BEMÆRK - KABLET PRODUCERES TIL ORDRE, SÅ DER KAN FOREKOMME NOGEN VENTETID. ØNSKES SPADESTIK, SÅ SKRIV DET I BESKEDFELTET.
QED'S FLAGSHIP SPEAKER CABLE. THE AWARD WINNING GENESIS SILVER SPIRAL CABLE IS THE RESULT OF OVER 40 YEARS OF SCIENTIFIC RESEARCH AND DEVELOPMENT INTO SPEAKER CABLES
Silver Spiral’s exceptionally low resistance allows amplifiers to exert outstanding grip and control over the speakers they’re driving, especially at low frequencies. This isn’t just another speaker cable it’s a high performance audio component .This cable represents the culmination of QED research and development over the past 40 years.
Genesis Silver Spiral is a speaker cable with a large cross-sectional area which makes for a very low resistance. This means that the voltage drop across the cable when in use will be so small that it will not have an audible affect on the frequency response of the loudspeakers - unlike cables with a much higher resistance. In addition this has the effect of helping to maintain the damping factor of the amplifier when compared to that measured using cables with a smaller cross-sectional area and therefore higher resistance. Damping factor is a measure of the amplifier’s ability to accurately control speaker excursions - especially at their resonant frequency. If it is not allowed to do this effectively, distortion can be introduced into the program material. Genesis speaker cable allows the amplifier to accelerate and decelerate the speaker accurately - reducing distortion.
QED cables above 2.5mm2 cross sectional area utilise air core technology to obviate the skin effect by bundling several separately insulated smaller cores together to make up a larger CSA. If these conductors are arranged around a hollow central core of polyethylene the self inductance exhibited by the cable can be reduced to around half that predicted by calculation.
Wire gauge 10 AWG
Silver plated 99.999% Oxygen Free Copper conductors
Yderskærm 16.60 mm
Tværsnit 5.50 mm2
Loop modstand 0.006 ?/m
Kapacitans 76 pF/m
Induktans 0.46 µH/m
Dissipation faktor 0.0070