Basic Electronics
4.0
(2)
26 learners
What you'll learn
This course includes
- 14.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 80 lessons • 14.5 hours of video
Basic Electronics
80 lessons
• 14.3 hours
Basic Electronics
80 lessons
• 14.3 hours
- Basic Electronics by Engineering Funda 04:04
- Basic Electronics Course Trailer 01:51
- Energy Bands and Classification of Solid Material in Electronics Devices & Circuits 11:19
- Types of Semiconductor Materials | Intrinsic & Extrinsic Semiconductor | Engineering Funda 12:23
- PN Junction Diode | Depletion Region | Potential Barrier | Role of Potential Barrier | Electronics 08:48
- VI Characteristics of PN Junction Diode | PN Junction Forward Bias | PN Junction Reverse Bias 09:36
- Dynamic Resistance of Diode | AC Resistance of Diode | Derivation of Dynamic Resistance of Diode 10:34
- Effect of Temperature in PN Junction Characteristics | Basic Electronics | Engineering Funda 14:03
- Diode Testing and Diode Quality Verification | Terminal Identification of Diode | Basic Electronics 05:01
- Ideal Diode and Practical Diode Approximation | Basic Electronics | Engineering Funda 07:11
- Diode Ratings | Voltage Ratings of Diode | Current Ratings of Diode | Power Ratings of Diode 09:11
- Half Wave Rectifier (Basics, Circuit, Working & Waveforms) Explained 06:40
- Parameters of Half Wave Rectifier (Average & RMS DC voltage/Current, PIV, Form & Ripple Factor) 10:21
- Full Wave Rectifier (Basics, Circuit, Working & Waveforms) Explained 08:50
- Full Wave Bridge Rectifier (Basics, Circuit, Working & Waveforms) Explained 09:13
- Parameters of Full Wave Rectifier (Average & RMS DC voltage/Current, PIV, Form & Ripple Factor) 12:35
- Half Wave Rectifier Vs Full Wave Rectifier Vs Bridge Rectifier, Rectifier Comparison with Parameters 12:12
- Requirements of Filters in Rectifier | Filter Basics in Rectifier | Need of Filters in Rectifier 08:47
- Capacitor Filter in Rectifier (Basics, Working, Waveforms & Drawbacks) Explained 12:06
- Inductor Filter in Rectifier (Basics, Working, Waveforms & Drawbacks) Explained 10:17
- Pi Filter and T Filter in Rectifier (Basics, Working, Waveforms & Parameters) Explained 16:01
- Linear and Non-Linear Wave Shaping Circuit (Basics, Components, VI Relationship & Example) Explained 08:55
- Clipper Circuits (Basics, Types, Working & Waveforms) Explained 08:45
- Biased Clipper Circuits (Basics, Types, Working & Waveforms) Explained 09:43
- Combinational Clipper (Basics, Circuit, Working & Waveforms) Explained 11:25
- Examples of Clipper Circuits | Solved Problems of Clipper Circuits | Waveforms of Clipper Circuits 12:11
- Clamper Circuits (Basics, Working & Waveforms) Explained | Positive Clamper & Negative Clamper 10:58
- Clipper Circuits Vs Clamper Circuits | Parameters of Clipper Circuits & Clamper Circuits 04:23
- Zener Diode (Basics, Symbol, Characteristics, Applications, Pros & Cons) Explained 09:53
- Zener Diode as Voltage Regulator | Parameters & Example of Zener Diode as Voltage Regulator 09:49
- Solved Problems of Zener Diode as Voltage Regulator | Zener Diode Parameters | Basic Electronics 15:57
- Solved Examples of Diode Applications | Basic Electronics | Engineering Funda 13:49
- BJT - Bipolar Junction Transistor (Basics, Meaning, Symbols, Structure, Applications, Pros & Cons) 12:16
- BJT Operational Regions | Saturation Region of BJT | Active Region of BJT | Cut Off Region of BJT 08:57
- BJT Working | BJT Working with Common Base & Common Emitter Configuration | Basic Electronics 13:25
- Common Base Configuration of BJT | Input Characteristics of BJT | Output Characteristics of BJT 14:03
- Common Emitter Configuration of BJT | Input Characteristics of BJT | Output Characteristics of BJT 13:48
- Relationship of α, β and ϒ in BJT | Derivation of Relationship of α, β and ϒ in BJT | Electronics 09:52
- Comparison of CB, CE and CC Configuration of BJT | Parameters of CB, CE and CC Configuration of BJT 11:56
