Integrated optical diffractive structures can be profitably used in a variety of applications. Grating couplers, for example, are suitable for waveguide characterization, while more complex components, such as the Fresnel lenses, can constitute the focusing elements of most IO signal processing devices. Here, we consider both practical and design aspects of the realization of several waveguide diffractive structures, namely the implementation of a fabrication process of gratings in glass substrates, and the design optimization of various types of Fresnel lenses.

Diffractive structures in integrated optics

Pelli S;Righini;
1995

Abstract

Integrated optical diffractive structures can be profitably used in a variety of applications. Grating couplers, for example, are suitable for waveguide characterization, while more complex components, such as the Fresnel lenses, can constitute the focusing elements of most IO signal processing devices. Here, we consider both practical and design aspects of the realization of several waveguide diffractive structures, namely the implementation of a fabrication process of gratings in glass substrates, and the design optimization of various types of Fresnel lenses.
1995
Fabrication
Focusing
Holographic optical elements
Integrated optics
Optical design
Optical glass
Optical instrument lenses
Optical waveguides
Optimization
Signal processing
Substrates
Waveguide couplers
Fresnel lenses
Grating couplers
Holographic gratings
Integrated optical diffractive structures
Diffraction gratings
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/19962
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