Part Number: ADS131B23-Q1
Tool/software:
The datasheet mentions that "This hardware component ... Has passed a functional safety assessment by Texas Instruments."
1. Can you clarify this statement? What functional safety assessments have been passed…
Part Number: ADS131B23 Hi Team,
I saw some ADCs use 1.2 or 1.25V internal Vref, and some use 2.5V.
May I know what reason or concern to use different internal reference voltage for them?
Thanks.
Hi Beida,
we consider ADS131B23-Q1 as our next generation of ADS131B02-Q1. It is not p2p though. The ADS131B23-Q1 is a functional safety compliant device specifically developed as a successor of ADS131B02-Q1 for EV BMS systems.
What would your customer…
Part Number: ADS131B04-Q1 Other Parts Discussed in Thread: ADS131B23-Q1 Expert,
We enable the input CRC and we know WREG will excute even if CRC fails based on datasheet statement, but if we still want to prevent such issue happens, is there any workaround…
Dear Zsolt,
you are very welcome. Which safety safety standards one must follow IEC 61508 (SIL levels) or the ISO 13849 (Performance levels)? I would say this depends on the application/market/end equipment you are targeting. Your end customer or your…
Part Number: ADS131B26-Q1
Hello,
I am using the ADS131B26-Q1 in a functionally safe battery management system (BMS). I am leveraging the various integrated device diagnostics to meet my latent fault metric (LFM). I noticed that the device resets under…
Part Number: ADS131B26-Q1
Hello,
I am developing a battery management system (BMS) using the battery pack monitor, ADS131B26-Q1. I need to measure the battery pack current using a shunt resistor with very high accuracy and resolution.
My requirements…
Part Number: ADS131B26-Q1
Hello,
I found the example C code for ADS131B26-Q1 on ti.com: https://www.ti.com/tool/download/ADS131B2X-C-EXAMPLE-CODE
The code includes the driver functions to communicate with the device, which is very helpful to start…
