Analog Electronics

Features

• This unique free application is for all students across the world. It covers 145 topics of Analog electronics in detail. These 145 topics are divided in 7 units.
• Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.
• This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.
• Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.
• Some of topics Covered in this application are:
• 1. Ideal diode
• 2. Semiconductor materials- Resistivity.
• 3. Semiconductor materials Ge and Si
• 4. Energy levels
• 5. Extrinsic materials n-Type
• 6. Extrinsic materials p-Type
• 7. Electron versus Hole Flow
• 8. Majority and Minority Carriers
• 9. Semiconductor diode
• 10. P-N junction with no external bias
• 11. P-N junction with Reverse-Bias Condition
• 12. P-N junction with Forward-Bias Condition
• 13. Silicon semiconductor diode characteristics
• 14. Zener Region
• 15. General characteristics of a semiconductor diode
• 16. Temperature Effects Silicon Doide
• 17. DC or Static Resistance
• 18. AC or Dynamic Resistance
• 19. Average AC Resistance
• 20. Diode equivalent circuits-Piecewise-Linear Equivalent Circuit
• 21. Simplified equivalent circuit for the silicon semiconductor diode
• 22. Transition and diffusion capacitance
• 23. Reverse recovery time
• 24. Light-emitting diodes
• 25. Load-line analysis
• 26. Diode approximations
• 27. Series diode configurations with dc inputs
• 28. Half-wave rectifier
• 29. Effect of VT on half-wave rectified signal
• 30. Peak Inverse Voltage PIV (PRV).
• 31. Full-wave rectification-Bridge Network
• 32. Peak Inverse Voltage PIV-Bridge Network
• 33. Center-Tapped Transformer
• 34. Center-Tapped Transformer-PIV
• 35. Series-Clippers
• 36. Parallel-biased clipper
• 37. Clampers
• 38. Zener diodes
• 39. Zener diodes- Fixed Vi, Variable RL
• 40. Zener diodes- Fixed RL, Variable Vi
• 41. Halfwave-Voltage Doubler
• 42. Full-wave-Voltage Doubler
• 43. Voltage Tripler and Quadrupler
• 44. Introduction to Transistor Biasing
• 45. Proper zero signal collector current
• 46. Proper minimum base-emitter voltage
• 47. Proper minimum VCE at any instant
• 48. Operating point
• 49. Stabilization.
• 50. Stability Factor
• 51. Transistor Biasing-Base Resistor Method
• 52. Transistor Biasing- Emitter Bias Circuit
• 53. Emitter Bias Circuit-Collector current (IC).
• 54. Emitter Bias Circuit-Collector-emitter voltage (VCE).
• 55. Emitter Bias Circuit-Stability
• 56. Biasing with Collector Feedback Resistor
• 57. Voltage Divider Bias Method.
• 58. Voltage Divider Bias Method-Circuit analysis
• 59. Voltage Divider Bias Method- Stabilization and Stability factor
• 60. Stability Factor for Potential Divider Bias
• 61. Design of Transistor Biasing Circuits
• 62. Mid-Point Biasing
• 63. Silicon Versus Germanium
• 64. Instantaneous Current and Voltage Waveforms
• 65. Bias compensation methods- Diode compensation for VBE
• 66. Bias compensation methods- Diode compensation for ICO .
• 67. Bipolar transistor
• 68. Bipolar transistor-Junction Biasing
• 69. Relation between different currents in a transistor
• 70. BJT-Common Base Configuration
• 71. BJT-Common Base Configuration-Output Characteristics
• 72. BJT-Common Base Configuration- Input Characteristic
• 73. Equivalent circuit of a transistor: (Common Base)
• 74. Common Base Amplifier
• 75. Common Base Amplifier-AC equivalent circuit
• 76. BJT-Common Emitter Configuration
• 77. BJT- Common Emitter Configuration- Input Characteristic:
• 78. BJT-Common Emitter Configuration-Output Characteristic:
• 79. Common Emitter Configuration-Large Signal Current Gain
• 80. Small Signal CE Amplifiers
• 81. Analysis of CE amplifier
• 82. CE amplifier-Phase Inversion
• 83. Common Collector Amplifier-Voltage gain
• 84. Swamped Amplifier
• 85. Common Collector Amplifier

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