SNOAA94 june   2023 LM74900-Q1 , LM74910-Q1

1.   1
2.   Abstract
3.   Trademarks
4. 1 LM749x0-Q1 Ideal Diode Controller Overview
5. 2 Design 1: Automotive Reverse Battery Protection with Overvoltage, Undervoltage and Overcurrent Protection with Fault Output
6. 3 Design 2: LM749x0-Q1 as Ideal Diode Controller with Current Monitoring, Overcurrent and Undervoltage Fault Indication
7. 4 Design 3: LM749x0-Q1 as High Side Driver with Undervoltage, Overvoltage and Overcurrent Protection
8. 5 Feature Comparison: LM749x0-Q1 as Ideal Diode FET and High Side Driver Topology
9. 6 Design 4: Dual Supply OR-ing with Common Powerpath Disconnect Function
10. 7 Design 5: LM749x0-Q1 as Priority Power MUX Controller
11. 8 Feature Comparison: Dual OR-ing and Priority Power MUX Controller Topologies
12. 9 Summary
13. 10References

Addressing Automotive Reverse Battery Protection Topologies with LM749x0-Q1