Electronics, Microelectronics, Element Base

All lectures: All lectures at the Academy of Intelligence on the discipline: electronics, microelectronics, element base. These fascinating lectures provide us with the opportunity to explore the deep principles and phenomena underlying our knowledge and our desire to understand the world.
1. Physical and theoretical foundations of the design of electronic devices
2. Element base of electronic devices. Circuitry. Electronic devices
3. Electronics (Component Base and Operating Principles)
4. Electronics Electrical conductivity of semiconductors
5. Element base of modern electronic devices
6. Diodes, Zener diode, Varicaps, LEDs basic concepts
7. Zener diodes
8. Secondary Power Supply
9. Full-wave rectifier principle of operation of the rectifier
10. Full-wave bridge rectifier
11. Smoothing Filters
12. Full-Wave Bridge Rectifier with Smoothing Capacitive Filter
13. External characteristics of rectifiers
14. Three Phase Rectifiers
15. Parametric voltage regulator
16. Bipolar Transistors Transistor Switching Circuits Volt-Ampere Characteristics of BPT
17. Field effect transistors (PT)
18. IGBT - power transistors - Insulated Gate Bipolar Transistor
19. Thyristors and Dinistors, Operating principle, operating modes, characteristics and diagnostics of faults
20. Triac as an element of constructing circuits
21. Managed rectifiers. thyristor
22. Electrical Signal Amplifiers Amplifier Modes
23. Voltage Amplifier at BPT Analytical Amplifier Calculation Method Graphical Amplifier Calculation Amplifier Characteristics
24. Amplifying stage with temperature stabilization
25. Emitter Repeater (Current Amplifier)
26. Field-effect transistor amplifier
27. Multi-stage amplifiers
28. The influence of OOS on the parameters of the amplifier and its characteristics
29. Power Amplifiers Transformerless Power Amplifier
30. DC amplifiers
31. Differential Amplifiers
32. Single ended differential amplifier
33. Operational Amplifiers Parameters of the Operational Amplifier Symbols of an OU Characteristics of the Operational Amplifier
34. Circuit design of electronic devices based on operational amplifiers Totalizer Differentiator Integrator
35. Electrical Signal Generators
36. TRIGGER SCHMIDTA
37. Multivibrators Asymmetrical Multivibrator Single Vibrator
38. Analysis and synthesis of logic circuits
39. Triggers Asynchronous RS-trigger T-triggers Synchronous RS trigger D-trigger JK-trigger
40. Digital Counters Asynchronous Decimal Counter Synchronous Counters
41. Registers Types of RG Registers Parallel Serial
42. Digital to Analog Converters (D / A Converters) and Analog-to-Digital Converters (A / D Converters)
43. Microprocessor coprocessors Internal architecture MP Basic commands MP
44. Digital storage devices Parallel register Memory registers on triggers The main characteristics of memory Classification of memory:
45. Random Access Memory (RAM) Dynamic RAM
46. ROM ROMs
47. tasks and examples DIODES, RECTIFIERS
48. Tasks and examples of STABILIZER
49. Tasks and examples Transistors, amplifiers
50. Tasks and Examples Operational Amplifiers
51. Electronics
52. MODERN ELECTRONICS
53. CONDUCTIVITY OF SEMICONDUCTORS
54. Thermistor and posistor принцип работы, примеренение
55. Delay line - device, types, purpose, principle of operation
56. Quartz resonator. Design. The principle of operation and properties
57. Resistor. Kinds. Specifications
58. Electric capacitor Types of Characteristics
59. Inductor. Kinds. Specifications
60. transceiver Microchip powered by radio waves
61. Astable (unstable) multivibrator operating principle, advantages and disadvantages, application
62. Electric Current Rectifier - Concept, Purpose, Classification and Application
63. Electronic (Electro Magnetic) Relay
64. Time relay
65. Ionistor (supercapacitor, ultracapacitor, two-layer electrochemical capacitor)
66. Universal and Pulse Diodes: General Information
67. Types of semiconductor diodes
68. Pin diode
69. Inverted diode
