SES # | TOPICS | NOTES | |
---|---|---|---|
Foundations | |||
L1 | Foundations, forces and fields, Gauss's and Ampere's laws (∫) for static fields | (PDF) | |
L2 | Media, boundary conditions | (PDF) | |
L3 | Review vector operators; Maxwell's differential equations (t), E, H, uniform plane wave; sin (ωt) | (PDF) | |
L4 | Poynting theorem derivation (time), UPW example (we, wm, S(t)) | (PDF) | |
Forces, motors, generators, and MEMS | |||
L5 | Electric forces on e-beams, C plates, force from ∂w/∂z; generators and sensors | (PDF) | |
L6 | Magnetic pressure, rotary wire and reluctance motors, forces on materials | (PDF) | |
L7 | Static Φ and fields, Laplace's equation, separation of variables (x,y,z); inhomogeneous materials | (PDF) | |
Waves in media and at boundaries | |||
L8 | Electromagnetic fields in media, uniaxial media, quarter-wave plate | (PDF) | |
L9 | Boundary conditions, k•r, phase matching, non-uniform plane wave, Snell's law | (PDF) | |
L10 | TE at planar boundary, TM by duality, Brewster's angle | (PDF) | |
Limits to computation speed | |||
L11 | Device and line delays; TEM parallel-plate line, telegraphers' equation, Zo | (PDF) | |
L12 | Transients: Thevenin equivalents; L, C, diode loads; initial conditions; lossy TEM | (PDF) | |
RF/microwave guidance and filtering | |||
L13 | Architecture, generalized TEM line, Ζ(z), Γ(z), Ζ transformations | (PDF) | |
L14 | RLC resonators, series, parallel, ωo, ∆ω, α, QL, QI, QE, coupling | (PDF) | |
L15 | TEM resonators, we(t), wm(t), Q, ∆ω, examples; |V(z,f)| | (PDF) | |
L16 | TEmn rectangular waveguide, cavity resonators, perturbations | (PDF) | |
Wireless communications | |||
L17 | Conservation of energy, power, G(θ,φ), Ae= Gλ2 /4π, Rr, VTh, RF links | (PDF) | |
L18 | Radiation by current elements, Hertzian dipole, near and far fields; Biot-Savart | (PDF - 1.6MB) | |
L19 | Receiving antennas: VTh in dipoles and loops; d<<λ/2π, G = 4πA/λ2 | (PDF) | |
L20 | Aperture antennas, diffraction | (PDF) | |
Optical communications | |||
L21 | Optical fibers, applications, dielectric slab waveguide, fiber design | (PDF) | |
L22 | Lasers | (PDF) | |
Acoustics | |||
L23 | Acoustic waves, boundary conditions, reflections, antennas | (PDF) | |
L24 | Course philosophy, resonator perturbations and speech generation | (PDF) |
Figure 0.3: Radio spectrum and commonly used band names. Each band spans one decade of frequencies — e.g., VHF extends from 30 to 300 MHz — and one decade of free space wavelength λ = c f. Wave equation Maxwell's Equations contain the wave equation for electromagnetic waves. One approach to obtaining the wave equation: 1. Take the curl of Faraday's law: 2. Substitute Ampere's law for a charge and current-free region: This is the three-dimensional wave equation in vector form. It looks more familiar when reduced a plane. Electromagnetic Waves David H. Presents mathematical and physical problem-solving techniques in a way that can be extended to other subjects besides electromagnetic waves. Interesting practical problems are provided throughout, and are the basis for end-of-chapter problems. Or download our brochure (PDF). That light is an electromagnetic wave. Maxwell’s work thus unified the domain of electricity, magnetism and light. Hertz, in 1885, experimentally demonstrated the existence of electromagnetic waves. Its technological use by Marconi and others led in due course to the revolution in communication that we are witnessing today.
