D-Band Waveguide Transition & Adapter 284D-XXX/387, 110GHz - 170GHz WR-6, VSWR 1.15 Description: Mi-Wave's 284 series tapered mode transitions is a precision-formed adapter used to transform rectangular TE10 mode waveguide to a circular TE11 mode waveguide. Mainly used in antenna systems and associated components to adapt to the conventional waveguides. Outline Drawing Test Data Return to Transition & Adapter Page
Q-Band Waveguide Transition & Adapter 284B-XXX/383, 33GHz - 50GHz WR-22, VSWR 1.15 Description: Mi-Wave's 284 series tapered mode transitions is a precision-formed adapter used to transform rectangular TE10 mode waveguide to a circular TE11 mode waveguide. Mainly used in antenna systems and associated components to adapt to the conventional waveguides. Outline Drawing Test Data Return to Transition & Adapter Page
Ka-Band Waveguide Transition & Adapter 284A-XXX/599, 26.5GHz - 40GHz WR-28, VSWR 1.15 Description: Mi-Wave's 284 series tapered mode transitions is a precision-formed adapter used to transform rectangular TE10 mode waveguide to a circular TE11 mode waveguide. Mainly used in antenna systems and associated components to adapt to the conventional waveguides. Outline Drawing Test Data Return to Transition & Adapter Page
Circular to Rectangular Waveguide Transitions & Adapters Mi-Wave's 284 Series Circular to Rectangular Waveguide Transitions & Adapters used to transform rectangular TE10 mode waveguide to a circular TE11 mode waveguide. Mainly used in antenna systems and associated components to adapt to the conventional waveguides. Note: Our website contains just a few types of Waveguide Adapters we build. Consult with us for your specific needs. Note: Our website contains just a few types of Waveguide Adapters
W-Band x8 Frequency Multiplier 938WF-10/387, WR-10, x8 Multiplier, 75 GHz to 110 GHz, 10dBm Output Power Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Freq V. level Plot Multipliers
50 GHz - 75 GHz Power Amplifier 955VF-25/25/385H, Small Signal Gain 25 dB, Output Power(Psat) (dBm) +25 dBm, WR-15 Description: Mi-Wave’s 955 series microwave and millimeter wave power amplifiers offer a wide variety of frequency ranges, bandwidths, gain and power outputs. Please consult Mi-Wave for technical specifications and outline drawings. Power amplifiers are used to convert low power signals to high power signals. These are typically used in the transmit chain to amplify
Ka-Band, 26.5 - 40 GHz, High Power Load Terminations 582A/599, Power Handling 75 W, VSWR 1.10:1 Description: Mi-Wave’s 582 Series Terminations are designed with standard waveguide flanges for use from 12.4 to 220 GHz. Each unit consists of a short length of waveguide and an integral matched terminal load. Individual resistive dielectric loads are tapered to precise wedge configurations for maximum effective energy absorption. The gradual taper provides a low VSWR over the full
X-Band, 8.2 – 12.4 GHz, BroadBand Medium Power Terminations 581X/UG39, Power Handling 10.0W, VSWR 1.10:1 Description Mi-Wave’s 581 Series Terminations are designed with standard waveguide flanges for use from 8.2 to 220 GHz. Each unit consists of a short length of waveguide and an integral matched terminal load. Individual resistive dielectric loads are tapered to precise wedge configurations for maximum effective energy absorption. The gradual taper provides a low VSWR over the full
W-Band, 75 – 110 GHz, BroadBand Medium Power Terminations 581W/387, Power Handling 1.2W, VSWR 1.10:1 Description Mi-Wave’s 581 Series Terminations are designed with standard waveguide flanges for use from 8.2 to 220 GHz. Each unit consists of a short length of waveguide and an integral matched terminal load. Individual resistive dielectric loads are tapered to precise wedge configurations for maximum effective energy absorption. The gradual taper provides a low VSWR over the full
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