机构名称：
¥ 1.0
1。Course Outcomes (COs): At the end of the course, the students will be able to: CO1 able to apply various techniques like mesh and nodal analysis and network theorems for circuit problems CO2 explain the principles of magnetic circuits and solve the series and parallel ac circuits CO3 analyze poly-phase circuits CO4 calculate various parameters of two port network and inter relationship between them.CO5开发了给定电路的数学模型（微分方程）并解决它2。Syllabus ELECTRICAL NETWORKS ANALYSIS (10 Hours) Kirchhoff's Voltage Law, Kirchhoff's Current Law, independent and dependent sources, Mesh current and Nodal Voltage analysis, Super position theorem, Thevenin's theorem, Norton's theorem, Reciprocity theorem, Maximum power transfer theorem MAGNETISM AND ANALYSIS OF AC CIRCUITS (12 Hours) Faradays law, Lenz定律，自节感，相互电感，相互感应的系数，耦合系数，串联电感，平行，平行，耦合线圈的分析，点规则，有效耦合等效电路。复合代数及其在电路分析中的应用，R-L，R-C，R-C系列和并行电路，系列和并联共振。多相电路（08小时）平衡的三个相系统，星形和网格连接，平衡和不平衡的三相网络的计算，多相矢量图以及三个相路中功率的测量。两个端口网络（07小时）
Sardar Vallabhbhai国家技术研究院电气工程中的未成年人
主要关键词
相关文件推荐
