Citation
Abstract
The acquisition behavior of completely digital first and second-order phaselocked loops is considered. It is shown that modeling the loop by its difference equations allows the acquisition behavior to be computed using a procedure wherein the number of computations as well as the required storage grow only linearly with the size of the state space. It is also shown that the procedure can be easily modified to include the effects of doppler, finite length accumulators, and initial phase estimate jamming.
Details
- Volume
- 42-29
- Published
- October 15, 1975
- Pages
- 33–45
- File Size
- 889.3 KB