Dear all ,
I am doing simulation on inductive coupling , taking two coils , one with six turns , another with single turn ,
I am exiciting my coil by voltage at 320 V , and i am observing the flux and mutual inductance and the magnetic field density , by derived value , under global evaluation , i got flux is around 1.11*10^-5
i derived this value by putting following expression , when i am deriving values from global derivation
real(((mf.VCoil_2/mf.ICoil_3/mf.iomega)*mf.ICoil_3)) = flux
from normal physical law , we know Flux = Inductance *current
If i want to find inductance , flux/current
i expressed this in terms of above expression
real(((mf.VCoil_2/mf.ICoil_3/mf.iomega))) = inductance
when i am dividing flux by current i am not getting exact answer , what i need to get , i need to get 2.59*10^-6 as a inductance
but i am getting around 8.99*10^-5
can you pls let me know where is the problem
ama ttaching the model
--
kishore Naik Mude
I am doing simulation on inductive coupling , taking two coils , one with six turns , another with single turn ,
I am exiciting my coil by voltage at 320 V , and i am observing the flux and mutual inductance and the magnetic field density , by derived value , under global evaluation , i got flux is around 1.11*10^-5
i derived this value by putting following expression , when i am deriving values from global derivation
real(((mf.VCoil_2/mf.ICoil_3/mf.iomega)*mf.ICoil_3)) = flux
from normal physical law , we know Flux = Inductance *current
If i want to find inductance , flux/current
i expressed this in terms of above expression
real(((mf.VCoil_2/mf.ICoil_3/mf.iomega))) = inductance
when i am dividing flux by current i am not getting exact answer , what i need to get , i need to get 2.59*10^-6 as a inductance
but i am getting around 8.99*10^-5
can you pls let me know where is the problem
ama ttaching the model
--
kishore Naik Mude