On Sat, 15 Mar 2008 06:46:31 -0700, Art Unwin wrote:


Considering that it meets Maxwells requirements and is at least a
wavelenght of a radiator my expectations are much higher than yours I
suspect that
the output will exceed that of a 160 M antenna which has a ground plane.

A full length vertical is what you are talking about?


I also suspect that if I diddn't concentrated so much on small physical
size it could easily be uprated to compete with a yagi!

Now here do you mean a directional antenna of your kind, or which?



Of course if all is already known about radio this
would seem impossible but in a few weeks I myself will have a few QSOs
to see how it matches up to my expectations.
The archives show all the building instruction but it appears that
readers have concentrated on
nonsensical retorts without reading the content.

Art, throw me a bone here. I've looked in the archives a bit, and you've
been a prolific poster! I saw a 160 meter vertical you were posting
about, but it had a radial system, and I don't think this one does.


-73 de Mike N3LI -

On Mar 15, 8:52 pm, Mike Coslo wrote:
On Sat, 15 Mar 2008 06:46:31 -0700, Art Unwin wrote:
Considering that it meets Maxwells requirements and is at least a
wavelenght of a radiator my expectations are much higher than yours I
suspect that
the output will exceed that of a 160 M antenna which has a ground plane.

A full length vertical is what you are talking about?

I also suspect that if I diddn't concentrated so much on small physical
size it could easily be uprated to compete with a yagi!

Now here do you mean a directional antenna of your kind, or which?

Of course if all is already known about radio this

would seem impossible but in a few weeks I myself will have a few QSOs
to see how it matches up to my expectations.
The archives show all the building instruction but it appears that
readers have concentrated on
nonsensical retorts without reading the content.

Art, throw me a bone here. I've looked in the archives a bit, and you've
been a prolific poster! I saw a 160 meter vertical you were posting
about, but it had a radial system, and I don't think this one does.

-73 de Mike N3LI -

OK mike one last time.
Make a former to wind apon.
Set it up vertically and secure so that it doesn't fall over.
Get two reels of insulated wire preferbly pre wound paired
wire on each reel. Join the paired wires
Put the joint at the rear of the former with one reel to the left
and one reel to the right.
Wnd one wire clockwise and then wind counterclockwise the
wire from the other reel. Repeat these two functions making
sure the overlapped wires stay parallel with each other.
When you have completed the length of the spool then join
one wire to another wire from the opposite reel. You now have two
wires in your hands
one from each of the reels. These two wires are what you connect to
the transmission line..
Suggestions for the former. Make two cross arrangements using 1/2 inch
plastic piping.
At each of the 8 ends place a tee connection. Four pipes around a foot
long can the join the two sections,
Use tees instead of elbows so the antenna is easier to mount.
If you want it to be all frequencie:
Cut a 1/2 inch plastic pipe in half,' length wise.
Make wire loops and fit them over the cut pipe and solder them tight.
Place a quick start threaded rod inside the cut pipe with a motor at
one end.
Make a electrical wiper to place on the quick start thread to make
electrical
connection to the loops as the motor turns.
Connect a meter to one of the start wires and disconnect it from the
joint.
Place a sowing needle on the other end of the instrument and pierce
the
wires in sequence until one
gets to the coax connection points marking each wire that is
connected to the meter.
Connect the marked wires to the loop that were made sp electrical
contact
can be made to the threaded shaft
Connect the shaft to one of the wires that consists of the feed
points.
Rejoin the wire connections at the start point so that now you have a
complete electrical
circuit starting at the feed points
Place assembly anywhere and apply power and have a qso.
Now will somebody that is savvy with computors do that excercise that
I suggested
with regard to tipped radiators and report on it before you make this
antenna or start
tilting towers around ten degrees sinc the change is not worth it when
calculating total gain?
Art Unwin KB9MZ...XG (uk)
Art

Art Unwin wrote:

OK mike one last time.
Make a former to wind apon.
Set it up vertically and secure so that it doesn't fall over.
Get two reels of insulated wire preferbly pre wound paired
wire on each reel. Join the paired wires
Put the joint at the rear of the former with one reel to the left
and one reel to the right.
Wnd one wire clockwise and then wind counterclockwise the
wire from the other reel. Repeat these two functions making
sure the overlapped wires stay parallel with each other.
When you have completed the length of the spool then join
one wire to another wire from the opposite reel. You now have two
wires in your hands
one from each of the reels. These two wires are what you connect to
the transmission line..
Suggestions for the former. Make two cross arrangements using 1/2 inch
plastic piping.
At each of the 8 ends place a tee connection. Four pipes around a foot
long can the join the two sections,
Use tees instead of elbows so the antenna is easier to mount.
If you want it to be all frequencie:
Cut a 1/2 inch plastic pipe in half,' length wise.
Make wire loops and fit them over the cut pipe and solder them tight.
Place a quick start threaded rod inside the cut pipe with a motor at
one end.
Make a electrical wiper to place on the quick start thread to make
electrical
connection to the loops as the motor turns.
Connect a meter to one of the start wires and disconnect it from the
joint.
Place a sowing needle on the other end of the instrument and pierce
the
wires in sequence until one
gets to the coax connection points marking each wire that is
connected to the meter.
Connect the marked wires to the loop that were made sp electrical
contact
can be made to the threaded shaft
Connect the shaft to one of the wires that consists of the feed
points.
Rejoin the wire connections at the start point so that now you have a
complete electrical
circuit starting at the feed points
Place assembly anywhere and apply power and have a qso.
Now will somebody that is savvy with computors do that excercise that
I suggested
with regard to tipped radiators and report on it before you make this
antenna or start
tilting towers around ten degrees sinc the change is not worth it when
calculating total gain?

