The Theory Behind Electronics - A Beginners Guide

Start your Journey in Electronics with a Solid Background - Current, Voltage, Resistance and Power

4.43 (1143 reviews)

Udemy

platform

English

language

Hardware

What you will learn

Understand the R, L, C building blocks of analog electronics

Calculate Voltage, Current and Power and understand the relation between them

Understand the properties of DC and AC power supply

Understand the applications of Resistors, Capacitors, Inductors, Diodes and Transistors

Analyze basic electronic circuit

Select the right components in future project

Document circuits is a software tool

Develop ideas using a mind mapping software

Charts

Students

Price

Rating & Reviews

Enrollment Distribution

Comidoc Review

Our Verdict

The Theory Behind Electronics - A Beginner's Guide offers a strong starting point for those new to the world of electronics. With its well-structured approach and solid coverage of fundamental building blocks like resistors, capacitors, inductors, diodes, and transistors, it is an excellent foundational course. However, be prepared for occasional language barriers that may create confusion, and don't rely on some outdated software recommendations without exploring alternatives. Overall, despite several minor setbacks, this Udemy beginner's guide to electronics provides a solid foundation for further exploration of the subject.

What We Liked

Covers basic electronics in short, understandable segments with a lot of information presented in a clear manner.
Well-organized and presented course that excels at explaining the basic principles of electronics using slides and real-life examples.
Includes an overview of resistors, capacitors, inductors, diodes, and transistors, allowing beginners to develop a strong foundation in analog electronics.
Uses software tools like Autodesk Circuits for practical demonstrations, making it easier for students to analyze basic electronic circuits.

Potential Drawbacks

The course struggles with the use of English language and pronunciation at times, affecting note quality and overall explanation.
Lacks detailed discussion on semiconductor stages and their applications, leaving some students craving more in-depth information.
Occasional errors in the material make it challenging for students to follow along perfectly without noticing discrepancies.
Some references like outdated simulator software may leave learners searching for alternatives, such as CircuitJS.