Time Left 1 21 13 S 1 Z Z Zo 100 1 0 O S 0 S2 Si Z Z Zo 001 Zz Z Zo 0 1 0 Z Z Zo 010 1 0 Sa Zz Z Zo 100 Figu 1 (31.65 KiB) Viewed 31 times
Time Left 1 21 13 S 1 Z Z Zo 100 1 0 O S 0 S2 Si Z Z Zo 001 Zz Z Zo 0 1 0 Z Z Zo 010 1 0 Sa Zz Z Zo 100 Figu 2 (7.89 KiB) Viewed 31 times
Time left 1:21:13 S₂ 1 Z₂ Z₃ Zo 100 1 0 O S. 0 S2 si Z₂ Z, Zo 001 Zz Z, Zo 0 1 0 Z₂ Z, Zo 010 1 0 SA Zz Z, Zo 100
Figure 2a 18. Derive all equations necessary to implement the machine shown in Figure 2a using a standard binary state assignment i.e. So=000, S-001,52 = 010, etc. (6 marks)
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