Well, there it is. I'm going to scrounge a "former" and a "sowing"
needle and get right to work.

Dave K8MN

Dave Heil wrote:
Art Unwin wrote:

OK mike one last time.
Make a former to wind apon.
Set it up vertically and secure so that it doesn't fall over.
Get two reels of insulated wire preferbly pre wound paired
wire on each reel. Join the paired wires
Put the joint at the rear of the former with one reel to the left
and one reel to the right.
Wnd one wire clockwise and then wind counterclockwise the
wire from the other reel. Repeat these two functions making
sure the overlapped wires stay parallel with each other.
When you have completed the length of the spool then join
one wire to another wire from the opposite reel. You now have two
wires in your hands
one from each of the reels. These two wires are what you connect to
the transmission line..
Suggestions for the former. Make two cross arrangements using 1/2 inch
plastic piping.
At each of the 8 ends place a tee connection. Four pipes around a foot
long can the join the two sections,
Use tees instead of elbows so the antenna is easier to mount.
If you want it to be all frequencie:
Cut a 1/2 inch plastic pipe in half,' length wise.
Make wire loops and fit them over the cut pipe and solder them tight.
Place a quick start threaded rod inside the cut pipe with a motor at
one end.
Make a electrical wiper to place on the quick start thread to make
electrical
connection to the loops as the motor turns.
Connect a meter to one of the start wires and disconnect it from the
joint.
Place a sowing needle on the other end of the instrument and pierce
the
wires in sequence until one
gets to the coax connection points marking each wire that is
connected to the meter.
Connect the marked wires to the loop that were made sp electrical
contact
can be made to the threaded shaft
Connect the shaft to one of the wires that consists of the feed
points.
Rejoin the wire connections at the start point so that now you have a
complete electrical
circuit starting at the feed points
Place assembly anywhere and apply power and have a qso.
Now will somebody that is savvy with computors do that excercise that
I suggested
with regard to tipped radiators and report on it before you make this
antenna or start
tilting towers around ten degrees sinc the change is not worth it when
calculating total gain?

Well, there it is. I'm going to scrounge a "former" and a "sowing"
needle and get right to work.

Dave K8MN


Don't forget an 'apon'....

Dave WD9BDZ

David G. Nagel wrote:
Dave Heil wrote:

Well, there it is. I'm going to scrounge a "former" and a "sowing"
needle and get right to work.

Dave K8MN


Don't forget an 'apon'....


Can you guys tell us the correct way to spell coil former? It's a
bobbin made of insulating material upon which wire is wound. Here's one
that got a patent:

http://www.patentstorm.us/patents/6262650.html


- 73 de Mike N3LI -

Michael Coslo wrote:
David G. Nagel wrote:
Dave Heil wrote:

Well, there it is. I'm going to scrounge a "former" and a "sowing"
needle and get right to work.

Dave K8MN


Don't forget an 'apon'....


Can you guys tell us the correct way to spell coil former? It's a
bobbin made of insulating material upon which wire is wound. Here's one
that got a patent:

http://www.patentstorm.us/patents/6262650.html

You've done well, Mike. Now what is a "sowing needle" and what might an
"apon" be?

Dave K8MN
the product of an inferior American education
(at least according to Art Unwin)

Dave Heil wrote:
Michael Coslo wrote:
David G. Nagel wrote:
Dave Heil wrote:

Well, there it is. I'm going to scrounge a "former" and a "sowing"
needle and get right to work.

Dave K8MN


Don't forget an 'apon'....


Can you guys tell us the correct way to spell coil former? It's a
bobbin made of insulating material upon which wire is wound. Here's
one that got a patent:

http://www.patentstorm.us/patents/6262650.html

You've done well, Mike. Now what is a "sowing needle" and what might an
"apon" be?

Those are typos. I just figure we should only rib Art on the real
typos. 8^)


Dave K8MN
the product of an inferior American education
(at least according to Art Unwin)

Me too 8^)

- 73 d eMike N3LI -

Michael Coslo wrote:
David G. Nagel wrote:
Dave Heil wrote:

Well, there it is. I'm going to scrounge a "former" and a "sowing"
needle and get right to work.

Dave K8MN
Don't forget an 'apon'....


Can you guys tell us the correct way to spell coil former? It's
a bobbin made of insulating material upon which wire is wound.

Alternatively, wind the wire onto a mandrill.


--

73 from Ian GM3SEK 'In Practice' columnist for RadCom (RSGB)
http://www.ifwtech.co.uk/g3sek

Ian White GM3SEK wrote in
:

Alternatively, wind the wire onto a mandrill.

Or would that be a mandrel?

Owen

I can bear it no longer. We have Art the English educated antenna expert
who cannot write the English language,and now a Scot who doesn't know that a
Mandrill is a West African Baboon.
If you wind Art's wire on a Baboon it is going to get seriously ****ed off.
From an elderly Pom in Aus.
"Ian White GM3SEK" wrote in message
...
Michael Coslo wrote:
David G. Nagel wrote:
Dave Heil wrote:

Well, there it is. I'm going to scrounge a "former" and a "sowing"
needle and get right to work.

Dave K8MN
Don't forget an 'apon'....


Can you guys tell us the correct way to spell coil former? It's a
bobbin made of insulating material upon which wire is wound.

Alternatively, wind the wire onto a mandrill.


--

73 from Ian GM3SEK 'In Practice' columnist for RadCom (RSGB)
http://www.ifwtech.co.uk/g3sek