445A25G24M57600

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Crystals are a type of material that has an ordered structure. They can be made up of atoms, molecules, or ions arranged in a regular, periodic pattern. Below is an overview of the application field and principle of the 445A25G24M57600 crystal.

Application Field of 445A25G24M57600 Crystal

The 445A25G24M57600 crystal is an ideal solution for timing applications such as computers, communication and wireless technologies, industrial control systems, etc. It is used to ensure accurate timekeeping, as well as to control the frequency of the system. The frequency range of the crystal is 26-100MHz, and the frequency accuracy is 0.1ppm (±100Hz over 10MHz-100MHz). In addition, the crystal has excellent power performance and low power consumption.

The 445A25G24M57600 crystal can also be used in timing applications such as smart watches, drones, bio-medical instruments, automotive infotainment systems, and so on. It is an ideal solution for the applications where low frequency and fast timekeeping are required.

Working Principle of 445A25G24M57600 Crystal

The 445A25G24M57600 crystal is composed of a quartz crystal and a metal-coated electrostatically actuated quartz crystal resonator. This type of crystal oscillates at a specific frequency due to the thickness of its quartz vibrator. The frequency is determined by the size of the quartz slab and the distance between the electrodes. As the crystal oscillates, it produces an electrical signal that can be used to create a clock signal.

The crystal oscillator is driven by a combination of an alternating current driving source and a resonating device, typically an inductor-capacitor (LC) tank, which includes the crystal resonator. The LC tank is connected to a feedback network such as a low-pass filter, and the frequency of the crystal oscillator is tuned by adjusting the parameters of the LC tank.

The output signal of the oscillator is typically amplified and then used as a clock signal for timing applications. The clock signal is used to control the frequency of the system, and to provide accurate timekeeping. The frequency stability of the crystal oscillator is dependent on the changes in temperature, pressure, and vibration, which can all cause changes in the frequency.

Conclusion

The 445A25G24M57600 crystal is an ideal solution for timing applications such as computers, communication and wireless technologies, industrial control systems, smart watches, drones, bio-medical instruments, automotive infotainment systems, and so on. It has excellent power performance and low power consumption, and the frequency range of the crystal is 26-100MHz, with frequency accuracy of 0.1ppm (±100Hz over 10MHz-100MHz). The working principle of the crystal involves a quartz vibrator, a combination of an alternating current driving source and a resonating device, a feedback network and an LC tank, and the frequency stability of the crystal is dependent on changes in temperature, pressure, and vibration.

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