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.0865 Coaxial Cable – 50 Ω Semi-Rigid Silver-Plated Aluminum – Low-Loss, Non-Magnetic

EZ-86-AL-LA-SP

© EZ Form Cable Inc. All rights reserved.

⌀.0865" Semi-Rigid Silver-Plated Aluminum Outer Conductor, SPC Center Conductor, LD PTFE Dielectric, 50 Ω. Low-Loss, Non-Magnetic.

Specifications

Dimensions

  • Center Conductor Diameter
    0.0226 in
  • Dielectric Diameter
    0.0660 in
  • Outer Conductor Diameter
    0.0865 in

Materials

  • Center Conductor Material
    SPC
  • Dielectric Material
    LD PTFE
  • Outer Conductor Material
    Aluminum
  • Outer Conductor Plating Material
    Silver
  • RoHS Compliant
    Yes

Mechanical Characteristics

  • Minimum Temperature
    −55 °C
  • Maximum Temperature
    +225 °C
  • Inside Bend Radius (Minimum)
    0.250 in
  • Weight
    0.63 lbs
    per 100 ft

Electrical Characteristics

  • Nominal Impedance
    50.0 Ω
  • Nominal Impedance Margin
    ±1.5 Ω
  • Velocity of Propagation
    76.50%
  • Shielding Effectiveness
    >165 db
  • Voltage Withstanding
    5000 VRMS
    @ 60 Hz
  • Continuous Working Voltage
    1500 VRMS
    max
  • Maximum Operating Frequency
    64 GHz
Attenuation
Frequencydb / 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
83.4 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
FrequencyWatts 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 – 50 Ω Semi-Rigid Silver-Plated Aluminum – Low-Loss, Non-Magnetic

EZ-86-AL-LA-SP

⌀.0865" Semi-Rigid Silver-Plated Aluminum Outer Conductor, SPC Center Conductor, LD PTFE Dielectric, 50 Ω. Low-Loss, Non-Magnetic.

feet
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Datasheet

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:

low-loss, non-magnetic

Specifications

Dimensions

  • Center Conductor Diameter
    0.0226 in
  • Dielectric Diameter
    0.0660 in
  • Outer Conductor Diameter
    0.0865 in

Materials

  • Center Conductor Material
    SPC
  • Dielectric Material
    LD PTFE
  • Outer Conductor Material
    Aluminum
  • Outer Conductor Plating Material
    Silver
  • RoHS Compliant
    Yes

Mechanical Characteristics

  • Minimum Temperature
    −55 °C
  • Maximum Temperature
    +225 °C
  • Inside Bend Radius (Minimum)
    0.250 in
  • Weight
    0.63 lbs
    per 100 ft

Electrical Characteristics

  • Nominal Impedance
    50.0 Ω
  • Nominal Impedance Margin
    ±1.5 Ω
  • Velocity of Propagation
    76.50%
  • Shielding Effectiveness
    >165 db
  • Voltage Withstanding
    5000 VRMS
    @ 60 Hz
  • Continuous Working Voltage
    1500 VRMS
    max
  • Maximum Operating Frequency
    64 GHz
Attenuation
Frequencydb / 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
83.4 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
FrequencyWatts 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
Frequencydb / 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
83.4 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
FrequencyWatts 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 – 50 Ω Semi-Rigid Silver-Plated Aluminum – Low-Loss, Non-Magnetic
feet
Add to Quote