Part Number: INA230 I have a design that uses two INA230s to measure voltage and current - one on the DC input and one on an internal battery. For the most part the units work as expected. However, on occasion they will 'hang' (for the sake of a better…
Part Number: INA230 Other Parts Discussed in Thread: BQ34Z100-G1 I've built up the circuit as in the figure at the bottom of the first page of the data sheet and implemented low-side monitoring with IN- connected to ground. The dirfference is that instead…
Part Number: INA230 Dear TI Engineer,
We are looking for a bidirectional current sense amplifier product that can flow current from VIN+to VIN - or from VIN - to VIN+. Do you have any suitable product selection recommendations?
Thanks,
Kind…
Part Number: INA230 Tool/software: Hi Ti Team,
What expected DC accuracy of INA230 is? I mean the DC Voltage, Current and Power. I only saw the 0.3% gain error and 25uV offset in datasheet, but I don't know how to convert to the value we read directly…
Part Number: INA230 Other Parts Discussed in Thread: INA226 , SYSCONFIG Tool/software: I'm doing an experiment of DC load to verify the current/voltage which by INA230. Here is our test report, as repoort you can see the current test result will over…
Part Number: INA230
Hi Team,
Posting on behalf of our customer.
what is the Vbus accuracy on INA230?
From spec, GBERR shows the 0.3%.
Our VBUS pin connect 3.3V +/-5%.
The MAX tolerance on sensing = (actual voltage ± V os ) × (1 ± G ERR …
Part Number: INA230 I am designing a product that uses 12VDC as its input power source. This product requires a protection circuit and power monitor. However, I need to keep it compact. Therefore, I would like to use a product that combines the protection…
Part Number: INA230 Tool/software:
I checked the datasheet, but is it possible to receive current data and voltage (bus) data without using the alert pin?
Since I will not be using the alert pin, I will leave it in a floating state.…
Part Number: INA230 Tool/software: Hi,
I'm trying to understand how to go about calculating
the worst cases error calculation in current sensing reading
Here's the schematic:
Regards
Jonathan Kabangu,