445A31L24M57600

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Crystals have been used in a multitude of applications since their first use in watches. Compared to other materials, crystals tend to be more efficient, allowing for more accurate timekeeping and smaller packages, which makes them the preferred choice for commercial, industrial, and scientific applications, such as telecommunications and military applications. In all of these cases, frequencies must be as exact as possible, requiring small, efficient crystals that can deliver the desired accuracy. As such, the 445A31L24M57600 crystal is a highly researched and manufactured crystal that can meet a wide range of frequency requirements.

The 445A31L24M57600 crystal belongs to the family of AT-cut crystals that are designed for use at frequencies in the range of between a few kilohertz and several hundred megahertz. The frequency of this particular crystal is 24MHz, and its maximum frequency deviation is 0.52ppm, which translates to a maximum of 1.2nanoseconds deviation from the intended frequency over a one second cycle. This extreme accuracy makes it ideal for precision timing and frequency applications that require an extremely stable signal.

From a manufacturing standpoint, the crystal is made from a very hard ceramic material which is good for high frequency measurements, and is coated with gold for higher frequency stability. Additionally, the manufacturing process ensures that the internal capacitance of the crystal is in the range of 15-30pF, allowing for more accurate readings of the frequency.

The working principle of the crystal is relatively simple. The crystal consists of a quartz substrate and two electrodes that are placed on either side of the quartz substrate. The electrodes are best made from silver, as silver has a higher frequency stability than other metals. When electricity is applied to the electrodes, a small electric field is created within the crystal. The frequency of this electric field depends on the size and shape of the crystal, making it possible to accurately measure frequencies.

In addition to its frequency stability, the crystal also offers the advantage of low power consumption. Since the electric field within the crystal is so small, the power required to maintain it is significantly less than the power required by other frequency measuring devices.

The 445A31L24M57600 crystal offers a variety of applications, from precision signal transmission to frequency oscillators, and many more. Due to its high accuracy, it is often used in telecommunications and military applications, where signal reliability is essential. Additionally, it is often used for timing applications such as clocks and watches, where even a small deviation in frequency can lead to great inaccuracies.

In conclusion, the 445A31L24M57600 crystal is a high-accuracy crystal that is ideal for precision signal transmission and timing applications. Not only is the crystal accurate and reliable, but it also has the advantage of low power consumption, making it a great choice for manufacturers and designers looking to maximize efficiency in their products.

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