SY10E196JZ

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Clock/Timing - Delay Lines

The SY10E196JZ is a precision CMOS digital delay line for use in high speed digital systems requiring a low jitter delay element with low power consumption. This device is based on high speed logic and it implements a three stage delay line topology, making it well suited for timing scale applications.

Applications

The SY10E196JZ is designed for use in a range of applications that require precise timing requirements, including:

• Timing and calibration of high-speed analog and digital ICs
• Data acquisition
• Network interface and routing
• Digital signal processing
• Military and Aerospace

Working Principle

At its most basic level, the SY10E196JZ is a three-stage digital delay line which uses a high-speed logic element to create an array of delayed signals. The input signal is routed through the delay line, and each successive stage is delayed by the same amount of time. This ensures that the signal output is a reliable representation of the original input signal, separated by the specified amount of time.

The SY10E196JZ also includes a number of features to reduce jitter and minimize power consumption. The device features an adaptive delay line which can be dynamically adjusted to adjust the signal output timing. Furthermore, adaptive delay compensation can be used to minimize signal jitter and ensure consistent signal timing. This device also includes a low power shutdown feature which allows it to be powered down to save energy when not in use.

Conclusion

The SY10E196JZ is a precision CMOS digital delay line that is well-suited for timing scale applications. This device features a three-stage delay line topology, a low-jitter delay element, as well as various power saving features. This makes the device suitable for a variety of applications, including data acquisition, network interface and routing, digital signal processing and military and aerospace applications.

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