HIS (High Strength) Coaxial Cable

HIS (High Strength) Coaxial Cable
HIS (High
Strength)
Coaxial Cable
Construction:
Center Conductor: stranded, silver plated copper clad steel (alloys optional)
Dielectric: solid PTFE
Braid: silver plated copper clad steel (alloys optional)
Jacket: FEP
Designed for specific applications
Harbour Industries high strength coaxial cables have been designed for applications where breakage or fatigue is a concern. Frequently, installation
or termination and severe vibration of smaller size MIL-C-17 coaxial cables result in stressing of individual strands of the outer braid or the center
conductor. To correct this situation, Harbour’s High Strength HIS cables have been designed with conductors exhibiting higher break strengths
than standard silver plated copper. Accordingly, a flex life 25 times greater than comparable RG constructions can be expected.
Catalog
Number
HIS 178
HIS 179
HIS 180
HIS 316
MIL-C-17
Counterpart
RG 178
RG 179
RG 180
RG 316
Impedance Capacitance Center Conductor
(ohm’s)
(pF/ft.)
Diameter
50
75
95
50
32
23
17
32
.0120” (7/.0040”)
.0120” (7/.0040”)
.0120” (7/.0040”)
.0201” (7/.0067”)
Dielectric
Diameter
.033”
.063”
.102”
.060”
Overall Operating
Diameter Temp. ˚ C
.071”
.100”
.141”
.098”
-55
-55
-55
-55
+200
+200
+200
+200
TRX (Triaxial) Cable
Construction:
Center Conductor: silver plated copper or copper clad steel
Dielectric: solid PTFE
Inner braid: silver plated copper
Interlayer: FEP
Outer Braid: silver plated copper
Jacket: FEP
Isolation of the shields and improved shielding
Periodically, isolation of shields in a coaxial cable is an important consideration. Harbour has designed a number of triaxial cables,
expanding the product line offered in the MIL-C-17 specification. (Currently, the MIL-C-17 specification defines only one triaxial
design — M17/131-RG403, a triaxial version of M17/93-RG178.) With an existing double braided design, an interlayer of
insulation is used between the two braids. With a single braided cable, an interlayer and a second braid is used. Complete isolation
between the braids is realized, in addition to achieving a more effective shield configuration.
Catalog
Number
M17/131-RG403
TRX316
TRX142
TRX400
TRX179
TRX180
Center
Conductor
SCCS
SCCS
SCCS
SC
SCCS
Center
Conductor
Diameter
.0120”(7/.004”)
.0201”(7/.0067”)
.037”solid
.0384”(19/.008”)
.0120”(7/.004”)
.0120”(7/.004”)
Dieletric Inner Diameter Diameter Outer Diameter Overall Operating
Diameter Shield Over Inner Over
Shield Over Outer Diameter Temperature
Shield Interlayer
Shield
Range (º C)
.033”
.060”
.116”
.116”
.063”
.102”
SPC
SPC
SPC
SPC
SPC
SPC
SCCS
All figures referenced above are nominal unless otherwise specified.
17
.049”
.076”
.136”
.136”
.079”
.118”
.074”
.096”
.166”
.166”
.099”
.138”
SPC
SPC
SPC
SPC
SPC
SPC
.090”
.112”
.186”
.186”
.115”
.154”
.116”
.140”
.215”
.215”
.141”
.180”
-55
-55
-55
-55
-55
-55
+200
+200
+200
+200
+200
+200
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