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Step 1 of 5 4.062E Consider the following Hamlet circuit: 2B F Figure 1: Hamlet Circuit Step 2 of 5 Redraw the Figure 1 by labeling the NOT gates as Z1, Z2 and Z3 to consider the output each NOT gate: 2B F Z1 Z2 Z3 Figure 2: Hamlet circuit with labeled NOT gates Step 3 of 5 The following is the timing diagram of the Hamlet circuit in sequence of steps of each gate from input 2B to the F in the Figure 2: 2B Z1 Z2 Z3 F Figure 3: The timing diagram of ideal Hamlet circuit Step 4 of 5 The signal 2B is given as input to the hamlet circuit, when 2B is high at this time interval Z1 signal goes low, Z2 goes high, and Z3 goes low. This Z3 signal (inverse of the input signal 2B) and 2B signal are given as input to the OR gate. As we know that the functioning of the OR gate if any one of the input is at logic High then the output is High. Similarly when the 2B signal is at Low then the Output F is high because the inputs of the OR gate are the logic Low and its inverse Logic High. Thus, the output F is always Logic is High even the input signal 2B is at logic High or Low. Step 5 of 5 The reason for keeping the name Hamlet for this circuit is because hamlet means small village in Britain. Thus, the groups of NOT gate looks like small village and thus the name suits it.