Code Tracking Performance of DS/FH Spread Spectrum Signal for TT&C
The theoretical expression is presented in this study to predict the early minus late power (EMLP) code tracking performance with residual frequency shift and finite frontend bandwidth. On basis of the expression and numerical simulation, the impact on the code tacking performance of Doppler hopping caused by radio frequency hopping of DS/FH signal for TT&C as well as tracking system parameters is analyzed. Simulation results point out that measures like removing Doppler hopping and the carrier aided technique with narrow discriminator spacing as well as narrow loop bandwidth could guarantee DS/FH signal in TT&C system with required code tracking precision. Both theoretical and simulation results provide valuable references for the code tracking system design of DS/FH signal for TT&C.
DS/FH TT&C Code tracking performance Doppler hopping.
Shengyun Meng Wenge Yang Weitao Lu Jia Liu Jinfeng Yu
TT&C Research CenterThe Academy of Equipment Command & TechnologyBeijing, China TT&C Research Center The Academy of Equipment Command & Technology Beijing, China
国际会议
成都
英文
1-5
2010-04-16（万方平台首次上网日期，不代表论文的发表时间）