

The Murata 520N20DT16M3690 oscillator works by taking a Quartz crystal and then placing it in an electrical field by connecting it to a circuit. The electrical field causes the Quartz crystal to oscillate at a fixed frequency. This oscillation is then converted to a voltage signal and amplified and output by the circuit it is connected to.

In addition to the standard Quartz crystal, the Murata 520N20DT16M3690 oscillator also uses a number of other components to help refine the frequency and ensure reliability. These components include transistors, operational amplifiers, and a number of resistors and capacitors. The combination of these components amplifies and shapes the output signal to, in some cases, improve the accuracy and stability of the generated signal.

Conclusion

The Murata 520N20DT16M3690 oscillator is a well-designed and robust component that has found a home in a number of applications. It has a small but reliable form factor that lends itself to use in a variety of applications, 10 has an impressive range of features which make it highly reliable and usable in many applications. Its low power consumption, fast rise time, absolute frequency and temperature stability are features that make the 520N20DT16M3690 an ideal choice for a variety of electronic designs and products.

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