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Phased array receive antenna steering system using a ring resonator-based optical beam forming network and filter-based optical SSB-SC modulation

机译:相控阵接收天线转向系统使用基于环形谐振器的光束形成网络和基于滤波器的光学ssB-sC调制

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摘要

A novel phased array receive antenna steering system is introduced. The core of this system is an optical ring resonator-based broadband, continuously tunable optical beam forming network (OBFN). In the proposed system architecture, filter-based optical single-sideband suppressed-carrier modulation and balanced coherent optical detection are used. udSuch architecture has significant advantages over a straightforward architecture using optical double-sideband modulation and direct optical detection, namely relaxed bandwidth requirements on the optical modulators and detectors, reduced complexity of the OBFN chip, and enhanced dynamic range. Initial measurements on an actual 1×8 OBFN chip and an optical sideband filter chip are presented. Both are realized in CMOS-compatible planar optical waveguide technology.ud
机译:介绍了一种新颖的相控阵接收天线操纵系统。该系统的核心是基于光环形谐振器的宽带,连续可调光束形成网络(OBFN)。在提出的系统架构中,使用了基于滤波器的光学单边带抑制载波调制和平衡相干光学检测。与使用光学双边带调制和直接光学检测的直接架构相比,这种架构具有显着的优势,即光学调制器和检测器的带宽要求宽松,OBFN芯片的复杂性降低以及动态范围扩大。给出了在实际的1×8 OBFN芯片和光学边带滤波器芯片上的初始测量。两者均采用兼容CMOS的平面光波导技术实现。

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