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electrical_engineering_1:dc_circuit_transients [2021/10/30 19:23]
tfischer 		electrical_engineering_1:dc_circuit_transients [2021/10/30 20:12]
tfischer
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-<WRAP> <imgcaption imageNo01 | Capacitor in electrical circuit> </imgcaption> \\ {{drawio>KondensatorImStromkreis}} \\ </WRAP>+<WRAP>  
 +<imgcaption imageNo01 | Capacitor in electrical circuit>  
 +</imgcaption>  
 +\\ {{drawio>KondensatorImStromkreis}} \\  
 +</WRAP>
  
 Here we will shortly introduce the basic idea behind a capacitor. A more detailed analysis will follow in electical engineering II. \\  \\  Here we will shortly introduce the basic idea behind a capacitor. A more detailed analysis will follow in electical engineering II. \\  \\ 
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-In this chapter also time-varying quantities are considered. These are generally marked with small letters. Examples of time-varying quantities are:+In this chapter also time-varying quantities are considered. These are generally marked with lowercase letters. Examples of time-varying quantities are:
  
   * A **time-varying voltage $u_C(t)$ across a capacitor**  or the **voltage $u_s$ of an ac voltage source**  as opposed to a constant voltage $U_q$ across a constant voltage source.   * A **time-varying voltage $u_C(t)$ across a capacitor**  or the **voltage $u_s$ of an ac voltage source**  as opposed to a constant voltage $U_q$ across a constant voltage source.
   * A **time-varying current $i_L(t)$ across a coil** or **time-varying current $i_C(t)$ across a capacitor**.   * A **time-varying current $i_L(t)$ across a coil** or **time-varying current $i_C(t)$ across a capacitor**.
  
-Since the time dependence is already clear from the small letter, these quantities are occasionally not indicated by the trailing $(t)$. So it is $u = u(t)$.+Since the time dependence is already clear from the lowercase letter, these quantities are occasionally not indicated by the trailing $(t)$. So it is $u = u(t)$.
  
 </callout> </callout>
  
-===== 5.1 Time course of the charging and discharging process =====+===== 5.1 Time Course of the Charging and Discharging Process =====
  
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 ~~PAGEBREAK~~ ~~CLEARFIX~~ ~~PAGEBREAK~~ ~~CLEARFIX~~
  
-===== 5.2 Energy of a capacitor =====+===== 5.2 Energy stored in a Capacitor =====
  
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