445A35C20M00000

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Crystals

445A35C20M00000 is a type of crystal, which is an essential component in various electronic devices. Crystals are typically applied as frequency control elements on a variety of circuits, and they are known for their ability to produce extremely precise frequency signals.

Application Field

The 445A35C20M00000 crystal is typically applied in a wide range of consumer electronics, including radio receivers, car radios, digital cameras, cellular phones, portable MP3 players, portable media players, chargers, and laptop computers. Due to its high frequency stability and low power consumption, this model of crystal is also popular in precision instruments such as oscilloscopes, frequency counters, frequency synthesizers, and test instruments.

This crystal can also be used in audio applications such as tone generators and sound synthesizers. It has been increasingly utilized for digital signal processing (DSP) applications. Moreover, it is also suitable for copiers, scanners, digital clocks, and hard disc drives.

Working Principle

A crystal functions as a vibrating element, oscillating with a precise frequency when connected to a circuit. The frequency is determined by the thickness or mass of the quartz plate to which the electrodes are attached. Quartz is used for the crystal because it is relatively stable over time and maintains a highly precise frequency when resonated.

A 445A35C20M00000 crystal works by producing an electrical oscillation when receiving an oscillating signal of the same frequency. When the frequency of the signal corresponds with the natural frequency of the crystal, its kinetic energy is converted into an electric signal, thereby producing an alternating current.

The amount of electrical current produced by the crystal is proportional to the resonance of the signal and the mechanical properties of the quartz crystal. Its design and construction need to be carefully optimized to ensure output stability, especially in a wide temperature range.

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