Lectures

Week -1: (03/01 to 09/01)

Lec01-Need for non-linear devices to design amplifier circuits (video) (notes)

Lec02-Solving nonlinear circuits with diode and introduction to incremental analysis (video) (notes)

Lec03-Two terminal incremental equivalent, two port non linearity and amplifier constraints (video) (notes)

Week -2: (10/01 to 16/01)

Lec04-Characteristics of an ideal amplifier and MOSFET example (video) (notes)

Week -3: (17/01 to 23/01)

Lec05-Synthesis of CS amplifier part 1 (video) (notes)

Lec06-Synthesis of CS amplifier part-2 (video) (notes)

Lec07-CS amplifier with constant current biasing-source feedback bias (video) (notes)

Week -4: (24/01 to 30/01)

Lec08-CS amplifier capacitor constraints and resistor substitution (video) (notes)

Lec09-CS amplifier with drain feedback bias and incremental analysis (video) (notes)

Lec10-CS amplifier with current mirror biasing and incremental analysis (video) (notes)

Week -5: (31/01 to 06/02)

Lec11-MOSFET parasitic capacitances and frequency response (video) (notes)

CT-1 exam

Week -6: (07/02 to 13/02)

Lec12-Introduction to BJT and CE amplifier circuit (video) (notes)

Lec13-BJT current mirror and PMOS introduction (video) (notes)

Lec14-PMOS CS amplifier and Negative feedback (video) (notes)

Week -7: (14/02 to 20/02)

Lec15-Controlled sources intro, VCCS as CS amp with source degeneration (video) (notes)

Lec16-VCCS recap, VCVS with unity gain as CD buffer (video) (notes)

Week -8: (21/02 to 27/02)

Lec17-CCCS as CG stage, cascading and cascading (video) (notes)

Lec18-Rout and gain of VCCS and CCCS design (video) (notes)

Lec19-Swing limits and practice problems on amplifiers (video) (notes)

Week -9: (28/02 to 06/03)

Lec20-Introduction to differential amplifiers (video) (notes)

Lec21-Single stage opamp large signal and incremental analysis (video) (notes)

Week -10: (07/03 to 13/03)

Lec22-DC analysis of single stage opamp with simulation (video) (notes)

Lec23-Incremental analysis of single-stage opamp and equivalent ckt model (no recording)

Week -11: (14/03 to 20/03)

Lec24-Ad, Acm, CMRR, Slew rate (video) (notes)

Week -12: (21/03 to 27/03)

Lec25-Opamp swing limits and two stage opamp design (video) (notes)

Lec26-Two satge opamp gain and frequency resp of 1st order system (video) (notes)

Week -13: (28/04 to 03/04)

Lec27-Unity loop gain frequency and intro to 2nd order system stability (video) (notes)

Lec28-Stability condition of a 2pole system (no video) (notes)

Week -14: (04/04 to 10/04)

Lec29-Phase and gain crossover, phase margin, compensation techniques (no video) (notes)

Lec30-Example problem on opamp design with freq compensation (video) (notes)

Week -15: (11/04 to 17/04)

No classes

Week -16: (18/04 to 24/04)

CT-2 exam and solution discussion

Week -17: (25/04 to 01/05)

Lec31-Example problem discussion

Lec32-Discussion on summing and difference amplifiers (notes)

Week -18: (02/05 to 08/05)

Lec33-Data converters ADC and DAC introduction (last year's video) (notes)

Lec34-Summary of data converters

Week -19

End-Sem Exams