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2021 Fall
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- Undergraduate Courses -
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- Graduate Course -
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Microelectronic Circuits 2
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ LMS system ]
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Topics in Information Displays
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This course will focus on new display technologies and special topics. New technology trend in TFT-LCD, Emerging new display technologies, and OLED materials development and large size OLED technologies and issues will be covered. Spcial topics on 3D, Touch Panel and future oriented display technologies such as flexible display and printed electronics & display technologies will be addressed.
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[ LMS system ]
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2021 Spring
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- Undergraduate Courses -
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Microelectronic Circuits 1
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ LMS system ]
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Display Driving Circuits
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This course deals with fundamentals of driving methods of major flat panel displays including STN-LCD, TFT-LCD, OLED, PDP and projection displays. This course will cover other important circuits like backlight driving system, timing controller and power supply circuit and introduce state-of-the-art technologies of concern.
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[ LMS system ]
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2020 Fall
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- Graduate Courses -
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Display Circuits
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This course deals with the circuit technology used in TFT-LCD and OLED display. This course will cover the operating principle and driving technology of TFT-LCD and OLED display, and related circuit technology at the transistor level about TFT-LCD and OLED pixel circuits and gate driving circuit.
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[ Blackboard system ]
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2020 Spring
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- Undergraduate Courses -
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Microelectronic Circuits 1
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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Display Driving Circuits
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This course deals with fundamentals of driving methods of major flat panel displays including STN-LCD, TFT-LCD, OLED, PDP and projection displays. This course will cover other important circuits like backlight driving system, timing controller and power supply circuit and introduce state-of-the-art technologies of concern.
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[ Lecture note & Board ]
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2019 Fall
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- Undergraduate Courses -
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Circuit Theory 2
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This course deals with complex frequency and frequency response, two port and magnetically coupled circuits, Fourier transforms and their use in understanding modulation and sampling, Laplace transforms and application to circuit analysis; transfer functions and Bode plots.
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(화,수) [ Lecture note & Board ]
(수,목) [ Lecture note & Board ]
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2019 Spring
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- Undergraduate Courses -
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Microelectronic Circuits 1
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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2018 Fall
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- Undergraduate Courses -
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Circuit Theory 2
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This course deals with complex frequency and frequency response, two port and magnetically coupled circuits, Fourier transforms and their use in understanding modulation and sampling, Laplace transforms and application to circuit analysis; transfer functions and Bode plots.
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[ Lecture note & Board ]
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Microelectronic Circuits 2
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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2018 Spring
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- Undergraduate Courses -
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Circuit Theory 1
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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Display Driving Circuits
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This course deals with fundamentals of driving methods of major flat panel displays including STN-LCD, TFT-LCD, OLED, PDP and projection displays. This course will cover other important circuits like backlight driving system, timing controller and power supply circuit and introduce state-of-the-art technologies of concern.
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[ Lecture note & Board ]
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2017 Fall
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- Undergraduate Courses -
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Circuit Theory 2
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This course deals with complex frequency and frequency response, two port and magnetically coupled circuits, Fourier transforms and their use in understanding modulation and sampling, Laplace transforms and application to circuit analysis; transfer functions and Bode plots.
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[ Lecture note & Board ]
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Microelectronic Circuits 2
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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2017 Spring
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- Undergraduate Courses -
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Microelectronic Circuits 1
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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Display Driving Circuits
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|
This course deals with fundamentals of driving methods of major flat panel displays including STN-LCD, TFT-LCD, OLED, PDP and projection displays. This course will cover other important circuits like backlight driving system, timing controller and power supply circuit and introduce state-of-the-art technologies of concern.
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[ Lecture note & Board ]
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2016 Fall
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- Undergraduate Courses -
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Circuit Theory 2
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This course deals with complex frequency and frequency response, two port and magnetically coupled circuits, Fourier transforms and their use in understanding modulation and sampling, Laplace transforms and application to circuit analysis; transfer functions and Bode plots.
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[ Lecture note & Board ]
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VLSI Engineering
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This course deals with knowledge required for the VLSI design process including higher processing speed, highly integrated, CMOS circuit technology.
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[ Lecture note & Board ]
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2016 Spring
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- Undergraduate Courses -
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Microelectronic Circuits 1
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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Display Driving Circuits
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This course deals with fundamentals of driving methods of major flat panel displays including STN-LCD, TFT-LCD, OLED, PDP and projection displays. This course will cover other important circuits like backlight driving system, timing controller and power supply circuit and introduce state-of-the-art technologies of concern.
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[ Lecture note & Board ]
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2015 Fall
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- Undergraduate Courses -
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Circuit Theory 2
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This course deals with complex frequency and frequency response, two port and magnetically coupled circuits, Fourier transforms and their use in understanding modulation and sampling, Laplace transforms and application to circuit analysis; transfer functions and Bode plots.
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[ Lecture note & Board ]
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Microelectronic Circuits 2
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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2015 Spring
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- Undergraduate Courses -
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Display Driving Circuits
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This course deals with fundamentals of driving methods of major flat panel displays including STN-LCD, TFT-LCD, OLED, PDP and projection displays. This course will cover other important circuits like backlight driving system, timing controller and power supply circuit and introduce state-of-the-art technologies of concern.
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[ Lecture note & Board
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2014 Fall
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- Undergraduate Courses -
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Circuit Theory 2
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This course deals with complex frequency and frequency response, two port and magnetically coupled circuits, Fourier transforms and their use in understanding modulation and sampling, Laplace transforms and application to circuit analysis; transfer functions and Bode plots.
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[ Lecture note & Board]
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Microelectronic Circuits 2
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This course deals with structure and operation of BJT and FET, and basic amplifiers based on the BJT and FET devices, secondary effects, and circuit models. This course will cover the circuit simulation and analysis method with SPICE simulation tool.
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[ Lecture note & Board ]
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