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Beide Seiten der vorigen Revision Vorhergehende Überarbeitung Nächste Überarbeitung | Vorhergehende Überarbeitung Nächste Überarbeitung Beide Seiten der Revision | ||
electrical_engineering_1:introduction_in_alternating_current_technology [2023/09/19 23:37] mexleadmin |
electrical_engineering_1:introduction_in_alternating_current_technology [2023/12/15 23:10] mexleadmin [Bearbeiten - Panel] |
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Zeile 817: | Zeile 817: | ||
in the following, some of the numbers are given. | in the following, some of the numbers are given. | ||
- | Calculate the RMS value of the missing | + | Calculate the RMS value of the missing |
- $I_R = 3~\rm A$, $I_L = 1 ~\rm A$, $I_C = 5 ~\rm A$, $I=?$ | - $I_R = 3~\rm A$, $I_L = 1 ~\rm A$, $I_C = 5 ~\rm A$, $I=?$ | ||
- $I_R = ?$, $I_L = 1.2~\rm A$, $I_C = 0.4~\rm A$, $I=1~\rm A$ | - $I_R = ?$, $I_L = 1.2~\rm A$, $I_C = 0.4~\rm A$, $I=1~\rm A$ | ||
Zeile 832: | Zeile 832: | ||
<panel type=" | <panel type=" | ||
Two complex impedances $\underline{Z}_1$ and $\underline{Z}_2$ are investigated. | Two complex impedances $\underline{Z}_1$ and $\underline{Z}_2$ are investigated. | ||
- | The resulting impedance for a series circuit is $60~\Omega$. | + | The resulting impedance for a series circuit is |
- | The resulting impedance for a parallel circuit is $25~\Omega$. | + | The resulting impedance for a parallel circuit is $25~\Omega + \rm j \cdot 0 ~\Omega $. |
What are the values for $\underline{Z}_1$ and $\underline{Z}_2$? | What are the values for $\underline{Z}_1$ and $\underline{Z}_2$? |