for
reference only:
- Choosing the cable:
RG59/U is available with either
solid copper or copper-clad-steel centre conductor. It's suitable for
basic analog TV antenna feeds in residential applications and for basic
CCTV systems over short cable runs. The copper-clad-steel type has high
tensile strength and should be used when terminating the cable with
F-Type connectors.
RG6/U
Quad-shield is the minimum requirement
under the latest Standard for digital TV antenna cabling and for all TV
antennas cabling for apartments/units (MATV). It is also used for the
distribution of Cable TV (CATV) and Satellite TV (SATV) in residential
or commercial premises. It features a copper-clad-steel inner conductor.
Single-shield, dual-shield and tri-shield versions of RG6/U are
available but do not provide adequate EMI shielding.
Analog
TV
RG59/U Acceptable performance on
cable runs <225 meters
RG6/U
Gives
superior performance on cable runs <225 meters. Used for cable runs
>225 meters but <545 meters.
CCTV
RG59/U
Acceptable performance on
cable runs <225 meters
RG6/U Gives
for superior performance on cable runs <225 meters. Used for cable
runs >225 meters but <545 meters.
DTV, CATV, SATV,
MATV
RG6/U
Standard cable for
these applications.
- Air
Core: Cables that are not gel
filled.
Air-Gap
Dielectric:
A
coaxial design in which a monofilament of plastic holds the center
conductor in place in a hollow plastic tube allowing the remainder of
the dielectric to be air. Typical velocities of up to 84% can be
achieved in this design.
Attenuation: The decrease in magnitude of a
signal as it travels through any transmitting medium, such as a cable or
circuitry. Attenuation is usually expressed logarithmically as the ratio
of the original and decreased signal amplitudes. It is usually expressed
in decibels (dB).
Bel: A unit that represents the
logarithm of the ratio of two levels. One bel equals the base 10
logarithm of the ratio of two power levels. It is also equal to the base
10 logarithm of square of the ratio of two voltage or current levels,
provided the impedances are the same at the two levels. See
dB.
Beldfoil: Belden trademark for highly
effective electrostatic shield of reinforced metallic
foil.
Bend
Radius:
Radius of curvature that a
flat, round, fiber optic or metallic cable can bend without any adverse
effects.
Braid: A group of textile or metallic
filaments interwoven to form a tubular flexible structure which may be
applied over one or more wires, or flattened to form a
strap.
Braid
Angle:
The angle between a strand of
wire in a braid shield and the longitudinal axis (i.e.axis along the
length of the center) of the cable it is wound around.
Characteristic
Impedance:
In a transmission cable of
infinite length, the ratio of the applied voltage to the resultant
current at the point the voltage is applied. Or the impedance which
makes a transmission cable seem infinitely long, when connected across
the cable's output terminals.
Coaxial
Cable:
A
cylindrical transmission line comprised of a conductor centered inside a
metallic tube or shield, separated by a dielectric material, and usually
covered by an insulating jacket. Used by cable TV companies to
distribute signals to homes and businesses. Also used by telephone
companies in some applications and by cellular telephone, radio, and
television installations.
Core:
The light conducting central
portion of an optical fiber with a refractive index higher than that of
the cladding. The center of a cable construction. Most often applies to
a coaxial cable, where the core is the center conductor and the
dielectric material applied to it.
HFC: Hybrid
Fiber/Coaxial.
Insertion
Loss:
A
measure of the attenuation of a cable and/or component(s) by determining
the output of a system before and after the device is inserted into the
system.
Jacket: Pertaining to wire and cable,
the outer protective covering that may also provide additional
insulation.
Loaded Line: A transmission line that has
lumped elements (inductance or capacitance) added at uniformly spaced
intervals. Loading is used to provide a given set of characteristics to
a transmission line.
Loading: A transmission line that has
lumped elements (inductance or capacitance) added at uniformly spaced
intervals. Loading is used to provide a given set of characteristics to
a transmission line.
Periodicity: The uniformly spaced cable
impedance variations that result in addition of the reflections of a
signal. The distance between them is the half wavelength most affected.
Multiples of that frequency are also affected. Even very slight
variations, which appear over and over in a construction or
installation, can have major effects on signal integrity because of
periodicity.
Precision
Video:
Video coaxial cables having
very tight electrical tolerances in impedance, velocity of propagation,
attenuation and structural return loss. Used in high quality
applications such as live broadcast in network studios and pre- or
post-production facilities.
Propagation
Delay:
Time required for a signal to
pass from the input to the output of a device.
Reflection: The change in direction (or
return) of waves striking a surface. For example, electromagnetic energy
reflections can occur at an impedance mismatch in a transmission line,
causing standing waves.
