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Download Basic Electrical Engineering The app is a comprehensive free guide to basic electrical engineering covering important topics, notes, materials, news and blogs in the course. Download uptodown the app as a digital book of reference materials for electrical engineering degree programs.
Download Basic Electrical Engineering
This useful app lists 100 topics with detailed notes, diagrams, equations, formulas course materials and the topics are listed in 5 chapters. A must-have app for all professionals for engineering science students.
The application provides quick review and reference to important topics such as detailed notes on flash cards, which can be useful for student or professional to quickly cover the course syllabus before exams or a job interview.
Track your learning, set reminders, edit course materials, add favorite topics, and share topics on social media.
Download Basic Electrical Engineering
, you can also blog about engineering technology, innovation, engineering startups, work holistic research and updates with informative programs in education programs on course material from your smartphone, tablet or onUse this hands-on engineering app as a tutorial, e-book, Solbus reference guide, course materials, project work, and share your insights on the blog.
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1. Introduction to electrical engineering
2. Voltage and current
3. Electric potential and voltage
4. Conductors and insulators
5. Conventional electron flow - 6. Ohm's law
7. Kirchoffs Goltage Law (KVL)
8. Kirchoff's Current Law (KCL)
9. Polarity voltage drops
10. Branch current method
11. Mains current method
12. Introduction to network theory
13. Thevenins theorem
14. Norton's Theory
15. Closest Energy Transfer Theory
16. Star-Delta Transformation
17. Source Conversion
18. Sources of voltage and current
19. Annular and nodal analysis methods
20. Single and double elements
21. Active and passive components
22. Alternating Current (AC)
23. Ac wavelength
24. The average rms value of the AC waveform
25. RMS value of AC waveform
26. Sine wave (AC) voltage generation
27. PHASOR CONCEPT
28. Phase shift
29. New Wave of Perfection
30. Representation of the sinusoidal signal by Phaser
31. Phasor representation of voltage and current
32. AC Inductance Circuits
33. Inductor Circuits for Series Resistance: Impedance
34. oddities
35. Examination of resistance, reaction and obstacle
36. Series R, L and C - 37. Parallel R, L and C - 38. Series-Parallel R, L and C - 39. Definitions and acceptance
40. Simple parallel (tank circuit)
41. Simple String Ring
42. Power supply in AC circuits
43. Power Factor
44. Power factor correction
45. Quality factor and resonant circuit bandwidth
46. Three-phase balanced voltage generation
47. Three-phase four-wire system
48. Star and delta configurations
49. Distinguish between line and phase voltages, line and phase currents - 50. Power in tri-balanced circuits
51. Phase Rotation
52. Three-phase Y and Delta configurations
53. Power measurement in a three-phase circuit
54. Introduction of measuring instruments
55. Various forces/torques required in measuring instruments
56. General Theory of Permanent Magnet Moving Coil (PMMC) Tools
57. Principles of operation of the PMMC
58. Multi-range ammeters
59. Multi-range voltmeter
60. Operation of the basic principle of moving iron tools
61. Construction of movable iron tools
62. CHUNTS AND DISPLAYS FOR MI Instruments
63. Dynamometer type wattmeter
64. Introduction to the Energy System
65. Energy transmission and distribution
66. Magnetic circuit
67. BH Features
68. Analysis of the magnetic circuit of strings
69. Series Parallel Magnetic Circuit Analysis
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Each topic is complete with graphs, equations, and other forms of graphical representations for enhanced learning and quick understanding.
Electrical engineering is part of the engineering courses and technology degree programs of various universities.
