Gepco 61801EZ-2.99 User Manual

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Gepco's new extra-flexible, high bandwidth X-Band micro-
phone cable series has been specifically designed for use
in critical recording studio facilities or live sound ven-
ues.
The X-Band microphone series features an
extended frequency response and exceptional
RF/EMI noise rejection. The bandwidth and
rejection characteristics are achieved
through precision pair twisting and a
video-grade foam dielectric that signifi-
cantly reduces the capacitance.
Conductors are finely stranded, oxy-
gen-free copper to maximize conduc-
tivity and protect against corrosion.
For shielding and additional noise
rejection, each pair is shielded with a
dense 95% TC braid or dual braid.
The X-Band microhpone series is
also exceptionally flexible. This
series features Gepco's new G-Flex
jacket compound and enhanced
core geometry. The X-Band micro-
phone series is available in six color
options.
Gepco International, Inc.  
P.
800.966.0069
P.
 847
.795.9555  F
. 847
.795.8770  www
.gepco.com
20
ANALOG AUDIO CABLES
ANALOG AUDIO CABLES
Features & Benefits
Extra-flexible
Wide Bandwidth
22 Gage Oxygen-free Conductors
Data-grade, Gas/Polymer Dielectric
Dense 95% Copper Braid(s)
Exceptional RF/EMI & Common-
mode Noise Rejection
Applications
Microphone or Line Level Balanced
Analog Audio
High Bandwidth Audio Interconnects
Portable Stage or Studio Microphone
Cable
Microphone: X-Band
Mechanical Specifications
Part #
# of
Pairs
Nominal
OD
Conductors
Insulation/
Color Code
Shield
Jacket
Jacket
Colors
Approx.
Weight
XB201M
1
.240”
22 AWG (41x38)
Stranded Oxygen-free BC
Foam Polypropylene,
.015” Wall/White & Black
95% TC
Braid
Flexible
Matte PVC
Black, Red, Yellow,
Green, Blue, Violet
38 lbs/Mft
X-Band 22 AWG Microphone Cable
XB201DBM
1
.265”
22 AWG (41x38)
Stranded Oxygen-free BC
Foam Polypropylene,
.015” Wall/White & Black
Dual Braid
(95% TC/95% TC)
Flexible
Matte PVC
Black
40 lbs/Mft
X-Band 22 AWG Microphone Cable: Dual Braid
Electrical Specifications
Capacitance
Cond. DCR
17 pF/ft between conductors,
30.6 pF/ft between one conductor and other tied to shield
10.5 
S/Mft