Semiconductor Devices and Technology
Lecture 17: Semiconductor materials; properties of Si; doping
Lecture 18: Generation and recombination; charge-carrier transport; resistivity
Lecture 19: IC resistors; the p-n junction diode (depletion region, built-in voltage, I-V characteristic, capacitance)
Lecture 20: Reverse breakdown; load-line analysis method; diode models; diode applications
Lecture 21: More diode applications; introduction to the MOSFET
Lecture 22: The MOSFET as a controlled resistor; current saturation; channel-length modulation; velocity saturation
Lecture 23: MOSFET ID-VGS characteristic; MOSFET circuit models
Lecture 17: Semiconductor materials; properties of Si; doping
Lecture 18: Generation and recombination; charge-carrier transport; resistivity
Lecture 19: IC resistors; the p-n junction diode (depletion region, built-in voltage, I-V characteristic, capacitance)
Lecture 20: Reverse breakdown; load-line analysis method; diode models; diode applications
Lecture 21: More diode applications; introduction to the MOSFET
Lecture 22: The MOSFET as a controlled resistor; current saturation; channel-length modulation; velocity saturation
Lecture 23: MOSFET ID-VGS characteristic; MOSFET circuit models
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