CU9752 Radio Frequency Cable Copper Strip

Radio Frequency Cable Copper Strip Description

Radio Frequency Cable Copper Strip is a refined copper material produced with controlled purity and consistent thickness. Its design supports efficient conduction in high-frequency environments by minimising electrical resistance and signal attenuation. The metallurgical process ensures low inclusion content, which is critical for stable RF performance. This copper strip is suitable for integration into cable assemblies and connectors in advanced communication systems.

Radio Frequency Cable Copper Strip Applications

1.       Telecommunications
- • Used as a conductor in RF cable assemblies to achieve reduced signal loss by leveraging its uniform conductivity.

2.       Electronics
- • Applied as a shielding component in high-frequency circuits to mitigate electromagnetic interference by utilising its refined copper purity.

3.       Industrial
- • Employed as a connector element in RF systems to ensure stable signal transmission by capitalising on its consistent metallurgical properties.

Radio Frequency Cable Copper Strip Packing

The product is packaged in moisture-resistant, anti-corrosion wrapping and sealed within a protective container to prevent contamination. A cushioning layer is incorporated to mitigate mechanical damage during transit. The packaging design supports storage in a controlled, dry, and temperature-regulated environment. Custom packaging options, such as vacuum sealing and additional labelling, are available to meet specific shipping and handling requirements.

Frequently Asked Questions

Q1: How does the copper strip's controlled thickness influence RF performance?
A1: Controlled thickness minimises impedance mismatches and signal loss, ensuring stable conduction in high-frequency environments. This uniformity supports consistent electrical performance across RF systems.

Q2: What quality control measures are implemented for this copper strip?
A2: The strip undergoes comprehensive optical and mechanical inspections to verify thickness uniformity and surface integrity. These procedures are critical in confirming that the material meets designated electrical and physical standards.

Q3: Can this copper strip be customised for specific dimensions?
A3: Yes, customisation options are available for adjusting length and width. This flexibility allows integration into varied RF cable assemblies where precise dimensions are necessary for optimal performance.

Additional Information

Copper alloys are widely used in electrical components due to their inherent conductive and thermal properties. The precise control of copper’s metallurgical properties during production plays a crucial role in maintaining performance in high-frequency applications. Uniformity in these materials directly influences signal integrity and minimises energy losses in RF systems.

Stanford Advanced Materials (SAM) employs rigorous process controls and advanced material characterisation techniques to optimise the manufacturing of copper components. A thorough understanding of the material properties and processing variables aids in developing products tailored for demanding industrial and RF applications, thereby supporting innovations in electronic communication systems.