Hello,
I did not receive an IBAT plot. The battery voltage in the plot shows 3.0 V, while the reported value on the post is 3.7 V. Is the battery charging?
Please double check your STAT circuit. The waveform looks incorrect. What does the PG/ pin look…
Part Number: BQ25606 Tool/software: what happens when input charging Voltage fluctuates 5V - 5.2V for PG LED, in my case PG LED turns off when Fluctuating. It blinks randomly, what should i have to do for?
Part Number: BQ25606 Tool/software: Hi, im using BQ25606 for my system power management.
Schematic:
The STAT LED blinks at 1.9Hz, VSYS switch between 3.7V and 4.2V , PG keeps LOW while applying 5V to the VBUS.
Condition: Battery connected, 10k resistor…
Part Number: BQ25606 Tool/software: Hi All,
We have implemented the BQ25606 into our product, and we are having some issues with what we expect is the charge safety timer expiring.
After exactly 10 hours, the STAT light starts blinking. We have measured…
Part Number: BQ25606 Tool/software: Hi
Since there is no I2C interface with this part, is there any way to tell which USB mode and what charging current is being used in Li battery charging?
John
Part Number: BQ25606 Tool/software: hello I am currently testing the circuit using the BQ25606. Basic charging and discharging operations work well. The oscilloscope waveform looks good too.
1. USB D+/D- is not connected. 2. ILIM is set to 240Ω. 3…
Part Number: BQ25606 Other Parts Discussed in Thread: BQ25600 I'd like to know if the BQ25600 has a feature that When battery is fully charged, the system will not source from the battery (battery won't charge as well) and it will directly get its power…
Part Number: BQ25606 Other Parts Discussed in Thread: BQ25638 Tool/software: Dear TI experts,
My customer considers BQ25606 for their new project.
One question is, they need 3A continuous current and 10A peak current (about 1MHz frequency) through SYS…
Part Number: BQ25606 Hi
The customer design with BQ25606, want to realize: When the battery is not fully charged, the battery can be charged by inserting VBUS, and SYS is provided by VBUS.
Connect VBUS first, then the battery, and it can be charged normally…
Part Number: BQ25606 Hi
The input voltage is 5V and the battery voltage is 4.4V. After charging the battery, the Vsys voltage ripple is too large and the fluctuations are relatively large. As shown in the figure, they are the Vsys waveforms in the long…