NLSF1174MNR2

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The NLSF1174MNR2 is a Flip-Flop belonging to the specific Logic family. It features a single D-type input and two complementary output (Q and Q\') which obey the non-inverting (positive-logic) logic polarity. It is also built on a multi-grounded, low-power silicon, meaning it is useful in applications requiring low current draw.

The NLSF1174MNR2 is a two-input flip flop. It has two data inputs, \'D\' and \'CLK\' (clock) and two distinct outputs, \'Q\' and \'Q\'. On a single clock pulse the outputs change state according to the logic of the inputs.The logic of the device is positive-output, meaning that each output is based on the logic level of the inputs (high or low).When the clock (CLK) is pulsed low, and the data input (D) is high, the output Q will be \'1\' and Q will be \'0\'. However, if the Data Input (D) is low and the clock (CLK) is pulsed low, then the output Q will be \'0\' and the output Q will be \'1\'.

The NLSF1174MNR2 is used in a wide range of applications. It can be used for controlling power supplies, initiating auto-pilot functions in navigation systems, and for generating control signals for logic circuits. Additionally, it is ideal for time critical tasks such as controlling memory banks, decoding display signals, and resetting circuits from external sources, as well as sequential logical control, switch closure, and sensor control.

In terms of its working principle, the NLSF1174MNR2 is a type of memory cell. It stores a logical state (either 0 or 1) and the current state is determined by the logic level at the Data input. When the clock pulse is active (low) the output will change to match the data input according to the positive logic permutation. As the cycle starts again, the flip-flop will store the output state of the cycle and wait until the Clock Pulse returns. When the Clock Pulse returns to its high state, the Flip-Flop will remember the state that it was in when the Clock Pulse was lower.

The NLSF1174MNR2 is a highly beneficial device for a wide range of applications due to its multi-grounded and low-power silicon construction. The device helps customers save power, reduce PCB size and design time, as well as decrease electromagnetic interference. Furthermore, its ability to change states from a low to a high with a single clock pulse adds to its potency in more demanding applications.

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