From that night on, she didn’t just pass Electronics 2. She fell in love with it. Years later, as a chip designer, she kept that worn copy of Razavi on her desk. Not for the equations—she knew those by heart. But for the voice: patient, precise, and utterly convinced that anyone, with the right guide, could learn to hear a circuit’s hidden song.
“Start here,” she said. “And listen to Behzad.”
“Give up?” asked her roommate, peeking over. behzad razavi electronics 2
And when a young intern once asked her, “What’s the best way to learn analog design?” Sara smiled and handed her the dark-covered book.
Sara laughed out loud. Her roommate looked over. “Fixed?” From that night on, she didn’t just pass Electronics 2
She pulled out “Design of Analog CMOS Integrated Circuits” —affectionately called “Razavi” by all who dared. Chapter 11, Electronics 2 material: Feedback . She’d read it before, but now, desperate, she read it again. Slowly.
“Fixed,” Sara grinned. “Behzad Razavi just talked me through it.” Not for the equations—she knew those by heart
“Never,” Sara muttered. Then she remembered the book. Not the official course textbook—the other one. The one seniors whispered about in labs. The one with the dark cover and the name that commanded respect: Behzad Razavi .
She grabbed a pencil. Following Razavi’s style—clean, logical, almost elegant—she added a tiny capacitor in a new location. Not the one her professor’s slides suggested. The one the book’s intuition whispered.
The hiss vanished. The output was a clean, beautiful sine wave.
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.