70. Tunnel diode. Principle of Operation Parameters
71. Conventional graphic symbols for digital and analog technology
72. 1. BASIC TERMS AND DEFINITIONS OF ELECTRICAL SCHEMES
73. 2. CONDITIONAL GRAPHIC DESIGNATIONS OF ELEMENTS OF ELECTRICAL SCHEMES
74. 4. TYPES OF ELECTRICAL SCHEMES
75. Designations alphanumeric in electrical circuits (GOST 2.710-81)
76. Midpoint rectifier. Concept and principle of work
77. High-Temperature and Diamond Electronics: Applications, Features, and Designs
78. Atomtronics is a field of ultracold atomic physics
79. Suppressors (Protective Diodes): Voltage Limiting Semiconductors
80. CMOS (complementary metal-oxide-semiconductor) technology for manufacturing microchips and transistors
81. MOS Structure: Manufacturing Technology for Integrated Circuits and Discrete Field-Effect Transistors (Metal-Oxide-Semiconductor)
82. Transistor-Transistor Logic (TTL)
83. Solid State Relays: Features, Types, Advantages and Disadvantages
84. Varactor and Varicap: Operating Principle and Parameters
85. Protecting Electronic Equipment Components Using Shunting
86. Optotriac and Phototriac: Operating Principle and Applications
87. Diode Circuits: Examples of Applications
88. Electrical Junctions in Semiconductors: The P-n Junction, Its Formation and Key Parameters, I-V Characteristic, Capacitance, and Breakdown
89. Fuses: Types, Operating Principle, and Characteristics
90. Memristor: The Fourth Passive Element of Electrical Engineering
91. Electrical Elements as a Conceptual Abstraction: Types
92. The Memristor: the Fourth Passive Element of Electrical Engineering
93. The Memristor: The Fourth Fundamental Passive Circuit Element
94. Memristor: Theory and Implementation of the Fourth Passive Electrical Element
95. Мемистор - электрохимический компонент электронной техники (хемотрон)
96. Laser Diodes and Their Drivers: Symbols, Types, and Wiring. Structure, Operation, Applications, and Differences Between Laser Diodes and LEDs
97. Peltier Element (Seebeck Generator): Operating Principle, Designation, and Applications
98. Optocouplers and Phototriacs: Types, Operating Principles, and Applications
99. Phototristor: Parameters and Schematic Symbol
100. Bipolar and Field-Effect Phototransistors: Circuit Symbols, Design, and Operating Principle
101. Photodiode and Heterophotodiode: Operating Principle, Classification, and Applications
102. Integrated Amplifiers: Integrated Operational Amplifiers
103. Low-Frequency, High-Frequency, and Microwave Diodes (LF, HF, and Microwave) — Features, Classification, Operating Principle, Design, and Diagnostics
104. Semiconductor Diode: Ideal and Real Devices, Classification, Parameters, Symbols, Operating Principle, and I-V Curve
105. Holographic Storage Devices
106. Semiconductor, Integrated, Film, and Hybrid Microchips
107. Surge Protective Devices (SPDs) - Classification, Selection, and Operating Principle
108. Quadrac: A Special Type of Thyristor
109. DIAC and SIDAC
110. Organic Field-Effect Transistor (OFET)
111. NOMFET - A Field-Effect Transistor with Organic Nanoparticle-Based Memory
112. Organic (Plastic) Electronics
113. Types of SSD Solid-State Drives, Their Parameters, NAND/NOR and SLC/MLC/QLC, Write Endurance, Reliability
114. Symbols for Fuses, Circuit Breakers, and Protective Devices
115. Electric Motor Symbols
116. Electrical Transformer Symbols Explained
117. Symbols for Generators and Alternators Used in Electrical Schematics
118. Resistor Symbols and Their Meanings
119. Capacitor Symbols and Their Meanings
120. Symbols for Solenoids, Chokes, and Inductors
121. Switch and Button Symbols in Electrical Diagrams
122. Electromagnetic Relay Symbols in Electrical Diagrams
123. Schematic Symbols for Semiconductor Diodes
124. Schematic Symbols for Bipolar and Field-Effect Transistors
125. Symbols for Thyristors, Triacs, and Diacs
126. Symbols for Electronic Digital Circuits
127. Schematic Symbols for Electronic Filters
128. Tunnel Field-Effect Transistor (TFET)
Complain