COMIDOC
CouponsFreeTopics
COMIDOC
CouponsVerified CouponsFreeFree CoursesTopicsTopics
React
AdvertiseSubmit Course

About

Udemy coupons monitored continuously.

Verified offers, course alerts, precise filters, and browser detection built for learners who want coupons that still work.

TelegramTwitterFacebookRSS

Browser tools

Find coupons directly on Udemy.

The extension surfaces an available Comidoc coupon while you browse a Udemy course page.

ChromeFirefoxEdge

Useful links

Discover

  • Blog
  • Daily Freebies
  • Most Wanted Coupons
  • Coupon Statistics
  • Top Contributors
  • Udemy Sale Calendar

Services

  • Pricing
  • Advertise Here
  • Developer API
  • Submit Coupon

Comidoc

  • About
  • Contact
  • Data License
  • Privacy
  • Terms

© 2017–2026 Comidoc

v6.6.164

Independent coupon discovery for Udemy learners

The Theory Behind Electronics - A Beginners Guide

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

  1. Topics
  2. IT & Software
  3. Electronics Foundations

The Theory Behind Electronics - A Beginners Guide

InstructorIdan Gabrieli
Duration3h 43m
Students16K
Rating4.5 (1,257)
Sponsored
Price
$14.99
Coupon
None
No active coupon currently available
Access
Email alert
We will email you when a verified deal appears
Open on UdemyCurrent Udemy price
Comidoc Analysis

Theoretical foundations in electronics prioritized over mathematical rigor and software longevity

Strengths

Component-Centric Structure

The curriculum progresses through dedicated sections for resistance, capacitance, inductance, and semiconductors.

Conceptual Demonstration

Instruction includes specific video lessons focused on circuit simulation for various electronic components.

More Electronics Foundations courses

Free
Raspberry Pi Workshop 2018 Become a Coder / Maker / InventorCore Electronics4.6 (4,352)3h 41m
Super way to Learn Arduino | CreativeMohammed Zaid4.1 (705)3h 22m
The Complete Electronics Course: Analog Hardware DesignHardware Academy4.6 (4,665)24h 16m
Arduino Step by Step: Getting StartedDr. Peter Dalmaris4.6 (8,633)21h 21m
Electricity & electronics - Robotics, learn by buildingIan Juby4.7 (5,987)10h 48m
Raspberry Pi, Python, and Electronics BootcampAshwin Pajankar • 85,000+ Students Worldwide4.4 (799)3h 6m
15 Days Arduino Masterclass: 15 Days BootcampEducational Engineering Team4.1 (105)9h 16m
Basic Electronics - Test your knowledge. (Multiple Choice)Mohamed Hafis4.2 (129)

Limitations

Software and Resource Aging

One signal from 2024/early 2025 suggests that requested external accounts or specific simulation software may no longer be available; while a 2025 update is noted, it does not prove these resources have been corrected.

Limited Mathematical Depth

Learner feedback indicates a need for more practical, worked mathematical examples to support the theory.

Best suited to

  • Beginner makers seeking conceptual foundations
  • Students needing a supplement for introductory electronics courses

Less suited to

  • Learners requiring deep mathematical walkthroughs
  • Those seeking current, high-availability software tools

Comidoc Score

5.9/10

Worth considering
Beginner-friendly

Comidoc verdict

The learning path moves from fundamental electrical properties into specific component studies like resistors and transistors. This structure is supported by periodic quizzes designed to verify comprehension of the preceding technical sections.

The primary strength lies in the detailed conceptual explanations provided for each building block. However, learners may encounter friction due to outdated external resource requirements or software that is no longer easily available; while a 2025 update is noted, it does not prove these resources have been corrected. Additionally, there is a noted lack of worked mathematical examples to bridge the gap between concept and calculation.

This course is best suited for hobbyists or students looking for a conceptual starting point in electronics theory rather than those seeking a math-heavy or software-integrated technical deep dive.

Score breakdown

Curriculum depth
5.8

The curriculum covers essential components, but signals suggest a need for more mathematical examples to achieve greater depth.

Applied learning
7.3

Instruction includes simulation-based exercises and knowledge checks via quizzes.

Clarity & experience
5.8

Some find the conceptual explanations detailed, though others report difficulty with the instructor's accent; these signals predate the most recent update, so while a 2025 update may have addressed this, it is not proven.

Currency & reliability
4.3

Signals from before the most recent update indicate potential issues with the availability of specific external tools and software; while a 2025 update is noted, it does not prove these resources have been corrected.

Audience fit
6.5

The curriculum aligns with the stated goals of beginners and makers seeking a theoretical foundation.

More Related Topics

  • Basic Electricity60
  • Ohm's Law Concepts21
  • Electrical Power & Energy14
  • Arduino Microcontrollers271
  • Circuit Analysis Fundamentals89
  • Embedded Systems Design318
  • Electronic Components59
  • Electrical Circuits & Compone…84
  • Electrical Quantities5
  • Tinkercad Mastery33