Part Number: TPS27S100 Other Parts Discussed in Thread: INA211 Hi Team,
There is a good new that Customer is searching TI solution
Please help recommend High Side Driver with protection
1. Requires 2.5A for horn control and turn signal control …
Part Number: INA212 Other Parts Discussed in Thread: INA211 , INA190 , INA186 Hi Team,
We are using INA211 / INA212 current sense amplifier to measure current in our design. When we tried doing simulation we were not getting expected output when the…
Part Number: INA326 Other Parts Discussed in Thread: INA212 , INA211 , , INA333 Hi Team,
For one of our design we require accurate measure of supply current (in range of uA to mA). Initially we planned of using INA211/INA212 but we found huge error…
Hi Manuel, for now we have put a bigger shunt resistor and using the INA301A3, reducing the measurement scale to 300A, and we are having a swing to GND corresponding to a lecture of about 0.5A in our system, which is enough for testing.
Anyway we want…
Hari,
You should be able to request INA190 samples from the "Order Now" tab on the INA190 product folder. I don't think pV offsets are possible, but if you really need to resolve the 1uV of signal, I would look into the INA211. It has a 5uV offset…
Hi user4359409,
For our current shunt monitors we recommend only differential input filters, not common mode input filters. You can find the recommendations on page 15 of the datasheet. The reason behind this is that the common mode capacitors (C421…
Other Parts Discussed in Thread: INA226 , INA210 , INA214 , INA213 , INA212 , INA211 Hi. I need to amplify the voltage of a Shunt Resistance. I need the lastest Op-amp for this application. Current Sensing, Low Side, High Side and Zero Drift and good…
Other Parts Discussed in Thread: INA326 , INA211 Hello, I plan to use the DCR of the output inductor to measure the output current of the buck converter. I ll put an RC circuit in parallel with the output inductor, and when R*C=L/DCR, the voltage across…
Ivan,
The INA210 has a gain of 200, and the output is limited by the supply. See page 7 of the data sheet. Given that you can almost reach the rail of the supply on the output, you can back calculate the possible input. With the largest supply allowed…
