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所在平台: Udemy |
课程主页: https://www.udemy.com/course/digital-logic-design/
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课程名称：全面培训：综合数字逻辑设计课程 课程概述： 欢迎来到数字逻辑设计的终极指南！无论您是学生、爱好者还是专业人士，这门全面的课程将帮助您掌握数字电子的复杂性。从基础概念到高级技术，您将踏上揭开逻辑设计面纱的旅程，并获得应对现实世界挑战的实用技能。您将深入学习数字系统的数制、编码和逻辑门的基本知识，为后续学习打下坚实的基础。通过生动的讲座和动手实践，您将学习如何高效地设计、模拟和优化逻辑电路。 随着课程的深入，您将探讨顺序电路的迷人世界，解开触发器、寄存器和计数器的复杂性。研究时钟逻辑、状态机和同步设计的原则，了解顺序系统的设计与分析。无论您是希望追求电子或计算机工程职业，还是对数字技术充满热情，这门课程都能提供有价值的知识和实用技能，助您取得成功。 课程结束时，您将具备信心与专业知识，轻松面对复杂的数字逻辑挑战。现在就加入我们，开启数字电子的潜力吧！ 课程内容： 第一部分：介绍 - 课程介绍 - 数制简介 第二部分：编码、门与布尔代数 - 十进制和字母数字编码 - 逻辑门与布尔代数 第三部分：标准形式与卡诺图 - 标准形式 - 卡诺图 - 图的操作 第四部分：异或门与组合设计 - 异或门、门传播延迟与组合设计 第五部分：硬件描述语言与模块 - Verilog HDL #01 - Verilog HDL #02 第六部分：触发器 - 触发器 - 锁存器与触发器 - 触发器时序与顺序电路分析 第七部分：设计映射与逻辑功能 - 层次设计与技术映射 - 基本逻辑功能与解码器 - 编码器 - 多路复用器 第八部分：顺序电路 - 顺序电路设计 - 使用JK触发器设计 - 可编程逻辑器件 - 顺序电路与锁存器 第九部分：寄存器 - 寄存器和移位寄存器 - 移位寄存器（并行加载）与双向移位寄存器及寄存器传输 - 寄存器传输操作与微操作 第十部分：计数器 - 计数器 - Ripple计数器 - 同步计数器 第十一部分：内存 - 内存基础 - RAM IC阵列 课程大纲：无
Welcome to the ultimate guide to digital logic design! Whether you're a student, hobbyist, or professional, this comprehensive course is your gateway to mastering the intricacies of digital electronics. From foundational concepts to advanced techniques, you'll embark on a journey that demystifies logic design and equips you with practical skills to tackle real-world challenges.Kickstart your learning journey with a deep dive into number systems, codes, and logic gates. Understand the fundamentals of Boolean algebra, standard forms, and combinational logic, laying a solid groundwork for exploring digital systems. Through engaging lectures and hands-on exercises, you'll learn to design, simulate, and optimize logical circuits efficiently.As you progress, delve into the fascinating realm of sequential circuits, where you'll unravel the complexities of flip-flops, registers, and counters. Explore the principles of clocked logic, state machines, and synchronous design, gaining insights into the design and analysis of sequential systems.Whether you're interested in pursuing a career in electronics, or computer engineering, or simply passionate about digital technology, this course offers invaluable knowledge and practical skills to fuel your success.By the end of this course, you'll be equipped with the confidence and expertise to tackle complex digital logic challenges with ease. Join us now and unlock the potential of digital electronics!Course Contents:Section 1: IntroductionLecture 1: Introduction to the CourseLecture 2: Introduction to Number SystemsSection 2: Codes, Gates, and BooleanLecture 3: Decimal and Alphanumeric CodesLecture 4: Logic Gates and Boolean AlgebraSection 3: Standard Forms and K-MapLecture 5: Standard FormsLecture 6: K-MapsLecture 7: Map ManipulationSection 4: XOR Gate and Combinational DesignLecture 8: XOR, Gate Prop Delay, and Combinational DesignSection 5: Hardware Description Language and ModulesLecture 9: Verilog HDL #01Lecture 10: Verilog HDL #02Section 6: Flip-FlopsLecture 11: Flip-FlopsLecture 12: Latches & Flip FlopsLecture 13: Flip-Flop Timing and Sequential Circuit AnalysisSection 7: Design Mapping and Logic FunctionsLecture 14: Hierarchical Design and Technology MappingLecture 15: Rudimentary Logic Functions and DecodersLecture 16: EncodersLecture 17: MultiplexersSection 8: Sequential CircuitsLecture 18: Sequential Circuit DesignLecture 19: Designing with JK Flip FlopsLecture 20: Programmable Logic DevicesLecture 21: Sequential Circuits & LatchesSection 9: RegistersLecture 22: Registers and Shift RegistersLecture 23: Shift register (parallel load) & Bidirectional Shift register & Register TransferLecture 24: Register Transfer Operations & Micro OperationsSection 10: CountersLecture 25: CountersLecture 26: Ripple CountersLecture 27: Synchronous CountersSection 11: MemoryLecture 28: Memory BasicsLecture 29: Arrays of RAM ICs
