In article vfqdnbEBq5VjiZrVnZ2dnUVZ_gudnZ2d@easystreetonline , Roy
Lewallen wrote:

It looks like Cecil could benefit from momentarily abandoning his power
waves, virtual reflections, photons, s parameters, and constructive
interference, and go back to basic first or second semester electric
circuit theory.

Hello, all, and then there's that circuit topology problem found in some
circuit theory textbooks:

There is an infinite planar square lattice of connected 1-ohm resistors
that extends to infinity in all directions. A DC ohmmeter placed across
any resistor would register what value? The answer is 0.5 ohm but how do
you go about solving for it? (Hint: There is an easy way and a much more
difficult (general) way to attack this problem. This problem is a discrete
example that in the limit would indicate the distribution of a DC electric
field (and currents) in a conducting, isotropic metal plate as one moves
away from the source of excitation. Sincerely, and 73s from N4GGO,

John Wood (Code 5550) e-mail:
Naval Research Laboratory
4555 Overlook Avenue, SW
Washington, DC 20375-5337