About this kit

A popular electronics learning kit, trusted by hundreds of backers. Originally launched on Kickstarter in 2024, exceeded its funding goal by 21 times in one month.

What is Analog Circuit (I) Learning Kit?

This kit is your hands-on gateway into analog electronics. With a highly illustrative, systematic tutorial and a complementary component kit, you’ll build on what you’ve learned and dive into fundamental knowledge on analog circuits and devices. You learn everything not just by reading, but reinforced by tangible hands-on experiments with real circuits. 

What can you expect?

With rich illustrations, a smooth learning curve, and plenty of guided experiments, this kit helps you:

• • Understand core analog components through clear explanations
  • Establish real-world circuit behaviors with tanigble experiments
  • Bridge the theory-practice gap with hands-on applications
  • Design functional analog circuits from the ground up
  • Build confidence in working with real signals, not just simulations

Who is the targeting audience?

This learning kit can be perfectly used for self-learning, and works best for the following three groups of audience 

• • College students preparing to study Analog Circuits or Microelectronics
  • Non-EE professionals seeking a quick grasp of analog semiconductor devices
  • Learners completed previous learning kits and want to dive deeper

Three Buying Options – Find Your Best Fit

Option 1: Book Only

Choose this if you're mainly interested in the concepts and don’t need hands-on practice. However, since about 30% of the book involves interactive circuit experiments, we strongly recommend having access to basic tools and components if you want the full learning experience.

Option 2: Full Kit with Hardware

The full kit includes components you need: resistors, capacitors, semiconductor devices like op-amps, diodes, and transistors, a dual-rail power supply for easy op-amp setup, and a breadboard. To complete all experiments in the book, you'll only need access to a lab—or simply use a Lab-On-The-Go kit (see Option 3). 

The details for the dual-rail power supply and component list are given below:

Option 3: Empowered by Lab-On-The-Go

For the best learning experience, most first-time learners choose to bundle this kit with Lab-On-The-Go. It provides all the essential tools—power supply, multimeter, oscilloscope, and more—to fully support the hands-on experiments. If you already own a Lab-On-The-Go, simply choose Option 2 instead

Here are some example labs from the book that you can easily build on a breadboard—and test and validate using Lab-On-The-Go instruments.

Experiment: Half-wave rectifier with a signal diode

Experiment: Inverting amplifier with a gain of -2

Due to the popularity of Lab-On-The-Go, it may occasionally go out of stock. However, you can still start with Option 2 and purchase Lab-On-The-Go separately once it's available again. No worries—many of our future learning kits are designed to work seamlessly with it, so your investment will continue to pay off.

Additional Product Highlights

Still wondering if this investment is worth it? Here are a few behind-the-scenes insights to help you better understand the thought, design, and care that went into creating this learning experience.

1) Highlights of the Book

There are many in-depth textbooks and manuals, but they often overwhelm learners with dense formulas and long, tiring text. In fact, over 70% of readers never finish a technical book. What works better is a book that’s easy to read, follows a smooth learning curve, and explains complex concepts clearly. How about these ones?

Here are some sample pages from this 300-page, full-color printed book. I know some images may be a bit blurry, but even so, I believe the visuals alone can spark your interest to keep reading. This reflects the core philosophy of our book: to present technical content as simply as possible, using clear explanations combined with rich, engaging illustrations. That's why we've thoughtfully crafted 322 illustrative figures featuring clear layouts
and color codes.

This book has 6 chapter addressing the following topics:

• • Chapter 1: Basics of Circuit, Analog Components
  • Chapter 2: Laboratory Techniques
  • Chapter 3: Op-amps Circuits and experiments
  • Chapter 4: Diodes Circuits and experiments
  • Chapter 5: MOSFETs Device & Circuits and experiments
  • Chapter 6: BJT Device & Circuits and experiments

2) Highlights of the Kit

In the full kit Option 2, you’ll find this dual-rail power supply (MEGO Dual) being extremely handy for many of the experiments in this book, as well as in upcoming learning kits like the Biomedical Kit and the Filter Kit. 

Setting up a dual-rail power supply (positive and negative voltage pairs) is not always straightforward, since it usually requires two independent power sources. With the MEGO DUAL, you can do it easily—each rail provides up to +12V or -12V, which is more than enough for most learning and experimentation needs.