Circuit Analysis: Best Books on Mesh, Nodal, Superposition & Thevenin/Norton

AI Thread Summary
Recommended books for circuit analysis include Irwin's book, which offers helpful video resources for problem-solving, and Hayt's "Engineering Circuit Analysis," noted for its clarity. Users appreciate Scott's "Linear Circuits" for its extensive problem sets and solutions, although its availability may be uncertain. The discussion highlights the need for more examples and practical problems in circuit analysis texts, particularly for concepts like mesh, nodal, superposition, and Thevenin/Norton. Overall, the community seeks resources that effectively address challenges with dependent and independent sources. These recommendations aim to enhance understanding and application of circuit analysis principles.
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Can anyone recommend a good book on circuit analysis, right now focusing on mesh, nodal, superposition, thevenin/norton? The book I'm using (hayt et al) doesn't give enough examples nor problems at the end of the chapter. I took a look at schaum's outline but it seems to rarely use dependent and independent current/voltage sources which is what I struggle with the most.
 
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For just starting out I really liked Irwins book.
https://www.amazon.com/dp/0471407402/?tag=pfamazon01-20

What was especially nice is when you buy it, you can get a link to his website where he has videos of him solving problems. This is especially nice if your professor is well, not-so-good.
 
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Engineering Circuit Analysis (Hayt, Kemmerly, Durbin)

I found the https://www.amazon.com/dp/007286611X/?tag=pfamazon01-20 above to be very useful. I have used it in two online EE classes (no instructor) and found I could follow it easily.
 
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Linear Circuits by Scott has a shedload of problems in it... and answers too...

Dunno if it's still in print though. My copy is 35 years old...
 
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