Hi Alan + All... Actually its a bit more complicated on its own... The physical length of the element is 0.75m, which is appreciably longer than the electrical effective length. And I'm betting
V = 2*Pi*f*N*A*u0*H = 2*Pi*f*N*A*B Where f [Hz] N [turns] A [m^2] H [A/m] B [Tesla] u0 = 4*Pi*10^-7 If not properly aligned with the field, multiply by cos(angle). http://vk1od.net/antenna/SmallUntun
Dear Andy, LF Group, I haven't done quantitative tests due to the difficulty of using such an antenna in the Brookmans Park RF environment, but in some quick checks I did, output from an active whip
Hi Andy maybe I dont read it right, but if that is an E-field probe it is not a "dipole" The input capacitance senses the voltage at two points on the wavefront. The ground plane is, I believe, irrel
You probably need input from Jim here......I will watch with interest. You will find the loop calculation in your Terman..............What no Terman!! call youself an injumier?? Alan by which do is c
Andy If or when all else has failed why not try the (my?) "two identical antenna method"? Set up a pair of two identical short whips about 30 to 50m apart on reasonably uniform ground. they should be
