RF Automation 3.0: Learn Python Basics for RF Automation in 60 Minutes!
Your Go-To Guide.
Welcome to the third article in the RF Automation Series @Prem's Notes!
As modern RF systems — from Wi-Fi 7 to mmWave 5G — grow in complexity, automation has become essential for efficient validation and reliable data acquisition.
In my first article, I discussed why Python has become a key enabler of RF automation and how it brings efficiency, precision, and repeatability to RF test workflows. If you haven’t read it yet, I recommend checking it out first — it provides the foundation for everything we’ll cover here. (link below)
Also, among Python’s many powerful libraries, PyVISA stands out for its simplicity and versatility. It provides seamless control of a wide range of instruments — from spectrum analyzers to signal generators — making it a cornerstone of modern RF test automation. In my second article, I have discussed this topic in detail. If you haven’t read it yet, I recommend checking it out first — it provides how PyVISA Simplifies Instrument Control in RF testing. (link below)
After reading both articles, many subscribers understood how easy it is to automate RF measurements, but they came back to ask:
“How much actual Python coding do I need to learn for writing RF automation code on my own? Where can I learn and practice that?”
So I started writing this article to answer it for them.
My short answer is,
“You don’t need web development, AI, or complex frameworks. You only need a basic understanding of Python to control instruments, loop through test conditions, log data, and plot results to automate RF Measurements.”
In this article, we’ll learn only the Python fundamentals that RF engineers actually use, structured into a focused 60-minute learning path.
So, let’s get started.
