The newest evolution of our phase stable cables
FEATURES
ADVANTAGES
BENEFITS
Foamed fluoropolymer dielectric
Increased phase stability
Meet difficult phase requirements over a large range of temperatures
Insertion loss stability during flexure
Exceed challenging dynamic application requirements
Helically wrapped SPC primary shield
Reduced cable loss
Meet challenging system gain or signal-to-noise requirements
Reduced leakage
Improved system performance
Fully captivated connectors
Increased connector retention
Reduced chance of degradation after install or use
Combination hex/knurl coupling nuts
Easier to tighten, while still able to torque
Reduced fatigue, increased repeatability
FlatPhase™ 100
Cable Designator
950
Diameter (in/mm)
0.094 / 2.39
Operating Frequency (Max, GHz)
50
Attenuation–Nom @ 2 GHz (dB/ft)
0.355
Attenuation–Nom @ 10 GHz (dB/ft)
0.835
Attenuation–Nom @ 18 GHz (dB/ft)
1.153
Attenuation–Nom @ 26.5 GHz (dB/ft)
1.433
Attenuation–Nom @ 32 GHz (dB/ft)
1.596
Attenuation–Nom @ 40 GHz (dB/ft)
1.815
Attenuation–Nom @ 50 GHz (dB/ft)
2.068
Power Handling -- Avg Power in Watts @ 1 GHz
140
Phase Stability vs. Temp -- ppm (nom/tolerance)
–55°C
-0.46 /100
+20°C
-0.56 / 100
+85°C
-0.58 / 100
Phase Stability vs. Flexure† (@ 50 GHz, nom)
±17.1°
Shielding Effectiveness–Min‡ (dB @ 1 GHz)
> –90
Typical VSWR (2 straight connectors)
1.37 to 50 GHz
Min Bend Radius (in/mm)
Static
0.47 / 11.9
Dynamic
0.94 / 23.9
Connector Retention to 50 GHz, pull (lbs/kg)
25 / 11.3
Velocity of Propagation (%)
80.7
Weight (grams/ft & /m)
4.71 / 15.45
Operating Temperature Range (°C)
-55 to +125
† ± 360 degree bends around a 20 x cable OD mandrel.‡ Subject to connector choice.
Specifications subject to change without notice.
