• 1. Learn FPGA programming
  • 2. Circuits & electronics
  • 3. Measurements in electrical engineering
  • 4. Signal Processing
Red Pitaya
  • Welcome to the Red Pitaya Knowledge Base

Welcome to the Red Pitaya Knowledge Base

  • 1. Learn FPGA programming
    • 1.1. Basics of Digital Systems
    • 1.2. Basics of Verilog FPGA programming language
    • 1.3. Vivado 2020.1 FPGA programming environment
    • 1.4. FPGA lessons
    • 1.5. Other Red Pitaya FPGA related material
  • 2. Circuits & electronics
    • 2.1. Resistor circuits
    • 2.2. Transient Response
    • 2.3. Analog Filters
    • 2.4. OpAmps 101
    • 2.5. Active Filters
    • 2.6. Superposition
    • 2.7. Analog addition and subtraction
    • 2.8. Diodes
    • 2.9. Full wave rectifiers
    • 2.10. Schmitt triggers
    • 2.11. Function Generators
    • 2.12. Pulse Width Modulation
    • 2.13. Digital to Analog Converter
    • 2.14. Transistors
  • 3. Measurements in electrical engineering
    • 3.1. Measuring Uncertainty
    • 3.2. Measuring Capacitance
    • 3.3. Measuring Inductance
    • 3.4. Measuring Frequency
    • 3.5. Test and measurement instruments
    • 3.6. Measuring Technology Exercises
  • 4. Signal Processing
    • 4.1. Using the Red Pitaya for measuring properties of periodic waveforms
    • 4.2. Measuring external waveforms with the Red Pitaya
    • 4.3. Modulation with the Red Pitaya
    • 4.4. Measuring the Frequency response of LTI Systems with the Red Pitaya
    • 4.5. Brief Tour of Nonlinear Systems
    • 4.6. Digital Filtering on the Red Pitaya
    • 4.7. FIR vs. IIR filters - Red Pitaya
    • 4.8. Signal Processing Exercises
Next

© Copyright 2024, Red Pitaya d.o.o.. Revision ce6002ad.

Built with Sphinx using a theme provided by Read the Docs.