SIT1602BC-72-28N-35.840000G

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Oscillators play a vital role in the operation of many electronic circuits. Their main use is to generate a periodic signal at a preset frequency and amplitude. In this article, we will discuss one type of oscillator in particular, the SIT1602BC-72-28N-35.840000G, and examine its uses and working principles.

Background Info

SIT1602BC-72-28N-35.840000G oscillators are dual-channel ceramic resonators. They consist of a case with a pair of piezoelectric plates facing each other. This type of oscillator is used to generate a square wave signal with low harmonic distortion. It has a frequency range of 48MHz to 200MHz. The SIT1602BC-72-28N-35.840000G oscillator also has a low power consumption of only 35.84mA.

Application Field

SIT1602BC-72-28N-35.840000G oscillators are mainly used in the development of electronic products such as phones, walkie-talkies, GPS systems, audio amplifiers, flatscreen TVs and robots. The oscillators are also frequently used in radio communication and industrial automation systems. Due to their steady signal and low power consumption, they are becoming increasingly popular for applications with complex requirements.

Working Principle

The working principle of SIT1602BC-72-28N-35.840000G oscillators is based on the oscillation of charge between two parallel plates. The piezoelectric plates are subjected to an alternating electric current, which causes them to vibrate. The generated signal is a periodic square wave, which can be adjusted to determine the desired frequency. In addition, the oscillator can adjust its amplitude in order to maintain a constant signal.

The oscillator also contains a frequency-adjusting component called a varactor. This component is used to adjust the frequency of the signal, and its value can be adjusted with a small voltage change. Furthermore, the oscillators have built-in overload protection, which prevents them from being damaged by sudden changes in current. This helps to ensure a stable signal and a long service life.

Conclusion

In conclusion, the SIT1602BC-72-28N-35.840000G oscillator is a reliable and efficient device for a range of electronic applications. Its stable signal and low power consumption make it a suitable choice for applications such as radio communication and industrial automation. The working principle of the device is based on the oscillation of charge between two parallel plates, while its frequency and amplitude can be adjusted with the help of a frequency-adjusting component and overload protection.

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