This course focuses on the introduction to EMI (Electromagnetic Interference) and EMC (Electromagnetic Compatibility) problems, which cause significant issues in electrical and electronic systems. It also discusses shielding, electromagnetic coupling, noise problems, and earthing noise reduction techniques.After completing this course, you will be able toGain knowledge of electromagnetic interference and electromagnetic susceptibility problems associated with electrical and electronic systems
Additionally, you will understand shielding, noise reduction, and earthing techniques.
Course BenefitsGain an in-depth understanding of EMIEMC principles, shielding methods, earthing techniques, and noise reduction strategies
Understand global EMC standards and regulations, ensuring that designs and products comply with legal requirements
Design more reliable electronic systems with reduced susceptibility to EMI
Ensure the safety of electronic systems by effectively managing electromagnetic interference and ensuring proper earthingThe main scope of this course is to review EMC problems associated with electrical and electronic systems, types of emissions from different sources, and measurement techniques involved in EMI. Additionally, the course covers shielding, including types of shielding such as inductive and capacitive shielding, shielding racks, and shielding rooms, as well as design considerations for shielding to provide a comprehensive understanding of the topic and its terminology.The main scope of this course is to review EMC problems associated with electrical and electronic systems, types of emissions from different sources, and measurement techniques involved in EMI. Additionally, the course covers shielding, including types of shielding such as inductive and capacitive shielding, shielding racks, and shielding rooms, as well as design considerations for shielding to provide a comprehensive understanding of the topic and its terminology.The second part of the course introduces the basic principles of noise problems, noise reduction principles, and noise reduction techniques. It also covers earthing, including the principles of earthing, earth grid techniques, analogue and digital earthing, and various earthing techniques. Towards the end, the course examines noise coupling mechanisms and their causes.
