SG-8002CA 5.0688M-PHCL3

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Oscillators

The SG-8002CA 5.0688M-PHCL3 is an oscillator that has a wide range of applications across many industries. It is a low-frequency oscillator that is characterized by its stability and accuracy.

Applications

The SG-8002CA 5.0688M-PHCL3 oscillator is designed to be used in a wide variety of applications, from industrial electronics, to consumer electronics, to medical instruments, and more. It is capable of providing stable and accurate time characteristics, and can be used as a high frequency-generating source in various signal-processing systems, as well as a time-keeping element in computers and other electronic devices. It is also suitable for use as a frequency-modulating device in radio-frequency components. Additionally, this oscillator can provide very low-power operation without compromising accuracy and stability.

Working Principle

The SG-8002CA 5.0688M-PHCL3 oscillator works by using two frequencies: one in the range of 5.0688 megahertz (MHz) and one in the range of 3 hertz (Hz). The two frequencies are modulated, or mixed together, to get an intermediate frequency. This intermediate frequency is then used to create the output signal. This type of oscillator generally produces a more reliable output signal than other, simpler types of oscillators, such as those with a single frequency.

Design

The SG-8002CA 5.0688M-PHCL3 oscillator is designed using advanced technologies, such as high frequency compensation, heterodyne detection, and adaptive frequency synthesis. The high frequency compensation ensures higher stability and accuracy of the output signal. Heterodyne detection ensures the detection of the intermediate frequency regardless of the bandwidth or other signal parameters. The adaptive frequency synthesis technology utilizes numerous thermally-stable, low-noise components, which are able to provide a very precise frequency and low phase noise.

Stability and Accuracy

The SG-8002CA 5.0688M-PHCL3 oscillator is a low-frequency oscillator, so it boasts excellent stability and accuracy. It is capable of producing a very consistent output signal, with extremely low phase noise. It also has a frequency accuracy of more than 0.10 ppm, which is an order of magnitude higher than most other low-frequency oscillators. All these features make the SG-8002CA 5.0688M-PHCL3 oscillator ideal for a variety of applications which require precise timing and low phase noise.

Conclusion

The SG-8002CA 5.0688M-PHCL3 oscillator is a low-frequency oscillator with excellent stability and accuracy. Its advanced design uses high frequency compensation, heterodyne detection, and adaptive frequency synthesis to ensure higher stability and accuracy of the output signal. It is an ideal choice for a variety of applications which require precise timing and low phase noise. This oscillator is a reliable choice to provide stable and accurate time characteristics.

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