Hi,
Definitely gives me something to "chew" on.
The power transfer mechanism to be used does not use the power radiated in the far-field of the antennae, the main reason for my interest is to limit such radiation to conform to telecommunication regulations.
The more inefficient the antenna is...
Yes, basic mathematics, however, in case of the helical antenna the complex component is contributed solely by the ideal dipole component of the antenna.
This relates to a complex power component, which in real world applications may be neglected in terms of telecommunication limits.
Which...
I have no intention of emitting fields that will interfere with bands for which one requires licensing, hence my humble attempt to clarify certain gaps in my understanding to confrom to requirements for which one would not need licensing.
This does not seem to be the right place for such...
We're all students :P
However it is not a student post.
Yes, I understand the mathematical interpretation of the complex notation, however I'm specifically concerned with this complex value, seeing as RF transmission standards limit the magnitude of emitting E-fields above which one requires...
Hi,
I'm currently working on a project investigating power transfer using helical antennae, however, before I can construct an experimental verification of the designed system I need to conform to the RF legal requiremetns, seeing as the system emits EM-waves (Far-Field, not the power transfer...
