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Crystal CMR309T16.000MABJTR

Crystals are devices that use the piezoelectric effect to generate or sense vibrational energy. The CMR309T16.000MABJTR crystal is a type of Quartz crystal with a frequency of 16,000MHz. It has a variety of applications, including high-frequency oscillators, frequency synthesis, and clock signal sources.

Application Field

The CMR309T16.000MABJTR crystal is used primarily in high-frequency oscillators, frequency synthesis, and clock signal sources. It is also used as an oscillator element in phase-locked loop (PLL) designs, as well as in communication devices, microprocessors, medical devices, and television sets. Other applications include radio communication, amateur radio, digital signal processing, and various industrial and consumer electronics.

Working Principle

The CMR309T16.000MABJTR crystal is a type of quartz crystal, meaning that it is made up of piezoelectric material. When excited by an electrical signal, the crystal produces mechanical vibrations at a frequency determined by its size and shape. This vibration can then be picked up by an electronic device, allowing it to generate or sense a specific frequency. This vibration is also used in PLL designs, allowing microprocessors to maintain a stable clock signal over a given range of frequencies.

Advantages

Crystals offer a number of advantages over other types of oscillators. They have excellent frequency stability over a wide range of operating temperatures, and their high frequency accuracy makes them ideal for use in communication and medical devices. Additionally, quartz crystals are relatively inexpensive and have a long service life, making them a reliable and cost-effective option.

Conclusion

The CMR309T16.000MABJTR crystal is a type of quartz crystal that is used in a variety of applications, including high-frequency oscillators, frequency synthesis, and clock signal sources. It is made up of piezoelectric material, which allows it to generate or sense a specific frequency when excited. Crystals offer a number of advantages over other oscillators, including excellent frequency stability, high frequency accuracy, and cost-effectiveness.

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