CD74ACT373M96E4

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The CD74ACT373M96E4 is a type of logic latch, which is a vital component in digital circuit designs. A logic latch is a condition controlled bistable device, whose output is determined by the state of its control input. This is in contrast to a logic gate, whose output is determined by the value of its control inputs.

Logic latches are used to store and retain binary data in digital systems. They are used to transform data signals that change rapidly, into stabilized output signals that can be used by other components. The purpose of a logic latch is to hold onto data that is being sent to it, or that it has just received. The data is stored and maintained within the circuit, and will not be lost until a new input signal is received, or until it has been externally cleared.

The CD74ACT373M96E4 is a type of master-slave D-type flip-flop. It is a logic circuit that consists of two individual parts, a master latch and a slave latch, connected together in series. It has two data inputs, D0 and D1, and two control inputs, clk and clr. When the clk signal is high, the master latch is activated and the data input (D1 and D0) is transferred to the slave latch. The clr signal resets the data inputs to a logical low level, and when both clk and clr signals are low, the master latch and the slave latch are both disconnected.

The CD74ACT373M96E4 has several applications in logic circuit designs. It is used in designs that require shift registers or memory expansion, to store and retain binary data. It can also be used to store the state of multiple input signals, and is commonly used as a set-reset latch to store a certain state of multiple logic elements.

The CD74ACT373M96E4 is a great choice for a variety of logic circuit designs. It offers a high-speed operation that is ideal for memory expansion and data storage. It is a reliable and robust component, making it a great choice for digital circuit designs. Its high-performance and reliable operation make it ideal for various applications.

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