FMWGS6016

RF Switches Overview

The FMWGS6016 is a high-frequency electromechanical relay switch manufactured by Fairview Microwave. It operates as a latching SPDT (Single Pole Double Throw) switch designed for waveguide applications, specifically utilizing the WR-90 standard. The component supports a maximum frequency of 12.4 GHz and handles a power consumption capacity of 5 kW. This device is engineered for robust RF signal routing in demanding environments.

RF Switches Feature Summary

• Electromechanical latching mechanism for stable state retention without continuous power
• SPDT contact configuration enabling single input to dual output signal switching
• WR-90 waveguide interface design ensuring standardized mechanical compatibility

RF Switches Applications

• Radar system signal routing
• VSAT communication infrastructure
• High-frequency test and measurement setups

RF Switches Procurement Notes

Verify the specific waveguide flange type required for your installation, as WR-90 components may vary in mounting standards. Confirm that the 5 kW power rating aligns with your peak signal requirements. Ensure the latching mechanism voltage matches your control circuit specifications before integration into the final assembly.

RF Switches Selection Notes

Select this model when a waveguide-based solution is mandatory rather than coaxial alternatives. The WR-90 format dictates the physical size and frequency range suitability. Consider the latching feature if power conservation during static states is critical for the system design compared to non-latching variants.

RF Switches Part Context

Fairview Microwave specializes in RF and microwave interconnect solutions. The FMWGS series represents their line of waveguide electromechanical relays. These components bridge the gap between rigid waveguide systems and flexible switching requirements, providing reliable performance in specialized wireless and defense applications.

RF Switches Replacement Considerations

Direct substitutes must match the WR-90 waveguide dimensions and 12.4 GHz frequency limit. Verify that any alternative maintains the SPDT configuration and 5 kW power handling capability. Mechanical flange compatibility is essential for seamless replacement without adapter usage.