In my previous post about recycling ICs from old circuit boards, I covered the desoldering gun I used to pull components from a circuit board. Now I will show how I go about organizing these components. I got a whole
The Rostock of Theseus – Part 3: Wifi to Ethernet
I was having issues with my Duet Wifi on a University network – something about the way the traffic was routed caused me to get upload speeds around 18 kb/s. So I purchased the Ethernet daughterboard from Think3dPrint3d – they
The Rostock of Theseus – Part 2: First Upgrades, Duet Wifi, FSR, PanelDue, and E3D V6
So after playing around with my stock Rostock Max V3 printer, and getting some decent prints, I decided that I needed to take a fully functional printer and modify it for no reason. Well, there actually were a few reasons.
The Rostock of Theseus – Part 1: Stock
Borrowing from the Ship of Theseus – a thought experiment that goes like this: if you replace all of the components of a ship, is it still the same ship? Which brings me to introduce my 3D printer, the Ship
Recycling Components From Circuit Boards
Disclaimer: I have not been given any money by any companies for recommendation of these products – although I would absolutely LOVE if I could somehow make money off of these posts :p I know every single experienced engineer will
Electronics Workstation DC Power Supply 1: Basic Schematics
I want to build a DC power supply for my electronics workstation desk that has 3.3V, 5V, 12V, -12V, and 0-24V adjustable outputs. I’ve been learning quite a bit about power supplies over the last few days, so hopefully I can
Electronics Workstation Part 1: Planning
I’m going to take a brief pause on my other projects, because this is hopefully going to make them easier. The basic idea is that I want to build a desk that is setup specifically for electronics – basically a
Electronic Component Inventory System: Version 2
This will be the second version of the Electronic Component Inventory System. I made the first version using Visual Studio in C# with Windows Forms, and I decided it would be better to just use Python so I can try
Op-Amp Experimentation 6: Differentiator
Op-Amp Experimentation 1: Op-Amp Basics Op-Amp Experimentation 2: Basic Circuit Math Op-Amp Experimentation 3: Op-Amp Applications Op-Amp Experimentation 4: From Ideal to Real Op-Amp Experimentation 5: Integrator Op-Amp Experimentation 6: Differentiator Op Amp Experimentation 7: PID Controller – coming soon So
Op-Amp Experimentation 4: From Ideal to Real
Op-Amp Experimentation 1: Op-Amp Basics Op-Amp Experimentation 2: Basic Circuit Math Op-Amp Experimentation 3: Op-Amp Applications Op-Amp Experimentation 4: From Ideal to Real Op-Amp Experimentation 5: Integrator Op-Amp Experimentation 6: Differentiator Op Amp Experimentation 7: PID Controller – coming soon So