Esercizi di Macchine elettriche

Terrae   A_t = 1.00 - 3.50 Hz     g_s = 1.0/3.5

α_u = 0.850   β = 1.00   _r = 1,000 V

Y_gs

A_T = 0,1/1+0,4

P_eq = 0.5 - 0.5 X_f 2nd pass.

P_eq = 0.078 A

1 -

I_g =   =  

300 +      

r₂ = (1.5)   (1-10)

0.415   0.565

g₃ &=emsp;0.68  (D + 2 A)

α_f =  a_0.15 =

- 1

γ_eq      

P  (P_h/ a₂)

Ρ₃ = 3.5_0.9.π

A_g = 61 V

g^0,2   g_avg V

g_h     966.1  

E_xn = -0,546(log(i_x)) = -95,46

I_x = i_y(1 + T_Q) (0,277) ÷ 1

P_x = (0,854x ÷ 0,89) ÷temp

P_x = 0,458 predis

(0,658) ÷0,489 (i₁