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.141 Coaxial Cable – 50 Ω Semi-Rigid Tin-Lead-Plated Aluminum – Low-Loss, Non-Magnetic

EZ-141-AL-LA-TL

© EZ Form Cable Inc. All rights reserved.

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

Specifications

Dimensions

  • Center Conductor Diameter
    0.0403 in
  • Dielectric Diameter
    0.1175 in
  • Outer Conductor Diameter
    0.1410 in

Materials

  • Center Conductor Material
    SPC
  • Dielectric Material
    LD PTFE
  • Outer Conductor Material
    Aluminum
  • Outer Conductor Plating Material
    Tin-Lead
  • RoHS Compliant
    No

Mechanical Characteristics

  • Minimum Temperature
    −55 °C
  • Maximum Temperature
    +250 °C
  • Inside Bend Radius (Minimum)
    0.500 in
  • Weight
    1.67 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
    1900 VRMS
    max
  • Maximum Operating Frequency
    37 GHz
Attenuation
Frequencydb / 100 Ft Typical
0.5 GHz
7.8 db
1.0 GHz
10.8 db
5.0 GHz
24.8 db
10.0 GHz
35.7 db
18.0 GHz
48 db
26.5 GHz
58 db
Power
FrequencyWatts CW @ 20 °C (Max)
0.5 GHz
645 W
1.0 GHz
465 W
5.0 GHz
202 W
10.0 GHz
140 W
18.0 GHz
101 W
26.5 GHz
90 W

.141 Coaxial Cable – 50 Ω Semi-Rigid Tin-Lead-Plated Aluminum – Low-Loss, Non-Magnetic

EZ-141-AL-LA-TL

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

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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.

Additional information unique to microporous dielectrics:

Phase Vs. Temperature

Attenuation Vs. Temperature

To impede oxidation, we recommend keeping this product in its original packaging and storing it in a dry temperature controlled environment until consumed.

See more:

low-loss, non-magnetic

Specifications

Dimensions

  • Center Conductor Diameter
    0.0403 in
  • Dielectric Diameter
    0.1175 in
  • Outer Conductor Diameter
    0.1410 in

Materials

  • Center Conductor Material
    SPC
  • Dielectric Material
    LD PTFE
  • Outer Conductor Material
    Aluminum
  • Outer Conductor Plating Material
    Tin-Lead
  • RoHS Compliant
    No

Mechanical Characteristics

  • Minimum Temperature
    −55 °C
  • Maximum Temperature
    +250 °C
  • Inside Bend Radius (Minimum)
    0.500 in
  • Weight
    1.67 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
    1900 VRMS
    max
  • Maximum Operating Frequency
    37 GHz
Attenuation
Frequencydb / 100 Ft Typical
0.5 GHz
7.8 db
1.0 GHz
10.8 db
5.0 GHz
24.8 db
10.0 GHz
35.7 db
18.0 GHz
48 db
26.5 GHz
58 db
Power
FrequencyWatts CW @ 20 °C (Max)
0.5 GHz
645 W
1.0 GHz
465 W
5.0 GHz
202 W
10.0 GHz
140 W
18.0 GHz
101 W
26.5 GHz
90 W
Attenuation
Frequencydb / 100 Ft Typical
0.5 GHz
7.8 db
1.0 GHz
10.8 db
5.0 GHz
24.8 db
10.0 GHz
35.7 db
18.0 GHz
48 db
26.5 GHz
58 db
Power
FrequencyWatts CW @ 20 °C (Max)
0.5 GHz
645 W
1.0 GHz
465 W
5.0 GHz
202 W
10.0 GHz
140 W
18.0 GHz
101 W
26.5 GHz
90 W
.141 Coaxial Cable – 50 Ω Semi-Rigid Tin-Lead-Plated Aluminum – Low-Loss, Non-Magnetic
feet
Add to Quote