Electromagnetic Compatibility EMC

About Course

Electromagnetic compatibility EMC

Electromagnetic noise can be generated by any system that generates or consumes electrical energy, and this noise can interfere with the operation of the system and/or other systems.

Electromagnetic interference (EMI) is a possible danger to today’s technological equipment.

The course teaches students how to use the concepts of electricity and magnetism to create electrical and electronic systems that can coexist amicably, or that are electromagnetically compatible with one another.

Students will study how electromagnetic disturbances are created in systems, how they interact with other systems, and how to secure systems.

Basic circuit analysis and electromagnetic field theory are prerequisites.

Electromagnetic compatibility Course Outline
Week 1: Introduction to EMC – Electromagnetic field theory topics that are relevant
Week 2: Non-ideal or high-frequency component behavior
Week 3: Near-field coupling or crosstalk
Week 4: Electromagnetic topology and grounding
Week 5: Electromagnetic Shielding
Week 6: Filters and surge protection
Week 7: Intentional electromagnetic interference and lightning protection

Week 8:EMC measurements and Standards

Course Content

Module 2.2 Electromagnetic principles – Uniform plane wave

module 3.1 – High-frequency behaviour of components – Conductors

00:00
module 4.5 – Field Coupling – Exercises

00:00
module 4.1 – Crosstalk or near-field coupling – Capacitive coupling

00:00
module 5.5 – Solutions to EMC problems – Shielded cables

00:00
module 5.4 – Solutions to EMC problems – Electromagnetic Shielding (Continued)

00:00
Module 6.2 Lightning protection – Currents, charges and fields

00:00
Module 8.1 – Intentional Electromagnetic Interference or IEMI – 1

00:00
Module 2.1 B – Electromagnetic principles – Gauss’s equation, boundary conditions

00:00
module 1.1 Introduction to EMC – Definitions

00:00
module 1.2 Introduction to EMC – Sources, units etc

00:00
Module 2.1A Electromagnetic principles – Faraday’s and Ampere’s equations

00:00
Module 2.1A Electromagnetic principles – Faraday’s and Ampere’s equations

00:00
Module 2.1B Electromagnetic principles – Gauss’s equation, boundary conditions

00:00
Module 2.3 Electromagnetic principles – Transmission lines

00:00
Module 2.4 Electromagnetic principles – Dipoles

00:00
module 3.2 – High-frequency behaviour of components – Capacitors, inductors, resistors

00:00
module 3.3 – High-frequency behaviour of components – Mechanical switches and transformers

00:00
module 4.2 – Crosstalk or near-field coupling – Crosstalk combinations

00:00
module 4.3 – Crosstalk or near-field coupling – Coupling to shielded cables

00:00
module 4.4 – Electromagnetic coupling in the far-field

00:00
module 5.1 – Solutions to EMC problems – Lay out and control of interfaces

00:00
module 5.2 – Solutions to EMC problems – Grounding or earthing

00:00
module 5.3 – Solutions to EMC problems – Electromagnetic Shielding

00:00
module 6.1 – Lightning Protection – Introduction

00:00
module 5.6 Solutions to EMC problems – Filters and Surge protectors

00:00
Module 6.4 Lightning Protection – Towers, Lightning safety

00:00
Module 6.3 Lightning Protection – Buildings

00:00
Module 7.2 – EMC Requirements & Standard, Testing and Difficulties – 2

00:00
Module 8.2 – Intentional Electromagnetic Interference or IEMI – 2

00:00

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About Course

Electromagnetic compatibility EMC

Course Content

Module 2.2 Electromagnetic principles – Uniform plane wave

module 3.1 – High-frequency behaviour of components – Conductors

module 4.5 – Field Coupling – Exercises

module 4.1 – Crosstalk or near-field coupling – Capacitive coupling

module 5.5 – Solutions to EMC problems – Shielded cables

module 5.4 – Solutions to EMC problems – Electromagnetic Shielding (Continued)

Module 6.2 Lightning protection – Currents, charges and fields

Module 8.1 – Intentional Electromagnetic Interference or IEMI – 1

Module 2.1 B – Electromagnetic principles – Gauss’s equation, boundary conditions

module 1.1 Introduction to EMC – Definitions

module 1.2 Introduction to EMC – Sources, units etc

Module 2.1A Electromagnetic principles – Faraday’s and Ampere’s equations

Module 2.1A Electromagnetic principles – Faraday’s and Ampere’s equations

Module 2.1B Electromagnetic principles – Gauss’s equation, boundary conditions

Module 2.3 Electromagnetic principles – Transmission lines

Module 2.4 Electromagnetic principles – Dipoles

module 3.2 – High-frequency behaviour of components – Capacitors, inductors, resistors

module 3.3 – High-frequency behaviour of components – Mechanical switches and transformers

module 4.2 – Crosstalk or near-field coupling – Crosstalk combinations

module 4.3 – Crosstalk or near-field coupling – Coupling to shielded cables

module 4.4 – Electromagnetic coupling in the far-field

module 5.1 – Solutions to EMC problems – Lay out and control of interfaces

module 5.2 – Solutions to EMC problems – Grounding or earthing

module 5.3 – Solutions to EMC problems – Electromagnetic Shielding

module 6.1 – Lightning Protection – Introduction

module 5.6 Solutions to EMC problems – Filters and Surge protectors

Module 6.4 Lightning Protection – Towers, Lightning safety

Module 6.3 Lightning Protection – Buildings

Module 7.2 – EMC Requirements & Standard, Testing and Difficulties – 2

Module 8.2 – Intentional Electromagnetic Interference or IEMI – 2

Student Ratings & Reviews