SG-9101CE-D05SHBCB

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Programmable Oscillators are electronic devices operating with a continuous sinusoidal waveform, which can be adjusted with regard to frequency, amplitude and phase. They are a category of timing devices used to provide well-defined timing intervals for various applications such as sampling systems, process control, analog-digital conversion, test and measurement, data acquisition, and embedded system development. The SG-9101CE-D05SHBCB is a programmable oscillator designed for accuracy and flexibility. In this article, we discuss its application field and working principle.

Application Field

The SG-9101CE-D05SHBCB is suitable for use in a variety of applications involving the control of timing, frequency and pulse width, such as: motion control systems, robotics, industrial machinery, and digital control systems. It is especially useful for applications that require accuracy and flexibility, as it allows for both frequency and pulse width adjustment. It is also well-suited for use in development and testing of embedded devices, as well as in component fabrication and calibration.

Working Principle

The SG-9101CE-D05SHBCB is a programmable oscillator that works by taking an external clock signal as the input, and using a digital signal processing (DSP) algorithm to generate an output signal. This DSP algorithm adjusts the frequency, amplitude, and phase of the output signal based on the input clock signal. In addition, it can also adjust the pulse width of the output signal. This flexibility allows it to be used in a variety of applications.

The SG-9101CE-D05SHBCB also has an onboard temperature compensation circuit, which allows it to accurately maintain the output signal’s frequency and phase even when the ambient temperature changes. This, in addition to its programmability, makes it an excellent choice for applications that require precision, flexibility, and accuracy.

Conclusion

The SG-9101CE-D05SHBCB is a programmable oscillator designed for accuracy and flexibility. It is suitable for use in a variety of applications involving the control of timing, frequency and pulse width, such as motion control systems, robotics, digital control systems, and industrial machinery. It works by taking an external clock signal as the input, and using a DSP algorithm to generate an output signal. In addition, it has an onboard temperature compensation circuit, which allows it to accurately maintain the output signal’s frequency and phase even when the ambient temperature changes.

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