Technical Project Help: Frequency Response Investigation of Circuit | IRTeens

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SUMMARY

The forum discussion focuses on conducting an experimental investigation of the frequency response of an RC circuit. Key equipment required includes an oscilloscope and a function generator to provide varying input frequencies. Participants are advised to calculate the value of 1/(R*C) to understand its significance in the response graph. Additionally, knowledge of calculus is recommended for analyzing the circuit and comparing theoretical predictions with actual results.

PREREQUISITES
  • Understanding of RC Circuit theory
  • Familiarity with oscilloscopes
  • Experience with function generators
  • Basic calculus for circuit analysis
NEXT STEPS
  • Research how to use an oscilloscope for frequency response measurements
  • Learn about function generator settings for varying input frequencies
  • Study the mathematical implications of 1/(R*C) in RC circuits
  • Explore advanced circuit analysis techniques using calculus
USEFUL FOR

This discussion is beneficial for electronics students, hobbyists conducting circuit experiments, and engineers involved in frequency response analysis of circuits.

Alireza
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Ok;
I have this technical project which requires an exprimental investigation of the frequency responce of the circuit shown below ( checkout the link please)

http://www.irteens.com/sc/circuit.jpg

I want to know if u were me which equipments would u choose for this investigation?
and how would u connect them? (a daigram would be great)
and berief detail of the methalogy for the investigation.

That would be wicked and it would give me some idea to continue on.

Thanks in advance for your help :)
 
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All you'll need is an oscilloscope.

Do a google search for "RC Circuit" and you should find more than enough information about connecting it as well as what's happening when you run it.
 
You'll also need a function generator to give you V_i at different frequencies...and of course, the resistor(s) and capacitor(s) to put in.

Specifically calculate the value of 1/(R*C) for the circuit and see how that number is significant in your response graph. Try to understand why this is so ? If you know calculus, you can learn how to analyze this circuit and can then compare your theoretical prediction with the real results.
 

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