MM74HCT374WM

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MM74HCT374WM is a flip-flop designed for logic applications. It is a device that can store one bit of data, known as a "flip-flop". It is generally used in high-speed and low-power controller applications.

The MM74HCT374WM uses a two-stage process to store a single data bit. In the first stage, it applies the input to the "set" (S) or "reset" (R) port. When the appropriate signal is received, either the S or R port will toggle the flip-flop and the data will be stored. In the second stage, the clock (C) port is used to latch the data and store it until it is needed again.

The MM74HCT374WM is used in both high-speed and low-power controller applications. In high-speed applications, the device is used to latch data from slow-moving bus lines or to store on-chip RAM data. In low-power applications, the device can be used to count clock cycles or to provide an edge-triggered signal.

Other potential applications of the MM74HCT374WM flip-flop include providing a "glue logic" connection between several components, working as a memory element in asynchronous counters and pre-scamlers, and providing a stable logic output when the logic inputs are changing.

The MM74HCT374WM is capable of operating at very high speeds with minimal power consumption. It has an input voltage range of 4.5 to 5.5 volts DC, a propagation delay of 6 nanoseconds (typical) from input to output at 4.3 volts DC, and a power dissipation of 100 micro watts.

The MM74HCT374WM is a flip-flop ideal for many logic applications. It is capable of storing a single bit of data at very high speeds and with very low power consumption. It can be used for applications such as providing a "glue logic" connection between components, working as a memory element in asynchronous counters and pre-scalers, and providing a stable logic output when the logic inputs are changing.

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