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lab_electrical_engineering:3_rectifier:bridge_rectifier [2026/04/03 01:31] – created mexleadminlab_electrical_engineering:3_rectifier:bridge_rectifier [2026/04/06 20:23] (current) – mexleadmin
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 ==== Bridge Rectifier ==== ==== Bridge Rectifier ====
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 ${\rm ................................................................................................}$ \\ \\ ${\rm ................................................................................................}$ \\ \\
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-{{drawio>Fig-8_V3-Bridge-rectifier>.svg}}\\+{{drawio>Fig-8_V3-Bridge-rectifier>.svg}}
 <WRAP centeralign> <imgcaption Fig-8_V3-Bridge-rectifier> | Bridge rectifier> </imgcaption> </WRAP>  <WRAP centeralign> <imgcaption Fig-8_V3-Bridge-rectifier> | Bridge rectifier> </imgcaption> </WRAP> 
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 Build the circuit on the breadboard and connect the oscilloscope. Then sketch the voltage curve before and after the bridge rectifier, i.e. the voltages $u_{rm Sec}$ and $u_{\rm R}$. However, note that you connect the ground of the oscilloscope before or after the bridge rectifier for the respective measurement. Also give the oscilloscope settings used. Build the circuit on the breadboard and connect the oscilloscope. Then sketch the voltage curve before and after the bridge rectifier, i.e. the voltages $u_{rm Sec}$ and $u_{\rm R}$. However, note that you connect the ground of the oscilloscope before or after the bridge rectifier for the respective measurement. Also give the oscilloscope settings used.
  
 <wrap left> <wrap left>
-{{drawio>Fig-9_V3-Screen-image-bridge-rectifier-wo-cap>.svg}}\\+{{drawio>Fig-5_V3-Screen-image-rectifier-wo-capacitor>.svg}}
 <imgcaption Fig-9_V3-Screen-image-bridge-rectifier-wo-cap> | Screen image bridge rectifier without capacitor> </imgcaption>  <imgcaption Fig-9_V3-Screen-image-bridge-rectifier-wo-cap> | Screen image bridge rectifier without capacitor> </imgcaption> 
 </wrap> </wrap>
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 Measure the following values with the help of the oscilloscope in the circuit and enter the results into <tabref Table-2-Bridge-Rectifier_V3> (100 µF): Measure the following values with the help of the oscilloscope in the circuit and enter the results into <tabref Table-2-Bridge-Rectifier_V3> (100 µF):
  
-{{drawio>Table-2-Bridge-Rectifier_V3.svg}}\\+{{drawio>Table-2-Bridge-Rectifier_V3.svg}}
 <tabcaption Table-2-Bridge-Rectifier_V3 | Bridge-Rectifier measured values> </tabcaption> <tabcaption Table-2-Bridge-Rectifier_V3 | Bridge-Rectifier measured values> </tabcaption>
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