Fundamental Analog Circuits & Semiconductors: A Hands-on Course

Categories: Feature Courses
Wishlist Share
Share Course
Page Link
Share On Social Media

About Course

Analog electronics is the language of the physical world, but learning it shouldn't feel like deciphering ancient hieroglyphs.

Most engineering courses bury you in abstract equations, while this course turns that model upside down. By combining rigorous academic theory with EIM Technology’s cutting-edge hardware, we transform your desk into a professional engineering laboratory. Join us to demystify semiconductors and visualize the invisible world of electronics.

What You Will Learn

👁️

Visualize the Invisible

Use an oscilloscope to see exactly how capacitors, inductors, and diodes shape electrical signals in real-time.

⚛️

Master Physics

Gain an intuitive understanding of PN junctions, Diodes, BJTs, and MOSFETs—moving beyond math to physical behavior.

🎛️

Design & Debug

Build functional Amplifiers and Op-Amp circuits, understanding gain and distortion through hands-on measurements.

🛠️

Practical Skills

Translate schematic diagrams into working breadboard circuits and troubleshoot like a pro.

Show More

What Will You Learn?

  • Visualize the Invisible: Use an oscilloscope and signal generator to see exactly how capacitors, inductors, and diodes shape electrical signals in real-time.
  • Master Semiconductor Physics: Gain an intuitive understanding of PN junctions, Diodes, BJTs, and MOSFETs—moving beyond math to physical behavior.
  • Design & Debug Amplifiers: Build functional Common Emitter and Operational Amplifier circuits, understanding gain, bandwidth, and distortion through hands-on measurements.
  • Troubleshoot Like a Pro: Learn to identify noise, clipping, and signal degradation using professional-grade measurement techniques.
  • Bridge Theory and Practice: Translate schematic diagrams into working breadboard circuits with confidence.

Course Content

Lesson Plan

  • Lesson 1: Circuit Network Analysis
  • Lesson 2: Ideal Op-amp Characteristics & Basic Amplifiers
  • Lesson 3: Advanced Op-amp Applications
  • Lesson 4: Op-amp Non-Linear Applications
  • Lesson 5: Non-Ideal Op-amp Characteristics
  • Lesson 6: The Diode Fundamentals
  • Lesson 7: Diode Common Applications
  • Lesson 8: Diode Variants (Schottky, Zener, LED)
  • Lesson 9: MOSFET Fundamentals (Part 1)
  • Lesson 10: MOSFET Biasing & Switching

Video Tutorials

Quick Notes

Assessment

Digital Book

Student Ratings & Reviews

No Review Yet
No Review Yet