Product Description
The Golden Sequence range from Signal Projects is a statement product, designed and constructed to compete with the highest level cables ever made. The single-ended RCA interconnects feature the same internal construction as the balanced model, with separate signal cores and directional screening. The range includes balanced and single-ended interconnects, tone arm cable (available in two variants to suite different cartridges and with options of XLR, RCA or DIN connectors), digital interconnects available in BNC or RCA 75ohm and AES/EBU 110ohm, power cables and speaker cables.
To help you decide on which model is right for you, here is a basic metallurgy listing that differentiates the Signature and Statement series:
- UltraViolet: Copper
- Others above: Copper, Silver, Gold (differ in purity and gauge)
Signal Projects firmly believe that although a wire is just a simple connection between two devices, for those whose intention is to realise the ultimate performance of a system it would be totally unwise to rely on simplistic cable applications. The cable manufacturing process is demanding due to the large number of factors that need to be considered in order to maximise performance without adversely affecting sonic characteristics. Factors such as resistance, capacitance, impedance, inductance, skin effect, power loss, proximity effect and many others can affect cables, as can the effectiveness of shielding, grounding, insulation and overall build quality. The application of proper scientific principles produces excellent, measurable results. Virtually all Signal Projects cables have capacitance values of between 35pF and 85pF per metre and inductance as low as 2uH.
Standard length is 2m, and 0.5m increments available after that. Price is per pair.
Conductor:
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Type: Multi-core hybrid
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Cross sectional area: 3.54mm2 low 3.74mm2 high
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Metals: copper, silver and gold
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Purity: 99.9999994%
Specifications:
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Capacitance: 6.95 pF/ft @ 1 kHz
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Resistance: 1.09 mΩ/ft @ 1 kHz
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Inductance: 0.27 μH/ft @ 1 kHz
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Conductors’ Insulation: Polyvinyl Chloride & Polyolefin
