Charging Li-Ion batteries in a cost-effective but highly efficient way
The essential operation of a battery charger is to convert the input AC voltage to a DC voltage, which restores the rechargeable battery’s capacity. Increasing power levels, higher safety requirements, and cost are major factors influencing today’s charger designs. With dedicated battery charging ICs, a granular power MOSFET portfolio, and power controllers, Infineon tackles these challenges. Ready-to-use reference designs shorten the time to market.
Customer benefits
- Broad portfolio covering different power topologies and power ranges
- Addressing wide output voltage ranges
- High efficiency solutions for low stand-by power consumption
- Competitive product offering in terms of cost and choice
- Scalable Li-Ion reference designs including digital design software for shortest time to market
Selected target applications
- Home & gardening tools
- eBikes
- eKick Scooters
- Vacuum cleaners
Battery Charger Solutions
Featured Content
Engineering report: 84 W AC-DC reference design for battery chargers
3D model: 84 W AC-DC reference design for battery chargers
Engineering report: Designing ultrahigh density hybrid flyback converters
Design guide: Designing efficient LCC converters
Brochure: Cordless power tools and chargers
Motor Control for Battery-Powered Applications
Featured Content
Application note: Evaluation board EVAL_6EDL7141_TRAP_1SH 18 V brushless DC motor drive board
Application note: Evaluation board EVAL_IMD700A_FOC_3SH 18 V brushless DC motor drive board
Application note: Sensorless FOC tuning guide for BPA motor control GUI
Online training: Integrated 3-phase smart motor drive module MOTIX™ IMD70xA introduction
Product brief: Battery supplied BLDC motor controller ICs MOTIX™ IMD700A/IMD701A
Product brief: Battery supplied BLDC motor controller IC 6EDL7141
4-Part Video Series: Battery supplied BLDC motor controller IC 6EDL7141
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