ml wrote:
that being the case , i am not clear on how changing the feedpoint
alters the ew ns direction

Referring to the files I attached yesterday:
If the current in element#2 lags the current in element#1
then you get 12 dBi gain in one direction. If the current
in element#2 leads the current in element#1 then you get
12 dBi gain in the opposite direction. The phasing feedline
might look something like this with coaxial 'T' connectors
installed at points "x" and 'y':

Element#1--------x----------y--------Element#2

Assuming connecting the RF at point 'x' will yield 12 dBi
gain in a Westward direction, connecting the RF at point
'y' will yield 12 dBi gain in an Eastward direction
without moving the elements.
--
73, Cecil, W5DXP

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