Analog Electronic Circuit

This course helps you build strong fundamentals in analog circuit design using simple and clear explanations. It is ideal for students and engineers who want to confidently design amplifiers and understand how real analog circuits work in practice. It also prepares you for advanced studies and industry-oriented analog and IC design roles.

• Introduction | Analog Electronic Circuit

• Introduction to Analog Circuits

• Introduction to the Diode

• Diodes

• Introduction to The Transistor

• MOS Device, Characteristics

• DC operating point

• DC operating point, amplifier design

• Common source amplifier, small signal analysis

• Common gate, common drain

• Common gate circuit

• Source degenerated amplifier

• Swing limits

• Swing limits contd., multi transistor amplifiers

• Multi-transistor amplifiers

• Introduction to current sources

• Current sources/mirrors contd.

• Current sources, biasing

• Differential circuits

• Differential amplifiers-I

• Differential amplifiers-II

• Differential amplifiers-III

• Self biased active load diff. amp

• Diff. Cascode amplifier, two stage amplifiers

• Two stage diff. amps, op-amps

• Op-amps, OTAs

• Circuits with op-amps

• Capacitance in MOS devices

• Common source, drain, gate – revisited

• Common gate, common drain with capacitances

• Cascode, cascade – revisit with capacitance

• Cascade amplifier (with capacitance)