445W31E30M00000

Crystals are a material composed of atoms, ions and molecules arranged in an orderly and parallel manner, and the lattice distance of the internal atoms is relatively stable and uniform. Such a regular arrangement of atoms gives crystals unique physical and chemical properties. Currently, crystals are widely used in many fields.

As one among them, the 445W31E30M00000 crystal, also known as the AT-Cut crystal, is most commonly used in quartz crystal resonators and oscillators. This crystal has a relatively simple structure, and its crystal cut is made by cutting the crystal blank along the Z-axis to accommodate the vibration direction of the crystal resonator in the X-direction. The 455W31E30M00000 crystal is usually used in the frequencies of 10MHz to 75MHz, which are mainly used in radio and television broadcasting, on-board telecommunication equipment, and various communication equipment.

Application Field of 445W31E30M00000

Due to its precise frequency, good temperature stability and low aging rate, the 445W31E30M00000 crystal is commonly used in high-frequency oscillators, radio and television broadcasting equipment, communication and tracking systems, high-speed computer communication devices, 5G frequency wireless communication systems, radar and navigation systems, precision instrumentation and other fields. For example, in various communication systems, crystals are used as frequency sources, and the output frequency stability of oscillators directly affects the performance of systems.

Working Principle of 445W31E30M00000

The characteristics of the 445W31E30M00000 crystal can be divided into two parts, piezoelectricity and frequency stability. Piezoelectricity is the vibration of crystals caused by electric field stimulation and the generation of electric charges in the material due to mechanical stress. The frequency stability is determined by the environmental load, nominal frequency and quality factor of the crystal. With the application of an alternating electric field, the oscillating frequency of the crystal can be determined and adjusted through the frequency change caused by the piezoelectric effect.

In total, the 445W31E30M00000 crystal plays an important role in modern communication. Its precise frequency, good temperature stability and low aging rate make it a reliable component and an important tool in communications.