MC10H174FNR2

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The MC10H174FNR2 is a popular device amongst applications involving logic-signal switches, multiplexers, and decoders. This device is a 16-bit high-speed ECL-to-ECL translator having the capacity to work over a high operational frequency and a large supply-voltage range. It is a useful and cost-efficient solution for logic-signal switching, multiplexing, and decode applications.

The MC10H174FNR2\'s key features include sixteen high-speed differential ECL inputs and sixteen differential outputs. These are organized into eight directly addressable bidirectional pairs. It also has low power dissipation and high-speed operation. It is built on CMOS (Complementary Metal-Oxide Semiconductor) technology, making it extremely reliable, and can perform up to 10 million operations per second with a 1.3V supply voltage. The device is also temperature-compensated and is built with redundancy, providing strong data retention.

The MC10H174FNR2 is typically used in designing logic signal switching and decode applications. Its purpose is to translate digital logic expressed in ECL signal levels into different ECL signal levels, allowing for greater signal compatibility between various devices. The signal switches within the device drive both low- and high-level outputs with no crossover distortion. In addition, the outputs are actively held to provide enhanced noise immunity and reliable data retention. With a wide supply-voltage range and high operational frequency, the MC10H174FNR2 can be used in a variety of applications.

The MC10H174FNR2 works by integrating a dual-stage differential gate into the input, which translates ECL (Emitter-Coupled Logic) signal levels into ECL low-power levels. It also integrates a cross-coupled differential amplifier into the output stage, which translates the low-power ECL signal levels back into ECL signal levels. The sixteen different pairs of bidirectional signal switches within the device each contain one pull-up and one pull-down resistor. The amount of voltage applied to the resistors determines whether the signal path is of low or high resistance. When applying a low voltage, the resistance is low, allowing for signals to be routed from input to output; when applying a higher voltage, the resistance is high, preventing any signal from being transmitted through the signal switch.

The MC10H174FNR2 is a very useful device for logic signals switching and decode applications, due to its low power dissipation, high-speed operation, and its reliability in providing strong data retention. With its wide range of outputs and inputs, it can serve as a very versatile tool in many applications. Moreover, its large supply-voltage range and high operational frequency give it greater flexibility in a variety of operating conditions.

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