Analog Electronics (English) (Part 1)

   Saturday, January 13, 2024   

Starting a new Lecture Notes Series on Analog Electronics

Youtube Lecture Playlist Credits 

Channel Name: ALL ABOUT ELECTRONICS

So Let Us Start to This Journey of Learning 

Analog Electronics By Lecture Notes together!

Lecture 1: Introduction to Diode: What is Diode ? V-I characteristics of the Diode Explained

Lecture 2: Semiconductor: What is Intrinsic and Extrinsic Semiconductor ? P-Type and n-Type Semiconductor

Lecture 3: PN junction Diode Explained | Forward Bias and Reverse Bias

Lecture 4: Avalanche Breakdown and Zener Breakdown Effect Explained

Lecture 5: Diode Resistance Explained (DC Resistance, AC Resistance and Average AC Resistance Explained)

Lecture 6: How to Solve the Diode Circuits (Explained with Examples)

Lecture 7: Diode Circuit Solved Problem | Quiz # 54

Lecture 8: Diode Circuits Solved Example | Quiz # 244

Lecture 9: Diode Solved Problems | Quiz # 110 and Quiz # 114

Lecture 10: What happens when two different diodes are connected in parallel? (Analog Electronics) | Quiz # 64

Lecture 11: Diode Circuit Solved Problem | Quiz # 413

Lecture 12: Solved Problem on Diode Circuit | Quiz # 452

Lecture 13: Diode Circuits Solved Problem | Quiz # 40

Lecture 14: Diode Circuit Solved Problem | Quiz # 80

Lecture 15: Solved Problems on Diode Circuits | Quiz # 112 and 116

Lecture 16: Diode Circuit Solved Example | Quiz # 262

Lecture 17: Diode Circuit Solved Problem | Quiz # 264

Lecture 18: Diode Circuits Solved Problems | Quiz # 298

Lecture 19: Quiz # 188 (Diode Circuit- Analog Electronics / Basic Electronics)

Lecture 20: Diode Circuit Solved Problem | Quiz # 392

Lecture 21: Solved Problem on Diode Circuit | Quiz # 289

Lecture 22: Solved Problem on the Diode | Quiz # 303

Lecture 23: Half wave Rectifier Explained

Lecture 24: Full wave Rectifier Explained

Lecture 25: How to calculate the RMS and Average value of Half wave Rectifier and Full wave rectifier

Lecture 26: Calculation of Ripple Factor and Ripple Voltage for Half wave Rectifier and Full wave Rectifier

Lecture 27: What is Precision Rectifier? Precision Rectifier Explained

Lecture 28: Peak Detector Circuit Explained

Lecture 29: What is Zener Diode ? Zener Diode as a Voltage Regulator Explained (with solved Examples)

Lecture 30: Solved Problems on the Zener Diode

Lecture 31: Half Wave Rectifier Solved Problem | Quiz # 357

Lecture 32: Zener Diode as Voltage Regulator | Quiz # 69

Lecture 33: Quiz # 165 (Analog Electronics - Zener Diode)

Lecture 34: Zener Diode Solved Problem (Analog Electronics) | Quiz # 184

Lecture 35: Zener Diode Solved Problem | Quiz # 234

Lecture 36: Zener Diode Solved Problem (Zener Diode as Voltage Regulator)| Quiz # 318

Lecture 37: Schottky Diode Explained

Lecture 38: Light Emitting Diode (LED) Explained (Working, Advantages and Types of LED Explained)

Lecture 39: What is Photodiode ? How Photodiode Works ? Photodiode Explained

Lecture 40: Varactor Diode Explained (Working, Specifications and Applications of Varactor Diode)

Lecture 41: Clipper Circuit Explained (with Solved Examples)

Lecture 42: Active Clipper Circuit (Clipper Circuit using op-amp) Explained

Lecture 43: Clamper Circuit Explained

Lecture 44: Active Clamper Circuit (Clamper Circuit using Op-Amp) Explained

Lecture 45: Solved Problems on Clipper and Clamper Circuits

Lecture 46: Clipper Circuit Solved Example | Quiz # 108

Lecture 47: Quiz # 173 (Analog Electronics - Clamper Circuit)

Lecture 48: Clamper Circuit Solved Example | Quiz # 241

Lecture 49: Clipper Circuit Solved Example | Quiz # 288

Lecture 50: Voltage Multiplier Circuit Explained (Voltage Doubler, Voltage Tripler and Quadrupler Circuits)

