4 ms·
Sure didn't and this is probably the fundamental misunderstanding the author had too. You can receive all the frequencies (this is easy and what you and the au
by drpossum 2y ago
Sure didn't and this is probably the fundamental misunderstanding the author had too. You can receive all the frequencies (this is easy and what you and the author are claiming is all you need to do). You cannot listen to all of them at once as the title suggests because it is impossible to demodulate it for all frequencies at once.
Nuance and understanding are important before you credulously say "well they say they built it so what they say must be true"
- jasonjayr 2y agoI'm just starting to really dig into learning radio and what not, but if it's tuned to a band where AM modulation is the norm, then wouldn't it work? The transmitters that push the amplitude above the noise floor(or squelch) will produce an audible frequency simply but pushing enough power at the human-perceptible frequency?
- BenjiWiebe 2y agoWell if you had enough different stations, you'd get white noise. I guess if you just listen to white noise you could say you're listening to everything at once. The radio stations will interfere with each other. The more stations, the more interference.