ELECTRONICS guide series

Introduction to Electronics What is this course about?

This course introduces the foundational principles of electronics, crucial for anyone interested in building a career or hobby in the field. With applications ranging from Arduino projects to advanced electrical engineering, this course provides essential skills to understand and create electronic circuits, paving the way for more advanced applications involving programmable platforms like Arduino and Raspberry Pi.

Key Concepts Covered

  • Basics of Electronic Circuits
    • Definition and role of electronic circuits in technology.
    • Exploration of electricity flow through a circuit.
    • Overview of essential components:
      • Resistors: Regulate current flow.
      • Capacitors: Store and release electrical energy.
      • Inductors: Store energy in a magnetic field.
      • Transistors: Switch or amplify electronic signals.
  • Essential Tools in Electronics
    • Mathematics: Core principles (Ohm's Law, Kirchhoff's Laws) for calculating voltage, current, resistance, and power.
    • Circuit Simulation Software: Allows virtual circuit testing before physical implementation, saving time and resources.
    • Bench Instruments:
      • Multimeter: Measures current, voltage, and resistance.
      • Oscilloscope: Visualizes voltage changes over time, critical for AC signal analysis.
  • Practical Circuit Building
    • Hands-on experience in assembling, testing, and troubleshooting circuits on a breadboard.
    • Techniques for diagnosing and improving designs using real-world components.

  • Learning Objectives

  • Theory and Application of Core Electronics Principles
    • Build a foundational understanding of circuits, current, and component functions.
    • Use mathematical principles to predict circuit behavior.
  • Mastery of Simulation and Measurement Tools
    • Design and test circuits in a virtual environment using simulation tools.
    • Transition designs to physical circuits, using multimeters and oscilloscopes to validate circuit performance.
  • Skill in Creating and Analyzing Real Circuits
    • Assemble circuits with basic components (e.g., resistors, capacitors) to observe real voltage and current behavior.
    • Compare calculated and measured values in both series and parallel circuits.
  • Advanced Projects
    • Build a resistor-capacitor (RC) circuit and examine AC signals.
    • Use the oscilloscope to observe capacitor charging/discharging, measuring the time constant and visualizing charge/discharge curves.

  • Real-World Applications

  • Building Custom Electronics: From creating simple gadgets to exploring advanced projects.
  • Integrating Microcontrollers: Apply circuit knowledge to integrate devices like Arduino and Raspberry Pi for projects such as weather stations, automated lighting systems, or robotics.

  • Course Outcome

    By completing this course, you will:

    • Understand how electronic circuits work.
    • Gain practical experience in circuit design, assembly, and troubleshooting.
    • Be equipped with the knowledge to take on more complex projects and move towards designing custom electronic devices.

    This course sets a solid foundation for future work in electronics, with hands-on projects that provide real-world experience and confidence in working with circuits.


    Rusty algebra?

    If you need an algebra primer to help you with the mathematics in this course, consider our e-book "Basic Mathematics for Electronics". We wrote this book specifically for people that are working with simple electronic circuits such as those that you find in Arduino projects or in this course. We start with the fundamentals. We explain how to work with powers, calculate roots, use the scientific notation.
    Then, we dive into Algebra. You will learn about first and second-degree equations and linear equations.
    We continue with 2x2 and 3x3 systems (great for solving simple circuits) and then get into one and two-variable functions and plots. Towards the end of the book, you learn how to use all the mathematics you learned to work with resistors, capacitors, voltage dividers, calculate power and energy, and of course, practical use cases of Kirchhoff's Laws.

    After you enrol to this course, look out for an email with a special discount coupon for "Basic Mathematics for Electronics".

    INTRODUCTION TO ELECTRONICS

    A comprehensive course to help you start your adventure in electronics. Solve circuits, simulate, and experiment on the breadboard.

    Are you ready to dive into the fascinating world of electronics? Whether you're a hobbyist looking to build your first circuit, a student seeking a deeper understanding of how electronics work, or a professional expanding your skillset, this course is your gateway to mastering the essentials of electronics.

    Last Updated 1 week ago.

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