I have some problems and concerns running Load Pull simulation in ADS: [1] I run the Load Pull simulation (after doing it several times in order to get the optimum area to scan) and I get satisfying results, but still I have some problems. One of them is that the run seems too sens...
LoadPull---ADS(负载牵引详细介绍资料)AndyHowardApplicationsEngineer28May,2002 LoadPullSimulationUsingADS Outline •Overview•Specifyingandgeneratingdesiredloadreflectioncoefficients•Assigningarbitraryreflectioncoefficientsattheharmonicfreqs.•Biasingthedeviceandrunningasimulation•Calculatingdesiredresponses(delivered...
Load Pull Simulation Using ADS Outline • Overview • Specifying and generating desired load reflection coefficients • Assigning arbitrary reflection coefficients at the harmonic freqs. • Biasing the device and running a simulation • Calculating desired responses (delivered power, PAE, etc.) ...
LoadPull---ADS(负载牵引详细介绍资料)讲述.ppt,Andy Howard Applications Engineer 28 May, 2002 Load Pull Simulation Using ADS Outline Overview Specifying and generating desired load reflection coefficients Assigning arbitrary reflection coefficients at the
1.1 设置谐波平衡仿真（Harmonic Balance Simulation）打开ADS并创建或加载你的电路设计。在仿真控制器中...
方法1:通过勾选工具栏上的DC Annotation;方法2:通过点击simulation-DC annotation显示。 还可通过仿真设置,显示不同DC状态下各节点对应的电压电流 三. 稳定性 直接插入模板SP_NWA_T 仿真结果如下 稳定因子K和Mu_source Mu_load都小于1,管子不稳定。因此,需要做一些稳定性措施: 常见的方法1:在输入端串一个小的...
我们打开ADS,新建一个空白原理图,在其工具栏的DesignGuide上点击下拉菜 单中选择Amplifier点1-Tone Nonlinear Simulations展开,选择Load-Pull-PAE,Output Power Contours然后点击OK按钮就行了,出来如图1-1所 示的原始原理图和图1-2所示的原始仿真图: One lone Load Pull Simulation. •a*er and RAE found日t...
图4-13 点击DesignGuide Loadpull 在弹出的对话框中选择One Tone Loadpull Simulation,即“单音负载牵引仿真”如图4-14所示。 图4-14 选择One Tone Loadpull Simulation 点击OK,原理图中会出现ADS中已经设置好的仿真模板,如图4-15所示。 图4-15 加载负载牵引仿真模板 ...
Andy Howard, 2/23/2012 After the ADS 2011.10 release, we have updated the Load Pull DesignGuide. We have added several simulation setups and re-organized the menus to make them easier to navigate. This document discusses what is new.This is the new menu structure:1 © Copyright ...
【Simulation - Load Pull】:负载牵引模拟控制。 【Simulation - ChannelSim】:通道模拟,主要是高速通道眼图、抖动模拟等。 【 Simulation - X_Param】:X参数仿真控件。 【 Simulation - Instrument】:模拟工具元件面板,包括各种模拟所需的工具,如内位脉冲啊应工具、阶跃响应工具、FET模拟辅助工具等。