SN74F2373DWRG4

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Logic-Latches components are used to store information over a period of time. They are employed to store or continue the flow of data in memory or signal paths. Latches are useful when it comes to preventing the alteration of data once it has been set, while allowing flexibility in the decision of its future state.

The SN74F2373DWRG4 is an example of a Logic-Latch component that offers precision retention, high circuit density and a low-power consumption at the same time. It is a low-power CMOS device that has been designed for relatively low-speed and low power applications. It consists of two D-type flip-flops, each of which is composed of four NAND gates.

The SN74F2373DWRG4 operates in the following way: Both subsections of the component (represented by the flip-flops A and B) act as a latch. When the latch-enable (LE) terminal is pulled low, the data at the data input (D) terminal is transferred to the latching output (Q) terminal when the rising edge of the clock (CK) signal occurs. When the LE terminal is high, the data at the data input (D) terminal is transferred to the data output (Q) terminal but it is not latched at the latching output (Q) terminal. Data at the latching output (Q) terminal is not changed while the LE signal is high.

The SN74F2373DWRG4 can be used in a number of applications that require the storing of information and signals over a period of time. This includes synchronizing signals and integrating discrete logic with microprocessors, or any other task that requires latched or stable signals. It can also be used for memory applications, such as in ROM readout latches, and timer applications, such as in digital counters.

Whether it be accepting and buffering data, or controlling access to the data in memory, the SN74F2373DWRG4 provides an economical and reliable solution for a range of applications. This CMOS device, as with many other products within the Logic-Latches category, offers precision retention, low power consumption, and high circuit density; all integral components for any modern digital circuitry designs.

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