Electromagnetic Compatibility

About Course

Electromagnetic compatibility. All systems that generate or consume electrical energy can produce electromagnetic noise that may interfere with the operation of the system itself and/or other systems.

Electromagnetic interference (EMI) is a potential threat to present-day electronic devices. The course shows the students how the principles of electricity and magnetism can be applied to design electrical and electronic systems that can co-exist harmoniously, that is, to design systems that are electromagnetically compatible with each other. The students will learn how electromagnetic disturbances are generated in systems, how they couple with other systems, and how systems can be protected.

Week 1: Introduction to EMC - Relevant concepts from electromagnetic field theory
Week 2: Non-ideal or high-frequency behavior of components
Week 3: Crosstalk or near-field coupling
Week 4: EM topology & grounding
Week 5: EM Shielding
Week 6: Surge protection and filters
Week 7: Problem of Intentional electromagnetic interference, Lightning protection
Week 8: EMC measurements and Standards(The course also includes some lab work which will be shown as demonstrations).

Course Content

Electromagnetic compatibility, EMC

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

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

00:00
Module 2.2 Electromagnetic principles – Uniform plane wave

00:00
Module 2.3 Electromagnetic principles – Transmission lines

00:00
Module 2.4 Electromagnetic principles – Dipoles

00:00
module 3.1 – High-frequency behaviour of components – Conductors

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 4.1 – Crosstalk or near-field coupling – Capacitive coupling

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 4.5 – Field Coupling – Exercises

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

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

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

00:00
module 6.1 – Lightning Protection – Introduction

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

00:00
Module 6.3 Lightning Protection – Buildings

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

00:00
Module 7.1 – EMC Requirements & Standard, Testing and Difficulties – 1

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

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

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

00:00

Student Ratings & Reviews

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About Course

Electromagnetic compatibility. All systems that generate or consume electrical energy can produce electromagnetic noise that may interfere with the operation of the system itself and/or other systems.

What Will You Learn?

Course Content

Electromagnetic compatibility, EMC

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

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

Module 2.2 Electromagnetic principles – Uniform plane wave

Module 2.3 Electromagnetic principles – Transmission lines

Module 2.4 Electromagnetic principles – Dipoles

module 3.1 – High-frequency behaviour of components – Conductors

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

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

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

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 4.5 – Field Coupling – Exercises

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

module 5.5 – Solutions to EMC problems – Shielded cables

module 5.6 Solutions to EMC problems – Filters and Surge protectors

module 6.1 – Lightning Protection – Introduction

Module 6.2 Lightning protection – Currents, charges and fields

Module 6.3 Lightning Protection – Buildings

Module 6.4 Lightning Protection – Towers, Lightning safety

Module 7.1 – EMC Requirements & Standard, Testing and Difficulties – 1

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

Module 8.1 – Intentional Electromagnetic Interference or IEMI – 1

Module 8.2 – Intentional Electromagnetic Interference or IEMI – 2

Student Ratings & Reviews