| Reihenschaltung von R, C und L |
|
| \( U_C \, > \, I_L \) |
\( U_L \, > \, U_C \) |
| Zeigerdiagramme der Spannungen |
|
|
| $$ U = \sqrt{U_R^2 + (U_C – U_L)^2} $$ |
$$ I = \sqrt{U_R^2 + (U_L – U_C)^2} $$ |
| $$ I = \frac{U_C – U_L}{\sin \varphi} $$ |
$$ I = \frac{U_L – U_C}{\sin \varphi} $$ |
| $$ I = \frac{U_R}{\cos \varphi} $$ |
$$ I = \frac{U_R}{\cos \varphi} $$ |
| Widerstandsdreiecke |
|
|
| $$ Y = \sqrt{R^2 + (X_C – X_L)^2} $$ |
$$ Y = \sqrt{R^2 + (X_L – X_C)^2} $$ |
| $$ Y = \frac{X_C – X_L}{\sin \varphi} $$ |
$$ Y = \frac{X_L – X_C}{\sin \varphi} $$ |
| $$ Y = \frac{R}{\cos \varphi} $$ |
$$ Y = \frac{R}{\cos \varphi} $$ |
