Basic Electrical Engineering app at Mac App Store analyse

Complete Free handbook of Basic Electrical Engineering with diagrams and graphs The app covers the detailed notes on the subject, extremely useful for electrical engineering students, teachers and professionals. It covers more than 100 topics of Electrical engineering in detail. These topics are divided in 5 units. The topics Covered in this application are: 1. Introduction of electrical engineering 2. Voltage and current 3. Electric Potential and Voltage 4. Conductors and Insulators 5. Conventional versus electron flow 6. Ohms Law 7. Kirchoffs Voltage Law (KVL) 8. Kirchoffs Current Law (KCL) 9. Polarity of voltage drops 10. Branch current method 11. Mesh current method 12. Introduction to network theorems 13. Thevenins Theorem 14. Nortons Theorem 15. Maximum Power Transfer Theorem 16. star-delta transformation 17. Source Transformation 18. voltage and current sources 19. loop and nodal methods of analysis 20. Unilateral and Bilateral elements 21. Active and passive elements 22. alternating current (AC) 23. AC Waveforms 24. The Average and Effective Value of an AC Waveform 25. RMS Value of an AC Waveform 26. Generation of Sinusoidal (AC) Voltage Waveform 27. Concept of Phasor 28. Phase Difference 29. The Cosine Waveform 30. Representation of Sinusoidal Signal by a Phasor 31. Phasor representation of Voltage and Current 32. AC inductor circuits 33. Series resistor-inductor circuits: Impedance 34. Inductor quirks 35. Review of Resistance, Reactance, and Impedance 36. Series R, L, and C 37. Parallel R, L, and C 38. Series-parallel R, L, and C 39. Susceptance and Admittance 40. Simple parallel (tank circuit) resonance 41. Simple series resonance 42. Power in AC Circuits 43. Power Factor 44. Power Factor Correction 45. Quality Factor and Bandwidth of a Resonant Circuit 46. Generation of Three-phase Balanced Voltages 47. Three-Phase, Four-Wire System 48. Wye and delta configurations 49. Distinction between line and phase voltages, and line and phase currents 50. Power in balanced three-phase circuits 51. Phase rotation 52. Three-phase Y and Delta configurations 53. Measurement of Power in Three phase circuit 54. Introduction of measuring instruments 55. Various forces/torques required in measuring instruments 56. General Theory Permanent Magnet Moving Coil (PMMC) Instruments 57. Working Principles of PMMC 58. A multi-range ammeters 59. Multi-range voltmeter 60. Basic principle operation of Moving-iron Instruments 61. Construction of Moving-iron Instruments 62. Shunts and Multipliers for MI instruments 63. Dynamometer type Wattmeter 64. Introduction to Power System 65. POWER TRANSMISSION AND DISTRIBUTION 66. Magnetic Circuit 67. B-H Characteristics 68. Analysis of Series magnetic circuit 69. Analysis of series-parallel magnetic circuit 70. Different laws for calculating magnetic field-Biot-Savart law 71. Amperes circuital law 72. Reluctance & permeance 73. Introduction of Eddy Current & Hysteresis Losses 74. Eddy current 75. Derivation of an expression for eddy current loss in a thin plate 76. Hysteresis Loss 77. Hysteresis loss & loop area 78. Steinmetzs empirical formula for hysteresis loss 79. Inductor 80. Force between two opposite faces of the core across an air gap 81. ideal transformer 82. Practical transformer 83. equivalent circuit 84. Efficiency of transformer 85. Auto-Transformer 86. Introduction of D.C Machines 87. D.C machine Armature Winding 88. EMF Equation 89. Torque equation Wish you a happy learning.