Blue Jeans Cable LC-2 Double-Shielded Low Capacitance Subwoofer Cable (White, 10 Foot)

Brand: Blue Jeans Cable

Color: White

Features:

• UNIQUE DESIGN: LC-2 isn’t a standard stock cable; we designed it specifically to optimize performance in unbalanced (“RCA”) analog audio, with coaxial geometry but with lower capacitance and better shielding than any ordinary coax.
• HEAVY SHIELDING: LC-2 is shielded with two high-coverage bare copper braids, one laid directly over the other. This provides the best possible shield performance at audio frequencies and lowest resistance to help prevent ground loop hum.
• HUM PREVENTION: LC-2 combats two of the principal causes of subwoofer hum: the shielding helps to exclude induced noise, while the low shield resistance lowers ground potential differences, reducing the likelihood of ground loop hum.
• LOW CAPACITANCE: LC-2’s large spacing between shield and center conductor, and the use of a highly foamed dielectric, keep its capacitance around a low 12 pF/foot.
• HIGH FLEX: LC-2 is a thick cable – but is surprisingly flexible, with a soft PVC jacket and foam dielectric.

model number: BLC1S10B

Part Number: BLC1S10W

Details: Blue Jeans Cable’s LC-2 Analog Audio Cable is optimized for the needs of unbalanced (“RCA”) audio interconnection. In unbalanced audio, noise rejection is primarily a function of shield effectiveness at audio frequencies – LC-2 has not one but two high-coverage copper braid shields, laid one on top of the other, providing high coverage, excellent audio-frequency shield performance, and low resistance to ground at both ends. With its small center conductor and large foamed dielectric, LC-2 also provides low capacitance – about 12 pF/foot – to limit high-frequency rolloff. These cables carry our Taversoe RCA plug, a brass-bodied design with gold-plated contact surfaces and a leaf-spring ground contact for firm engagement with the jack. LC-2 cables are assembled in our shop in Seattle, Washington.

EAN: 0811887012693

Package Dimensions: 8.3 x 7.4 x 1.1 inches