Opamp Problem Solving: A Systematic Approach Using Assumptions and KCL Equations

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A first-year electrical engineering student seeks a systematic approach to solving op-amp problems, specifically using assumptions and KCL equations. The recommended textbook for the course is "Introductory Circuit Analysis" by Boylestad, 13th edition. Participants emphasize the importance of understanding ideal op-amp assumptions and applying KCL equations to derive transfer functions. Clarifying the types of problems being faced is also suggested to provide more tailored guidance. A structured method combining these elements can enhance problem-solving skills in op-amp circuit analysis.
Unidan
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Hello everyone,

I am a first year student taking electrical engineering and am looking for a systematic approach to doing these problems.

If you guys (or gals) can offer any hints or tips to help me understand what this is, that would be great. Thanks
 
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What is the book recommended for the class?

What kinds of problems are you talking about?
 
jedishrfu said:
What is the book recommended for the class?

What kinds of problems are you talking about?
The book is introductory circuit analysis by Boylstead, 13th ed.

An example question:
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You want a systematic approach to opamp problems? It's pretty much shown in the example you posted. What assumptions can you make about ideal opamps? How can you use those assumptions and KCL equations to solve for the transfer function of opamp circuits? :smile:
 
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