EE
381-01 Electric and Magnetic Fields
Dr.
Montoya's Fall 2021, 3-0 (3 credit hours) M 208- MWF 10-10:50 am |
Examples |
Chapter 11 Transmission
Lines- 300_ohm_twin_lead_distributed_parameters.pdf
– distributed parameters for Belden 9085 air_dielectric_PEC_coax_1GHz.pdf
–parameters for an air-dielectric coaxial TL lossless_RG6_473MHz.pdf
– load & input TL parameters for lossless RG-6 trans_line_standing_wave_examples.pdf tline_ckt_lossless_ex2.pdf
(repeat of previous example done using MathCad) lossless_tl_ckt_power_example.pdf TL_stub_example.pdf
– Example of short & open circuit stubs equivalent to an inductor |
Chapter 1 Vector Algebra- triangle_vectors.pdf
– examples of using position & distance vectors and vector products |
Chapter 2 Coordinate
Systems and Transformation- cylindrical_carteseian_vectors.pdf
– example on Cartesian «
cylindrical vectors spherical_vector_addition.pdf
– example on adding spherical vectors |
Chapter 3 Vector Calculus- divergence_theorem_example.pdf
– Divergence theorem example stokes_theorem_example.pdf
– Stoke’s theorem example vector_classification_example.pdf
–Vector classification example |
Chapter 4 Electrostatic
Fields- point_charge_force.pdf
– find force between two point charges mult_point_charges_force.pdf
– find force between three point charges infinite_line_charge_uniform_pl.pdf
– find electric field generated by a line charge uniform_ps_disk_E_field.pdf
– find electric field generated by a flat
circular disk uniform_ps_plane_D_E.pdf
– find electric fields generated by a
flat plane (Gauss’ Law) uniform_pl_line_D_E.pdf
– find electric fields generated by a line
(Gauss’ Law) finite_uniform_pl_voltage.pdf
– find voltage generated by a finite
uniform line charge uniform_ps_disk_voltage.pdf
– find voltage generated by a flat
circular disk finite_uniform_pl_E_field_from_V.pdf
– find electric field from the voltage generated by a finite uniform line
charge uniform_ps_disk_E_field_from_V.pdf
– find electric field from the voltage generated by a flat circular disk parallel_plate_capacitor_energy.pdf
– find energy stored in electric field by parallel-plate capacitor |
Chapter 5 Electric Fields
in Material Space- polarization_example.pdf
– find polarization vector and bound charge densities for a parallel-plate
capacitor flat_dielectric_boundary.pdf
– find fields & surface charge density on both sides of flat dielectric
boundary pec_dielectric_boundary.pdf
– find fields near flat surface with surface charge density tilt_dielectric_boundary.pdf
– find fields & surface charge density on both sides of tilted dielectric
boundary |
Chapter 6 Electrostatic
Boundary-Value Problems- 1D_Poissons_Laplaces.pdf
– Electrostatic BV problem (Poisson’s & Laplace’s eqns) plus boundary
conditions parallel_plate_capacitor.pdf
– Capacitance problem spherical_capacitor.pdf
– Capacitance problem lossy_parallel_plate_capacitor_resistance.pdf
– Resistance problem |
Chapter 7 Magnetostatic
Fields- biot_savart_straight_wire.pdf
– find B due to long straight filamentary current biot_savart_Js_ring.pdf
– find B due cylindrical ring carrying surface current density biot_savart_J_bar.pdf
– find B due to long rectangular bar carrying volume current density Amperes_Law_coaxial_trans_line.pdf
– find magnetic field for a long coaxial cable A_straight_wire.pdf
– find vector magnetic potential due to a long straight filamentary current |
Chapter 8 Magnetic Forces,
Materials, and Devices- magnetic_force_parallel_wires.pdf
– magnetic force between 2 parallel wire segments magnetic_force_square_loops.pdf
– magnetic force on 1 side of a square loop due to another square loop magnetic_boundary_flat.pdf
– magnetic boundary problem, no surface current density magnetic_boundary_tilt.pdf
– magnetic boundary problem w/ surface current density toroidal_inductor.pdf
– find inductance of a toroidal (doughnut-shaped) inductor solenoidal_inductor.pdf
– find inductance of a solenoidal (straight) inductor coaxial_tl_inductance.pdf
– find inductance per-unit-length of coaxial trans. line magnetic_circuit1.pdf – Magnetic
Circuit w/ solid core (no fringing) magnetic_circuit2.pdf – Magnetic
Circuit w/ air gap, analysis w/out fringing & w/ fringing motor_magnetic_circuit.pdf – Motor
Magnetic Circuit w/ fringing |