DIGITAL ELECTRONICS with Prof.MRUNALINI (Data Science Trainer)

“Understanding logic gates and circuits”

This course covers the complete fundamentals of Digital Electronics, from binary codes and logic gates to Boolean algebra, K-maps, and arithmetic circuits. It also explores multiplexers, data conversion techniques, logic families, memory devices, programmable logic, and CMOS digital circuits, building a strong foundation for digital system design and applications.

Course Content:

🎓 Digital Electronics: Introduction

🔵 Module 1: Binary Codes

🟢 Binary Codes

🟣 Module 2: Error Detecting & Correcting Codes

🟡 Error Detecting Codes

🟡 Error Correcting Codes: Hamming Distance

🟡 Error Correcting Codes: Hamming Code

🟠 Module 3: Logic Gates

🔵 Logic Gates: AND, OR, NOT

🔵 Logic Gates: XOR and XNOR

🔴 Module 4: Laws of Boolean Algebra

🟣 Boolean Algebra

🟣 De Morgan’s Laws

🟢 Module 5: NAND and NOR Gates as Universal Gates

🔴 NAND Gate as Universal Gate

🔴 NOR Gate as Universal Gate

🔵 Module 6: Boolean Function Representation

🟠 SOP and POS Forms | Minterms and Maxterms

🟠 SOP & POS Forms | Non-Canonical to Canonical Conversion

🟣 Module 7: Karnaugh Map (K-Map)

🟡 K-Map Rules for Simplification

🟡 2-Variable and 3-Variable K-Map

🟡 4-Variable K-Map

🟡 Prime Implicant and Essential Prime Implicant

🟡 Don’t Care Conditions in K-Map

🔴 Module 8: Adders and Subtractors

🟢 Half Adder and Full Adder (Full Adder using Half Adder)

🟢 Ripple Carry Adder (RCA)

🟢 Carry Look Ahead Adder

🟢 Half Subtractor and Full Subtractor

🟢 4-bit Adder and Subtractor Circuit

🟢 Parity Generator and Parity Checker

🔴 Module 9: Multiplexers & Encoders

🟣 Multiplexer (MUX)

🟣 Logic Gates using Multiplexer

🟣 Demultiplexer

🟣 Decoder and Encoder

🟣 Priority Encoder

🟢 Module 10: Sampling

🟠 Sampling

🟠 Signal and Sampling

🔵 Module 11: Digital-to-Analog & Analog-to-Digital Conversion

🟢 Introduction to ADC and DAC

🟢 Binary Weighted Resistor DAC

🟢 R–2R Ladder DAC

🟢 Single Slope and Dual Slope ADC

🟢 Counter Type ADC and Tracking Type ADC

🟢 Methods of Analog-to-Digital Conversion

🟢 Successive Approximation ADC

🟢 Flash ADC (Parallel ADC) and Half-Flash ADC

🟣 Module 12: Characteristics of Digital ICs & Logic Families

🟡 Characteristics of Digital ICs

🟡 Resistance Transistor Logic (RTL)

🟡 Transistor Transistor Logic (TTL)

🟡 Diode Transistor Logic (DTL)

🟡 CMOS Logic Gates

🟡 Static Power Consumption

🟠 Module 13: Memory Devices

🔵 RAM (Random Access Memory)

🔵 ROM (Read Only Memory)

🔵 Flash Memory

🔴 Module 14: Programmable Logic Devices (PLDs)

🟣 PLD – Programmable Logic Device

🟣 PLA – Programmable Logic Array

🟣 PAL – Programmable Array Logic

🟢 Module 15: CMOS Digital Circuits

🔴 CMOS Multiplexers

🔴 CMOS Flip-Flops

🔴 CMOS Counters