SPRT838 July   2026 TMCS2100-Q1

 

  1.   1
  2.   Abstract
  3.   Trademarks
  4. 1Introduction
    1. 1.1 Industry Pain Points: Bottlenecks of Traditional Cored Hall Schemes
  5. 2Comprehensive Comparison: TI Coreless Hall versus Traditional Cored Hall
    1. 2.1 Fundamental Architectural Differences
    2. 2.2 Key Performance and Engineering Pain Point Comparison Table
    3. 2.3 Cost and Research and Development Investment Breakdown
  6. 3Advantages of TI Coreless Hall
  7. 4Conclusion
  8. 5References

Cost and Research and Development Investment Breakdown

  1. Traditional Cored Hall: Low component cost, but structural tooling and complex assembly, bulky structure drive total system costs higher. Field failures from mounting drift add after-sales overhead.
  2. Coreless Hall: Eliminate cores, brackets and insulating hardware, delivering equivalent or lower total BOM cost. Streamlined assembly to keep the mass manufacturing economics.

Research and development investment: Cored sensors center on part selection; coreless designs require preliminary magnetic simulation and busbar layout tuning. However, TI's reference designs, simulation tools and evaluation kits support lower development barriers. For more information, visit TMCS2100-Q1.