Reflection
Loss:
The part of a signal which is
lost due to reflection of power at a line discontinuity.
RG/U, A/U,
B/U:
RG is the abbreviation for
radio guide, a military designation for a coaxial cable, and U stands
for universal a regular PVC jacket. The 'A' means the cable shall have a
Black Non Contaminating jacket. The 'B' requires a stranded center
conductor with a Black Non Con. jacket.
Semi-Solid
Dielectric:
A
coaxial design in which a monofilament of plastic holds the center
conductor in place in a hollow plastic tube allowing the remainder of
the dielectric to be air. Typical velocities of up to 84% can be
achieved in this design.
Single-ended: Unbalanced, such as grounding
one side of a circuit or transmission line.
Standing
Wave:
The stationary pattern of waves
produced by two waves of the same frequency traveling in opposite
directions on the same transmission line. The existence of voltage and
current maxima and minima along a transmission line is a result of
reflected energy from an impedance mismatch.
Standing Wave Ratio
(SWR):
A
ratio of the maximum amplitude to the minimum amplitude of a standing
wave stated in current or voltage amplitudes. See also Standing
Wave.
Structural Return
Loss:
Magnitude of the internal cable
reflections, measured in decibels, relative to the actual cable
impedance, not the system impedance. Measure of signal reflections
caused by the structure of the cable without the additional reflections
from any impedance mismatch between the cable and the measuring
equipment. Measure of internal cable reflections using a reference
impedance in the measuring equipment that is adjusted to the nominal or
average impedance of the cable. See also Return Loss.
Sweep Test: Testing a characteristic of a
cable or device across a range of frequencies. In cable, it usually
implies return loss or structural return loss (see
also).
Transfer
Impedance:
For a specified cable length,
transfer impedance relates to a current on one surface of a shield to
the voltage drop generated by this current on the opposite surface of
the shield. Transfer impedance is used to determine shield effectiveness
against both ingress and egress of interfering signals. Cable shields
are normally designed to reduce the transfer of interference - hence,
shields with lower transfer impedance are more effective than shields
with higher transfer impedance.
Transmission
Line:
An arrangement of two or more
conductors, a coaxial cable, or a waveguide used to transfer signal
energy from one location to another.
Transmission Line
Cable:
Two or more conductors placed
within a dielectric material in such a way as to control the electrical
characteristics.
Triaxial
Cable:
A
cable construction having a conductor, and two isolated braid shields,
all insulated from each other. A coaxial cable with a second braid
applied over an inner jacket and an outer jacket applied over the outer
braid. Commonly used in television camera systems.
Velocity of Propagation
(VP):
The transmission speed of
electrical energy in a length of cable compared to speed of light in
free space. Usually expressed as a percentage.
Voltage Standing Wave
Ratio:
Ratio of maximum voltage of the
standing wave to the minimum voltage of the standing wave. See also
Standing Wave Ratio.
VSWR: Voltage
Standing Wave Ratio.
- Coax Cable Reference
Guide: ( Data shows Max. value )
RG108 Coaxial Cable, RG108 Coax Cable:
Jacket o.d. 0.245, Dielectric o.d. 0.081, Conductor O.D.
0.0378, Impedance 78
OHMS
RG108A/U Coaxial Cable, RG108A/U Coax Cable:
Jacket o.d. 0.245, Dielectric o.d. 0.082, Conductor O.D.