- DC Load Line and Q Point of BJT | Measure of Selection of Q Point in BJT | Basic Electronics 18:57
- Bias Stabilization of BJT | Parameters of Bias Stabilization of BJT | DC Load Line & Q Point of BJT 11:23
- Stability Factor of BJT | Stability Factor for Common Emitter Configuration | DC Load Line of BJT 06:23
- Fixed Bias of BJT or Base Bias of BJT (Basics, Circuit, Parameters, Example & Stability) Explained 11:38
- Emitter Bias of BJT (Basics, Circuit, Parameters, Example & Stability) Explained 13:21
- Collector Feedback Bias of BJT (Basics, Circuit, Parameters, Example & Stability) Explained 13:11
- Voltage Divider Bias of BJT (Basics, Circuit, Parameters, Example & Stability) Explained 15:44
- 1. Solved Examples of Transistor Biasing | Fixed Bias Transistor Example | Emitter Bias BJT Example 12:53
- 2. Solved Examples of Transistor Biasing | Voltage Divider Bias Transistor Example | Electronics 14:19
- 3. Solved Examples of Transistor Biasing | Voltage Divider Bias Transistor Example | Electronics 12:20
- Transistor as Switch | Turn ON and Turn OFF Mechanism of Transistor | Basic Electronics 05:58
- Coupling Capacitors with Transistor | Basics & Working of Coupling Capacitors with Transistor 08:51
- AC Analysis of BJT | Steps for AC Analysis with BJT | AC Equivalent Circuit of BJT | Electronics 08:44
- AC Load Line of BJT | AC Load Line for Common Emitter BJT | Basics of AC Load Line of BJT 11:34
- Hybrid Parameters of BJT | BJT as Two Port Network | Equations of H Parameters of BJT | Electronics 16:00
- Equivalent Circuit of Hybrid Model of BJT | H parameter Equations for BJT | Hybrid Model of BJT 10:46
- re Model of BJT | Derivation re Model of Common Emitter BJT | re Model of Common Emitter BJT 17:39
- Hybrid Pi Model of BJT | Parameters of Hybrid Pi Model of BJT | Types of Hybrid Pi Model of BJT 20:07
- Common Emitter Amplifier using BJT (Basics, Circuit, Output, Parameters & Components) Explained 11:23
- 1 - Solved Examples of BJT | Basic Electronics | Engineering Funda 14:23
- 2 - Solved Examples of BJT | Basic Electronics | Engineering Funda 14:33
- 3 - Solved Examples of BJT | Basic Electronics | Engineering Funda 13:48
- Darlington Pair of BJT (Basics, Circuit, Current Gain, Base Emitter Voltage & Advantages) Explained 10:36
- Comparison of FET and BJT based on different Parameters | Basic Electronics | Engineering Funda 10:07
- JFET (Basics, Symbol, Structure, Working & Characteristics) Explained 15:45
- JFET as Voltage Controlled Resistor | Basic Electronics | Engineering Funda 09:10
- Transfer Characteristics of JFET | Basic Electronics | Engineering Funda 08:07
- Parameters of JFET (Pinch Off Voltage, Drain Resistance, Transconductance & Amplification Factor) 09:21
- Solved Examples of JFET | Basic Electronics | Engineering Funda 12:07
- Use of Function Generator and Waveform on Oscilloscope CRO in Multisim | Engineering Funda 06:52
- VI Characteristics of PN Junction Diode in Multisim | Engineering Funda 05:30
- Zener Diode Characteristics and Zener Diode as Voltage Regulator in Multisim | Engineering Funda 08:55
- Halfwave Rectifier with and without Filter in Multisim | Engineering Funda 08:19
- Full wave Rectifier with and without filter in Multisim | Engineering Funda 09:13
- Full wave Bridge Rectifier with and without Filter in Multisim | Engineering Funda 08:39
- AND Gate and OR Gate using diode in Multisim | Engineering Funda 05:19
- Logic Gates - AND Gate, NAND Gate, OR Gate, NOR Gate, XOR Gate, XNOR Gate & NOT Gate in Multisim 10:15
- Clipper Circuit, Positive Clipper, Negative Clipper in Multisim | Engineering Funda 11:03
- Common Emitter Characteristics of NPN Transistor in Multisim | Engineering Funda 11:36
- Frequency Response of Common Emitter BJT Amplifier in Multisim | Engineering Funda 10:52
- FET characteristics in Multisim | Engineering Funda 09:33
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