Adv Electromag Waves
Adv Electromag Waves ECE 6341
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This 9 page Class Notes was uploaded by Karolann Wiegand on Saturday September 19, 2015. The Class Notes belongs to ECE 6341 at University of Houston taught by David Jackson in Fall. Since its upload, it has received 90 views. For similar materials see /class/208289/ece-6341-university-of-houston in Electrical Engineering at University of Houston.
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Date Created: 09/19/15
ECE 6341 Spring 2009 Prof David R Jackson ECE Dept Notes 4 Transverse Equivalent Network TEN XI Assume TMx surface Wave Ex E2 and Hy TEN cont Vx gt Er Note ldenotes x lt H transverse to x t In particular Lee 2 gVxe ijZ ice z Q me 1 92 V2 k2 Q d2V 2 2 so 2k kZ VO TEN cont sz 2 Icsz O Vx Ae cxx Be 39kxx same conclusion for Ix Next consider a wave traveling upward in the x direction Ezxz Vxe fquotzz gt Vx E Hyltxz Iltxe fquotzz 1 x Hy TEN cont From the handout E 1 62A ian Z jams 6x62 y u 62 Hence 62A k aA Vx 1 0va 1 Jx 62 2k 1x jaw 612 jaw 612 we 62 62 Similarly V x kx Hence I x we TEN cont Hence TEN kxo 1 Z53 kw 4123 1223 1 XI kxl k12 k222 wgl ZTM zTM Transverse Resonance Equation TRE R reference plane at arbitrary x x0 Examine the behavior at the reference plane 1 R r L A L V V V E Vr TRE cont l R I 1quot gt i V i V7 lt a gt x Zin x x0 Zm Define impedances Boundary conditions Hence gt r r l gt ZinV V V Zinz Zm Ir r l I I lt V1 TRE cont
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