(2015-11-08, 09:17)Steph Wrote: On multiturn loops the capacity and thus resonance frequency depends on the antenna design (number of turns, wire diameter, spacing, arrangement).
On single turn loop the resonance frequency is determined by its circumference, which is half the wavelength.
I dont understand why the resonance frequency isnt depending on the inductivity and the capacity, i thought the resonance frequency is calculated by the formula:
![[Image: 4649ce6f1aa676a20ef8e19ba16d4b25.png]](https://upload.wikimedia.org/math/4/6/4/4649ce6f1aa676a20ef8e19ba16d4b25.png)
I have another question: In section 4.2.2. (amplifier 13) is said that specific VLF-signals have to be filtered out, but the VLF-signal is a electromagnetical signal so it should affect magnetical antennas too. Still the amplifier for magnetical antennas only uses 1 filter for frequencies above 50kHz and doesnt offer a filter for frequencies above 49k and 22k. Why the signals only need to be filtered out when a electrical antenna is used? (Or is this just not implemented yet?)
Greetings,
Julian