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HIGH-CAPACITY RADIO FREQUENCY IDENTIFICATION-BASED RADIO OVER FIBER SYSTEM

机译:基于高容量射频识别的无线光纤系统

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摘要

We present the use of a serial ring resonator system for multichannel radio frequency generation that can be used to form the radio frequency identification (RFID) application. A system consists of a serial nonlinear microring resonator system for generating pulse and selecting signals that can be filtered by using the add/drop filter. The input pulse is a Gaussian pulse with center wavelength at 1,500 nm. By using suitable simulation microring parameters, the generation of signal with the center wavelength or frequency at 2.15 nm or 285 GHz is achieved, where the high frequency RFID with 91 channels is generated and noted. The use of THz frequency enhancement and RFID-based wireless communication is discussed.
机译:我们介绍了使用串行环形谐振器系统进行多通道射频生成,该系统可用于形成射频识别(RFID)应用。一个系统由一个串行非线性微环谐振器系统组成,该系统用于生成脉冲并选择可以通过使用分插滤波器进行滤波的信号。输入脉冲是中心波长为1,500 nm的高斯脉冲。通过使用合适的仿真微环参数,可以生成中心波长或频率为2.15 nm或285 GHz的信号,并生成并记录具有91个通道的高频RFID。讨论了太赫兹频率增强和基于RFID的无线通信的使用。

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