Part Number: INA240-SEP Hello,
A question that has come up is their vibration withstanding capabilities. The parts may see up to 80 g’s at launch, and projects is wondering if there has been any testing done at these levels or levels approaching them…
Part Number: INA240-SEP Hello,
Most of INA240-SEP's electrical characteristics are specified under VS = 5 V . However, how can I estimate these performances when it operates under VS = 3.3 V ?
Best regards, Shinichi Yokota
Part Number: INA240 Hello,
What is the difference between INa240, INA240-Q1 and INA240-SEP (advantages and drawbacks )? Which one is the best choice for precise servo motor control?
Regards,
Mohammad.
Part Number: INA240 Dear Team
I was designing a circuit with INA240-SEP.
However, I am facing a problem in the output pin of this IC. I am applying a modulated signal (12V to 0V) @ 200 Hz at the input pins and am using a 0.27 ohm shunt resistor. Now,…
Part Number: INA240-SEP Other Parts Discussed in Thread: INA240 , INA901-SP hi,
Is it possible to measure the output current of negative rail in +/-15V DC-DC converter using INA240-SEP current sense amplifier?
If possible please explain the connection…
Hey Mathieu,
The current INA240A2 model shows that its linear output begins at around 45mV, which aligns with the 50mV Vout testing condition for gain error; however, Vout min at 0V Vin is around 29mV and this does not align with the 10mV specification…
Hello Astro,
They are not in the same process. So you cannot compare the two. Also we have other packaging the helps with this. Please see https://www.ti.com/product/INA240-SEP
Antonio,
Thanks for using E2E!
Unfortunately we have not done any radiation testing (SEE, SEL, etc.) to date on the TMCS110x family, nor do we have any reliability data for these devices in radiation based environments. Only parts designated as -SEP or…
Part Number: INA901-SP Other Parts Discussed in Thread: INA240-SEP , INA190 Hi,
I'm designing a high voltage board which has a voltage output around 400VDC. I also need to monitor the current and my load will draw about 60 micro amp. I found TI Circuit…
