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Phase-Stable 50GHz Low-Loss RF Coaxial Cable – Model CFA230

Product ID: CFA230

Key Specifications

Frequency Max.

Jacket Diameter

Jacket Material

FEP

Inner Conductor Type

Solid

Phase Stability

≤±3° @ 18 GHz ; ≤±5° @ 26.5 GHz

Amplitude Stability

≤±0.1 dB @ 18 GHz

Attenuation @ Max Freq.

5.479

Power Resistance

Minimum Static Bend Radius

11

Minimum Dynamic Bend Radius

23

Operating Temperature Range

-55 ~ +165

Description

High-Stability RF Cable with Consistent Phase and Amplitude Control

The CFA230 phase-stable low-loss coaxial cable is developed for engineers who require stable electrical performance under frequent motion or thermal variation. Operating up to 50 GHz with a 50 Ω impedance, it ensures excellent phase and amplitude stability, maintaining accurate signal transmission in demanding RF and microwave systems. Explore the complete CFA Series – Phase-Stable Low-Loss Coaxial Cables for other frequency and diameter options.

Engineered for Phase and Amplitude Consistency

The CFA230 cable features a silver-plated copper inner conductor (0.51 mm) and a low-density PTFE dielectric to minimize attenuation and maintain stable impedance. Its triple shielding and FEP outer jacket provide > 90 dB EMI suppression while ensuring long-term phase linearity across a wide temperature range from –55 °C to +165 °C. Amplitude stability remains within ±0.1 dB @ 18 GHz, enabling accurate and repeatable RF measurements.

Durable and Flexible Construction for Dynamic Use

With an outer diameter of 2.33 mm and a minimum bend radius of 11 mm, the CFA230 low-loss coaxial cable offers superior flexibility and resistance to mechanical stress. The silver-plated copper shielding and smooth FEP surface combine chemical resistance with long bending life, making it ideal for dynamic test setups. For other flexible low-loss options, visit our Low-Loss Coaxial Cable Series.

Manufactured by Mechanc Shanghai Information Technology Co., Ltd., the CFA230 phase-stable low-loss coaxial cable provides dependable phase accuracy, low attenuation, and verified REACH and RoHS compliance for stable and reliable RF signal transmission.