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Computer Architecture: Digital Logic Circuits

Name: Computer Architecture: Digital Logic Circuits
Rating: 4.48 (2413 reviews)

4.48

Ratings

Beginner

Level

2.25 Hrs

Learning hours

13.6K+

Learners

Enrol free with email

Earn a certificate of completion

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Learn at your own pace

Master in-demand skills & tools

Test your skills with quizzes

Computer Architecture: Digital Logic Circuits

2.25 Learning Hours . Beginner

Skills you’ll Learn

Combinational Circuit

Sequential Circuit

Flip Flops

D flip flop

T flip Flop

SR Flip Flop

About this course

In this course, Computer Architecture: Digital Logic Circuits, we will walk you through the concepts of Combinational and Sequential circuits. You learn about the working of full adder and half adder. We will further discuss the various type of flip flops such as D flip flop, JK flip flop, T flip flop, and SR flip flop along with its graphics symbol and characteristics table.

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Course Outline

Combinational Circuit

D Flip-Flop

Excitation Table

Full-Adder

Half-Adder

Earn a certificate of completion

Get free course content

Learn at your own pace

Master in-demand skills & tools

Test your skills with quizzes

Computer Architecture: Digital Logic Circuits

2.25 Learning Hours . Beginner

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Trusted by 1 Crore+ Learners globally

4.8

4.89

4.94

4.7

Learner reviews of the free course

4.48

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71%

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18%

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Andrei Dalumpines

5.0

★★★★ ★

Embracing the Depth of Digital Electronics

I enjoyed exploring the practical applications of flip-flops and logic gates. The hands-on experience reinforced my understanding of sequential circuits and how they form the backbone of digital systems. The complexity of designing circuits while grasping theoretical concepts was challenging yet rewarding, fostering a deeper appreciation for electronics.

Emro Bermejo

5.0

★★★★ ★

Learning Digital Logic: Combinational Circuits, Flip-Flops, Excitation Tables & Sequential Design

This learning journey provided me with critical problem-solving skills, hands-on experience in circuit design, and an understanding of how digital logic underpins all modern computing systems.

Vince Stephen Sabangan

5.0

★★★★ ★

Digital Logic Design Improved My Problem-Solving Skills and Deepened My Understanding of Circuits

Mastering the fundamentals of digital logic design through hands-on projects significantly enhanced my problem-solving skills and deepened my understanding of circuit behavior. Building and troubleshooting real-world circuits reinforced theoretical concepts and highlighted the importance of practical experience in engineering education.

Gladwin Ferdz Del Rosario

5.0

★★★★ ★

The Greatest Course I Have Taken So Far

The most significant course I have taken so far has been an incredible journey of learning and personal growth. This course offered a comprehensive curriculum that not only deepened my understanding of the subject matter but also challenged me to think critically and creatively. The instructors were highly knowledgeable and passionate, providing valuable insights and real-world applications that enhanced my learning experience.

Xryan undefined

4.0

★★★ ★ ☆

Enhancing Learning in Digital Circuit Design: Feedback and Suggestions

The Digital Circuit course was well-structured and informative. The balance between theory and practical applications was excellent, making complex concepts easier to grasp. The hands-on labs were particularly helpful in reinforcing the material. However, I believe that more real-world examples could enhance understanding further. Additionally, incorporating more interactive elements, such as group projects or discussions, could foster collaboration and deepen learning. Overall, I found the course beneficial and look forward to future offerings!