XSHGGLNANF-16.000000

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Crystals - XSHGGLNANF-16.000000 application field and working principle

Crystals are widely used in electronics for frequency control and as timing elements for microcircuits. XSHGGLNANF-16.000000 is one of them. Its features and application fields are being explored in this article, alongside its working principle.

What is XSHGGLNANF-16.000000 and what are its features?

XSHGGLNANF-16.000000 is a type of quartz crystal oscillator, which is a modern version of electromechanical oscillators. It was designed to meet the growing demand for higher frequencies and stability in electronic systems, as well as to reduce power consumption. It is a miniature quartz oscillator, which consumes just 0.25W and can run at frequencies up to 1GHz under certain conditions.

The crystals are encased in hermetically sealed packages, which helps to protect the quartz crystal from temperature, humidity, and other environmental factors. The high stability and precision of this type of oscillator is ensured with temperature compensation techniques.

Where can XSHGGLNANF-16.000000 be used?

The XSHGGLNANF-16.000000 oscillator is suitable for a wide range of applications, most notably frequency control for circuits operating at frequencies up to 1GHz. It can be used for clock generation, as well as instrumentation, testing, and control circuits.

Aside from its frequency control capabilities, it can also be used for frequency synthesis. Its temperature compensated properties make it a suitable choice for use in communications systems, embedded processors, and very-high frequency radio systems.

How does XSHGGLNANF-16.000000 work?

In order to understand its working principle, it is important to have a basic understanding of the properties of quartz. Quartz has the ability to change its shape when an electric field is applied to it. This property of quartz is utilized in the construction of XSHGGLNANF-16.000000 oscillators.

This crystal oscillator consists of a quartz crystal that is placed between two electrodes. When a voltage is applied to the electrodes, an electric field is created, which causes the quartz crystal to deform. This deformation causes the quartz crystal to vibrate at a precise frequency, which is determined by the size and shape of the crystal.

The frequency of the vibration is regulated and maintained by temperature compensation techniques. This ensures that the oscillator maintains its precise frequency in changing environmental conditions.

Conclusion

The XSHGGLNANF-16.000000 oscillator is an efficient and precise quartz oscillator that is ideal for frequency control in a variety of applications. As the frequency of the oscillator is rigidly maintained with temperature compensation techniques, it is suitable for use in communications systems, embedded processors, and very-high frequency radio systems.

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