SLYY231A March   2024  – March 2024 BQ25171-Q1 , BQ25622 , BQ25638 , LMQ66430-Q1 , LMR36502 , TPS37-Q1 , TPS62903-Q1 , TPSM365R15

 

  1.   1
  2.   Overview
  3.   At a glance
  4.   The importance of nano-IQ in different power applications
  5.   Achieving nano IQ in industrial BMS monitors
  6.   Achieving nano IQ in automotive BMS monitors
    1.     Achieving nano IQ in industrial home automation chargers
  7.   Achieving nano IQ in automotive BMS chargers
  8.   Achieving nano IQ in voltage supervisors
  9.   Achieving nano IQ in industrial and personal electronics DC/DC converters
  10.   Achieving nano IQ in automotive DC/DC converters
  11.   Conclusion
  12.   References
  13.   Additional resources

At a glance

1 The importance of nano-IQ in different power applications
The need to improve battery life with every device generation is increasing, driving requirements to lower IQ.
2 Achieving nano IQ in industrial BMS monitors
By switching to power modes where essential functions of the device is enabled only when needed, and utilizing circuit level innovations to reduce IQ.
3 Achieving nano IQ in voltage supervisors
Nano-IQ is required to enable longer battery life, for always-on monitoring, while at the same time low latency is required for rapid fault reporting.