MC100E211FN

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The MC100E211FN is an integrated multipurpose clock/timing device specifically designed to modify and/or generate multiple types of clock signals. This fast, low power device includes a 1:8 differential clock buffer, a dedicated reference generator, a 1:2 differential clock driver, and a 1:2 printed circuit board (PCB) clock driver. With its versatility and ease of use, the MC100E211FN is generally used in a wide array of clock and timing applications.

The MC100E211FN is implemented in a compact package, making it easy to integrate into a variety of boards, systems, and devices. The device derives its control and other clock signals from a single reference clock source, allowing it to easily generate various clock signals and reduce the overall system complexity. The differential clock buffer takes one reference clock and outputs eight differential clock signals. The differential clock driver takes one reference clock and outputs two differential clock signals. The PCB clock driver takes one reference clock and outputs two clock signals.

The MC100E211FN features advanced layout-aiding features: through-hole vias near all signal pins, thermally enhanced power pad, and metallic ink markings to ease PCB layout. It also has an optional standby feature that decreases power consumption when enabled. This feature helps to reduce system power consumption in case of power fluctuations.

The core of the MC100E211FN is its low-power differential output design. This design enables the device to achieve low-power consumption while maintaining its output frequency accuracy. Moreover, its robust design significantly improves its signal integrity performance, further enhancing its speed and output performance.

The MC100E211FN is a high-performance, low-power, compact, and versatile clock/timing device created specifically to modify and/or generate multiple types of clock signals. It is designed to accommodate a wide range of clock and timing applications.

The MC100E211FN is perfect for applications that require high-speed, high-performance, low-power, small-size, and high-reliability clock signals. It is well suited for applications such as automotive, ASSP, multimedia, communications, network systems, and other high-speed circuits. Its versatility, fast switching speed, small size, and low power consumption make it ideal for applications that require complex clock operations.

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