NOC:Electromagnetic Compatibility, EMC


Lecture 1 - Introduction to EMC - Definitions


Lecture 2 - Introduction to EMC - Sources, units etc


Lecture 3 - Electromagnetic principles - Faraday's and Ampere's equations


Lecture 4 - Electromagnetic principles - Gauss's equation, boundary conditions


Lecture 5 - Electromagnetic principles - Uniform plane wave


Lecture 6 - Electromagnetic principles - Transmission lines


Lecture 7 - Electromagnetic principles - Dipoles


Lecture 8 - High-frequency behaviour of components - Conductors


Lecture 9 - High-frequency behaviour of components - Capacitors, inductors, resistors


Lecture 10 - High-frequency behaviour of components - Mechanical switches and transformers


Lecture 11 - Crosstalk or near-field coupling - Capacitive coupling, inductive coupling, common-impedance coupling


Lecture 12 - Crosstalk or near-field coupling - Crosstalk combinations


Lecture 13 - Crosstalk or near-field coupling - Coupling to shielded cables


Lecture 14 - Electromagnetic coupling in the far-field


Lecture 15 - Field Coupling - Exercises


Lecture 16 - Solutions to EMC problems - Lay out and control of interfaces


Lecture 17 - Solutions to EMC problems - Grounding or earthing


Lecture 18 - Solutions to EMC problems - Electromagnetic Shielding


Lecture 19 - Solutions to EMC problems - Electromagnetic Shielding (Continued...)


Lecture 20 - Solutions to EMC problems - Shielded cables


Lecture 21 - Solutions to EMC problems - Filters and Surge protectors


Lecture 22 - Lightning Protection - Introduction


Lecture 23 - Lightning protection - Currents, charges and fields


Lecture 24 - Lightning Protection - Buildings


Lecture 25 - Lightning Protection - Towers, Lightning safety


Lecture 26 - EMC Requirements and Standard, Testing and Difficulties - 1


Lecture 27 - EMC Requirements and Standard, Testing and Difficulties - 2


Lecture 28 - Intentional Electromagnetic Interference or IEMI - 1


Lecture 29 - Intentional Electromagnetic Interference or IEMI - 2