XXDPBISANF-16.000000 Crystals, Oscillators, Resonators

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Crystals are widely applied in various areas of the technology field. As the development of technology, so does the use of crystals. The XXDPBISANF-16.000000 crystal is one of them. This kind of crystal is widely used in high-end industries, such as aerospace and military fields, due to its excellent performance. In this article, the application field and working principle of XXDPBISANF-16.000000 crystal will be discussed.

The application of XXDPBISANF-16.000000 crystal is extensive. It is usually used in communication systems and sensors, making it an integral part of high-end communication systems where the need for accuracy exceeds that of the regular system. Additionally, it can also be used in navigation systems and frequency control circuits. These components require a very precise and stable frequency, which the XXDPBISANF-16.000000 crystal provides. In addition, it can also be used for radar imaging and high-precision frequency measurements, as well as medical equipment.

The working principle of XXDPBISANF-16.000000 crystal can be explained in two parts. The first is the piezoelectric effect, which is the principle behind how a crystal vibrates when subjected to electric current. When the crystal is energized, it vibrates at a constant frequency. The second part is the oscillator circuit, which is responsible for maintaining the constant frequency output of the crystal over time. The oscillator circuit makes sure that any changes in temperature or other environmental factors that could potentially alter the frequency output of the crystal are adjusted accordingly.

Another important aspect of the working principle of XXDPBISANF-16.000000 crystal is its operational temperature range. This range determines how much the crystal can be used in environments with different temperature ranges. The crystal has an operating temperature range of -40℃ to +125℃ and can maintain its frequency accuracy within ±100ppm (parts per million) over this full range. This makes it one of the most accurate and reliable crystals available.

In conclusion, the XXDPBISANF-16.000000 crystal is a high-precision frequency control crystal used in communication systems and sensors. It has an operational temperature range of -40℃ to +125℃ and can maintain its frequency accuracy within ±100ppm (parts per million) over this full range. The working principle of the crystal is based on the piezoelectric effect and the oscillator circuit, making it an ideal choice for high-end communication systems and navigation systems.

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