2- Realize a 3-bit sequential device with three T-flip-flops; Table.2.1 describes the excitation of the T-flipflop and Table.2.2 describes the transition between the states. i. Complete Table.2.2 Use...

Extracted text: 2- Realize a 3-bit sequential device with three T-flip-flops; Table.2.1 describes the excitation of the T-flipflop and Table.2.2 describes the transition between the states. i. Complete Table.2.2 Use the most economical multiplexer to realize Ta in terms of the present states, a, b, and c (complete the multiplexer labels) Use the most economical multiplexer to realize Tb in terms of the present states, a, b, and c (complete the multiplexer labels) Use the most economical multiplexer to realize Tc in terms of the present states, a, b, and c (complete the multiplexer labels) ii. ii. iv. Table.2.1 The Excitation table for T-FlipFlop Q) Q(t+1) Table.2.2 present flip flop state next state inputs a(t) b(t) c(t) a(t+1) b(t+1) c(t+1) Та Tb Te 1 1 1 1 ii- Label the the following multiplexer SO Ta SI MUX 4-1 1 2 3 ii- Label the following multiplexer SO Tb MUX 4-1 1 2 3 iv-Label the following multiplexer SO Te SI MUX 4-1 2 3