- , Impedance 78
OHMS
RG10A/U Coaxial Cable, RG10A/U Coax Cable: Jacket
o.d. 0.415, Dielectric o.d. 0.295, Conductor O.D. 0.086, Impedance 52 OHMS
RG11 Coaxial Cable,
RG11 Coax Cable: Jacket o.d. 0.412, Dielectric
o.d. 0.292, Conductor O.D. 0.0477, Impedance 75 OHMS
RG114 Coaxial Cable,
RG114 Coax Cable: Jacket o.d. 0.415, Dielectric
o.d. 0.295, Conductor O.D. 0.007 185, Impedance 1 OHMS
RG114/U Coaxial Cable,
RG114/U Coax Cable: Jacket o.d. 0.415, Dielectric
o.d. 0.295, Conductor O.D. 0.007, Impedance 185 OHMS
RG114A/U Coaxial Cable,
RG114A/U Coax Cable: Jacket o.d. 0.415, Dielectric
o.d. 0.295, Conductor O.D. 0.007, Impedance 185 OHMS
RG115/U Coaxial Cable,
RG115/U Coax Cable: Jacket o.d. 0.385, Dielectric
o.d. 0.255, Conductor O.D. - , Impedance 50 OHMS
RG115A/U Coaxial Cable,
RG115A/U Coax Cable: Jacket o.d. 0.43, Dielectric
o.d. 0.26, Conductor O.D. 0.086, Impedance 50 OHMS
RG117/U Coaxial Cable,
RG117/U Coax Cable: Jacket o.d. 0.745, Dielectric
o.d. 0.625, Conductor O.D. 0.188, Impedance 50 OHMS
RG117A/U Coaxial Cable,
RG117A/U Coax Cable: Jacket o.d. 0.745, Dielectric
o.d. 0.625, Conductor O.D. 0.188, Impedance 50 OHMS
RG118/U Coaxial Cable,
RG118/U Coax Cable: Jacket o.d. 0.745, Dielectric
o.d. 0.625, Conductor O.D. 0.188, Impedance 50 OHMS
RG118A/U Coaxial Cable,
RG118A/U Coax Cable: Jacket o.d. 0.745, Dielectric
o.d. 0.625, Conductor O.D. 0.188, Impedance 50 OHMS
RG11A/U Coaxial Cable,
RG11A/U Coax Cable: Jacket o.d. 0.412, Dielectric
o.d. 0.292, Conductor O.D. 0.048, Impedance 75 OHMS
RG12 Coaxial Cable,
RG12 Coax Cable: Jacket o.d. 0.412, Dielectric o.d. 0.292,
Conductor O.D. 0.0477,
Impedance 75
OHMS
RG122 Coaxial Cable, RG122 Coax Cable: Jacket
o.d. 0.165, Dielectric o.d. 0.099, Conductor O.D. 0.0308, Impedance 50
OHMS
RG122/U Coaxial Cable, RG122/U Coax Cable: Jacket
o.d. 0.165, Dielectric o.d. 0.099, Conductor O.D. -0.03, Impedance 50 OHMS
RG12A/U Coaxial Cable,
RG12A/U Coax Cable: Jacket o.d. 0.412, Dielectric
o.d. 0.292, Conductor O.D. 0.048, Impedance 75 OHMS
RG13A/U Coaxial Cable,
RG13A/U Coax Cable: Jacket o.d. 0.43, Dielectric
o.d. 0.29, Conductor O.D. 0.048, Impedance 74 OHMS
RG141/U Coaxial Cable,
RG141/U Coax Cable: Jacket o.d. 0.195, Dielectric
o.d. 0.121, Conductor O.D. 0.036, Impedance 50 OHMS
RG141A/U Coaxial Cable,
RG141A/U Coax Cable: Jacket o.d. 0.195, Dielectric
o.d. 0.121, Conductor O.D. 0.039, Impedance 50 OHMS
RG142 Coaxial Cable,
RG142 Coax Cable: Jacket o.d. 0.2, Dielectric o.d. 0.121,
Conductor O.D. 0.037,
Impedance 50
OHMS
RG142A/U Coaxial Cable, RG142A/U Coax Cable:
Jacket o.d. 0.206, Dielectric o.d. 0.121, Conductor O.D.
0.039, Impedance 50
OHMS
RG142B/U Coaxial Cable, RG142B/U Coax Cable:
Jacket o.d. 0.2, Dielectric o.d. 0.121, Conductor O.D.
0.039, Impedance 50
OHMS
RG143/U Coaxial Cable, RG143/U Coax Cable: Jacket
o.d. 0.332, Dielectric o.d. 0.19, Conductor O.D. 0.057, Impedance 50 OHMS
RG143A/U Coaxial Cable,
RG143A/U Coax Cable: Jacket o.d. 0.332, Dielectric
