DS1100M-35+

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

DS1100M-35+ belongs to the Clock/Timing category, specifically Delay Lines. It is a product line of 100MHz differential transmission lines. The device is designed to support high frequency applications, utilizing low additive jitter (AJ) of 1.2 psRMS and propagation delays of 0.25 ns.

DS1100M-35+ can be used for a variety of applications including signal integrity, signal generation, signal integrity, and monitoring. It is particularly useful for applications with high frequency signal transmission, such as high speed Ethernet links.

The DS1100M-35+ works by sending a signal through a signal line consisting of two adjacent channels. The signal is split, and each signal is fed through one of the two adjacent channels. One signal travels faster, while the other signal travels slower. The DS1100M-35+ uses rising and falling edges to measure and adjust the delay times between the two channels. The average delta time between the two channels can reach 0.25ns, and is adjustable to meet the requirements of different applications.

DS1100M-35+ delay lines are ideal for a variety of signal integrity applications, such as digital crosstalk compensation, clock jitter reduction and signal regeneration. It is a cost-effective solution for signal integrity applications, with the low additive jitter and programmable delay of the device allowing for accurate signal integrity measurements.

In addition, the device is ideal for testing and monitoring applications, as it allows for high stability of signal transmission over time. The DS1100M-35+ ensures that any issues with the signal quality can be identified quickly, as it allows for accurate monitoring of the signal delay.

In high frequency applications, DS1100M-35+ provides a cost-effective solution for signal integrity challenges. Its low additive jitter, high stability, and programmable delay provides reliable and accurate signal transmission, making it an ideal choice for a vast range of applications.

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