Half-adders, full-adders, subtractors, and fast-carry adders.
by Dr. Sanjay Sharma remains one of the most widely recommended textbooks for engineering students and tech professionals. The book bridges the gap between theoretical semiconductor physics and practical digital system design. It serves as a core reference for Computer Science (CSE), Electronics and Communication (ECE), and Electrical Engineering (EE) curricula. Key Core Subjects Covered
The text provides an exhaustive exploration of digital systems, organized into logical units that guide the reader from basic components to complex architecture: Foundational Logic
Many engineering colleges subscribe to digital platforms like AccessEngineering or EBSCO . Login via your university’s library portal—you can often download chapters as PDFs for free. Half-adders, full-adders, subtractors, and fast-carry adders
Implementation of higher-level functions using standard MSI devices. 4. Sequential Logic Circuits Latches and flip-flops (SR, JK, D, and T types). Race-around conditions and master-slave configurations.
Fundamental laws of Boolean algebra used to simplify logic expressions.
Boolean Algebra and Minimization Techniques (like Karnaugh Maps). The book bridges the gap between theoretical semiconductor
It is widely available on Amazon and specialized student book stores like Pustakkosh .
Combinational Logic (adders, multiplexers) and Sequential Logic (Flip-flops, counters, shift registers).
While full copyrighted PDFs are rarely legally free, you can find helpful summaries and previews: : Platforms like Login via your university’s library portal—you can often
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Are you focusing on or numerical design problems ?