o.d. 0.19, Conductor O.D. 0.059, Impedance 50 OHMS
RG14A/U Coaxial Cable,
RG14A/U Coax Cable: Jacket o.d. 0.558, Dielectric
o.d. 0.383, Conductor O.D. 0.102, Impedance 52 OHMS
RG17/U Coaxial Cable,
RG17/U Coax Cable: Jacket o.d. 0.885, Dielectric
o.d. 0.695, Conductor O.D. 0.188, Impedance 52 OHMS
RG174 Coaxial Cable,
RG174 Coax Cable: Jacket o.d. 0.115, Dielectric
o.d. 0.063, Conductor O.D. 0.0189, Impedance 50 OHMS
RG174/U Coaxial Cable,
RG174/U Coax Cable: Jacket o.d. 0.105, Dielectric
o.d. 0.063, Conductor O.D. 0.02, Impedance 50 OHMS
RG174A/U Coaxial Cable,
RG174A/U Coax Cable: Jacket o.d. 0.105, Dielectric
o.d. 0.063, Conductor O.D. 0.02, Impedance 50 OHMS
RG178 Coaxial Cable,
RG178 Coax Cable: Jacket o.d. 0.075, Dielectric
o.d. 0.035, Conductor O.D. 0.012, Impedance 50 OHMS
RG178B/U Coaxial Cable,
RG178B/U Coax Cable: Jacket o.d. 0.075, Dielectric
o.d. 0.036, Conductor O.D. 0.012, Impedance 50 OHMS
RG179 Coaxial Cable,
RG179 Coax Cable: Jacket o.d. 0.105, Dielectric
o.d. 0.066, Conductor O.D. 0.012, Impedance 75 OHMS
RG179B/U Coaxial Cable,
RG179B/U Coax Cable: Jacket o.d. 0.105, Dielectric
o.d. 0.066, Conductor O.D. 0.012, Impedance 75 OHMS
RG17A/U Coaxial Cable,
RG17A/U Coax Cable: Jacket o.d. 0.885, Dielectric
o.d. 0.695, Conductor O.D. 0.188, Impedance 52 OHMS
RG18/U Coaxial Cable,
RG18/U Coax Cable: Jacket o.d. 0.885, Dielectric
o.d. 0.695, Conductor O.D. 0.188, Impedance 52 OHMS
RG180 Coaxial Cable,
RG180 Coax Cable: Jacket o.d. 0.145, Dielectric
o.d. 0.105, Conductor O.D. 0.012, Impedance 95 OHMS
RG180B/U Coaxial Cable,
RG180B/U Coax Cable: Jacket o.d. 0.145, Dielectric
o.d. 0.105, Conductor O.D. 0.012, Impedance 95 OHMS
RG187A/U Coaxial Cable,
RG187A/U Coax Cable: Jacket o.d. 0.11, Dielectric
o.d. 0.066, Conductor O.D. 0.012, Impedance 75 OHMS
RG188A/U Coaxial Cable,
RG188A/U Coax Cable: Jacket o.d. 0.11, Dielectric
o.d. 0.063, Conductor O.D. 0.02, Impedance 50 OHMS
RG189/U Coaxial Cable,
RG189/U Coax Cable: Jacket o.d. 0.875, Dielectric
o.d. 0.632, Conductor O.D. 0.251, Impedance 50 OHMS
RG18A/U Coaxial Cable,
RG18A/U Coax Cable: Jacket o.d. 0.885, Dielectric
o.d. 0.695, Conductor O.D. 0.188, Impedance 52 OHMS
RG19/U Coaxial Cable,
RG19/U Coax Cable: Jacket o.d. 1.135, Dielectric
o.d. 0.695, Conductor O.D. 0.188, Impedance 52 OHMS
RG195/U Coaxial Cable,
RG195/U Coax Cable: Jacket o.d. 0.155, Dielectric
o.d. 0.105, Conductor O.D. 0.012, Impedance 95 OHMS
RG195A/U Coaxial Cable,
RG195A/U Coax Cable: Jacket o.d. 0.155, Dielectric
o.d. 0.105, Conductor O.D. 0.012, Impedance 95 OHMS
RG196/U Coaxial Cable,
RG196/U Coax Cable: Jacket o.d. 0.08, Dielectric
o.d. 0.036, Conductor O.D. 0.012, Impedance 50 OHMS
RG196A/U Coaxial Cable,
RG196A/U Coax Cable: Jacket o.d. 0.08, Dielectric
o.d. 0.036, Conductor O.D. 0.012, Impedance 50 OHMS
RG20A/U Coaxial Cable,
RG20A/U Coax Cable: Jacket o.d. 1.135, Dielectric
o.d. 0.925, Conductor O.D. 0.25, Impedance 52 OHMS
RG21 Coaxial Cable,
