Introduction to Binary Multiplication | Number System and Code | Digital Circuit Design in EXTC

Decimal to Octal Conversion | Number System and Code | Digital Circuit Design in EXTC Engineering

Octal to Binary Conversion | Number System and Code | Digital Circuit Design in EXTC Engineering

1's Complement and 2's Complement | Number System and Codes | Digital Circuit Design in EXTC

Binary Addition and Binary Subtraction | Number System and Code | Digital Circuit Design in EXTC

Examples on 1's and 2's Compliment | Number System and Code | Digital Circuit Design in EXTC

Introduction to Codes | Number System and Code | Digital Circuit Design in EXTC Engineering

Binary Logic and Logic Levels | Number System and Code | Digital Circuit Design in EXTC Engineering

Half Adder Circuit | Number System and Code | Digital Circuit Design in EXTC Engineering

Mastering Full Adder Circuit | Number System and Code | Digital Circuit Design in EXTC Engineering

N-Bit Parallel Adder Circuit | Number System and Code | Digital Circuit Design in EXTC Engineering

Introduction to Multiplexers | Number System and Code | Digital Circuit Design in EXTC Engineering

4X1 Multiplexer | Number System and Code | Digital Circuit Design in EXTC Engineering

Implement Full Adder using 8:1 MUX | Number System and Code | Digital Circuit Design in EXTC

Explanation to 1:8 Demultiplexer | Number System and Code | Digital Circuit Design in EXTC

Implement Full Subtractor Using 1:8 DEMUX | Number System and Code | Digital Circuit Design in EXTC

Implement Full Adder using 1:8 DEMUX | Number System and Code | Digital Circuit Design in EXTC

Introduction to Encoder | Number System and Code | Digital Circuit Design in EXTC Engineering

Decimal to BCD Encoder | Number System and Code | Digital Circuit Design in EXTC Engineering

Octal to Binary Encoder | Number System and Code | Digital Circuit Design in EXTC Engineering

Introduction to Logic Gates | Logic Gates and Combinational Circuit | Digital Circuit Design

Realization of Basic Gates Using NAND Gate | Logic Gates and Combinational Circuit | Digital Circuit

Realization of Basic Gates Using NOR Gate | Logic Gates & Combinational Circuits | EXTC Engineering

Mastering the Demorgan Theorem | Logic Gates and Combinational Circuit | Digital Circuit Design

Sum of Product (SOP) and Product of Sum (POS) | Logic Gates and Combinational Circuit | EXTC

Standard SOP Form and Standard POS Form | Logic Gates and Combinational Circuit | EXTC Engineering

Conversion of Logical Expression to Standard SOP Form | Logic Gates and Combinational Circuits

Conversion of Logical Expression to POS Form | Logic Gates and Combinational Circuits | EXTC

Introduction to K-Map | Logic Gates and Combinational Circuit | Digital Circuit Design in EXTC

Mapping of Truth Table to K Map | Logic Gates and Combinational Circuit | Digital Circuit Design

Characteristics of Logic Families | Logic Gates and Combinational Circuits | Digital Circuit Design

Classification of Logic Families | Logic Gates and Combinational Circuit | Digital Circuit Design

Comparison of TTL, CMOS and ECL | Logic Gates and Combinational Circuits | Digital Circuit Design

Introduction to Analog and Digital Signals | Logic Gates and Combinational Circuit in EXTC

BCD Adder | Logic Gates and Combinational Circuits | Digital Circuit Design in EXTC Engineering

Carry Look Ahead Adder | Logic Gates and Combinational Circuits | Digital Circuit Design

Introduction to Sequential Logic Circuit | Sequential Logic Circuit | Digital Circuit Design in EXTC

Comparison Between Combinational Circuit and Sequential Circuit - Sequential Logic Circuit

SR Latch Introduction | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

What is Clock Signal | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Introduction to Flipflop | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Understanding the concept of SR-FF in Sequential Logic Circuit | Digital Circuit Design | EXTC

Understanding the concept of JK-FF in Sequential Logic Circuit | Digital Circuit Design | EXTC

Conversion of JK FF to D FF | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

JK to T Flip Flop Conversion | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Introduction to Counters | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

