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Mechanc RF & Microwave Components

Mechanc · Coaxial Cables

Cost-Effective 16GHz Low-Loss RF Coaxial Cable – Model CFE800

Part No.
CFE800
In Stock
Lead time: 3–5 days (standard) · Custom: on request
Quantity
Product Description

Affordable Low-Loss RF Cable with Stable Phase and Amplitude Performance

The CFE800 cost-effective low-loss coaxial cable offers a practical balance between performance and affordability for RF and microwave applications requiring consistent electrical stability. Operating up to 16 GHz with a 50 Ω impedance, it maintains excellent phase stability and amplitude stability, providing clean and predictable signal transmission across a wide frequency range. Explore additional cost-efficient models in the CFE Series – Cost-Effective Low-Loss Coaxial Cables.

Reliable Electrical Design for General RF Applications

The CFE800 cable features a 2.30 mm silver-plated copper inner conductor and a low-density PTFE dielectric for low insertion loss and stable impedance. Dual shielding layers — self-adhesive aluminum foil and silver-plated copper braid — provide > 90 dB EMI suppression, while the FEP jacket ensures flexibility and chemical resistance. Attenuation values remain as low as 0.151 dB/m @ 1 GHz and 0.710 dB/m @ 16 GHz, with a velocity of propagation of 76% for accurate phase control.

Durable, Cost-Efficient, and Mechanically Stable

With an outer diameter of 8.10 mm, single-bend radius of 41.00 mm, and repeated-bend radius of 81 mm, the CFE800 low-loss coaxial cable maintains excellent durability and mechanical reliability. It supports up to 2 kV DC voltage and operates from –55 °C to +125 °C, making it suitable for laboratory, communication, and general RF setups where long-term stability and cost efficiency are key. For additional low-loss cable families, visit the Low-Loss Coaxial Cable Series.

Manufactured by Mechanc Shanghai Information Technology Co., Ltd., the CFE800 cost-effective low-loss coaxial cable delivers dependable RF performance, low attenuation, and verified REACH and RoHS compliance—making it the ideal choice for engineers seeking affordable yet stable signal transmission solutions.