8Z-16.66667MAAV-T

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Crystals: 8Z-16.66667MAAV-T application field and working principle

Crystals have a variety of uses, from timing signals to frequency control for radio transmissions to monitoring pressures for water reservoirs. The 8Z-16.66667MAAV-T crystal is a type of crystal oscillator that is specifically designed for use in applications requiring high accuracy and stability. This article will discuss the application field of the 8Z-16.66667MAAV-T crystal and its working principle.

Application field:

The 8Z-16.66667MAAV-T crystal is used in a variety of applications that require the highest levels of accuracy and stability. These include PLL circuits for cellular base stations, frequency control for GPS receivers, frequency synthesisers for communications systems, and frequency multipliers for satellite communications. It is also used in digital television applications.

In addition, the 8Z-16.66667MAAV-T crystal is commonly used as a clock source for microcontrollers and digital signal processors. The 8Z-16.6667MAAV-T can also be used as a frequency reference for optical transmitters and receivers.

Working Principle:

The 8Z-16.66667MAAV-T crystal works by the principle of quartz piezoelectricity. When electric charges are applied to the crystal, it vibrates at a very specific frequency. This frequency is determined by the cut, size and shape of the crystal, and is accurately reproducible. As a result, the 8Z-16.66667MAAV-T crystal can be used to generate an accurate and stable timing signal.

The 8Z-16.66667MAAV-T crystal is also designed to operate over a wide temperature range, from -10C to +85C. It is designed to be highly stable and has an excellent phase noise performance. This makes it an ideal choice for applications where accuracy and stability are essential.

Conclusion:

The 8Z-16.66667MAAV-T crystal is a high-precision and highly stable crystal oscillator that is used in a variety of applications that require accuracy and stability. This includes PLL circuits for cellular base stations, frequency control for GPS receivers, frequency synthesisers for communications systems, and frequency multipliers for satellite communications. It works by the principle of quartz piezoelectricity, and is designed to operate over a wide range of temperatures with excellent phase noise performance.

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