...
Ersatzschaltbild
b)
| Mathinline | ||
|---|---|---|
|
c)
| Mathinline | ||
|---|---|---|
|
...
| Mathblock |
|---|
U_{f,3} = 220\,V \\
U_{A,3} = 203,4\, V |
4.)
| Mathblock |
|---|
R_V = 0,1461\Omega |
GM -3
1.)
| Mathblock |
|---|
I_{A,n} = 62,2934\, A \\
R_A = 0,6208 \,\Omega \\
k_1\Phi_n = 17,8368\,Vs |
2.)
| Mathblock |
|---|
I_{f,2} = 5\,A \\
U_{A,2} = 299,0941 \,V\\
|
3.)
| Mathblock |
|---|
k_1\Phi_3 = 9,6319\,Vs \\ I_{f,3} = 2,7\,A |
GM - 4
1.)
a) - e)
| Mathblock |
|---|
R_f = 100\,\Omega\\ M_n = 895,245\, Nm\\ I_{A,n} = 320\,A \\ U_{i,n} = 484\,V \\ k_1\Phi_n = 18,15\,Vs \\ \eta = 0,9231 |
2.)
| Mathblock |
|---|
n_0 = 27,5482 s^{-1} \\
n_{0,\frac{U}{2}} = 27,5482 s^{-1} |
3.)
| Mathblock |
|---|
M_{d,n} = 924,37\, Nm\\
n_3 = 24,0220 s^{-1} |
4.)
Plot folgt in Hü: Zwei lineare Funktionen, die die y-Achse bei
| Mathinline | ||
|---|---|---|
|