Andrew FSJ2-50
The Andrew FSJ2-50 is a 3/8" superflexible heliax coaxial cable. The impedance is 50Ω, maximum frequency is 13.4 GHz, and peak power is 13.2 kW.
| Series | 1/4 in superflexible |
|---|---|
| Impedance | 50 ±1Ω |
| Max Frequency | 20.4 GHz |
| Velocity | 84.00% |
| Peak Power | 6.4 kW |
| DC Resistance | Inner: 3.0Ω/1000 ft, 9.8Ω/1000 m / Outer: 2.0Ω/1000 ft, 6.5Ω/1000 m |
| DC Breakdown | 1600 Volts |
| Jacket Spark | 5000 Volts RMS |
| Capacitance | 24.2 ρF/ft / 79.4 ρF/m |
| Inductance | 0.061 μH/ft / 0.200 μH/m |
| Outer Conductor Material | Copper |
| Inner Conductor Material | Copper-Clad Aluminum |
| Diameter over Jacket, Standard Jacket | 0.29 in / 7.4 mm |
| Diameter Outer Conductor | 0.25 in / 6.4 mm |
| Diameter Inner Conductor | 0.075 in / 1.9 mm |
| Min Bending Radius | 1 in / 25 mm |
| Number of Bends | 15 minimum, 20 typical |
| Bending Moment | 0.8 lbs-ft / 1.1 N*m |
| Nominal Size | 1/4 in |
| Cable Weight | 0.045 lb/ft / 0.067 kg/m |
| Tensile Strength | 150 lbs / 68 kg |
| Flat Plate Crush Strength | 100 lbs/in / 1.8 kg/mm |
| 0.5 MHz | Attenuation: 0.124 dB/100 ft; 0.407 dB/100 m at 20°C / Avg Pwr: 6.40 kW at Ambient 40°C, Inner conductor 100°C |
| 1 MHz | Attenuation: 0.176 dB/100 ft; 0.577 dB/100 m at 20°C / Avg Pwr: 6.40 kW at Ambient 40°C, Inner conductor 100°C |
| 1.5 MHz | Attenuation: 0.215 dB/100 ft; 0.707 dB/100 m at 20°C / Avg Pwr: 6.40 kW at Ambient 40°C, Inner conductor 100°C |
| 2 MHz | Attenuation: 0.249 dB/100 ft; 0.816 dB/100 m at 20°C / Avg Pwr: 6.40 kW at Ambient 40°C, Inner conductor 100°C |
| 10 MHz | Attenuation: 0.559 dB/100 ft; 1.83 dB/100 m at 20°C / Avg Pwr: 3.97 kW at Ambient 40°C, Inner conductor 100°C |
| 20 MHz | Attenuation: 0.792 dB/100 ft; 2.60 dB/100 m at 20°C / Avg Pwr: 2.80 kW at Ambient 40°C, Inner conductor 100°C |
| 30 MHz | Attenuation: 0.973 dB/100 ft; 3.19 dB/100 m at 20°C / Avg Pwr: 2.28 kW at Ambient 40°C, Inner conductor 100°C |
| 50 MHz | Attenuation: 1.26 dB/100 ft; 4.14 dB/100 m at 20°C / Avg Pwr: 1.76 kW at Ambient 40°C, Inner conductor 100°C |
| 88 MHz | Attenuation: 1.68 dB/100 ft; 5.52 dB/100 m at 20°C / Avg Pwr: 1.32 kW at Ambient 40°C, Inner conductor 100°C |
| 100 MHz | Attenuation: 1.79 dB/100 ft; 5.89 dB/100 m at 20°C / Avg Pwr: 1.23 kW at Ambient 40°C, Inner conductor 100°C |
| 108 MHz | Attenuation: 1.87 dB/100 ft; 6.13 dB/100 m at 20°C / Avg Pwr: 1.19 kW at Ambient 40°C, Inner conductor 100°C |
| 150 MHz | Attenuation: 2.21 dB/100 ft; 7.25 dB/100 m at 20°C / Avg Pwr: 1.00 kW at Ambient 40°C, Inner conductor 100°C |
| 174 MHz | Attenuation: 2.39 dB/100 ft; 7.82 dB/100 m at 20°C / Avg Pwr: 0.929 kW at Ambient 40°C, Inner conductor 100°C |
| 200 MHz | Attenuation: 2.56 dB/100 ft; 8.41 dB/100 m at 20°C / Avg Pwr: 0.865 kW at Ambient 40°C, Inner conductor 100°C |
| 300 MHz | Attenuation: 3.16 dB/100 ft; 10.4 dB/100 m at 20°C / Avg Pwr: 0.701 kW at Ambient 40°C, Inner conductor 100°C |
| 400 MHz | Attenuation: 3.67 dB/100 ft; 12.1 dB/100 m at 20°C / Avg Pwr: 0.603 kW at Ambient 40°C, Inner conductor 100°C |
| 450 MHz | Attenuation: 3.91 dB/100 ft; 12.8 dB/100 m at 20°C / Avg Pwr: 0.567 kW at Ambient 40°C, Inner conductor 100°C |
