Maximum Efficiency of Complementary Symmetry Push-Pull Amplifier | AC and DC Power | GATE | NPTEL

GATE, NPTEL, Analog Circuits Basics, Basic Concept, Analog Electronics, Analog Circuits Problem solving,
12. How to Compute the Alpha and Beta Cut-off Frequency for a BJT? https://youtu.be/R2OsHuPJGwY
13. Alpha and Beta Cut-off Frequency Problem https://youtu.be/GYb6qv0Ot9w
Beta Cut-off Frequency Problem | Analog Circuits Basics | GATE | NPTEL | Miller Capacitance
14. Basic Concepts of Feedback Amplifiers | Topologies | Input Resistance | Output Resistance | Gain https://youtu.be/WX1LMOwdMYg
15. Basics of Hartley & Colpitts Oscillators | Working Principle | Formulae to Solve Problems https://youtu.be/5yI589lmq2E
16. Transformer Coupled Class-A Amplifier | Transistor Power Amplifier |Maximum Efficiency |Maximum Power Dissipation https://youtu.be/aFmlCqSBL1A
17. Complementary Symmetry Class-B Power Amplifier | Transistor Amplifier | Crossover Distortion https://youtu.be/XW4FT0sig9Y
18. MOSFET BIASING - Theory and the Hints to solve problems https://youtu.be/EPBSqJUqJcM
19. Common Source FET Amplifier | Equivalent Circuits | With and Without Rs | Input & Output Resistance https://youtu.be/K5fbK6_VbtU
20. Maximum Efficiency of Complementary Symmetry Push-Pull Amplifier https://youtu.be/XuXsXkdyQ8M
4. BJT Solved Problem 1 | How to Determine the Operating Point of a BJT Amplifier?: https://youtu.be/TWZlEiClPj8
PDF
https://drive.google.com/file/d/1q0S660fE_swK624rgvulHu21K5jA8Xp3/view?usp=sharing
5. BJT Solved Problem 2 | Determine the Collector and Base Currents | Fixed Bias Circuit: https://youtu.be/bWQ1fr0u9gM
PDF: https://drive.google.com/file/d/11rtOgqvFnj_0DbBocXyld2yqVrsWEbNV/view?usp=sharing
6. BJT Solved Problem 3 | Determine the Collector and Base Current | Collector to Base Bias Circuit: https://youtu.be/1jgc_pDqLn8
PDF: https://drive.google.com/file/d/1laHj4ZM78CBtmxTlRESwUvaR5v5NeINZ/view?usp=sharing
7. BJT Solved Problem 4 | Self Bias | Voltage Divider Bias : https://youtu.be/_M3S-NqYv88
PDF: https://drive.google.com/file/d/1sPERxQ5a_EWgjzqLsg9HFlsxwxl_JgyC/view?usp=sharing
In this video you will learn how to derive the expressions for findingout the DC power supplied by the power supply and ac power delivered to the load and hence you will findout the maximum efficiency of the complementary symmetry class B push-pull amplifier
Complementary symmetry Class B Amplifier, cross over distortion, Load Resistance, ac power, Dc power, power amplifier, GATE, NPTEL, Analog Circuits Basics, Basic Concept, Analog Electronics