FMCA100279-300

Overview

The FMCA100279-300 is a low-loss RF cable assembly manufactured by Fairview Microwave. It features an SMA male connector on one end and a BNC male connector on the other, utilizing LMR-195-UF coaxial cable. The assembly has a length of 300 inches and operates with a characteristic impedance of 50 Ohms. This configuration supports signal transmission between devices requiring different connector standards while maintaining low insertion loss characteristics typical of the LMR-195-UF medium-flexible cable construction.

Feature Summary

• Utilizes LMR-195-UF coaxial cable for low-loss performance
• Features SMA male to BNC male connector interface
• Designed for 50 Ohm impedance applications

Applications

• RF test and measurement setups
• Signal routing between SMA and BNC equipped instruments
• Low-frequency wireless communication systems

Procurement Notes

Verify the specific connector gender and type compatibility with your equipment before procurement. Confirm that the 300-inch length meets your spatial requirements. Ensure the operating frequency range of the LMR-195-UF cable aligns with your application needs. Check for RoHS compliance status if required by your manufacturing standards. Review the datasheet for detailed electrical specifications and environmental ratings.

Selection Notes

Select this assembly when interfacing SMA male ports with BNC male ports is required. Consider the LMR-195-UF cable's flexibility and loss characteristics against your frequency and power requirements. Evaluate the 300-inch length for installation constraints. Compare with other Fairview Microwave assemblies if different connector combinations or lengths are needed.

Part Context

Fairview Microwave produces a wide range of RF cable assemblies using various coaxial cables and connector types. The FMCA100279-300 belongs to their line of low-loss assemblies designed for reliable signal transmission. These products are commonly used in laboratory, industrial, and commercial RF environments where consistent performance is critical.