| 500 MHz | Attenuation: 4.13 dB/100 ft; 13.5 dB/100 m at 20°C / Avg Pwr: 0.537 kW at Ambient 40°C, Inner conductor 100°C |
| 512 MHz | Attenuation: 4.18 dB/100 ft; 13.7 dB/100 m at 20°C / Avg Pwr: 0.530 kW at Ambient 40°C, Inner conductor 100°C |
| 600 MHz | Attenuation: 4.54 dB/100 ft; 14.9 dB/100 m at 20°C / Avg Pwr: 0.488 kW at Ambient 40°C, Inner conductor 100°C |
| 700 MHz | Attenuation: 4.93 dB/100 ft; 16.2 dB/100 m at 20°C / Avg Pwr: 0.450 kW at Ambient 40°C, Inner conductor 100°C |
| 800 MHz | Attenuation: 5.29 dB/100 ft; 17.4 dB/100 m at 20°C / Avg Pwr: 0.419 kW at Ambient 40°C, Inner conductor 100°C |
| 824 MHz | Attenuation: 5.38 dB/100 ft; 17.6 dB/100 m at 20°C / Avg Pwr: 0.412 kW at Ambient 40°C, Inner conductor 100°C |
| 894 MHz | Attenuation: 5.61 dB/100 ft; 18.4 dB/100 m at 20°C / Avg Pwr: 0.395 kW at Ambient 40°C, Inner conductor 100°C |
| 960 MHz | Attenuation: 5.83 dB/100 ft; 19.1 dB/100 m at 20°C / Avg Pwr: 0.380 kW at Ambient 40°C, Inner conductor 100°C |
| 1000 MHz | Attenuation: 5.96 dB/100 ft; 19.6 dB/100 m at 20°C / Avg Pwr: 0.372 kW at Ambient 40°C, Inner conductor 100°C |
| 1250 MHz | Attenuation: 6.72 dB/100 ft; 22.0 dB/100 m at 20°C / Avg Pwr: 0.330 kW at Ambient 40°C, Inner conductor 100°C |
| 1500 MHz | Attenuation: 7.41 dB/100 ft; 24.3 dB/100 m at 20°C / Avg Pwr: 0.299 kW at Ambient 40°C, Inner conductor 100°C |
| 1700 MHz | Attenuation: 7.94 dB/100 ft; 26.0 dB/100 m at 20°C / Avg Pwr: 0.279 kW at Ambient 40°C, Inner conductor 100°C |
| 1800 MHz | Attenuation: 8.19 dB/100 f |
$2.18
In stock
The Andrew FSJ2-50 is a 3/8" superflexible heliax coaxial cable. The impedance is 50Ω, maximum frequency is 13.4 GHz, and peak power is 13.2 kW.
| Series | 1/4 in superflexible |
|---|---|
| Impedance | 50 ±1Ω |
| Max Frequency | 20.4 GHz |
| Velocity | 84.00% |
| Peak Power | 6.4 kW |
| DC Resistance | Inner: 3.0Ω/1000 ft, 9.8Ω/1000 m / Outer: 2.0Ω/1000 ft, 6.5Ω/1000 m |
| DC Breakdown | 1600 Volts |
| Jacket Spark | 5000 Volts RMS |
| Capacitance | 24.2 ρF/ft / 79.4 ρF/m |
| Inductance | 0.061 μH/ft / 0.200 μH/m |
| Outer Conductor Material | Copper |
| Inner Conductor Material | Copper-Clad Aluminum |
| Diameter over Jacket, Standard Jacket | 0.29 in / 7.4 mm |
| Diameter Outer Conductor | 0.25 in / 6.4 mm |
| Diameter Inner Conductor | 0.075 in / 1.9 mm |
| Min Bending Radius | 1 in / 25 mm |
| Number of Bends | 15 minimum, 20 typical |
| Bending Moment | 0.8 lbs-ft / 1.1 N*m |
| Nominal Size | 1/4 in |
| Cable Weight | 0.045 lb/ft / 0.067 kg/m |
| Tensile Strength | 150 lbs / 68 kg |
| Flat Plate Crush Strength | 100 lbs/in / 1.8 kg/mm |
| 0.5 MHz | Attenuation: 0.124 dB/100 ft; 0.407 dB/100 m at 20°C / Avg Pwr: 6.40 kW at Ambient 40°C, Inner conductor 100°C |
| 1 MHz | Attenuation: 0.176 dB/100 ft; 0.577 dB/100 m at 20°C / Avg Pwr: 6.40 kW at Ambient 40°C, Inner conductor 100°C |
| 1.5 MHz | Attenuation: 0.215 dB/100 ft; 0.707 dB/100 m at 20°C / Avg Pwr: 6.40 kW at Ambient 40°C, Inner conductor 100°C |
| 2 MHz | Attenuation: 0.249 dB/100 ft; 0.816 dB/100 m at 20°C / Avg Pwr: 6.40 kW at Ambient 40°C, Inner conductor 100°C |
