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模拟电子电路
课程类型:
选修课
发布时间:
2020-02-02 19:25:30
主讲教师:
课程来源:
建议学分:
0.00分
课程编码:
mk000105
课程介绍
课程目录
教师团队
第一章
s
sjtucmaec01_001_1-1-1 常用半导体器件功能概述(1)
(18分钟)
s
sjtucmaec01_001_1-1-2 常用半导体器件功能概述(2)
(10分钟)
s
sjtucmaec01_001_1-1-3 本征半导体及其导电能力(1)
(14分钟)
s
sjtucmaec01_001_1-1-4 本征半导体及其导电能力(2)
(11分钟)
s
sjtucmaec01_001_1-1-5 杂质半导体
(10分钟)
s
sjtucmaec01_001_1-1-6 PN结的形成
(12分钟)
s
sjtucmaec01_001_1-1-7 PN结的单向导电性
(10分钟)
s
sjtucmaec01_001_1-1-8 PN结的伏安特性
(12分钟)
s
sjtucmaec01_001_1-1-9 PN结的电容效应
(3分钟)
s
sjtucmaec01_001_1-2-1 二极管常见结构及符号
(6分钟)
s
sjtucmaec01_001_1-2-2 二极管伏安特性
(7分钟)
s
sjtucmaec01_001_1-2-3 二极管的折线化等效电路和主要参数
(12分钟)
s
sjtucmaec01_001_1-2-4 二极管电路分析
(9分钟)
s
sjtucmaec01_001_1-2-5 二极管应用举例——半波整流
(7分钟)
s
sjtucmaec01_001_1-2-6 二极管应用举例——桥式整流和检波
(8分钟)
s
sjtucmaec01_001_1-2-7 模拟电路的符号定义
(4分钟)
s
sjtucmaec01_001_1-2-8 二极管电路的交流小信号分析
(22分钟)
s
sjtucmaec01_001_1-2-9 稳压二极管的伏安特性
(6分钟)
s
sjtucmaec01_001_1-2-10 稳压二极管的稳压原理
(6分钟)
s
sjtucmaec01_001_1-2-11 稳压二极管的应用分析
(11分钟)
s
sjtucmaec01_001_1-2-12 其他二极管
(3分钟)
s
sjtucmaec01_001_1-3-1 双极型晶体管的结构与类型
(9分钟)
s
sjtucmaec01_001_1-3-2 晶体管的电流放大作用
(6分钟)
s
sjtucmaec01_001_1-3-3 基本共射放大电路基本结构
(4分钟)
s
sjtucmaec01_001_1-3-4 晶体三极管特性简介
(6分钟)
s
sjtucmaec01_001_1-3-4 晶体三极管特性简介
(6分钟)
s
sjtucmaec01_001_1-3-6 晶体管的外部电流
(8分钟)
s
sjtucmaec01_001_1-3-7 三极管的参数
(12分钟)
第二章
s
sjtucmaec01_001_2-1-1 双极型晶体管共射特性之输入特性曲线(1)
(13分钟)
s
sjtucmaec01_001_2-1-2 双极型晶体管共射特性之输出特性曲线(2)
(11分钟)
s
sjtucmaec01_001_2-1-3 双极型晶体管共射特性之输出特性曲线(3)
(10分钟)
s
sjtucmaec01_001_2-2-1 回顾晶体三极管
(5分钟)
s
sjtucmaec01_001_2-1-5 温度对特性的影响(2)
(4分钟)
s
sjtucmaec01_001_2-1-6 光电三极管
(3分钟)
s
sjtucmaec01_001_2-1-7 用双极型晶体管构造基本共射放大电路之思路(1)
(9分钟)
s
sjtucmaec01_001_2-1-8 用双极型晶体管构造基本共射放大电路之实践(2)
(15分钟)
s
sjtucmaec01_001_2-1-9 基本共射放大电路分析
(13分钟)
s
sjtucmaec01_001_2-1-10 构造共集电极电路和共基极电路的简单介绍
(5分钟)
s
sjtucmaec01_001_2-2-1 回顾晶体三极管
(5分钟)
s
sjtucmaec01_001_2-2-2 绝缘栅型场效应管的基本结构与符号
(11分钟)
s
sjtucmaec01_001_2-2-3 N沟道增强型场效应管的工作原理(1)
(11分钟)
s
sjtucmaec01_001_2-2-4 N沟道增强型场效应管的工作原理(2)
(17分钟)
s
sjtucmaec01_001_2-2-5 N沟道增强型场效应管的特性曲线(1)
(3分钟)
s
sjtucmaec01_001_2-2-6 N沟道增强型场效应管的特性曲线(2)
(4分钟)
s
sjtucmaec01_001_2-2-7 N沟道耗尽型场效应管
(7分钟)
s
sjtucmaec01_001_2-2-8 结型场效应管与耗尽型场效应管的异同
(5分钟)
s
sjtucmaec01_001_2-2-9 N沟道增强型VMOS的简介
(2分钟)
s
sjtucmaec01_001_2-2-10 场效应管的使用及其构成放大电路的原则
(15分钟)
s
sjtucmaec01_001_2-2-11 各类场效应管特性曲线和主要参数
(2分钟)
s
sjtucmaec01_001_2-2-12 例题分析
