The statement which is not applicable to a Moore machine (1) Output is a function of present state only (2) It requires more number of states for implementing same function (3) Input changes do not affect the output (4) The characteristic equation of output Z(t) can be gives as Z(t) = g{S(t), x(t)} where S(t) represents present state, x(t) indicates present input
The statement which is not applicable to a Moore machine (1) Output is a function of present state only (2) It requires more number of states for implementing same function (3) Input changes do not affect the output (4) The characteristic equation of output Z(t) can be gives as Z(t) = g{S(t), x(t)} where S(t) represents present state, x(t) indicates present input Correct Answer 4
Concept:
Characteristics of Moore Machine:-
→ Output is the function of present state only
→ Moore machine receives more number of states than mealy machine for implementing some function
→ Since the output is the function of the present state only so change in the input doesn’t affect the output.
→ Statement 4 says that Z(t) = g {s(t), x(t)} which means output Z(t) depends on input x(t) & present state s(t) which is completely false.
Option 4 is correct.