E = Root (P*R)

Scaled V is V / 273 but you'll have to go further to stay in the dynamic
range of the multiplier. V^2 should be around 10V or whatever the mult can
output.

Thanks for checking my calcs. Steve. I had to do what your spreadsheet did by
hand. I should note that since I have to convert the voltage to the multiplier
to DC, at 1500 watts we are working with 273*SQRT 2 or 386 volts. I size the
divider so that 386 this gives 10.0 volts to the multiplier. With a dual
polarity 15VDC supply, the multiplier has enough dynamic range.
73 Gary N4AST

Oh, yea! I forgot the bit about Peak...silly me.
73, Steve K9DCI

"JGBOYLES" wrote in message
...
E = Root (P*R)

Scaled V is V / 273 but you'll have to go further to stay in the
dynamic
range of the multiplier. V^2 should be around 10V or whatever the mult
can
output.

Thanks for checking my calcs. Steve. I had to do what your spreadsheet
did by
hand. I should note that since I have to convert the voltage to the
multiplier
to DC, at 1500 watts we are working with 273*SQRT 2 or 386 volts. I size
the
divider so that 386 this gives 10.0 volts to the multiplier. With a
dual
polarity 15VDC supply, the multiplier has enough dynamic range.
73 Gary N4AST