An induction generator has the following parameters Lm 16 m

An induction generator has the following parameters: L_m = 16 mH L_s1 = 30 mH L_s2 = 29 mH L_m1 = 5 mH L_m2 = 4 mH Compute all inductive reactance of the equivalent circuit.

Solution

f=60 hertz

w=2*3.14*f=2*3.14*60=376.8 rad/sec

Lm=16 mH

XLm=jw=L=j376.8*16*10^-3=j6.0288 ohms

Ls1=30 mH

XLs1=jw*l=j376.8*30*10^-3=j11.304 ohms

Ls2=29 mH

XLs2=jwl=j376.8*29*10^-3=j10.9272 ohms

Lm1=5 mH

XLm1=jwl=j376.8*5*10^-3=j1.884 ohms

Lm2= 4mH

XLm2=jwl=j376.8*4*10^-3=j1.5072 ohms.

 An induction generator has the following parameters: L_m = 16 mH L_s1 = 30 mH L_s2 = 29 mH L_m1 = 5 mH L_m2 = 4 mH Compute all inductive reactance of the equiv

Get Help Now

Submit a Take Down Notice

Tutor
Tutor: Dr Jack
Most rated tutor on our site