So, by "adding the 1.21 mH air core inductor in series" you meant adding it to the existing 1.72 mH iron core inductor to achieve a total series inductance of 2.93 mH?
I'm asking for clarity on the total value of series inductance so I can follow your pattern of experimentation.
My method of testing would be to start with no series inductor, then progress to the smallest one (0.24 mH), then to the next one up, and so on till you reach the largest one (3.84 mH).
Avoid putting permutations of coils in series with each other. Keep it simple and work only with the independent values to which you have access.
I'm asking for clarity on the total value of series inductance so I can follow your pattern of experimentation.
My method of testing would be to start with no series inductor, then progress to the smallest one (0.24 mH), then to the next one up, and so on till you reach the largest one (3.84 mH).
Avoid putting permutations of coils in series with each other. Keep it simple and work only with the independent values to which you have access.
Thanks Galu.
Yes, I added the 1.21 mH air core inductor in series to the existing 1.72 mH iron core inductor to achieve a total series inductance of 2.93 mH.
I'll next try no Inductor, & then work up using individual inductors from lowest and then increasing value while avoiding in series set ups (at this stage).
Thanks for the clarification. 🙂
