Part Number: BQ25071 In our battery application it is a requirement that there be 2 series diodes between the charger output and the battery cell terminal. This would require that the OUT pin of the bq25071 be connected to two series diodes and the BAT…
Part Number: BQ25071 Tool/software: WEBENCH® Design Tools Hi,
I wonder if there are any plans to release a WEBENCH model for the bq25071 LiFePO4 linear charger?
Thanks in advance,
Gustaf
Part Number: BQ25071-Q1 Other Parts Discussed in Thread: BQ25071
Hi
I have two questions on the LifePo4 precharge current :
-What is the real voltage value (min / typ / max) considered in the BQ25071 for the precharge current for LiFePo4?
-What is the…
Part Number: BQ25071 Hello,
I am working with the bq25071 and the datasheet gives the package dimensions but not the land pattern recommendations.
The TI Package Database also does not provide a recommended land pattern for this device package which…
Part Number: BQ25071-Q1 Hello,
Looking on the bq25071-Q1, I have a LiFePo4 3300mAH Battery 3.2V with cahrging float at 3.6V, also I have system load of 340mA
I was wondering if I set ISET for 1000mA Charging and leave it set as this, what will happen…
Hi,
I think that a Co-based charge profile and the charge profiles of LiFePO4 are different. Please refer to a profile of bq25071. When the big difference is if arrives at voltage peak (OVCH), it stop CC and a point waiting to become VOUT(REG). In the Co…
Part Number: BQ25070 Other Parts Discussed in Thread: BQ25071 , BQ24210 The datasheet for the BQ25070 briefly mentions Vin-DPM which I believe would make it suitable as a solar charger for LiFePO4 single cells.
Can you confirm the suitability of the BQ25070…
Hello,
Since the battery website states the nominal voltage as 3.7V, this typically translates to a max charge voltage of 4.2V. You can confirm this with the battery vendor. The BQ2407x cannot be used to charge LiFePo4 since that has a different charge…
