Grenoble, France – March 30, 2015 --While a lot of small connected devices, such as wireless headsets, wearable devices, connected bracelets or smart watches, require low-power optimization. Dolphin Integration directly addresses low-capacity Li-Ion or Li-Po batteries with its new low-power battery charger. Indeed, the BC-Livingstone.01 can charge a single-cell battery from all kinds of USB adapters with a maximum current of 500 mA. This battery charger provides the final user with a high flexibility to choose the End-of-Charge.
The BC-Livingstone.01 benefits from advanced control and protection features, such as under/over voltage limitation or battery temperature monitoring, which bring all the safety expected in battery-powered applications.
To ease the SoC integration of the battery charger, the BC-Livingstone.01 is delivered with a set of simulation models for verifying the mode transitions.
Performance highlights of the BC-Livingstone.01 for Li-ion or Li-Po single-cell battery:
- Input voltage up to 5.75 V enabled by design to cost-reduce by using standard CMOS 3.3 V/1.2 V logic process
- Support of 3 charge modes: trickle charge, constant current and constant voltage with fast charge thanks to a programmable current up to 500 mA
- Low power consumption: 50 µA in monitoring mode and 5 µA in shutdown mode
Find our online product description at:
- BC-Livingstone.01 (from 180 nm down to 40 nm)
All Silicon IPs are designed by Dolphin Integration following ISO9001 quality procedures and are thoroughly verified through simulation using the single-kernel mixed-signal simulator SMASH™ by applying our rigorous Virtual Fab Process™ which ensures that measurements are guaranteed to qualify the silicon (as the VFP has ensured that simulation is predictive).
Need more information? Have questions? Please, contact our product manager at Email Contact.