| 10 MHz | Attenuation: 0.559 dB/100 ft; 1.83 dB/100 m at 20°C / Avg Pwr: 3.97 kW at Ambient 40°C, Inner conductor 100°C |
| 20 MHz | Attenuation: 0.792 dB/100 ft; 2.60 dB/100 m at 20°C / Avg Pwr: 2.80 kW at Ambient 40°C, Inner conductor 100°C |
| 30 MHz | Attenuation: 0.973 dB/100 ft; 3.19 dB/100 m at 20°C / Avg Pwr: 2.28 kW at Ambient 40°C, Inner conductor 100°C |
| 50 MHz | Attenuation: 1.26 dB/100 ft; 4.14 dB/100 m at 20°C / Avg Pwr: 1.76 kW at Ambient 40°C, Inner conductor 100°C |
| 88 MHz | Attenuation: 1.68 dB/100 ft; 5.52 dB/100 m at 20°C / Avg Pwr: 1.32 kW at Ambient 40°C, Inner conductor 100°C |
| 100 MHz | Attenuation: 1.79 dB/100 ft; 5.89 dB/100 m at 20°C / Avg Pwr: 1.23 kW at Ambient 40°C, Inner conductor 100°C |
| 108 MHz | Attenuation: 1.87 dB/100 ft; 6.13 dB/100 m at 20°C / Avg Pwr: 1.19 kW at Ambient 40°C, Inner conductor 100°C |
| 150 MHz | Attenuation: 2.21 dB/100 ft; 7.25 dB/100 m at 20°C / Avg Pwr: 1.00 kW at Ambient 40°C, Inner conductor 100°C |
| 174 MHz | Attenuation: 2.39 dB/100 ft; 7.82 dB/100 m at 20°C / Avg Pwr: 0.929 kW at Ambient 40°C, Inner conductor 100°C |
| 200 MHz | Attenuation: 2.56 dB/100 ft; 8.41 dB/100 m at 20°C / Avg Pwr: 0.865 kW at Ambient 40°C, Inner conductor 100°C |
| 300 MHz | Attenuation: 3.16 dB/100 ft; 10.4 dB/100 m at 20°C / Avg Pwr: 0.701 kW at Ambient 40°C, Inner conductor 100°C |
| 400 MHz | Attenuation: 3.67 dB/100 ft; 12.1 dB/100 m at 20°C / Avg Pwr: 0.603 kW at Ambient 40°C, Inner conductor 100°C |
| 450 MHz | Attenuation: 3.91 dB/100 ft; 12.8 dB/100 m at 20°C / Avg Pwr: 0.567 kW at Ambient 40°C, Inner conductor 100°C |
| 500 MHz | Attenuation: 4.13 dB/100 ft; 13.5 dB/100 m at 20°C / Avg Pwr: 0.537 kW at Ambient 40°C, Inner conductor 100°C |
| 512 MHz | Attenuation: 4.18 dB/100 ft; 13.7 dB/100 m at 20°C / Avg Pwr: 0.530 kW at Ambient 40°C, Inner conductor 100°C |
| 600 MHz | Attenuation: 4.54 dB/100 ft; 14.9 dB/100 m at 20°C / Avg Pwr: 0.488 kW at Ambient 40°C, Inner conductor 100°C |
| 700 MHz | Attenuation: 4.93 dB/100 ft; 16.2 dB/100 m at 20°C / Avg Pwr: 0.450 kW at Ambient 40°C, Inner conductor 100°C |
| 800 MHz | Attenuation: 5.29 dB/100 ft; 17.4 dB/100 m at 20°C / Avg Pwr: 0.419 kW at Ambient 40°C, Inner conductor 100°C |
| 824 MHz | Attenuation: 5.38 dB/100 ft; 17.6 dB/100 m at 20°C / Avg Pwr: 0.412 kW at Ambient 40°C, Inner conductor 100°C |
| 894 MHz | Attenuation: 5.61 dB/100 ft; 18.4 dB/100 m at 20°C / Avg Pwr: 0.395 kW at Ambient 40°C, Inner conductor 100°C |
| 960 MHz | Attenuation: 5.83 dB/100 ft; 19.1 dB/100 m at 20°C / Avg Pwr: 0.380 kW at Ambient 40°C, Inner conductor 100°C |
| 1000 MHz | Attenuation: 5.96 dB/100 ft; 19.6 dB/100 m at 20°C / Avg Pwr: 0.372 kW at Ambient 40°C, Inner conductor 100°C |
| 1250 MHz | Attenuation: 6.72 dB/100 ft; 22.0 dB/100 m at 20°C / Avg Pwr: 0.330 kW at Ambient 40°C, Inner conductor 100°C |
| 1500 MHz | Attenuation: 7.41 dB/100 ft; 24.3 dB/100 m at 20°C / Avg Pwr: 0.299 kW at Ambient 40°C, Inner conductor 100°C |
| 1700 MHz | Attenuation: 7.94 dB/100 ft; 26.0 dB/100 m at 20°C / Avg Pwr: 0.279 kW at Ambient 40°C, Inner conductor 100°C |
| 1800 MHz | Attenuation: 8.19 dB/100 f |
| Categories | Default |
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