FMWGS6070

RF Switches Overview

The FMWGS6070 is a waveguide switch manufactured by Fairview Microwave, designed for high-power applications in radar and VSAT systems. It operates within a frequency range of 7.05 GHz to 10 GHz. The device supports a maximum power handling capacity of 7000 Watts (68.45 dBm). Key electrical characteristics include an insertion loss ranging from 0.04 dB. The unit utilizes a coil voltage of 12 V and features SPDT/DPDT relay contact forms.

RF Switches Feature Summary

• High-power waveguide switching capability suitable for demanding RF environments
• Low insertion loss performance ensuring minimal signal attenuation
• Dual topology support for SPDT and DPDT circuit configurations

RF Switches Applications

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

RF Switches Procurement Notes

Verify the specific waveguide interface dimensions and flange standards required for your system integration, as waveguide switches are mechanically precise. Confirm that the 12 V coil voltage aligns with your control logic. Ensure the thermal management plan accommodates the high power handling specifications during continuous operation.

RF Switches Selection Notes

Select this component when high power handling up to 7 kW is required in the 7-10 GHz band. Compare against standard coaxial switches if lower power suffices. Verify that the waveguide size matches existing cabling. Consider the mechanical mounting requirements for heavy waveguide components.

RF Switches Part Context

Fairview Microwave produces specialized RF components for industrial and defense sectors. The FMWGS6070 belongs to their waveguide switch category, distinct from their coaxial or IC switch lines. This product targets applications requiring robust signal switching at microwave frequencies with significant power throughput capabilities.

RF Switches Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Waveguide interfaces are often proprietary; verify exact physical dimensions before considering alternatives.