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 Voltages and currents in the following chapters will be time-dependent values. Voltages and currents in the following chapters will be time-dependent values.
-As already used in chapter [[dc_circuit_transients|5.]] for the time-dependent values lowercase letters will be written.+As already used in chapter [[electrical_engineering_and_electronics_2:dc_circuit_transients|5.]] for the time-dependent values lowercase letters will be written.
  
 By these time-dependent values, any temporal form of the voltage/current curves is possible (see <imgref pic01>). \\ By these time-dependent values, any temporal form of the voltage/current curves is possible (see <imgref pic01>). \\
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 </callout> </callout>
  
-In the chapters [[simple_circuits|2. Simple Circuits]] and [[non-ideal_sources_and_two_terminal_networks|3 Non-ideal Sources and Two-terminal Networks]] we already have seen, that it is possible to reduce complex circuitries down to equivalent resistors (and ideal sources). This we will try to adopt for AC components, too.+In the chapters [[electrical_engineering_and_electronics_1:simple_circuits|2. Simple Circuits]] and [[electrical_engineering_and_electronics_1:non-ideal_sources_and_two_terminal_networks|3 Non-ideal Sources and Two-terminal Networks]] we already have seen, that it is possible to reduce complex circuitries down to equivalent resistors (and ideal sources). This we will try to adopt for AC components, too.
  
 We want to analyze how the relationship between the current through a component and the voltage drop on this component behaves when an AC current is applied. We want to analyze how the relationship between the current through a component and the voltage drop on this component behaves when an AC current is applied.