(7分钟)
s
sjtucmaec01_001_2-2-13 基本放大电路分析方法概述
(6分钟)
s
sjtucmaec01_001_2-2-14 基本放大电路的主要性能指标
(16分钟)
s
sjtucmaec01_001_2-2-15 基本放大电路的频率指标及其它
(9分钟)
s
sjtucmaec01_001_2-2-16 共射放大电路的组成原则
(15分钟)
第三章
s
sjtucmaec01_001_3-2-1 共射放大电路的组成回顾
(6分钟)
s
sjtucmaec01_001_3-2-2 图解法分析共射放大电路的概述
(6分钟)
s
sjtucmaec01_001_3-2-3 图解法求静态工作点.mp4
(15分钟)
s
sjtucmaec01_001_3-2-4 图解法分析中频小信号的放大
(11分钟)
s
sjtucmaec01_001_3-2-5 图解法总结
(6分钟)
s
sjtucmaec01_001_3-2-6 放大电路的线性等效思想
(8分钟)
s
sjtucmaec01_001_3-2-7 三极管的简化等效电路模型推导
(15分钟)
s
sjtucmaec01_001_3-2-8 三极管的等效电路分析法步骤
(8分钟)
s
sjtucmaec01_001_3-2-9 举例说明基本放大电路的等效分析
(14分钟)
s
sjtucmaec01_001_3-2-10 晶体三极管的共射h参数等效模型
(4分钟)
s
sjtucmaec01_001_3-2-11 晶体管等效电路的输入电阻计算
(13分钟)
s
sjtucmaec01_001_3-2-12 放大电路的动态分析(Au、Ri、Ro的计算)
(16分钟)
s
sjtucmaec01_001_3-3-13 共源放大电路构成原则
(9分钟)
s
sjtucmaec01_001_3-3-14 共源放大电路分析
(6分钟)
第四章
s
sjtucmaec01_001_4-1-1 总结不同类型放大电路的特点,引入多级放大
(13分钟)
s
sjtucmaec01_001_4-1-2 多级放大电路的极间耦合方式
(2分钟)
s
sjtucmaec01_001_4-1-3 直接耦合
(12分钟)
s
sjtucmaec01_001_4-1-4 阻容耦合
(3分钟)
s
sjtucmaec01_001_4-1-5 变压器耦合
(7分钟)
s
sjtucmaec01_001_4-1-6 光电耦合
(5分钟)
s
sjtucmaec01_001_4-1-7 多级放大电路的分析
(11分钟)
s
sjtucmaec01_001_4-1-8 多级放大电路的动态分析举例
(14分钟)
s
sjtucmaec01_001_4-1-9 直接耦合存在的问题和解决方案
(11分钟)
s
sjtucmaec01_001_4-1-10 差分放大电路对共模信号的抑制
(14分钟)
s
sjtucmaec01_001_4-1-11 差分放大电路对差模信号的放大
(7分钟)
s
sjtucmaec01_001_4-1-12 其他三种接法:双入单出、单入双出、单入单出
(7分钟)
s
sjtucmaec01_001_4-1-13 具有恒流源的差分放大电路
(7分钟)
s
sjtucmaec01_001_4-1-14 差分放大电路的几种输出方式
(11分钟)
第五章
s
sjtucmaec01_001_5-1-1 运算放大器概述
(7分钟)
s
sjtucmaec01_001_5-1-2 运算放大器的使用
(12分钟)
s
sjtucmaec01_001_5-1-3 集成运放的简介
(11分钟)
s
sjtucmaec01_001_5-1-4 集成运放的封装
(3分钟)
s
sjtucmaec01_001_5-1-5 集成运放的结构特点与组成
(13分钟)
s
sjtucmaec01_001_5-1-6 集成运放的电压传输特性
(12分钟)
s
sjtucmaec01_001_5-1-7 电流源电路
(3分钟)
s
sjtucmaec01_001_5-1-8 镜像电流源电路
(8分钟)
s
sjtucmaec01_001_5-1-9 比例电流源
(4分钟)
s
sjtucmaec01_001_5-1-10 微电流源
(2分钟)
s
sjtucmaec01_001_5-1-11 改进型电流源电路
(8分钟)
s
sjtucmaec01_001_5-1-12 多路电流源
(4分钟)
s
sjtucmaec01_001_5-1-13 电流源的作用
(11分钟)
s
sjtucmaec01_001_5-1-14 F007电路原理图介绍
(3分钟)
s
sjtucmaec01_001_5-2-1 反馈的概念
(15分钟)
s
sjtucmaec01_001_5-2-2 正反馈和负反馈
(7分钟)
s
sjtucmaec01_001_5-2-3 交流反馈和直流反馈
(2分钟)
s
sjtucmaec01_001_5-2-4 反馈是否存在的判断
(3分钟)
s
sjtucmaec01_001_5-2-5 瞬时极性法-正负反馈的判断(1)
(12分钟)
s
sjtucmaec01_001_5-2-6 瞬时极性法-正负反馈的判断(2)
(11分钟)
s
sjtucmaec01_001_5-2-7 有无反馈的判断
(8分钟)
s
sjtucmaec01_001_5-2-8 反馈极性的判断
(9分钟)
s
sjtucmaec01_001_5-2-9 交、直流反馈判断
