445C35S25M00000 Crystals, Oscillators, Resonators

Crystals are materials composed of distinct macroscopic arrangements of atoms, molecules, and ions. These materials are usually transparent, with a regular geometric shape and possess a variety of physical and optical properties that can be utilized for a vast range of applications. One such example of a crystal material is the 445C35S25M00000.

Application of 445C35S25M00000

The 445C35S25M00000 is a type of crystal material used in applications such as frequency control, timekeeping, oscillators, and precision filters. In these applications, the physical properties of the crystal material can be used to achieve accurate frequency and timing control as well as precise filtering of signals. The frequency accuracies achievable with the 445C35S25M00000 are generally better than that achievable with traditional semi-conductor oscillators. It is also frequently chosen for its low cost and small size.

Working Principle of 445C35S25M00000

The working principle of the 445C35S25M00000 is based on an electro-mechanical phenomenon known as the piezoelectric effect. This effect occurs when an electrical voltage is applied to an appropriate crystal material, resulting in a mechanical strain of the lattice structure of the crystal. Conversely, a mechanical distortion of the lattice of the crystal produces an electrical voltage. This phenomenon is used in the 445C35S25M00000 to achieve the precise frequency and timekeeping accuracies required in various types of electronic applications.

The piezoelectric effect is used in the 445C35S25M00000 to produce a precise, stable frequency over a wide temperature range. The crystal is mounted on a substrate and connected in a tank circuit. An oscillator circuit is then used to drive the crystal. The oscillator circuit produces a sinusoidal voltage which is then applied to the crystal, resulting in a precise, stable mechanical oscillation of the crystal lattice. This mechanical oscillation produces an electrical voltage which is used to drive the tank circuit. As the oscillator circuit and tank circuit are tuned to the precise frequency of the crystal, this process is effective in producing a precise, stable frequency over a wide temperature range.

Conclusion

The 445C35S25M00000 is a type of crystal material used in applications such as frequency control, timekeeping, oscillators, and precision filters. It utilizes the piezoelectric effect to achieve precise frequency and timing control as well as precise filtering of signals. The crystal is used in an oscillator circuit in a tank circuit arrangement to produce a precise, stable frequency over a wide temperature range. This crystal material has a small size, is low cost, and is used in a large variety of electronics applications.