MC100ES6254ACR2

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The MC100ES6254ACR2 is a low-skew, low-power buffer designed to distribute or fan-out clock and reference clock signals with multiple outputs. It is designed to help engineers increase the accuracy, reduce system timing jitter, and improve yield during the design process. The MC100ES6254ACR2 clock buffer enables engineers to achieve high performance at the system level while maintaining small board space.

In terms of its application field, the MC100ES6254ACR2 can be used in a wide range of applications. It is ideal for use in system clock distribution and synchronization networks, where multiple clock signals must be accurately timed for system performance. Some applications include Ethernet/SONET switching and router systems, synchronous SERDES systems, high-speed data transceivers, consumer electronics, and anything else requiring low skew and low jitter performance.

The MC100ES6254ACR2 functions by using a buffer to spread out a single clock signal into multiple outputs. Each buffer output has its own differential output, allowing for a low-skew, low-power solution. The device uses a PECL logic family to provide low power performance and is powered by a 3.3V voltage level. The outputs are 100 kΩ pull-up/pull-down resistors to provide a steady state logic level of either high or low for reliable performance.

At the heart of the MC100ES6254ACR2 is aero’s advanced Dynamic Clock Skew Compensation (DCS) technology, which allows the clock buffer to remain very flat in its output using an on-chip temperature-compensated voltage reference. This allows the MC100ES6254ACR2 to achieve very low jitter performance in the order of 100ps even over wide temperature ranges.

The MC100ES6254ACR2 also features a patent-pending Loop-Back feature, which permits the device to route the clock output back to its input. This is useful in applications such as ethernet switch fabric or SERDES systems, where self-clocking circuitry is necessary. The Loop-Back feature also allows engineers to reduce the system design complexity and reduce cost by eliminating the need for additional logic to process the clocks.

Moreover, the MC100ES6254ACR2 includes a Die Select pin, which makes it possible to select one of four different clock output distribution schemes depending upon the application requirements. This allows the control of the output distribution and provides a solution for clock buffer designs with over 16 outputs.

The MC100ES6254ACR2 is an excellent choice for any application where reliable and low-skew clocking is required. Its advanced features and low jitter performance make it an ideal choice for the most demanding clock systems. Its integrated features result in high performance, low power consumption, high yields, and small board space.

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