TG2016SBN 16.3840M-KCGNCM0

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Oscillators are widely used in different fields. TG2016SBN 16.3840M-KCGNCM0 is one of the most popular oscillators in today\'s market. The application field and working principle of this oscillator was described in the following.

Application field

TG2016SBN 16.3840M-KCGNCM0 oscillator is mostly used for radio broadcast. With excellent design of controlled amplitude and high-precision frequency synthesis, TG2016SBN 16.3840M-KCGNCM0 oscillator is also suitable for automatic frequency monitoring systems of the police system. It has become a popular choice in many different fields.

Moreover, TG2016SBN 16.3840M-KCGNCM0 oscillator is also widely used in multiple data transfer systems because of its high-precision frequency synthesis technology, accurate synchronization and precise timing control; it can also provide a wide variety of synchronization signals for high-speed communication protocols.

Working Principle

TG2016SBN 16.3840M-KCGNCM0 oscillator is powered by a quartz crystal resonator. This quartz crystal resonator is able to provide an accurate frequency signal. The output frequency of the TG2016SBN 16.3840M-KCGNCM0 oscillator is determined by the quartz crystal resonator; it is kept a difference with input frequency to ensure frequency stability and accuracy.

The resonator of the TG2016SBN 16.3840M-KCGNCM0 oscillator has a wide range of stability of ±0.05%, and the operating temperature range of this oscillator is - 40 ℃ to +85℃. As for the output waveform, it can be waveform-selected from sine wave, triangle wave, and square wave.

TG2016SBN 16.3840M-KCGNCM0 oscillator has built-in temperature compensation circuit, it can help offset the frequency drift caused by temperature change. At the same time, the frequency accuracy is further enhanced through the adjustment of sensitivity and pull-in range. In addition, the dynamic impedance point of this oscillator is also adjustable.

Conclusion

In conclusion, TG2016SBN 16.3840M-KCGNCM0 oscillator is widely used in radio broadcast, police system, automatic frequency monitoring systems and data transfer systems due to its excellent design of controlled amplitude and high-precision frequency synthesis. The output frequency is determined by the quartz crystal resonator, and it has a wide range of stability of ±0.05%, as well as a wide variety of synchronization signals for high-speed communication protocols.

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