MC10E111FNR2G

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Clock/Timing - Clock Buffers, Drivers is an essential element to ensure the circuit reliability in high frequency applications, especially in the newest system board designs. MC10E111FNR2G is one kind of clock/timing device that is widely used today. This device can transform an input clock to two HCMOS outputs with adjustable delay and slew rate, providing it a broad range of application fields.

The features of MC10E111FNR2G can be described as follows: First of all, it offers a very low input-to-output skew and a wide frequency range of up to 500MHz. It also provides an adjustable slew rate and output phase for each output. It has an auto power-down feature that shuts down the outputs when the input clock stops, and standby current of <1 uA. Lastly, it provides excellent EMI performance.

MC10E111FNR2G is a one-inch SOIC-20 which can easily fit into different kinds of system boards. It is perfect for clock fan-out, clock distribution, clock multiplication and clock phase shifting applications. The device is capable of operating in a wide temperature range from -40°C to +125°C.

The working principle of MC10E111FNR2G is fairly simple. The device is typically used to receive an HCMOS or LVCMOS input clock signal and outputs two closely matched HCMOS or LVCMOS outputs. Its operation can be divided into four stages. First, the clock/timing device receives the input signal from the input pad. This signal is then sent to the PLL to divide the signal frequency and generates two closely matched output signals. Secondly, the signal enters the phase selector, where it is modified according to the user’s requirements. The modified signal is then sent to the slew-rate controller, where it is adjusted according to the user’s requirements. Finally, the signal is sent to the output pads and is ready to be used.

In conclusion, MC10E111FNR2G is an important device that is often used in high frequency applications, such as clock fan-out, clock distribution, clock multiplication and clock phase shifting. Its features, such as low input-to-output skew, adjustable slew rate and output phase, auto power-down and standby current, wide frequency range and wide temperature range make it a suitable choice for different kinds of system boards and applications. The working principle of MC10E111FNR2G is fairly simple and efficient.

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