Other Parts Discussed in Thread: INA240 Tool/software: Hi,
Based on the feedback from e2e forum for the query, " INA296B4Q - Gain Error Factor ",
To calculate the gain error factor for the use case of an external series filter resistor (Rs),…
Part Number: INA296B Other Parts Discussed in Thread: INA296A Tool/software: Hello, Thank you for your help. We are designing the attached current sense circuit using INA296B5. The accuracy of low currents of 1A to 20A may exceed ±2%. Is there any…
Part Number: INA296B Tool/software: Hey,
I like to use the current sense for <60V high side bidirectional current sensing of a DC/DC unit and have several of them in multiple in- and outputs.
All active the suppy current of them in sum is very high…
Part Number: INA296B-Q1 Other Parts Discussed in Thread: INA310A-Q1 Tool/software: What is the Common mode Impedance (RCM) and Differential mode Impedance (RDIFF) values of INA310A-Q1 device?
Part Number: INA296B-Q1 Tool/software: We need to monitor the current through a Shunt resistance of 40mOhm. For the diagnostic purpose, we are planning to keep 1K ohm resistor in series between the IN+ & IN- pins and the shunt resistor. So now the…
Part Number: INA296B-Q1 Other Parts Discussed in Thread: INA296B TI Team,
Cusotmer calculates worst case error for INA296B-Q1 output.
In the datasheet a RVRR (Reference voltage rejection ratio, input referred) parameter is specified for the case when Vref1…
Part Number: INA296B-Q1 Hello team,
In the D/S of INA296B-Q1, there are below statement highlighted in yellow. Could you explain more clearly why TI doesn't recommend a single-ended measurement with this configuration?
1.
Regards,
Hirata
Part Number: INA296B Other Parts Discussed in Thread: INA240 Hi,
Now my customer want to use a precision Amps in the high side of DC/DC part. And their demands are 3.3V supply voltage , common voltage over 25V, bandwidth over 500KHz, and max bidirectional…
Part Number: INA296B I use an INA296B3 to sense an high side over current according the following circuit:
The measurements with a static current of +20A through the shunt resistor cause an input voltage differential of +10mV (IN+ to IN-).
The voltage…