DS1033Z-20

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

DS1033Z-20 is a high precision temporal delay module produced by Yamtron. It utilizes light pipe technology, to provide a delay of 20ns(nanoseconds), with a total delay tolerance of 1ns. It is mainly used in fields such as clock synchronization, signal matching and jitter reduction.

As a Clock/Timing - Delay Lines, DS1033Z-20 takes a signal in one end, and outputs it in the opposite end after a fixed delay. It is a monolithic light pipe, and its working principle is based on the reflection of a light beam in the light pipe. With a laser source, a beam of light will be emitted, which will be reflected multiple times in the tube walls, and finally, will be transmitted to the output sensor.

DS1033Z-20 is mainly used as a delay line in systems which require exact control of timing. Its high accuracy and repeatability makes it a perfect solution for Synchronous Optical Network (SONET) systems and DigitalTV systems, as it can provide detailed control of signal timing for multiple time divisions. It is also one of the most common solutions for synchronization of communication systems and the transmission protocols used, such as the most popular SONET/SDH optical communication protocol.

As mentioned before, DS1033Z-20 features a total delay tolerance of 1ns, and an output frequency of at least 100 MHz. This makes it extremely reliable and robust, allowing it to be deployed in complex operations that require extreme precision. The accuracy and repeatability of the delay line make it fit for different scenarios such as clock synchronization, signal matching and jitter reduction. It can also be used as a buffer in systems that need to reduce signal jitter, thus improving the overall accuracy of the system.

In conclusion, DS1033Z-20 is a monolithic light pipe based on laser technology, with a total delay tolerance of 1 ns and accurate output frequency of up to 100 MHz. Its precision and robust anti-jamming technology make it an ideal solution for systems which need exact control of timing. It is mainly used for clock synchronization, signal matching, and jitter reduction, to improve the stability and accuracy of systems.

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