Consider a bifilar 1:1 transformer/coil:
each winding is 50 turns
inductance factor is 0.2 mH/turnē
resistance factor is 0.01 Ohm/turn
Two batteries in parallel
If the windings are in series we have when saturated:
12 V, 2 H, 1 Ohm, 12 A, 24 Wb, 144 J, 144 W
If the windings are in parallel we have when saturated:
12 V, 0.5H, 0.25 Ohm, 48 A, 24 Wb, 576 J, 576 W
But now we put one battery on one winding and one on the other!
Is it like having 24 V on the windings in series?
Or is it like having 12 V on the windings in parallel?
If its like the windings are in series we have when saturated:
24 V, 2 H, 1 Ohm, 24 A, 48 Wb, 576 J, 576 W
/Hob
each winding is 50 turns
inductance factor is 0.2 mH/turnē
resistance factor is 0.01 Ohm/turn
Two batteries in parallel
If the windings are in series we have when saturated:
12 V, 2 H, 1 Ohm, 12 A, 24 Wb, 144 J, 144 W
If the windings are in parallel we have when saturated:
12 V, 0.5H, 0.25 Ohm, 48 A, 24 Wb, 576 J, 576 W
But now we put one battery on one winding and one on the other!
Is it like having 24 V on the windings in series?
Or is it like having 12 V on the windings in parallel?
If its like the windings are in series we have when saturated:
24 V, 2 H, 1 Ohm, 24 A, 48 Wb, 576 J, 576 W
/Hob
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