Part Number: BQ79631-Q1 Tool/software: I have a BQ79631-Q1 EVM Board and I can successfully wake it up, run through auto addressing, and read and write registers. When I try to enable TSREF in CONTROL2, nothing happens. If I read back CONTROL2, I get…
Part Number: BQ79631-Q1
Hello
In the BESS system operating at 1500V that I am working on, I want to control the contactors with the BQ79631-Q1. I will design a driver circuit to drive the contactors. However, how should this driver circuit receive the…
Part Number: BQ79631-Q1 Other Parts Discussed in Thread: BQ79616 Tool/software: Hi all,
My question is we use this function WriteReg(0, ACTIVE_CELL, 0x0A, 1, FRMWRT_ALL_W);
but in BQ79631 there is no such register(ACTIVE_CELL), so do we need of this function…
Part Number: BQ79631-Q1 Other Parts Discussed in Thread: LAUNCHXL2-TMS57012 , BQ79616 , , BQ79616-Q1 , USB2ANY , BQ79600EVM Tool/software: Hi,
Our setup is LAUNCHXL2-TMS57012 connected to BQ79600 eval board, and then connected to BQ79631 eval board.
Since…
Part Number: BQ79631-Q1 Tool/software: Hi,
I am interested in getting the design files for the BQ79631EVM and ordering it. Can you please contact me?
Thanks,
Stephen
Part Number: BQ79631-Q1 Tool/software: Hi Team
We are trying to sense from GPIO1 of BQ79631- Q1 ic.
We found that GPIO is not able to read voltage below 45 mV.
Is there any way of measuring voltage below 45 mV by this GPIO?
Thanks and regards
Ramchandra…
Part Number: BQ79631-Q1 hello,
In the bq79631-q1 chip, I sent a low level (wake up sequence) for 2.3ms in the TX pin of the MCU, increased the measured current by 12mA, Both AVDD and DVDD jump to high level , and then sent 1Mbps 8-N-1 [80,00,05,01, F5…
Part Number: BQ79631-Q1 SCH_MCU_2024-04-18-2.pdf
hello，
At present, we used the serial debugging assistant to send the wake sequence (TX pull down 2.5ms), It is found that the current increases by about 10mA-15mA(Using my own board), AVDD and DVDD jumped…
Part Number: BQ79631-Q1 Tool/software: Hi,
I have been working with the BQ79631 Evaluation Board and noticed an interesting aspect of its power management design. Specifically, the board takes a 12V input, steps it down to 5V, and then steps it back…
