Part Number: BQ24616 Tool/software: Hi Team,
I have a few doubts and concerns regarding the BQ24616 IC. We are developing a 6S charger using this IC and encountered some issues during testing.
During testing, we applied a 25.7V input without connecting…
Part Number: BQ24616 Other Parts Discussed in Thread: BQ40Z50 , BQ24610
Tool/software:
Hello, we have designed a 10 battery charger based on 10 parallel bq24616s on the same PCB.
We have a problem, after startup, each bq24616 detects that there is…
Part Number: BQ24616 Tool/software: Hello,
I met a problem that happened asas i stop the device.
- Firstly, i'd like to introduce my project, a battery(3cells 12.6V), A motor(8000rpm~30000rpm), maxmum 60W, use a 100W(20V/5A, I_charge is 1.5A) PD adapter…
Part Number: BQ24616 Tool/software: Hello team,
My customer is confused about the operating temp of this device.
On TI.com, opearating temp is -40 to 85 .
However, on datasheet, it is 0 to 125 .
Which statement is true?
If datasheet is true, then is…
Part Number: BQ24616 Other Parts Discussed in Thread: TPS25948 , Tool/software: Hello team,
What is the purpose of the input resistor and capacitor (R20 & C16)?
I am considering to use eFuse (TPS25948) before the back to back FET in the diagram below…
Part Number: BQ24616 Hi Team. I had a few doubts and concerns regarding the BQ24616. We are developing a 6S charger using this IC and during testing ran into a few problems which led to the burnout of the IC itself. Aya Khedr was looking after my case…
Part Number: BQ24616 Tool/software: Hi,
Thanks in advance,
We have already used BQ24616 in our old previous project where everything works all fine and good. We are using the same design in our new project also. but here the battery is not being charged…
Part Number: BQ24616 Tool/software: Hello I am currently designing a system using two batteries connected in series. The batteries each have their own built in NTCs (See product sheet attached). I am wondering if there are any proven solutions for letting…
Part Number: BQ24616 Hi, Customer wants to change charging profile, but not change IC. Charging temperature should follow IEC62133, or at least charging should be enabled between 10-45 degrees celcius. I am a bit confused about the bqstroller calculation…
