Linear/cubic measured pulse numerically with electrical jitter amplitude variations for the impact on fiber communication systems

Abstract

Abstract This study has simulated the raised cosine, linear, cubic measured pulses numerically with electrical jitter amplitude variations impact on fiber communication systems. The max Q factor, total electrical power variations against electrical jitter amplitude variations are demonstrated for various pulse configurations. The Q factor and signal power amplitude variations versus the time period with the spectral frequency are clarified based on various pulse configurations with an optimum amplitude jitter of 0.1 unit interval (UI). The total electrical power after the avalanche photodiode (APD) photodetector is measured numerically based on various pulse configurations with an optimum amplitude jitter of 0.1 UI.