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Lecture 1: Introduction & Basics for understanding the properties of semiconductor devices
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Introduction & Basics for understanding the properties of semiconductor devices |
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Lecture 1: Introduction & Basics for understanding the properties of semiconductor devices
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Introduction & Basics for understanding the properties of semiconductor devices |
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2. |
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Lecture 2: Review of semiconductor physics, drawing and understanding band diagrams
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Review of semiconductor physics, drawing and understanding band diagrams |
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3. |
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Lecture 3: Review of semiconductor physics, Metal-semiconductor junctions and characterization
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Review of semiconductor physics, Metal-semiconductor junctions and characterization |
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4. |
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Lecture 4: Metal-semiconductor junctions and characterization, Metal-insulator-semiconductor capacitors
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Metal-semiconductor junctions and characterization, Metal-insulator-semiconductor capacitors |
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5. |
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Lecture 5: Metal-semiconductor junctions and characterization, Metal-insulator-semiconductor capacitors (2)
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Metal-semiconductor junctions and characterization, Metal-insulator-semiconductor capacitors (2) |
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Lecture 6: Short channel effects, DIBL
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Short channel effects, DIBL |
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7. |
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Lecture 7: MOS Memory
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MOS Memory |
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8. |
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Lecture 8: MOS memory – NON-volatile Memory(Flash memory)
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MOS memory – NON-volatile Memory(Flash memory) |
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9. |
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Lecture 9: MOS memory – NON-volatile Memory(Flash memory) (2)
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MOS memory – NON-volatile Memory(Flash memory) (2) |
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10. |
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Lecture 10: Photodetectors and solar cells
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Photodetectors and solar cells |
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11. |
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Lecture 11: Photoconductor, photodiode, phototransistor
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Photoconductor, photodiode, phototransistor |
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