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Electro-optic (EO) probes provide an ultra-wideband, high-resolution, non-invasive technique for polarimetric near-field scanning of antennas and phased arrays. Unlike conventional near field scanning systems which typically involve metallic components, EO probes are all-dielectric with an extremely small footprint. As a result, EO field probes can be used very effectively for simultaneous near-field...
Electro-optic (EO) field probes can be used very effectively for simultaneous near-field and far-field characterization of radiating apertures. Due to their very small footprint and absence of any metallic parts at the signal pickup area, EO probes provide a non-invasive method for ultra-wideband measurement of aperture-level fields in RF circuits and antennas with very high spatial resolution. In...
Electro-optic (EO) probes provide an ultrawideband, high-resolution, non-invasive technique for polarimetric near-field scanning of antennas and phased array systems. Unlike conventional near field scanning systems which typically involve metallic components, the small footprint alldielectric EO probes can get extremely close to an RF device under test (DUT) without perturbing its fields. In this...
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