PS1200L-10G-F 10GHz Low Loss Phase Stable Coaxial Cable (12mm)

Exploded view diagram of PS1200L-10G-F 10GHz low loss phase stable RF coaxial cable
Layer breakdown of PS1200L-10G-F showing silver-plated copper inner conductor, LD-PTFE insulation, double shielding, and jacket (12.00mm O.D.).

PS1200L-10G-F 10GHz Low Loss Phase Stable Coaxial Cable (12mm)

10GHz High-Power Low-Loss Phase Stable Coaxial Cable

Max Frequency:DC-10GHz

Velocity of Prop.84%

Screening Effectiveness: > 90 dB

Outer Diameter:12mm

Structure & Construction Characteristics

Layer / StructureMaterialConstruction (mm)Nom. O.D. (mm)
Inner ConductorSilver Plated Copper1 / 3.803.80
Insulation (Dielectric)LD-PTFE10.30
Inner ShieldSilver Plated Copper Strip10.60
Outer ShieldSilver Plated Copper Wire Braid11.15
JacketGray FEP12.00

Mechanical & Environmental Parameters

Min. Bending Radius (Static)60.0 mm
Min. Bending Radius (Dynamic)120.0 mm
Nominal Weight0.282 kg/m
Operating Temperature Range-55 ℃ to +165 ℃

Electrical & Mechanical Characteristics

Electrical ParameterStandard Value
Impedance50 Ω
Capacitance80 pF/m
Velocity of Propagation84%
Max Operating Frequency10 GHz
Screening Effectiveness> 90 dB
Dielectric Withstanding Voltage5000 V DC
Phase Change vs. Bending±0.3 °/GHz
Phase Change vs. Temperature (-45~+85℃)≤ 750 PPM

Attenuation & Power Handling @ 25℃ & Sea Level

Insertion Loss Formula: IL = K1 * sqrt(F_MHz) + K2 * F_MHz (dB/100m)
Constants: K1 = 0.298515, K2 = 0.000510

Frequency (MHz)Nom. Attenuation (dB/100m @ 25℃)Max. Power Handling (W @ 40℃)
3005.325691
5006.934372
10009.953045
200014.372108
300017.881694
400020.921448
500023.661281
600026.181157
700028.551061
800030.78984
1000034.95867

Cross Reference Compatibility: The PS1200L-10G-F provides drop-in technical equivalence for high-power 12mm low-loss phase-stable coaxial cables requiring low dielectric loss and high power threshold up to 10 GHz.

Frequently Asked Questions

What is the maximum operating frequency and velocity for PS1200L-10G-F?

PS1200L-10G-F is rated for operation from DC to 10 GHz with a high velocity of propagation of 84%, leveraging its low-density PTFE (LD-PTFE) insulation layer.

What are the minimum bend radius requirements for installation?

The cable requires a static minimum bend radius of 60.0 mm and a dynamic minimum bend radius of 120.0 mm to preserve phase stability and structural integrity during flexing.

How is the high power handling achieved in this 12mm coax model?

Through a large 3.80mm silver-plated copper conductor combined with LD-PTFE dielectric and double metallic shielding, enabling thermal resistance up to 165℃ and maximum power handling up to 5691 W at 300 MHz.

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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