445W35B13M00000

Crystals are fascinating materials, enabling many electrical, optical and mechanical properties, making crystal one of the most versatile engineering materials. 445W35B13M00000 application field and working principle is a frequency-controlled oscillator built on quartz crystal particles.

Application Field

The 445W35B13M00000 has a wide range of applications. It is used in telecommunications, automotive, medical, aerospace and other industries. In mobile networks, this oscillator can be used to accurately control radio frequency oscillations. In automotive safety systems, it can be used to measure mechanical forces and vibration, or to detect the position of moving components. In medical applications, 445W35B13M00000 can be used to accurately measure and monitor physiological signals, such as blood pressure and heart rate.

Working Principle

When mechanical forces are applied to quartz crystals, the oscillator frequency changes. The oscillating frequency depends on several factors, including the mass, shape and size of the crystal, as well as the specific piezoelectric constant of the material. 445W35B13M00000 includes a quartz crystal resonator oscillator, a base circuit and an op-amp or linear voltage regulator. The crystal resonator oscillator is a quartz crystal housed in a ceramic package and connected to electrodes. The oscillator frequency is determined by the crystal\'s geometry and mass. The base circuit is responsible for driving the crystal and amplifying the oscillator signal.

The output signal of the crystal oscillator is usually a sine wave, and the accuracy of the output frequency is controlled by a temperature compensation circuit. The op-amp or voltage regulator is used to keep the output frequency relatively stable over a wide temperature range. The oscillator frequency can be changed by adjusting the gains of the op-amp or voltage regulator, or by applying mechanical forces to the crystal.

Conclusion

The 445W35B13M00000 is a frequency-controlled oscillator built on quartz crystal particles. This device is used in a wide range of applications, including telecommunications, automotive, medical and aerospace industries. The oscillator frequency is determined by the crystal\'s geometry and mass, and the accuracy of the output signal is regulated by a temperature compensation circuit.