SIT1602BI-13-28N-74.250000E

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Oscillators are devices that use electrical signals that cycle back and forth between two different voltage or current levels. SIT1602BI-13-28N-74.250000E is a type of oscillator that can provide long-term stability in temperature and frequency, and has a wide range of applications. This article will discuss the application field and working principle of SIT1602BI-13-28N-74.250000E.

Application Field

SIT1602BI-13-28N-74.250000E have a a wide range of applications. It is mainly used in precision timekeeping and navigation, satellite communications, and precision frequency measurement devices. It can also be used in military communication, aircraft investigation, and other fields with high stability requirements. Because of its excellent long-term stability, it can replace quartz crystals such as TXC, FXO in many instruments and equipment. The oscillator can also be used in the fields of telecommunication, signal processing, instrumentation, audio and video recording, medical equipment, etc.

Working Principle

The working principle of SIT1602BI-13-28N-74.250000E is very simple. It combines the resonant quartz crystal oscillator technology and the discrete components using the Screening Stochastic Resonator (SSR). This type of oscillator uses a voltage-controlled resonator network with a low noise resistor to realize the oscillation of the quartz crystal oscillator. The SSR is used to reduce the power consumption and also to improve the overall frequency stability and temperature performance of the oscillator. The output signal of the quartz oscillator is then amplified by the amplifier. The SSR can be accurately and quickly tuned, and the oscillator can be quickly adjusted to any frequency in its specified range without significant decrease in frequency stability, making this type of oscillator very useful in many fields.

Conclusion

SIT1602BI-13-28N-74.250000E is a type of oscillator that can provide long-term stability in temperature and frequency, and has a wide range of applications. The oscillator can be used in precision timekeeping and navigation, satellite communications, and precision frequency measurement devices. It also can be used in the fields of military communication, aircraft investigation, telecommunication, signal processing, instrumentation, audio and video recording, medical equipment, etc. The working principle of the oscillator is quite simple: it combines the resonant quartz crystal oscillator technology and the discrete components with the Screening Stochastic Resonator to achieve oscillation of the quartz crystal oscillator.

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