JNTUH B.Tech 2nd year Electrical Systems Engineering gives you detail information about Electrical Systems Engineering subject.<\/p>\n
Unit- I:<\/strong><\/p>\n Independent, Dependent Sources and Kirchoff\u2019s Laws, Maxwell\u2019s Loop current method and its problems, Nodal\u00a0Voltage Method and its problems, Thevenin\u2019s Theorem and its problems, Norton\u2019s Theorem and its problems,\u00a0Superposition Theorem and its problems, Reciprocity and Maximum power Transfer, Star-Delta Conversion\u00a0Method and its problems.<\/p>\n Unit-II:<\/strong><\/p>\n Solution of DC circuit by Network Theorems, Sinusoidal steady state response of circuits, Instantaneous and\u00a0Average Methods, Concept of Power Factor, Reactive and Apparent Poser, Concept and Analysis of Balanced\u00a0Polyphase circuits, Laplace Transform method of finding step response of DC circuits, Series and Parallel\u00a0Resonance.<\/p>\n Unit-III:<\/strong><\/p>\n Electromotive force, Reluctance, Magnetic circuit, Determination of Ampere Turn Hysteretic losses and eddy current losses, Transformer-working principle, Construction of single phase transformer, EMF equation of transfer, Core type transformer, shall type and difference between shell and core type transformer, Electric circuit, dielectric insulation, leakage reactance in transformer. Voltage regulation, transformer test, open circuit and short circuit tests, Losses in a transformer efficiency of transformer, condition for maximum efficiency, Equivalent circuit of transformer, theory of an ideal transformer, Phaser diagram of an ideal transformer,\u00a0transformer on non load, Phaser diagram of transformer on load, problems solved.<\/p>\n