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SSCD IIT Kanpur · Basic Analog Building Blocks · 42 videos

ESC 201: Introduction to electronics (2026)

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Videos in this playlist

Thumbnail for Lec 39: FSMs in processors: branch predictor FSM to avoid pipeline flush; concluding remarks

Lec 39: FSMs in processors: branch predictor FSM to avoid pipeline flush; concluding remarks

Thumbnail for Lec 38: Mealy FSM design: Sequence detectors, counting odd/even

Lec 38: Mealy FSM design: Sequence detectors, counting odd/even

Thumbnail for Lec 37: Finite state machine (FSM) design example: Synchronous counters

Lec 37: Finite state machine (FSM) design example: Synchronous counters

Thumbnail for Lec 36: Finite state machines (FSM): Practice problem discussion

Lec 36: Finite state machines (FSM): Practice problem discussion

Thumbnail for Lec 35: Designing asynchronous/ripple-carry counters

Lec 35: Designing asynchronous/ripple-carry counters

Thumbnail for Lec 34: Example calculation: Finding state transition graphs & output sequence; Intro to counters

Lec 34: Example calculation: Finding state transition graphs & output sequence; Intro to counters

Thumbnail for Lec 33: Finite state machine (FSM) Analyzing an FSM: state transition table & state transition graph

Lec 33: Finite state machine (FSM) Analyzing an FSM: state transition table & state transition graph

Thumbnail for Lec 32: The D flip-flop & the JK flip-flop

Lec 32: The D flip-flop & the JK flip-flop

Thumbnail for Lec 31: JK latch, T latch and D latch

Lec 31: JK latch, T latch and D latch

Thumbnail for Lec 30: The Set-Reset (SR) latch

Lec 30: The Set-Reset (SR) latch

Thumbnail for Lec 29: Mux (recap); Decoders for realizing logic function; Building a ROM using decoders & OR gates

Lec 29: Mux (recap); Decoders for realizing logic function; Building a ROM using decoders & OR gates

Thumbnail for Lec 28: Four-variable K-Map; Multiplexers to realize a logic function

Lec 28: Four-variable K-Map; Multiplexers to realize a logic function

Thumbnail for Lec 27: Karnaugh map (K-map) for logic minimization

Lec 27: Karnaugh map (K-map) for logic minimization

Thumbnail for Lec 26: Logic realization using SOP & POS forms; Logic minimization using boolean algebra

Lec 26: Logic realization using SOP & POS forms; Logic minimization using boolean algebra

Thumbnail for Lec 25: Logic gates; NOT gate with switches & transistors; Voltage transfer characteristic (VTC)

Lec 25: Logic gates; NOT gate with switches & transistors; Voltage transfer characteristic (VTC)

Thumbnail for Lec 24: Understanding 2s complement; 2s complement arithmetic

Lec 24: Understanding 2s complement; 2s complement arithmetic

$Thumbnail for Lec 23(1): Conversion between number systems (integer & fractional parts)$

Lec 23(1): Conversion between number systems (integer & fractional parts)

Thumbnail for Lec 23(2): Deriving the idea of 10s complement

Lec 23(2): Deriving the idea of 10s complement

Thumbnail for Lec 22: Positional number systems: Binary, Octal, Hexadecimal; Noise tolerance in binary digital sig

Lec 22: Positional number systems: Binary, Octal, Hexadecimal; Noise tolerance in binary digital sig

Thumbnail for Lec 21: Opamp-based RC low-pass filter; Opamp as comparator; Need for hysteresis; Schmitt trigger

Lec 21: Opamp-based RC low-pass filter; Opamp as comparator; Need for hysteresis; Schmitt trigger

Thumbnail for Lec 20: Opamp based sensor interface circuits example; Opamp circuits with capacitors

Lec 20: Opamp based sensor interface circuits example; Opamp circuits with capacitors

Thumbnail for Lec 19: Finding opamp signs for negative feedback; Using voltage buffer & inverting amplifier

Lec 19: Finding opamp signs for negative feedback; Using voltage buffer & inverting amplifier

Thumbnail for Lec 18: Examples of negative feedback: Introducing opamp; Non-inverting amplifier using opamp

Lec 18: Examples of negative feedback: Introducing opamp; Non-inverting amplifier using opamp

Thumbnail for Lec 16: Phasor representation; Thevenin's theorem with capacitors & inductors; Intro to AC power

Lec 16: Phasor representation; Thevenin's theorem with capacitors & inductors; Intro to AC power

Thumbnail for Lec 15: 2nd order circuits: Series RLC: Resonance, bandwidth, oscillations

Lec 15: 2nd order circuits: Series RLC: Resonance, bandwidth, oscillations

Thumbnail for Lec 14: Bode plot: Bode approximation for the magnitude plot

Lec 14: Bode plot: Bode approximation for the magnitude plot

Thumbnail for Lec 13: Low-pass filter example demo; Intro to Lissajous figures

Lec 13: Low-pass filter example demo; Intro to Lissajous figures

Thumbnail for Lec 12: Impedance & frequency response; 1st-order RC & RL circuits as filters

Lec 12: Impedance & frequency response; 1st-order RC & RL circuits as filters

Thumbnail for Lec 11(2): Sinusoidal steady-state response of first-order circuits

Lec 11(2): Sinusoidal steady-state response of first-order circuits

Thumbnail for Lec 11(1): First-order RL circuits; Example calculations

Lec 11(1): First-order RL circuits; Example calculations

Thumbnail for Lec 10: RC circuits with two capacitors: Finding initial value, final value, time constant: examples

Lec 10: RC circuits with two capacitors: Finding initial value, final value, time constant: examples

Thumbnail for Lec 9: First-order RC circuits: Natural response & forced response

Lec 9: First-order RC circuits: Natural response & forced response

Thumbnail for Lec 8: Capacitors: RC circuits; Can a capacitor voltage change instantly? Capacitor blocks DC?

Lec 8: Capacitors: RC circuits; Can a capacitor voltage change instantly? Capacitor blocks DC?

Thumbnail for Lec 7: Source transformation; Thevenin & Norton theorem

Lec 7: Source transformation; Thevenin & Norton theorem

Thumbnail for Lec 6: Superposition principle in linear circuits

Lec 6: Superposition principle in linear circuits

Thumbnail for Lec 5: Current division; Voltage/current sources in series & parallel; Introducing dependent sources

Lec 5: Current division; Voltage/current sources in series & parallel; Introducing dependent sources

Thumbnail for Lec4(2): Brief on oscilloscope trigger settings

Lec4(2): Brief on oscilloscope trigger settings

Thumbnail for Lec 4: Tricks to solve circuits fast: series & parallel connections; Voltage divider

Lec 4: Tricks to solve circuits fast: series & parallel connections; Voltage divider

Thumbnail for Lec 3: Nodal analysis with voltage sources; Using supernode; Mesh analysis using KVL

Lec 3: Nodal analysis with voltage sources; Using supernode; Mesh analysis using KVL

Thumbnail for Lec 2(2): Kirchhoff's current law (KCL) & Nodal analysis

Lec 2(2): Kirchhoff's current law (KCL) & Nodal analysis

Thumbnail for Lec 2: Power dissipation; Recap of resistor, inductor & capacitor; Are capacitors active devices?

Lec 2: Power dissipation; Recap of resistor, inductor & capacitor; Are capacitors active devices?

Thumbnail for Lec 1: Why electronics? Defining energy, power; voltage & current sources; active vs passive devices

Lec 1: Why electronics? Defining energy, power; voltage & current sources; active vs passive devices