DS1100U-150/T&R

The DS1100U-150/TN&R is a Clock/Timing - Delay Line device made by Maxim Integrated. It is designed to provide optimal timing performance for very specific applications requiring precise timing. It is a monotonic, low jitter clock/timing delay line that is designed to provide a high level of precision for synchronizing two clock edges.

The DS1100U-150/TN&R is characterized by its very low errors, high accuracy, small size, low power dissipation, high speed, and low power noise. It is optimized for ultra-low skew applications and its maximum clock frequency is 150MHz. The DS1100U-150/TN&R is ideal for applications requiring high-precision timing control such as video, imaging, telecommunications, high-speed data acquisition, and other applications.

The operating principle of the DS1100U-150/TN&R is based on the concept of “timing resynchronization.” This is the process of taking one clock signal and resynchronizing it to the other clock signal by delaying the first signal. This results in an output clock that is phase adjusted to match the reference clock, with any skew between them eliminated.

The DS1100U-150/TN&R uses a Delay Input and a Reference Clock Input for two different clock signals. It then outputs two signals, the Delay Output and the Output Clock. The Delay Output is a delayed version of the Delay Input and the Output Clock is a phase-adjusted version of the Delay Input which is synchronized to the Reference Clock Input. The size of the delay is adjustable and can be done on a quarter of a clock-cycle resolution.

The DS1100U-150/TN&R is designed to provide precise timing control for high-speed digital systems and operates in a range of 0-125C. It is constructed using CMOS technology and is available in a variety of FCC packages which are both cost and size effective. The device also features a slew rate control pin which adjusts the driving speed of the output signals to reduce EMI problems.

In summary, the DS1100U-150/TN&R is an ideal solution for applications requiring precise timing control or timing resynchronization. It has a very low skew rate and is designed for ultra-low power consumption. The adjustable delay size feature gives it the flexibility to be used in a variety of different applications. Additionally, its small size, low power dissipation, and FCC package make it an attractive choice for high-speed digital systems.