DS1100LU-30+

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The DS1100LU-30+ is a Delay Line device used for clock and timing applications. It features a maximum delay of 300ns in a low profile, 6-pin TSOT package. The device is fully symmetrical, offering both rising and falling delay lines.

The device is primarily targeted to the video processing market, but can also be used in applications that require the synchronization of multiple clocks. This includes processor and memory systems, digital communications, and clock jitter clean-up applications. The device offers two independent delay lines, allowing for the addition or subtraction of delays with very high accuracy.

The DS1100LU-30+ works on the principle of electromagnetic interference (EMI). The device contains an array of tiny metal discs that provide a surface area for the electromagnetic field to be concentrated. When the input is applied, the EMI creates a variation in the local electric field. This variation in the electric field causes a frequency shift that creates a small delay in the input signal.

The DS1100LU-30+ features a fast response, high accuracy, and low noise. The device can also be used to accurately adjust the phase of the output to match the phase of the input. This makes it possible to synchronize the clocks of multiple devices without needing to use an external clock buffer. The device is also suitable for use in high frequency systems, as it can handle frequencies of up to 300 MHz with minimal phase shift and distortion.

The DS1100LU-30+ is easy to use and configure. The output timing parameters can be adjusted using the on-board potentiometer. The device also offers a wide range of delay values, making it suitable for a variety of applications. The device is available in both a commercial and an industrial temperature range.

The DS1100LU-30+ is a versatile, high-performance delay line device that can be used in a variety of clock and timing applications. Its small size, high accuracy, and low noise make it ideal for applications requiring short delays and precise timing synchronization. Its fast response, high accuracy, and low noise make it ideal for a wide range of applications, including video processing, clock synchronization, and clock jitter clean-up.

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