(2分钟)
s
sjtucmaec01_001_5-2-10 反馈判断举例
(2分钟)
s
sjtucmaec01_001_5-2-12 交流负反馈的四种组态
(9分钟)
s
sjtucmaec01_001_5-2-13 回顾判断反馈类型的原则
(4分钟)
s
sjtucmaec01_001_5-2-14 电压反馈、电流反馈举例
(11分钟)
s
sjtucmaec01_001_5-2-15 四种反馈组态举例
(10分钟)
s
sjtucmaec01_001_5-2-16 极间反馈判断举例
(8分钟)
s
sjtucmaec01_001_5-2-17 反馈的定量分析-深度负反馈的影响
(9分钟)
第六章
s
sjtucmaec01_001_6-1-1 深度负反馈的实质
(16分钟)
s
sjtucmaec01_001_6-1-2 深度负反馈电路的反馈网络和反馈系数
(8分钟)
s
sjtucmaec01_001_6-1-3 四种反馈组态下的反馈系数和放大倍数
(9分钟)
s
sjtucmaec01_001_6-1-4 四种反馈组态下的电压放大倍数
(8分钟)
s
sjtucmaec01_001_6-1-5 深度负反馈电路分析举例
(8分钟)
s
sjtucmaec01_001_6-1-6 深度负反馈电路分析举例
(9分钟)
s
sjtucmaec01_001_6-1-7 负反馈对电路放大倍数的影响
(11分钟)
s
sjtucmaec01_001_6-1-8 对输入输出电阻的影响
(12分钟)
s
sjtucmaec01_001_6-1-9 负反馈减小非线性失真
(3分钟)
s
sjtucmaec01_001_6-1-10 举例说明引入反馈的原则
(2分钟)
s
sjtucmaec01_001_6-1-11 集成运算放大器构成的运算电路分析原则
(6分钟)
s
sjtucmaec01_001_6-1-12 反相比例运算
(10分钟)
s
sjtucmaec01_001_6-1-13 同相比例运算
(3分钟)
s
sjtucmaec01_001_6-1-14 比例运算电路举例
(4分钟)
s
sjtucmaec01_001_6-1-15 加减运算
(8分钟)
s
sjtucmaec01_001_6-1-16 积分和微分运算
(2分钟)
s
sjtucmaec01_001_6-1-17 对数和指数运算、乘法运算
(2分钟)
s
sjtucmaec01_001_6-2-1 积分运算电路
(12分钟)
s
sjtucmaec01_001_6-2-2 积分运算电路
(14分钟)
s
sjtucmaec01_001_6-2-3 基本微分运算电路
(7分钟)
s
sjtucmaec01_001_6-2-4 逆函数型微分运算电路
(4分钟)
s
sjtucmaec01_001_6-2-5 指数和对数运算电路
(6分钟)
s
sjtucmaec01_001_6-2-6 乘法运算及模拟乘法器
(8分钟)
s
sjtucmaec01_001_6-2-7 模拟乘法器的应用
(14分钟)
s
sjtucmaec01_001_6-2-8 仪表用放大器
(17分钟)
s
sjtucmaec01_001_6-2-9 正弦波振荡的产生条件
(11分钟)
s
sjtucmaec01_001_6-2-10 正弦波振荡电路的组成
(10分钟)
s
sjtucmaec01_001_6-2-11 正弦波振荡电路的判别
(2分钟)
s
sjtucmaec01_001_6-2-12 RC正弦波振荡电路(1)
(7分钟)
s
sjtucmaec01_001_6-2-13 RC正弦波振荡电路(2)
(9分钟)
第七章
s
sjtucmaec01_001_7-1-1 LC正弦振荡电路的构成原则
(11分钟)
s
sjtucmaec01_001_7-1-2 变压器反馈式振荡电路
(9分钟)
s
sjtucmaec01_001_7-1-3 电感反馈式振荡电路
(6分钟)
s
sjtucmaec01_001_7-1-4 电容反馈式振荡电路
(5分钟)
s
sjtucmaec01_001_7-1-5 石英晶体振荡器
(7分钟)
s
sjtucmaec01_001_7-1-6 电压比较器概述
(14分钟)
s
sjtucmaec01_001_7-1-7 单限比较器
(13分钟)
s
sjtucmaec01_001_7-1-8 滞回比较器
(8分钟)
s
sjtucmaec01_001_7-1-9 双限比较器
(2分钟)
s
sjtucmaec01_001_7-1-10 方波发生电路
(10分钟)
s
sjtucmaec01_001_7-1-11 三角波发生电路
(5分钟)
s
sjtucmaec01_001_7-1-12 锯齿波发生电路
(3分钟)
s
sjtucmaec01_001_7-1-13 正弦波发生电路
(4分钟)
s
sjtucmaec01_001_7-1-14 信号转换电路
(11分钟)
第八章
s
sjtucmaec01_001_8-1-1 研究放大电路频率响应的原因
(8分钟)
s
sjtucmaec01_001_8-1-2 放大电路频率响应分析概述
(11分钟)
s
sjtucmaec01_001_8-1-3 高通电路
(9分钟)
s
sjtucmaec01_001_8-1-4 低通电路
(7分钟)
s
sjtucmaec01_001_8-1-5 波特图_(1)
(7分钟)
s
sjtucmaec01_001_8-1-6 波特图_(2)
