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Electromagnetic Waves and Antennas (2016)

Tel: 848-445-5017 e-mail: orfanidi@rci.rutgers.edu Any feedback from readers is welcome. This book provides a broad and applications-oriented introduction to electromagnetic waves and antennas, with MATLAB examples.

Multilayer Dielectric Structures -------------------------------- brewster - calculates Brewster and critical angles fresnel - Fresnel reflection coefficients for isotropic or birefringent media n2r - refractive indices to reflection coefficients of M-layer structure r2n - reflection coefficients to refractive indices of M-layer structure multidiel - reflection response of isotropic or birefringent multilayer structures multidiel1 - simplified version of multidiel for isotropic layers multidiel2 - reflection response of lossy isotropic multilayer dielectric structures omniband - bandwidth of omnidirectional mirrors and Brewster polarizers omniband2 - bandwidth of birefringent multilayer mirrors snel - calculates refraction angles from Snel's law for birefringent media Quarter-Wavelength Transformers ------------------------------- bkwrec - order-decreasing backward layer recursion - from a,b to r frwrec - order-increasing forward layer recursion - from r to A,B chebtr - Chebyshev design of broadband reflectionless quarter-wave transformer chebtr2 - Chebyshev design of broadband reflectionless quarter-wave transformer chebtr3 - Chebyshev design of broadband reflectionless quarter-wave transformer Transmission Lines ------------------ g2z - reflection coefficient to impedance transformation z2g - impedance to reflection coefficient transformation lmin - find locations of voltage minima and maxima mstripa - microstrip analysis (calculates Z,eff from w/h) mstripr - microstrip synthesis with refinement (calculates w/h from Z) mstrips - microstrip synthesis (calculates w/h from Z) multiline - reflection response of multi-segment transmission line swr - standing wave ratio tsection - T-section equivalent of a length-l transmission line segment gprop - reflection coefficient propagation vprop - voltage and current propagation zprop - wave impedance propagation dtft - DTFT of a signal x at a frequency vector w I0 - modified Bessel function of 1st kind and 0th order ellipse - polarization ellipse parameters etac - eta and c wavenum - calculate wavenumber and characteristic impedance poly2 - specialized version of poly with increased accuracy

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