Gotham Audio 1000x GAC-1 double shielded unbalanced
Two major categories of noise affect all audio cables: electrical interference and microphonics. Unbalanced single core audio cables are much more sensitive to electrical interference than balanced cables which, because of their twisted pair configuration, have the ability to mutually cancel EMI. Microphonic noise is caused by a static charge generated when the conductor is rubbed against its insulation. This occurs to some degree whenever the cable is moved. The microphonic effect is evident by a clicking noise in the system, usually occurring when the cable is handled or moved. Gotham GAC-1 unbalanced cable has been engineered to minimize these effects.
LFOC higher grade copper at best standards for best performance.
ADVANTAGES
1. RF-protection via "double Reussen shield"
2. Low Microphonics. A conductive PVC layer over the conductors insulation, allows any static build up to leak to the shield and be grounded before it has any harmful effects (refer to item 5 of figure).
3. Jacket. A thick yet tough and flexible jacket protects the cable.
CONCLUSION
Due to its quiet behaviour and high strength, Gotham GAC-1 unbalanced cable is ideally suited for live applications such as guitar leads; it is equally suited for static applications such as a phono interconnect lead.
Construction: |
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| 1 = Jacket: | PVC, Ø 5.30 mm (new diameter for black 6.3 mm) | |
| 2 = Viscose fiber coat: | Counter wrapped to the shield | |
| 3 = Shield No. 1: | Bare copper wires (0.10 mm) 100% coverage | |
| 4 = Shield No. 2: | Bare copper wires (0.10 mm) 100% coverage | |
| 5= Layer: | PVC, conductive | |
| 6 = Insulation | PE, Ø 1.25 mm | |
| 7 = Conductor: |
Stranded bare copper wires 48 x 0.07mm (0.20mm²) 48x41AWG = (24AWG) |
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Technical specifications: |
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| Conductor resistance: | < 90 ohm/km | |
| Shielding resistance: | < 28 Ohm/km | |
| Capacitance: | < 146 nF/km | |
| Test voltage: | 1000 veff (2 Minuten) | |
| Temperature range: | flexi-installed: | -5° to +50° C |
| fix-installed: | -30° to +70° C | |