RG21 Coax Cable: Jacket o.d. 0.88, Dielectric o.d. 0.69,
Conductor O.D. 0.195,
Impedance 50
OHMS
RG21/U Coaxial Cable, RG21/U Coax Cable: Jacket
o.d. 0.339, Dielectric o.d. 0.192, Conductor O.D. 0.051, Impedance 53 OHMS
RG210 Coaxial Cable,
RG210 Coax Cable: Jacket o.d. 0.25, Dielectric o.d. 0.151,
Conductor O.D. 0.0253,
Impedance 93
OHMS
RG210/U Coaxial Cable, RG210/U Coax Cable: Jacket
o.d. 0.25, Dielectric o.d. 0.151, Conductor O.D. 0.025, Impedance 93 OHMS
RG211 Coaxial Cable,
RG211 Coax Cable: Jacket o.d. 0.745, Dielectric
o.d. 0.625, Conductor O.D. 0.192, Impedance 50 OHMS
RG211A/U Coaxial Cable,
RG211A/U Coax Cable: Jacket o.d. 0.745, Dielectric
o.d. 0.625, Conductor O.D. 0.19, Impedance 50 OHMS
RG212 Coaxial Cable,
RG212 Coax Cable: Jacket o.d. 0.336, Dielectric
o.d. 0.189, Conductor O.D. 0.0556, Impedance 50 OHMS
RG212/U Coaxial Cable,
RG212/U Coax Cable: Jacket o.d. 0.336, Dielectric
o.d. 0.189, Conductor O.D. 0.056, Impedance 50 OHMS
RG213 Coaxial Cable,
RG213 Coax Cable: Jacket o.d. 0.412, Dielectric
o.d. 0.292, Conductor O.D. 0.0888, Impedance 50 OHMS
RG213/U Coaxial Cable,
RG213/U Coax Cable: Jacket o.d. 0.412, Dielectric
o.d. 0.292, Conductor O.D. 0.089, Impedance 50 OHMS
RG214 Coaxial Cable,
RG214 Coax Cable: Jacket o.d. 0.432, Dielectric
o.d. 0.292, Conductor O.D. 0.0888, Impedance 50 OHMS
RG214/U Coaxial Cable,
RG214/U Coax Cable: Jacket o.d. 0.432, Dielectric
o.d. 0.292, Conductor O.D. 0.089, Impedance 50 OHMS
RG215 Coaxial Cable,
RG215 Coax Cable: Jacket o.d. 0.412, Dielectric
o.d. 0.292, Conductor O.D. 0.0888, Impedance 50 OHMS
RG215/U Coaxial Cable,
RG215/U Coax Cable: Jacket o.d. 0.412, Dielectric
o.d. 0.292, Conductor O.D. 0.089, Impedance 50 OHMS
RG216 Coaxial Cable,
RG216 Coax Cable: Jacket o.d. 0.432, Dielectric
o.d. 0.292, Conductor O.D. 0.0477, Impedance 75 OHMS
RG216/U Coaxial Cable,
RG216/U Coax Cable: Jacket o.d. 0.432, Dielectric
o.d. 0.292, Conductor O.D. 0.048, Impedance 75 OHMS
RG217 Coaxial Cable,
RG217 Coax Cable: Jacket o.d. 0.545, Dielectric o.d. 0.38,
Conductor O.D. 0.106,
Impedance 50
OHMS
RG217/U Coaxial Cable, RG217/U Coax Cable: Jacket
o.d. 0.555, Dielectric o.d. 0.38, Conductor O.D. 0.106, Impedance 50 OHMS
RG218 Coaxial Cable,
RG218 Coax Cable: Jacket o.d. 0.88, Dielectric o.d. 0.69,
Conductor O.D. 0.195,
Impedance 50
OHMS
RG218/U Coaxial Cable, RG218/U Coax Cable: Jacket
o.d. 0.88, Dielectric o.d. 0.69, Conductor O.D. 0.195, Impedance 50 OHMS
RG219/U Coaxial Cable,
RG219/U Coax Cable: Jacket o.d. 0.88, Dielectric
o.d. 0.69, Conductor O.D. 0.195, Impedance 50 OHMS
RG21A/U Coaxial Cable,
RG21A/U Coax Cable: Jacket o.d. 0.339, Dielectric
o.d. 0.192, Conductor O.D. 0.051, Impedance 53 OHMS
RG22 Coaxial Cable,
RG22 Coax Cable: Jacket o.d. 0.43, Dielectric o.d. 0.291,
Conductor O.D. 0.046,
Impedance 95
OHMS
RG220/U Coaxial Cable, RG220/U Coax Cable: Jacket
o.d. 1.135, Dielectric o.d. 0.925, Conductor O.D. 0.26, Impedance 50 OHMS
RG221/U Coaxial Cable,