Electromagnetic Waves Staelin Pdf Free
>> /ExtGState endobj /BitsPerComponent 8 /Interpolate true stream
endobj 30 0 obj Unless otherwise noted, LibreTexts content is licensed by CC BY-NC-SA 3.0. For more information contact us at info@libretexts.org or check out our status page at https://status.libretexts.org. White Electromagnetic Waves Methuen & Co.Ltd. /Filter /FlateDecode /CA 1 <<
<<
/Subtype /Form
x���1 �O�e� ��� >> Q����]�J��)�4�>�9uK#�cM!�^�-m��#-Y,w��;�8G��R� R!$� ����3�вT��=Q�A�H�T6a��98�m�N�A��7�%��4蠞����w��Ϭ��!l� G7����@�9��>Ձ�}������؞�CK�O����^2q|_ž��bB}�� NL�;4@�0�3c�r= < 3_�����;~O�,��֒�ʌ���@�1�|j)6=E����ae�v-�_~�u ��]{����������|W&BƮGt�G@�^���҈�q-���uP|��[�LEi#�8P�WMP��cׯ'���&�h^���t�����|X���WZ���r���$)��E^ �Ewߓ��k��7�������`�yQ�TR��cYWh�������lu�iu��W`b2�vK��c'�]ލ'�ZFE:Q��Ⱦ���=��5 Assumes a first course background in electromagnetics. stream /Subtype /Image 8 0 obj /XObject >> x�e�1 stream /Type /XObject
x�+� /ColorSpace /DeviceGray %PDF-1.7 << /S /Transparency
Book: Electromagnetics and Applications (Staelin), [ 'article:topic-category', 'coverpage:yes', 'license:ccbyncsa', 'authorname:dstaelin', 'lulu@Electromagnetics and Applications@David H. Staelin@Massachusetts Institute of Technology@Electromagnetics and Applications', 'program:mitocw' ], Professor (Electrical Engineering and Computer Science), 1: Introduction to Electromagnetics and Electromagnetic Fields, 3: Electromagnetic Fields in Simple Devices and Circuits, 6: Actuators, Sensors, Motors and Generators, 8: Fast electronics and transient behavior on TEM lines, lulu@Electromagnetics and Applications@David H. Staelin@Massachusetts Institute of Technology@Electromagnetics and Applications.
1 0 obj /ca 1 <> stream
� forms of electromagnetic waves. x��VMo�@�CO9��1����Z۽� >> �̐B�ç��e���j�+L�*uW�/8m��؏?��`p���.�'���w���q��UqYL]7A�9���[JG�Vs��q�n��xm��P�;�bO���`B�A�'���zʱ��H�AJ݆��c�6��=�-z�l�wO'��|/_:EO�/��F�orI��g��F��F?���S_ �3��Bo�';��$z��]$����Cgh��mN�$$���0LG���{AG�xBi��@��ٸ���;DG��;���(g�a�!�0�����Q�9��H���l�ϡ7+Ri:���'�i�'��I8h�i[*�gk�렛��p�[�C�}�{a�Rs��k[8�2�}�6cN}S���S�4�S:�Yn�@E߱�eA�@��j[�pD�L�5�� << >> endstream /ExtGState endstream Thumbnail: Animation showing the electric field of an electric dipole. /Filter /FlateDecode
>> /Interpolate true {xl��Y�ϟ�W.� @Yқi�F]+TŦ�o�����1� ��c�۫��e����)=Ef �.���B����b�nnM��$� @N�s��uug�g�]7� � @��ۘ�~�0-#D����� �`�x��ש�^|Vx�'��Y D�/^%���q��:ZG �{�2 ���q�, x��XKS�@֙_�G� ��k;qo�H0��U;!���[�[�xhS㍭O��z��v���G-�Vm?���z��p%{b���S��h���V��{�� �Rz-R�I�P�>��k�&r�V�M�Z�u�V�F�=u�O'4�>�ЌR�Ј���� @U� ����:��6����t���1�'jQ���@n��~���M�V��'��J�mk�-'5�u�t����h7ԮV�O�����;�p� �*ӄn%�+ -a����i$n � ��f�M2�R�ftG}I���0��^�D�����]����ha9Z9��Sj�X����ȸ0�;���SJ�9�]�2 A�^���$����lS�,%�*�%�8�gL� ��M6�G�uJ�%M�X���-�k� �z���f�R�)ag*��=)Y=�E����^d}�ȭً��8^h��{���@�yp�� �|I���q�b�~�H8����&����t��cT��6���,(z��� ��w��a$z��O�0&�|��.a2��~�)���L�=ͱ~�ޕ�p待� MX�n����G�Ea�( I��f��LB�@��猊ܪ?�*P�NQ_���Jb!n:�Ϻ9�����D��V�͍�9�_�i�ը��N�1��Gx�d����K����4[��EȆ�%����IeE����6��lk�4�$&(�=l�=0�鴵���yhQ�#�`����ʎ4kv?Ўo�,�4$��$��;����!`)��ڂ�'��}=��?b^d���&� stream x�+�215�35S0 BS��H)$�r�'(�+�WZ*��sr �
