These loops are often designated as code and carrier tracking loops.
The typical trade-off in tracking loop design is bandwidth versus dynamic performance: output noise increases with a larger loop bandwidth, while dynamic ...
Abstract: A novel method based on adaptive noise bandwidth in carrier tracking loop of navigation receivers is given to improve carrier tracking performance on ...
increasing the PLL bandwidth while the tracking loop does not support more than 6% of errors. I. INTRODUCTION. During the last decades, ...
For TT&C carrier tracking loop design, loop bandwidth adjustment is the principal strategy to improve the loop performance in the most instances. Narrow ...
Constant-bandwidth loops with loop bandwidths near 15. Hz are shown to lose phase lock during scintillations. Use of the decision-directed discriminator reduces ...
The conventional carrier-tracking loop bandwidth and order are. 18Hz and 2 respectively, whilst the code loop parameters are 3Hz and 1 respectively. The effect of ...
To obtain the best carrier phase measurement and processing, the receiver should employ the pure PLL loop for carrier tracking. The bandwidth of this loop ...
The question is specific to optimizing loop bandwidth for the decision directed carrier tracking loop with one sample per symbol. In other posts ...
A proposed variablebandwidth loop based on a Kalman filter reduces the carrier lock threshold by more than 7 dB compared to a 15-Hz constant-bandwidth loop.