PS230L-67G-F Phase Stable Coaxial Cable (Up to 67GHz)

PS230L-67G-F coaxial cable construction showing silver plated copper conductor, LD-PTFE insulation, double shield, and FEP jacket
Exploded view of PS230L-67G-F 67GHz Phase Stable Coaxial Cable

PS230L-67G-F Phase Stable Coaxial Cable (Up to 67GHz)

67GHz High-Frequency Phase-Stable Coaxial Cable (LD-PTFE Dielectric)

Max Frequency:DC-67GHz

Velocity of Prop.77%

Phase Stability ±0.2 °/GHz

Outer Diameter:2.3mm

Structure & Construction Characteristics

LayerItem / MaterialConstruction (mm)Nom. O.D. (mm)
Inner ConductorSilver Plated Copper (SPC)1 / 0.530.53
InsulationLow Density PTFE (LD-PTFE)1.50
Inner ShieldSilver Plated Copper Strip1.66
Outer ShieldSilver Plated Copper Braid1.98
JacketAqua FEP2.30

Mechanical & Environmental Parameters

Min. Bending Radius (Static)11.00 mmWeight0.017 kg/m
Min. Bending Radius (Dynamic)23.00 mmOperating Temperature Range-55 ℃ to +165 ℃

Electrical & Mechanical Characteristics

Impedance50 ΩVelocity of Propagation77%
Capacitance88 pF/mMax Operating Frequency67 GHz
Screening Effectiveness>90 dBDielectric Withstanding Voltage500 V DC
Phase Change vs Bending±0.2 °/GHzPhase Change vs Temperature (-45~+85℃)≤1500 PPM

Attenuation & Power Handling @ 25℃ & Sea Level

Attenuation Calculation Formula:
IL = K1 * sqrt(F_MHz) + K2 * F_MHz  |  (K1 = 2.177342, K2 = 0.001211)

Frequency (MHz)Nom. Attenuation (dB/100m @ 25℃)Max Power Handling (W @ 40℃)
50049.29651
100070.06458
2400109.57293
3000122.89261
6000175.92182
8000204.44157
10000229.84140
12400257.47125
18000313.92102
26500386.5483
40000483.9166

Industry Cross-Reference Interchangeability

The PS230L-67G-F offers direct functional and mechanical equivalence to standard industry 0.092-inch micro-coaxial cable types operating up to 67 GHz mmWave bands.

Frequently Asked Questions

What dielectric material is utilized in the PS230L-67G-F cable to achieve phase stability?

The PS230L-67G-F incorporates Low Density PTFE (LD-PTFE), providing a velocity of propagation of 77% and excellent phase stability of ±0.2 °/GHz during flexure.

What is the maximum insertion loss for this cable at 40 GHz?

Nominal attenuation at 40 GHz (40,000 MHz) is 483.91 dB/100m at sea level and 25℃ ambient temperature.

What type of shielding construction does PS230L-67G-F feature?

It uses a dual-shield structure featuring an inner silver-plated copper strip wrapped under an outer silver-plated copper wire braid, delivering >90 dB shielding effectiveness.

Need a Custom Solution?

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