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


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    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?
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    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?
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    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
Technical Article

Eight Questions about Monitoring and Protection in Hybrid and Electric Vehicles