X3AEELNANF-27.000000 Crystals, Oscillators, Resonators

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Crystals

X3AEELNANF-27.000000 is a type of crystal whose application field and working principle is widely studied and used today. It is usually used in resonators, oscillators, filters, and transducers when design an electronic device.

Application Field

X3AEELNANF-27.000000 has its application field in a wide variety of industries, ranging from timing operations of communication satellites dealing with I/Q signals to analogue frequency control circuit for television sound broadcasting.

Its frequency range is 4.4 - 200 MHz, which is relatively wide, and its frequency is highly stable, thus X3AEELNANF-27.000000 is the perfect substitution of tunable quartz resonators.

It is also often used in multi-band transceivers, AM/FM transceivers, wireless voice devices and wireless high-speed data transmission amongst many other devices.

Working Principle

The working principle of X3AEELNANF-27.000000 is relatively simple. When a high frequency signal is applied, it creates a periodic electrical field which induces a mechanical strain inside the crystal.

This strain reflects the frequency of the electrical field back, maintaining an oscillation of the same frequency. This phenomenon is called piezoelectric effect and is how X3AEELNANF-27.000000 works.

Therefore, no matter what type of crystal is being used, the frequency of the oscillation is determined by the physical characteristics of the crystal. This makes X3AEELNANF-27.000000 the perfect choice for research and development.

Conclusion

In conclusion, X3AEELNANF-27.000000 is a versatile crystal with a wide range of applications and a relatively simple working principle. Its stable frequency and high frequency range make it ideal for resonators, oscillators, filters, and transducers designed for electronic devices.

The advanced technology required to use X3AEELNANF-27.000000 also makes it a perfect choice for research and development in different industries.

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