Description

The app is a complete free handbook of Basic ElectricalEngineeringwhich covers important topics, notes, materials, news& blogson the course. Download the App as a reference material&digital book for electrical engineering programs &degreecourses. This useful App lists 100 topics with detailednotes,diagrams, equations, formulas & course material, thetopics arelisted in 5 chapters. The app is must have for all theengineeringscience students & professionals. The app providesquickrevision and reference to the important topics like adetailedflash card notes, it makes it easy & useful for thestudent ora professional to cover the course syllabus quicklybefore an examsor interview for jobs. Track your learning, setreminders, edit thestudy material, add favourite topics, share thetopics on socialmedia. You can also blog about engineeringtechnology, innovation,engineering startups, college research work,institute updates,Informative links on course materials &education programs fromyour smartphone or tablet or athttp://www.engineeringapps.net/.Use this useful engineering app asyour tutorial, digital book, areference guide for syllabus, coursematerial, project work,sharing your views on the blog. Some of thetopics Covered in theapp are: 1. Introduction of electricalengineering 2. Voltage andcurrent 3. Electric Potential and Voltage4. Conductors andInsulators 5. Conventional versus electron flow 6.Ohm's Law 7.Kirchoff's Voltage Law (KVL) 8. Kirchoff's Current Law(KCL) 9.Polarity of voltage drops 10. Branch current method 11.Meshcurrent method 12. Introduction to network theorems 13.Thevenin'sTheorem 14. Norton's Theorem 15. Maximum Power TransferTheorem 16.star-delta transformation 17. Source Transformation 18.voltage andcurrent sources 19. loop and nodal methods of analysis20.Unilateral and Bilateral elements 21. Active and passiveelements22. alternating current (AC) 23. AC Waveforms 24. TheAverage andEffective Value of an AC Waveform 25. RMS Value of an ACWaveform26. Generation of Sinusoidal (AC) Voltage Waveform 27.Concept ofPhasor 28. Phase Difference 29. The Cosine Waveform30.Representation of Sinusoidal Signal by a Phasor 31.Phasorrepresentation of Voltage and Current 32. AC inductorcircuits 33.Series resistor-inductor circuits: Impedance 34.Inductor quirks35. Review of Resistance, Reactance, and Impedance36. Series R, L,and C 37. Parallel R, L, and C 38. Series-parallelR, L, and C 39.Susceptance and Admittance 40. Simple parallel (tankcircuit)resonance 41. Simple series resonance 42. Power in ACCircuits 43.Power Factor 44. Power Factor Correction 45. QualityFactor andBandwidth of a Resonant Circuit 46. Generation ofThree-phaseBalanced Voltages 47. Three-Phase, Four-Wire System 48.Wye anddelta configurations 49. Distinction between line andphasevoltages, and line and phase currents 50. Power inbalancedthree-phase circuits 51. Phase rotation 52. Three-phase Yand Deltaconfigurations 53. Measurement of Power in Three phasecircuit 54.Introduction of measuring instruments 55. Variousforces/torquesrequired in measuring instruments 56. General TheoryPermanentMagnet Moving Coil (PMMC) Instruments 57. WorkingPrinciples ofPMMC 58. A multi-range ammeters 59. Multi-rangevoltmeter 60. Basicprinciple operation of Moving-iron Instruments61. Construction ofMoving-iron Instruments 62. Shunts andMultipliers for MIinstruments 63. Dynamometer type Wattmeter 64.Introduction toPower System 65. POWER TRANSMISSION AND DISTRIBUTION66. MagneticCircuit 67. B-H Characteristics 68. Analysis of Seriesmagneticcircuit 69. Analysis of series-parallel magnetic circuitEach topicis complete with diagrams, equations and other forms ofgraphicalrepresentations for better learning and quickunderstanding.Electrical engineering is part of engineeringeducation courses andtechnology degree programs of variousuniversities.