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Signal in an Audio Cable

An Analogue of a Signal Moving Through a Conductor and a Boat Moving Through Water.
By George Cardas

In a matched propagation conductor, the signal's speed is matched to the speed of the dielectric and like the boat illustrated below, leaves little wake turbulence.

Signal waveform of Matched Propagation Conductor,
viewed at -56db from the fundamental pulse






In a standard conductor, the signal's speed exceeds the speed of the dielectric creating turbulence that continues long after the signal has passed.



Signal waveform of Standard Conductor,
viewed at -56db from the fundamental pulse


 Matched Propagation Conductor

 History of Audio Cable

 Why Cardas?

 Low Eddy Copper

 Compression Die Forging (video)

 Cable Shielding, part 2 (video)

 Power Cables (video)

 Signal in an Audio Cable

 Cable Resonance (video)

 Cable Shielding (video)

 Current Through A Cable (video)

 Golden Ratio, Constant "Q" Stranding

 Golden Section Stereo Magic

 Cable Construction Guide

 Speaker Cable Selection Guide

 The Reference Series

 Measuring Cable Resonance

 Do Measurements Matter?

 Cable Break-In

 Solder vs. Crimped

 Listening Room Dimensions

 Cable and Connector Longevity

 Room Setup

 Record Mastering, an interview with Stan Ricker Part I

 Record Mastering, an interview with Stan Ricker Part 2

 Record Mastering, an interview with Stan Ricker Part 3