电路课程内容对可考核指标点的支撑矩阵 物联网工程 |
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作者:交通与物… 专业建设来源:本站原创 点击数:34 更新时间:2015/12/6 ★★★ |
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表7
课程内容对可考核指标点的支撑矩阵
可考核指标点
课程内容 |
2-1 |
3-1 |
3-2 |
3-3 |
3-4 |
5-1 |
5-2 |
5-3 |
5-4 |
6-1 |
6-2 |
6-3 |
8-1 |
8-3 |
8-4 |
8-5 |
9-1 |
9-2 |
10-1 |
11-1 |
11-2 |
11-3 |
12-1 |
12-2 |
13-1 |
任务一 |
电路的基本概念与基本定律 |
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任务二 电路的分析方法 |
电源的两种模型及其等效变换 |
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利用基尔霍夫定律列写电路方程 |
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支路电流法 |
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网孔电流法 |
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结点电压法 |
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任务三 电路定理 |
线性电路中,利用叠加原理计算各支路电流、电压 |
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利用戴维南定理和诺顿定理分析求解电路 |
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任务四 一阶电路 |
电路的初始条件,换路定则 |
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RC、RL电路的零输入响应,零状态响应,全响应,时间常数 |
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一阶电路的三要素法 |
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任务五 正弦交流电路 |
正弦交流电三要素,正弦量的相量表示方法 |
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电阻、电感、电容单一参数元件交流电路 |
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复杂正弦交流电路分析、计算 |
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三相交流电压 |
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负载星形联结、三角形联结的三相电路 |
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三相功率计算 |
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任务六 非正弦周期电流电路 |
周期性非正弦函数的付里叶级数,频谱分析,频谱图 |
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周期性非正弦量的有效值,平均值及电路的功率 |
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任务七课程实验
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基尔霍夫定律和戴维宁定理 |
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一阶过渡过程 |
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日光灯电路 |
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三相电路 |
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