SIT1602BC-12-18E-72.000000G

The SIT1602BC-12-18E-72.000000G is a type of oscillator, the core component of most electronic devices and equipment. This type of oscillator is widely used in various industries and applications. It is an important basis for the normal operation of all kinds of electronic systems, and the quality of the oscillator has a direct impact on the stability, reliability and precision of the system.

The SIT1602BC-12-18E-72.000000G oscillator is composed of two parts, a resonator and an oscillator circuit. The resonator is the core of the oscillator and is used to establish the resonance frequency, while the oscillator circuit acts as a feedback circuit, which can output a signal that is proportional to its input. The oscillator can be divided into two categories: linear oscillator and non-linear oscillator. This type of oscillator belongs to the non-linear oscillator family.

The working principle of the SIT1602BC-12-18E-72.000000G oscillator is that the resonator works as a filter, which filters out all frequencies except its own (resonance) frequency. At the same time, the oscillator circuit amplifies the signal from the resonator and outputs it. The output signal is exactly the same as the resonance frequency established by the resonator. The operating frequency and amplitude of the oscillator can be adjusted by adjusting the resistance and capacitance of the oscillator circuit.

SIT1602BC-12-18E-72.000000G oscillators are widely used in timing, frequency-controlled, phase-locked systems and automatic control systems. They can be used in anything from basic clocks and timers to complex radar and radio systems. In addition, they are used as the reference frequency, clock frequency, and synchronization signal source in signal processing systems, which are essential for the normal function of these systems.

In conclusion, the SIT1602BC-12-18E-72.000000G oscillator is a type of non-linear oscillator which has wide applications in diverse fields. Its working principle is based on the resonance of its resonator and the feedback from its oscillator circuit, which can be used to produce output signals that are the same as the resonance frequency established by the resonator.