Digital Logic Design (BSCS) vs LogicGates

Digital logic design quiz app with free download to install is a complete DLD app (iOS) to practice 700+ logic design quiz based MCQs. "Digital Logic Design Quiz" app covers trivia questions and answers, BCS, BSCS computer science MCQs to solve self-assessment tests. "Digital Logic Design Notes" learning app worksheets with answers key helps to practice test questions for online homeschooling exam on iOS smartphones. Complete digital logic design quiz app for online degree programs covers basic and advanced computer science course with trivia quizzes. "Digital Logic Design Revision" app is a quick study guide for students, beginners' learning and home-schooling with Digital Logic Design textbook topics as: Chapter 1: Algorithmic state machine quiz Chapter 2: Asynchronous sequential logic quiz Chapter 3: Binary systems quiz Chapter 4: Boolean algebra and logic gates quiz Chapter 5: Combinational logics quiz Chapter 6: Digital integrated circuits quiz Chapter 7: MSI and PLD components quiz Chapter 8: Registers counters and memory units quiz Chapter 9: Simplification of Boolean functions quiz Chapter 10: Standard graphic symbols quiz Chapter 11: Synchronous sequential logics quiz Download "Asynchronous Sequential Logic Quiz" app to install revision notes with MCQs: Introduction to asynchronous sequential logic, analysis of asynchronous sequential logic, circuits with latches, design procedure of asynchronous sequential logic, and transition table. Download "Binary Systems Quiz" app to install revision notes with MCQs: Binary systems problems, complements in binary systems, character alphanumeric codes, arithmetic addition, binary codes, binary numbers, binary storage and registers, code, decimal codes, definition of binary logic, digital computer and digital system, error detection code, gray code, logic gates, number base conversion, octal and hexadecimal numbers, radix complement, register transfer, signed binary number, subtraction with complement, switching circuits, and binary signals. Download "Boolean Algebra and Logic Gates Quiz" app to install revision notes with MCQs: Basic definition of Boolean algebra, digital logic gates, axiomatic definition of Boolean algebra, basic algebraic manipulation, theorems and properties of Boolean algebra, Boolean functions, complement of a function, canonical and standard forms, conversion between canonical forms, standard forms, integrated circuits, logical operations, operator precedence, product of maxterms, sum of minterms, and Venn diagrams. Download "Combinational Logics Quiz" app to install revision notes with MCQs: Introduction to combinational logics, full adders in combinational logics, design procedure in combinational logics, combinational logics analysis procedure, adders, Boolean functions implementations, code conversion, exclusive or functions, full subtractor, half adders, half subtractor, multi-level NAND circuits, multi-level nor circuits, subtractors in combinational logics, transformation to and-or diagram, and universal gates in combinational logics. Download "Digital Integrated Circuits Quiz" app to install revision notes with MCQs: Introduction to digital integrated circuit, bipolar transistor characteristics, special characteristics of circuits and integrated circuits. Download "Synchronous Sequential Logics Quiz" app to install revision notes with MCQs: Introduction to synchronous sequential logic, flip-flops in synchronous sequential logic, clocked sequential circuits, clocked sequential circuits analysis, design of counters, design procedure in sequential logic, flip-flops excitation tables, state reduction and assignment, and triggering of flip-flops. "Digital Logic Design MCQ" app helps to solve computer science multiple choice questions from every chapter, comparing with answer key after every 10 random trivia quiz questions. Looking forward to provide best user experience through digital logic design application!

The basic principle of a computer is a combination of some switching circuits. The light switch that we normally use is a switching circuit, and the computing chip uses a very large number (currently hundreds of millions) of circuits to achieve a fast computing function. This APP is to introduce how to use some switch circuits to achieve an addition function. This is also the basic principle of logic gate, after understanding the basic principle, maybe you can make CPU by hand.