SIT1602BC-11-30E-28.636300E

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Oscillators are electrical circuit components used to generate a sustained waveform signal with a specified frequency. Among them, SIT1602BC-11-30E-28.636300E is widely used in numerous applications where a low phase noise, extremely high frequency, and a stable performance is required. This article will discuss the application field and working principle of SIT1602BC-11-30E-28.636300E.

Application Field

SIT1602BC-11-30E-28.636300E is designed for use in applications requiring a low phase noise and extreme accuracy, such as cellular, base station, military, and industrial networks, as well as navigation systems. Its extremely high frequency makes it ideal for use in applications requiring high frequencies. Due to its excellent phase noise and frequency stability, SIT1602BC-11-30E-28.636300E is especially suitable for microwave signal processing, networking, telecom backbone, military, aerospace, and navigation applications. It has a low power consumption, which makes it suitable for battery powered applications. It is also highly reliable, with an impressive mean time between failure rating.

Working Principle

The operating principle of SIT1602BC-11-30E-28.636300E utilizes a combination of analogue and digital components to control its quartz oscillator. It is a three-stage voltage controlled oscillator (VCO), with an output frequency that is governed by a voltage input. Its frequency is determined by the combination of frequency-determining capacitors, inductors, resistors, along with the quartz crystal.

The first stage of the oscillator is a voltage-controlled amplifier (VCA) that drives an inductor/resistor combination. This stage shapes the output of the signal and establishes the overall gain of the oscillator. The second stage is a voltage-controlled filter (VCF) that filters out high-frequency noise and further shapes the output of the signal as well as determine the balance between the frequency and phase noise of the signal. The third and final stage of the oscillator is a voltage-controlled phase shifter (VCP) that sets the phase of the signal.

The combination of these three stages provides a compact, highly efficient means of generating a precise, low-phase-noise signal at a high frequency. The fact that it can also be adjusted to accommodate any frequency fluctuations makes it a great choice for applications where accuracy is essential.

Conclusion

SIT1602BC-11-30E-28.636300E is a high frequency, low-phase-noise oscillator with an impressive frequency stability and accuracy. It is suitable for numerous applications, and its extremely high frequency makes it ideal for applications requiring high frequencies. Its ability to be adjusted for any frequency fluctuations allows it to adjust to changing environmental conditions, making it a great choice for applications where precision and accuracy are essential.

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