50-75GHz WR-15 WAVEGUIDE ATTENUATOR Precise and repeatable attenuation values Flat attenuation response over frequency Passive device – no external power required A WAVEGUIDE ATTENUATOR achieves this reduction by introducing controlled loss into the signal path, without causing significant reflection. A WAVEGUIDE ATTENUATOR can be designed using three primary mechanisms: resistive film/insertion, absorption by lossy dielectric materials, or mechanical vane/rotary structures.
50-75GHz WR-15 WAVEGUIDE ATTENUATOR Precise and repeatable attenuation values Flat attenuation response over frequency Passive device – no external power required A WAVEGUIDE ATTENUATOR achieves this reduction by introducing controlled loss into the signal path, without causing significant reflection. A WAVEGUIDE ATTENUATOR can be designed using three primary mechanisms: resistive film/insertion, absorption by lossy dielectric materials, or mechanical vane/rotary structures.