Bode Plots in RL and RC circuits

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High pass and low pass Bode plots for RC and RL circuits exhibit distinct characteristics due to their different frequency responses. While both types of filters can be analyzed using Bode plots, the shapes and behaviors differ, particularly around the breakpoint frequency. Resources for visualizing these plots can be found through Google Images, which provides a variety of examples for both magnitude gain in dB and phase response. Understanding these differences is crucial for effectively studying filter behavior in circuits. Familiarity with Bode plots is essential for mastering RL and RC circuit concepts.
PsychonautQQ
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Hey PF!
I have a test tomorrow and some of the material is on the basics of RL and RC circuits set up as high pass or low pass filters. Does a High pass filter bode plot look the same whether it's RC and RL? Same with a low pass? Can anybody to an online resource of what bode plots look like in each situation when graphed with frequency/breakpoint frequency on the x-axis and the magnitude gain in dB on the y axis? Also similar graphs for the bode phase plot would be appreciated. I can't find any in this format X_x.
 
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PsychonautQQ said:
Hey PF!
I have a test tomorrow and some of the material is on the basics of RL and RC circuits set up as high pass or low pass filters. Does a High pass filter bode plot look the same whether it's RC and RL? Same with a low pass? Can anybody to an online resource of what bode plots look like in each situation when graphed with frequency/breakpoint frequency on the x-axis and the magnitude gain in dB on the y axis? Also similar graphs for the bode phase plot would be appreciated. I can't find any in this format X_x.

Do a Google Images search on Bode Plot...
 

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