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Atlas Hyper RCA Interconnect

£185.00
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Atlas Hyper RCA Interconnect
http://www.fanthorpes.co.uk/images/www.fanthorpes.co.uk/thumb/th41410451031AtlasHyperRCA.jpg
£185.00
Generous Trade in Available - CALL NOW: 01482 223 096

Atlas Hyper RCA Interconnect

The Atlas Hyper RCA Interconnect is available for demonstration in our Hull store

The Atlas Hyper RCA Interconnect replaces the famous Navigator cable; it employs an OFC screen with copper mylar to give a 100% RFI rejection of RFI. The signal carrying conductors are our high purity, grain free OCC laid in a concentric fashion and contained in a PEF dielectric. (polyethylene foam). The outer PVC sheath is in a gloss black finish.

In the Atlas Hyper RCA Interconnect, Atlas do not place barriers from materials of different characteristics such as solder in the signal path; therefore the RCA plugs employed are our unique Atlas solder free, RCA plugs that, with four asymmetrical leaves, self clean the sockets when inserted, so there's never any need to wipe the contacts with cleaner, simply remove the plugs and re-insert them from time to time to keep the path free from signal deleting oxidation or contamination.


Part Exchange Available

As you would expect from Fanthorpes hifi, we offer a generous part exchange against the Atlas Hyper RCA Interconnect. If you have any hifi that you wish to use as part payment against the Atlas Hyper RCA Interconnect then either call us on 01482 223096 or email us at shop@fanthorpes.co.uk  and we will give you a price to change. This is a fantastic and hassle free way of making the Atlas Hyper RCA Interconnect more affordable.


Atlas Hyper RCA Interconnect Specification:

  • Construction: Symmetrical twin &screen
  • Conductor Material: OCC
  • Screen Type/Material: Braid OFC
  • Screen Coverage %: 94.2%
  • Dielectric: PE
  • Connector: RCA Plug
  • Lengths: 0.5m 1.0m 1.5m 2.0m, also available in custom lengths.
  • Capacitance (pF/m): 49.22 pf/m
  • Resistance (Ohms/m @20°C): 0.0255
  • Inductance (µH/m @1 kHz): 0.3335 uH/M at 1khZ
  • Velocity of propagation: 0.735