SN74F373NSR Integrated Circuits (ICs)

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The SN74F373NSR is a device from the D-Type Latch family. It is a dual positive-edge-triggered D-type flip-flop, constructed using advanced CMOS logic and is characterized for power dissipation. With additional features such as buffering, this device provides the user with a simple and reliable logic solution.

The SN74F373NSR is designed with a push-pull output which is compatible with logic FET switching circuitry. It offers two independent D-type latches with two complementary outputs for each latch. The two latches can be used as a single D-type flip-flop, two D-type latches, or two D-type flip-flops. This allows for versatile applications that require operation with either true single-stage or two-stage rising-edge triggering.

The SN74F373NSR is used in applications such as logic level conversion, synchronizing asynchronous logic levels, data storage, and signal transmission. It can be used in logic level conversion applications because of its push-pull output. The device synchronizes asynchronous logic levels by using the positive-edge-triggered latch to capture data present when the clock signal goes high. The first latch captures the data present at the input at the time the clock signal goes high while the second latch captures data present at the second latch\'s input when the clock signal is low. The device can hold and store data on the positive-edge-triggered output of each latch, keeping it static until the next rising edge. This makes the SN74F373NSR ideal for signal transmission applications such as data transmission over a series of short distance connections.

The working principle of the SN74F373NSR is simple. The device has two inputs, called the data and clock inputs, and two outputs, called the Q and Q# outputs. When the data input is low, the Q output will be low and the Q# output will be high. When the data input is high, the Q output will be high and the Q# output will be low. When the clock input is low the outputs remain the same. However, when the clock input goes high the outputs change, based on the state of the data input. If the data input is low, the Q output will be low and the Q# output will be high, while a high data input will result in a high Q output and a low Q# output.

The SN74F373NSR is versatile and easy to use. It is an ideal solution for simple logic operations, synchronizing asynchronous logic levels, data storage, signal transmission, and powering applications. It is characterized for low power and is constructed using advanced CMOS logic for optimal electrical characteristics. As a result, it provides the user with a cost-effective, reliable, and easy-to-use logic solution.

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