Chapter Outline

5–1 Basic Combinational Logic Circuits

5–2 Implementing Combinational Logic

5–3 The Universal Property of NAND and NOR Gates

5–4 Combinational Logic Using NAND and NOR Gates

5–5 Pulse Waveform Operation

5–6 Combinational Logic with VHDL

5–7 Troubleshooting Applied Logic

Chapter 5: Combinational Logic Circuits

5–1 Basic Combinational Logic Circuits (基本组合逻辑电路)

Goal: Understand the fundamental building blocks of combinational logic circuits.
Function: These circuits perform specific logical operations on input signals to produce desired output signals, without any memory elements.

5–2 Implementing Combinational Logic (实现组合逻辑)

Goal: Learn how to design and construct combinational logic circuits for specific functions.
Function: This involves using basic logic gates (AND, OR, NOT, etc.) to create circuits that can perform complex operations like addition, subtraction, and comparison.

5–3 The Universal Property of NAND and NOR Gates (NAND和NOR门的通用性)

Goal: Understand the significance of NAND and NOR gates in digital logic.
Function: NAND and NOR gates are universal, meaning they can be used to construct any other type of logic gate or combinational logic circuit.

5–4 Combinational Logic Using NAND and NOR Gates (使用NAND和NOR门的组合逻辑)

Goal: Explore the design of combinational logic circuits using only NAND or NOR gates.
Function: This section demonstrates how to simplify circuit designs and reduce the number of components by using the universal properties of NAND and NOR gates.

5–5 Pulse Waveform Operation (脉冲波形操作)

Goal: Understand the behavior of combinational logic circuits in response to pulse waveforms.
Function: This part covers the analysis of how combinational logic circuits process time-varying signals, which is crucial for understanding their operation in real-world applications.

5–6 Combinational Logic with VHDL (使用VHDL的组合逻辑)

Goal: Learn how to use VHDL (VHSIC Hardware Description Language) to design and simulate combinational logic circuits.
Function: VHDL allows for the description and simulation of digital circuits at a high level, facilitating the design and testing process.

5–7 Troubleshooting Applied Logic (应用逻辑的故障排除)

Goal: Develop skills for diagnosing and fixing issues in combinational logic circuits.
Function: This section provides strategies and techniques for identifying and resolving common problems in digital logic circuits, ensuring their proper operation.

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第5章：组合逻辑电路

5–1 基本组合逻辑电路

目标： 了解组合逻辑电路的基本构建块。
功能： 这些电路对输入信号执行特定的逻辑操作，以产生所需的输出信号，没有任何存储元素。

5–2 实现组合逻辑

目标： 学习如何设计和构建特定功能的组合逻辑电路。
功能： 这涉及使用基本逻辑门（与、或、非等）创建可以执行复杂操作（如加法、减法和比较）的电路。

5–3 NAND和NOR门的通用性

目标： 理解NAND和NOR门在数字逻辑中的重要性。
功能： NAND和NOR门是通用的，意味着它们可以用来构建任何其他类型的逻辑门或组合逻辑电路。

5–4 使用NAND和NOR门的组合逻辑

目标： 探索仅使用NAND或NOR门设计组合逻辑电路。
功能： 本节演示了如何使用NAND和NOR门的通用属性简化电路设计并减少组件数量。

5–5 脉冲波形操作

目标： 了解组合逻辑电路对脉冲波形的响应行为。
功能： 本部分涵盖了组合逻辑电路如何处理随时间变化的信号的分析，这对于理解它们在现实世界应用中的操作至关重要。

5–6 使用VHDL的组合逻辑

目标： 学习如何使用VHDL（VHSIC硬件描述语言）设计和模拟组合逻辑电路。
功能： VHDL允许以高级别描述和模拟数字电路，促进设计和测试过程。

5–7 应用逻辑的故障排除

目标： 培养诊断和修复组合逻辑电路问题的技能。
功能： 本节提供了识别和解决数字逻辑电路中常见问题的策略和技术，确保其正确操作。