5.5-18Ghz Ultra wideband isolator,LGL-5.5/18-S

The 5.5-18GHz Ultra Wideband Isolator with 40W power and SMA-F connecter is a high-performance device designed for microwave applications. This isolator is engineered to provide excellent isolation over an ultra-wide frequency range, from 5.5 to 18 GHz, making it suitable for a variety of RF systems including radar, telecommunications, and electronic warfare systems.

Key Features:

• Ultra-wide bandwidth: Operates effectively across a broad spectrum, from 5.5 to 18 GHz, ensuring compatibility with numerous applications in this range.
• High power handling: Rated to handle up to 40W of continuous wave (CW) power, it’s robust enough for demanding transmitter applications.
• SMA-F connector: Equipped with a standard SMA-F (female) connector for easy integration into existing systems that use SMA connectors.
• Isolation performance: Designed to provide significant isolation between the input and output ports, protecting sensitive components from reflected signals and enhancing system stability.
• Miniature size: The compact size makes it ideal for systems where space is at a premium, such as in satellite communications or airborne radar systems.

Applications:

This isolator is particularly beneficial in systems where non-reciprocal signal flow is required to protect sensitive components from damage caused by reflections or to improve overall system performance. Its wide bandwidth and high power handling capability make it a versatile component for both military and commercial applications. It can be used in radar systems, electronic countermeasures, test equipment, telecommunications networks, and any other system operating within the specified frequency range that requires protection against signal reflections.

By incorporating advanced materials and design techniques, this isolator ensures minimal insertion loss while maintaining excellent isolation over the entire frequency band. It is a reliable solution for engineers seeking to enhance the performance and reliability of their microwave systems without sacrificing space or weight constraints.