BCA Semester I - Digital Principles

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BCA Semester I - Digital Principles

Name: BCA Semester I - Digital Principles - Online Course
Rating: 4.3 (244 reviews)
Author: Tutorialspoint

Digital Principles

updated on icon Updated on Jun, 2025

language icon Language - English

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category icon Teaching and Academics ,Engineering,Electrical Engineering

Lectures -226

Quizzes -5

Duration -29.5 hours

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Course Description

UNIT I Binary Systems:

Digital Systems, Binary Numbers, Number Base Conversions, Octal and Hexadecimal

Numbers, Complements, Signed Binary Numbers, Binary Codes, Binary Storage and Registers, Binary

Logic.

Boolean Algebra and Logic Gates: Basic Theorems and Properties of Boolean Algebra,

Boolean Functions, Canonical and Standard Forms, Digital Logic Gates.

UNIT II Minimization:

K-Map Method – Table Method, POS - SOP, Don’t Care Conditions, NAND,

NOR Implementation.

Combinational Logic: Combinational Circuits, Analysis and Design Procedure, Binary Adder,

Subtractor, Decimal Adder, Binary Multiplier, Magnitude Comparator, Decoders, Encoders,

Multiplexers.

UNIT III Synchronous Sequential Logic:

Sequential Circuits - Latches, Flip-Flops, An analysis of Clocked

Sequential Circuits, State Reduction and Assignment Design Procedure.

UNIT IV Registers and Counters:

Registers, Shift Registers, Ripple Counters, Synchronous Counters,

Ring Counters-Johnson Counter.

UNIT V Asynchronous Sequential Circuit :

Introduction, Analysis Procedure, Circuits with Latches,

Design Procedure

Prerequisites

No Prior Knowledge is Required.

Curriculum

Check out the detailed breakdown of what’s inside the course

Unit 1- Binary Systems, Boolean Algebra and Logic Gates

78 Lectures

Decimal To Any Other Number System Conversion 10:34 10:34
Signed Magnitude Representation 05:30 05:30
Binary Arithmetic Addition 07:06 07:06
Introduction To Complement Subtraction 06:01 06:01
Introduction To 15'S And 16'S Complement 07:46 07:46
Classification Of Binary Codes 10:56 10:56
Introduction To Logic Gates & Boolean Algebra 09:01 09:01
Digital Electronics - Overview 06:17 06:17
Binary Equivalent Of Decimal Number 04:53 04:53
1s & 2s Complement Representation Of Signed Numbers 06:50 06:50
Binary Arithmetic Subtraction 04:40 04:40
1’S Complement Subtraction Smaller To Larger 07:26 07:26
Hexadecimal Addition 11:00 11:00
BCD Code (Binary Coded Decimal) 09:33 09:33
Introduction To Logic Gates 12:13 12:13
Introduction To Number Systems & Base Or Radix 10:09 10:09
Decimal To Octal Number Example 05:20 05:20
Binary Arithmetic Multiplication 05:33 05:33
1’S Complement Subtraction Smaller From Larger Example 05:59 05:59
Hexadecimal Subtraction 04:59 04:59
BCD Addition 06:31 06:31
AND Gate 13:55 13:55
Find out the base or Radix 08:25 08:25
Octal Equivalent Of Decimal Number 03:58 03:58
Binary Arithmetic Multiplication Example 10:04 10:04
1’S Complement Subtraction Larger To Smaller 06:24 06:24
15’S Complement Subtraction Smaller From Larger 05:44 05:44
9s Complement And 10s Complement 04:58 04:58
OR Gate 14:55 14:55
Hexadecimal Equivalent Of Decimal Number 05:04 05:04
Binary Arithmetic Division 07:55 07:55
1’S Complement Subtraction Larger From Smaller Example 09:43 09:43
15’S Complement Subtraction Smaller From Larger Examples 06:24 06:24
BCD Subtraction Using 9’S Complement 12:36 12:36
NOT Gate 08:38 08:38
Decimal To Binary And Hexa Conversion Example 07:22 07:22
2’S Complement Subtraction Smaller From Larger 06:25 06:25
15’S Complement Subtraction Larger From Smaller 06:09 06:09
BCD Subtraction Using 9’S Complement Example 13:46 13:46
NAND Gate 07:57 07:57
Any Other Number System Into Decimal 09:44 09:44
2’S Complement Subtraction Smaller From Larger Example 05:58 05:58
16’S Complement Subtraction Smaller From Larger 05:02 05:02
BCD Subtraction Using 10'S Complement 14:44 14:44
NOR Gate 09:40 09:40
Decimal Equivalent Of Binary Number 06:30 06:30
2’S Complement Subtraction Larger From Smaller 10:16 10:16
16’S Complement Subtraction Larger From Smaller 06:02 06:02
BCD Subtraction Using 10'S Complement Example 09:13 09:13
EX-OR Gate 12:29 12:29
Decimal Equivalent Of Binary Number Example 06:48 06:48
2’S Complement Subtraction Previous GATE Problem 02:32 02:32
15’S Complement And 16s Complement Subtraction Examples 13:05 13:05
EX NOR Gate 08:32 08:32
Octal To Decimal Number Conversion 07:58 07:58
Octal To Decimal Number Example 04:58 04:58
Hexadecimal To Decimal Number Conversion 05:53 05:53
Hexadecimal To Decimal Number Example 03:48 03:48
Octal To Binary Number Conversion 10:02 10:02
Binary To Octal Conversion Example 03:09 03:09
Hexadecimal To Binary And Binary To Hexa Conversion 10:55 10:55
Hexa To Binary Conversion Example 1 04:41 04:41
Hexa To Binary Conversion Example 2 03:00 03:00
Hexa To Octal And Octal To Hexa Number Conversion 10:36 10:36
Octal To Hexa Conversions Example 1 06:33 06:33
Octal To Hexa Conversions Example 2 10:42 10:42
Octal To Hexa Conversions Example 3 06:55 06:55
Hexa To Octal Conversion Example 1 07:39 07:39
Hexa To Octal Conversion Example 2 05:51 05:51
Minimal Decimal Equivalent 08:18 08:18
Required Bits To Represent A Number - Part A 07:07 07:07
Required Bits To Represent A Number - Part B 03:20 03:20
Match The List Octal Binary 05:13 05:13
Find Unknown Value In A Relation 07:29 07:29
Conversions Examples - Part 1 08:56 08:56
Conversions Examples - Part 2 08:42 08:42
Binary Coded Pentory Problem 03:35 03:35
Unit 1- Assessments

Unit 2- Minimization and Combinational Logic

103 Lectures

Unit 3- Synchronous Sequential Logic:

21 Lectures

Unit 4- Registers and Counters

22 Lectures

Unit 5-Asynchronous Sequential Circuit

2 Lectures

Instructor Details

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BCA Semester I - Digital Principles

BCA Semester I - Digital Principles