Vand cabluri optice olandeze Van den Hul The Optocoupler MK II, calitate superioara, noi, sigilate in blister, Made in Netherlands!
Toate produsele comercializate vin insotite de factura + bon fiscal/chitanta dupa caz.
The Optocoupler MK II sunt disponibile in diverse dimensiuni intre 1m si 5m lungime.
Cablurile Van den Hul The Optocoupler MK II au un raport pret-calitate excelent!
Poze reale ale produselor! Se poate face proba la cumparare in zona Titan (Lidl Liviu Rebreanu).
Pret Van den Hul The Optocoupler Mk II:
1m lungime : 331 lei/buc. TVA inclus.
1,5m lungime: 425 lei/buc. TVA inclus.
2m lungime: 520/buc. TVA inclus.
2,5m lungime: 615 lei/buc. TVA inclus.
3m lungime: 710 lei/buc. TVA inclus.
Link oficial Van den Hul The Optocoupler MK II: https://www.vandenhul.com/product/the-optocoupler-mk-ii/
Daca ai gasit in alta parte mai ieftin, trimite-ne link-ul si vom reveni cu o contraoferta!
Van den Hul The Optocoupler MK II
TRUE TRANSMISSION TECHNOLOGY * HYBRID DESIGN * HALOGEEN FREE
With The OPTOCOUPLER Mk II we are convinced to have one of the best optical fiber cables available on the audio market.
What makes the Van den Hul OPTOCOUPLER Mk II special is the fact that both ends of the single fiber are shaped in the form of a convex (spherical) lens which has many advantages;
The OPTOCOUPLER Mk II’s lens shaped input and output surfaces produce an extra focusing of the light beam. Light entering the cable at an angle is focused and therefore undergoes 50% less wall reflections per unit length inside the fiber (i.e. the light path is shorter).This not only reduces the loss of light intensity (attenuation) (even when the cable is being bent), but also the time difference of travel between the light rays traversing the fiber at various angles (so-called modal dispersion) is much reduced; A pulse of light traversing the optical fiber therefore undergoes less time-smear and this in effect reduces the amount of jitter distortion experienced at your D/A converter.
The OPTOCOUPLER Mk II’s convex shaped fiber ends furthermore bring about a better controlled fiber top surface contacting the optical transmitter and receiver-end. In this way optical insertion losses are reduced to a minimum.
Never any noise or interference caused by external electrical and/or magnetic signals.
Optical fibres are free from any deterioration.