Signal from a poorly tuned a. M. Radio station on a digital receiver, so no waver to the tuning just the sounds of a distant signal capturing mostly interference from the ionosphere.
Signal from a poorly tuned a. M. Radio station on a digital receiver, so no waver to the tuning just the sounds of a distant signal capturing mostly interference from the ionosphere.
Signal from a poorly tuned a. M. Radio station on a digital receiver, so no waver to the tuning just the sounds of a distant signal capturing mostly interference from the ionosphere.
Signal from a poorly tuned a. M. Radio station on a digital receiver, so no waver to the tuning just the sounds of a distant signal capturing mostly interference from the ionosphere.
Signal from a poorly tuned a. M. Radio station on a digital receiver, so no waver to the tuning just the sounds of a distant signal capturing mostly interference from the ionosphere.
Signal from a poorly tuned a. M. Radio station on a digital receiver, so no waver to the tuning just the sounds of a distant signal capturing mostly interference from the ionosphere.
The static at various points on the am radio bandwidth from 1040 khz to 1220 khz. Recorded from a digital tuner so the switch from location to location is a cold chop.
Single firework, composed by 2 pieces of fireworks sounds. The two piece of fireworks are from "fireworks, crackle and whistle, a. Wav", and "fireworks, standard and whistle, a. Wav" uploaded by inspectorj in freesound. Com.
Dead air on an a. M. Radio station while lightning in the area "tickles" the frequency to create static peaks. Perhaps similar to the sounds of a radiation or metal detector.
Static from 1010 on the am band of the radio recorded from a digital tuner. The jumbled noise sounds like a harsh wind with an old school chattering satellite chirping away.
I combined and modified editor_adp's "clang 2" and "clang 4" into something more impactful. I use it on youtube, and since it was from the public domain, i thought i should give it back.
Radio frequency interference at the 1200 khz mark of the a. M. Band, caused by varying proximity to a laptop computer. Very active and obnoxious high-pitched static and squeals.