2.) You can find the state table of a synchronous network. Realize this network based on SR flipflops. Tasks: fill the coded state table, fill the control table, control signals are (S1, R1,52,R2Z), extract from the control table into K maps the Z,S1,R1,52,R2 signals, count the control functions of the upper mentioned signals, (disjunctive conjunctive !!), (the hazard-free design is not a request! show the block diagram of the network ! (not requested to illustrate the gate- level networks) The suggested state assignment: state code (y1,y2; 71,Y2) A 0,1 B 11 10 D 00 state table: y X1, X2 A B 00 AO AO BO B1 01 AO A1 B1 D1 10 BO B1 D1 D1 10 DO C1 A 1 D1 D 2.) You can find the state table of a synchronous network. Realize this network based on SR flipflops. Tasks: fill the coded state table, fill the control table, control signals are (S1, R1,S2, R2Z), extract from the control table into K maps the 2,51, R1,52, R2 signals, count the control functions of the upper mentioned signals, (disjunctive conjunctive !!), (the hazard-free design is not a request! show the block diagram of the network I (not requested to illustrate the gate- level networks) The suggested state assignment: code (y1,72; Y1,42) 0,1 state B U 11 10 00 D state table: y X1, X2 A B D 00 AO AO BO B1 OOO 01 AO A 1 B1 D1 10 B1 D1 D 1 10 DO C1 A 1 D1 2.) You can find the state table of a synchronous network. Realize this network based on SR flipflops. Tasks: fill the coded state table, fill the control table, control signals are (S1, R1,52,R2Z), extract from the control table into K maps the Z,S1,R1,52,R2 signals, count the control functions of the upper mentioned signals, (disjunctive conjunctive !!), (the hazard-free design is not a request! show the block diagram of the network ! (not requested to illustrate the gate- level networks) The suggested state assignment: state code (y1,y2; 71,Y2) A 0,1 B 11 10 D 00 state table: y X1, X2 A B 00 AO AO BO B1 01 AO A1 B1 D1 10 BO B1 D1 D1 10 DO C1 A 1 D1 D 2.) You can find the state table of a synchronous network. Realize this network based on SR flipflops. Tasks: fill the coded state table, fill the control table, control signals are (S1, R1,S2, R2Z), extract from the control table into K maps the 2,51, R1,52, R2 signals, count the control functions of the upper mentioned signals, (disjunctive conjunctive !!), (the hazard-free design is not a request! show the block diagram of the network I (not requested to illustrate the gate- level networks) The suggested state assignment: code (y1,72; Y1,42) 0,1 state B U 11 10 00 D state table: y X1, X2 A B D 00 AO AO BO B1 OOO 01 AO A 1 B1 D1 10 B1 D1 D 1 10 DO C1 A 1 D1
