| Session No. | Topics | Mapped CO |
| | Overview of the course, Discussion on Course Policy, Course Website and Blog, Importance of the course, Evaluation, Linkages of the course with other course/’s and Professional relevance | |
| | Introduction to Transistor Biasing and Common Emitter Amplifier | 1,2 |
| | Schokley’s Equation, Concept of dc and ac resistance, transistor model using diode, basic modes of transistor operation | 1 |
| | Common emitter amplifier design using dual supply | 1,2 |
| | Common emitter amplifier design using single supply | 1,2 |
| | Introduction to re model of transistor, re model of all types of biasing circuits and calculation of voltage gain, current gain, input impedance and output impedance | 1 |
| | Differential Amplifier and Introduction to Operational Amplifiers | 1,3 |
| | Evolution of differential amplifier | 1 |
| | Differential amplifier circuit configurations, dc and ac analysis of dual input balanced output differential amplifier | 1 |
| | Differential amplifier with swamping resistor, constant current bias, current mirror and level translator circuits | 1,3 |
| | Equivalent circuit of op – amp, the ideal operational amplifier, concept of open – loop configuration and feedback and virtual short | 1,3 |
| | Concept of negative feedback and comparison with positive feedback, Voltage series feedback amplifier & its analysis | 1,3 |
| | Voltage shunt feedback amplifier & its analysis, frequency response of op-amp and its interpretation, concept of circuit bandwidth and slew rate | 1,3 |
| | Op-amp Applications | 1,2,3 |
| | I to V converter, current amplifier, summing amplifier, difference amplifier, DC and AC voltmeter using op-amp | 2,3 |
| | Op-amp as intergrator its gain, frequency response and design, Op-amp as differentiator its gain, frequency response and design | 1,2,3 |
| | Basic comparator, zero crossing detectors, inverting and non-inverting Schmitt trigger | 1,2,3 |
| | Precision half-wave and full wave rectifiers, clipper and clamper using op-amps | 2,3 |
| | Application of op-amp to interface 4-20 mA current source, bootstrap circuit, phase shifter | 2,3 |
| | Timer Circuits and Signal Generators | 1,3 |
| | IC 555 timer block diagram and its working | 1 |
| | Astable, monostable, bistable multivibrators and voltage controlled oscillator using 555 timer | 1,3 |
| | IC 565 Phased locked loop block diagram and its working | 1 |
| | Various Applications of IC 565 | 1,3 |
| | IC 9400 block diagram and its working | 1 |
| | IC 9400 as voltage to frequency converter | 1,3 |
| | IC 9400 as frequency to voltage converter | 1,3 |
| | Karnaugh Map and Design of Combinational Circuits | |
| | Expressions of Boolean function in SOP & POS forms, Merging & minimization of SOP and POS forms | 3 |
| | Problems based on Karnaugh Map, Don’t care combinations | 3 |
| | Design of half and full adder, the half & full subtractor | 2,3 |
| | BCD adders, code converters | 2,3 |
| | Parity bit generators and checkers, Multiplexers, Demultiplexers | 2,3 |
| | Demultiplexers and their applications, Decoders, Encoders | 2,3 |
| | Flip Flops & Design of Sequential Circuits | 2,3 |
| | S-R latch, gated latches, edge triggered S-R flip flop, JK flip flop, D flip flop, T flip flop. | 1,3 |
| | Flip flop operating characteristics | 3 |
| | Shift registers, controlled buffer register, Data transmission in shift register | 1,3 |
| | serial in serial out; & parallel in parallel out shift register, serial in parallel out, parallel in serial out shift register | 1,3 |
| | Asynchronous counters and their design | 1,3 |
| | Synchronous counters and their design | 1,3 |
| | Analog to Digital & Digital to Analog Converters | 1,3 |
| | Digital to analog conversion, R-2R ladder type DAC, weighted resistor type DAC. | 1,3 |
| | Weighted resistor type DAC. | 1,3 |
| | Switched current source type ADC, Analog to Digital Conversion: Counter type A/D converter | 1,3 |
| | successive approximation type ADC, Flash type ADC | 1,3 |
| | Memories and programmable logic devices | |
| | Overview of different logic families and IC design technologies, Role of memory in computer system | 3 |
| | memory types & terminology, types of RAM, | 3 |
| | semiconductor RAM, memory expansion, sequential memories, | 3 |
| | programmable logic devices and programmable logic array | 3 |
| | Logic Families | |
| | Overview of different logic families and IC design technologies | 1,2 |
| | RTL, I2L, ECL TTL | 1,2 |
| | CMOS open collector gates. | 1,2 |
2EE304: Analog and Digital Electronics 