Laboratory Manual - DC Electrical Circuit Analysis

by James M. Fiore

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This laboratory manual is intended for use in a DC electrical circuits course and is appropriate for two and four year electrical engineering technology curriculums. The topics range from basic laboratory procedures and resistor identification through series-parallel circuits, mesh and nodal analysis, superposition, Thevenin’s theorem, maximum power transfer theorem, and concludes with an introduction to capacitors and inductors.

Description from LibreTexts.

Publisher
Mohawk Valley Community College
Subjects
Engineering, Electrical Engineering
Licence
CC BY-NC-SA 4.0, as LibreTexts states it. Non-commercial use only.
Who can read
Tweens profiles and older, judged from its title and subjects

Contents

LibreTexts writes equations in TeX, and here they show as TeX; the PDF has them typeset.

  1. Front Matter
  2. TitlePage
  3. InfoPage
  4. Table of Contents
  5. Licensing
  6. 1: The Electrical Laboratory
  7. 1.1: Lab Safety and Tools
  8. 1.2: Laboratory Reports
  9. 1.3: Scientific and Engineering Notation
  10. 2: DC Sources and Metering
  11. 2.1: Theory Overview
  12. 2.2: Equipment
  13. 2.3: Procedure
  14. 2.4: Data Tables
  15. 2.5: Questions
  16. 3: Resistor Color Code
  17. 3.1: Theory Overview
  18. 3.2: Equipment
  19. 3.3: Procedure
  20. 3.4: Data Tables
  21. 3.5: Questions
  22. 4: Ohm’s Law
  23. 4.1: Theory Overview
  24. 4.2: Equipment
  25. 4.3: Schematic
  26. 4.4: Procedure
  27. 4.5: Data Tables
  28. 4.6: Questions
  29. 5: Series DC Circuits
  30. 5.1: Theory Overview
  31. 5.2: Equipment
  32. 5.3: Schematics
  33. 5.4: Procedure
  34. 5.5: Data Tables
  35. 5.5: Questions
  36. 6: Parallel DC Circuits
  37. 6.1: Theory Overview
  38. 6.2: Equipment
  39. 6.3: Schematics
  40. 6.4: Procedure
  41. 6.5: Data Tables
  42. 6.6: Questions
  43. 7: Series-Parallel DC Circuits
  44. 7.1: Theory Overview
  45. 7.2: Equipment
  46. 7.3: Schematics
  47. 7.4: Procedure
  48. 7.5: Data Tables
  49. 7.6: Questions
  50. 8: Ladders and Bridges
  51. 8.1: Theory Overview
  52. 8.2: Equipment
  53. 8.3: Schematics
  54. 8.4: Procedure
  55. 8.5: Data Tables
  56. 8.6: Questions
  57. 9: Potentiometers and Rheostats
  58. 9.1: Theory Overview
  59. 9.2: Equipment
  60. 9.3: Schematics
  61. 9.4: Procedure
  62. 9.5: Data Tables
  63. 9.6: Questions
  64. 10: Superposition Theorem
  65. 10.1: Theory Overview
  66. 10.2: Equipment
  67. 10.3: Schematics
  68. 10.4: Procedure
  69. 10.5: Data Tables
  70. 10.6: Questions
  71. 11: Thévenin’s Theorem
  72. 11.1: Theory Overview
  73. 11.2: Equipment
  74. 11.3: Schematics
  75. 11.4: Procedure
  76. 11.5: Data Tables
  77. 11.6: Questions
  78. 12: Maximum Power Transfer
  79. 12.1: Theory Overview
  80. 12.2: Equipment
  81. 12.3: Schematics
  82. 12.4: Procedure
  83. 12.5: Data Tables
  84. 12.6: Questions
  85. 13: Nodal Analysis
  86. 13.1: Theory Overview
  87. 13.2: Equipment
  88. 13.3: Schematics
  89. 13.4: Procedure
  90. 13.5: Data Tables
  91. 13.6: Questions
  92. 14: Mesh Analysis
  93. 14.1: Theory Overview
  94. 14.2: Equipment
  95. 14.3: Schematics
  96. 14.4: Procedure
  97. 14.5: Data Tables
  98. 14.6: Questions
  99. 15: Capacitors and Inductors
  100. 15.1: Theory Overview
  101. 15.2: Equipment
  102. 15.3: Schematics
  103. 15.4: Procedure
  104. 15.5: Data Tables
  105. 15.6: Questions
  106. Back Matter
  107. Index
  108. Glossary
  109. Detailed Licensing