Канал: chembiyan T

Advice to Gen-Z engineers (part-1)

Advice to Gen-Z engineers (part-1)

AIC Lecture 58) Flipped voltage follower vs Super source follower. (dc characteristics)

AIC Lecture 58) Flipped voltage follower vs Super source follower. (dc characteristics)

OC Lecture 17.a) Some corrections to OC Lecture 17

OC Lecture 17.a) Some corrections to OC Lecture 17

OC Lecture 17) A non-inverting integrator circuit undergoing open loop to closed loop transition

OC Lecture 17) A non-inverting integrator circuit undergoing open loop to closed loop transition

AIC Lecture 57) An interesting differential amplifier circuit with asymmetric loads and inputs

AIC Lecture 57) An interesting differential amplifier circuit with asymmetric loads and inputs

CMOS OPAMP Lec 2) Single ended amplifier design problem- Qualitative approach

CMOS OPAMP Lec 2) Single ended amplifier design problem- Qualitative approach

AIC Lecture 56) Flipped voltage followers (FVF) basics: Part1- Analysis using control theory

AIC Lecture 56) Flipped voltage followers (FVF) basics: Part1- Analysis using control theory

OC Lecture 16) An interesting opamp based Transimpedance amplifier circuit

OC Lecture 16) An interesting opamp based Transimpedance amplifier circuit

ES Lecture 53: Intuitive analysis of second order circuits (Part 1)

ES Lecture 53: Intuitive analysis of second order circuits (Part 1)

MS or NO MS: Thoughts on Masters programs in India MS(research) vs MTech vs Industry sponsored MS.

MS or NO MS: Thoughts on Masters programs in India MS(research) vs MTech vs Industry sponsored MS.

MS or NO MS: Thoughts on MS in EE - Part 2

MS or NO MS: Thoughts on MS in EE - Part 2

MS or No MS: Thoughts on MS in EE - Part 1

MS or No MS: Thoughts on MS in EE - Part 1

Interaction with undergraduates on research in Analog/RF

Interaction with undergraduates on research in Analog/RF

OC Lecture 15) Opamp based dc level shifter circuits

OC Lecture 15) Opamp based dc level shifter circuits

AIC Lecture 55: Basics of supply vs ground referred RC filtering in current mirrors

AIC Lecture 55: Basics of supply vs ground referred RC filtering in current mirrors

SAS problems Lec 2: Integral of sinc and squared sinc functions using Duality property

SAS problems Lec 2: Integral of sinc and squared sinc functions using Duality property

SAS Problems Lec 1: A non trivial identity system problem

SAS Problems Lec 1: A non trivial identity system problem

Virtual classrooms: Small clarification on eligibility and preferences

Virtual classrooms: Small clarification on eligibility and preferences

Virtual Classrooms for Undergraduates (Sophomores)- Announcement

Virtual Classrooms for Undergraduates (Sophomores)- Announcement

Analog-Discussions with Undergraduate/Graduate students. Lecture 1

Analog-Discussions with Undergraduate/Graduate students. Lecture 1

AIC Lecture 54) An interesting CMOS Level Shifter Circuit

AIC Lecture 54) An interesting CMOS Level Shifter Circuit

OC Lecture 15) A problem on power delivered by an Opamp

OC Lecture 15) A problem on power delivered by an Opamp

OC Lecture 14 : Analysis of an opamp circuit with equal negative and positive feedback

OC Lecture 14 : Analysis of an opamp circuit with equal negative and positive feedback

OC Lecture 13) An interesting stability problem in a logarithmic amplifier

OC Lecture 13) An interesting stability problem in a logarithmic amplifier

OC Lecture 12) A problem of realising nonlinear functions using opamps

OC Lecture 12) A problem of realising nonlinear functions using opamps

AIC Lecture 53.a) MOS leakage cancellation circuit using current mirror

AIC Lecture 53.a) MOS leakage cancellation circuit using current mirror

AIC Lecture 53) A MOS gate leakage cancellation circuit problem

AIC Lecture 53) A MOS gate leakage cancellation circuit problem

AIC Lecture 52) Transient response of an Opamp based circuit problem (series Regulator circuit)

AIC Lecture 52) Transient response of an Opamp based circuit problem (series Regulator circuit)

AIC Lecture 51) Frequency response of a Non inverting integrator circuit problem.

