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Researchers should cite this work as follows:

  • Muhammad A. Alam (2009), "ECE 606 Lecture 23: AC Response," http://nanohub.org/resources/6493.

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EE 115, Purdue University, West Lafayette, IN

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ECE 606 Lecture 23: AC Response
  • ECE606: Solid State Devices Lecture 23: AC Response 1. ECE606: Solid State Devices Le… 0
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  • Topic Map 2. Topic Map 29.133333333333333
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  • Why should we study AC Response? 3. Why should we study AC Respons… 54.06666666666667
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  • Outline 4. Outline 219.7
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  • Forward Bias Conductance 5. Forward Bias Conductance 222.06666666666666
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  • Reverse Bias Conductance 6. Reverse Bias Conductance 347.33333333333331
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  • Outline 7. Outline 408.4
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  • Junction Capacitance 8. Junction Capacitance 417.5
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  • Majority Carrier Junction Capacitance 9. Majority Carrier Junction Capa… 555.13333333333333
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  • Measurement of Built-in Potential 10. Measurement of Built-in Potent… 621.4
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  • .. And Variable Doping 11. .. And Variable Doping 690.26666666666665
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  • Dielectric Relaxation Time (majority side) 12. Dielectric Relaxation Time (ma… 756.2
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  • Outline 13. Outline 977.8
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  • Diffusion Capacitance for Minority Carriers 14. Diffusion Capacitance for Mino… 993.63333333333333
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  • Diffusion Capacitance for Minority Carriers 15. Diffusion Capacitance for Mino… 1188.7666666666667
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  • AC Boundary Conditions 16. AC Boundary Conditions 1342.9666666666667
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  • AC Current and Impedance 17. AC Current and Impedance 1450.2333333333334
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  • Diffusion Conductance and Capacitance 18. Diffusion Conductance and Capa… 1529.1333333333334
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  • Conclusion 19. Conclusion 1696.2
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