- 易迪拓培训,专注于微波、射频、天线设计工程师的培养
de-embedding device leads from measured s-parameters of the device
录入:edatop.com 点击:
I am designing an amplifier at 12 GHz,using infineon
Cfy25 device.
Vendor supplied s-param were extracted in following
Manner,using FR4 board.
Note: reference plane position at device lead end,
Leads are 1.1mm long
Since I am using another substrate,Alumina,I need
S-param ,at the package end ,as shown below
I simulated the device leads separately and used ADS
De-embbeding boxes as shown below and extract DUT s-param
Experts please look into this and give your valuable suggestions,to solve this issue.
Because I do not know how ADS deals with s-param
De-embedding,whether it transforms to T parameters
And
But this method did not work, the resulting s-param
Were totally changed,not usable as leads should change little phase and magnitude of s-param,not the entire frequency response itself.
For de-embedding we use following matrix relation
Using transmission parametets
Cfy25 device.
Vendor supplied s-param were extracted in following
Manner,using FR4 board.
Note: reference plane position at device lead end,
Leads are 1.1mm long
Since I am using another substrate,Alumina,I need
S-param ,at the package end ,as shown below
I simulated the device leads separately and used ADS
De-embbeding boxes as shown below and extract DUT s-param
Experts please look into this and give your valuable suggestions,to solve this issue.
Because I do not know how ADS deals with s-param
De-embedding,whether it transforms to T parameters
And
But this method did not work, the resulting s-param
Were totally changed,not usable as leads should change little phase and magnitude of s-param,not the entire frequency response itself.
For de-embedding we use following matrix relation
Using transmission parametets
Maybe you have seen this already, but still:
http://www.microwaves101.com/encyclo...ference-planes
Thanks terminator,
Its fantastic example,to understand de-embedding.
Hard to believe that Infineon extracted S-parameters at 12GHz using FR4.
申明:网友回复良莠不齐,仅供参考。如需专业帮助,请学习易迪拓培训专家讲授的ADS视频培训课程。
ADS培训课程推荐详情>>
国内最全面、最专业的Agilent ADS培训课程,可以帮助您从零开始,全面系统学习ADS设计应用【More..】
- Agilent ADS教学培训课程套装
- 两周学会ADS2011、ADS2013视频教程
- ADS2012、ADS2013射频电路设计详解
- ADS高低阻抗线微带滤波器设计培训教程
- ADS混频器仿真分析实例视频培训课程
- ADS Momentum电磁仿真设计视频课程
- ADS射频电路与通信系统设计高级培训
- ADS Layout和电磁仿真设计培训视频
- ADS Workspace and Simulators Training Course
- ADS Circuit Simulation Training Course
- ADS Layout and EM Simulation Training Course
- Agilent ADS 内部原版培训教材合集