| Module 1: The Physical Basis of EMC without maths |
3 hrs |
| Module 2: EMC design of cables and connectors (shorter version available for mechanical designers) |
2 hrs |
| Module 3: Filtering for EMC (shorter version available for mechanical designers) |
2 hrs |
| Module 4: Shielding for EMC (longer version available for mechanical engineers) |
2 hrs |
| Module 5: Heatsink design for EMC |
1½ hrs |
| Module 6A: Essential SI, PI and EMC design and layout techniques for PCBs in 2021 |
1 day |
| Module 7: Circuit design for EMC (digital, analogue, switch-mode, wired communications) |
2 hrs |
| Module 8: Component selection for EMC |
1 hr |
| Module 9: Suppressing electromechanical devices (switches, relays, motors, sliprings, spark ignition, etc.) |
1 hr |
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Module 10A: Advanced SI, PI and EMC design and layout techniques for PCBs in 2021
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1 day |
| Module 11: Electrostatic discharge (ESD) protection techniques |
1 hr |
| Module 12mil: Suppressing surges & transients on military vehicle DC power supplies, signals, data, control |
1½ hrs |
| Module 12dc: Suppressing surges & transients on vehicle DC power supplies, signals, data, control |
1½ hrs |
| Module 12: Suppressing surges & transients on AC and DC power supplies, signals, data, control |
2 hrs |
| Module 13+14: Reducing emissions of harmonics (= Power Factor Correction, PFC), voltage fluctuations and flicker, into the AC mains |
1 hr |
| Module 15: Improving immunity to poor power quality (dips, dropouts, sags, swells, brownouts and interruptions, etc.) |
1½ hrs |
| Module 16: Adding wireless datacommunications and GNSS to products |
2 hrs |
| Module 17: Overview of common IEC/EN EMC tests (for designers, not testers!) |
2 hrs |
| Module 18: Quick, easy, low-cost near-field (=close-field) EMC measurements with huge benefits in every project stage. This is a complete how-to-do guide including a shopping list for setting up your own facility |
2 hrs |
| Module 19: Protecting semiconductor sensors |
½ hr |
| Switch-mode power converters and motor drives for all applications: design for EMC |
1 day |
| Analogue design techniques for EMC and RF immunity |
½ day |
| Electromagnetic phenomena – where they come from and what they can affect and why (covers 10 phenomena, from 50Hz magnetic fields to GHz radiation)
|
2 hrs |
| Assessing an electromagnetic (EM) environment: analyses; calculations; assessments; measurements; existing data |
1 hr |
| Pro-Audio: Audio-frequency shield current induced noise is negligible (as long as it does not flow in the 0V system) |
¾ hr |
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| The Safe Design of Electrical Equipment, and compliance with the LVD or RED, includes IEC 62368-1; Non-CE-marking Safety Directives; Functional Safety |
2 days |
| The Safe Design of Electrical Equipment, and compliance with the LVD or RED, includes IEC 62368-1 but does not include: Non-CE-marking Safety Directives; or Functional Safety |
1.5 days |
|
The Safe Design of Electrical Equipment, and compliance with the LVD or RED, includes IEC 62368-1 but does not include: basic safety principles; hazard and risk assessments; Non-CE Marking Safety Directives; functional safety
|
1.0 day |
| Techniques and measures for managing Functional Safety and other risks that can be caused by EMI |
½ day |
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