Part Number: BQ25173 STAT LED blinks with/without battery connection. My rechargeable battery is 8.4V.
Below steps are also followed to recover STAT Led blinking:
Fault Mode The fault conditions are categorized into recoverable and nonrecoverable as follows…
Part Number: BQ25173 Hi,
We are evaluating the BQ25173 to charge a supercapacitor, but we have some doubts due to our type of application. In our case, we can't have the supercapacitor on the electronic board.
The main board has the BQ25173 connected…
Part Number: BQ25173-Q1 Hi Team,
I would like to use BQ25173-Q1 to charge the 3.6V battery. I'm not sure if there is anything difference between charge super cap and battery. May you let me know your comments?
Regards,
Roy
Part Number: BQ25173-Q1 Other Parts Discussed in Thread: BQ25173 Hi,
We are designing a circuit that will use the BQ25173, but we have a peculiarity that is not common.
So, when the power is turned on, and the BQ25173 is powered, the microcontroller may…
Part Number: BQ25173-Q1 Other Parts Discussed in Thread: BQ25173Q1EVM I have a couple of questions about BQ25173-Q1 charger IC.
In the evaluation module user guide (BQ25173Q1EVM), I noticed a P-CH MOSFET (Q1) being used; however, in the charger IC (BQ25173…
Part Number: BQ25173 Hello,
We need to drive a small 3V DC motor from a battery, with 100mA current limitation and stall detection.
(The motor we use has around 30uH / 20Ohm Impedance, and 20mA no load current)
After a long search, the BQ25173 looks perfect…
Part Number: BQ25173
Dear Sir/Madam,
Could you please review my attached schematic. I am using a 2 Amp switch mode power supply to generate a 4.48V supply. This is fed to the LM662200DRLR ideal diode switch. The 4.48V supply is also going to the BQ25173…
Part Number: BQ25173 We are planning to buy bulk quantity of the below mentioned parts for our projects. So, I need few details about it, please explain in detail.
How much area is required to store 9000 quantities of the part ( BQ25173DSGR )? Please tell…
Part Number: BQ25173 Hi,
The customer is using BQ25173 to charge the supercap.
With no voltage in the IN pin, a reverse current flows to OUT / FB / /PG / STAT Pin, resulting in leakage.(3.5㎂ at 3.6V)
CE : High, IN : 0V(VSUB not connected)
Is the consumption…
Part Number: BQ25173 Hi,
The charge current is set via a resistor on ISET pin, and the lower the resistance the higher the current you can draw from the source. The EVM comes with a potentiometer, but I want to be able to control the charge current from…