(4分钟)
s
sjtucmaec01_001_8-1-7 晶体管的高频等效模型(混合π模型)
(12分钟)
s
sjtucmaec01_001_8-1-8 混合π模型的参数
(4分钟)
s
sjtucmaec01_001_8-1-9 单向化π模型
(9分钟)
s
sjtucmaec01_001_8-1-10 单向化π模型的参数
(14分钟)
s
sjtucmaec01_001_8-1-11 β的频率响应
(14分钟)
s
sjtucmaec01_001_8-1-12 场效应管的高频等效模型
(2分钟)
s
sjtucmaec01_001_8-1-13 单管放大电路的频率响应
(12分钟)
s
sjtucmaec01_001_8-2-1 放大电路频率响应总结.
(11分钟)
s
sjtucmaec01_001_8-2-2 频率响应的改善
(8分钟)
s
sjtucmaec01_001_8-2-3 多级放大电路的频响
(9分钟)
s
sjtucmaec01_001_8-2-4 定性分析负反馈放大电路的稳定性-产生自激振荡的原因
(10分钟)
s
sjtucmaec01_001_8-2-5 定性分析负反馈放大电路的稳定性-导致自激振荡的可能因素和消除振荡的方法
(6分钟)
s
sjtucmaec01_001_8-2-6 负反馈放大电路的稳定性判断
(9分钟)
s
sjtucmaec01_001_8-2-7 消除自激振荡的方法
(11分钟)
s
sjtucmaec01_001_8-2-8 功率放大电路概述
(10分钟)
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sjtucmaec01_001_8-2-9 功率放大电路的分类
(14分钟)
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sjtucmaec01_001_8-2-10 变压器耦合功率放大
(10分钟)
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sjtucmaec01_001_8-2-11 OTL、OCL、BTL电路简介
(5分钟)
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sjtucmaec01_001_8-2-12 OCL电路分析
(12分钟)
第九章
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sjtucmaec01_001_9-1-1 电源的引入
(11分钟)
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sjtucmaec01_001_9-1-2 直流稳压电源的构成框图
(7分钟)
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sjtucmaec01_001_9-1-3 单相半波整流电路工作原理与主要参数
(14分钟)
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sjtucmaec01_001_9-1-4 二极管的选择
(5分钟)
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sjtucmaec01_001_9-1-5 单相桥式整流电路
(11分钟)
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sjtucmaec01_001_9-1-6 三相整流电路
(6分钟)
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sjtucmaec01_001_9-1-7 电容滤波电路
(15分钟)
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sjtucmaec01_001_9-1-8 倍压整流电路
(7分钟)
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sjtucmaec01_001_9-1-9 其他滤波电路与稳压管稳压电路
(3分钟)
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sjtucmaec01_001_9-1-10 稳压管稳压电路工作原理与参数
(15分钟)
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sjtucmaec01_001_9-1-11 稳压电路的参数选择
(5分钟)
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sjtucmaec01_001_9-1-12 串联型稳压电路
(12分钟)
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sjtucmaec01_001_9-1-13 三端稳压器
(10分钟)
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sjtucmaec01_001_9-1-14 开关电源工作原理
(3分钟)