High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
High grade, low-loss, pure 99.99% copper wire is used. Very low Magnetostriction distortion Induction value remains constant regardless of voltage and current variation. Low DCR. Low skin effect losses. Low proximity effect. Low self capacitance. A premium grade component developed for the purest audiophile. Tolerance (mH) is ±1% DCR (Ohms) ±5% Dimensions (mm) ±10% 1.63mm …
Continue reading Solen crossover inductors
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