Industrial Electronics N2 Student's Book
eBook - PDF

Industrial Electronics N2 Student's Book

TVET FIRST

M Gobind & RBJ van Heerden

  1. English
  2. PDF
  3. Available on iOS & Android
eBook - PDF

Industrial Electronics N2 Student's Book

TVET FIRST

M Gobind & RBJ van Heerden

Book details
Table of contents
Citations

About This Book

Plenty of relevant worked examples and activities so students engage actively with the content. Numerous clear diagrams to aid understanding.

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Information

Publisher
Troupant
Year
2017
ISBN
9781430806400
Topic
Technology & Engineering
Subtopic
Engineering General
Index
Technology & Engineering

Table of contents

  1. Front Cover
  2. Title Page
  3. Imprint Page
  4. Acknowledgements
  5. Contents
  6. Terminology, units and symbols
  7. MODULE 1: Atomic theory
  8. Unit 1.1: The basics of atomic theory
  9. Unit 1.2: Conductors, insulators and semiconductors
  10. Unit 1.3: Energy levels, free electrons and covalent bonds
  11. Summary of Module 1
  12. Summative assessment of Module 1
  13. MODULE 2: Direct current theory
  14. Unit 2.1: Current, resistance, voltage and resistivity
  15. Unit 2.2: Laws that relate to current, voltage and resistance
  16. Unit 2.3: Resistors in series
  17. Unit 2.4: Resistors in parallel
  18. Unit 2.5: Resistors in series-parallel combinations
  19. Summary of Module 2
  20. Summative assessment of Module 2
  21. MODULE 3: Alternating current theory
  22. Unit 3.1: Basics of AC theory
  23. Unit 3.2: The sine wave
  24. Unit 3.3: The mid-ordinate rule
  25. Unit 3.4: Phase relationships
  26. Unit 3.5: Single-phase AC circuits
  27. Summary of Module 3
  28. Summative assessment of Module 3
  29. MODULE 4: Semi conductor physics
  30. Unit 4.1: Semiconductor materials
  31. Unit 4.2: N-type and P-type material
  32. Unit 4.3: Electron flow and hole flow in semiconductor materials
  33. Summary of Module 4
  34. Summative assessment of Module 4
  35. MODULE 5: Semiconductor diodes 5
  36. Unit 5.1: The semiconductor PN-junction
  37. Unit 5.2: Biasing
  38. Unit 5.3: The semiconductor diode
  39. Unit 5.4: Types of diodes
  40. Unit 5.5: Rectification and filter circuits
  41. Summary of Module 5
  42. Summative assessment of Module 5
  43. MODULE 6: Semiconductor transistors
  44. Unit 6.1: PNP and NPN transistors
  45. Unit 6.2: Transistor applications
  46. Summary of Module 6
  47. Summative assessment of Module 6
  48. MODULE 7: Measuring instruments
  49. Unit 7.1: Analogue meters
  50. Unit 7.2: The voltmeter
  51. Unit 7.3: The ammeter
  52. Unit 7.4: The ohmmeter
  53. Unit 7.5: Multimeter principles
  54. Unit 7.6: Precautions and care
  55. Summary of Module 7
  56. Summative assessment of Module 7
  57. MODULE 8: Transducers
  58. Unit 8.1: Light-dependent resistor (LDR)
  59. Unit 8.2: The bimetallic strip
  60. Unit 8.3: The thermocouple
  61. Unit 8.4: Thermistors
  62. Summary of Module 8
  63. Summative assessment of Module 8
  64. MODULE 9: Synchro systems
  65. Unit 9.1: The synchro system
  66. Unit 9.2: How the synchro system works (transmitterand receiver)
  67. Unit 9.3: Synchro phase displacement
  68. Summary of Module 9
  69. Summative assessment of Module 9
  70. MODULE 10: The decibel
  71. Unit 10.1: Calculating gain or loss
  72. Unit 10.2: Voltage and current gain or loss
  73. Summary of Module 10
  74. Summative assessment of Module 10
  75. Short answers
  76. Glossary
  77. Back Cover