B.Tech. NIT Nagpur | Placed @Deloitte USI 

Samradni Gomkar

The course will dig upon the basic digital electronics. The knowledge and working of the basic combinational circuits like multiplexer, de multiplexer , adder, encoder, decoder and lsome advanced level numericals

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

GATE & ESE

English

Combinational Digital Circuits

Miscellaneous

Practice & Strategy

Electrical Engineering

GATE & ESE - EE, EC

GATE, ESE and IIT-JAM

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Overview lesson: suggests the part of digital electronics that would be taken up in this course. The target audience being eee ece and 12th graders majorly. The learning of flip flops and adders and other combinational circuits is the major objective of the course.

Combinational Circuits: Overview Lesson

Lesson 1: MULTIPLEXERS. 
Describes the basic block diagram of MUX. the typical types of MUX generally used and the logic gate realisation diagram of a 4x1 MUX. Applications in various fields have been discussed further.

Lesson 1: Multiplexer (Part 1)

Lesson 2: MULTIPLEXERS
Multiplexers tree design implies using lower order MUX to be used for implementing a higher order MUX. The step by step procedure for doing the same with the help of 2x1 MUX has been discussed for implementing an 8x1 MUX. An interesting question at the end will enhance the learner’s interest towards it.

Lesson 2: Multiplexer (Part 2)

Lesson 4 is on Multiplexer. The special case of 4x1 MUX for developing 8x1 MUX has been discussed. Along with this, the development of various logic gates with the help of 2:1 MUX has been discussed.

Lesson 3: Multiplexer (Part 3)

Lesson 4 is on the basics of demultiplexers. It starts with the basic block diagram of demux. And then we see the internal working circuitry for a 1x4 Demux. Applications in the practical world have been discussed in the latter part along with a question for the learners to solve.

Lesson 4: De-Multiplexer (Part 1)

In this lesson, we come across demux trees and see how to implement higher order demux using lower order demux. Numericals for the Same apply as well.

Lesson 5: Demltiplexer (Part 2)

In this lesson on demux, the implementation of full subtractor using demux has been explained. Full adder is taken up consequently.

Lesson 6: Demultiplexer (Part 3)

Decoders. This lesson covers up the basics of decoder circuitry. The internal logic gaye diagram has been explained and an decoder works accordingly with the demux has been made clear.

Lesson 7: Decoders

This lesson discusses the working of encoders and its internal implementation using logic gates.

Lesson 8: Encoders

The lesson on adders consists of half adder and full adder. Along with the truth table logic it contains the implementation via logic gates for bht of the adders.

Lesson 9: Adders

Faculty of GATE/ESE (Electrical Engineering) , Expertise in Electrical Core | Jony Ive Award Winner 2018 | Use code “PAWANCLIVE” to join

Pawan Chandani

What is electrical machine ?? About Electromagnetism... Different laws of Electromagnetism like Faraday's Law, Lenz Law and Lorentz Force Law.. Magnetic Circuits, Magnetic Materials like Paramagnetic Material, Diamagnetic Materials, Ferromagnetic Materials, Ferrimagnetic Materials.

(Hindi) Basics of Electrical Machine

#Gate Ranker # Mtech from JEC Jabalpur. use code " MACHINE20" to attend my Classes. I don't teach "I simply explain the topic."

Ravendra Yadav

In this course we will be discussing about the varoius topics related to Electrical Energy Utilization subject which is very important for JE exam point of view.

(Hindi) Electrical Energy Utilization for any JE EXAM

In this course we will be discussing about various welding process and methods in detailed manner.

(Hindi) Types of Electrical Welding

Vaibhav Siwach

This course is further extension to sequential circuits. It will cover different types of counters i.e. synchronous and asynchronous counters

(Hindi) Counters

I am done Bsc electronics  and graduated.

Aarushi Sharma

In this course, Aarushi has discussed basics of Digital System, Arithmetic Operations, Logic Gates, and Flip Flops.

Digital Logic Design for GATE/IES

In this course we will be discussing about the one liners question from different subjects if electrical engineering.

Lessons

10 lessons • 1h 42m

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Combinational Circuits: Overview Lesson

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Lesson 1: Multiplexer (Part 1)

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Lesson 2: Multiplexer (Part 2)

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Lesson 3: Multiplexer (Part 3)

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Lesson 4: De-Multiplexer (Part 1)

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Lesson 5: Demltiplexer (Part 2)

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Lesson 6: Demultiplexer (Part 3)

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Lesson 7: Decoders

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Lesson 8: Encoders

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Lesson 9: Adders