I am running late with Lab #1 from Learning the Art of Electronics. That video was meant to come out today, but I’ve pushed it back to next Tuesday so I have time to prepare the notes and record the lab.
See you next Tuesday? :)
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This video is me making a false start on the Learning the Art of Electronics series which I am just about to embark on. What happened was after I got a bit more than two hours into recording the video for the first lab exercise I realized that it was taking too long with my approach. I didn’t want to make another twelve hour video! I was planning to go through the literature in painstaking detail and cover everything, but it turned out there was way too much material for that approach to be feasible.
What I am planning to do instead for the actual first video (due out next Tuesday) is do all the reading by myself in advance and then offer a brief summary and some recommended reading. I’m going to try to make the bulk of the video the actual practical experiment/circuit and leave the reading out.
But since I recorded the video for this “false start” I figured there’d be no harm in posting it by itself. Most of this video is the Appendix O material from The Art of Electronics 3ed which is a brief introduction to oscilloscopes.
In this video we mention CMOS technology, particularly MOSFETs.
We mention the Josephson effect which can cause a current to flow across superconductors in the absence of an applied voltage.
If you’re planning to follow along with the series the pre-reading for the first video coming out on Tuesday is: E&M ch. 1, 2; PoEC ch. 1; AoE app. A, ch. 1; LtAoE ch. 1N, 1L.
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I mention that I am reading AVR Programming: Get Under the Hood of the AVR Microcontroller Family which is written by Elliot Williams who is Editor in Chief over at Hackaday. The big thing I am hoping to learn from this book is how to generate tones, but I haven’t read that part of it yet!
The old book teardown which I have been working on is for Electric Circuits.
I have done the introduction for the Maxitronix 30in1: Introducing Maxitronix 30in1 | Maxitronix 30in1 | Learning Electronics In The Lab With Jay Jay but I haven’t done the first project yet. The thing that is tripping me up is making a decision about whether I am going to start doing the LTSpice simulations in the 30in1 videos or if I’m going to put that off until we start our next Maxitronix kit… I will have to make a decision about that soon.
I am working on Jaycar and Silicon Chip Mini Project number JMP003. But I’m stuck debugging it. I hope to catch up with that soon. I have heaps of Mini Projects to do, I am embarrassingly far behind.
I have recorded the introduction for the Learning the Art of Electronics project that we’re just about to kick off: Introducing Learning the Art of Electronics | Learning Electronics In The Lab With Jay Jay but I’m still waiting for the 2nd edition of the book to turn up. Fingers crossed it gets here in the next couple of days otherwise I will need to start on this project using the 1st edition of the book.
There’s a bunch of stuff here that has arrived in the mail so you can expect to see a mail call video covering that stuff soon as well.
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In this video we introduce a new feature of the show. In these segments we will be working through Learning the Art of Electronics.
We will be doing a total of 27 videos for this feature. 25 labs, this introduction, and a conclusion. Videos will come out on the first Tuesday of every month (hopefully!).
Also a shout out to my mate over on Learning as a hobby for encouraging me to undertake this project.
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The Art of Electronics by Paul Horowitz and Winfield Hill currently in its 3rd edition. This masterpiece of electronics literature was first published in 1980 and has been the go-to book for anyone interested in learning about electronics ever since. It’s the textbook for many university electronics courses. The 3rd edition of the book was published in 2015.
The Art of Electronics: The x-Chapters also written by Paul Horowitz and Winfield Hill is a collection of supplementary material that didn’t make it into the 3rd edition of The Art of Electronics.
Learning the Art of Electronics is a companion book that provides a structured introduction to electronics through a collection of 25 lab exercises. It’s the coursework for many university electronics courses. The 1st edition by Thomas C. Hayes and Paul Horowitz was published in 2016. The 2nd edition by Thomas C. Hayes and David Abrams comes out in 2025.
I was flipping through my copy of Learning the Art of Electronics: A Hands-On Lab Course (I have the first edition, this second edition comes out in Australia on 3 April 2025, I have a copy on pre-order, I think it’s already available in the USA) and I noticed that some analog meters are used in the first lab course.
So in preparation for doing that I purchased some analog meters, being these:
I am planning to start working through these projects on my YouTube channel @InTheLabWithJayJay at a rate of one project every 28 days starting April 1st. April 1st, being April Fools’ Day, is of course the traditional date for launching IT projects and it is also the one year anniversary of my video (which happens to be my most popular YouTube video by a large margin): New Book Teardown #3: Learning The Art of Electronics: A Hands-On Lab Course (2016) | In The Lab.
Some notes about things of interest we noticed in the book:
Xilinx was an American technology and semiconductor company, now owned by AMD
the Ebers–Moll model is useful for modelling Bipolar junction transistors
Hysteresis is the dependence of the state of a system on its history
Wien’s bridge is used for precision measurement of capacitance in terms of resistance and frequency
Wilson current mirror is a three-terminal circuit that accepts an input current at the input terminal and provides a “mirrored” current source or sink output at the output terminal
a Bessel filter is a type of analog linear filter named in reference to Friedrich Bessel who developed the mathematical theory
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Update Jan 2025: Hi there. You might be interested to know that the second edition of this book is due to ship in March 2025! Can’t wait! https://learningtheartofelectronics.com/
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notes
