The correct answer is c. Unstable asynchronous sequential circuits exhibit divergent behavior over time. This means that their output can change unpredictably and inconsistently over time, which is a characteristic of instability.

Here's a step-by-step explanation:

a. They have bounded output - This is not necessarily true. The output of unstable asynchronous sequential circuits can change unpredictably, and there's no guarantee that it will stay within a certain range or "bound."

b. They are impossible to stabilize - This is not true. While it can be challenging to stabilize these circuits, it's not impossible. Techniques such as adding delay elements or redesigning the circuit can help stabilize it.

c. They exhibit divergent behavior over time - This is true. As mentioned above, the output of these circuits can change unpredictably over time, which is a characteristic of divergent behavior.

d. They always lead to circuit failure - This is not true. While instability can cause problems in a circuit, it doesn't always lead to outright failure. It's possible for a circuit to function despite instability, although it may not work as intended.

Question

The correct answer is c. Unstable asynchronous sequential circuits exhibit divergent behavior over time. This means that their output can change unpredictably and inconsistently over time, which is a characteristic of instability.

Here's a step-by-step explanation:

a. They have bounded output - This is not necessarily true. The output of unstable asynchronous sequential circuits can change unpredictably, and there's no guarantee that it will stay within a certain range or "bound."

b. They are impossible to stabilize - This is not true. While it can be challenging to stabilize these circuits, it's not impossible. Techniques such as adding delay elements or redesigning the circuit can help stabilize it.

c. They exhibit divergent behavior over time - This is true. As mentioned above, the output of these circuits can change unpredictably over time, which is a characteristic of divergent behavior.

d. They always lead to circuit failure - This is not true. While instability can cause problems in a circuit, it doesn't always lead to outright failure. It's possible for a circuit to function despite instability, although it may not work as intended.

Knowee AI · Accepted Answer

The correct answer is c. Unstable asynchronous sequential circuits exhibit divergent behavior over time. This means that their output can change unpredictably and inconsistently over time, which is a characteristic of instability.

Here's a step-by-step explanation:

a. They have bounded output - This is not necessarily true. The output of unstable asynchronous sequential circuits can change unpredictably, and there's no guarantee that it will stay within a certain range or "bound."

b. They are impossible to stabilize - This is not true. While it can be challenging to stabilize these circuits, it's not impossible. Techniques such as adding delay elements or redesigning the circuit can help stabilize it.

c. They exhibit divergent behavior over time - This is true. As mentioned above, the output of these circuits can change unpredictably over time, which is a characteristic of divergent behavior.

d. They always lead to circuit failure - This is not true. While instability can cause problems in a circuit, it doesn't always lead to outright failure. It's possible for a circuit to function despite instability, although it may not work as intended.

Which of the following is true about unstable asynchronous sequential circuits?a.They have bounded outputb.They are impossible to stabilizec.They exhibit divergent behavior over timed.They always lead to circuit failure

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