EE21205: Analog Electronic Circuits

Venue: NR322 at Nalanda Class Complex
Class Timings: WED (10:00-10:55) , THURS (09:00-09:55) , FRI (11:00-12:55)
Teaching Assistants (TAs): Shubhangi Varma and Sayandeep Mangal
References:
[1] Microelectronic Circuits by Sedra and Smith, (Seventh Edition), Oxford Indian Edition
[2] Fundamental of Microelectronics by Bezad Razavi, Wiley
[3] CMOS Analog Circuit Design by Allen and Holberg, Oxford Indian Edition
[4] Design of Analog CMOS Integrated Circuits by Bezad Razavi, Tata McGraw-Hill
    Class-1: Course introduction, example of an electronic system
    Module-1: Semiconductor devices
    Class-2: Intrinsic and doped semiconductors, drift and diffusion currents.
    Class-3: PN junction diode
    Class-4: Bipolar junction transistor and operation in active mode
    Class-5: Tutorial
    Class-6: Equivalent model of BJT, Different mode of operation
    Class-7: I-V characteristics of BJT, structure and operation of MOSFETs
    Class-8: Derrivation of current equation and different region of operation
    Class-9: Tutorial
    Class-10: I-V characteristics of MOSFETs, Equivalent model of MOSFETs
    Class-11: Channel-length modulation, P-channel MOSFETs
    Class-12: Tutorial
    Module-2: Single-Stage Amplifiers
    Class-13: Different amplifier models, small signal versus large signal
    Class-14: Small signal operation and models for MOSFETs
    Class-15: Different small signal parameters, Hybrid-PI model and T model for MOSFETs
    Class-16: Small signal operation and Hybrid-PI model and T model for BJTs
    Class-17: Tutorial
    Class-18: Single-stage amplifiers, Small-signal model of CS and CE amplifier
    Class-19: Small-signal model of CS/CE amplifier with source/emitter degeneration
    Class-20: First Class Test
    Class-21: Small-signal model of CG/CB amplifier
    Class-22: Tutorial
    Class-23: DC biasing in MOSFET and BJT based amplifiers
    Class-24: CS amplifer, CE amplifier with biasing
    Class-25: CE amplifier with emitter degeneration, CB amplifier, CC amplifier with biasing
    Class-26: Tutorial
    Module-3:High-Frequency Performance of Single-Stage Amplifiers
    Class-27: High-frequency model and transition frequency of MOSFETs and transition frequency
    Class-28: High-frequency model and transition frequency of BJTs and transition frequency
    Class-29: Miller theorem and example
    Class-30: Frequency response of the CS amplifier with and without signal-source resistance
    Class-31: Tutorial