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课程名称：数字电子与逻辑设计电路 课程概述： 本课程分为七个章节，系统介绍数字电子与逻辑设计的基本概念和应用。 第一章：数制 - 学习数制的基础知识，包括数制的转换、算术运算、补码及数据表示等。同时解决多个问题集，加深理解。 第二章：布尔代数 - 介绍布尔代数的基本原理，包括布尔公理、性质和定理，概念对偶性及逻辑系统，配合练习题进行综合训练。 第三章：布尔函数 - 讲解极小项和极大项、标准和简化形式等布尔表达式的类型，以及如何生成不同的函数，附有多组问题集供练习。 第四章：卡诺图（K-Maps） - 理论介绍卡诺图的基础，分析四变量卡诺图及相关术语，学习通过卡诺图进行简化以及问题解答。 第五章：逻辑门 - 介绍多种逻辑门，包括与门、或门、非门等的分类及分析，介绍逻辑门的实现和属性，配有多种问题集。 第六章：组合逻辑电路 - 分类数字电路，涵盖加法器、减法器、乘法器、选择器和解码器的设计与应用，通过多个问题集加深理解。 第七章：时序逻辑电路 - 讲解锁存器和触发器的工作原理，分类计数器，以及与存储器相关的内容，配有注册器和计数器的分析及练习题。 学习本课程将使您掌握数字电子和逻辑电路设计的基础知识，为深入学习和应用打下坚实的基础。
Chapter - 1: Number Systems=====================Number Systems Basics Part - 1 Number Systems Basics Part - 2 Number Systems Conversions-1Number Systems Conversions-2Arithmetics of Number SystemsComplements of Number Systems-1Complements of Number Systems-2Data RepresentationRange Over FlowCodesProblems Set - 1 Problems Set - 2 Problems Set - 3Chapter - 2: Boolean Algebra====================Boolean Algebra Basics Boolean AxiomsBoolean Properties and Theorems - 1Boolean Properties and Theorems - 2Concept of DualityDual and Complement Pairs Logic SystemsProblems Set - 1Problems Set - 2Chapter - 3: Boolean Functions======================Minters and MaxtermsSOP and POS formsTypes of Boolean ExpressionsGenerating different Functions Problems Set - 1 Problems Set - 2 Problems Set - 3Problems Set - 4Problems Set - 5 Chapter - 4: K-Maps=================Introduction to K-mapsAnalysis of K-maps -1Analysis of K-maps -2Four Variable K-mapsK-map TerminologyProblems Set - 1 Problems Set - 2Chapter - 5: Logic Gates==================Classification of Logic Gates Analysis of NOT gateAND gate and OR gateNAND gate and NOR gateEX-OR gate EX-NOR gateXOR and XNOR Properties -1XOR and XNOR Properties -2 Realization of Logic Gates using NAND and NORAlternate Logic GatesProblems Set - 1 Problems Set - 2Problems Set - 3Problems Set - 4Problems Set - 5Chapter - 6: Combinational Logic Circuits===============================Classification of Digital CircuitsHalf Adder CircuitHalf Subtractor CircuitFull AdderFull SubtractorSummary Multi-bit Parallel AddersBinary Parallel SubtractorCarry Look Ahead AdderMultiplier CircuitsProblem on Arithmetic CircuitsProblems on Arithmetic circuits Problem on Arithmetic CircuitsMultiplexer Fundamentals Design of MUXProblem on MUX - 1Problem on MUX - 2 Problem on MUX - 3Problem on MUX - 4Problem on MUX - 5 Problems on MUX SetDecoder Design of Decoders-1Design of Decoders-2BCD to Seven segment decoderProblems on Decoders - 1Problems on Decoders - 2Problems on Decoders - 3EncoderDesign of EncodersPriority EncoderDe-MultiplexerMagnitude ComparatorsProblem on ComparatorsCode Converters-1Code Converters-2Parity Generators/CheckersROM-1ROM-2Types of ROMExamples on ROMChapter - 7: Sequential Logic Circuits===========================NOR LatchNAND LatchSR Flip-Flop -1SR Flip-Flop -2JK Flip-FlopD & T Flip-FlopsInterconversion of Flip-FlopsRace-around conditionMaster-Slave JK Flip FlopProblems on Flip-Flops - 1Problems on Flip-Flops - 2 RegistersSISO and SIPO RegistersPIPO and PISO RegistersBi-directional Shift RegisterUniversal Shift RegisterCountersClassification of CountersAsynchronous CountersUp Or Down CountersVariable Mod CountersBCD CounterSynchronous CountersRing and Twisted-Ring CountersSelf Starting and Free Running CountersSeries and Parallel Carry Synchronous CountersProblems on Counters and Registers - 1Problems on Counters and Registers - 2Analysis of Sequential circuits Moore FSMSerial AdderDifferences between RAM and ROMDifferences between S-RAM and D-RAM
