6a - Essential PCB design techniques for cost-effective SI, PI, EMC

6a - Essential PCB design techniques for cost-effective SI, PI, EMC image #1

Module 6 A replaces 6

This course explains that the the most cost-effective place to fix EMC, is in the PCB!. Its shows PCB techniques, which if applied correctly provide good signal integrity (SI), power integrity (PI) and EMC...

This is much more cost-effective than ‘fixing’ EMC problems at a higher level of assembly.

Module is 270 slides over 135 pages.

Contents:-

1)  Saving time and money

2)  Scope and application of these design techniques

3)  EM Zoning (i.e. segregation)

4)  Interface analysis, filtering, and suppression

5)  0V(GND) and power (PWR) planes

6)  PCB-chassis RF-bonding

7)  Power supply decoupling

8)  Switching power converters (AC/DC, DC/DC, DC/AC)

9)  Matched transmission line techniques

10)  Layer stacking and trace routing

11)  Devices with BGA packages and/or multiple DC rails

12) Some useful references, sources, and webinars 

£150.00

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