Inakustik Referenz Cable Base - set 10 ks.
- Doprava ZDARMA
7 760,00 Kč
6 413,22 Kč bez DPH
7 760,00 Kč
6 413,22 Kč bez DPH
8 a více dní
- Kompletní specifikace
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- Inakustik Referenz Cable Base - set 10 ks.8 a více dní12 313,00 Kč10 176,03 Kč bez DPH
Podstavce pod High-End kabely: Inakustik Referenz Cable Base
- Pro mechanické a kapacitní oddělení kabelů
- Pro průměry kabelů od 10 do 25 mm
- High-tech gelová podložka v podstavci
- Gumové pásky pro ukládání kabelů
- Otevřené nebo pevné ukládání kabelů
Základny Cable Base byly vyvinuty speciálně pro High-End kabely. Základny obsahuji speciální gel, který fyzicky transformuje vibrace do tepla a gumové pásky pro volné zavěšení kabelů.
Kromě absorbování vibrací Cable Base udržují také vzdálenost kabelů od země, což snižuje výslednou kapacitu a další nežádoucí účinky na elektroniku.
INTERFERENCEInterference is caused in a number of different ways. Along with typical electromagnetic interference, which can, for example, be minimised by using good shielding, mechanical vibrations and shocks also have an impact on the playback quality. Added to this are the effects of capacitive coupling between conductors and floors, which affect loudspeakers cables in particular. The conductors form unwanted capacitance, not just in interplay with each other, but also with other surfaces in the immediate surroundings. A good way to counteract this is by increasing the distance to the surfaces. As a rule, a few centimetres suffice.
STRUCTURE-BORNE NOISEVibrations are caused in different ways and they can be transmitted by structure-borne and air-borne noise. Structure-borne noise refers to vibrations that are exhibited by a body, such as the housing of a device. An example of this is the loudspeaker box. The membranes of the speakers are stimulated, making them vibrate. However, as the membranes feature a mechanical connection with the loudspeaker housing, they also transfer vibrations to the housing. The vibrations will be stronger or weaker according to the housing weight and the insulation. The vibrations are also transferred to the surface on which the loudspeakers are placed, this being the floor. Two things now occur. On the one hand, the floor emits some of the structure-borne energy as airborne sound (resulting in the typical droning noise), while on the other hand, the structure-borne noise is transferred, for example, to the cable placed on the floor. More about the effects of this later on.
AIRBORNE NOISEAirborne sound refers to vibrations that are transferred through the air and that are audible for humans (with the exception of infrasound and ultrasound). The primary purpose of a hi-fi system is to produce sound. However, airborne noise not only stimulates the eardrum, but also acts on all other surfaces it reaches. This causes the walls, floors and other surfaces, and ultimately the hi-fi components and cables, to vibrate as well. The combination of airborne and structure-borne noise not only causes glasses in a display case to vibrate mechanically, but all components, including the cable used for a hi-fi signal chain, as well. Experiments have shown that the sound from the components and from the cables is impaired by the vibrations. One reason for this is, for example, the capacity values of components in relation to each other, which constantly change due to the vibrations. In order to minimise these so-called microphonic effects, the components must be isolated from the surface on which they are placed.This can be done by using the Reference High Tech Gel Absorber, for example, for appliances and loudspeakers. Their core contains a special gel, which physically converts the vibrations into heat.
REFERENZ CABLE BASESThe Reference Cable Bases have been developed specifically for cables. Their base also contains a special gel, along with natural rubber strips, in which the cables can float freely. Along with absorbing the vibrations, the Reference Cable Bases also keep the cables at a distance to the floor. This reduces unwanted capacitances and reduces the effects on the electronics.
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