SIT9367AC-2B2-33E644.531250G

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Oscillators are electrical circuits designed to generate an alternating current (AC) signal at a predefined frequency. The frequency of the output signal is determined by the properties of the circuitry, and is usually maintained stable by applying feedback. Oscillators can vary in complexity from simple LC circuits to more expensive and complex quartz-crystal controlled oscillators, and Digital Delay Locked Loops (DDLL) such as the SIT9367AC-2B2-33E644.531250G.

SIT9367AC-2B2-33E644.531250G

The SIT9367AC-2B2-33E644.531250G is a DDLL from Silicon Integrated Technologies. It is used to generate a stable output frequency that is independent of environmental parameters and electrical noise. This circuitry results in an accuracy of up to 0.002ppm, which is significantly higher than other types of oscillators.

Application Field

The SIT9367AC-2B2-33E644.531250G is commonly used in precision digital timing applications. Oscillators are used in precision applications such as Wi-Fi routers, Bluetooth devices, and RF communications. Because of its low power consumption and high accuracy, the SIT9367AC-2B2-33E644.531250G is often preferred over other oscillator solutions.

Working Principle

The SIT9367AC-2B2-33E644.531250G DDLL extracts a stable frequency from an external reference clock signal. It then uses feedback to adjust its output frequency and maintain the desired frequency. This is accomplished by the feed-forward and feedback path. The feed-forward path generates the output frequency based on the reference clock frequency and the feedback path monitors and adjusts the output frequency to maintain it constant.

The SIT9367AC-2B2-33E644.531250G is a highly precise digital oscillator solution. It accurately generates stable frequency output signals independent of environmental parameters and electrical noise. This makes the SIT9367AC-2B2-33E644.531250G a preferred choice for precise digital timing applications.

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