AIC Lecture 51) Frequency response of a Non inverting integrator circuit problem.

AIC Lecture 50) Frequency response analysis of an analog FIR filter amplifier problem

AIC Lecture 50) Frequency response analysis of an analog FIR filter amplifier problem

AIC Lecture 49) CMOS inverter as a switched capacitor circuit

AIC Lecture 49) CMOS inverter as a switched capacitor circuit

AIC Lecture 48.c) Leakage power in CMOS inverters

AIC Lecture 48.c) Leakage power in CMOS inverters

AIC Lecture 48.b) Short circuit power dissipation in CMOS inverters

AIC Lecture 48.b) Short circuit power dissipation in CMOS inverters

AIC Lecture 48.a) Power dissipation in CMOS inverters- Dynamic power dissipation

AIC Lecture 48.a) Power dissipation in CMOS inverters- Dynamic power dissipation

AIC Lecture 47.c) Analysis of capacitive charge sharing in CMOS Digital circuits- Problems

AIC Lecture 47.c) Analysis of capacitive charge sharing in CMOS Digital circuits- Problems

AIC Lecture 47.b) Analysis of capacitive charge sharing in CMOS digital circuits- Theory

AIC Lecture 47.b) Analysis of capacitive charge sharing in CMOS digital circuits- Theory

AIC Lecture 47.a)Analysing capacitive charge sharing in CMOS digital circuits-Theory

AIC Lecture 47.a)Analysing capacitive charge sharing in CMOS digital circuits-Theory

Independence Day wishes to all my wonderful students

Independence Day wishes to all my wonderful students

AIC Lecture 46: Bilateral current conduction in MOS devices in CMOS digital circuits

AIC Lecture 46: Bilateral current conduction in MOS devices in CMOS digital circuits

AIC Lecture 45 An interesting sine wave to square wave converter experiment

AIC Lecture 45 An interesting sine wave to square wave converter experiment

OC Lecture 11: Analysis of inverting amplifier circuit with finite output resistance

OC Lecture 11: Analysis of inverting amplifier circuit with finite output resistance

RF Lecture 10.a) Hilbert Transform and it’s properties

RF Lecture 10.a) Hilbert Transform and it’s properties

RF Lecture 9: Double sideband modulation and Quadrature modulation

RF Lecture 9: Double sideband modulation and Quadrature modulation

RF Lecture 8: Demodulation of Conventional AM signal

RF Lecture 8: Demodulation of Conventional AM signal

RF Lecture 7: A brief introduction to conventional Amplitude modulation

RF Lecture 7: A brief introduction to conventional Amplitude modulation

CMOS OPAMP Lec 1: Introduction to CMOS opamp design (Course outline)

CMOS OPAMP Lec 1: Introduction to CMOS opamp design (Course outline)

RF Lecture 6: Fourier transforms, power spectral density (PSD) and energy spectral density (ESD)

RF Lecture 6: Fourier transforms, power spectral density (PSD) and energy spectral density (ESD)

RF Lecture 5: A quick review of Fourier transform and its properties

RF Lecture 5: A quick review of Fourier transform and its properties

RF Lecture 4: A quick review of energy and power of some common RF signals

RF Lecture 4: A quick review of energy and power of some common RF signals

RF Lecture 3 : A brief history of Radio/Wireless communications (part 3)

RF Lecture 3 : A brief history of Radio/Wireless communications (part 3)

RF Lecture 2:A brief history of radio/Wireless communications (part 2)

RF Lecture 2:A brief history of radio/Wireless communications (part 2)

OC Lecture 10: A very basic introduction to switched capacitor circuits

OC Lecture 10: A very basic introduction to switched capacitor circuits

RF Lecture 1: A brief history of the Radio/wireless communications (Part 1)

RF Lecture 1: A brief history of the Radio/wireless communications (Part 1)

OC Lecture 9: Introductory lecture on Schmitt trigger (sine wave to square wave converter)

OC Lecture 9: Introductory lecture on Schmitt trigger (sine wave to square wave converter)

MUE Lecture 81: The story behind the first transistor amplifier

MUE Lecture 81: The story behind the first transistor amplifier

AIC Lecture 44: Hysteresis in CMOS buffer transfer characteristics

AIC Lecture 44: Hysteresis in CMOS buffer transfer characteristics

OC Lecture 8: Some problems on intuitive analysis of first order opamp RC circuits

OC Lecture 8: Some problems on intuitive analysis of first order opamp RC circuits

OC Lecture 7: Positive feedback Opamp circuits with loop gain less than 1

OC Lecture 7: Positive feedback Opamp circuits with loop gain less than 1

OC Lecture 6: Analysing Opamp circuits with both positive and negative feedback

OC Lecture 6: Analysing Opamp circuits with both positive and negative feedback

MUE Lecture 80: Introduction to gain boosting in cascode amplifiers

MUE Lecture 80: Introduction to gain boosting in cascode amplifiers

MUE Lecture 79: Gain vs voltage swing in Cascode and multi-stage amplifiers

MUE Lecture 79: Gain vs voltage swing in Cascode and multi-stage amplifiers

OC Lecture 5: Intuitive methods of analysing first order opamp RC circuits

OC Lecture 5: Intuitive methods of analysing first order opamp RC circuits

OC Lecture 4: Practical Opamp integrator and differentiator circuits

OC Lecture 4: Practical Opamp integrator and differentiator circuits

MUE Lecture 78: Conditional stability in positive feedback systems

MUE Lecture 78: Conditional stability in positive feedback systems

MUE Lecture 77. a): Rules to analyse feedback circuits.

MUE Lecture 77. a): Rules to analyse feedback circuits.

OC Lecture 3.b): Virtual node in Non-inverting opamp circuits

OC Lecture 3.b): Virtual node in Non-inverting opamp circuits

OC Lecture 3.a): Virtual ground in inverting Opamp circuits

OC Lecture 3.a): Virtual ground in inverting Opamp circuits

OC Lecture 2: A quick review of commonly used Opamp circuits

OC Lecture 2: A quick review of commonly used Opamp circuits

OC Lecture 1: Introduction to Operational amplifier (Opamp) circuits

OC Lecture 1: Introduction to Operational amplifier (Opamp) circuits

MUE Lecture 77: General rules for analysing circuits with feedback

MUE Lecture 77: General rules for analysing circuits with feedback

MUE Lecture 76: Voltage addition and subtraction using simple MOS circuits

MUE Lecture 76: Voltage addition and subtraction using simple MOS circuits

MUE Lecture 75.a): Feedback amplifier naming conventions - series/shunt feedback amplifiers

MUE Lecture 75.a): Feedback amplifier naming conventions - series/shunt feedback amplifiers

MUE Lecture 75: Effect of negative feedback on input and output impedance of amplifiers

MUE Lecture 75: Effect of negative feedback on input and output impedance of amplifiers

MUE Lecture 74: Bandwidth extension in Negative feedback amplifiers

MUE Lecture 74: Bandwidth extension in Negative feedback amplifiers

MUE Lecture 73: Gain desensitisation and distortion reduction in Feedback amplifiers

MUE Lecture 73: Gain desensitisation and distortion reduction in Feedback amplifiers

