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Integration of Lange Couplers in SiGe BiCMOS technology for RF and mm-Wave applications perspectives for distributed Chip-Package-PCB Co-integration

机译:兰格耦合器在用于射频和毫米波应用的SiGe BiCMOS技术中的集成对于分布式芯片封装-PCB协集成的前景

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摘要

SiGe BiCMOS design solutions for Lange Couplers operating in the mm-Wave domain are proposed. Various circuit topologies are designed, fabricated, and experimentally compared in terms of their RF performances. Effect of grounding strategies and influence of DTI pattering are studied both for CPS and CPW topologies to evaluate dependence of obtained RF performances on Die back-side grounding strategies. Perspectives for feasibility of distributed Chip-Package-PCB Co-integration of Lange coupler devices are drawn for loss reduction and improved matching to external input sources and antennas.
机译:提出了用于在毫米波域工作的兰格耦合器的SiGe BiCMOS设计解决方案。就其射频性能而言,设计,制造和实验了各种电路拓扑。研究了CPS和CPW拓扑的接地策略效果和DTI图案的影响,以评估获得的RF性能对Die背面接地策略的依赖性。为了降低损耗并改善与外部输入源和天线的匹配,对Lange耦合器设备进行了分布式芯片封装-PCB协整的可行性的前景进行了展望。

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