文件名称:Anversion
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A simple multi-band QPSK signal transmission scheme, constructed by using an optical remote up-conversion
technique and a Schottky diode RF detector, is theoretically analyzed and experimentally implemented
in a 60-GHz millimeter wave (mm-wave) radio over fiber (RoF) system, for the first time. There is
no need for complex system architecture or any expensive high-frequency clock source in our scheme.
Simulation results show that our scheme is highly tolerant to fiber dispersion, compared with the conventional
60 GHz multi-band RoF system. In the experimental demonstration, successful delivery of QPSK
signals at two 60-GHz sub-bands is achieved over 50-km fiber and 4-m wireless distance.
technique and a Schottky diode RF detector, is theoretically analyzed and experimentally implemented
in a 60-GHz millimeter wave (mm-wave) radio over fiber (RoF) system, for the first time. There is
no need for complex system architecture or any expensive high-frequency clock source in our scheme.
Simulation results show that our scheme is highly tolerant to fiber dispersion, compared with the conventional
60 GHz multi-band RoF system. In the experimental demonstration, successful delivery of QPSK
signals at two 60-GHz sub-bands is achieved over 50-km fiber and 4-m wireless distance.
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1-s2.0-S106852001300028X-main.pdf