MUE Lecture 72: A brief history of the negative feedback amplifier

MUE Lecture 72: A brief history of the negative feedback amplifier

MUE Lecture 71: Cut-off or Transit frequency of MOS and BJT devices

MUE Lecture 71: Cut-off or Transit frequency of MOS and BJT devices

MUE Lecture 70 : A rigorous analysis of Cascode amplifiers

MUE Lecture 70 : A rigorous analysis of Cascode amplifiers

MUE - Lecture 69. b) An intuitive analysis of the frequency response of Cascode amplifiers

MUE - Lecture 69. b) An intuitive analysis of the frequency response of Cascode amplifiers

MUE Lecture 69. a): A brief history on the genesis of cascode amplifiers

MUE Lecture 69. a): A brief history on the genesis of cascode amplifiers

MUE Lecture 68: Frequency response of differential amplifiers- A rigorous analysis

MUE Lecture 68: Frequency response of differential amplifiers- A rigorous analysis

MUE Lecture 67: Introduction to frequency response of differential amplifiers

MUE Lecture 67: Introduction to frequency response of differential amplifiers

MUE Lecture 66: Rigorous analysis of input/output impedance of common drain amplifiers

MUE Lecture 66: Rigorous analysis of input/output impedance of common drain amplifiers

MUE Lecture 65: Introduction to frequency response of common drain amplifiers

MUE Lecture 65: Introduction to frequency response of common drain amplifiers

MUE Lecture 64: Introduction to frequency response of common gate amplifiers

MUE Lecture 64: Introduction to frequency response of common gate amplifiers

MUE Lecture 63: Introduction to frequency response of common source amplifiers

MUE Lecture 63: Introduction to frequency response of common source amplifiers

MUE Lecture 62: MOS parasitic capacitors and their effect on frequency response of MOS amplifiers

MUE Lecture 62: MOS parasitic capacitors and their effect on frequency response of MOS amplifiers

MUE Lecture 61: Intuitive methods of finding poles and zeros in MOS circuits-part 2

MUE Lecture 61: Intuitive methods of finding poles and zeros in MOS circuits-part 2

MUE Lecture 60: Intuitive methods of finding poles and zeroes in MOS circuits

MUE Lecture 60: Intuitive methods of finding poles and zeroes in MOS circuits

MUE Lecture 59: Introduction to frequency response of single stage amplifiers

MUE Lecture 59: Introduction to frequency response of single stage amplifiers

MUE Lecture 58: Deriving poles, zeroes and transfer functions for MOS amplifiers intuitively

MUE Lecture 58: Deriving poles, zeroes and transfer functions for MOS amplifiers intuitively

MUE Lecture 57: Bode plots- Magnitude and phase response for RHP and LHP poles/zeroes.

MUE Lecture 57: Bode plots- Magnitude and phase response for RHP and LHP poles/zeroes.

MUE Lecture 56: Introduction to decibel and bode plots

MUE Lecture 56: Introduction to decibel and bode plots

MUE Lecture 55: Frequency response, transfer functions and logarithmic functions

MUE Lecture 55: Frequency response, transfer functions and logarithmic functions

MUE Lecture 54: Introduction to Frequency response of amplifiers

MUE Lecture 54: Introduction to Frequency response of amplifiers

MUE Lecture 53: Intuitive large-signal analysis of current biased Differential amplifiers

MUE Lecture 53: Intuitive large-signal analysis of current biased Differential amplifiers

MUE Lecture 52: Rigorous analysis of differential amplifiers to large signal inputs

MUE Lecture 52: Rigorous analysis of differential amplifiers to large signal inputs

MUE Lecture 51: Response of differential amplifiers to large signal differential inputs

MUE Lecture 51: Response of differential amplifiers to large signal differential inputs

MUE Lecture 50: An intuitive (but rigorous) analysis of differential to single ended amplifier.

MUE Lecture 50: An intuitive (but rigorous) analysis of differential to single ended amplifier.

MUE Lecture 49: Single ended to differential and Differential to single ended amplifiers

MUE Lecture 49: Single ended to differential and Differential to single ended amplifiers

MUE Lecture 48: Common mode rejection ratio (CMRR) in differential circuits

MUE Lecture 48: Common mode rejection ratio (CMRR) in differential circuits

MUE Lecture 47: Qualitative analysis of differential amplifiers for large signal inputs

MUE Lecture 47: Qualitative analysis of differential amplifiers for large signal inputs

MUE Lecture 46: Mismatch and Quasi-differential analysis of current biased differential amplifiers

MUE Lecture 46: Mismatch and Quasi-differential analysis of current biased differential amplifiers

MUE Lecture 45: Problems on half circuits and mismatch in differential amplifiers

MUE Lecture 45: Problems on half circuits and mismatch in differential amplifiers

MUE Lecture 44: Problems on differential and common mode half circuits

MUE Lecture 44: Problems on differential and common mode half circuits

MUE Lecture 43: Differential and common mode half circuits

MUE Lecture 43: Differential and common mode half circuits

MUE Lecture 42: Differential gain and common mode gain in differential amplifiers

MUE Lecture 42: Differential gain and common mode gain in differential amplifiers

MUE Lecture 41: Differential signals and differential ground

MUE Lecture 41: Differential signals and differential ground

MUE Lecture 40: Introduction to differential amplifiers and differential signals

MUE Lecture 40: Introduction to differential amplifiers and differential signals

MUE Lecture 39: Problems on Cascode current mirrors

MUE Lecture 39: Problems on Cascode current mirrors

MUE Lecture 38: Wide swing cascode current mirrors

MUE Lecture 38: Wide swing cascode current mirrors

MUE Lecture 37: Single ended Folded Cascode amplifiers

MUE Lecture 37: Single ended Folded Cascode amplifiers

MUE Lecture 36: Cascode amplifier with cascode current mirror load

MUE Lecture 36: Cascode amplifier with cascode current mirror load

MUE Lecture 35: Errors in current mirroring in BJT and MOSFET current mirrors

MUE Lecture 35: Errors in current mirroring in BJT and MOSFET current mirrors

MUE Lecture 34: BJT current mirrors basics

MUE Lecture 34: BJT current mirrors basics

MUE Lecture 33: Introduction to current mirrors

MUE Lecture 33: Introduction to current mirrors

MUE Lecture 32: Analysis of BJT and MOS cascode amplifiers

MUE Lecture 32: Analysis of BJT and MOS cascode amplifiers

MUE Lecture 31: Theory of Cascode amplifiers

MUE Lecture 31: Theory of Cascode amplifiers

MUE Lecture 30: Introduction to Cascode Amplifiers

MUE Lecture 30: Introduction to Cascode Amplifiers

MUE Lecture 29: T-model for MOSFETs and and simpler analysis of BJT and MOS amplifiers

MUE Lecture 29: T-model for MOSFETs and and simpler analysis of BJT and MOS amplifiers

MUE Lecture 28: Rigorous analysis of common gate amplifier

MUE Lecture 28: Rigorous analysis of common gate amplifier

MUE Lecture 27: Introduction to common gate amplifiers

MUE Lecture 27: Introduction to common gate amplifiers

MUE Lecture 26: More on biasing of MOSFET and analysing MOS circuits intuitively

MUE Lecture 26: More on biasing of MOSFET and analysing MOS circuits intuitively

MUE Lecture 25: Power gain in amplifiers and introduction to common drain amplifier

MUE Lecture 25: Power gain in amplifiers and introduction to common drain amplifier

MUE Lecture 24: Problems on biasing and small signal gain in common source amplifiers

MUE Lecture 24: Problems on biasing and small signal gain in common source amplifiers

MUE Lecture 23: Introduction to common source amplifier

MUE Lecture 23: Introduction to common source amplifier

MUE Lecture 22 : MOSFET small signal model and problems on MOSFET DC characteristics

MUE Lecture 22 : MOSFET small signal model and problems on MOSFET DC characteristics

MUE Lecture 21: Biasing and MOSFET small signal model

MUE Lecture 21: Biasing and MOSFET small signal model

MUE Lecture 20: Introduction to biasing MOSFETs for amplification

MUE Lecture 20: Introduction to biasing MOSFETs for amplification

MUE Lecture 19: Simple and intuitive derivation of I-V Characteristics of MOSFET

MUE Lecture 19: Simple and intuitive derivation of I-V Characteristics of MOSFET

MUE Lecture 18: An intuitive look at the I-V characteristics of MOSFET

MUE Lecture 18: An intuitive look at the I-V characteristics of MOSFET

MUE Lecture 17: A very brief history of MOSFETs

MUE Lecture 17: A very brief history of MOSFETs

MUE Lecture 16: Review of single stage BJT amplifiers

MUE Lecture 16: Review of single stage BJT amplifiers

MUE Lecture 15: Non-Linearty in amplifiers and Emitter degeneration in common emitter configuration

MUE Lecture 15: Non-Linearty in amplifiers and Emitter degeneration in common emitter configuration

MUE Lecture 14: Input and output resistance of common collector and common base amplifier.

MUE Lecture 14: Input and output resistance of common collector and common base amplifier.

MUE Lecture 13: Computing Input and output resistance of BJT amplifiers

MUE Lecture 13: Computing Input and output resistance of BJT amplifiers

MUE Lecture 12: Basics of common collector configuration

MUE Lecture 12: Basics of common collector configuration

MUE Lecture 11: Basics of common base amplifier

MUE Lecture 11: Basics of common base amplifier

MUE Lecture 10: Basics of common emitter configuration (extended)

MUE Lecture 10: Basics of common emitter configuration (extended)

MUE Lecture 9: Basics of common emitter configuration with active load

MUE Lecture 9: Basics of common emitter configuration with active load

MUE Lecture 8: Problems on BJT (Biasing and small signal parameters)

MUE Lecture 8: Problems on BJT (Biasing and small signal parameters)

MUE Lecture 7: Problems on BJTs (Biasing and small signal)

MUE Lecture 7: Problems on BJTs (Biasing and small signal)

MUE Lecture 6: Small signal parameters of BJT and DC operating point

MUE Lecture 6: Small signal parameters of BJT and DC operating point

MUE Lecture5: PI and T Small signal models of the BJT

MUE Lecture5: PI and T Small signal models of the BJT

MUE Lecture 4: Introduction to small signal model of the Bipolar Junction Transistor (BJT)

MUE Lecture 4: Introduction to small signal model of the Bipolar Junction Transistor (BJT)

MUE Lecture 3: Introduction to Amplifier Models

MUE Lecture 3: Introduction to Amplifier Models

MUE Lecture 2 : Reading IV characteristics of two terminal devices

MUE Lecture 2 : Reading IV characteristics of two terminal devices

MUE Lecture 1: Reading I-V characteristics of two terminal devices.

MUE Lecture 1: Reading I-V characteristics of two terminal devices.

Microelectronic Circuits (MUE): Course Introduction (Intended for second year undergraduates)

Microelectronic Circuits (MUE): Course Introduction (Intended for second year undergraduates)

ES Lecture 52: Revisiting Charge and Flux sharing in Capacitor and Inductor circuits

ES Lecture 52: Revisiting Charge and Flux sharing in Capacitor and Inductor circuits

AIC Lecture 43: Non-Linear response of Differential amplifiers to common mode inputs

AIC Lecture 43: Non-Linear response of Differential amplifiers to common mode inputs

AIC Lecture42: Intuitive understanding of harmonics in non-linear differential amplifiers

AIC Lecture42: Intuitive understanding of harmonics in non-linear differential amplifiers

AIC Lecture 41: A quick review of frequency response of single stage MOS amplifiers.

AIC Lecture 41: A quick review of frequency response of single stage MOS amplifiers.

PLL Lecture 1: Introduction to Analog Phase locked loops-Course outline

PLL Lecture 1: Introduction to Analog Phase locked loops-Course outline

AIC Lecture 40: Miller effect and Cascode amplifiers

AIC Lecture 40: Miller effect and Cascode amplifiers

AIC Lecture 39: Simulation of the frequency response of Cascode amplifier

AIC Lecture 39: Simulation of the frequency response of Cascode amplifier

AIC Lecture 38: The curious case of Cascode amplifiers

AIC Lecture 38: The curious case of Cascode amplifiers

AIC Lecture 37: Frequency response of single stage amplifier- A simplified analysis

AIC Lecture 37: Frequency response of single stage amplifier- A simplified analysis

AIC Lecture 36: Intuitive methods of finding poles in MOS amplifier circuits.

AIC Lecture 36: Intuitive methods of finding poles in MOS amplifier circuits.

AIC Lecture 35: Intuitive methods of finding zeroes in MOS amplifier circuits

AIC Lecture 35: Intuitive methods of finding zeroes in MOS amplifier circuits

AIC Lecture 34: Frequency dependent model of MOS device as a current amplifier

AIC Lecture 34: Frequency dependent model of MOS device as a current amplifier

AIC Lecture 33: Finding poles and zeroes of passive circuits- An intuitive approach

AIC Lecture 33: Finding poles and zeroes of passive circuits- An intuitive approach

AIC Lecture 32: Intuitive methods to find zeroes of simple imepdance networks.

AIC Lecture 32: Intuitive methods to find zeroes of simple imepdance networks.

AIC Lecture 31: Intuitive methods of finding poles of simple impedance networks.

AIC Lecture 31: Intuitive methods of finding poles of simple impedance networks.

AIC Lecture 30: Summary of Singular and Zero forcing inputs to LTI systems

AIC Lecture 30: Summary of Singular and Zero forcing inputs to LTI systems

AIC Lecture 29: Response of causal LTI system to zero forcing inputs- A Rigorous analysis

AIC Lecture 29: Response of causal LTI system to zero forcing inputs- A Rigorous analysis

AIC Lecture 28: Response of causal LTI systems to singular inputs- A rigorous analysis

AIC Lecture 28: Response of causal LTI systems to singular inputs- A rigorous analysis

AIC Lecture 27: Singular and zero-forcing inputs of LTI systems.

AIC Lecture 27: Singular and zero-forcing inputs of LTI systems.

AIC Lecture 26: Response of LTI systems to sinusiodal inputs-An intuitive approach

AIC Lecture 26: Response of LTI systems to sinusiodal inputs-An intuitive approach

AIC Lecture 25: Transfer funtions and Frequency response in analog circuits

AIC Lecture 25: Transfer funtions and Frequency response in analog circuits

AIC Lecture 24: Modified Miller's theorem for trans-conductance (MOS) amplifiers

AIC Lecture 24: Modified Miller's theorem for trans-conductance (MOS) amplifiers

AIC Lecture 23: Revisiting Miller's theorem and its application in analog circuit analysis

AIC Lecture 23: Revisiting Miller's theorem and its application in analog circuit analysis

AIC Lecture 22: Intuitive analysis of single stage MOS amplifiers with body effect

AIC Lecture 22: Intuitive analysis of single stage MOS amplifiers with body effect

AIC Lecture 21: Analysis of a cascode amplifier with a cascode load

AIC Lecture 21: Analysis of a cascode amplifier with a cascode load

AIC Lecture 20: Simulation setup for measuring the gain and Rout of cascode amplifier

AIC Lecture 20: Simulation setup for measuring the gain and Rout of cascode amplifier

AIC Lecture 19: Some interesting problems on cascode amplifiers

AIC Lecture 19: Some interesting problems on cascode amplifiers

AIC Lecture 18: A rigorous analysis of 'unloaded' cascode amplifier

AIC Lecture 18: A rigorous analysis of 'unloaded' cascode amplifier

AIC Lecture 17: Cascaded Amplifiers- An intuitive introduction to Cascode amplifier

