Free PDF Learning the Art of Electronics: A Hands-On Lab Course
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Learning the Art of Electronics: A Hands-On Lab Course
Free PDF Learning the Art of Electronics: A Hands-On Lab Course
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This introduction to circuit design is unusual in several respects. First, it offers not just explanations, but a full course. Each of the twenty-five sessions begins with a discussion of a particular sort of circuit followed by the chance to try it out and see how it actually behaves. Accordingly, students understand the circuit's operation in a way that is deeper and much more satisfying than the manipulation of formulas. Second, it describes circuits that more traditional engineering introductions would postpone: on the third day, we build a radio receiver; on the fifth day, we build an operational amplifier from an array of transistors. The digital half of the course centers on applying microcontrollers, but gives exposure to Verilog, a powerful Hardware Description Language. Third, it proceeds at a rapid pace but requires no prior knowledge of electronics. Students gain intuitive understanding through immersion in good circuit design.
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Product details
Paperback: 1150 pages
Publisher: Cambridge University Press; 1 edition (March 2, 2016)
Language: English
ISBN-10: 0521177235
ISBN-13: 978-0521177238
Product Dimensions:
8 x 1.6 x 10 inches
Shipping Weight: 4.7 pounds (View shipping rates and policies)
Average Customer Review:
4.3 out of 5 stars
64 customer reviews
Amazon Best Sellers Rank:
#101,473 in Books (See Top 100 in Books)
If you purchased the hands on lab course Learning The Art of Electronics (pub 2016) and want to do all the labs, you will find a very time consuming and tedious task of ordering the parts as there are over 135 distinct part numbers from 9 suppliers. Luckily, at the EEVblog forum, BobsURuncle posted Excel spreadsheets with all the parts organized in a format where they can be uploaded into the parts distributors shopping carts. This will save you hours of your time. Search for "Learning The Art Of Electronics - Parts BOM".
Helpful book for those that might be struggling with some of the content found inside AoE, e.g., beginners, hobbyists, new students, etc. Much improved and expanded since the earlier "student manual" format. Readers will have the opportunity to learn about and build many interesting circuits (assuming they purchase the necessary parts). Like AoE it quickly jumps into conceptualizing circuits from a Thevenin perspective and soon after hops to RC circuits i.e., frequency sensitive voltage dividers, filters, etc. Which is fine for some beginners. But, beginners, hobbyists, etc., that might need a little more mathematical/conceptual hand-holding before jumping headlong into Thevenin equivalence talk, etc., might consider checking out books by Paynter, e.g., Electronics Technology Fundamentals first, Practical Electronics for Inventors second, and then circling back around to this one and AoE.The one major fail would be the significant number of typos, reference errors, etc., liberally sprinkled throughout the book. Readers will need to check out the Errata list on the author's webpage. The book reads like one that was never read by an decent editor. It's quite challenging to see where any publisher editing was done. Readers and purchasers should be able to expect much more from academic book publishers...but alas...it looks like some of them are giving up when it comes to the MOST BASIC form of book publishing quality control i.e., actually reading the book and checking for obvious typos/errata before publishing and sending it out to the masses.Essentially, the book's content is great and will likely be helpful to many. Thumbs up and three stars to the author, he's done a great public and educational service. But, anyone purchasing it will need to carefully review the book's Errata page and make the numerous typo, etc., corrections. i.e., do the work the editors were paid for but clearly didn't do. Thumbs down and minus two stars to the editors/publisher.
I purchased this book thinking I would be able to go through the labs one at a time to get a better hands-on understanding of electronics. I have taken a few undergraduate electronics classes where I learned the basics of electronics and got some experience working with breadboards and components in the lab sections. I have also worked through a few examples in the Make books on electronics. I am not an absolute beginner, and this book was very difficult for me. The format is confusing and the author’s writing style is difficult to follow, the labs aren’t clear, and there are many mistakes in the text. This book may be great if you have someone to walk you through, but it is not for beginners who are trying to learn electronics by themselves.Each chapter is broken up into four parts: an introduction (N), lab (L), supplementary section (S), and worked example section (W). So the first thing you need to learn is how to get around the book. It sounds silly, but it adds to the frustration of already trying to learn a difficult subject. When you compound the other flaws then having a confusing layout that is difficult to navigate doesn’t help.The author’s writing style is very odd for a book seemingly aimed at beginners. I have spent more time trying to decipher what the author is asking me to do instead of working on anything hands-on. The book assumes you have skills and knowledge that it does not teach you. The book is funny because the author frames it to being an almost rebellious way to learn electronics with "rules of thumb and reliable 'tricks'' allowing you to "leave the calculator-bound novice engineer in the dust" but then the text is so confusing that you end up not understanding the original concept nor the rules of thumb. The book talks about subjects I even studied before and it goes over my head.The instructions for the labs are difficult to understand. There isn't a breakdown of which parts and tools you need at the beginning of each chapter, so it is confusing. The chapters jump right in and start referring to parts they assume you already have. I think there is a list available on another website that shows the parts needed, but I don’t get why there isn’t a short summary right at the beginning of each lab like in most other LAB books. The book is packed with information, but I still don’t believe the excuse that there wasn’t enough room to include a short list. The instructions, drawings, and goals of the labs should be clear: This is what you will learn, this is what you need this is what you need to do, review. This book doesn’t seem like it was meant to stand alone.As other reviewers said, the book is also full of typos and obvious errors beginning with the first chapter, so you must refer to another secondary document to make sure you aren't memorizing/learning the wrong information.I think this book is more for someone taking a course with a professor there to guide them through it than something a beginner will be able to pick up and be able to complete without the help of other reference books or tutors. I thought it could function as a stand-alone book, but I was mistaken. I'm not sure who is giving these 5-star reviews, but I'm guessing that they are engineers who are already familiar with the material. It probably makes great sense to someone who already mastered the topics covered in the book, but it is practically of no use even to someone who is eager to learn the subject and has some experience building and testing circuits.I've probably had to take 5-6 electronics classes in which I've received all A's, and this book made me feel like I didn't know a thing about electronics. If you are just starting out and trying to learn by yourself, I would recommend you start with another book. If you have access to a professor or tutor or you can take part in a class that walks you through the labs, I'm sure this book is fantastic.
I wish this would have been the text book when I was in college! You can actually sit and read it for pleasure and after 40 years in electronics I haven't found many like that.Expensive but quality is and it is well worth it.
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