Mogami W2319 High Impedance Trasmission with PVC shield Some musical instruments play via pick-up, such as electric guitars, which are comprised of high impedance circuits, mainly consisting of voltage, with very little electrical current flow._x000D_ _x000D_ This is why managing noise (microphonics) can be a problem for guitar cables. This type of noise is caused by the small amount of voltage generated when a cable is flexed, trodden on, etc. Cables for guitars and similar instruments must be designed to prevent this problem, so a conductive PVC layer is placed under the conductor shield to drain away this voltage. Important: this conductive layer must be removed when wiring, or the result will only be partial.
Conductor Details 12/0.18TA
Size(mm²) 0.305mm² (#23AWG)
Insulation Ov. Dia.(mm) 1.6Ø (0.063")
Sub-Shield Ov. Dia.(mm) 1.8Ø (0.071")
Material Conductive PVC (Carbon PVC)
Main-Shield Served-Shield Approx. 38/0.16TA
Jacket Ov. Dia.(mm) 5.0Ø (0.197")
Roll Sizes 100m (328Ft)
Weight per 100m (328Ft) roll 3.5Kg
ELECTRICAL & MECHANICAL CHARACTERISTICS
DC Resistance at 20°C Inner Conductor 0.064?/m(0.020W/Ft)
Shield Conductor 0.026?/m(0.0079?/Ft)
Capacitance at 1kHz, 20°C 155pF/m (47.3pF/Ft)
Inductance 0.3µH/m (0.092µH/Ft)
Electrostatic Noize* 0.13mV Max.
Electromagnetic Noise At 10kHz* 0.07mV Max.
Microphonics* 0.3mV Max
Voltage Breakdown Must withstand at DC 500V/15sec.
Insulation Resistance 100000 M? × m Min. at DC 500V , 20°C
Flex Life 11,000 cyles
Tensile Strength (26°C, 65%RH) 303 N
Emigration Non-emigrant to ABS resin
Applicable Temperature -20°C? +60°C(-4°F? +140°F)
|Unit of measure||MT|
|Availability||5 working days|