Schmitt Custom Audio KLE Silver Plated Shielded RCA Interconnects
KLE Copper Harmony Silver Plated RCA Plug Specs:
Signal and Ground pins both utilise "KLEI PureCopper™" Alloy with >101% IACS conductivity (not Tellurium Copper 92~95% IACS).
Signal and ground pins are formed / manufactured to optimise and enhance electron flow, in accordance with KL's proprietary Copper Signal / Ground formula.
An ultra high purity silver plating is utilised to protect the pins from oxidization.
Signal and ground pins are now much stronger and shaped like a tag, which makes soldering small / large or multiple wires very easy.
Signal and ground Anti-Short shield has been added between the signal and ground solder tags.
Signal and ground pins are arranged to maintain a maximised distance from each other, and the utilised foil technology ensures that capacitive, inductive and EMF effects are minimised.
The head assembly jaw structure has been redesigned and mechanically improved, to allow an easy snap-like connection to a phono / RCA / cinch socket, ensuring the ultimate connection with easy removal.
The housing assembly uses two screws to retain and secure the cable.
Extremely high temperature melting point thermoplastic polymer has been utilised.
Recommendations: >150hrs burn-in, cable outer diameter sizes from 4mm to 9.5mm.
PTFE Silver-plated Shielded Wire Specs:
Conductor: 22 gauge silver-plated stranded copper wire
Insulation layer: FEP
Shield: silver-plated copper wire
Rated Voltage: 300/500V
-high temperature resistance, insulation, fire retardant, corrosion resistance, aging resistance, weather resistance, smooth appearance, etc.
-Silver-plated twisted copper wire. The surface has bright color, good oxidation resistance, low resistance, stable voltage and no hot, fast transmission speed, etc. The copper wire is twisted with high density and is full of cores.
-High and low temperature resistance: -55°C~+200°C. Wear-resistant, tear-resistant, good mechanical properties, insulation, flame-retardant, and anti-aging.
-The partial copper core rate is low. High conductivity and resistance directly affect the consumption of electricity in the transmission process, prevent breakdown, and improve electricity safety.
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