ANSWER EACH QUESTION: 6e. The sensitivity list of the process statement is used
ID: 3826745 • Letter: A
Question
ANSWER EACH QUESTION:
6e. The sensitivity list of the process statement is used
(i). To check the sensitivity of the signals.
(ii). As input to the process.
(iii).To document what are in the process statement.
(iv). To trigger the execution of the statements in the process statement.
6g. Which of the following statements is false about a binary-ripple co unter It is simpler to implement than a synchronous binary counter It uses the output of a flip-flop as the clock input of another flip-flop iii. The number of stages is limited by the accumulated flip-flop propagation delay. iv. It can run faster than a synchronous binary counter. 6h. In general, a binary counter, whether it is a ripple or synchronous can use i. T flip-flops ii. D flip-flops iii. J-K flip-flops iv. Any of the TD or J-K flip-flops or a combination. 6i. Which one of the following statements is false about a S-R latch? i. It requires a clock signal i. It is not a combinational circuit. iii. It has feedback loops he same input could yield different outpu iv 6j. In general, a sequential circuit can be described by i. Logic diagram and state table. ii. State table and state equations. iii. State equations and state diagram iv. All of the aboveExplanation / Answer
6e.
The sensitivity list of the process statement is used to trigger the execution of the statements in the process statement.
option 4 is correct choice.
6g.
Binary ripple counter run slower than synchronous counter.
option 4 is correct choice.
6h.
Binary counter ehether it is synchronus or asynchronus can use for any of the T,D,J-K flip flops or a combination.
option 4 is correct choice.
6i.
Using S-R latch for the same input could not yeild different output.
option 4 is correct choice.
6j
Sequential can described by logic diagram,state table,state diagram,state equation.
option 4 is correct choice.
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