ELECTRONIC ENGINEER RADIO COMMUNICATIONS NEEDED FOR Ansys Maxwell or Q3D EM SIMULATION

An electromagnetic model for a toroidal coil, with provided specs is needed
Along with a spreadsheet that will evaluate how far a signal will go for a given
Frequency, power level, elevation. The coil functions as an isotropic radiator
And should not transmit to the same distances as a normal RF antenna.

This coil will operate more closely to a dummy load type device or similar
To a vortex style coil, where much of the input power will convert to heat

Not to far from the coil - the question is however, that since this coil is
NOT a typical :dummy load type device, this means there will be some transmission
of frequencies at some power level at some distance.

Ultimately I am seeking a formula or set of formulas that can be easily incorporated
Into a spreadsheet to compute these values, for example, in the spreadsheet
Example provide, we might enter a value in the ULF region of ; 3500 Hertz,
We might set our power level to 500 watts and have this coil situated at an elevation
Of six feet - so we want to know, how far will this signal go?

We know the signal cant and wont go anywhere near as far as it would through a standard
Normal RF antenna, and what we need is a formula tailored specifically for this
Particular coils characteristics and specifications.

PLEASE PROVIDE QUOTES ON :

- COST ESTIMATE
- TIME FOR PROJECT
About the recuiter
Member since Nov 11, 2022
Rory Millikin
from West-Vlaanderen, Belgium

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