SSZT480 may   2019 BQ79606A-Q1 , TMP235-Q1 , UCC21710-Q1 , UCC21732-Q1

1.   1
2.   2
   1.     3
   2. 1. How Can You Increase Energy Density and System Efficiency to Help HEVs/EVs Drive Farther and Longer?
   3. 2. How Can HEVs/EVs Give Drivers the Same User Experience as Cars Powered by an Internal Combustion Engine?
   4.     6
   5. 3. How Can You Improve the Reliability of HEV/EV Battery Management Systems?
   6. 4. How Can Automotive Designers Solve the Poor Discharge Performance of Lithium-ion Battery Packs Used in Cold Temperature Environments?
   7. 5. What’s One Way to Monitor BMS Systems?
   8.     10
   9. 6. What Are the Advantages of Using Silicon Carbide (SiC) or Gallium Nitride (GaN) In-vehicle Devices in Traction Inverters?
   10. 7. Is It Possible to Prevent Overheating in a Traction Inverter?
   11. 8. Why Do You Need Temperature Sensors for Traction Inverter System Reliability in HEV/EV Vehicles?
   12.     Designing Faster, Smarter
   13.     Additional Resources

Eight Questions about Monitoring and Protection in Hybrid and Electric Vehicles