It is mentioned in the datasheet of ADE7953 that the input to current and voltage channels is fully differential. I want to ask if I can provide single-ended inputs to these pins or not?
Thanks
Satya Prakash Singh
It is mentioned in the datasheet of ADE7953 that the input to current and voltage channels is fully differential. I want to ask if I can provide single-ended inputs to these pins or not?
Thanks
Satya Prakash Singh
This is certainly possible, you just need to take into account the reduced range when it is single-ended as shown on Page 4 of the spec table.
I would recommend connecting the signal before the anti-aliasing…
Yes, you can use the same formulas from AN-1118 to perform calibration, you are just reducing the full-scale value by a factor of 2. In other words, when you inject a +/-250mV peak waveform, that is treated…
Dear dlath
While using the single-ended input signal to the IC can we use the conversion formulas given in AN1118 directly, or does it need some modification?
Thanks
Satya Prakash Singh
Yes, you can use the same formulas from AN-1118 to perform calibration, you are just reducing the full-scale value by a factor of 2. In other words, when you inject a +/-250mV peak waveform, that is treated as if it is 1/2 of full-scale for the datapath.
Although, with the way calibration is done, that has no real impact on the equations.
Yes, you can use the same formulas from AN-1118 to perform calibration, you are just reducing the full-scale value by a factor of 2. In other words, when you inject a +/-250mV peak waveform, that is treated as if it is 1/2 of full-scale for the datapath.
Although, with the way calibration is done, that has no real impact on the equations.