2d (NA)², (9.3-3) Number of TE Modes Figure 9.2-4 Number of TE modes as a function of frequency. Compare with Fig. 9.1-5(a) for the planar-miror waveguide. There is no forbidden band in the case at hand. 2we 12 3 Number of modes M 0. Modes of a Rectangular Dielectric Waveguide. A rectangular dielectric waveguide has a square cross section of area 10-2 mm? and numerical aperture NA = 0.1. Use (9.3-3) to plot the number of TE modes as a function of frequency v. Compare your results with Fig. 9.2-4.

2d (NA)², (9.3-3) Number of TE Modes Figure 9.2-4 Number of TE modes as a function of frequency. Compare with Fig. 9.1-5(a) for the planar-miror waveguide. There is no forbidden band in the case at hand. 2we 12 3 Number of modes M 0. Modes of a Rectangular Dielectric Waveguide. A rectangular dielectric waveguide has a square cross section of area 10-2 mm? and numerical aperture NA = 0.1. Use (9.3-3) to plot the number of TE modes as a function of frequency v. Compare your results with Fig. 9.2-4.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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