Units of Vector Potential Source in Magneto Quasi Static

Hi,
I am trying to calculate the Efield induced on the body models when driving our gradient coils. I am first running a BiotSavart simulation and then using the Field Sensor as a source in the magneto quasi static simulations for final Efield calculations.
I wanted to check the scaling and units of the simulations using a simpler conductive geometries with a known approximate analytical approximations. First of all, I believe that Efield values exported to MATLAB are the peak values displayed in the Slice Viewer/Analysis. Second and more importantly, I guess that I have to scale the field by sqrt(2) to match theoretical expectations. **For example, I am running Biot Savart with 1A current. When I use this as a source in magnetoquasi static at 1kHz (as an example), do the Efields represents results for 1A * cos(2pift) source or 1/sqrt(2) 1A * cos(2pif*t)? My understanding is that it is using source as an RMS(1/sqrt(2)) values, therefore, resulting Efields are also in RMS. Is that correct?
Let's I want to calculate the ratio of E(coming from magnetoquasi static) and B(coming from Biot Savart), I have to multiply E fields by sqrt(2) to match the units (RMS vs. peak). Can anybody please clarify on the units?
Best regards and thanks.