RG221/U Coax Cable: Jacket o.d. 1.135, Dielectric
o.d. 0.925, Conductor O.D. 0.26, Impedance 50 OHMS
RG222/U Coaxial Cable,
RG222/U Coax Cable: Jacket o.d. 0.336, Dielectric
o.d. 0.189, Conductor O.D. 0.056, Impedance 50 OHMS
RG223 Coaxial Cable,
RG223 Coax Cable: Jacket o.d. 0.216, Dielectric o.d. 0.12,
Conductor O.D. 0.035,
Impedance 50
OHMS
RG223/U Coaxial Cable, RG223/U Coax Cable: Jacket
o.d. 0.216, Dielectric o.d. 0.12, Conductor O.D. 0.035, Impedance 50 OHMS
RG224/U Coaxial Cable,
RG224/U Coax Cable: Jacket o.d. 0.555, Dielectric
o.d. 0.38, Conductor O.D. 0.106, Impedance 50 OHMS
RG225/U Coaxial Cable,
RG225/U Coax Cable: Jacket o.d. 0.44, Dielectric
o.d. 0.29, Conductor O.D. 0.094, Impedance 50 OHMS
RG228/U Coaxial Cable,
RG228/U Coax Cable: Jacket o.d. 0.745, Dielectric
o.d. 0.625, Conductor O.D. 0.19, Impedance 50 OHMS
RG228A/U Coaxial Cable,
RG228A/U Coax Cable: Jacket o.d. 0.745, Dielectric
o.d. 0.625, Conductor O.D. 0.19, Impedance 50 OHMS
RG22B/U Coaxial Cable,
RG22B/U Coax Cable: Jacket o.d. 0.43, Dielectric
o.d. 0.291, Conductor O.D. 0.046, Impedance 95 OHMS
RG301/U Coaxial Cable,
RG301/U Coax Cable: Jacket o.d. 0.25, Dielectric
o.d. 0.19, Conductor O.D. 0.0609, Impedance 50 OHMS
RG302 Coaxial Cable,
RG302 Coax Cable: Jacket o.d. 0.207, Dielectric o.d. 0.15,
Conductor O.D. 0.0253, Impedance 75 OHMS
RG302/U
Coaxial Cable, RG302/U Coax Cable: Jacket o.d. 0.206,
Dielectric o.d. 0.151, Conductor O.D. 0.025, Impedance 75
OHMS
RG303 Coaxial Cable, RG303 Coax Cable: Jacket
o.d. 0.175, Dielectric o.d. 0.121, Conductor O.D. 0.037,
Impedance 50 OHMS
RG303/U Coaxial Cable, RG303/U
Coax Cable: Jacket o.d. 0.175, Dielectric o.d. 0.121,
Conductor O.D. 0.039, Impedance 50 OHMS
RG304
Coaxial Cable, RG304 Coax Cable: Jacket o.d. 0.288,
Dielectric o.d. 0.19, Conductor O.D. 0.059, Impedance 50
OHMS
RG304/U Coaxial Cable, RG304/U Coax Cable: Jacket
o.d. 0.285, Dielectric o.d. 0.19, Conductor O.D. 0.059,
Impedance 50 OHMS
RG307 Coaxial Cable, RG307 Coax
Cable: Jacket o.d. 0.27, Dielectric o.d. 0.149, Conductor
O.D. 0.029, Impedance 75 OHMS
RG316 Coaxial
Cable, RG316 Coax Cable: Jacket o.d. 0.102, Dielectric
o.d. 0.063, Conductor O.D. 0.0201, Impedance 50
OHMS
RG316/U Coaxial Cable, RG316/U Coax Cable: Jacket
o.d. 0.102, Dielectric o.d. 0.063, Conductor O.D. 0.02,
Impedance 50 OHMS
RG389/U Coaxial Cable, RG389/U
Coax Cable: Jacket o.d. 0.875, Dielectric o.d. 0.635,
Conductor O.D. 0.25, Impedance 50 OHMS
RG393 Coaxial
Cable, RG393 Coax Cable: Jacket o.d. 0.4, Dielectric
o.d. 0.29, Conductor O.D. 0.094, Impedance 50
OHMS
RG393/U Coaxial Cable, RG393/U Coax Cable: Jacket
o.d. 0.4, Dielectric o.d. 0.29, Conductor O.D. 0.094,
Impedance 50 OHMS
RG400 Coaxial Cable, RG400 Coax
Cable: Jacket o.d. 0.2, Dielectric o.d. 0.121, Conductor
O.D. 0.0384, Impedance 50 OHMS
RG400/U Coaxial
Cable, RG400/U Coax Cable: Jacket o.d. 0.2, Dielectric
o.d. 0.121, Conductor O.D. 0.039, Impedance 50
OHMS
RG401 Coaxial Cable, RG401 Coax Cable: Jacket
