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audio_engineering:class_b_power_calculations

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audio_engineering:class_b_power_calculations [2022/12/31 00:21] – [Required supply power] mithataudio_engineering:class_b_power_calculations [2023/08/01 23:46] – [Maximum power dissipation] mithat
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 <WRAP center tip round box 60%> <WRAP center tip round box 60%>
-<html><b>Power into the load</b></html>+**Power into the load**
  
 `bar(P_L) = (v_(op))^2/(2R_L)` `bar(P_L) = (v_(op))^2/(2R_L)`
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 <WRAP center round tip 60%> <WRAP center round tip 60%>
-<html><b>Required supply power for given output</b></html>+**Required supply power for given output
  
-`bar(P_S) = 2/pi * v_(op)/R_L * V_(C C)`+**`bar(P_S) = 2/pi * v_(op)/R_L * V_(C C)`
 </WRAP> </WRAP>
  
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 <WRAP center round tip 60%> <WRAP center round tip 60%>
-<html><b>Maximum required supply power</b></html>+**Maximum required supply power**
  
 `bar(P_S)_max = 2/pi * (V_(C C))^2/R_L` \\ or \\ `bar(P_S)_max = 2/pi * (V_(C C))^2/R_L` \\ or \\
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 <WRAP center round tip 60%> <WRAP center round tip 60%>
-<html><b>Maximum power dissipation</b></html>+**Maximum power dissipation**
  
 `P_(Dmax) = 2/pi^2 * (V_(C C))^2/R_L`\\ or\\  `P_(Dmax) = 2/pi^2 * (V_(C C))^2/R_L`\\ or\\ 
audio_engineering/class_b_power_calculations.txt · Last modified: 2024/06/26 20:30 by mithat

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