Fundamentals of Electronics Book 1

This book offers a foundational understanding of modern electronic devices and their circuit applications, detailing the basic operation of essential building blocks like operational amplifiers, semiconductor diodes, bipolar junction transistors, and field effect transistors. It helps readers grasp the equilibrium behavior of these components and introduces fundamental electronic circuit concepts, including the difference between linear and non-linear operation, using practical examples such as amplifiers and elementary digital logic gates.

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Chapters

  1. Fundamentals Of Electronics Book 1 (Free teaser)
  2. Synthesis Lectures On Digital Circuits And Systems ($0.25)
  3. Fundamentals Of Electronics Book 1 2 ($0.25)
  4. Operational Amplifiers And Applications ($0.25)
  5. Solution ($0.25)
  6. 14 Differential Amplifiers ($0.25)
  7. 17 Problems ($0.25)
  8. Diode Characteristics And Circuits ($0.25)
  9. 21 Basic Functional Requirements Of An Ideal Diode ($0.25)
  10. 22 Semiconductor Diode Volt Ampere Relationship ($0.25)
  11. 26 Diode Applications ($0.25)
  12. 29 Concluding Remarks ($0.25)
  13. 210 Problems ($0.25)
  14. 211 References ($0.25)
  15. Bipolar Junction Transistor Characteristic ($0.25)
  16. 31 Bjt V I Relationships ($0.25)
  17. 32 The Bjt As A Circuit Element ($0.25)
  18. Solution 2 Graphical Techniques ($0.25)
  19. 34 Modeling The Bjt In Its Regions Of Operation ($0.25)
  20. Example 33 ($0.25)
  21. Solution 2 ($0.25)
  22. Attempt 1 Saturation ($0.25)
  23. Attempt 2 Forward Active ($0.25)
  24. 35 Digital Electronics Applications ($0.25)
  25. 351 A Logic Inverter Circuit ($0.25)
  26. 352 Diode Transistor Logic Gate ($0.25)
  27. Solution 3 ($0.25)
  28. 353 Transistor Transistor Logic Gate ($0.25)
  29. Solution 4 ($0.25)
  30. 36 Biasing The Bipolar Junction Transistor ($0.25)
  31. 361 Fixed Bias Circuit ($0.25)
  32. Solution 1 Analytical ($0.25)
  33. Solution 2 Graphical ($0.25)
  34. 362 Emitter Bias Circuit With Two Power Supplies ($0.25)
  35. 39 Problems ($0.25)
  36. 224 3 Bipolar Junction Transistor Characteristic ($0.25)
  37. 226 3 Bipolar Junction Transistor Characteristic ($0.25)
  38. 310 References ($0.25)
  39. Field Effect Transistor Characteristics ($0.25)
  40. 41 Juction Field Effect Transistors ($0.25)
  41. 411 N Channel Jfet ($0.25)
  42. Saturation Region ($0.25)
  43. 412 The P Channel Jfet ($0.25)
  44. Solution 5 ($0.25)
  45. Solution 6 ($0.25)
  46. 42 Metal Oxide Semiconductor Field Effect Transistors ($0.25)
  47. 421 Depletion Type Mosfet ($0.25)
  48. Ohmic Region ($0.25)
  49. Saturation Region 2 ($0.25)
  50. Solution 7 ($0.25)
  51. 422 Depletion Type Pmosfet ($0.25)
  52. 423 Enhancement Type Mosfets ($0.25)
  53. 424 Enhancement Type Nmosfet ($0.25)
  54. Saturation Region 3 ($0.25)
  55. Cut Off Region ($0.25)
  56. Solution 8 ($0.25)
  57. 43 The Fet As A Circuit Element ($0.25)
  58. 433 N Jfet As A Constant Current Source ($0.25)
  59. 434 Fet Inverter ($0.25)
  60. Example 45 ($0.25)
  61. Solution 1 Using Characteristic Equations For The N Jfet ($0.25)
  62. Solution 2 Graphical Method ($0.25)
  63. Solution 3 Spice Solution ($0.25)
  64. 435 Fet As An Active Load ($0.25)
  65. 45 The Fet As An Analog Switch ($0.25)
  66. Thomas F Schubert Jr ($0.25)