Gotham Audio GAC-2 AES/EBU Ultra Pro Details (10666)
Balanced 5 times shielded audio cable! Ultraflexible professional audio cable for microphones. 'Double Reussen shield', velvet matte non-light reflecting PVC-jacket material. A unique construction new invented by Gotham design. Each conductor is shielded with a lap shield 100% covering copper wires (7) (Reussen shield) plus a conductive separation layer (6) (aluminium coated polyester ). This conductor is twisted around conductor nr 2 and turn is hold in place with another aluminium coated layer, followed by Gotham's unique double Reussen shield. This cable is absolutely uncompromised to achieve maximum shielding possible while the flexibility and durability is still very good and the cable can be used in mobile applications as well. The cable is built with a stabile 110 ohm impedance and can be used for analogue balanced audio signals as well as digital audio signals in the AES-EBU format. Ideal cable for accomodation of XLR-connectors with corresponding 8mm diameter cable claps
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Construction: |
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| 1 = Jacket: | PVC, max. Ø 8,00 mm Purpur/Violett | |
| 2 = Over all Shield No. 1 | Bare copper wires (0.10 mm) 100% coverage | |
| 3 = Over all Shield No. 2 | Bare copper wires (0.10 mm) 100% coverage | |
| 4 = Layer | Polyester nonwoven thermally bonded, both sides aluminium coated | |
| 5 = Seperation | Filler material viscose | |
| 6 = conductor shield layer | Polyester nonwoven thermally bonded, both sides aluminium coated | |
| 7 = conductor shield | Bare copper wires (0.10 mm) 100% coverage | |
| 8 = Insulation | Cellular PE, Ø 2.00mm | |
| 9 = Conductor | Stranded bare LCOF copper wires 64 x 0.10mm (0.50 mm²) 64x38AWG = 26AWG | |
Technical datas: |
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| Conductor resistance: | max 39 ohm/km | |
| Shielding resistance: | < 28 Ohm/km | |
| Capacitance: | Conductor/ Cond. max. 50 nF/km Conductor/Schild max. 135 nF/km |
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| Impedance | 110 Ohm | |
| Test voltage: | 2000 veff | |
| Temperature range: | flexi-installed: | -5° to +50° C |
| fix-installed: | -30° to +70° C | |
