Download PDF by Robert G. Hunsperger: Integrated Optics: Theory and Technology

By Robert G. Hunsperger

ISBN-10: 3540594817

ISBN-13: 9783540594819

ISBN-10: 3662031590

ISBN-13: 9783662031599

Integrated Optics: conception and Technology offers a accomplished and thorough remedy appropriate to be used either as a school room textual content (practics difficulties are incorporated) and as a specialist's reference. distinct descriptions of the phenomena, units, and know-how utilized in optical built-in circuits and their dating to fiber optics are provided. during this fourth version all chapters were revised, and .....?

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Well above cutoff, so that the field decays exponentially in Regions 2, 3, 4, and 5, with most of the power being confined to Region 1. The magnitudes of the fields in the shaded corner regions of Fig. 4 are small enough to be neglected. Hence, Maxwell's equations can be solved by assuming relatively simple sinusoidal and exponential field distributions, and by matching boundary conditions only along the four sides of Region 1. The waveguide is found to support a discrete number of guided modes that can be grouped into two families, E'J,q and E{,q, where the mode numbers p and q correspond to the number of peaks in the field distribution in the x and Y directions, respectively.

The two lowest order TE modes of the symmetric guide (ms = 0,1) and of the asymmetric guide (ma = 0,1) are both shown in the figure. Note that, for wellconfined modes, the lower half of the m, = 1 mode of the symmetric guide corresponds closely to the ma = mode of the asymmetric guide of half thickness. This fact can be used as a mathematical device to permit one to obtain a closed form expression for the cutoff condition in the case of the asymmetric waveguide. 7) for the case of the symmetric waveguide with thickness equal to 2tg in the same fashion as in Sect.

9]. 1 so that the reader will be familiar with the names of the techniques when they are mentioned in the following discussion of experimental observations of waveguide performance. A thorough explanation of the methods of waveguide fabrication is given in Chap. 4. 1. Methods of fabricating waveguides for optical integrated circuits 1) 2) 3) 4) 5) 6) 7) 8) 9) Deposited thin films (glass, nitrides, oxides, organic polymers) Photoresist films Ion bombarded glass Diffused dopant atoms Heteroepitaxiallayer growth Electro-optic effect Metal film stripline Ion migration Reduced carrier concentration in a semiconductor a) epitaxial layer growth b) diffusion counterdoping c) ion implantation counterdoping or compensation 22 2.

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Integrated Optics: Theory and Technology by Robert G. Hunsperger


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