Question: Why is it that when you insert the calculated match (C-parallel: 272.8pF and Series L: 0.55uH) as a load on w1b ,it will not bring the SWR to 1 in the next calculation? Am I doing something wrong here? In my understanding the Impedance (and SWR) should match out on the 50 Ohm normalization when you add the C and L in to the base of wire 1 (in the lower right part of the geometry screen). But, somehow it's not matching. Yes I have "Use load" selected. I can see it do something, but not quite matching the feed point to 50 Ohms.
One of the best instructional videos I have seen so far on UA-cam for MMANA. You cover the basics very well. Thank you for sharing.
Agree!
The best I have seen so far! nice work..
I installed MMANA last week, this is really helpful thanks
Excellent tutorial ! Thanks so much for posting this !
Looking forward for more education videos... Fantastic Explanation!
Have you got a full set of videos on MMANA? - due to this being one of the best instructional vedos I have come across. Nice work!!
Yes there are quite few videos on this channel.
Brilliant stuff can you explain how you read the gain/FB chart
Excellent instructions on how to use this design software I am a novice and am looking for clear guidance on this subject and this is it 👍
Thank you!
Thanks for sharing..much needed
Nice...
will be put to work in the next few days. Thanks !
Thank you for watching!
Question: Why is it that when you insert the calculated match (C-parallel: 272.8pF and Series L: 0.55uH) as a load on w1b ,it will not bring the SWR to 1 in the next calculation? Am I doing something wrong here? In my understanding the Impedance (and SWR) should match out on the 50 Ohm normalization when you add the C and L in to the base of wire 1 (in the lower right part of the geometry screen). But, somehow it's not matching. Yes I have "Use load" selected. I can see it do something, but not quite matching the feed point to 50 Ohms.
Do you have video for designing a 40 meter EFHW antenna using mmana-gal ?
is there a way to change the length of the radials?
Thanks DL8DBW