CM309S4.194304MABJTR

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Crystals are an important part of many electronic devices, ranging from medical devices to radios, televisions, and computers. CM309S4.194304MABJTR crystals are especially used for applications that require more exact accuracy and precision than general-purpose crystals offer. This article will explain the application field and working principle of this type of crystal.

Application Field

CM309S4.194304MABJTR crystals can be used for a variety of applications, due to their fast response and low cost, such as in oscillators, radio transmitters/receivers, timers, and frequency-controlled switches. These crystals also provide an excellent choice for consumer electronics, automotive applications, process control, audio/video systems, and military/aviation applications. In addition, they are reliable in low voltage supplies and have the ability to work with either negative or positive power without affecting their performance. Furthermore, they are often used in large-scale production, requiring less time and cost compared to other comparatively high quality crystals.

Working Principle

CM309S4.194304MABJTR crystals use piezoelectric properties to generate a range of frequencies as a response to an electrical field. Piezoelectricity is the ability of certain materials to generate an electrical charge in response to mechanical stress and viceversa. In CM309S4.194304MABJTR crystals, this phenomenon occurs in the crystal lattice. When a voltage is applied to the crystal, it produces a deformation in the crystal lattice according to the frequency of the voltage. This deformation causes the crystal to vibrate at a certain frequency, which is known as the resonance frequency. The resonance frequency generated by the crystal determines the output frequency provided by the crystal.

The resonance frequency of the crystal is highly dependent on the cut and polishing of the crystal. Different cuts and polishing will allow the crystal to resonate at different frequencies. By precisely controlling the cutting and polishing, a wide range of frequencies can be obtained from the crystal.

Conclusion

CM309S4.194304MABJTR crystals can provide a reliable and accurate frequency source for a variety of signal processing and communication systems due to their fast response and low cost. They use piezoelectric properties to generate a range of frequencies as a response to the electrical field. The resonance frequency generated by the crystal depends on the type of cut and polishing used on it and can be used to determine the output frequency. Finally, these crystals are ideal for use in consumer electronics, automotive applications, process control, audio/video systems, and military/aviation applications.

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