100EL11MX

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

100EL11MX is aIC chip developed by American company IDT, which provides solutions for clock and timing for a variety of applications. It is well known for its excellent ability in buffering, driving and distributing clock signals with low jitter and low electromagnetic interference (EMI).

The 100EL11MX is available in the standard 14 and 16-lead packages, and its main application field is for clock signal and timing signal distribution. It’s a fully integrated clock buffer, which provisions two clock outputs and two signal outputs. What’s more, the signal outputs are adjustable from SSCG to ±250ppm and the signal frequencies can range from 1MHz to 200MHz.

The working principle of 100EL11MX is simple but effective. It easily splits the clock signal into two outputs. The inputs and outputs are connected to integrated circuits or other devices in the system. To further improve the performance and stability of the system, the 100EL11MX also provides a programmable feature that can adjust the output signal frequencies, or the rise time or fall time of the signal. This feature makes it possible to diagnose and adjust the system clock signals.

The 100EL11MX provides quite a lot of advantages over other clock buffers, such as very low power consumption, small size, and high reliability. In addition, the input frequencies can be adjusted in-situ to optimize the system\'s performance. Moreover, the 100EL11MX has a reasonable pricing, bringing convenience and cost savings to customers.

Therefore, the 100EL11MX provides a new and innovative solution to many clock signal demands in the field of clocking and timing, and has become an important device choice in system designs. With its excellent features and affordable price, the 100EL11MX is indeed a great device to consider for any clock and timing related applications.

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