PS600LS-25G-P Low Loss Phase Stable Coaxial Cable | Up to 25GHz

PS600LS-25G-P phase stable coaxial cable exploded view showing silver copper conductor, LD-PTFE insulation, double shield and PUR jacket
Structural diagram of PS600LS-25G-P low loss phase stable coaxial cable

PS600LS-25G-P Low Loss Phase Stable Coaxial Cable | Up to 25GHz

Low Loss Phase Stable RF Coaxial Cable (Up to 25 GHz)

Max Frequency:DC-25GHz

Velocity of Prop.77%

Phase Stability ±0.2 °/GHz

Outer Diameter:6.0mm

Structure & Construction Characteristics

Structure LayerItemMaterialConstruction / Dimension
Inner ConductorMaterial & StrandingSilver Plated Copper19 / 0.29 mm (Nom. O.D. 1.45 mm)
InsulationDielectric MaterialLD-PTFE (Low Density PTFE)Nom. O.D. 4.25 mm
Inner ShieldWrapping LayerFlat Silver Plated Copper Wrapped StripNom. O.D. 4.45 mm
Outer ShieldBraid LayerRound Silver Plated Copper Braided WireNom. O.D. 4.90 mm
JacketOuter Protective LayerAqua PUR (Polyurethane)Nom. O.D. 6.00 mm

Mechanical & Environmental Parameters

Min. Bending Radius (Static)21.50 mmWeight0.072 kg/m
Min. Bending Radius (Dynamic)43.00 mmOperating Temperature-55 to +85 ℃

Electrical & Mechanical Characteristics

Impedance50 OhmMax Operating Frequency25 GHz
Capacitance87 pF/mScreening Effectiveness> 90 dB
Velocity of Propagation77%Dielectric Withstanding Voltage2500 V @ DC
Phase Change vs. Bending±0.2 °/GHzPhase Change vs. Temp (-45~+85℃)≤ 1500 PPM

Attenuation & Power Handling @ 25℃ & Sea Level

Attenuation Formula: IL = K1 * sqrt(F_MHz) + K2 * F_MHz
Constants: K1 = 0.795435 | K2 = 0.001179

Frequency (MHz)Nominal Attenuation (dB/100m)Max Power Handling (W)
50018.381435
100026.331001
240041.80631
300047.11560
600068.69384
800080.58327
1000091.34289
12400103.20256
18000127.95206
20000136.08194

Replaceable / Cross Reference Equivalents
The PS600L-25G-P is designed as a direct high-performance equivalent to industry-standard flexible cable series including SUCOFLEX 126E.

Frequently Asked Questions

What is the benefit of the LD-PTFE dielectric in PS600LS-25G-P?

 Low-density PTFE (LD-PTFE) provides a higher velocity of propagation (77%) and significantly lower attenuation compared to solid PTFE, ensuring high signal integrity up to 25 GHz.

How does the PS600LS-25G-P achieve phase stability under dynamic bending?

The combination of a 19-strand inner conductor with a flat silver-plated copper tape inner shield and braided outer shield minimizes mechanical strain on the dielectric during movement, holding phase change to ±0.2 °/GHz.

Why choose an Aqua PUR jacket over standard FEP?

Polyurethane (PUR) offers superior flexibility, abrasion resistance, and flex-life durability in dynamic test environments, maintaining robust mechanical integrity across -55℃ to +85℃.

Need a Custom Solution?

To design the right custom RF coaxial cable, please share key details such as frequency range, application, required flexibility, installation space limitations, temperature requirements, and any existing cable model you are replacing. The more information you provide, the faster we can recommend the optimal cable solution.

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