Abstract
The proposed holographic method points out the possibilities presented by a classical imaging system when a holographic component is used. A holographic transparency playing the role of beam-splitter and condenser is set in the input plane of an incoherent imaging system. The intensity distribution recorded in the output plane is usually an interference pattern. Under some geometrical conditions this interferogram behaves as the hologram of information located inside any pupil plane. The holographic component-incoherent system allows the carrying out of a coherent analysis in systems linear in intensity.
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