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Keep shoppingCrash Course in Electronics - Level 1
13 students
Crash Course in Electronics - Level 1
Master the Fundamentals in electronics using inductivity and capacitance
Created byPeter Toebben
Last updated 2/2025
English
What you'll learn
- Understand the fundamentals of electricity: Learn what electricity is, the concepts of voltage, current, and resistance, and how a basic circuit is structured.
- Grasp how a circuit works: Gain a clear understanding of the components of a circuit, including the power source, current, resistance, connections and switch.
- Master the relationship between voltage, current, and resistance: Learn Ohm's Law and how to perform calculations using this fundamental principle.
- Learn to use a multimeter effectively: Discover how to measure voltage and resistance, test diodes (including LEDs), and perform continuity tests.
- Differentiate between DC and AC voltage: Understand the difference between direct current (DC) and alternating current (AC), and learn the basics of AC.
- Understand the sinusoidal waveform of AC voltage: Learn what a sinusoidal waveform is and how it is generated in alternating current (AC) systems.
- Explore two fundamental electronic components: Get to know inductance and capacitance, two key building blocks of electronics.
- Analyze the behavior of inductors in circuits: Understand how inductors behave in DC and AC circuits, and learn about phase shift and its meaning.
- Analyze the behavior of capacitors in circuits: Understand how capacitors behave in DC and AC circuits, and learn about phase shift and its meaning.
- Get hands-on with EveryCircuit software: Learn the basics of EveryCircuit software and explore practical examples and applications.
- Understand frequency dependence in AC circuits: Discover how inductance and capacitance depend on frequency in AC circuits.
- Explore practical applications.: Learn how high AC voltage is converted into low DC voltage (power adapter basics) and how a basic radio receiver works.
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Course content
5 sections • 5 lectures • 3h 42m total length
Requirements
- Course Requirements and Prerequisites This course is specifically designed for beginners and requires no prior knowledge or experience in electronics. Whether you're completely new to the subject or have a casual interest in learning the basics, this course is perfect for you. Who is this course for? Anyone curious about how electricity and electronics work. Hobbyists who want to dive into electronics as a fun and rewarding pastime. Individuals looking to build a strong foundation in electronics for personal or professional growth. What do you need to get started? A willingness to learn and explore! No special tools or equipment are required to begin, though having a basic multimeter and access to simulation software (like EveryCircuit) will enhance your hands-on learning experience as you progress. This course is your gateway to understanding the fundamentals of electronics, and it’s tailored to make learning accessible, engaging, and enjoyable for everyone.
Description
Are you curious about how electronics work but don’t know where to start? This beginner-friendly course is designed for anyone with no prior knowledge or experience in electronics. Whether you’re a complete novice or simply exploring a new interest, this course will guide you step-by-step through the essentials of electricity and electronics in an engaging and easy-to-understand way.
What You’ll Learn
This comprehensive course is divided into five structured sessions, each building on the last to give you a solid foundation in electronics:
Session 1: Introduction to Electricity and Basic Circuits
Understand the core concepts of electricity, including voltage, current, and resistance.
Explore Ohm’s Law and the relationship between these fundamental quantities.
Get hands-on with EveryCircuit simulation software to visualize how circuits work.
Learn to use a multimeter to measure voltage, current, resistance, test diodes (including LEDs), and utilize the continuity feature.
Session 2: Alternating Current (AC) and Electromagnetic Fields
Dive into the world of alternating current (AC) and its unique characteristics.
Discover electromagnetic fields and the principle of induction.
Learn how kinetic energy is transformed into AC, including the generation of the classic sine wave.
Session 3: Inductors in DC and AC Circuits
Explore the behavior of inductors in both DC and AC circuits.
Use EveryCircuit simulations to monitor voltage and current in real-time.
Understand the impact of frequency on current and the phase shift between voltage and current in AC circuits.
Session 4: Capacitors in DC and AC Circuits
Investigate how capacitors function in DC and AC circuits.
Leverage EveryCircuit to observe voltage and current changes in capacitive circuits.
Study the effects of frequency on current and the phase shift between voltage and current.
Session 5: Practical Applications of Inductors and Capacitors
Build and analyze real-world circuits, including a smartphone charger and a resonator (the foundation of a radio receiver).
Use EveryCircuit to develop these circuits step-by-step, reinforcing your understanding of how inductors and capacitors work together.
Who Is This Course For?
Curious Minds: Anyone eager to understand how electricity and electronics work.
Hobbyists: Individuals looking to explore electronics as a fun and rewarding hobby.
Aspiring Learners: Those seeking a strong foundation in electronics for personal or professional growth.
What Do You Need to Get Started?
A passion for learning and exploring new concepts!
No special tools or equipment are required to begin. However, having a basic multimeter and access to simulation software like EveryCircuit will enhance your hands-on learning experience as you progress.
Why Choose This Course?
This course is your gateway to mastering the fundamentals of electronics. With clear explanations, interactive simulations, and practical examples, we’ve designed this course to be accessible, engaging, and enjoyable for everyone.
Who this course is for:
- Anyone curious about how electricity and electronics work. b. Hobbyists who want to dive into electronics as a fun and rewarding pastime. o Individuals looking to build a strong foundation in electronics for personal or professional growth.
- Hobbyists who want to dive into electronics as a fun and rewarding pastime.
- Individuals looking to build a strong foundation in electronics for personal or professional growth.