SLVAFJ8 may   2023 TPS7H5001-SP

1.   1
2.   Abstract
3.   Trademarks
4. 1Introduction
5. 2System Design Theory
   1. 2.1  Switching Frequency
   2. 2.2  Leading Edge Blanking
   3. 2.3  Dead Time
   4. 2.4  Enable and UVLO
   5. 2.5  Output Voltage Programing
   6. 2.6  Soft Start
   7. 2.7  Sensing Circuit
   8. 2.8  FAULT Mode
   9. 2.9  HICCUP Mode
   10. 2.10 Slope Compensation
   11. 2.11 Output Capacitance
   12. 2.12 Compensation
6. 3Test Results
7. 4Bill of Materials
8. 5Schematics
9. 6PCB Layouts
10. 7References

TPS7H5001-SP 12 V to 0.8 V / 80 A Buck Converter Design Detailing Methodology and Results