FMCA100260-24

Overview

The FMCA100260-24 is a low-loss RF cable assembly manufactured by Fairview Microwave. It features an RP SMA male connector on one end and a right-angle N male connector on the other, connected via LMR-195-UF coaxial cable. The assembly has a fixed length of 24 inches (609.6 mm) and operates at a characteristic impedance of 50 Ohms. This configuration supports radio frequency signal transmission with minimal attenuation in electronic systems.

Feature Summary

• Combines reverse-polarity SMA male and right-angle N male connectors for specialized interface requirements
• Utilizes LMR-195-UF coaxial cable to ensure low signal loss performance
• Provides a fixed 24-inch connection length for precise spatial integration

Applications

• Wireless communication equipment requiring mixed connector interfaces
• Test and measurement setups involving RF signal routing
• Industrial electronics integrating N-type and SMA connections

Procurement Notes

Verify that the specific application requires the reverse-polarity (RP) SMA connector variant, as standard SMA connectors are electrically incompatible. Confirm that the right-angle orientation of the N-male connector aligns with the physical layout constraints of the installation site. Ensure the LMR-195-UF cable diameter fits within available space limitations before procurement.

Selection Notes

Select this model when a transition between RP SMA and standard N-type connectors is necessary within a compact footprint. The right-angle N-connector design facilitates easier cable management in tight spaces compared to straight configurations. Consider the LMR-195-UF cable flexibility and size relative to larger LMR-240 alternatives if lower loss is not the primary constraint.

Part Context

Fairview Microwave produces this component as part of its RF cable assembly portfolio. The product integrates distinct connector types to address specific system interoperability needs. The use of LMR-195-UF indicates a focus on maintaining signal integrity over short distances while accommodating different connector standards.