Analog Electronics or Analog Circuit

This is core subject for ECE , EEE and Electronics Science BCs, MSc students. This subjects deal with all circuit of Diodes,Transistor & FETs. In competitive exam like ESE,GATE,PSU this subject has highest weight among all other subjects.

183 videos · R K Classes

• Syllabus Topics & Importance of Analog Electronics | Analog Electronics | R K Classes | Hindi+Eng |
• Lec-1 Why we study Rectifiers | Importance in Electronics | Analog Electronics | R K Classes | Hindi
• Lec-2 Half Wave Rectifier Working | Analog Electronics | R K Classes | Hindi+Eng |
• Lec 3 DC output Current of Half Wave Rectifier with Derivation | A E | R K Classes | Hindi+Eng |
• Lec-4 RMS Current of Half Wave Rectifier | Analog Electronics | R K Classes | Hindi + Eng |
• Lec-5 Ripple Factor of Half Wave Rectifier | Input Power of HWR | A E | R K Classes | Hindi+Eng |
• Lec-6 Efficiency, Peak Inverse Voltage( PIV ) of Half Wave Rectifier | AE | R K Classes | Hindi+Eng|
• Lec-7 Form Factor & Conduction Angle of Half Wave Rectifier | A E | R K Classes | Hindi+Eng |
• Lec-8 Problems on Half Wave Rectifier | Analog Electronics | R K Classes | Hindi+Eng |
• Lec-9 Working of Centre Tapped Full Wave Rectifier | A E | R K Classes | Hindi+Eng |
• Lec-10 DC and RMS Output Current of Centre Tap Full Wave Rectifier | A E | R K Classes | Hindi+Eng |
• Lec -11 Ripple Factor & Efficiency of Centre Tap Full Wave Rectifier | A E | R K Classes| Hindi+Eng|
• Lec-12 Form Factor, Conduction Angle, Peak Inverse Voltage, Disadv.. of FWR | A E | R K Classes |
• Lec-13 Working of Full Wave Bridge Rectifier with Basics | A E | R K Classes | Hindi+Eng |
• Lec-14 Analysis of Bridge Rectifier | Analog Electronics| R K Classes |Hindi| Continue in next video
• Lec-14 Peak Inverse Voltage of Bridge Rectifier Part-1 | Analog Electronics | R K Classes | Hindi |
• Lec-15 Basics of Voltage Regulator & Zener Diode | Analog Electronics | R K Classes | Hindi |
• Lec-16 Voltage Regulator using Zener Diode | Analog Electronics | R K Classes | Hindi |
• Lec-17 Solved Problem on Voltage Regulator using Zener Diode | A E | R K Classes | Hindi |
• Lec-18 Solved Problems on Voltage Regulator using Zener Diode | A E | R K Classes | Hindi |
• Lec-19 Voltage Regulator using Op-Amp Controlled Series Regulator | A E | R K Classes | Hindi |
• Lec-20 Solved Problem on Voltage Regulator using Op-Amp Part 1 | A E | R K Classes | Hindi |
• Lec-21 Solved Problem on Voltage Regulator using Op-Amp Part-2 | A E | R K Classes | Hindi |
• Lec-22 Linear Wave Shaping Circuit- High Pass Filter Complete Details | A E | R K Classes | Hindi |
• Lec-23 Linear Wave Shaping Circuit- Low Pass Filter Complete Details | A E | R K Classes | Hindi |
• Lec-24 Introduction to Clippers & Applications | A E | R K Classes | Hindi |
• Lec-25 Peak Clipper- Positive, Negative Peak Clipper, Output Waveform | A E | R K Classes | Hindi |
• Lec-26 Negative Clipper, Below Reference Clipper with Transfer Function | AE | R K Classes | Hindi |
• Lec-27 Problems Based on Shunt Clipper | A E | R K Classes | Hindi |
• Lec-28 Two Level Shunt Clipper with Transfer Characteristics | A E | R K Classes | Hindi |
• Lec-29 Solved Problem on Two Level Shunt Clipper | A E | R K Classes | Hindi |