o.d. 0.251, Dielectric o.d. 0.211, Conductor O.D. 0.0641,
Impedance 50 OHMS
RG401/U Coaxial Cable, RG401/U
Coax Cable: Jacket o.d. 0.251, Dielectric o.d. 0.211,
Conductor O.D. 0.0641, Impedance 50 OHMS
RG402
Coaxial Cable, RG402 Coax Cable: Jacket o.d. 0.142,
Dielectric o.d. 0.1185, Conductor O.D. 0.0362,
Impedance 50 OHMS
RG402/U Coaxial Cable, RG402/U
Coax Cable: Jacket o.d. 0.141, Dielectric o.d. 0.118,
Conductor O.D. 0.036, Impedance 50 OHMS
RG403
Coaxial Cable, RG403 Coax Cable: Jacket o.d. 0.128,
Dielectric o.d. 0.035, Conductor O.D. 0.012, Impedance 50
OHMS
RG403/U Coaxial Cable, RG403/U Coax Cable: Jacket
o.d. 0.128, Dielectric o.d. 0.036, Conductor O.D. 0.012,
Impedance 50 OHMS
RG404 Coaxial Cable, RG404 Coax
Cable: Jacket o.d. 0.077, Dielectric o.d. 0.038, Conductor
O.D. 0.012, Impedance 50 OHMS
RG404/U Coaxial
Cable, RG404/U Coax Cable: Jacket o.d. 0.075, Dielectric
o.d. 0.036, Conductor O.D. 0.012, Impedance 50
OHMS
RG405 Coaxial Cable, RG405 Coax Cable: Jacket
o.d. 0.0875, Dielectric o.d. 0.068, Conductor
O.D. 0.0201, Impedance 50 OHMS
RG405/U Coaxial
Cable, RG405/U Coax Cable: Jacket o.d. 0.086, Dielectric
o.d. 0.066, Conductor O.D. 0.02, Impedance 50
OHMS
RG55A/U Coaxial Cable, RG55A/U Coax Cable: Jacket
o.d. 0.216, Dielectric o.d. 0.116, Conductor O.D. 0.035,
Impedance 50 OHMS
RG55B/U Coaxial Cable, RG55B/U
Coax Cable: Jacket o.d. 0.206, Dielectric o.d. 0.121,
Conductor O.D. 0.032, Impedance 53.5 OHMS
RG58
Coaxial Cable, RG58 Coax Cable: Jacket o.d. 0.199,
Dielectric o.d. 0.12, Conductor O.D. 0.0355, Impedance 50
OHMS
RG58/U Coaxial Cable, RG58/U Coax Cable: Jacket
o.d. 0.199, Dielectric o.d. 0.12, Conductor O.D. 0.032,
Impedance 53.5 OHMS
RG58A/U Coaxial Cable, RG58A/U
Coax Cable: Jacket o.d. 0.199, Dielectric o.d. 0.12, Conductor
O.D. 0.038, Impedance 52 OHMS
RG58B/U Coaxial
Cable, RG58B/U Coax Cable: Jacket o.d. 0.199, Dielectric
o.d. 0.12, Conductor O.D. 0.032, Impedance 53.5
OHMS
RG58C/U Coaxial Cable, RG58C/U Coax Cable: Jacket
o.d. 0.199, Dielectric o.d. 0.12, Conductor O.D. 0.038,
Impedance 50 OHMS
RG59 Coaxial Cable, RG59 Coax
Cable: Jacket o.d. 0.246, Dielectric o.d. 0.15, Conductor
O.D. 0.0226, Impedance 75 OHMS
RG59/U Coaxial
Cable, RG59/U Coax Cable: Jacket o.d. 0.242, Dielectric
o.d. 0.15, Conductor O.D. - , Impedance 73
OHMS
RG59A/U Coaxial Cable, RG59A/U Coax Cable: Jacket
o.d. 0.242, Dielectric o.d. 0.15, Conductor O.D. 0.023,
Impedance 73 OHMS
RG59B/U Coaxial Cable, RG59B/U
Coax Cable: Jacket o.d. 0.246, Dielectric o.d. 0.15, Conductor
O.D. 0.023, Impedance 75 OHMS
RG5B/U Coaxial Cable,
RG5B/U Coax Cable: Jacket o.d. 0.335, Dielectric
o.d. 0.185, Conductor O.D. 0.051, Impedance 50
OHMS
RG6 Coaxial Cable, RG6 Coax Cable: Jacket
o.d. 0.336, Dielectric o.d. 0.189, Conductor O.D. 0.0285,
Impedance 75 OHMS
RG62 Coaxial Cable, RG62 Coax
Cable: Jacket o.d. 0.249, Dielectric o.d. 0.15, Conductor
O.D. 0.0253, Impedance 93 OHMS
RG62/U Coaxial
