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A METHOD OF OPERATING AN N-WAY POWER COMBINER NETWORK AND AN N-WAY POWER COMBINER NETWORK

机译:一种操作N路功率合成器网络和N路功率合成器网络的方法

摘要

Method of operating a power combiner network (1), the power combiner network (1) comprising a power combiner device (10) having N secondary ports (11(1, 2, N)) combining into one primary port (12), wherein respective N secondary port (11(1, 2, . . . , N)) is provided with a phase shifter arrangement (13) and a load control arrangement (14). Respective phase shifter arrangement (13) is configured to set a phase of a signal fed through respective N secondary port (11(1, 2, . . . , N)). Respective load control arrangement (14) is configured to set the N secondary ports (11(1, 2, . . . , N)) in an active or in an inactive operation mode. For I inactive secondary ports (11(1)) the load control arrangement (14) is further configured to set a phase of the signal reflected from the I inactive secondary ports (11(1)). The method comprises the method steps of; step A (100), selecting which of the N secondary ports (11(1, 2, . . . , N)) that should be set in an inactive operation mode and which of the N secondary ports (11(1, 2, . . . , N)) that should be set in an active operation mode, step B (110), setting selected I inactive secondary ports (11(1)) in an inactive operation mode by means of the load control arrangement (14), step C (120), retrieving a phase required for respective I inactive secondary port (11(1)) and retrieving a phase required for respective A active secondary port (11(2)) in order for respective A active secondary port (11(2)) to minimize the reflected signal from the power combiner device (10) and provide desired power to the primary port (12), step D (130), setting respective load control arrangement (14) for respective I inactive secondary port (11(1)) according to respective retrieved phase, and step E (140), setting respective phase shifter arrangement (13) for respective A active secondary port (11(2)) according to respective retrieved phase.
机译:一种操作功率合成器网络(1)的方法,所述功率合成器网络(1)包括功率合成器装置(10),所述功率合成器装置(10)具有N个次级端口(11(1,2,N))组合成一个主端口(12),其中相应的N个次级端口(11(1,2,…,N))具有移相器布置(13)和负载控制布置(14)。相应的移相器布置(13)被配置成设置通过相应的N个二次端口(11(1,2,…,N))馈送的信号的相位。相应的负载控制布置(14)被配置成将N个辅助端口(11(1,2,…,N))设置为活动或非活动操作模式。对于I个非活动辅助端口(11(1)),负载控制布置(14)进一步配置为设置从I个非活动辅助端口(11(1))反射的信号的相位。该方法包括以下方法步骤:;步骤A(100),选择N个辅助端口(11(1,2,…,N))中应设置为非活动操作模式的哪个,以及N个辅助端口(11(1,2,…,N))中应设置为活动操作模式的哪个,步骤B(110),通过负载控制装置(14),步骤C(120),在非活动操作模式中设置选定的I个非活动辅助端口(11(1)),检索各个I非活动辅助端口(11(1))所需的相位,并检索各个活动辅助端口(11(2))所需的相位,以便各个活动辅助端口(11(2))最小化来自功率合成器设备(10)的反射信号,并向主端口(12)提供所需功率,步骤D(130),根据各自的检索相位为各自的I个非活动辅助端口(11(1))设置各自的负载控制布置(14),以及步骤E(140),根据各自的检索相位为各自的A个活动辅助端口(11(2))设置各自的移相器布置(13)。

著录项

  • 公开/公告号EP3844841A4

    专利类型

  • 公开/公告日2022-04-06

    原文格式PDF

  • 申请/专利权人 SAAB AB;

    申请/专利号EP20180932129

  • 发明设计人 ISACSSON MAGNUS;

    申请日2018-08-29

  • 分类号H03F1/52;H03F1/02;H03F3/21;H03F3/24;H03F3/60;H03F3/72;

  • 国家 EP

  • 入库时间 2022-08-25 00:22:07

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