Audiomica MICA Transparent XLR – RCA Analog Interconnect

Description

Even the first phase of tests revealed that we designed an exceptional cable, which is absolutely tonally balanced and transparent. It does not add anything to the sound. Mica Transparent owes its character to the applied conductors. Two hot wires and a dense braided screen are plated with a silver alloy. The usage of this special silver alloy gave life to Mica Transparent, the ultra transparent analogue interconnect. The cable is equipped with a DFSS anti-interference filter and the DSS double screening system.

The cable is hand-terminated with gold-plated RCA or XLR plugs. The original cord is packed in a signed box. The box includes the certificate of authenticity, a brochure with the description of the series, a product code and a personal quality assurance. Mica Transparent, ultra transparent!

High End Filtering Systems

Enhance your signal protection with the anti-interference filters available on the Premium and Luxury version

DFSS | Double Filtering Signal System

Filter is the combination of capacity, ripple and induction filters. The task of the filter is to reduce a variable component in a voltage circuit and to move an input voltage closer to a fixed circuit. Filters use properties of inductive elements, which allows for an energy accumulation. The double-filter system consists of two ferromagnets. A precisely fixed space between them is separated by aluminium and Teflon and as a result lossless signal can be delivered. The key features are the composition of ferromagnets, their size, precisely fixed space between them and a distance to a plug. Moreover, the important part of the construction is ‘the divider’, which in this case is made of Teflon-and-PVC-covered aluminium tape.

TFSS | Triple Filtering Signal System

The bigger brother of the DFSS filter. The principle of his work is the same as in DFSS. We increased the amount of ferro-magnets from 2 to 3. The structure and size also changed. Magnets in this version have better anti-interference parameters. A great solution for more complex systems where the influence of the electromagnetic field on the transmission of lossless signals is greater. From the beginning of 2018, an additional option is a filter housing made of a patented electrostatic material.