Courses Goals and Objectives:

• The primary goal is to prepare students for a successful professional career in the digital electronics.
• To get a good knowledge of digital electronics.
• Who works in other technology but interested to learn Digital Electronics courses, for them online learning platform is best because it saves time and other efforts.
• During the Digital Electronics courses, we can learn how to design digital circuits using basic gates, K-maps and logic gates.
• To permit you to implement simple logical operations using combinational logic circuits.
• Also, you can learn different number system with different number bases which play a very important role in todayâ??s computer world.
• We can learn building and fault-finding a range of the digital electronic circuit.
• And to enable you to implement synchronous state machines using flip-flops.
• Also how to use test equipment including multimeters, oscilloscopes, logic probes and pulsars to implement systematic fault-finding techniques.
• In simple words, the main objective is to make you awesome in Digital Electronics and Circuits

Pre requisite for Digital Electronics Course:

• This Digital Electronics courses explains digital electronics which includes topics like Boolean algebra, combinational circuits, sequential logic, basic and logic gates.
• The course also includes all basic means it starts from very basics.
• For the course, no any pre-requisites are required.
• Also, knowledge of basic mathematics, basic calculus, and linear algebra will be added advantage.

Digital Electronics Course Highlights:

• Introduction of digital system
• Number Systems
• Representations of Number Systems
• Conversion between Number Systems
• Numeric Codes
• Compliments procedures to find the compliments of the numbers Part1
• Compliments procedures to find the compliments of the numbers Part2
• Compliments procedures to find the compliments of the numbers Part3
• Logic Gates
• NOT and OR Gates
• Basic gates working
• Universal gateâ??s Applications
• Combinational Circuits
• K-Map Introduction
• Adders part-I
• Adders Part-II
• Substractors
• Decoders
• Multipliers
• Sequential Circuits
• Introduction
• Latches
• Latches and their working
• Flip flops and types
• Working of Flip flops
• Shift registers and working
• Counters and working