Fairview Microwave FMCR1040

RF CIRCULATOR, N FEMALE, 19DB, 4-8GHZ; Frequency Min:4GHz; Frequency Max:8GHz; Direction:Clockwise; Insertion Loss Max:0.5dB; Isolation Min:19dB; Return Loss:-; Average Power Max:80W; RF Circulator Dimension:-; Frequency Band:SHF

RF circulator FMCR1040 from Fairview Microwave is just part of a large number of radio frequency products specifically stocked to be readily available for rapid shipment. The Fairview Microwave circulator is manufactured with female type N connectors on connector 1 and connector 2, and a female SMA connector on connector 3. This 3-port type N circulator design is rated for a minimum frequency of 4 GHz and a maximum frequency of 8 GHz. Our radio frequency coaxial circulator has a typical VSWR of 1.28:1, with a maximum value of 1.3:1. Fairview Microwave type N RF coaxial circulator part number FMCR1040 has a minimum isolation of 19 dB and a maximum input power (CW) of 80 watts. This connectorized, single junction circulator comes with a clockwise rotation direction. The 3-port type N circulator operates with an impedance of 50 Ohm. Additional radio frequency specs for this Fairview Microwave component can be found in the downloadable datasheet PDF specifications. Our Fairview Microwave circulator features an an aluminum alloy housing with a nickel finish. This single junction circulator operates within a temperature range of -20 to 70 degrees Celsius. RF circulator FMCR1040 from Fairview Microwave has dimensions of 1.02 inches in length, 0.79 inches in width, and 0.55 inches in height. Our coaxial circulator is just part of more than one million RF, microwave and millimeter wave components we carry in stock. This circulator with type N connectors is ready to buy and be shipped worldwide. Fairview Microwave also maintains a wide selection of other radio frequency coaxial circulator products that ship the same day. For further information on similar products, our expert technical support and trained sales team can get you the ideal RF circulator as per your requirements.