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Operation method of N-way power combiner network and N-way power combiner network

机译:N-WAID功率组合网络和N-WAY功率组合网络的操作方法

摘要

As a method of operation of the power combiner network 1, the power combiner network 1 has N secondary ports 11 (1, 2, ..., N) that are coupled into one primary port 12. Including a power combiner device 10, each of the N secondary ports 11 (1, 2, ..., N) is provided with a phase shifter device 13 and a load control device 14. Each phase shifter device 13 is configured to set the phase of a signal supplied through each of the N secondary ports 11 (1, 2, ..., N). Each load control equipment 14 is configured to set the N secondary ports 11 (1, 2, ..., N) to an active or inactive mode of operation. In the case of I inactive secondary ports 11(1), the load control equipment 14 is further configured to set the phase of the signal reflected from the I inactive secondary ports 11(1). This method selects one of the N secondary ports (11(1, 2, ..., N)) to be set as an inactive operation mode, and the N secondary ports (11 (1, 2, ..., N)). ., N)) of selecting the one to be set as the active operation mode A(100), setting the I inactive secondary ports 11(1) selected by the load control equipment 14 to the inactive operation mode. Step B (110), each A active secondary port (11 (2)) to minimize the reflected signal from the power combiner device (10) and provide the desired power to the primary port (12), each Step C(120) to search for the required phase for the I inactive secondary ports (11(1)) and for each A active secondary port (11(2)), according to each retrieved phase. Step D 130 of setting each load control equipment 14 for each I inactive secondary port 11(1), and each A active secondary port 11 according to each retrieved phase. (2)), the method step of step E 140 of setting each phase shifter equipment 13.
机译:作为功​​率组合网络1的操作方法,功率组合网络1具有N个辅助端口11(1,2,...,n),其耦合到一个主端口12中。包括每个电源组合器设备10,每个电源组合器设备10在N次级端口11(1,2,...,n)中设置有移相器装置13和负载控制装置14.每个相移器装置13被配置为设相来设定通过每个的信号的相位n次级端口11(1,2,...,n)。每个负载控制设备14被配置为将n次级端口11(1,2,...,n)设置为有源或非活动的操作模式。在I非活动的次级端口11(1)的情况下,负载控制设备14还被配置为将从I非活动次级端口11(1)反射的信号的相位设置为设置。该方法选择要设置为非活动操作模式的N个辅助端口(11(1,2,...,n)),以及n次要端口(11(1,2,...,n) )。 。,n))选择一个要被设置为有源操作模式A(100),将由负载控制设备14选择的I非活动次级端口11(1)设置为非活动操作模式。步骤B(110),每个Active辅助端口(11(2))以最小化来自功率组合器装置(10)的反射信号,并向主端口(12)提供所需的电力,每个步骤C(120)到根据每个检索阶段,搜索I非活动辅助端口(11(1))和每个活动辅助端口(11(2))的所需阶段。步骤D 130为每个I INACTION辅助端口11(1)设置每个负载控制设备14,并且根据每个检索阶段的每个有源次级端口11。 (2)),设置每个移相器设备13的步骤E140的方法步骤。

著录项

  • 公开/公告号KR20210046774A

    专利类型

  • 公开/公告日2021-04-28

    原文格式PDF

  • 申请/专利权人 사브 에이비;

    申请/专利号KR1020217009017

  • 发明设计人 이삭손 마그누스;

    申请日2018-08-29

  • 分类号H03F1/02;H03F1/52;H03F3/21;H03F3/24;H03F3/72;

  • 国家 KR

  • 入库时间 2022-08-24 18:28:49

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