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27-1: We want to design a state machine that follows the state transition table below: Prese Inpu Inpu nt State x=0 x=1 B/1 C/O D/0 C/1 A/1 B/0 D/1 A/0 This machine has one input x. It also has an output y, indicated by the values to the right of the slash (/) in the above table. Use the following state assignment: Q1 Qo B We want to use a JK flip-flop for Qı and a T flip-flop for Qo. Fill in the blanks for the excitation maps below. You do not have to derive the excitation equations. Q, Qu Q Qu Qi Qo K1 To ( 01 11. 10 11 10 00 01 11 10 х

27-1: We want to design a state machine that follows the state transition table below: Prese Inpu Inpu nt State x=0 x=1 B/1 C/O D/0 C/1 A/1 B/0 D/1 A/0 This machine has one input x. It also has an output y, indicated by the values to the right of the slash (/) in the above table. Use the following state assignment: Q1 Qo B We want to use a JK flip-flop for Qı and a T flip-flop for Qo. Fill in the blanks for the excitation maps below. You do not have to derive the excitation equations. Q, Qu Q Qu Qi Qo K1 To ( 01 11. 10 11 10 00 01 11 10 х

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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27-1: We want to design a state machine that follows the state transition table below: Prese Inpu Inpu nt State x=0 x=1 B/1 C/O D/0 C/1 A/1 B/0 D/1 A/0 This machine has one input x. It also has an output y, indicated by the values to the right of the slash (/) in the above table. Use the following state assignment: Q1 Qo B We want to use a JK flip-flop for Qı and a T flip-flop for Qo. Fill in the blanks for the excitation maps below. You do not have to derive the excitation equations. Q, Qu Q Qu Qi Qo K1 To ( 01 11. 10 11 10 00 01 11 10 х
Transcribed Image Text:27-1: We want to design a state machine that follows the state transition table below: Prese Inpu Inpu nt State x=0 x=1 B/1 C/O D/0 C/1 A/1 B/0 D/1 A/0 This machine has one input x. It also has an output y, indicated by the values to the right of the slash (/) in the above table. Use the following state assignment: Q1 Qo B We want to use a JK flip-flop for Qı and a T flip-flop for Qo. Fill in the blanks for the excitation maps below. You do not have to derive the excitation equations. Q, Qu Q Qu Qi Qo K1 To ( 01 11. 10 11 10 00 01 11 10 х
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