T+A

Audio Quad.

This extremely sophisticated audio cable is a completely new development, and has been

produced specifically for the very highest-quality symmetrical connections in the professional sphere. It

has two twisted internal conductors of ultra-pure oxygen-free copper in the form of a twisted pair (3) with

a PE foam insulator (4). This is enclosed in a dense shielding braid of OFC copper (5), in turn surrounded by

a PE insulator (6) for matching the wave impedances. Two OFC earth / control conductors (1) and PE foam

insulation (2) are closely fitted, in turn enclosed in a film shield (7) followed by a dense OFC braid (8). This

triple shield design helps to achieve a very high level of damping. A dense braid of damping PE monofila-

ment (9) is pressed firmly against the internal assembly by the anti-static external jacket (10).

The result of this ultra-refined development is not just superior data and interference-rejecting signal

transfer; it also ensures sonic characteristics of unique quality.

Impedance = 110Ω; C = 38.4 / 38.6 pF; G = 0.0005 / 0.0014 μS (at 1 kHz / 10 kHz)

Power Three.

These mains cables are intended to carry mains voltage in the range 100 - 240 V, 50 - 60 Hz,

with a total current-handling capacity of 10 A / 16 A. The three fine-stranded cables of ultra-pure oxygen-

free copper are enclosed in high-quality insulators (1, 2, 3), and are grouped together by a PP film (4). Over

this there is an aluminium film shield (6) with shield braid (5) for dissipating induced interference compo-nents. These are fixed by a robust PVC jacket (7), onto which a damping braid of PE monofilament (8) is wo-ven. The outer jacket (9) again consists of the special PVC insulator with static-inhibiting admixture. The

Power Three is also fitted with a ferrite filter which filters out power-generated interference components.

The cable is available in two variants, with C19 or C 13 IEC power connectors.

L = 730 / 730 nH; R = 28.9 / 30.0 mΩ; C = 64.3 / 64.4 pF; G=0.003 / 0.022 μS (at 1 kHz / 10 kHz).