The figure below shows some logic analyzer captures to demonstrate the eight generated
complementary PWM signals, the duty cycles increasing from 0-100%, what happens during a
Fault event, and how the dead-time periods look.Figure 4-13. Eight PWM Signals With
Variable Duty Cycles, Fault Detection Actions and Restoring to Normal Operation
After the Fault Is Cleared
Figure 4-14. Dead-Time Periods
HighlightedFigure 4-15. A More In-Depth Look at the
Low-Side Dead-Time Period
Find a bare metal code example for the AVR16EB32 with the same functionality as described
in this section here:
Find an MCC-generated code example for the AVR16EB32 with the same functionality as
described in this section here:
The online versions of the documents are provided as a courtesy. Verify all content and data in the device’s PDF documentation found on the device product page.