• Lec-30 Series Clipper with Transfer Characteristics | A E | R K Classes | Hindi |
• Lec-31 Solved Problems on Clipper Circuit | A E | R K Classes | Hindi |
• Lec-32 Introduction to Clamper Circuit & Types | A E | R K Classes | Hindi |
• Lec-33 Negative Clamper Circuit, Working, Output Waveform | A E | R K Classes | Hindi |
• Lec-34 Disadvantage of Ideal Clamper, Practical Clamper Circuit | A E | R K Classes | Hindi |
• Lec-35 Solved Problem Based on Practical Clamper Circuit ,Tilt of Clamper |A E| R K Classes| Hindi |
• Lec-36 Positive Clamper- Circuit, Working, Waveforms or -ve Peak Clamper| A E| R K Classes | Hindi |
• Lec-37 Solved Problem on Clamper Circuit | A E | R K Classes | Hindi |
• Lec-38 Voltage Multiplier Circuit, Working -Voltage Doubler Complete | A E | R K Classes | Hindi |
• Lec-39 Transistor Biasing Basics & DC Load Line of Transistor | A E | R K Classes | Hindi |
• Lec-40 Solved Problems on Slope of DC Load Line of Transistor Circuit | A E | R K Classes | Hindi |
• Lec-41 Operating Point or Q Point or Bias Point of Transistor | A E | R K Classes | Hindi |
• Lec-42 Analysis of Q Point Based on Temperature Variation | A E | R K Classes | Hindi |
• Lec-43 Stability Factor of Transistor | R K Classes | Hindi |
• Lec-44 Procedure to Find Stability Factor (S) of Transistor Circuit | A E | R K Classes | Hindi |
• Lec-45 Fixed-Bias Configuration of a Transistor with Stability Factor | A E | R K Classes | Hindi |
• Lec-46 Collector to Base Biased Transistor Circuit with Stability Factor | A E | R K Classes |Hindi|
• Lec-47 Voltage Divider Bias Circuit or Self Bias with Stability Factor | A E | R K Classes | Hindi |
• Lec-48 Solved Problem on Q Point of Transistor Circuit | A E | R K Classes | Hindi |
• Lec-49 Solved Problems on Transistor Biasing & Stabilization Method | A E | R K Classes | Hindi |
• Lec-50 Introduction to Current Mirror Circuit & Advantages | R K Classes | Hindi |
• Lec-51 Wildar Current Source- Basics, Derivation, Output R, Advantages | A E | R K Classes | Hindi |
• Lec-52 Solved Problem Based on Current Mirror Circuit | A E | R K Classes | Hindi |
• Lec-53 Transistor Bias Compensation- Diode Compensation Technique| A E | R K Classes | Hindi |
• Lec-54 Thermistor, Sensistor & Self Biasing Compensation | A E | R K Classes | Hindi |
• Lec-55 Introduction to Thermal Runaway of Transistor | A E | R K Classes | Hindi |
• Lec-56 Introduction to Thermal Resistance | R K Classes | Hindi |
• Lec-57 Condition to Avoid Thermal Runaway in BJT & Power Derating Curve | AE | R K Classes | Hindi |
• Lec-58 Solved Problem Based on Thermal Resistance (Q) | A E | R K Classes | Hindi |
• Lec-59 How BJT Works as Amplifier with example | A E | R K Classes | Hindi |
• Lec-60 Small & Large Signal Variation, Small Signal Models of BJT | A E | R K Classes | Hindi |
• Lec-61 Equivalent Circuit of BJT Amplifier using Hybrid Model | A E | R K Classes | Hindi |
• Lec-62 BJT AC Analysis- Current Gain, Input Resistance, Voltage Gain using Hybrid Model | A E |Hindi
• Lec-63 Output Resistance of BJT Amplifier Using Hybrid Model | A E | R K Classes | Hindi |
• Lec-64 Overall Input Resistance, Voltage Gain of BJT Amplifier using h Parameters| R K Classes |
• Lec-65 Approximate Hybrid Equivalent model of BJT Amplifier | A E | R K Classes | Hindi |
