G-Band, 140 – 220 GHz, BroadBand Low Power Terminations 580G/387, Power Handling 0.1W, VSWR 1.10 Description Mi-Wave’s 580 Series Terminations are designed with standard waveguide flanges for use from 5 to 320 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

Q-Band, 33 – 50 GHz, BroadBand Low Power Terminations 580B/383 || 719, Power Handling 4W, VSWR 1.05:1 Description Mi-Wave’s 580 Series Terminations are designed with standard waveguide flanges for use from 5 to 320 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

Ka-Band, 26.5 – 40 GHz, BroadBand Low Power Terminations 580A/381 || 599, Power Handling 5W, VSWR 1.05:1 Description Mi-Wave’s 580 Series Terminations are designed with standard waveguide flanges for use from 5 to 320 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

WR-34, 22 – 33 GHz, BroadBand Low Power Terminations 580(34)/595 Description Mi-Wave’s 580 Series Terminations are designed with standard waveguide flanges for use from 5 to 320 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 waveguide bandwidth.

WR-2.2, 325 – 500 GHz, BroadBand Low Power Terminations 580(2.2)/387 Description Mi-Wave’s 580 Series Terminations are designed with standard waveguide flanges for use from 5 to 320 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 waveguide bandwidth.