4 metre Neutrik Female XLR to TS Mono 1/4" (6.35mm)Mono Jack Lead Van Damme Black Cable
We make this cable using 4 percent silver solder and high end soldering equipment to get a perfect solder joint. Silver solder is much harder than standard lead free solder giving a strong robust connection.
The Neutrik connectors are nickel in colour with silver contacts. This lead can be used where the input of the audio device is unbalanced, it makes a balanced output unbalanced. This cable has a dual screen which helps with noise reduction.
Van Damme Cable has a silver plating which increases sound quality, it is also UPOFC - ultra pure oxygen free copper which again is needed for better sound quality.
Connections are made on:
Pin 2 XLR - Tip Jack
Pin 1 3 XLR linked unbalanced configuration - Sleeve Jack
Neutrik Connectors:
Neutrik make some of the best connectors that are available the world over. There are many copies of the Neutrik connectors available on the internet, don't be fooled by the cheaper makes they may break down and causes problems, why risk it? These are genuine Neutrik connectors.
Typical applications for this lead:
Mixer to amplifier inputs
Dynamic microphone to mixer input
Output of a piece of audio equipment to mixer input channel
Can be used for any mic/line level use
Application notes
Low noise and high flexibility for on stage use etc
Dual thermoplastic/lapped copper screens for excellent noise rejection
Ultra pure oxygen free copper for outstanding sonic integrity
Mechanical specification of Van Damme Cable
Conductor Material Bare silver plated ultra pure oxygen free copper wire
Stranding 3 x 0.20mm
Material Bare ultra pure oxygen free copper wire
Stranding 4 x 0.20mm
Insulation Material Foamed Polyethylene
Diameter 1.60mm ±0.10
Screen 1 Type 0.40mm conductive thermoplastic
Screen 2 Type 80 x 0.10mm close lapped oxygen free copper wire
Jacket Material Flexible PVC/Neoprene composite
Average thickness 1.70mm
Overall diameter 6.00mm ±0.15
Physical properties unaged
Jacket (at 60ºC) Tensile strength >8N/mm2
Elongation >250%
Heat shock test 120 ºC x 1 hour - no cracks
Test voltage 1000 Vdc x 1 minute OK
Electrical characteristics
Resistance Conductor Ohm/Km 47
Insulation M Ohm/Km >5000
Capacitance Core to shield pF/m <90
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