Microwaves Techniques and EMC

Lecturer:

Tutor:

Supervisor:

Department of Electromagnetic Field

Synopsis:

Subject is orineted into EMC in microwave region. Standards today describes the EMC rules up to 1 GHz and EMC for 1 - 20 GHz frequency region is under the development. EMC is discused as a complex of rules and principles, which are used in specific applications.

Requirements:

Syllabus of lectures:

1. EMC in recent microwave technique and hygiene

2. Basic scheme of EMC in mw band, EMI, EMS, sources of interference

3. Coupling by radiation, shielding in frequency bands over 1 GHz, analytic solution

4. Attenuation by reflection and absorption, shielding efficiency

5. Main features and testing of absorbing and shielding materials

6. Near-field of microwave devices and its shielding

7. Measurement of EMC in mw band, anechoic and shielded chambers

8. Antennas for EMC measurement, EMC chambers design

9. Microwave Interference measurement, special laboratories

10. EMI measurement

11. EMS measurement

12. Automatic measurement system for EMC

13. Simulators for EMC in microwave band

14. Special aspects f EMC, overview of manufacturers

Syllabus of tutorials:

1. Introduction, basic parameters

2. Basic calculations of electrical field intensity

3. Interference

4. HF electromagnetic shielding - project

5. HF absorption - project

6. Near-field - project

7. Basic EMC-EMI measurements

8. Basic EMC-EMS measurements

9. Measurement chamber design - project

10. Overview of measurement methods for EMC

11. EMI project

12. EMS project

13. EMC project - shielding, reduction of radiation

14. EMC simulators

Study Objective:

Study materials:

[1] White, D.: The EMC Desk Reference Encyclopedia. Emf-emi control,Inc., Virginia, 1997

[2] Morgan, D.: A handbook for EMC testing and measurement. Peter Peregrinus Ltd., 1994

Note:

Further information:

No time-table has been prepared for this course

The course is a part of the following study plans: