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Lecture Details :
RF Integrated Circuits by Dr. Shouribrata Chatterjee, Department of Electrical Engineering, IIT Delhi. For more details on NPTEL visit http://nptel.iitm.ac.in
Course Description :
Contents:
Introduction : RF systems – basic architectures - Transmission media and reflections - Maximum power transfer
Passive RLC Networks : Parallel RLC tank, Q - Series RLC networks, matching - Pi match, T match
Passive IC Components : Interconnects and skin effect - Resistors, capacitors - Inductors
Review of MOS Device Physics : MOS device review
Distributed Systems : Transmission lines, reflection coefficient - The wave equation, examples - Lossy transmission lines - Smith charts – plotting gamma
High Frequency Amplifier Design : Bandwidth estimation using open-circuit time constants - Bandwidth estimation using short-circuit time constants - Risetime, delay and bandwidth - Zeros to enhance bandwidth - Shunt-series amplifiers, tuned amplifiers - Cascaded amplifiers
Noise : Thermal noise, flicker noise review - Noise figure
LNA Design : Intrinsic MOS noise parametes - Power match versus noise match - Large signal performance, design examples & Multiplier based mixers
Mixer Design : Subsampling mixers
RF Power Amplifiers : Class A, AB, B, C amplifiers - Class D, E, F amplifiers - RF Power amplifier design examples
Voltage controlled oscillators : Resonators - Negative resistance oscillators
Phase locked loops : Linearized PLL models - Phase detectors, charge pumps - Loop filters, PLL design examples
Frequency synthesis and oscillators : Frequency division, integer-N synthesis - Fractional frequency synthesis
Phase noise : General considerations - Circuit examples
Radio architectures : GSM radio architectures - CDMA, UMTS radio architectures
Other Resources :
Syllabus | Citation |
Above free video lectures are presented by IIT Delhi, under NPTEL program, there are still 6000+ iit video lectures are available.
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