Coaxial Cable
"First ever Coaxial wire structure implemented on IEM upgrade cable.“

Our Coaxial wire structure implementation features a central conductor insulated by a dielectric material held in an concentric orientation to a single wire which serves both as an EMI/RFI shield as well as a return path for the circuit.
The implementation involves many careful technical considerations particularly in the aspect of the specific electrical, mechanical, and environmental requirements.
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Principle
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Smaller the capacitance larger the impedance, results in higher transmission rate of conductor, thus lower signal attenuation and distortion rate.
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Theoretically speaking, coaxial structure will result in equal capacitance between conductors, stabilizing signal transmission, and suppresses crosstalk.
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Layering design
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Varieties of dielectric material effectively control electrical impedance in accordance to the conductors. This allows stereo separation and clearer sonic resolution.
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Layering design enhance signal transmission with conductors (different conductivity). For example, silver plated copper (low frequency), OCC copper (intermediate frequency), silver plated OCC (high frequency)
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Data support
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Capacitance test report (LCR METER TH2825A)
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6.06pf (conductor 1 / conductor 3)
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0pf (conductor 1 / conductor 2)
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0pf (conductor 2 / conductor 3)
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Impedance: ∞
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This explains least signal attenuation since capacitance is 0.
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Razor-thin insulation sheath: 0.06mm~0.1mm
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This determines small capacitance.
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