Part Number: BQ79606A-Q1 Other Parts Discussed in Thread: BQ79606-Q1 Alex, Geoff,
A few more questions about the BQ79606-Q1 (ie non A version) differences with BQ79606 A -Q1:
In BQ79606-Q1 (ie non A version): - Is there a difference in functional safety? …
Part Number: BQ79606A-Q1 Hello BMS team,
I would like to confirm my customer's question regarding BQ79606A-Q1:
Can it support voltages up to 4.4V? (they use Li-Po HV cells that can be safely charged to 4.4v)
- If not, Could you suggest a replacement…
Part Number: BQ79606A-Q1 Using the bq79606a-q1 in 1 bridge + 16 stack devices configuration we have the following problem: After a noisy context, the first bq of the stack did not respond. Even when the noise is removed, the first bq of the stack did not…
Part Number: BQ79606A-Q1 Hello.
I have a question regarding the recommended placement of the components involved in the daisy chain communication between BQ79606A ICs. We have boards with multiple BQ (for example, 2 on each board). In addition to this…
Part Number: BQ79606A-Q1
Hallo, i would like to ask. from which Registers he read the temperture? or when i click read, which register is readed?
of course i already read the Datascheet, may be i didn't understand very well
I'm waiting for your…
Part Number: BQ79606A-Q1 Dear Sirs, we are developing an automotive BMS using bq79606A-Q1. Abuoit balancing algorithm, we see that the comparator accuracy in 4.0V 4.3V range is only +-55mV. In order to have less dispersion in cell voltages, we need to…
Part Number: BQ79606A-Q1
Is there an SVD file available for the BQ79606A-Q1? If not, are the register and bitfield definitions available in text form? This will save me from having to copy 121 pages of register definitions by hand.
Thanks!
Part Number: BQ79600-Q1 Other Parts Discussed in Thread: BQ79616-Q1 , BQ79606A-Q1 On page 235 and 236 of the datasheet for this device several equations that can be used to design a circuit which attempts to help linearize NTC thermistor output. I'm struggling…