CX2016DB19200D0FLJC1

CX2016DB19200D0FLJC1 application field and working principle

Crystals are components of electronic circuits with specific external dimensions and internal crystallography. It is a kind of piezoelectric electronic components, which is mostly used in various applications such as oscillator and clock generator. CX2016DB19200D0FLJC1 crystal refers to a kind of crystal oscillators, which have the advantages of better stability, low power consumption and small volume. In the aspect of application field, the CX2016DB19200D0FLJC1 crystal is mainly applied in microwave communication, satellite TV and other wireless communication systems.

The working principle of the crystal oscillator closely related to piezoelectric effect. Crystal oscillator is an electronic oscillator circuit which uses mechanical resonance of vibration of the crystal of piezoelectric material as frequency-determining element. When the electric voltage is applied to the crystal, the crystal will produce a piezoelectric effect and make noise with the frequency which closely related to the properties of the crystal material. The circuit then generates a stable oscillator frequency by adding stabilizing factors such as resistors, capacitors and amplifiers.

While the crystal oscillator works, an electric field with a frequency close to the resonant frequency will be generated between the two electrodes of the oscillator, thus causing the crystal to vibrate. In each cycle, the crystal will generate soundwaves when it is compressed by the electric field, which in turn alternates the electric field to generate electrical waveforms. The oscillation frequency of the crystal oscillator is determined by the physical characteristics of the crystal itself and the characteristics of the connected capacitors and resistors.

In summary, the CX2016DB19200D0FLJC1 crystal oscillator is mainly used in radio communication and satellite TV systems. Its working principle is closely related to the piezoelectric effect of the crystal material. When the electric voltage is applied to the crystal, the crystal will produce a piezoelectric effect and make noise with the frequency which closely related to the properties of the crystal material, and then the circuit builds a stable oscillator frequency by adding components such as resistors, capacitors and amplifiers.