CA-301 27.0000M-C:(FUND)

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Crystals

Crystals are small particles formed when positive and negative charges of a material come together in a stable pattern. They are used in a variety of electrical applications and can be found in everything from watches to cell phones. The CA-301 27.0000M-C:(FUND) crystal is a type of crystal used mainly in the broadcast and communication industry.

Application Field of CA-301 27.0000M-C:(FUND)

The CA-301 27.0000M-C:(FUND) crystal is employed in a variety of applications in the broadcast and communication industry. It is used mainly for radio broadcasting applications, but can also be used for microwave receiver and transmitter communication. It is also used for frequency control of high-frequency PLL systems. All of these applications are possible due to the low cost and wide frequency range of this particular crystal.

Working Principle of CA-301 27.0000M-C:(FUND)

When electricity is applied to the CA-301 27.0000M-C:(FUND) crystal, it vibrates at its natural frequency as determined by its thickness, doping type, cut angle, and other factors. This vibration produces an oscillating electric current with a frequency that is related to its natural frequency. The frequency of the oscillations is determined by the physical characteristics of the crystal. These oscillations produce electromagnetic signals that can be used in radio and other communication applications.

The CA-301 27.0000M-C:(FUND) crystal is used in many different applications because it has a wide operating temperature range and can operate up to 18 GHz in frequency. As well, it has a tight frequency tolerance and low aging characteristics, meaning it will maintain its frequency stability over time. The frequency of the crystal can be adjusted by varying the applied voltage, a feature that makes it suitable for use in PLL systems. Lastly, the crystal has excellent shock, vibration and temperature characteristics, making it well suited for use in many harsh environments.

Conclusion

The CA-301 27.0000M-C:(FUND) crystal is a versatile and robust device used in many broadcast and communication applications. It is capable of operating over a wide temperature range and has a tight tolerance for frequency and aging. This makes it suitable for use in a variety of radio and microwave applications, as well as for PLL systems. The device is also highly resilient to shock and vibration, making it well suited for use in challenging environments.

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