DM74LS73AN

The IC component DM74LS73AN is a dual negative-edge-triggered Master-Slave J-K flip-flop. Here is an overview and some key features of this integrated circuit: 1. Function: The DM74LS73AN is primarily used as a storage device for digital information. It consists of two independent J-K flip-flops, where the first is the master and second is the slave. The state or information from the master flip-flop is transferred to the slave flip-flop on the falling edge (negative edge) of the clock pulse. 2. Input signals: The IC component has three primary input signals: a) J and K inputs: These inputs determine the next state of the flip-flop. When both J and K inputs are low, the flip-flop holds its current state. When J=1 and K=0, the output is set (Q=1). When J=0 and K=1, the output is reset (Q=0). And when both J and K are high (J=K=1), the flip-flop toggles its output state. b) Clear (CLR) input: This input is used to asynchronously reset both flip-flops when CLR is set to low (CLR=0). It overrides other input signals and forces the output to Q=0 and Q'=1