2: Behzad Razavi Electronics

Most introductory textbooks present circuits as static, textbook-perfect entities. Razavi, however, introduces the concept of non-idealities from the very first page of his advanced chapters. In Electronics 2, the student moves from the first course’s focus on DC biasing and small-signal models to the gritty reality of:

Mastering this section is crucial because every successful linear circuit (from a simple buffer to a precision reference) uses feedback.

Behzad Razavi’s Electronics 2 course is widely considered one of the best resources for mastering advanced analog circuit design. It typically follows his "Electronics 1" (basic device physics and single-stage amplifiers) and dives into the complex, high-performance circuits used in modern integrated chips Overview of Key Topics behzad razavi electronics 2

In the pantheon of electrical engineering education, few names command as much respect as Behzad Razavi. A professor at UCLA and a legendary circuit designer, Razavi is not merely an instructor; he is an architect of understanding. For students and practitioners alike, the journey through analog design is often bifurcated into two distinct, challenging phases. While the first phase covers the basics of diodes, MOSFETs, and single-stage amplifiers, it is the second phase—colloquially known among engineering students as —where the real engineering begins.

This course, typically based on the latter chapters of his seminal textbook Design of Analog CMOS Integrated Circuits , represents a rite of passage. It is the bridge between theoretical device physics and the complex, messy, and beautiful reality of integrated circuit (IC) design. Behzad Razavi’s Electronics 2 course is widely considered

She ran the simulation.

But the magic wasn’t the equation. It was the next sentence : “To see this intuitively, consider what happens if we inject a small current pulse here…” And suddenly, Sara saw it. The circuit wasn’t a mess of components. It was a story. Charges moving, currents fighting, a delicate dance between speed and stability. For students and practitioners alike, the journey through

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