Crib Electrical (SOC)
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Spur on the foundations of the theory of electronics. 45 topics. Topics are divided into columns, choose the optimal font size.
Contents
1. Basic concepts of circuit theory
2. The electrical circuit and its elements
3. The electrical circuit
4. Topological elements
5. Active Components
6. Passive Components
7. The basic laws and equations of electrical circuits
8. The first law of Kirchhoff
9. The Second Law of Kirchhoff
10. The balance of power
11. Linear DC circuit
12. The method of calculation based on the laws of Kirchhoff
13. The method of loop currents
14. The principle of superposition and the superposition method
15. Input and mutual conduction branches
16. The reciprocity theorem
17. nodal analysis
18. The method of equivalent generator
19. The transformations in linear electric circuits
20. The sinusoidal current, and its main characteristics
21. Preparation of a sinusoidal emf
22. The method of image values \u200b\u200bof sinusoidal
23. The symbolic method
24. Laws chains. The symbolic form
25. Ohm's Law and Kirchhoff in complex form.
26. Passive components R, L, C in the circuit sinusoidal current
27 cells in series R, L, C circuit sinusoidal voltage
28. The power of sinusoidal current in circuits
29. Triangles resistance, voltage and power
30. Topographic and vector diagram
31. Transients in linear circuits
32. Methods for the preparation of the characteristic equation
33. Operator method
34. Time characteristics
35. The transfer function
36. Resonance stress
37. The current resonance
38. The frequency characteristics of passive two-terminal networks
39. The inductively coupled elements. EMF mutual induction
40. The serial connection inductively coupled circuit elements
41. Parallel connection of inductively coupled circuit elements
42. Calculation of the three-phase electrical circuits
43. The main circuit connection of three-phase circuits
44. The methods of calculation of three-phase circuits
45. Power measurement in three-phase circuits
Contents
1. Basic concepts of circuit theory
2. The electrical circuit and its elements
3. The electrical circuit
4. Topological elements
5. Active Components
6. Passive Components
7. The basic laws and equations of electrical circuits
8. The first law of Kirchhoff
9. The Second Law of Kirchhoff
10. The balance of power
11. Linear DC circuit
12. The method of calculation based on the laws of Kirchhoff
13. The method of loop currents
14. The principle of superposition and the superposition method
15. Input and mutual conduction branches
16. The reciprocity theorem
17. nodal analysis
18. The method of equivalent generator
19. The transformations in linear electric circuits
20. The sinusoidal current, and its main characteristics
21. Preparation of a sinusoidal emf
22. The method of image values \u200b\u200bof sinusoidal
23. The symbolic method
24. Laws chains. The symbolic form
25. Ohm's Law and Kirchhoff in complex form.
26. Passive components R, L, C in the circuit sinusoidal current
27 cells in series R, L, C circuit sinusoidal voltage
28. The power of sinusoidal current in circuits
29. Triangles resistance, voltage and power
30. Topographic and vector diagram
31. Transients in linear circuits
32. Methods for the preparation of the characteristic equation
33. Operator method
34. Time characteristics
35. The transfer function
36. Resonance stress
37. The current resonance
38. The frequency characteristics of passive two-terminal networks
39. The inductively coupled elements. EMF mutual induction
40. The serial connection inductively coupled circuit elements
41. Parallel connection of inductively coupled circuit elements
42. Calculation of the three-phase electrical circuits
43. The main circuit connection of three-phase circuits
44. The methods of calculation of three-phase circuits
45. Power measurement in three-phase circuits
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