Microelectronic Devices & Circuits

Advanced Engineering by #MATH BRAND#. 31 lectures, 5.6 hours. Covers: semiconductors diodes mosfet bjt amplifiers.

Lectures

1. Microelectronic Circuits | Chapter#04 | Concept | Ideal Diode+Cutoff and Active Region | Sedra Smith · 9 min
2. Microelectronic Circuits | Chapter#04 | Example#01 | Ideal Diode | Sedra Smith · 12 min
3. Microelectronic Circuits | Chapter#04 | Half-Wave Rectifier | Ideal Diode | Sedra Smith · 14 min
4. Microelectronic Circuits | Chapter#04 | Exercise#4.1 | Ideal Diode | Sedra Smith · 14 min
5. Microelectronic Circuits | Chapter#04 | Exercise#4.2 | Ideal Diode | Sedra Smith · 10 min
6. Microelectronic Circuits | Chapter#04 | Exercise#4.3 | Ideal Diode | Sedra Smith · 10 min
7. Microelectronic Circuits | Chapter#04 | Example#4.1 | Ideal Diode | Sedra Smith · 9 min
8. Microelectronic Circuits | Chapter#04 | Example#4.2(a) | Ideal Diode | Sedra Smith · 12 min
9. Microelectronic Circuits | Chapter#04 | Example#4.2(b) | Ideal Diode | Sedra Smith · 13 min
10. Microelectronic Circuits | Chapter#04 | Diode Logic Gates | Ideal Diode | Sedra Smith · 14 min
11. Microelectronic Circuits | Chapter#04 | Exercise#4.4(a) | Ideal Diode | Sedra Smith · 13 min
12. Microelectronic Circuits | Chapter#04 | Exercise#4.4(b) | Ideal Diode | Sedra Smith · 11 min
13. Microelectronic Circuits | Chapter#04 | Exercise#4.4(c) | Ideal Diode | Sedra Smith · 11 min
14. Microelectronic Circuits | Chapter#04 | Terminal Characteristics of Junction Diodes | Sedra Smith · 14 min
15. Microelectronic Circuits | Chapter#04 | Proof of differential Terminal Voltage | Sedra Smith · 5 min
16. Microelectronic Circuits | Chapter#04 | Example#4.3 | Ideal Diode | Sedra Smith · 8 min
17. Microelectronic Circuits | Chapter#04 | Exercise#4.6 | Ideal Diode | Sedra Smith · 11 min
18. Microelectronic Circuits | Chapter#04 | Exercise#4.7 | Ideal Diode | Sedra Smith · 6 min
19. Microelectronic Circuits | Chapter#04 | Exercise#4.8 | Ideal Diode | Sedra Smith · 7 min
20. Microelectronic Circuits | Chapter#04 | Reverse-Bias Region of Junction Diode | Sedra Smith · 9 min
21. Microelectronic Circuits | Chapter#04 | Exercise#4.9 | Ideal Diode | Sedra Smith · 8 min
22. Microelectronic Circuits | Chapter#04 | The Breakdown Region of Junction Diode | Sedra Smith · 7 min
23. Microelectronic Circuits | Chapter#04 | Modeling the Diode Forward Characteristics | Sedra Smith · 11 min
24. Microelectronic Circuits | Chapter#04 | Constant-Voltage Drop Model | Ideal Diode | Sedra Smith · 4 min
25. Microelectronic Circuits | Chapter#04 | Example#4.4 | Ideal Diode | Sedra Smith · 9 min
26. Microelectronic Circuits | Chapter#04 | Exercise#4.10 | Ideal Diode | Sedra Smith · 8 min
27. Microelectronic Circuits | Chapter#04 | Exercise#4.11 | Ideal Diode | Sedra Smith · 12 min
28. Microelectronic Circuits | Chapter#04 | Exercise#4.12(a) | Ideal Diode | Sedra Smith · 14 min
29. Microelectronic Circuits | Chapter#04 | Exercise#4.12(b) | Ideal Diode | Sedra Smith · 12 min
30. Microelectronic Circuits | Chapter#04 | Example#4.7(a) | Ideal Diode | Sedra Smith · 22 min
31. Microelectronic Circuits | Chapter#04 | Example#4.7(b) | Ideal Diode | Sedra Smith · 16 min

Quick explainers

• Transistors Explained - How transistors work · 18 min
• How Does a Transistor Work? · 6 min
• How transistors work - Gokul J. Krishnan · 5 min
• How transistors work (Simple) · 4 min
• How a transistor works · 11 min
• Transistors, How do they work? | DON'T SUBSCRIBE · 7 min
• Starter Guide to BJT Transistors (ElectroBOOM101 - 011) · 14 min
• Transistors - The Invention That Changed The World · 8 min
• How a Transistor works · 2 min
• How Transistors Work · 10 min

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