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.0865 Coaxial Cable – Semi-Rigid Copper-Lined Stainless Steel – Low-Loss
EZ-86-LA-SSCL
⌀.0865" Semi-Rigid Copper-Lined Stainless Steel Outer Conductor, SPC Center Conductor, LD PTFE Dielectric. Low-Loss.

Specifications
Dimensions
-
Center Conductor Diameter0.0226 in
-
Dielectric Diameter0.0660 in
-
Outer Conductor Diameter0.0865 in
Materials
-
Center Conductor MaterialSPC
-
Dielectric MaterialLD PTFE
-
Outer Conductor MaterialCopper-lined, Stainless Steel
-
RoHS CompliantYes
Mechanical Characteristics
-
Minimum Temperature−55 °C
-
Maximum Temperature+200 °C
-
Inside Bend Radius (Minimum)0.250 in
-
Weight1.50 lbsper 100 ft
Electrical Characteristics
-
Nominal Impedance50.0 Ω
-
Nominal Impedance Margin±1.5 Ω
-
Velocity of Propagation76.50%
-
Shielding Effectiveness>165 db
-
Voltage Withstanding5000 VRMS@ 60 Hz
-
Continuous Working Voltage1900 VRMSmax
-
Maximum Operating Frequency61 GHz
Attenuation
Frequency | db / 100 Ft Typical |
---|---|
0.5 GHz | 11.6 db |
1.0 GHz | 16.5 db |
5.0 GHz | 37.3 db |
10.0 GHz | 53.3 db |
18.0 GHz | 72.4 db |
26.5 GHz | 88.7 db |
40.0 GHz | 110.4 db |
50.0 GHz | 124.4 db |
65.0 GHz | 143.2 db |
Power
Frequency | Watts CW @ 20 °C (Max) |
---|---|
0.5 GHz | 340 W |
1.0 GHz | 240 W |
5.0 GHz | 105 W |
10.0 GHz | 73 W |
18.0 GHz | 54 W |
26.5 GHz | 44 W |
40.0 GHz | 36 W |
50.0 GHz | 32 W |
65.0 GHz | 28 W |
.0865 Coaxial Cable – Semi-Rigid Copper-Lined Stainless Steel – Low-Loss
EZ-86-LA-SSCL
⌀.0865" Semi-Rigid Copper-Lined Stainless Steel Outer Conductor, SPC Center Conductor, LD PTFE Dielectric. Low-Loss.

EZ Form stainless steel jacketed semi-rigid cables were developed for applications where low thermal heat transfer is required. Typical applications include cryogenic feed cables and RF ablation medical instruments. These cables are available with solid PTFE, microporous, and EZ Form Phase-Stable dielectrics. Copper lined (CL) versions are available for non-cryogenic applications that require traditional electrical performance. Standard connectors can be attached to these cables by specifying tin plating on the outer conductor.
Additional information unique to microporous dielectrics:
Phase Vs. Temperature
Attenuation Vs. Temperature
See more:
Specifications
Dimensions
-
Center Conductor Diameter0.0226 in
-
Dielectric Diameter0.0660 in
-
Outer Conductor Diameter0.0865 in
Materials
-
Center Conductor MaterialSPC
-
Dielectric MaterialLD PTFE
-
Outer Conductor MaterialCopper-lined, Stainless Steel
-
RoHS CompliantYes
Mechanical Characteristics
-
Minimum Temperature−55 °C
-
Maximum Temperature+200 °C
-
Inside Bend Radius (Minimum)0.250 in
-
Weight1.50 lbsper 100 ft
Electrical Characteristics
-
Nominal Impedance50.0 Ω
-
Nominal Impedance Margin±1.5 Ω
-
Velocity of Propagation76.50%
-
Shielding Effectiveness>165 db
-
Voltage Withstanding5000 VRMS@ 60 Hz
-
Continuous Working Voltage1900 VRMSmax
-
Maximum Operating Frequency61 GHz
Attenuation
Frequency | db / 100 Ft Typical |
---|---|
0.5 GHz | 11.6 db |
1.0 GHz | 16.5 db |
5.0 GHz | 37.3 db |
10.0 GHz | 53.3 db |
18.0 GHz | 72.4 db |
26.5 GHz | 88.7 db |
40.0 GHz | 110.4 db |
50.0 GHz | 124.4 db |
65.0 GHz | 143.2 db |
Power
Frequency | Watts CW @ 20 °C (Max) |
---|---|
0.5 GHz | 340 W |
1.0 GHz | 240 W |
5.0 GHz | 105 W |
10.0 GHz | 73 W |
18.0 GHz | 54 W |
26.5 GHz | 44 W |
40.0 GHz | 36 W |
50.0 GHz | 32 W |
65.0 GHz | 28 W |
Attenuation
Frequency | db / 100 Ft Typical |
---|---|
0.5 GHz | 11.6 db |
1.0 GHz | 16.5 db |
5.0 GHz | 37.3 db |
10.0 GHz | 53.3 db |
18.0 GHz | 72.4 db |
26.5 GHz | 88.7 db |
40.0 GHz | 110.4 db |
50.0 GHz | 124.4 db |
65.0 GHz | 143.2 db |
Power
Frequency | Watts CW @ 20 °C (Max) |
---|---|
0.5 GHz | 340 W |
1.0 GHz | 240 W |
5.0 GHz | 105 W |
10.0 GHz | 73 W |
18.0 GHz | 54 W |
26.5 GHz | 44 W |
40.0 GHz | 36 W |
50.0 GHz | 32 W |
65.0 GHz | 28 W |