MC100EP210SFATWG

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The MC100EP210SFATWG is a high-performance 3.3 V ECL to LVPECL translator with low power dissipation. An important feature of the device is that it is compatible with the industry standard MIL-STD-883C ECL requirements. The translator offers a very useful combination of low power dissipation and high speed. It was designed specifically for communication systems and can be used to drive both LVPECL and lower-speed ECL outputs.

The MC100EP210SFATWG is a high-performance 3.3 V ECL to LVPECL translator with low power dissipation. An important feature of the device is that it is compatible with the industry standard MIL-STD-883C ECL requirements. The translator offers a very useful combination of low power dissipation and high speed. It was designed specifically for communication systems and can be used to drive both LVPECL and lower-speed ECL outputs.

The MC100EP210SFATWG is highly suitable for applications requiring fast data transmission over twisted pair copper cables. It can be used for TDM applications in multiplexed transmission environments. The device is also used in clock and reset generation, buffering, clock distribution and synchronization. The device provides outstanding performance in terms of jitter and cycle-to-cycle skew performance.

The device is designed with a CMOS-based process and features an input Schmitt trigger that allows very low voltage levels to be passed through to the output. The device is designed to be tolerant of short lead lengths, low power consumption and wide temperature range operation.

The working principle of the MC100EP210SFATWG is based on the fact that the device takes in ECL level logic signals and converts them to higher speed logic levels. The device uses an internal voltage reference to detect the logic level of the ECL input and this voltage reference is then used to convert the logic levels to the higher speed output. This conversion is also possible in reverse, where the device can convert from LVPECL logic levels back down to ECL logic levels.

The device allows for conversion between logic levels without incurring jitter and skew, making it particularly useful for clocking applications. The device has been designed with an output buffer that helps to reduce the forward-slope phase error that often occurs when translating between two logic levels. The buffer also provides improved system signal-to-noise performance.

In summary, the MC100EP210SFATWG is a versatile, high-performance 3.3 V ECL to LVPECL translator with low power dissipation. It is used in various applications including clock and reset generation, buffering, clock distribution, synchronization and TDM applications. The device is designed to provide very high-performance signal conversion while maintaining low jitter and skew performance.

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