Texas Instruments' new switching charger IC boasts lowest termination current

TI says its new IC will lessen the space needed for a current switching charger in medical devices and other personal electronics. (TI)

Texas Instruments announced Tuesday what it called the industry’s lowest termination current switching charger in an integrated circuit.

The new switching battery charger IC supports a termination current of 20 mA. That is well below the typical termination current of 60 mA of competing devices.

The IC, called the BQ25619, provides 7% higher battery capacity and longer run time, with ultra-fast charging. TI said the IC can double the shelf life of ready to use electronics, which includes small medical and personal electronics like hearing aids, earbuds and wireless charging cases, networked cameras, patient monitoring devices and more.

Free Daily Newsletter

Interesting read? Subscribe to FierceElectronics!

The electronics industry remains in flux as constant innovation fuels market trends. FierceElectronics subscribers rely on our suite of newsletters as their must-read source for the latest news, developments and predictions impacting their world. Sign up today to get electronics news and updates delivered to your inbox and read on the go.

The IC integrates charging, boost conversion and voltage protection in one device, which should help designers in small applications. It eliminates the external inductor required by prior ICs. Only a single power device is required. 

An evaluation module is available for $99. Pricing for the charger is $1.45 in 1,000-unit quantities. It comes in a 24-pin wafer quad flatpack. A 30-pin version will come later in 2019.

RELATED: Renesas unveils new IC for battery management in hybrid, electric vehicles

Suggested Articles

Average prices declined for sixth straight quarter

Customers are far more cautious, Texas Instruments CFO says

Microchip Technology Inc. has introduced a low power FPGA optimized to meet the demanding requirements of spacecraft payload systems.