Titlebook: Microoptics; From Technology to A Jürgen Jahns,Karl-Heinz Brenner Book 2004 Springer Science+Business Media New York 2004 Planar.glass.lase

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Interferometric Measurement of Microlenses Including Cylindrical Lenses,ial surface forms or (2) with corrugated surfaces through the groove profile. Alternatively, also the distribution of the refractive index in volume media in form of graded index distributions (GRIN lenses) or as periodic index variation (holographic volume elements) can be exploited to achieve usef

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The Integrated Microlens: The Development of Vertical and Horizontal Integration,tions systems, lenses play an important role for coupling the light between optical devices such as LDs (laser diodes), fibers and PDs (photodetectors). In order to expand the possibilities of light coupling, lenses are integrated with multiple functions. In this chapter, I introduce the integration

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Microoptic Sensors,those devices. Many sensing principles are based on special features, which are only provided by microoptics and integrated optics. The tip of an optical fiber, for example, provides an extremely small detection area for point measurements. The fiber coil and the integrated optical phase modulators

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Microoptical Applications in Spectrally Encoded Fiber Sensor Systems,tonic systems have largely participated in this development. Fiber sensor systems are highly illustrative examples not only of the use of microoptical components but also of the application of microsystems technology in general, including optoelectronic and micromechanical components [1–3]. In this

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Integrated Planar Erbium-Doped Waveguide Amplifiers: Technological and Optical Considerations,nar devices have been moved into the focus of today’s worldwide photonics research and development activities [2]. Especially in access networks, the significance of the above-listed signal-management operations is growing compared to the “pure” light transportation feature of optical fibers.