基于IronPython的YIG调谐滤波器自动建模

The YIG-tuned filter automatic modeling technology based on IronPython

针对YIG调谐滤波器仿真设计过程中大量的复杂建模问题,提出采用IronPython脚本语言实现自动建模的方法。通过SharpDevelop实现可视化界面编程,采用VS2013+PTVS开发基于IronPython语言的ANSYS EM脚本,实现了0.38~2 GHz、2~6 GHz、6~18 GHz和18~26.5 GHz等四种YIG滤波器的磁路与谐振结构的参数化自动建模,具有一键调用、模型参数化修改、全自动化建模、后续新器件可集成等功能。每个模型建立耗时约40 s,对于提高YIG滤波器设计效率,实现知识共享具有积极的意义.

Aiming at a large number of complex modeling problems in the YIG-tuned filter simulation design process,a method of implementing automatic modeling using IronPython script language is proposed.The graphic user interface is realized by SharpDevelop,and the ANSYS EM scrip based on IronPython is developed by VS2013+PTVS to realize the parameterized automatic magnetic circuit and resonance structure results of 0.38-2 GHz,2-6 GHz,6-18 GHz and 18-26.5 GHz YIG filter.With one-click call,full parametric model,automated modeling,and subsequent integration of new devices.The establishment of each model takes about 40 s,which is of positive significance for improving filter design efficiency and achieving knowledge sharing.