Node Voltage Analysis: Make Circuits Easy
The first real analysis technique — KCL organized into a systematic method. Master this and you can solve any DC circuit.
Read Article →Circuits Made Intuitive
No memorization. No magic. Just physical intuition and honest explanations.
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Intuition First
Every formula gets a physical story. If you can't visualize it, I haven't explained it well enough.
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VLSI Focus
Digital, analog, mixed-signal — from the transistor up. Semiconductor physics with real context.
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Study Journey
Alexander Sadiku → Razavi → Gray Meyer. Follow along as I build foundation for IC design mastery.
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First Principles
No shortcuts, no black boxes. Every component gets explained from the physics up — the way engineering should be taught.
Latest Articles
Current Dividers: Mirror of Voltage Dividers
Current dividers split current across parallel paths — and the formula is swapped from voltage dividers. Here's the intuition.
Read Article →Voltage Dividers: Intuition Before Formula
The simplest circuit that actually does something useful — two resistors, one formula, and the intuition to use it right.
Read Article →Series & Parallel Resistors: The Visual Story
Why do we add resistors in series but use reciprocals in parallel? The pipe analogy makes it obvious.
Read Article →Kirchhoff's Laws for Visual Learners
KCL and KVL are not rules to memorize — they're conservation laws that are obvious once you see the water analogy.
Read Article →How I Study Circuits: The Visual Method
From Sadiku to Razavi to Gray Meyer — the system, the tools, and the mindset that actually works (no memorization required).
Read Article →Chapter 1 Intuition: What Sadiku Actually Wants You to Know
The fundamental concepts that make circuit analysis click — voltage, current, power, and passive sign convention explained like you're seeing them for the first time.
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