Design, Filtering and Shielding for EMC 2
This course and its companion course Design, Filtering and Shielding for EMC 1 form a four day advanced course that covers aspects of electronic hardware design, at the circuit design, circuit layout and mechanical levels, necessary to achieve EMC and Signal Integrity. This course covers shielding and mechanical aspects and the first covers circuit aspects.
Key subjects covered
- Basic shielding theory: models of Schelkunoff, Kaden and Circuit Model
- Difference for shielding between flat material samples and enclosures
- Effect of holes, slots and joints
- Architectural shielding
- Measuring setups for shielding effectiveness of flat samples under near field and far field conditions
- Standards for measuring (ASTM, MIL STD and NSA)
- Measuring setups for small enclosures
- Characterisation of gaskets
- Shielding of cables and shielded cables, Transfer Impedance
Course scope
The course uses basic circuit design and electromagnetic concepts to illustrate the fundamental principles of hardware design needed to achieve EMC and Signal Integrity.
Who should attend
Engineers needing to update their hardware design skills to cope with the challenges of modern high speed electronic design. A basic knowledge of EMC standards and measurements is required.
Last Updated: 2012-Feb-03
