Analog Design

What You'll Cover

• Module 1 — Ohm's Law, Network Theory (Thevenin, Norton, KCL, KVL)
• Module 2 — RLC Filters, Bode plots, frequency and time domain analysis
• Module 3 — Operational Amplifiers — inverting, non-inverting, differential
• Module 4 — Multivibrators — Schmitt trigger, bistable, monostable, astable
• Module 5 — Semiconductor Physics — diodes, BJTs, MOSFETs, IV characteristics, short-channel effects
• Module 6 — Single Stage Amplifiers — CS, CG, source follower, cascode
• Module 7 — Current Mirrors — basic, cascode, wide-swing, Wilson, self-bias
• Module 8 — Differential Amplifiers — single-ended, common-mode, active load, mismatch
• Module 9 — CMOS Op-Amps — two-stage, folded cascode, telescopic, compensation
• Module 10 — Complex Analog Circuits — bandgap, LDO, PLL, charge pump, equalizers
• Module 11 — Non-linearity, Noise and Mismatch — offset cancellation, noise in diff stage
• Module 12 — Analog Layout — DRC, antenna, IR drop, latch-up, substrate coupling
• Module 13 — Industry Standard Projects

Full curriculum: View Full Curriculum →