I think I actually like Floyd better of the 3 authors. He also has one Resistive and Reactive Circuits which goes deeply into AC/DC RLC analysis. I was introduced to Malvino back in the late 70s with his small book Transistor Circuit Approximations. Having said that - I just found a copy of the 7th edition of Malvino for less than $15 and couldn't resist adding it to the library. So I guess I'll also throw S&S into the fray if you want to really dive into details. Now when I look at a circuit I don't only see the nominal functionality, but I also see where the weaknesses are with part variance.
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Having said that, I did learn how to analyze a circuit 9 ways to Sunday with S&S which served me well when doing WCA in aerospace. I'm just frustrated, I think, because I learned it the hard way which didn't set me up to be successful, but I had to relearn all over again once I got a real job. I want new grads to have some practical knowledge - not a bunch of mathematics. I think junior year engineering schools should be teaching books out of something like this. Example: I had to learn how to read datasheets on my own.Įdit: My last paragraph is BS the more I think about it. They are certainly not up to junior year engineering standards which are generally calculus heavy (I studied with Sedra and Smith for my undergrad), but they bring more practical knowledge than what S&S brings. I waffle back and fourth on if I like these types of books or not. However, if you know this going in - I don't think it's a big deal. I probably would not teach with these books due to this. While technically correct, it might confuse US folks where we generally discuss current flowing from positive to negative. Interesting that Floyd and Grob both seem to gravitate to depicting current flowing in the direction of electron flow (from negative to positive). Click to expand.I've heard of Malvino's book.