Lectures in this course:40
1 - Introduction to Basic Electronics (56:22)
2 - Electronic Devices 1 (55:08)
3 - Electronics Devices II Resistor in series and parallel (59:49)
4 - Some Useful Laws in Basic Electronics (59:04)
5 - Some Useful Theorems in Basic Electronics (59:52)
6 - Semi Conductor Diodes (59:01)
7 - Applications of Diodes (55:13)
8 - Wave Shaping using Diodes (58:38)
9 - Zener Diode Characteristics (56:30)
10 - Transistors (57:43)
11 - Transistor Biasing - Common Emitter Circuits, Fixed Bias, Collector to base Bias (57:55)
12 - Transistor Biasing - Emitter Current Bias, Thermal Stability (RC Coupled Amplifier) (57:26)
13 - Basic Characteristic of an Amplifier - Simple Transistor model, Common emitter Amplifier (56:51)
14 - Hybrid Equivalent Circuit, H-Parameters (57:41)
15 - Circuit Analysis using H-Parameters (56:01)
16 - Frequency Response of Amplifiers (54:31)
17 - Frequency Analysis (57:59)
18 - Power Amplifiers (56:20)
19 - Differential Amplifiers Circuit (58:07)
20 - Integrated Chip (58:28)
21 - Typical Characteristic of Operation Amplifier (58:19)
22 - Four Types of Feed Back (56:07)
23 - Four Types of Feed Back (55:40)
24 - Mathematical Operations (01:00:32)
25 - Mathematical Operations (55:17)
26 - Mathematical Operations (58:08)
27 - Characteristics of Operation Amplifier (58:29)
28 - Characteristics of Operation Amplifier (56:13)
29 - Characteristics of Operation Amplifier (56:11)
30 - Inverter/Non-Inverter Circuits (57:51)
31 - Applications of Op Amps (57:03)
32 - Non-Linear Op Amp circuits (54:06)
33 - Applications of Op Amps (53:17)
34 - Active Diode Circuits (57:58)
35 - Oscillators (57:19)
36 - Logarithmic and Anti-Logarithmic Amplifier (57:13)
37 - Filters (53:22)
38 - Unit Junction Transistor (55:36)
39 - Silicon Controlled Rectifier (57:06)
40 - Field Effect Transistor (56:06)

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