DS1013S-25+

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Delay lines are a type of device that is used to provide a specific amount of signal delay between input and output. The DS1013S-25+ is a programmable delay line that is based on a low profile surface mount ceramic package. It has a variety of features such as an integrated on-chip temperature/element compensation, 10 MHz to 250 MHz input clock frequency and a programmable accuracy of ±2% over the specified frequency range.

The DS1013S-25+ is designed to provide a fixed delay of 25ns (20ns to 30ns range) and is suitable for synchronizing digital systems. It can be used in a variety of applications involved in phase synchronization, data alignment or clock phase shift applications.

The main application fields for the DS1013S-25+ include medical imaging, digital audio, digital video, home entertainment, telecommunications, automotive, test and measurement and military/aerospace. It is also suitable for applications such as the synchronization of complex digital systems and the alignment of video signals.

The working principle of the DS1013S-25+ involves an input clock signal which is converted into a clocking signal that is used to drive the delay line. The delay line consists of a lumped element line that is connected to the input and output of the device. The clock signal is applied to the input of the delay line and the output of the delay line produces a delayed version of the clock signal. The value of the delay can be programmed using a serial interface.

The DS1013S-25+ is a programmable delay line that can be used for a variety of applications. It provides a fixed delay of 25ns (20ns to 30ns range) and is suitable for synchronizing digital systems. It can be used in applications such as medical imaging, digital audio/video, home entertainment, telecommunications, automotive, test and measurement and military/aerospace. The working principle involves an input clock signal that is converted into a clocking signal that is then used to drive the delay line. The value of the delay can be programmed using a serial interface.

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