delphi17
Thank you for this information. In a way, your timing is perfect. We just finished testing the replacement to the LS0.8. I think this would be perfect for you. You'll get the added benefit of lowering the noise floor for your amplifiers too.
Remember that traces and wiring in the amps and crossovers are generally silver and/or copper. These metals are crystalline structures at the molecular level. Subjecting these crystalline structures to vibration, at the atomic level, causes the positive ions of the crystals to vibrate and interfere with the “drift” motion of the valence electrons passing through the traces and wires thus causing an increase in temperature. Increases in temperature beyond the optimal performance design of a circuit cause an increase in resistance in the circuit. Entropy caused by increased resistance throughout the crossover and amplifier degrades the efficiency of the circuit; the heat created by excess vibration causes the wiring and traces to function as resistors between the resistors and capacitors. And the resistors and capacitors malfunction for the same reason; producing haze and distortion. This anomaly would also be present in the wiring leading to the drivers. Our feet are designed to evacuate heat and vibration from the loudspeaker.
I am so convinced we have the solution you're looking for, and considering we're discussing a new product, I would be pleased to extend a money-back guarantee. Please let me know your thoughts....
All the Best
Joe
Thank you for this information. In a way, your timing is perfect. We just finished testing the replacement to the LS0.8. I think this would be perfect for you. You'll get the added benefit of lowering the noise floor for your amplifiers too.
Remember that traces and wiring in the amps and crossovers are generally silver and/or copper. These metals are crystalline structures at the molecular level. Subjecting these crystalline structures to vibration, at the atomic level, causes the positive ions of the crystals to vibrate and interfere with the “drift” motion of the valence electrons passing through the traces and wires thus causing an increase in temperature. Increases in temperature beyond the optimal performance design of a circuit cause an increase in resistance in the circuit. Entropy caused by increased resistance throughout the crossover and amplifier degrades the efficiency of the circuit; the heat created by excess vibration causes the wiring and traces to function as resistors between the resistors and capacitors. And the resistors and capacitors malfunction for the same reason; producing haze and distortion. This anomaly would also be present in the wiring leading to the drivers. Our feet are designed to evacuate heat and vibration from the loudspeaker.
I am so convinced we have the solution you're looking for, and considering we're discussing a new product, I would be pleased to extend a money-back guarantee. Please let me know your thoughts....
All the Best
Joe