Hi Harry,
Harry Ma said: Do you have the related experience for this kind of issue? what't the root-casue?
The input sense line resistors (Rs) should be <10 Ohms, customer has 100 Ohms in the schematic, this can cause output to have large offset.…
Part Number: INA225-Q1 Tool/software: Does the INA225-Q1 permit connecting its power supply pin (Vs) to either side of the current measurement shunt (IN+ or IN- pins)?
Part Number: INA225-Q1 Other Parts Discussed in Thread: INA225 , Can I replace ina225-q1 with the ina225 when aplication is industrial..
Is spec. Different or only quality level.
Part Number: INA225-Q1 Other Parts Discussed in Thread: INA225 , CSD Hello Team
We are trying to simulate the spice circuit on PSpice & LtSpice but we are getting some error with library of TPS2H000B
In case of pspice, I have used same simulation…
Part Number: INA225-Q1 Other Parts Discussed in Thread: INA225 , Hello team,
Are there any p2p alternatives to INA225-Q1 or INA225? I could not find any
Best regards, Antoine
Part Number: INA225-Q1 Hello,
in the datasheet I haven't found Information about base structure like MOS, CMOS, Bipolar etc.
Is it possible to provide such an Information?
Kind regards, Michael
Part Number: INA225-Q1 Other Parts Discussed in Thread: INA225 The datasheet says the "Input voltage at any terminal may exceed the voltage shown if the current at that terminal is limited to 5 mA".
If I have a pulse that goes up to 50V and is sourced…
Part Number: INA225-Q1 Other Parts Discussed in Thread: INA225 Hi expert,
May I know if Vs of INA225 will influence accuracy when it is within 2.7V to 36V range?
BTW, any issue in accuracy when Vs in greater or samller than Vcm? (With datasheet range…
Part Number: INA225-Q1 Other Parts Discussed in Thread: INA225 There is surprisingly little information on the REF pin on the datasheet. If we are trying to use Vs/2 as our reference, is it sufficient to use a high precision voltage divider (say 10kohm…
Part Number: INA225 My customer want to know the current consumption.
VCC:5V, Input:+/-70mV, output: +/-1.7V, We will measure bidirection current using Reference.
ADC input impedence:It is very big value becasue of input amplifier .
Now we know…
