SLYT846 February   2024 TPS62870 , TPS62870-Q1 , TPS62871 , TPS62871-Q1 , TPS62872 , TPS62872-Q1 , TPS62873 , TPS62873-Q1 , TPS62874-Q1 , TPS62875-Q1 , TPS62876-Q1 , TPS62877-Q1 , TPS6287B10 , TPS6287B15 , TPS6287B20 , TPS6287B25 , TPSM8287A06 , TPSM8287A10 , TPSM8287A12 , TPSM8287A15

 

  1.   1
  2. 1Introduction
  3. 2DCS-Control topology overview
  4. 3Fixed-frequency DCS-Control topology overview
  5. 4Switching frequency variation
  6. 5Lower-ripple power-save mode
  7. 6Stacking (paralleling) for higher (or lower) load currents
  8. 7Conclusion
  9. 8References

7 Conclusion

With its fast transient response and stackability, fixed-frequency DCS-Control powers the latest processors’ demanding load transient and output-current requirements, while its fixed-frequency operation and synchronization make it a great fit for noise-sensitive applications. Automotive ADAS and infotainment, optical modules, industrial test and measurement, medical, and aerospace and defense applications all benefit. The tunable external control-loop compensation supports a fast transient response with the minimum amount of output capacitance, reducing the size and cost of a power-supply system.