• Lec-66 Common Emitter With Bypass Capacitor using Hybrid Model | A E | R K Classes | Hindi |
• Lec-67 AC Analysis of CE Transistor with Pass By Capacitor using Hybrid Model | R K Classes| Hindi |
• Lec-68 BJT Small Signal Analysis-Common Emitter Amplifier without Bypass Capacitor | R K Classes |
• Lec-69 AC Analysis of Common Emitter Amplifier without Bypass Capacitor | A E | R K Classes | Hindi|
• Lec-70 AC Analysis of Common Base Amplifier using Hybrid Model | A E | R K Classes | Hindi |
• Lec-71 AC Analysis of Common Base Amplifier using Hybrid Model Part-2 | A E | R K Classes | Hindi |
• Lec-72 AC Analysis of Common Collector Amplifier using Hybrid Model | A E | R K Classes | Hindi |
• Lec-73 AC Analysis of Common Collector Amplifier using Hybrid Model Part-2 | A E |R K Classes|Hindi|
• Lec-74 Comparison Between CE, CB, CC Configuration of BJT Amplifier | A E | R K Classes | Hindi |
• Lec-75 Problem Based on AC Analysis of Common Emitter Amplifier using Hybrid Model |A E| R K Classes
• Lec-76 Solved Problem on AC Analysis of Common Base Amplifier using Hybrid Model | A E | R K Classes
• Lec-77 Solved Problem on Common Collector Amplifier using Hybrid Model | A E | R K Classes | Hindi |
• Lec-78 Introduction to Miller's Theorem for Transistor Amplifier and Uses| A E | R K Classes |Hindi
• Lec-79 Solved Problem Based on Miller's Theorem | A E | R K Classes | Hindi |
• Lec-80 Introduction to Hybrid-π Model of BJT with Parameters | A E | R K Classes | Hindi |
• Lec-81 Solved Problem Based on Hybrid-π Model of BJT Amplifier | A E | R K Classes | Hindi |
• Lec-82 Introduction to T Model of BJT Amplifier with its Parameters | A E | R K Classes | Hindi |
• Lec-83 Solved Problem Based on T Model of BJT Amplifier | A E | R K Classes | Hindi |
• Lec-84 Analysis of BJT Amplifier Based on Capacitors & Frequency | A E | R K Classes | Hindi |
• Lec-85 Analysis of BJT Amplifier at Low Frequency with Effect of Coupling C | A E |R K Classes|Hindi
• Lec-86 Analysis of BJT Amplifier at Low Frequency with Effect of Coupling C Part-2 | A E|R K Classes
• Lec-87 Analysis of BJT Amplifier at Low Frequency with Effect of all C Part-3| R K Classes | Hindi |
• Lec-88 Introduction to High Frequency Analysis of BJT Amplifier | A E | R K Classes | Hindi |
• Lec-89 Short Circuit Current Gain of BJT Amplifier at High Freq Analysis | A E | R K Classes |Hindi|
• Lec-90 Problem Based on High Frequency Analysis of BJT Amplifier | AE | R K Classes | Hindi |
• Lec-91 Voltage Gain Analysis of BJT Amplifier at High Frequency | A E | R K Classes | Hindi |
• Lec-92 Voltage Gain Analysis of BJT Amplifier at High Frequency Part-2 | A E | R K Classes | Hindi |
• Lec-93 Voltage Gain Analysis of BJT Amplifier at High Frequency Part-3 | A E | R K Classes | Hindi |
• Lec-94 AC Analysis of FET Amplifier using Pie Model with Circuit | A E | R K Classes | Hindi |
• Lec-95 AC Analysis of Common Source Amplifier with Bypass Capacitor using Pie Model|A E|R K Classes
• Lec-96 AC Analysis of Common Source Amplifier with Bypass Capacitor using Pie Model Part-2 | AE |
• Lec-97 AC Analysis of Common Drain Amplifier using Pie Model Part-1| A E | R K Classes | Hindi |
• Lec 98-AC Analysis of Common Drain Amplifier using Pie Model Part-2 | A E | R K Classes | Hindi |