Koaxiální kabel, řada: Alpha Essentials Coaxial Cable Mikrokoaxiální, Bílá Perfluoralkoxyalkan, vnější průměr: 1.12 mm

Belden Alpha Essentials Coaxial Cable Series Coaxial Cable, 1.12mm Outer Diameter, 50 Ω Characteristic Impedance - 9432 WH033

This coaxial cable, manufactured by Belden, is an unterminated micro coax cable with an outer diameter of 1.12mm, designed for high-performance applications. With a characteristic impedance of 50 Ω and lacking termination, it is offered in a standard 100m length. Its silver-plated copper construction and PFA insulation contribute to its stability and flexibility, making it an ideal solution in various demanding environments.

Features & Benefits

• 50 Ω characteristic impedance ensures signal integrity
• Silver-plated copper materials enhance conductivity and durability
• Operates effectively in temperatures from -70°C to +200°C
• Low attenuation of 0.13 dB/m @ 10 MHz minimises signal loss
• PFA insulation provides excellent dielectric properties for consistent performance
• Stranded conductor design increases flexibility and ease of installation

Applications

• Utilised in medical imaging systems and endoscopy
• Employed in industrial inspection and oximetry systems
• Suitable for routing in tight spaces due to its compact design
• Ideal for electronics requiring consistent signal integrity
• Used in high-temperature environments without performance degradation

What advantages do the materials used in this cable offer for high-frequency applications?

The use of silver-plated copper enhances both conductivity and signal quality, while the PFA dielectric minimises distortion, making it suitable for high-frequency applications.

How does the stranding of the conductors improve usability in various installations?

Stranded conductors provide increased flexibility compared to solid conductors, allowing for easier routing in tight spaces while maintaining integrity and performance.

What specific features make this cable ideal for use in medical applications?

This cable’s low attenuation and PFA insulation ensure reliable signal transmission in sensitive medical equipment, which is crucial for accurate diagnostics and monitoring.