MC10E211FN

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The MC10E211FN is a dual universal Clock Driver, which belongs to the category of Clock/Timing - Clock Buffers, Drivers. This clock driver is a monolithic CMOS device that has two 20-pin DIP packages and one 28-pin SOIC package to cater for a variety of customer requirements. It has an on-chip voltage regulator and oscillator, allowing it to be used with either a regulated or an unregulated IC supply voltage.

The MC10E211FN is designed to drive two separate clock outputs at up to 40MHz, while consuming only 300μA of power. It is also designed to eliminate output glitches caused by ringing on the oscillator clock. With its low power, low noise and glitch free outputs, it is the ideal clock driver for many application fields such as telecommunications, datacom, and test and measurement applications.

The MC10E211FN is able to provide two independent clock outputs, as well as four selectable frequency ranges for each output. In addition, it has an enable/disable control for each output, making it an ideal choice for applications that require independent, glueless clock operation.

The MC10E211FN works on the principle of capacitive voltage clamping. This principle is used to limit the voltage applied to the output stages of the driver, allowing the device to reduce power dissipation while maintaining a low noise level. It also supports a wide range of frequency ranges, which allows it to be used in many different application fields.

The MC10E211FN can be used in many different applications, and is an optimal choice for applications where low power, low noise and glitch free clock outputs are required. Its wide variety of features and frequency ranges make it perfect for a number of applications such as telecommunications,datacom, test and measurement, and many more. With its strong performance and reliability, it is an excellent option for a number of clock and timing applications.

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