DS1013S-50+

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The DS1013S-50+ is a delay line designed for use in precision timing systems. It provides an accurate and customized delay with low jitter and errors without the need for filters or external circuitry. It is suitable for a variety of applications including clock synchronization, data transmission, and frequency-division multiplexing. The DS1013S-50+ is classified as a Clock/Timing - Delay Line.

The DS1013S-50+ utilizes multiple delay elements connected in series to generate a custom delay from as low as 1.8ns to as high as 50ns. The individual delay elements, or cells, each have a fixed delay and the total delay generated by the line is equal to the sum of the delays of the individual cells. The DS1013S-50+ offers a maximum resolution of 0.15ns and can be used to generate sub-nanosecond delays.

The DS1013S-50+, like most delay lines, works on the principle of signal propagation times. When a timing signal is applied to the delay line, it is propagated from one cell to the next at a speed dependent on the material in which the line is made and the size of each cell. This time required for the signal to pass through the cell is a known and fixed value. When the signal is applied to the first cell, it takes time for the signal to propagate all the way through the line. Once the signal arrives at the last cell, it is then ready to be output.

The DS1013S-50+ is designed to be used in a wide variety of different types of applications. It can be used to synchronize multiple clocks to achieve improved timing accuracy and robustness. It can also be used in data transmission systems, such as telecommunication applications, to provide an accurate and customizable delay. The DS1013S-50+ can also be used in frequency-division multiplexing systems to help route data to the correct destinations.

The DS1013S-50+ is a reliable and accurate delay line. Its compact size and low power consumption make it ideal for integration into a variety of different types of timing systems. Its low jitter and error levels ensure that the generated delays are accurate and fit for purpose.

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