After completing the transition table, we can create a sequential circuit in a way similar to how we generate a circuit from a truth table. One approach to create a sequential circuit is to use a flip flop for each state bit that exists in the model, and then use a multiplexer for each flip flop to select which bit will be saved at the beginning of the next clock cycle. That is, the outputs from the multiplexers will encode the value of the next state bits. Download turnstile-starter.circ from the course website and fill out the circuit using the transition table as a guide. In addition, wire the output to display whether or not the gate is locked (1 if Locked, 0 if Unlocked).

TODO (Pre-lab): Complete the circuit described above by adding wires and/or appropriate gates. input clock L state bit output logic Ooutput next state next state bit logic MUX current state_bit Figure 2: Turnstile circuit guideline TODO (Pre-lab): Complete the circuit described above by adding wires and/or appropriate gates. input clock L state bit output logic Ooutput next state next state bit logic MUX current state_bit Figure 2: Turnstile circuit guideline