geoffkait
Responses from geoffkait
| Simple question, or is it... jea48jea48@geoffkait Thanks to kijanki’s explanation we know how the dielectric can have an affect on the signal. >>>>>I’m fairly certain everybody already knew that. But thanks just the same. Besides, it’s actually a little bit irr... | |
| Simple question, or is it... It was only a matter of time before somebody name-dropped “Maxwell’s equations” to support his argument. Just as predicted yesterday. Beautiful! It was bound to happen sooner or later. Don’t you see 👀 the wave is not the energy? Hel-loo! That’s wh... | |
| Simple question, or is it... You now understand it? | |
| Why no interest in reel to reel if you're looking for the ultimate sound? My professional portable SONY cassette player with naked Grado SR-60 headphones provides a surprisingly high percentage of the sound of original master tapes. I find myself turning around, startled, thinking someone is standing behind me. So dynam... | |
| What the heck do these terms mean? OK, here are a few more terms for you guys to ponder over. CongealedGenericTwo dimensionalBoomyLike papier-mâché CompressedGrainyEntertainingConvincingLiquidHollowStrident | |
| Simple question, or is it... jea48@geoffkait Now you are changing the subject.Subject:Simple question, or is it...What exactly is an audio signal made of, and what exactly is the medium it travels through in a cable?? Next you will be changing the subject to fuse directionali... | |
| Simple question, or is it... jea48@geoffkait Part of the OP’s question:and what exactly is the medium it travels through in a cable?? The signal energy travels in the space between the wires. Not in the wires. More precisely through the dielectric insulation covering the wire... | |
| Simple question, or is it... jea48 djones51The medium it travels in geoffkait explained above., if I’m not mistaken and I don’t think I am, that means the EM wave travels INSIDE the conductor. The E and M fields lie outside the conductor. They are stationary all along the len... | |
| Simple question, or is it... OK, let’s take a simple example of a fuse in an AC circuit. Describe in as much detail as you can what is traveling through the fuse wire and what is traveling outside the wire. | |
| Simple question, or is it... What you just wrote might be true. But even if it is true it doesn’t answer the Original question posed in the OP. We all know what the Poynting vectors are, since 1884. We also know the sky is blue. You might as well write out Maxwell’s equation... | |
| Simple question, or is it... The E and M fields that are the Poynting vectors are just that - fields. Electric field and magnetic field. Not to be confused with electromagnetic waves. Fields are stationary. EM Waves travel at near lightspeed in a medium. So, if I’m not mistak... | |
| Simple question, or is it... But in fact it doesn’t answer the question posed by the OP. Otherwise it’s fine. He might as well say the sky is blue. | |
| What your choice speakers with spikes or speakers with a vibration isolation device? Yes, bungee cords act like springs. Same idea whether the springs are compression type or the tension type. | |
| Simple question, or is it... So, you guys are saying the energy is the signal? What is it that travels down the near lightspeed? Current? the EM wave? Surely not the Poynting vectors, yes? Something must be traveling down the inside of the conductor, otherwise the type of met... | |
| Simple question, or is it... Poynting vectors apply to any conductor where there is an EM wave, as in any cable or power cord. No? I don’t particularly care about Poynting vectors as I don’t think they completely explain the audio signal in wire or “directionality“ or how the... |