Part Number: BQ76907 Tool/software: So, can't the battery manufacturer burn the OTP data into Bq76907 by itself? If can't , how can we change the related protection settings according to the conditions of different batteries so that the IC can be used…
Part Number: BQ76907 Tool/software: I want to change the initial value and burn it into OTP,
but I can't find any relevant information and steps about burning into OTP.
Is there any relevant document I can refer to? Thank you!
Part Number: BQ76907 Other Parts Discussed in Thread: BQ76942 Tool/software: Hi,
We are currently designing 4S-8S BMS using BQ76907 and have 2 questions.
1- In 8S Lifepo4 battery pack, Can we use 8th cell for BAT pin, for supply? There will be…
Part Number: BQ76907 Other Parts Discussed in Thread: BQ76930 , BQ76942
Tool/software:
I want to use a battery monitor IC for 7 LFP cells in series. I came across these two ICs: BQ76907 and BQ76930/BQ76942. Looking from top level both of them seem…
Part Number: BQ76907 Tool/software:
Dear TI Support Team,
I'm using BQ76907 5cell configuration trying to compute Cell gain.
Vcell mode = 0x05
Cell 1 Gain = 65535
Cell # Gain Delta = 0
Cell # Gain was calculated using following formula with…
Part Number: BQ76907 Other Parts Discussed in Thread: MSPM0L1306 Tool/software:
1. Can i configure BQ76907 as above?
2. Is it possible to change device address and communicate with one micro.
3. if no, please suggest me suitable part (CELL controller…
Part Number: BQ76907-Q1 Other Parts Discussed in Thread: BQ76907 Tool/software: Hi Team，
During the cell balancing process of BQ76907, are the MOSFETs on the DSG and CSG turned on or off? I can't find any relevant description in the specification. Please…
Part Number: BQ76907 Tool/software: I have an application where i need to configure LDOREGOUT to 3.3V when fault in BQ76907 occurs and otherwise 0. this is to enable power for MCU. I know this is not possible as its an onetime programmable. Could you…
Part Number: BQ76907
Tool/software:
Hi
I’ve reviewed the shared code and would like to clarify a few points regarding its applicability to my setup, specifically for calculating the State of Charge (SOC) using the BQ76907.
Device Setup Overview…
Part Number: BQ76907 Tool/software: Hi TI support team,
I would like to seek your advice on how to calculate the maximum and minimum current range using a 300 μΩ Rsense.
Current = [(24bit ADC – Current offset) x current gain]/8192
= [(24bit…