3 Bit Asynchronous Up Counter |Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

4 bit Asynchronous up Counter | Sequential Logic Circuit |Digital Circuit Design in EXTC Engineering

3 Bit Asynchronous Down Counter | Sequential Logic Circuit | Digital Circuit Design in EXTC

4 Bit Asynchronous Down Counter | Sequential Logic Circuit | Digital Circuit Design in EXTC

3 Bit Asynchronous Up Down Counter | Sequential Logic Circuit | Digital Circuit Design in EXTC

Introduction to Modulus of Counter | Sequential Logic Circuit | Digital Circuit Design in EXTC

MOD-6 Asynchronous Counter Using JK Flip Flop | Sequential Logic Circuits | Digital Circuit Design

Design MOD 13 Ripple Counter Using JK FF | Sequential Logic Circuit | Digital Circuit Design

Design 2 Bit Synchronous Up Counter | Sequential Logic Circuit | Digital Circuit Design in EXTC

Design 3 Bit Synchronous Up Counter Using T-FF | Sequential Logic Circuit | Digital Circuit Design

Design 3 Bit Synchronous Up Counter Using JK FF | Sequential Logic Circuit | Digital Circuit Design

Design Synchronous Decade Counter Using T - FF | Sequential Logic Circuit | Digital Circuit Design

Design Mod 12 Synchronous Counter Using JKFF | Sequential Logic Circuit | Digital Circuit Design

Design mod 10 Synchronous Counter using JKFF | Sequential Logic Circuit | Digital Circuit Design

Synchronous Counter Using T Flip Flop Example 1 | Sequential Logic Circuits | Digital Circuit Design

3 Bit Up Down Synchronous Counter | Sequential Logic Circuit | Digital Circuit Design in EXTC

Introduction to Registers | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Serial Input Serial Output | Sequential Logic Circuits | Digital Circuit Design in EXTC Engineering

Universal Shift Register | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Application of Shift Registers | Sequential Logic Circuit | Digital Circuit Design in EXTC

Ring Counter | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Johnson's Counter | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Design of Serial Adder FSM | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Design of Vending Machine | Sequential Logic Circuit | Digital Circuit Design in EXTC Engineering

Introduction to Programmable Logic Devices | Programmable Logic Devices | Digital Electronics

Introduction to Keyboard Encoder | Programmable Logic Devices | Digital Electronics in EXTC

Programmable Logic Array (PLA) | Programmable Logic Devices | Digital Electronics inEXTC Engineering

Programmable Array Logic (PAL) | Programmable Logic Devices |Digital Electronics in EXTC Engineering

Complex Programmable Logic Devices | Programmable Logic Devices | Digital Electronics in EXTC

Field Programmable Gate Array | Programmable Logic Devices | Digital Electronics in EXTC Engineering

Example 1: Based on PLA | Programmable Logic Devices | Digital Electronics in EXTC Engineering

Comparison Between PLA and PAL | Programmable Logic Devices | Digital Electronics in EXTC

Difference Between CPLD and FPGA | Programmable Logic Devices | Digital Electronics in EXTC

Introduction to VHDL | VHDL | Digital Electronics in EXTC Engineering

Introduction to Identifiers | VHDL | Digital Electronics in EXTC Engineering

Structure of VHDL | VHDL | Digital Electronics in EXTC Engineering

Introduction to Package | VHDL | Digital Electronics in EXTC Engineering

Structural Modeling in VHDL | Digital Electronics | Digital Circuit Design in EXTC Engineering

Dataflow Modeling in VHDL | Digital Electronics | Digital Circuit Design in EXTC Engineering

Behavioval Style of Modeling in VHDL | Digital Electronics | Digital Circuit Design in EXTC

VHDL Data Objects | VHDL | Digital Electronics in EXTC Engineering

VHDL Data Types | VHDL | Digital Electronics in EXTC Engineering

VHDL Code to Implement AND Gate | VHDL | Digital Electronics in EXTC Engineering

Implementation of Full Adder Using VHDL Code and Considering data Flow Modeling | VHDL in EXTC

Units of Memory | Classification and Types of Memory | Digital Electronics in EXTC