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更新日期：2018-08-26
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Electrical engineering or electrical engineering (English: electrical engineering) is one of the fields of engineering science regarding electrical applications to meet the needs of society. Electrical engineering involves the concept, design, development, and production of electrical and electronic devices needed by society. (Wikipedia).
Basic Electrical Engineering is an electronic book as a free handbook complete Basic Electrical Engineering covering important topics, notes, materials, news & blogs in the field. Especially related to basic electrical.
Basic Electrical Engineering Contains over 100 topics with detailed notes, diagrams, equations, formulas & lesson materials that make you easy to learn and understand electical grounds.
This application has features that are different from other applications, namely:
- Lightweight, Small Size App.
- List menu Simple and fast.
- Responsive and easy to navigate.
- Collection of Latest Basic Electrical Engineering materials and updates.
- Materials that are easier and more accurate.
Some topics covered in the app are:
1. Introduction to electrical engineering
2. Voltage and current
3. Potential and Electricity Voltage
4. Conductor and Insulator
5. Conventional versus electron flow
6. Ohm's Law
7. Kirchoff's Law of Voltage (KVL)
8. Current Law of Kirchoff (KCL)
9. The polarity of the voltage drops
10. The current branch method
11. Current mesh method
12. Introduction to network theorems
13. Thevenin Theorem
14. Norton's Theorem
15. Maximum Power Transfer Theorem
16. star-delta transformation
17. Source Transformation
18. voltage and current source
19. loop and nodal analysis methods
20. Unilateral and bilateral elements
21. Active and passive elements
22. alternating current (AC)
23. AC Waveform
24. The Average and Effective Value of AC Waves
25. RMS value of AC Waves
26. Generation of Sinusoidal Voltage Waves (AC)
27. Phasor Concept
28. Phase of Difference
29. Cosinus Waves
30. Representation of Sinusoidal Signals by Phasor
31. Phasor Representation of Voltage and Current
32. AC inductors circuit
33. Series of resistor-inductor circuit: 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 resonance (tank circuit)
41. Resonance series is simple
42. Power in AC Circuit
43. Power Factor
44. Power Factor Correction
45. Quality and Bandwidth Factors of Resonance Circuit
46. ??Three-Stage Generation of Balanced Voltage
47. Three Phases, Four Wire System
48. Wye and delta configuration
49. Difference between line and phase voltage, and line and phase currents
50. Power in a balanced three-phase circuit
51. Phase Rotation
52. Three-phase Y and Delta configuration
53. Power Measurement in Three-phase Circuits
54. Introduction to measuring instruments
55. Various strength / torque is required in measuring instruments
56. General Instrument Theory of Permanent Magnet Moving Coil (PMMC)
57. Working Principles of PMMC
58. Multi-range Ammeters
59. Multi-range Voltmeter
60. Operation of the basic principles of the Moving-Iron Instrument
61. Construction of Iron Moving Instrument
62. Shunt and Multiplier for MI instruments
63. Wattmeter dynamometer type
64. Introduction to Power Systems
65. POWER TRANSMISSION AND DISTRIBUTION
66. Magnetic Circuits
67. Characteristics of B-H
68. Series magnetic circuit analysis
69. Analysis of magnetic circuits of parallel circuits
ETC ....
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