445I35B16M00000

445I35B16M00000 Application Field and Working Principle

The 445I35B16M00000 crystal is a commonly used piezoelectric crystal element and is a quartz crystal with a frequency accuracy of over 10-15 ppm, a temperature stability of 10-6/°C, a dielectric and mechanical strength and a wide range of operating temperature. In the application field and working principle of 445I35B16M00000 crystal, it is often used in energy and energy monitoring, sensor networking, measurement, communication and automation devices.

When the 445I35B16M00000 crystal is working, its working principle is based on the piezoelectric effect. The piezoelectric effect is a phenomenon in which the crystal generates electrical charges in response to mechanical stress. When the external pressure is applied to the 445I35B16M00000 crystal element, the material in the crystal lattice is subjected to distortion and causes the surrounding air to vibrate. At the same time, a certain level of electric potential is generated in the crystal element. When the pressure applied to the crystal element is released, the electric potential is released and the output signal is generated. The output signal is repeated in this process, and this signal is known as an oscillation wave.

In the application field, the 445I35B16M00000 crystal is often used to control the frequency of an oscillator circuit, such as radio wave oscillators, ceramic resonators, quartz crystal oscillators and other standing wave circuits. It is also used in clock generators of computers, LCD TVs, PLL circuits, phase-locked loop frequency synthesizers, digital signal processors, transceivers and digital synthesizers. All of these circuits require a precise frequency control.

In short, the 445I35B16M00000 crystal is a common piezoelectric crystal element. Its working principle is based on the piezoelectric effect, which is a phenomenon in which the crystal generates electrical charges in response to mechanical stress. In the application field, it is often used to control the frequency in computers, LCD TVs, PLL circuits, phase-locked loop frequency synthesizers and other standing wave circuits.