Explanation: The change in frequency of the incoming signal can be tracked when the PLL is locked. So, the range of frequencies over which PLL maintains the lock with the incoming signal is called as the lock in range. 8. The pull-in time depends on
A. Initial phase and frequency difference between two sign
B. Overall loop gain
C. Loop filter characteristics
D. All of the mentioned
Answer:A
Explanation: The change in frequency of the incoming signal can be tracked when the PLL is locked. So, the range of frequencies over which PLL maintains the lock with the incoming signal is called as the lock in range. 8. The pull-in time depends on
A. Initial phase and frequency difference between two sign B. Overall loop gain C. Loop filter characteristics D. All of the mentioned
Explanation: The pull-in time depends on the above mentioned characteristics to establish lock in the PLL circuit. Sanfoundry Global Education & Learning Series – Linear Integrated Circuit.