N = 3.489 E x 106 (Turn)
Bm f Ac Ks
H = 0.4947 N I (Oersted)
l
Bm = 3.489 E x 106 (Gauss)
N f Ac Ks
l = 3.192 x 106 m N2 Ac Ks (Henry)
l
E = 2.866 x 107 Bm N Ac Ks (Volt)
m = B (Gauss / Oersted)
H |
|
N = Number of turns in winding
Bm = Max. flux density, gauss
E = RMS sine wave voltage of winding
H = Magnetizing force, oersted
L = Inductance, Henry
m = Permability, (CGS system) gauss/oersted
f = Since wave frequency, hertz
Ac = Core cross section area
(center leg width x stack height) inch²
Ks = Lamination stacking factor
(Ks x Ac = effective core area)
I = Current, ampere
l= Mean length of flux path, inch |
