When it comes to teaching tools for electrical engineering and programming, you’d be hard-pressed to find a tool better than Red Pitaya.
Within this teaching material we are presenting some theory, diverse project ideas, exercise examples, and much more! With our knowledge base, we want to support scholar goals, professor efficiency, and skill-based learning within organizations.
Red Pitaya is a great tool for professors and can be used in the following subjects: Circuits and electronics, Measurement in Electronic and Electrical Engineering, FPGA / Digital Integrated Circuit Design, Digital signal processing, Telecommunications, Optics and Photonics...

Circuits and electronics lesson 1: Resistors & Kirchhoff’s laws

Circuits and electronics lesson 2: Transient response

Circuits and electronics lesson 3: Analog filters

Circuits and electronics lesson 4: Operational amplifiers

Circuits and electronics lesson 5: Active filters

Circuits and electronics lesson 6: Superposition

Circuits and electronics lesson 7: Analog addition and subtraction
Circuits and electronics lesson 8: Diodes
Circuits and electronics lesson 9: Full wave rectifiers

Circuits and electronics lesson 10: Schmitt triggers

Circuits and electronics lesson 11: Function Generators

Circuits and electronics lesson 12: Pulse Width Modulation

Circuits and electronics lesson 13: Digital to Analog converter

About the Red Pitaya Team
The Red Pitaya editorial team consists of engineers, researchers,
and product experts who develop and test cutting-edge open-source
test & measurement solutions.
Our mission is to make advanced instrumentation accessible to
everyone — from students and educators to leading research labs
worldwide.