MC100LVEP111FARG Integrated Circuits (ICs)

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The MC100LVEP111FARG is a clock buffer, driver and translator. It is designed to generate and propagate clock signals throughout an electronic system, providing improved signal integrity and low power operation. It can be used to isolate and drive clock signals between clock domains, allowing for higher clock speeds and quicker system response times.

The MC100LVEP111FARG is a low-voltage, low-power device operating from 1.8V to 5.5V supply voltages. It has low output drive current, making it ideal for low power applications. It is also configured with two power pins, VDDA and VSSA, allowing for increased flexibility in power management and providing isolation from the VCC power rail.

The MC100LVEP111FARG accepts digital input clock signals and produces a low-skew, fixed-period output clock signal. The output clock has two selectable clock edges, rising edge or falling edge, depending on the application’s specific requirements. It also supports a wide range of clock frequencies, from 10kHz to 400MHz, making it suitable for a variety of different applications.

The MC100LVEP111FARG is designed to drive four output signals, making it ideal for applications requiring multiple clock signals. It also features both propagation and logic delays, allowing it to adapt to various system requirements. The device is also designed with integrated noise suppression and slew rate control, ensuring smooth operation and reduced power consumption.

The MC100LVEP111FARG can be used in various applications including CPU and system clocks, Ethernet and USB bus clocks, memory and data acquisition systems. It is also used in applications such as network timing systems, frequency synthesizers, and clock multiplexers. Additionally, it is also used for digital clock generation, clock buffering and voltage level translation.

Overall, the MC100LVEP111FARG offers robust and reliable clock buffering and driver capabilities. With its high-frequency performance and low-voltage capabilities, it is well suited for a wide variety of electronic systems requiring improved signal integrity, low power consumption and multiple output clock signals. It also provides a cost effective solution for applications requiring increased flexibility in power management and timing performance.

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