Solid State Devices

Features

• Description
• This unique free application is for all students across the world. It covers 79 topics of Solid state devices in detail. These 79 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. Feedback topology
• 3. Introduction: Special Diodes
• 4. Introduction: Special Diodes
• 5. Varactor Diodes
• 6. Schottky Diode
• 7. Photodiodes
• 8. LEDs(Light Emitting Diodes)
• 9. Tunnel Diodes
• 10. Construction of tunnel diodes
• 11. Characteristics of tunnel diodes
• 12. Zener Diodes
• 13. Zener Breakdown
• 14. Avalanche breakdown
• 15. RC low pass circuit
• 16. RC high pass circuit
• 17. Response to sine wave inputs
• 18. Response to square wave inputs
• 19. RC circuit as differentiator
• 20. RC circuit as integrator
• 21. Compensated attenuator
• 22. Low frequency response of common emitter amplifier
• 23. High frequency response of common emitter amplifier
• 24. Miller's Theorem
• 25. Low frequency response of common source amplifier
• 26. High frequency response of common source amplifier
• 27. Multistage amplifiers
• 28. Cascade amplifiers
• 29. Cascade and Darlington pair
• 30. Cascade connection: Transmission Parameters
• 31. Types of Coupling
• 32. Thermal stability
• 33. Current mirrors
• 34. Linear Operations
• 35. General feedback structure
• 36. Series shunt feedback amplifier
• 37. Shunt series feedback amplifier
• 38. Series-series feedback amplifier
• 39. Shunt-shunt feedback amplifier
• 40. Determination of loop gain
• 41. Stability problem
• 42. Nyquist plot
• 43. Basic principle of sinusoidal oscillator
• 44. A simple two-stage oscillator with RLC in series feedback
• 45. An RLC in series oscillator based upon an operational amplifier
• 46. RC Oscillators
• 47. Wein bridge oscillator
• 48. Operation & working of Wien Bridge Oscillator
• 49. Phase shift oscillator
• 50. Collpit oscillator
• 51. Hartley oscillator
• 52. Clap oscillator
• 53. Crystal oscillator
• 54. 1C 555 Timers
• 55. 1C 555 timer applications
• 56. Voltage Regulators
• 57. Types of Voltage regulators
• 58. Concept of series regulators
• 59. Series pass regulator with feedback
• 60. Concept of shunt regulators
• 61. Concept of switching regulators
• 62. Sample circuit
• 63. Series Circuit
• 64. Hold circuit
• 65. A/D converters
• 66. D/A converters
• 67. Astable multivibrators
• 68. Monostable multivibrators
• 69. TTL/CMOS Monostable Multivibrators
• 70. Schmitt trigger
• 71. VCO
• 72. PLL(phase locked loop)
• 73. Simple active filters
• 74. Low pass active filters
• 75. Notch or band-reject active filters
• 76. Band pass active filters
• 77. Op-amp based configuration
• 78. Fixed voltage 1C regulators
• 79. Adjustable voltage 1C regulators

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