MOGAMI 2319 terminated Jack-Jack Amphenol

Mono Jack 3.5-Jack 6.35 cable for musical instruments High transmission impedance with PVC shield | Gold-plated contacts

As low as € 21,00
(IVA incl.)
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Mono Jack 3.5mm-Jack6.35mm Amphenol cable for musical instruments with high transmission impedance and PVC screen, handcrafted in our workshop, particularly suitable for applications such as pedalboards and pedalboards. Outer diameter 5 mm.

Available lengths selectable from drop-down menu.


The cable is handcrafted in our workshop with AMPHENOL KM2PB-AU and AMPHENOL ACPM-GB-AU connectors

Most pick-up sound musical instruments, such as electric guitars, basses or keyboards, are composed of high-impedance circuits driven primarily by voltage, with little electrical current flow. This is why handling noise (microphonics) can be a problem for guitar cables. This type of noise is caused by the slight voltage that is generated when a cable is bent or stepped on. Guitar cables, and similar instruments, must be designed to avoid this type of problem, which is why a conductive PVC layer is placed under the conductor's shield so that this voltage can flow out. Note: this conductive layer must be removed during cabling, otherwise only a partial result may be obtained.

 

 

 

Conductors:

  • Details 12 / 0.18TA
  • Size (mm²): 0.305mm² (# 23 AWG)

Insulation:

  • Ov. Dia.(mm) 1.6Ø (0.063")
  • Material PE
  • Colour Transparent

Shielding:

  • Ov. Dia.(mm) 1.8Ø (0.071 ")
  • Conductive Material PVC (Carbon PVC)
  • Colour: black
  • Main Shielding Approx. 38 / 0.16TA

Sheath:

  • Ov. Dia.(mm): 5.0Ø (0.197")
  • Material: PVC
  • Colour: Black

ELECTRICAL AND MECHANICAL CHARACTERISTICS

  • DC Resistance at 20°C:
  • Internal Cond. 0.064Ω / m (0.020W / Ft))
  • Shield 0.026Ω / m (0.0079Ω / Ft)
  • Capacitance at 1kHz, 20°C 155pF / m (47.3pF / Ft)
  • Inductance 0.3μH / m (0.092μH / Ft)
  • Electrostatic Noise:**0.13mV Max.
  • Electromagnetic Noise** 0.07mV Max. At 10kHz*
  • Microphony at 50KW load 0.3mV Max.
  • Insulation Resistance 100000 MW × m Min. at DC 500V , 20°C
  • Flexural life** 11,000 cycles
  • Tensile strength 303 N (26°C, 65%RH)
  • Emigration Non-emigrating to ABS