Numerically analyzed is the transmission performance of the optical millimeter(mm)-wave generated by frequency up-conversion via a phase modulator along the dispersive fiber.60 GHz mm-wave sub-carrier(SC)signals can b...Numerically analyzed is the transmission performance of the optical millimeter(mm)-wave generated by frequency up-conversion via a phase modulator along the dispersive fiber.60 GHz mm-wave sub-carrier(SC)signals can be obtained after fiber transmission,simultaneously,the phase-modulated signals can be converted to the intensity-modulated ones.The numerical results show that the optical mm-wave at fading loops has better performance,and the eye diagram still keeps open when optical mm-wave signal is transmitted over 98 km.展开更多
基金Dr Start-up Fund of Wuyi University,National Natural Science Foundation of China(60677004)
文摘Numerically analyzed is the transmission performance of the optical millimeter(mm)-wave generated by frequency up-conversion via a phase modulator along the dispersive fiber.60 GHz mm-wave sub-carrier(SC)signals can be obtained after fiber transmission,simultaneously,the phase-modulated signals can be converted to the intensity-modulated ones.The numerical results show that the optical mm-wave at fading loops has better performance,and the eye diagram still keeps open when optical mm-wave signal is transmitted over 98 km.