Mogami W2901 Black Miniature Balanced / Lavalier Mic Cable (1000' Roll)

Black 2 Conductor 30awg Miniature Balanced Mic Cable - Full 1000' Roll

These miniature microphone cables feature necessary mechanical strength (tensile strength and long flex life) and flexibility for lavalier microphones and other applications. All balanced configuration. Part No. W3031 cable is exactly same construction as Part No. W2697 cable except for shield structure. Part No. W2697 cable is constructed with served (spiral) shield, while Part No. W3031 cable is constructed with braided shield. Part No. W2901 is specially designed with better tensile strength and longer flex life, sacrificing some sound quality, and creating a slightly more difficult soldering job because of used copper-tin alloy conductor, this cable is mechanically very strong and durable. Of couse, its cost is higher.

Available Colors: Black

Standard Roll Lengths: 1000 feet

Specifications:

• No. of Conductor: 2
• Conductor:Details: 43/0.04 Cu-SnSize(mm(2)): 0.054mm(2) (#30 AWG)
• Insulation:Ov. Dia.(mm): 0.6 diameter (0.0236")Material: PolyesterColors: Black / Red
• Filler Thread: Polypropylene
• Shield: Double Served Shield, Approx. 35/0.08A, Approx. 40/0.08A
• Jacket:Ov. Dia.(mm): 2.16i (0.085")Material: Flexible PVCColors: Black
• Roll Sizes:305m (1000Ft)
• Weight: 2.7kg / 305m
• Electrical & Mechanical Characteristics:
• DC Resistance at 20C:Inner Cond.: 0.41W/m(0.125W/Ft)Shield: 0.07W/m(0.0214W/Ft)
• Capacitance at 1kHz, 20C (Partial C. Value) See below figure*:K0: 176pF/m(54pF/Ft)K1: 32pF/m(9.8pF/Ft)
• Inductance between conductors at 1kHz. 20C: 0.8H/m(0.24H/Ft)
• Electrostatic Noise**: 1mV Max.
• Electromagnetic Noise**: 0.15mV Max.
• Microphonics at 50KW Load**: 40mV Max.
• Voltage Breakdown: Must withstand at DC 500V/15sec.
• Insulation Resistance: 100000 MW m Min. at DC 125V, 20C
• Flex Life**: 177,000 cycles
• Tensile Strength: 176N
• Emigration: Non-emigrant to ABS
• Applicable Temperature: -20C~ +70C(-4F~ +158F)
• * Patial Capacitance** Using standard testing methods of Mogami Wire & Cable Corp.