Sescom SC25SZSZ Audio Cable Canare Star-Quad 1/4 TRS Balanced Male to 1/4 TRS Balanced Male Black, 25 Foot

World's Finest Canare Star-Quad 1/4-Inch TRS Stereo Male to 1/4-Inch TRS Stereo Male Audio Cables. Cables are built by Sescom with Canare's premier L-4E6S Star-Quad Microphone cable and the highest quality connectors from Neutrik, Connectronics & Switchcraft. Professional Mic/Audio Cables are designed to use with microphones but are also excellent for line-level signals (i.e. mixer to power amps). Special 4 conductor configuration plus high shield density reduce hum and noise to less than 10% of conventional 2-conductor mic cables. Special construction also reduces handling noise while maintaining excellent flexibility. High density braided shield blocks electrostatic noise to eliminate annoying hum, buzz and radio interference. 4-conductor design cancels electro-magnetically induced noise from SCR dimmers and fluorescent lights. The premier Star Quad cable for all handheld microphone applications. Flexible, satin smooth to the touch and extra strong, this standard diameter, 21 AWG cable fits perfectly in all XLR-type audio connectors. Forty separate strands in each conductor eliminate breakage due to flexing.

Key Features

• Braided Copper Shield
• Flexible in Extreme Cold Weather
• Cross Linked PE Insulation
• Reduced Handling Noise
• Rejects EMI and RFI
• 10 Matte Color Jacket
• SelectionsMicrophones
• Portable Applications
• Audio Rack Wiring
• PA Systems
• Audio Patch Cords

Technical Specifications

Number of Conductors
4 (2 Blue, 2 White)
Conductor AWG
24
Quad AWG
21 (Effective AWG of combined twin conductors)
Nom. O.D.
0.236”
Jacket
PVC
Jacket Nom. Thickness
0.044”
Brittle Point
-56 Degrees F
Insulation Type
IPE
Insulation Thickness
15.7 MIL
Pitch Twist Quad
0.79”
Shield Coverage
>95% TAC Braid
Cond D.C.R.
<29.9 Ohm/1000 Ft
Shield D.C.R.
<9.1 Ohm/1000 Ft
Nom. Capacitance
150 pF/m (between twin Blue & twin White)
Nom. Capacitance
185 pF/m (between conductors to shield)
Nom. Impedance
44 Ohm
Nom. Atten.
0.9 V/1000 Ft
Group Delay Time
1.80 ns/ft