Lecture 51: Introduction to Bipolar Junction Transistor (BJT)

Lecture 52: BJT : Common Base Configuration Explained

Lecture 53: BJT: Common Emitter Configuration (Input and Output Characteristics) Explained

Lecture 54: BJT: Common Collector Configuration (Input and Output Characteristics) Explained

Lecture 55: Quiz # 174 (Analog Electronics - BJT)

Lecture 56: Transistor Biasing: What is Q-point? What is Load Line? Fixed Bias Configuration Explained

Lecture 57: Transistor Biasing: Emitter Stabilized Bias and Emitter Bias Configuration Explained

Lecture 58: How to identify the Saturation in BJT? What is Hard Saturation? Transistor as a Switch Explained

Lecture 59: BJT: Voltage Divider Bias Configuration

Lecture 60: BJT (Bipolar Junction Transistor) Solved Problem | Quiz # 449

Lecture 61: BJT: Collector Feedback Bias Explained

Lecture 62: BJT: Bias Stabilization and Stability Factor for the Fixed Bias Configuration

Lecture 63: BJT: Stability Factors S, S' and S'' for Voltage Divider Bias

Lecture 64: BJT: Stability Factors S, S' and S'' for Collector Feedback Bias

Lecture 65: Astable Multivibrator using BJT Explained

Lecture 66: Monostable Multivibrator using BJT Explained

Lecture 67: Bistable Multivibrator using BJT Explained

Lecture 68: BJT Large Signal Model Explained

Lecture 69: BJT - Small Signal Model Explained

Lecture 70: BJT- Early Effect (Base Width Modulation) Explained

Lecture 71: BJT Small Signal Analysis: Common Emitter Fixed Bias and Voltage Divider Bias

Lecture 72: BJT Small Signal Analysis: Common Emitter Amplifier without Bypass Capacitor

Lecture 73: BJT- Emitter Follower (Common Collector Amplifier) Explained with Solved Example

Lecture 74: BJT- Common Base Amplifier Explained

Lecture 75: BJT- Small Signal Analysis: Collector Feedback Configuration (with Solved Example)

Lecture 76: BJT- Current Mirror Explained

Lecture 77: BJT- Current Mirror Solved Example | Quiz # 252

Lecture 78: BJT- Current Mirror Solved Example | Quiz # 252

Lecture 79: BJT- Current Mirror | Quiz # 263

Lecture 80: BJT- Current Mirror Solved Problem | Quiz # 272

Lecture 81: BJT- Multistage Amplifier Explained (with Example)

Lecture 82: Darlington Pair Explained | The Darlington Pair as a Switch

Lecture 83: Darlington Pair | Quiz # 259

Lecture 84: Darlington Amplifier Explained | Darlington Pair as an Amplifier

Lecture 85: BJT: Differential Amplifier Explained

Lecture 86: BJT- Differential Amplifier (Large Signal Analysis)

Lecture 87: BJT - Differential Amplifier (Small Signal Analysis - Differential Gain, Common mode Gain and CMRR)

Lecture 88: What is Field Effect Transistor (FET)? || Differences between BJT and FET || Types of FET

Lecture 89: JFET: Construction and Working Explained

Lecture 90: JFET Transfer Characteristics Explained

Lecture 91: JFET Biasing: Fixed Bias Configuration Explained (with Solved Examples)

Lecture 92: JFET: Self Bias Configuration Explained (with Solved Examples)

Lecture 93: JFET Solved Problems | Quiz # 82 and Quiz # 85

Lecture 94: JFET- Voltage Divider Bias Configuration Explained (with Solved Example)

Lecture 95: BJT/ JFET Solved Problem (Analog Electronics) | Quiz # 299

Lecture 96: MOSFET- Depletion Type MOSFET Explained (Construction, working and Characteristics Explained)

Lecture 97: MOSFET - Enhancement Type MOSFET Explained (Construction, Working and Characteristics Explained)

Lecture 98: MOSFET Solved Problem | Quiz # 212

Lecture 99: How to use MOSFET as a Switch ? MOSFET as a Switch Explained

Lecture 100: MOSFET as a Switch | Quiz # 300

Lecture 101: MOSFET Biasing: Depletion Type MOSFET Biasing (Fixed Bias, Self Bias and Voltage Divider Bias)

Lecture 102: MOSFET Biasing Solved Problem | Quiz # 302