First of all, I agree that cables should not have filters, unless we want a cable to alter the sound.
The field of science of electromagnet fields tells us through mathematics that whenever an electrical signal passes though a conductor, it generates a magnetic field around the conductor and a force on the electrons in the wire. This is termed EMI. Braiding provides these benefits. Since half of the braid is positive and the other half is negative, the signal currents are in opposing directions. The EM fields created will cancel each other. This configuration radiates very little EMI and is less susceptible to interference.
Secondly, braided wire is used across a broad range of industries. For example, aviation, instrumentation, pro audio, audio, and networking all rely on braiding for improved performance. To answer one question I posed. The difference between CAT3-phone & CAT5-data is the number of twists per foot. Braining reduces conducted, inducted, and capacitive interference.
I have completely refrained from such voodoo dances in my entire discussion. Look at all of my comments in this thread. Then search for information on the Internet (or library) from scientific organizations. Check it out you will be surprised.
The dielectric industry is a big business because the use of dielectrics is very complex. Changes in temperature, interaction with metals, conductivity, and capacitance are some of the variables. The bottom line is all you can do is minimize the interaction. Someone who I have a great deal of respect for, Harvey Rosenberg also had an article appear in Listener in which his cable design was two pieces of wire separated by a couple of wood spacers using Radio Shack termination (i.e. no dielectric).
I assume the cable burner is a sarcastic snub.
The field of science of electromagnet fields tells us through mathematics that whenever an electrical signal passes though a conductor, it generates a magnetic field around the conductor and a force on the electrons in the wire. This is termed EMI. Braiding provides these benefits. Since half of the braid is positive and the other half is negative, the signal currents are in opposing directions. The EM fields created will cancel each other. This configuration radiates very little EMI and is less susceptible to interference.
Secondly, braided wire is used across a broad range of industries. For example, aviation, instrumentation, pro audio, audio, and networking all rely on braiding for improved performance. To answer one question I posed. The difference between CAT3-phone & CAT5-data is the number of twists per foot. Braining reduces conducted, inducted, and capacitive interference.
I have completely refrained from such voodoo dances in my entire discussion. Look at all of my comments in this thread. Then search for information on the Internet (or library) from scientific organizations. Check it out you will be surprised.
The dielectric industry is a big business because the use of dielectrics is very complex. Changes in temperature, interaction with metals, conductivity, and capacitance are some of the variables. The bottom line is all you can do is minimize the interaction. Someone who I have a great deal of respect for, Harvey Rosenberg also had an article appear in Listener in which his cable design was two pieces of wire separated by a couple of wood spacers using Radio Shack termination (i.e. no dielectric).
I assume the cable burner is a sarcastic snub.