445C22J24M00000

Crystals

Crystal is a structure made up of atoms, ions or molecules. It comes in three distinct shapes. They are known as cubic, hexagonal and orthorhombic lattices. Crystal oscillators offer a very reliable timing source because of their low temperature coefficient of frequency, high frequency stability and constant frequency.

445C22J24M00000 Application Field and Working Principle

The 445C22J24M00000 crystal is a versatile oscillator mostly used in embedded systems and applications. It has several advantages such as low-cost, low-power consumption, and high stability. This crystal is useful for applications such as timer triggering/sampling, audio/video/data processing, multiplexing, clocking and frequency synthesizing.

This crystal works on the principle of vibrating molecules at a specific frequency. When the voltage is applied across it, the molecules vibrate at its resonance frequency. These vibrations create the exact frequency of the oscillations which can be used as clock speed in embedded circuits. The clock speed determines the rate of the processes such as microcontroller operations.

This crystal can be used up to 30MHz frequency. The frequency may be affected by external factors such as temperature or voltage variations. To minimize this effect, the crystal is usually kept in a sealed package or can with protective layer. This type of oscillator is very stable and reliable compared to ceramic resonators and is suitable for precision timing applications.

The 445C22J24M00000 crystal is compact, low-power and cost-effective. It offers very precise and reliable frequency control. It can be used for both low frequency and high frequency applications such as clocks and timing circuits. Its frequency range is also suitable for RF applications. It offers very precise frequency stability over wide range of temperature and voltage.