docs(notes): update outlines for 2025-04-14

Author: lzwjava

Diff for: notes/2025-04-14-electronic-technology-outline-en.md

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+---
+title: Outline of Fundamentals of Electronic Technology (III)
+lang: en
+layout: post
+audio: false
+translated: false
+generated: true
+---
+
+Here’s an English outline for the textbook *Fundamentals of Electronic Technology (III)*, based on the Chinese version edited by Wen Xidong and published by Economic Science Press:
+
+---
+
+### **Outline of *Fundamentals of Electronic Technology (III)***  
+
+#### **Part I: Analog Electronics**  
+1. **Fundamentals of Circuit Analysis**  
+   - Basic circuit concepts and laws (Ohm’s Law, Kirchhoff’s Laws)  
+   - Linear circuit analysis methods (nodal analysis, superposition theorem)  
+   - Dynamic circuits and transient analysis  
+
+2. **Principles of Amplifier Circuits**  
+   - Semiconductor devices (diodes, BJTs, and their characteristics)  
+   - Basic amplifier configurations (CE, CC, CB)  
+   - Frequency response and stability of amplifiers  
+
+3. **Operational Amplifiers (Op-Amps) and Applications**  
+   - Op-amp characteristics and parameters (virtual short, virtual open)  
+   - Typical op-amp circuits (inverting/non-inverting amplifiers, integrators/differentiators)  
+   - Nonlinear applications (comparators, waveform generators)  
+
+4. **DC Power Supplies**  
+   - Rectifier and filter circuits  
+   - Linear regulators vs. switching regulators  
+
+---
+
+#### **Part II: Digital Electronics**  
+5. **Fundamentals of Digital Circuits**  
+   - Number systems and codes (binary, BCD, etc.)  
+   - Boolean algebra and logic gates (AND, OR, NOT, combinational logic)  
+   - TTL and CMOS integrated circuits  
+
+6. **Combinational Logic Circuits**  
+   - Analysis and design of combinational logic  
+   - Common modules (encoders, decoders, multiplexers)  
+   - Hazards and elimination methods  
+
+7. **Sequential Logic Circuits**  
+   - Flip-flops (RS, D, JK, T) and their operation  
+   - Counters and shift registers  
+   - Synchronous/asynchronous sequential circuit analysis  
+
+8. **Programmable Logic Devices (PLDs)**  
+   - Types of PLDs (PAL, GAL, FPGA) and architectures  
+   - Introduction to HDL (VHDL/Verilog)  
+   - Simple logic system design examples  
+
+---
+
+#### **Part III: Practical Applications**  
+9. **Experiments and Simulations** (Optional)  
+   - Hands-on labs (e.g., op-amp amplification, counter design)  
+   - Simulation tools (e.g., Multisim, Proteus)  
+
+10. **Integrated Design Cases**  
+    - Mixed-signal systems (e.g., temperature monitoring)  
+    - Engineering considerations (noise immunity, power optimization)  
+
+---
+
+#### **Appendices**  
+- Reference tables (component parameters, logic symbols)  
+- Selected exercise answers  
+
+---
+
+**Notes:**  
+1. The outline follows a progressive structure from *analog → digital → practical applications*, suitable for engineering courses.  
+2. Flexibility is allowed—topics like *feedback amplifiers* or *ADC/DAC* can be added based on curriculum needs.  
+3. Emphasizes modern trends (e.g., PLDs and HDL) for real-world relevance.  
+
+Let me know if you’d like adjustments (e.g., deeper subtopics or lab-focused expansions)!

Diff for: notes/2025-04-14-electronics-outline-en.md

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+---
+title: 电子技术基础教材大纲
+lang: zh
+layout: post
+audio: false
+translated: false
+generated: true
+---
+
+以下是《电子技术基础（三）》的教材大纲框架建议，结合您提供的核心内容模块：
+
+---
+
+### **《电子技术基础（三）》教材大纲**
+
+#### **第一部分：模拟电子技术**  
+1. **电路分析基础**  
+   - 电路基本概念与定律（欧姆定律、基尔霍夫定律）  
+   - 线性电路分析方法（节点电压法、叠加定理等）  
+   - 动态电路与暂态分析  
+
+2. **放大电路原理**  
+   - 半导体器件基础（二极管、三极管特性）  
+   - 基本放大电路（共射、共集、共基组态）  
+   - 放大电路的频率响应与稳定性  
+
+3. **集成运算放大器及其应用**  
+   - 运放的特性与参数（虚短、虚断概念）  
+   - 典型运放电路（比例、加减、积分/微分电路）  
+   - 非线性应用（比较器、波形发生器）  
+
+4. **直流稳压电源**  
+   - 整流、滤波电路原理  
+   - 线性稳压器与开关稳压电源设计  
+
+---
+
+#### **第二部分：数字电子技术**  
+5. **数字电路基础**  
+   - 数制与编码（二进制、BCD码等）  
+   - 逻辑代数与门电路（与、或、非、复合逻辑）  
+   - TTL与CMOS集成电路特性  
+
+6. **组合逻辑电路**  
+   - 组合电路分析与设计方法  
+   - 常用模块（编码器、译码器、数据选择器）  
+   - 竞争冒险现象与消除  
+
+7. **时序逻辑电路**  
+   - 触发器（RS、D、JK、T型）工作原理  
+   - 计数器与寄存器设计  
+   - 同步/异步时序电路分析  
+
+8. **可编程逻辑器件（PLD）**  
+   - PLD分类（PAL、GAL、FPGA）与结构  
+   - 硬件描述语言（VHDL/Verilog）基础  
+   - 简单逻辑系统设计实例  
+
+---
+
+#### **第三部分：实践与应用**  
+9. **实验与仿真**（可选章节）  
+   - 典型模拟/数字电路实验（如运放放大、计数器设计）  
+   - 仿真工具使用（如Multisim、Proteus）  
+
+10. **综合应用案例**  
+    - 模拟-数字混合系统设计（如温度检测系统）  
+    - 实际工程问题分析（抗干扰、功耗优化等）  
+
+---
+
+#### **附录**  
+- 常用电子元器件参数表  
+- 逻辑符号对照表  
+- 习题参考答案（部分）  
+
+---
+
+**说明**：  
+1. 大纲按“模拟→数字→实践”递进，适合工科电类专业的理论与实践结合教学。  
+2. 可根据实际课时调整深度，例如增加“反馈放大电路”或“ADC/DAC”等内容。  
+3. 突出应用性，如可编程器件和综合案例部分体现现代电子技术发展趋势。  
+
+如果需要更详细的子章节划分或具体知识点补充，请进一步说明！