Part Number: BQ79612-Q1 Hello! I have a couple of questions related to BQ79612 (Battery balancer and monitor chip); First I want to ask about the capability of the chip to do passive balancing during charging, I tried to do a simulation with the chip mechanism…
Part Number: BQ79612-Q1 Other Parts Discussed in Thread: USB2ANY , , BQ79616 1) I want to control the battery management system I have installed with the 2 pieces bq79612-Q1 by using bqautoeval and usb2any. However, some data about the battery needs to…
Part Number: BQ79612-Q1 Hello,
we want to wake the BQ79612 from sleep.
The problem is that the LDOIN voltage is at 4.4V not at the required 6V. We designed our power supply for the LDOIN as described in the datasheet for the BQ79612.
On first power up…
Part Number: BQ79612-Q1 Hello,
I am trying to build batary managment system for 24s battery pack. I use 2 pieces of BQ79612 for this. The data sheet shows the maximum input voltage for the battery pin as 100 and it says that I should feed this pin from…
Part Number: BQ79612-Q1
Hi,
I am currently trying to use a BQ79612 as the controller for a Stack, as the the intended stack controller is not available.
It is not clear to me, how the VC and CB pins should be connected if no cells are connected to the…
Part Number: BQ79612-Q1 I see references to "example code" or "sample code" in the forums and documentation related to these ICs but I have not been able to find any such example code. Can someone please point me to it?
Thank you. …
Part Number: BQ79612-Q1 Other Parts Discussed in Thread: BQ79616 Dear TI engineers,
we are currently developing a HV battery management system in a student project. Therefore we built a test board with 3 of the BQ79612-Q1 devices on it (1 base and 2…
Part Number: BQ79612-Q1 Dear TI Engineers,
me and my team currently working on a battery management system for a high voltage battery for a student project.
To properbly test your BQ79612 ICs we built a test board for a single device with the following…
Part Number: BQ79612-Q1 Hello, we want to monitor some Supercaps with the BQ79612 chip. Therefore, we use an external power supply to measure the voltage range between 0 – 3V for State of Charge and State of Health calculation.
According to the…
Part Number: BQ79612-Q1 Hello everyone,
We are currently developing an accumulator management system based on the BQ79612-Q1. Our first approach is to build a master module consisting of our microcontroller (STM32G474) and one BQ79612 as a base device…