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:wink: i'm way pass that. (im optimizing a configuration of a slot antenna at sub-milemiter....)
simuletion done using CST and as you can see i'm getting to know some of the softwere option, readouts ...
that is way i was happy with your help i.e. varification in the softwere....
thanks a lot...
Re: help reading CST simuletion readout i.e. "effic"
o.k. thanks for the tip for comparing... i just looked at the scale of best performence as reference to all then looked at pik value of the other simuletions and what coler will they show in the best scale...
and...
Re: help reading CST simuletion readout i.e. "effic"
thanks for your reply
"efficiency is better measure to characterize how good an antenna is because efficiency is total radiation coming out from an antenna whereas gain is peak radiation coming out from a direction"
my aim is a...
thanks for your reply
maybe you can also clarify (help me understand )
how can a miss matched antenna (simulating at 337.83 GHz) can radiate better then a matched one (simulating at 339.62 GHz)?
1) matched Antenna : (Antenna 3D simulation at 339.62 GHz)
Rad effic: -0.4439 db = at this...
I will try to be more clear with my Q
1) what are the values of "total effic" and "rad effic" stands for?
2) I think "effic" stands for "efficiency" and if so how can one get more gain and directivity with less efficiency values?
3) what are the optimal values? (~~general equations to get...
Simulation output:
Antenna 3D simulation at 339.62 GHz:
Max 3D dir = 28.08 dbi
Max 3D gain : 27.6 db
Rad effic: -0.4439 db
Tot effic: -0.4680 db
Antenna 3D simulation at 337.83 GHz:
Max 3D dir = 30.27 dbi
Max 3D gain: 28.77 db
Rad effic: -1.507 db
Tot effic: -3.761 db
Antenna 3D simulation...
Hi to all
I'm running CTT simulation of an antenna
On the 3D simulation there are this two parameters:
Red. Effic. & Tot. effic
I think that effic stands for efficiency
If so : G = e*D
But then I'm having hard time getting the "logic"
Im running on the same antenna simulation different using...
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