SBOA401A June   2020  – March 2022 TMCS1100 , TMCS1100-Q1 , TMCS1101 , TMCS1101-Q1 , TMCS1107 , TMCS1107-Q1 , TMCS1108 , TMCS1108-Q1

 

  1.   1
  2. 1 Improving Energy Efficiency For Today’s Systems
  3. 2 Enabling Broad Electrification
  4. 3 Increasing Performance of Key Power Systems
  5. 4 Facilitating High-Voltage Diagnostics and System Monitoring
  6. 5Conclusion
  7. 6References

5 Conclusion

Isolated, in-package Hall-effect sensors have always played a role in high-voltage systems, but steep trade-offs in respect to sensor accuracy, drift, and isolation capability have limited their performance.

Combining 600-V lifetime working voltages with low sensitivity and offset drift enables the TMCS1100 and TMCS1101 devices to deliver significantly higher performance in a simplified implementation. These advancements enable the TMCS1100 family of Hall-effect current sensors to make a significant impact on the performance of high-voltage systems for motors, process control, distributed sensor networks, and power converters.