Number systems -Logic gates -Boolean laws and functions-K-Map-Quine McCluskey Method-Boolean Expression Simplification
What you will learn
Understand and solve the different types of problems in Number System in digital systems
Identify the type of logic gates combination for real time applications
Identify the type of boolean laws and able to solve for any real time applications required in day to day life
Understand the procedure for K-Map and Quine McCluskey Method and able to solve for any real time for reduction in cost while manufacturing the IC chips
ο¬Understand the above employed principles by the application on real time addition in a computer.
Why take this course?
π Course Title: Digital Logic Circuits 2023-PART I: Number Systems & Beyond π
Course Headline: Dive into the World of Digital Logic – Master Number Systems, Logic Gates, and More! π
Unlock the Secrets of Digital Domain with Dr. Padmini Panneer Selvam!
Course Description:
Are you ready to demystify the digital world and unlock the potential of logic circuits? With our comprehensive course, Digital Logic Circuits 2023-PART I, you’ll embark on a journey through the fundamental concepts that are essential for understanding digital systems. Here’s what you can expect to master:
Insights into Various Number Systems:
- Decidal, Binary, Octal, and Hexadecimal Systems: Gain a thorough understanding of these different number systems, learn how they differ, and become proficient in converting between them. π
Logic Gates & Their Applications:
- Identifying Logic Gate Combinations: Learn to identify logic gates combinations for real-time applications and understand the role of universal gates in digital systems. π§ͺ
- Binary Arithmetic: Discover how binary arithmetic underpins all digital logic and why it’s crucial for efficient computation. β¨
Boolean Laws & Functions:
- Boolean Algebra: Grasp the powerful laws of Boolean algebra and learn how they can be applied to simplify complex expressions. π
- Karnaugh Maps (K-Maps): Master the K-Map technique for minimizing Boolean functions, making your digital designs more efficient and cost-effective. π
- Quine McCluskey Method: Explore this method for simplifying Boolean expressions, reducing component count, and optimizing circuit performance. π οΈ
Boolean Expression Simplification:
- Understanding SOP & POS Forms: Learn the significance of Sum Of Product (SOP) and Product Of Sum (POS) functions, as well as their standard and canonical forms. π
- Logic Circuit Design: Apply your knowledge to design logic circuits for real-world applications, contributing to cost savings in IC manufacturing. π°
Real-World Applications & Economic Benefits:
- Reduction in Cost While Manufacturing IC Chips: By mastering these techniques, you’ll be able to contribute to the design of more efficient circuits, which translates into significant economic benefits. π
Join us on this intellectual adventure into the heart of digital logic! With Digital Logic Circuits 2023-PART I, you’ll not only gain a solid foundation in digital circuitry but also develop skills that are highly sought after in today’s technology-driven world.
Enroll now to secure your place in the digital future and transform your career with the power of digital logic! πβ¨