Furutech Digi Reference III

Furutech Digi Reference III

High-end digital cable for HiFi equipment in a class of its own

- Type: Hyper-Coaxial Connection
- All metallic parts are treated with the: FURUTECH Alpha-Process (Super Cryogenic & Demagnetize Treatment)

equipment:

• All metal parts (also cables) are treated with the special FURUTECH Alpha Process and assembled with the FURUTECH FP-106 (R) RCA plug of the Hi-End class. The signal carrying pin of the FP-106 (R) is platinized with phosphor bronze rhodium and anti-magnetic: Teflon
• housing with bronze rhodium platinum plating and anti-magnetic
• the signal-carrying pin in the middle of the connector has a special design which offers a very high contact reliability and thus makes the signal transmission very safe and stable
• shielding made of special glass fibre and copper cable braiding and with 0.12 mm Alpha cable braid and the special material GC-303, to absorb external interference influences in a non-contact way >/li>
• this triple shielding guarantees a superior shielding against sound disturbing influences
• the insulation with air-foamed HDPE helps to minimize the capacity of the cable
• a fine alpha conductor braid made of PCOCC encases the central µ-conductor core and is treated with the special alpha process

Spezifikation:

Construction and Material of Cable
Construction and Material of Cable
* Conductor:a(Alpha) conductor(37 pcs/0.16 mm),Diameter:1.15 mm
* Insulation-1:HDPE ,Diameter:1.75 mm
* Insulation-2:Air Foamed PE ,Diameter:5.5 mm
* Shield-1:0.12 mma(Alpha) conductor wire Braid; Braid Density:80 UP Diameter:6.3 mm
* Sheath: Flexible PVC (Aquamarine)2 Layers, Diameter:8.0 mm
* Shield-2:Special Glass fiber and copper wire stranding braid
* Overall Layer:Nylon Yarn Braid, Diameter:10.5 mm Approx.

Electrical Properties of Cable Test Method
* Max. Conductor Resistance 25 Ohm/km JISC3005 6 20?
* Min. Insulation Resistance 1000 MOhm/km JISC3005 9.1 20?
* Dielectric Strength AC. 1000 V/1 min JISC3005 8
* Electrostatic Capacitance Approx 56 PF/m at 1 KHz
* Characteristic Impedance 75 ± 5 Ohm at 10 MHz