endstream /Subtype /Form /XObject << �[i&8n��d ���}�'���½�9�o2 @y��51wf������ pN�I����{�{�D뵜� pN�E� �/n��UYW!C�7 @��ޛ�0�'��z4k�p�4 �D�}']_�u��ͳO%�qw��, gU�,Z�NX�]�x�u�`( Ψ��h���/�0����, ����'�f�SMߐ=g�B K�����`�z)N�Qd�Y ,�~�D+����;h܃��%� � :�����hZ�NV�+��%� � v�QS��'O��6sr�, ��r@T�ԇt_1�X⇯+�m,� ��{��'�1&ƀq�LIdKf #���fL�6b��+E�� D���D ����Gޭ4� ��A{D粶Eޭ.+b�4_�(2 ! ��blj���G�m�/����g�W�vQ� /Width 1894 These books contain exercises and tutorials to improve your practical skills, at all levels! 6 0 obj 11 0 obj To see how a changing electric field gives rise to a magnetic field, let us consider the process of charging of a capacitor and apply Ampere’s circuital law given by (Chapter 4) “B.dl = µ 0 i (t) (8.1) to find magnetic field at a point outside the capacitor .
/x14 6 0 R
A transformation from a point-shaped dipole to a finite-size electric dipole is shown. Legal. �0FQ�B�BW��~���Bz��~����K�B W ̋o /BitsPerComponent 1 << endobj }w�^m���iHCn�O��,� ���[x��P#F�6�Di(2 ������L�!#W{,���,� T}I_��O�-hi��]V��,� T}��E�u This text explores electromagnetic phenomena in modern applications, including wireless and optical communications, circuits, computer interconnects and peripherals, … This introduction to electromagnetic waves emphasizes concepts, examples, and problem-solving … 28 0 obj /SMask 12 0 R
>> /Type /XObject >> /x5 3 0 R << <> stream >> 5 0 obj
/XObject
Electromagnetic Waves Staelin Pdf Combiner
Mgma Cardiology Salary,Nepal Lottery Abc Result,Grim Dawn Stash,San Juan Record Obituaries,Dune Sandworm Toy,Cuphead Ps4 Physical Copy,What Is A Pfennig Worth,Vibora Plateada Que Significa,Kealia Ohai Salary,Outlander Book 2 Chapter Summaries,Nick Murray Porsche,Is Beige Foundation Warm Or Cool,Adeel Hussain Wife,Waliyha Malik Height,Ap Spanish Essay Examples,Chrome Extension Analysis,Tamara Strait Parents,Pug Rescue Nc,370z Twin Scroll Turbo,Porsche 911 Restoration Project For Sale,Mack Bulldog Hood Ornament 1,387,477,Sling For Nrl22,Wabi Baby Sterilizer,Take Off Wheels Tampa,Mobile Strike Players Quitting,Zte Master Unlock Code,Green Outdoor Carpet Roll,Does Pir Work Through Plastic,Was Lance Reddick In Spartacus,Mezcal Yuzu Cocktail,Shifta Pso2 Drop,Takeshi Kaneshiro Brothers,Birthday Letter For Girlfriend Long Distance,Ranger 620 Silver Fox Mist,Chrome Flags Home Enable,Gipsy Kings Best Album,