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Notes on using Julia and Pluto.

Additional Julia and Pluto information

• Julia Documentation
• Julia Cheat Sheet
• MATLAB–Python–Julia cheatsheet — Cheatsheets by QuantEcon documentation
• Plotting Docs
• Julia Blogs
• MIT Class Using Pluto
• A Guide to Building Reactive Notebooks for Scientific Computing With Julia and Pluto.jl | by Connor Burns | The Startup | Dec, 2020 | Medium
• An introduction to Pluto
• Pluto.jl Documentaation
• Reactive Data Analysis with Julia in Pluto Notebooks

Tutorials

• My New Workflow with Julia 1.0. A practical guide to how you can work… | by Erik Engheim | Medium
• Julia’s Most Awesome Features. Five of my favorite features in the… | by Emmett Boudreau | Towards Data Science
• Julia by Example
• Think Julia
• Julia Commands
• Frontmatter | Julia Programming for Operations Research | Softcover.io
• U Penn Julia
• Data Science with Julia

Using the Julia REPL

When I started using Python, I didn’t use the Python REPL much. I took a more conventional approach to running Python as a scripting utility using executable files. When I started using Julia, I found the REPL much more valuable than Python’s. It might be the same, however, I’ve found myself using Julia via the REPL far more than as a scripting language. A couple of pointers:

Using the Labrador and a DMM, perform a DC sweep of an inverting amplifier. From our previous lab post we saw the simulation values for a DC Sweep. In this lab, we’ll use the Labrador along with a DMM to determine if our measured values match those of the simulation.

Build the Circuit on a Breadboard

1. Using this circuit, implement on a breadboard so it is similar to the image below.

   

2. Parts List:
   • LM358 Operational Amplifier
   • Frequency Generator (Espotek Labrador or ADALM1000)
   • 9V power supply
   • 2k ohm resistor (or 10k potentiometer)
   • 5k ohm resistor (or 10k potentiometer)

Notes:

1. Vo is pin 1 on the chip
2. Vn is pin 2 on the chip
3. Vp is pin 3 on the chip
4. Make sure you attach 9V to pin 8 and Ground to pin 4

   

Using a Potentiometer as a variable voltage source

Notice the potentiometer on the right on the breadboard. There are three terminals: