PS160L-110G-F 110GHz Micro Flexible Phase Stable Coaxial Cable

Exploded view diagram of PS160L-110G-F 110GHz phase stable RF coaxial cable
Internal layers of PS160L-110G-F coaxial cable including silver-plated copper inner conductor, solid PTFE dielectric, double shields, and FEP outer jacket.

PS160L-110G-F 110GHz Micro Flexible Phase Stable Coaxial Cable

110GHz Ultra-High Frequency Micro Flexible Phase Stable CableSolid PTFE

Max Frequency:DC-110GHz

Velocity of Prop.70%

Screening Effectiveness: > 90 dB

Outer Diameter:1.6mm

Structure & Construction Characteristics

Layer / StructureMaterialNom. O.D. (mm)
Inner ConductorSilver Plated Copper (1/0.30 mm)0.30
Insulation (Dielectric)Solid PTFE0.97
Inner ShieldSilver Plated Copper Strip1.12
Outer ShieldSilver Plated Copper Wire Braid1.32
JacketBlue FEP1.60

Mechanical & Environmental Parameters

Min. Bending Radius (Static)10.0 mm
Min. Bending Radius (Dynamic)20.0 mm
Nominal Weight0.010 kg/m
Operating Temperature Range-55 ℃ to +125 ℃

Electrical & Mechanical Characteristics

Electrical ParameterStandard Value
Impedance50 Ω
Max. Operating Frequency110 GHz
Velocity of Propagation (Velocity Ratio)70%
Capacitance94 pF/m
Screening Effectiveness> 90 dB
Dielectric Withstanding Voltage500 V DC
Phase Change vs. Bending±0.3 °/GHz

Attenuation & Power Handling @ 25℃ & Sea Level

Insertion Loss Formula: IL = K1 * sqrt(F_MHz) + K2 * F_MHz (dB/100m)
Constants: K1 = 3.327431, K2 = 0.005315

Frequency (MHz)Nom. Attenuation (dB/100m @ 25℃)Max. Power Handling (W @ 40℃)
50077.08123
1000110.5386
3000198.1948
6000289.4733
10000385.9025
16000505.7819
18000542.1417
26500683.7314
40000883.1811
500001010.539
670001208.578
1100001688.085

Cross Reference / Industry Replacement

The PS160L-110G-F provides direct technical cross-compatibility and performance equivalence for TFlex-402 class ultra-fine micro flexible coaxial cable assemblies.

Model Comparison & Selection Note

Compared to our solid-PTFE variant (PS160L-110G-F), the PS160L-110G-BF utilizes an advanced Micro-Porous LD-PTFE dielectric. This provides a higher velocity of propagation (76% vs 70%), lower dielectric loss (attenuation reduced by ~14% at 18GHz), tighter phase stability vs bending (±0.2°/GHz vs ±0.3°/GHz), and an expanded operating temperature ceiling (up to +165℃).

Frequently Asked Questions

What is the maximum operating frequency of PS160L-110G-F?

PS160L-110G-F supports ultra-high millimeter-wave transmission up to 110 GHz with 50 Ohm nominal impedance.

 Which standard coaxial cable can PS160L-110G-F replace?

It serves as a direct drop-in equivalent for TFlex-402 micro flexible coaxial cables, offering a 1.60mm outer diameter and high-frequency phase stability.

What is the minimum bend radius for PS160L-110G-F?

The cable features a static minimum bend radius of 10.0 mm and a dynamic minimum bend radius of 20.0 mm, making it ideal for tight routing inside high-frequency modules.

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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