Part Number: BQ24230 Other Parts Discussed in Thread: BQ51013 , BQ51013B Hi,
Customer want to question regarding their application. The customer want connect both IC in their application, please see details below.
I have some questions about a product…
Part Number: BQ24230 How to calculate the current consumption (Icc) of BQ24230.
IN pin: Nothing is connected. BAT pin: 3.7V. OUT pin: A load carrying 100uA of current is connected.
Part Number: BQ24230 Is there a way to configure the BQ24230 for device shipping? Does it have a ship mode where it latched the battery until power is supplied to VIN?
I need a 4.2V ~350mA charge lipo part with integrated PCM and power path management…
Part Number: BQ24230
Dear TI Team,
I am working on embedded wearable device powered with 300mAh Lithium battery.
We are updating device design from prototype to consumer-grade. Currently, we are redesigning the battery related components to meet the…
Part Number: BQ24230 Other Parts Discussed in Thread: BQ25155 Hi Team,
Good day, we received query from customer asking the following regarding BQ24230. Kindly check list below.
"We are using bq24230 li-ion battery charger from TI. Is there any recommendation…
Part Number: BQ24230 Other Parts Discussed in Thread: BQ76920 , , BQ25071 Hi Team,
Can we use BQ24230 to charge US26650FTC1A LFP/Gr from Murata? How do we connect it to BQ76920?
Regards,
Danilo
Part Number: BQ24230 Hello,
We use the Charger BQ24230. We have to decrease the quiescent current of the whole system to reach an acceptable storage time of the device.
We measure a quiescent current around 13uA from Charging IC under following condition…
Part Number: BQ24230 Hello.
We are currently evaluating BQ24230 for a product using single-cell Li-Polymer battery and USB power, and have encountered an issue with charging. We are using a custom board, and I've attached relevant part of the schematic…
Part Number: BQ24230 Hello,
According to the bq24230 data sheet ABSOLUTE MAXIMUM RATINGS, the maximum battery output current (continuous) is 1700mA.
My circuit typically has an average current draw about 15mA with occasional 2 second intervals of 500mA…