What you describe as an, "antenna tuner" actually matches the
TX to the feeder.

===============================

A misleading statement.

The TX design impedance is fixed, usually at 50 ohms.

So the antenna tuner matches the variable feeder input impedance to the TX
design impedance.

But no doubt you will manage to squirm your way out of it. ;o)
----
Reg

Airy, you'll be telling us next the SWR meter reads the SWR on the
eedline - whereas it does nothing of the kind.

The confusingly, so-called SWR meter is merely a useful TLI. which Indicates
whether or not the Transmitter is correctly Loaded with its design
resistance. Usually but not necessarily 50 ohms.

It is realised this means re-editing all the handbooks which have appeared
during the last 50 years or so.
----
Reg.

"variable feeder input impedance" = feeder

"TX design impedance" = TX

Why would I wish to "squirm my way" out of an
obvious agreement?

"Reg Edwards" wrote in message
...
What you describe as an, "antenna tuner" actually matches the
TX to the feeder.
A misleading statement.
The TX design impedance is fixed, usually at 50 ohms.
So the antenna tuner matches the variable feeder input impedance to the TX
design impedance.
But no doubt you will manage to squirm your way out of it. ;o)

Why would I wish to "squirm my way" out of an
obvious agreement?

========================

Dunno why. But you just did it!

......[Pantomime mode ON ].....

Oh, no! I didn't!

......[Pantomime mode OFF ].....


"Reg Edwards" wrote in message
...
Why would I wish to "squirm my way" out of an
obvious agreement?
Dunno why. But you just did it!