微波EDA网,见证研发工程师的成长!
首页 > 研发问答 > 微波和射频技术 > 天线设计和射频技术 > monopole antenna with wave port

monopole antenna with wave port

时间:04-05 整理:3721RD 点击:
i want to use wave port for monopole antenna. how can i do it?
anyone have design of monopole antenna?

I have absolutely no idea what you mean by a "wave port" ?
I cant find any reference to such a thing other than to do with harbours and shipping

car to explain a bit more ?

cheers
Dave

First you need to decide feeding of monopulse antenna. You can google for monopole and about ground plane for monopole or give more info.

Wave port is useful where you have a plane with multiple conductors. For the monopole, use a lumped port between the radiator and the ground plane.

i want to make arm touch with ground in monopole. n then want to give wave port/lump port. how can i design it?



u can see in attachment.. if u have any idea,share with me..

You need a small gap between the radiating arm and ground plane, like in reality. The lumped port is placed in this gap, with (+) connected to one end and (-) on the other end. This is your source, you drive the signal between the bottom end of the raidator and the ground plane.

Sorry, I use other solvers and don't have HFSS.

can u show me in jpg what u exactly want to tell me? i know we can put lump port between arm and ground but it is possible to put port at the end of ground and make touch to arm and ground?

so what is a wave port ? or is this an obscure name for something more common ?

go a link to info please :)

Dave

It is a technical term from EM simulation. Wave ports, as opposed to lumped ports, define an excitation on a finite area of the simulation boundary, and find the corresponding mode(s). This can be used for hollow waveguides or multi-conductor configurations. Unlike lumped ports, the reference impedance is not fixed, but instead is the impedance of that mode.



Ok, then this is what you need to do.

I don't understand what you are trying to do. End of ground?

Ahhh, thanks for that ... not into simulation software
we live and learn :)

Dave

Copyright © 2017-2020 微波EDA网 版权所有

网站地图

Top