AIC Lecture 17: Cascaded Amplifiers- An intuitive introduction to Cascode amplifier

AIC Lecture 16: Analysing single stage amplifiers using two port network models

AIC Lecture 16: Analysing single stage amplifiers using two port network models

AIC Lecture 15: Analysis of single stage amplifier circuits- some interesting problems

AIC Lecture 15: Analysis of single stage amplifier circuits- some interesting problems

AIC Lecture 14:Miller theorem in single stage amplifiers- An intuitive approach

AIC Lecture 14:Miller theorem in single stage amplifiers- An intuitive approach

AIC-Lecture 13: Further insights on source degenerated MOS amplifiers.

AIC-Lecture 13: Further insights on source degenerated MOS amplifiers.

AIC Lecture 12.a): Source degeneration in MOS amplifiers- A rigorous analysis

AIC Lecture 12.a): Source degeneration in MOS amplifiers- A rigorous analysis

AIC-Lecture 12: Source degeneration in MOS amplifiers-An intuitive analysis

AIC-Lecture 12: Source degeneration in MOS amplifiers-An intuitive analysis

AIC Lecture 11.d) Analysis of the loaded gain of a common collector configuration

AIC Lecture 11.d) Analysis of the loaded gain of a common collector configuration

AIC Lecture 11.c) Intuitive analysis of Output resistance of common collector amplifier

AIC Lecture 11.c) Intuitive analysis of Output resistance of common collector amplifier

AIC Lecture 11.b): Intuitive analysis of input impedance of Emitter follower

AIC Lecture 11.b): Intuitive analysis of input impedance of Emitter follower

AIC Lecture 11.a): Intuitive analysis of common collector amplifier (Intrinsic gain)

AIC Lecture 11.a): Intuitive analysis of common collector amplifier (Intrinsic gain)

AIC Lecture 10: Analysis of common drain amplifier circuits

AIC Lecture 10: Analysis of common drain amplifier circuits

AIC Lecture 9: Intuitive analysis of Common Drain Amplifier.

AIC Lecture 9: Intuitive analysis of Common Drain Amplifier.

AIC Lecture 8: Intuitive analysis of Common Base Amplifier, Gain, Rin, Rout

AIC Lecture 8: Intuitive analysis of Common Base Amplifier, Gain, Rin, Rout

AIC Lecture 7.a) some comments on the Common gate amplifier test bench

AIC Lecture 7.a) some comments on the Common gate amplifier test bench

AIC Lecture 7 : Loaded Gain of a Common Gate Amplifier.

AIC Lecture 7 : Loaded Gain of a Common Gate Amplifier.

AIC Lecture 6.b) Intuitive analysis of the output resistance of Common gate amplifier

AIC Lecture 6.b) Intuitive analysis of the output resistance of Common gate amplifier

AIC Lecture 6.a) Intuitive analysis of the output resistance of a Common Gate Amplifier

AIC Lecture 6.a) Intuitive analysis of the output resistance of a Common Gate Amplifier

AIC Lecture 5.b) Intuitive analysis of Low frequency impedance of Common gate Amplifier

AIC Lecture 5.b) Intuitive analysis of Low frequency impedance of Common gate Amplifier

AIC Lecture 5.a) Low Frequency Input Impedance of the Common gate amplifier

AIC Lecture 5.a) Low Frequency Input Impedance of the Common gate amplifier

AIC Lecture 4.b) Intrinsic and Reverse gain of Common Gate Amplifier

AIC Lecture 4.b) Intrinsic and Reverse gain of Common Gate Amplifier

AIC Lecture 4a: Intrinsic gain and reverse gain of a Common Gate Amplifier

AIC Lecture 4a: Intrinsic gain and reverse gain of a Common Gate Amplifier

AIC Lecture 3) Common Source (Common Emitter) Amplifier

AIC Lecture 3) Common Source (Common Emitter) Amplifier