445C25C24M57600

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Crystals are a special class of materials that, among other things, exhibit a capability of vibrating at a particular frequency when under the influence of an electric field. Therefore, they are used in a variety of radio-frequency applications. The most common type of crystal in radio-frequency applications is the quarz crystal. The 445C25C24M57600 crystal is a quarz crystal that has been specially designed for the purpose of providing a highly reliable and accurate medium frequency. This crystal is particularly suited for applications such as radio tuning, modulation, and modulation index measurement.

The 445C25C24M57600 crystal has several characteristics that make it a suitable choice for certain radio-frequency applications. One of these characteristics is its wide range of operation frequencies. The crystal has a minimum operating frequency of 40kHz and a maximum frequency of 2.4 GHz. This wide range of operation frequencies makes the crystal suitable for a broad range of radio-frequency applications. Another attribute of the crystal is its excellent temperature stability. The crystal has a temperature stability of under 8 ppm over a temperature range of -30°C to +70°C. This ensures that the crystal can maintain its accuracy and reliability over a wide range of temperatures.

The working principle of a 445C25C24M57600 crystal is based on the piezoelectric effect. This effect occurs in materials such as quarz crystals when they are subjected to an alternating electric field. The electric field causes the bonds between the atoms of the crystal structure to resonate at a particular frequency, known as the natural frequency. When the crystal is connected to a circuit, it will vibrate at its natural frequency and generate an oscillating current. This current can then be used for various radio-frequency applications, such as tuning, modulation, and modulation index measurement.

In order to ensure the most accurate and reliable performance, it is important that the crystal is properly calibrated and aligned. This can be done by mounting the crystal in a holder and then adjusting the position and orientation of the crystal until the desired accuracy and frequency is achieved. Once the crystal is properly calibrated and aligned, it is ready for use in the various radio-frequency applications.

The 445C25C24M57600 crystal is an excellent choice for a variety of radio-frequency applications, due to its wide range of operating frequencies, excellent temperature stability, and accurate and reliable performance. This crystal is particularly suitable for applications such as radio tuning, modulation, and modulation index measurement. The crystal works on the principle of the piezoelectric effect, and the accuracy and reliability of the crystal can be improved by proper calibration and alignment.

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