CAJ | 학술논문

对大啁啾相位模板附加小啁啾的来源进行了分析与推导，提出了相位补偿方案。基于相位补偿法，分析了实现的高平坦大啁啾梳状滤波器；通过改变光源阵列波长间隔与偏振态提出了一种传输长度可变、码字可调、一致性较好的UWB网络通信的实现方案。通过仿真，实现了相位编码个数为4、不同码字的monocycle信号与doublet信号产生。
대대조추상위모판부가소조추적래원진행료분석여추도，제출료상위보상방안。기우상위보상법，분석료실현적고평탄대조추소상려파기；통과개변광원진렬파장간격여편진태제출료일충전수장도가변、마자가조、일치성교호적UWB망락통신적실현방안。통과방진，실현료상위편마개수위4、불동마자적monocycle신호여doublet신호산생。
The additional chirp introduced by large chirped phase mask is analyzed and calculated, then a phase compensation method is proposed. Based on phase compensation method, high flattened comb filter is realized and analyzed. A reconfigurable multi-user UWB network communication scheme is proposed by changing optical source array wavelength spacing and polarization state. Four-chip, biphase-coding monocycle and doublet signals with dif-ferent code patterns are generated by simulation.