Cable, RG62/U Coax Cable: Jacket o.d. 0.249, Dielectric
o.d. 0.151, Conductor O.D. 0.025, Impedance 93
OHMS
RG62A/U Coaxial Cable, RG62A/U Coax Cable: Jacket
o.d. 0.249, Dielectric o.d. 0.151, Conductor O.D. 0.025,
Impedance 93 OHMS
RG62B/U Coaxial Cable, RG62B/U
Coax Cable: Jacket o.d. 0.249, Dielectric o.d. 0.151,
Conductor O.D. 0.025, Impedance 93 OHMS
RG63 Coaxial
Cable, RG63 Coax Cable: Jacket o.d. 0.415, Dielectric
o.d. 0.295, Conductor O.D. 0.0253, Impedance 125
OHMS
RG63B/U Coaxial Cable, RG63B/U Coax Cable: Jacket
o.d. 0.415, Dielectric o.d. 0.295, Conductor O.D. 0.025,
Impedance 125 OHMS
RG6A/U Coaxial Cable, RG6A/U
Coax Cable: Jacket o.d. 0.336, Dielectric o.d. 0.189,
Conductor O.D. 0.029, Impedance 0.75 OHMS
RG71
Coaxial Cable, RG71 Coax Cable: Jacket o.d. 0.25, Dielectric
o.d. 0.151, Conductor O.D. 0.0253, Impedance 93
OHMS
RG71B/U Coaxial Cable, RG71B/U Coax Cable: Jacket
o.d. 0.25, Dielectric o.d. 0.151, Conductor O.D. 0.025,
Impedance 93 OHMS
RG82/U Coaxial Cable, RG82/U
Coax Cable: Jacket o.d. 0.757, Dielectric o.d. 0.675,
Conductor O.D. 0.125, Impedance 50 OHMS
RG8A/U
Coaxial Cable, RG8A/U Coax Cable: Jacket o.d. 0.415,
Dielectric o.d. 0.295, Conductor O.D. 0.086, Impedance 52
OHMS
RG9B/U Coaxial Cable, RG9B/U Coax Cable: Jacket
o.d. 0.43, Dielectric o.d. 0.285, Conductor O.D. 0.086,
Impedance 50 OHMS
- AWG: American Wire Gauge. A wire diameter specification. The
smaller the AWG number, the larger the wire diameter. Gauge is the
physical diameter of a wire. AWG/ inch/ mm,
OOOO AWG/ 0.46"/ 11.684mm,
OOO AWG/ 0.4096"/ 10.40384mm, OO AWG/ 0.3648"/
9.26592mm, 0 AWG/ 0.3249"/ 8.25246mm,
1 AWG/ 0.2893"/
7.34822mm, 2 AWG/ 0.2576"/ 6.54304mm, 3 AWG/ 0.2294"/
5.82676mm, 4 AWG/ 0.2043"/ 5.18922mm,
5 AWG/
0.1819"/ 4.62026mm, 6 AWG/ 0.162"/ 4.1148mm, 7 AWG/
0.1443"/ 3.66522mm, 8 AWG/ 0.1285"/ 3.2639mm,
9 AWG/
0.1144"/ 2.90576mm, 10 AWG/ 0.1019"/ 2.58826mm, 11 AWG/
0.0907"/ 2.30378mm, 12 AWG/ 0.0808"/ 2.05232mm,
13 AWG/ 0.072"/ 1.8288mm, 14 AWG/ 0.0641"/ 1.62814mm,
15 AWG/ 0.0571"/ 1.45034mm, 16 AWG/ 0.0508"/ 1.29032mm,
17 AWG/ 0.0453"/ 1.15062mm, 18 AWG/ 0.0403"/ 1.02362mm,
19 AWG/ 0.0359"/ 0.91186mm, 20 AWG/ 0.032"/ 0.8128mm,
21 AWG/ 0.0285"/ 0.7239mm, 22 AWG/ 0.0254"/ 0.64516mm,
23 AWG/ 0.0226"/ 0.57404mm, 24 AWG/ 0.0201"/ 0.51054mm,
25 AWG/ 0.0179"/ 0.45466mm, 26 AWG/ 0.0159"/
0.40386mm, 27 AWG/ 0.0142"/ 0.36068mm, 28 AWG/ 0.0126"/
0.32004mm,
29 AWG/ 0.0113"/ 0.28702mm, 30 AWG/ 0.01"/
0.254mm, 31 AWG/ 0.0089"/ 0.22606mm, 32 AWG/ 0.008"/
0.2032mm,
33 AWG/ 0.0071"/ 0.18034mm, 34 AWG/ 0.0063"/
0.16002mm, 35 AWG/ 0.0056"/ 0.14224mm, 36 AWG/ 0.005"/
0.127mm,
37 AWG/ 0.0045"/ 0.1143mm, 38 AWG/ 0.004"/
0.1016mm, 39 AWG/ 0.0035"/ 0.0889mm, 40 AWG/ 0.0031"/
0.07874mm.
Metric
2.0 AWG/ 0.00787"/ 0.200mm, Metric 1.8 AWG/ 0.00709"/
0.180mm, Metric 1.6 AWG/ 0.0063"/ 0.16002mm,
Metric 1.4
AWG/ .00551"/ 0.140mm, Metric 1.25 AWG/ 0.00492"/ 0.125mm,
Metric 1.12 AWG/ .00441"/ 0.112mm,
Metric 1 AWG/
0.00394"/ 0.1000mm.
|
