是的，ADS 2011/2012/2013中有一个解决方案：在在线帮助中，搜索“使用EM电路激励AEL插件”一章。
您需要安装一个附加组件，然后可以提供附有ADS电路模型的Momentum结构的天线方向图。
这个附加组件有什么作用？
它计算节点电压＆amp;
所有组件端口的电流，并将它们传递给EM评估。
首先，EM使用组件的端口模拟您的布局。
然后，在ADS中，您运行EM模型的电路仿真，其中ADS电路模型连接到这些端口。
附件现在计算并存储电压和电压。
所有组件端口上的电流，并使用这些节点电压/电流来（a）通过附加组件可视化EM结果，以及（b）计算附加组件的天线方向图。
以上来自于谷歌翻译
以下为原文
Yes, there is a solution in ADS 2011/2012/2013:
In the online help, search for chapter "Using the EM Circuit Excitation AEL Addon". You need to install an add-on which can then provide the antenna pattern of a Momentum structure with ADS circuit models attached.
What does that add-on do? It calculates the node voltages & currents at all the component ports, and passes them to EM evaluation. First, you EM simulate your layout with ports for the components. Then, in ADS you run a circuit simulation of the EM model where ADS circuit models are connected to these ports. The add-on now calculates and stores the voltages & currents at all the component ports, and uses these node voltages/currents to (a) visualize EM results with components attached and (b) calculate the antenna pattern with components attached.
是的，ADS 2011/2012/2013中有一个解决方案：在在线帮助中，搜索“使用EM电路激励AEL插件”一章。
您需要安装一个附加组件，然后可以提供附有ADS电路模型的Momentum结构的天线方向图。
这个附加组件有什么作用？
它计算节点电压＆amp;
所有组件端口的电流，并将它们传递给EM评估。
首先，EM使用组件的端口模拟您的布局。
然后，在ADS中，您运行EM模型的电路仿真，其中ADS电路模型连接到这些端口。
附件现在计算并存储电压和电压。
所有组件端口上的电流，并使用这些节点电压/电流来（a）通过附加组件可视化EM结果，以及（b）计算附加组件的天线方向图。
以上来自于谷歌翻译
以下为原文
Yes, there is a solution in ADS 2011/2012/2013:
In the online help, search for chapter "Using the EM Circuit Excitation AEL Addon". You need to install an add-on which can then provide the antenna pattern of a Momentum structure with ADS circuit models attached.
What does that add-on do? It calculates the node voltages & currents at all the component ports, and passes them to EM evaluation. First, you EM simulate your layout with ports for the components. Then, in ADS you run a circuit simulation of the EM model where ADS circuit models are connected to these ports. The add-on now calculates and stores the voltages & currents at all the component ports, and uses these node voltages/currents to (a) visualize EM results with components attached and (b) calculate the antenna pattern with components attached.
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