In the case of the circuit shown below:(a) Determinethestateequation?(nextstates D0 and D1) as a function of current states s0 and s1 and input EN).(b) Determinetheoutputequation?(output MAX as a function of current states s0 and s1 and input EN).(c) Given the functions ? and ?, fill in the transition table opposite. 4. In the case of the circuit shown below:Next-state Logic FNext stateI outputМАXinputENENDOEN'Output Logic GclkSOD1clkCurrent stateClock signalCLK|State MemoryPresentNext state(a) Determine the state equation F (next statesDO and D1) as a function of current states s0and s1 and input EN).InputsOutputsstateEND1 DOMAXsi so(b) Determine the output equation G (outputMAX as a function of current states s0 and s1and input EN).(c) Given the functions F and G, fill in the transitiontable opposite.

From the circuit input of D-flip flop and output MAX is written in terms of S0,S1 and EN…

Answered: 4. In the case of the circuit shown…

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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In the case of the circuit shown below:
(a) Determinethestateequation?(nextstates D0 and D1) as a function of current states s0 and s1 and input EN).
(b) Determinetheoutputequation?(output MAX as a function of current states s0 and s1 and input EN).
(c) Given the functions ? and ?, fill in the transition table opposite.

4. In the case of the circuit shown below:
Next-state Logic F
Next state
I output
МАX
input
EN
EN
DO
EN'
Output Logic G
clk
SO
D1
clk
Current state
Clock signal
CLK
|State Memory
Present
Next state
(a) Determine the state equation F (next states
DO and D1) as a function of current states s0
and s1 and input EN).
Inputs
Outputs
state
EN
D1 DO
MAX
si so
(b) Determine the output equation G (output
MAX as a function of current states s0 and s1
and input EN).
(c) Given the functions F and G, fill in the transition
table opposite.

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