This is the final article of the series on conductive ink experiments. Let’s review the highlights of what we’ve learned, and summarize how we might

Transient Analysis In this post we will examine some transient response tests as a function of trace resistance. And I’ve found the solution of the

In this post we will wrap up part 6 by looking at some DC performance tests (apologies in advance for the fact that these tests

The Tarte-Py boards have arrived, they’ve been assembled, and they’ve tested. In fact, one of them is running a series of tests right now as

Today we will go over the hardware design of the MCU board, which I’ve named Tarte-Py: Tester for Automatic Resistive Trace Experiments in Python. The

In this article, I’ll discuss the testing approach for this project. Since I’m basically lazy, the goal is to keep things as simple as possible

In this article, I am going to review the variable trace resistance simulator that I’ve designed for this project. I’ll go over some design options

In the previous articles, we’ve taken a look at conductive ink PCB traces using a few back-of-the-envelope calculations. Now that we have a rough idea

Last article we looked into the ramifications of using conductive ink PCB traces from a static, DC perspective. Today I’m going to consider the implications

During this series, I plan to learn about printed ink conductors primarily on my own, through analysis and experiments. Therefore I have intentionally avoided digging