DS1100Z-20+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Delay lines are circuits that use delays to produce two outputs of a phase-shifted signal, each output phase-shifted by a different amount when compared to the input signal. The DS1100Z-20+T is a clock/timing delay line specifically designed for telecommunications applications. It has a wide frequency range from 1 kHz to 25 MHz and provides adjustable delays up to 2000 ns in 50 ns increments. The device is also low-power and comes in an easy-to-use 6-pin DIP package.

The DS1100Z-20+T is designed to extract the synchronization information from digital signals. It is capable of extracting the clock from digital data streams, such as serial bit streams from the receivers, and providing a precise clock output. The delay line can be used to synchronize multiple data streams, allowing them to be processed in parallel. This makes the DS1100Z-20+T ideal for applications where multiple data streams need to be accurately aligned, such as broadcast video or data processing.

The DS1100Z-20+T has a unique working principle. The device uses a combination of two delay lines, each of which consists of a series of resistors and capacitors. The delay line architecture uses four identical sections in parallel to distribute the load evenly across all four sections. The first delay line is used to store the clock signal and the second delay line is used to produce the delayed clock signal. The device also has an adjustable resistor that allows the user to set the delay time and this value is then stored in the second delay line. When the clock signal is received, it is first passed through the first delay line and then delayed in the second delay line. This produces two signals, one with the original timing and one with the delayed timing, which can then be used to synchronize multiple data streams.

The DS1100Z-20+T is an invaluable tool in communication systems and digital signal processing. Its accurate delays allow for precise synchronization of multiple data streams in applications such as video streaming and data processing. The device is also low-power and comes in an easy-to-use 6-pin DIP package for ease of integration into any system.

The specific data is subject to PDF, and the above content is for reference