Physically the unit is about 9.5 inches by 17 inches and weighs, I don’t know, say about 10 lbs.
What does it do? And how does it do it?
What it does, using 44 amplifiers, is:
1. Neutralizes spurious charges that build up around the cables and its insulation.
2. Conditions the conductor core, which changes the way signals pass through the metal using wide-band sonics
3. Conditions the surface of the conductors using ultrasonics
How does it do it?
The VIDAR ?uses a proprietary combination of composite and complex signals to condition the cable.? I bet you could have probably guessed that part.
The process involves ultra-low frequencies (to condition the core of the conductor), ultra-high frequencies (to condition the surface of the conductor), bouncing the signal ping-pong fashionup and down the length of the cable. The manual then goes on to describe how the VIDAR conditions the rest of the conductor as well as the dielectric area above the conductor.
During the process the ultra-low frequencies penetrate deep into the core of the cable while the ultra-high frequencies zip along the surface of the conductors. The method of signal transmisssion sets up beat harmonics, or hetrodynes, between the two complex waveforms. These beat frequencies penetrate all layers of the cable. Electrons are driven above the conductor into the dialectric area. The VIDAR not only send ping pong signals along the cable it also sends a similar signal from the centre core to the outer shield of the cable to neutralise these charges.
audiofederation.com
What does it do? And how does it do it?
What it does, using 44 amplifiers, is:
1. Neutralizes spurious charges that build up around the cables and its insulation.
2. Conditions the conductor core, which changes the way signals pass through the metal using wide-band sonics
3. Conditions the surface of the conductors using ultrasonics
How does it do it?
The VIDAR ?uses a proprietary combination of composite and complex signals to condition the cable.? I bet you could have probably guessed that part.
The process involves ultra-low frequencies (to condition the core of the conductor), ultra-high frequencies (to condition the surface of the conductor), bouncing the signal ping-pong fashionup and down the length of the cable. The manual then goes on to describe how the VIDAR conditions the rest of the conductor as well as the dielectric area above the conductor.
During the process the ultra-low frequencies penetrate deep into the core of the cable while the ultra-high frequencies zip along the surface of the conductors. The method of signal transmisssion sets up beat harmonics, or hetrodynes, between the two complex waveforms. These beat frequencies penetrate all layers of the cable. Electrons are driven above the conductor into the dialectric area. The VIDAR not only send ping pong signals along the cable it also sends a similar signal from the centre core to the outer shield of the cable to neutralise these charges.
audiofederation.com
