CMR309T12.288MABJTR Crystals, Oscillators, Resonators

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Crystals play an essential role in the development of technologies in a variety of applications. The CMR309T12.288MABJTR crystal is one of the most important crystals in this regard, offering high performance while being equally cost-effective. In this article, we will discuss the application fields of the CMR309T12.288MABJTR crystal, as well as its working principle.

Application Fields of CMR309T12.288MABJTR Crystal

The CMR309T12.288MABJTR crystal is a suitable choice for almost all types of electronic devices, ranging from mobile phones to scientific research equipment. Thanks to its technical characteristics and low cost, this crystal is ideal for applications where cost is a key parameter.

For instance, the CMR309T12.288MABJTR crystal is widely used in telecommunications products such as mobile phones, Bluetooth headsets, and data transmission products. It is also suitable for various audio and video transmission products, home audio and video equipment, medical electronics, and industrial automation solutions. In addition, the crystal is also used in defence and aerospace industries, such as land and sea navigation systems.

Working Principle of CMR309T12.288MABJTR Crystal

In a nutshell, a crystal is a device that uses the piezoelectric effect to convert electrical energy into oscillating mechanical vibrations, or vice-versa. The key component of a crystal is a “piezoelectric material”, i.e. a material that can be made to vibrate at a certain frequency when a voltage is applied to it, and can generate a voltage when subjected to mechanical vibration.

The CMR309T12.288MABJTR crystal is capable of producing vibrations at a frequency of 12.288MHz. This is achieved by means of a quartz crystal cut in a specific way so that it vibrates at a particular resonant frequency when electrical energy is applied to it.

The CMR309T12.288MABJTR crystal is designed to oscillate at 12.288MHz with an all-round stability, low temperature drift, and low harmonic distortion. In addition, the crystal also offers good insulation properties, making it suitable for applications where signal isolation or signal processing is required.

Conclusion

The CMR309T12.288MABJTR crystal is a highly reliable and cost-effective solution for a range of applications, from telecommunications and audio-visual equipment to military and aerospace applications. Moreover, it works on the principle of piezoelectric effect, and is capable of producing vibrations at a frequency of 12.288MHz with excellent stability, low temperature drift, and low harmonic distortion.

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