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.0865 Coaxial Cable – Semi-Rigid Jacketed Tin-Plated Aluminum – Low-Loss, Non-Magnetic
EZ-86-AL-LA-TPJ
⌀.0865" Semi-Rigid Tin-Plated Aluminum Outer Conductor, SPC Center Conductor, LD PTFE Dielectric, PVC (Blue) Jacket. Low-Loss, Non-Magnetic.

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 MaterialAluminum
-
Outer Conductor Plating MaterialTin
-
Jacket MaterialPVC (Blue)
-
RoHS CompliantYes
Mechanical Characteristics
-
Minimum Temperature−55 °C
-
Maximum Temperature+225 °C
-
Inside Bend Radius (Minimum)0.250 in
-
Weight0.68 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 Voltage1500 VRMSmax
-
Maximum Operating Frequency64 GHz
Attenuation
Frequency | db / 100 Ft Typical |
---|---|
0.5 GHz | 13 db |
1.0 GHz | 18.8 db |
5.0 GHz | 43 db |
10.0 GHz | 60.8 db |
18.0 GHz | 83.5 db |
26.5 GHz | 98.4 db |
40.0 GHz | 123.6 db |
50.0 GHz | 139.8 db |
65.0 GHz | 162.4 db |
Power
Frequency | Watts CW @ 20 °C (Max) |
---|---|
0.5 GHz | 310 W |
1.0 GHz | 215 W |
5.0 GHz | 98 W |
10.0 GHz | 68 W |
18.0 GHz | 49 W |
26.5 GHz | 39 W |
40.0 GHz | 32 W |
50.0 GHz | 29 W |
65.0 GHz | 25 W |
.0865 Coaxial Cable – Semi-Rigid Jacketed Tin-Plated Aluminum – Low-Loss, Non-Magnetic
EZ-86-AL-LA-TPJ
⌀.0865" Semi-Rigid Tin-Plated Aluminum Outer Conductor, SPC Center Conductor, LD PTFE Dielectric, PVC (Blue) Jacket. Low-Loss, Non-Magnetic.

EZ Form aluminum jacketed semi-rigid LA (Low Attenuation) cables feature a microporous dielectric, that facilitates lower attenuation and higher operating temperatures as well as greater phase stability vs. temperature when compared to solid PTFE semi-rigid cables. Aluminum Jacketed cables have the added advantage of being 40% lighter than their copper jacketed equivalents.
To impede oxidation, we recommend keeping this product in its original packaging and storing it in a dry temperature controlled environment until consumed.
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 MaterialAluminum
-
Outer Conductor Plating MaterialTin
-
Jacket MaterialPVC (Blue)
-
RoHS CompliantYes
Mechanical Characteristics
-
Minimum Temperature−55 °C
-
Maximum Temperature+225 °C
-
Inside Bend Radius (Minimum)0.250 in
-
Weight0.68 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 Voltage1500 VRMSmax
-
Maximum Operating Frequency64 GHz
Attenuation
Frequency | db / 100 Ft Typical |
---|---|
0.5 GHz | 13 db |
1.0 GHz | 18.8 db |
5.0 GHz | 43 db |
10.0 GHz | 60.8 db |
18.0 GHz | 83.5 db |
26.5 GHz | 98.4 db |
40.0 GHz | 123.6 db |
50.0 GHz | 139.8 db |
65.0 GHz | 162.4 db |
Power
Frequency | Watts CW @ 20 °C (Max) |
---|---|
0.5 GHz | 310 W |
1.0 GHz | 215 W |
5.0 GHz | 98 W |
10.0 GHz | 68 W |
18.0 GHz | 49 W |
26.5 GHz | 39 W |
40.0 GHz | 32 W |
50.0 GHz | 29 W |
65.0 GHz | 25 W |
Attenuation
Frequency | db / 100 Ft Typical |
---|---|
0.5 GHz | 13 db |
1.0 GHz | 18.8 db |
5.0 GHz | 43 db |
10.0 GHz | 60.8 db |
18.0 GHz | 83.5 db |
26.5 GHz | 98.4 db |
40.0 GHz | 123.6 db |
50.0 GHz | 139.8 db |
65.0 GHz | 162.4 db |
Power
Frequency | Watts CW @ 20 °C (Max) |
---|---|
0.5 GHz | 310 W |
1.0 GHz | 215 W |
5.0 GHz | 98 W |
10.0 GHz | 68 W |
18.0 GHz | 49 W |
26.5 GHz | 39 W |
40.0 GHz | 32 W |
50.0 GHz | 29 W |
65.0 GHz | 25 W |