MC100E211FNG

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The MC100E211FNG is a selectable 2.5 - 2.5V or 2.5V - 3.3V/5V/3.3V Clock Driver which allows a differential clock signal to be used in a system or a circuit. It converts the high frequency signal from one voltage to another while maintaining the correct phase relationship between the two clocks. This device is designed to allow greater flexibility in the design of systems and circuits by converting a high frequency signal from one voltage to another. It is ideal for applications that require multiple clock signals from different devices, such as digital communications networks. The MC100E211FNG is a member of the family of clock buffers, drivers, and signal generators of the popular MC100E series from Microchip.

This device is available in six different packages and is capable of switching from one voltage to another in as little as 1.6ns. The maximum output current is also adjustable, making it ideal for use in digital signal processing applications. The MC100E211FNG has an On-Chip Frequency Divider that can divide the input clock frequency by four, providing a wide range of division ratios to suit various applications. The On-Chip PLL allows the input frequency to be phase-locked to any desired output frequency, ensuring a reliable and consistent signal. It is also equipped with low-skew outputs that provide a precise and accurate signal waveform. The MC100E211FNG is designed to be used in systems or circuits where multiple clock signals need to be used, and its tracking capabilities make it suitable for many applications, including networked systems.

The MC100E211FNG is ideal for applications where multiple clock signals need to be derived from the same source, such as HDMI, DisplayPort, and VL-bus. It is also suitable for clock multiplexing, clock synthesis, and frequency hopping applications. The device can be used to generate or synchronize low-noise clocks or clock signals in systems that require high speed, such as radio frequency (RF) systems, instrumentation, and digital communications. It is also suitable for board-level applications, such as computer motherboards, microcontroller systems, and digital signal processors.

The MC100E211FNG uses industry-standard SPI for configuration and control. Configuration can be done in real-time, allowing the user to adjust the device\'s settings as needed. The device is also capable of selectively filtering noise from the input signal, ensuring that the output signal is always of high quality. The device is also highly reliable, with a design that exceeds JEDEC and MIL-STD-883 standards. It is also RoHS-compliant, making it suitable for any system or circuit design.

The MC100E211FNG is an ideal solution for applications which require high frequency, low-power, and precise conversions of clock signals. Its flexibility, low-skew outputs, and high data rate capabilities make it well suited for many applications, such as in computer systems, telecommunications equipment, and data acquisition systems. The device also provides precise phase-locking and adjustable output voltage, making it ideal for many clock-driven applications. The MC100E211FNG is a dependable and cost-effective solution for clock or frequency applications.

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