To avoid the loop to be driven to lock, the sweep rate should be(a) Smaller(b) Larger(c) It does not depend on it(d) None of the mentionedThis question was posed to me in an interview for job.The above asked question is from Receiver Synchronization topic in chapter Synchronization of Digital Communications

To avoid the loop to be driven to lock, the sweep rate should be(a) Sm

1.	To avoid the loop to be driven to lock, the sweep rate should be(a) Smaller(b) Larger(c) It does not depend on it(d) None of the mentionedThis question was posed to me in an interview for job.The above asked question is from Receiver Synchronization topic in chapter Synchronization of Digital Communications
Answer» CORRECT answer is (a) Smaller Best explanation: The sweep rate MUST not be too large, or the loop will be DRIVEN through the lock POINT so FAST that it will fail to acquire.

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