MC10E411FNR2

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The MC10E411FNR2 is an advanced, high-performance clock/timing device that is ideal for a variety of applications, such as clocks, timing processors, data converters, and memory controllers. It is capable of providing a very low jitter clock output, and its higher speed operation allows it to work with a wide variety of system designs.

The MC10E411FNR2 is a high-performance clock/timing buffer, driver and receiver outfitted with advanced features such as power-saving modes, programmable interference cancellation circuitry and an optional integrated reference clock. It provides a reliable, low-power and low jitter clock output, as well as support for up to ten single ended clock outputs. In addition, it is flexible enough to support multi-channel clock/data synchronization applications, without the need for additional external components.

The MC10E411FNR2 is suitable for multiple types of applications, depending on the user’s needs. It can provide clock driving and buffering functions, allowing for the transmission of a clock signal over long distances or between different types of systems. Additionally, it can be used as a clock multiplier and divider, allowing it to generate a variety of clock frequencies from one input source. Furthermore, the device offers the ability to buffer and driving long traces between modules or multiple boards.

As for its working principles, the MC10E411FNR2 operates as a high-performance clock buffer and driver that is capable of producing low jitter and low power clock outputs. The device can take a clock signal and multiply or divide it using precision fractional-N circuitry, allowing it to generate a variety of clock frequencies with minimal jitter. Additionally, the device can be configured to filter harmonics and supply a wide range of programmable delay settings. Moreover, integrated automatic and manual skew compensation can be enabled, allowing for more accurate clock performance and better system stability.

Because of its advanced features and capabilities, the MC10E411FNR2 is ideal for a wide range of clock/timing applications. It is capable of driving long traces between multiple boards, and it can be used to generate a variety of clock frequencies with excellent accuracy. Furthermore, its power saving modes, interference cancellation circuitry and integrated reference clock allow it to operate reliably in a wide range of environments. This makes the MC10E411FNR2 an ideal choice for a variety of clock/timing applications.

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