DS1100M-200

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The DS1100M-200 Delay Line is a state of the art high-precision, delay line for use in applications such as radar, sonar and communications systems. It can be used for regenerating signals from analog to digital, providing phase shifting and delay as well as generating and shifting signals. The standard output impedance of the delay line is 50 ohms and it is able to generate a 10dBm output.

The delay line consists of a series of ceramic structures, each with a resistometer and its own peak resonance frequency tuned to the input signal frequency. The transmission line delay is equal to the sum of the individual delays of the ceramic structures. The delay line is designed to have maximum attenuation at a frequency that is slightly higher than the peak resonance frequency of the individual ceramic structures.

The DS1100M-200 can be used in a variety of applications in different subfields of timing and synchronization. In the field of radar and sonar, the DS1100M-200 can be used to accurately measure the distance between two objects, as well as the time delays between transmitted and received signals. The DS1100M-200 can also be used in communications systems, providing reliable accuracy in the transmission of digital data over long-distances.

The DS1100M-200 features an integrated clock-and-data recovery circuit that converts transmitted data into a digital representation for easy interpretation. Additionally, the integrated pulse-width modulation (PWM) circuit provides an ideal platform for reducing power consumption and minimizing distortions. The PWM also enhances visualizations of data by providing sharp, sharp-edge transitions between different digital levels.

In addition to these features, the DS1100M-200 also provides an advanced programmable interpolation feature that allows for precise timing of the output signal by adjusting the delay line length. The interpolator can reduce the delay jitter, allowing for improved resolution in measurement and transmission applications.

To further minimize jitter and improve signal accuracy, the DS1100M-200 also features selectable filtering for the input signal. This feature ensures that only desired signals are transmitted and that unwanted signals are blocked. The selectable filtering also provides increased reliability and accuracy of the transmitted signal.

Finally, the DS1100M-200 supports a variety of output formats, including TTL, LVDS, and differential analog. These output formats provide the flexibility to interface with a variety of different devices and ensure compatibility with a variety of systems.

In conclusion, the DS-1100M-200 Delay Line is an advanced high-precision delay line that provides accurate and reliable signal transmission and timing. Features, such as selectable filtering, programmable interpolation, and a variety of output formats, make the DS1100M-200 ideal for a wide range of applications in the fields of radar, sonar, and communications.

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