선형대수 강의노트 통합본 구입처:  경북대 IT 2호관 복사실: (053) 955-7706  

2017년 2학기 김학린 교수님 물리전자 강의 중 반도체 학습에 필요한 양자역학 파트를 업로드 함.

Image sensors are being used in a wide range of applications from consumer electronics to automotive industries. While Silicon has dominated the market by now, thin-film materials are a promising alternative for the NIR/SWIR imaging as they have higher absorption coefficient in this spectrum while can be monolithically integrated directly on top of a Silicon read-out IC (ROIC) wafer. Such an integration allows to manufacture high resolution infrared image sensors at lower cost compared to the resolution-limited III-V based sensors.

Imec successfully demonstrated image sensor operating at 940 and 1450nm wavelength by using quantum dot material for light absorption. This is done by processing back-end-of-line interconnections and thin-film quantum dot photodiode on top of Silicon ROIC wafer in imec’s 200mm fab. Target wavelength can be tuned between 900 and 2000nm by changing quantum dot size.

In this talk, state of the art research results will be presented together with various potential applications of the camera adopting QD image sensors

This lecture will be given by team-teaching (Prof. Hak-Rin Kim, Prof. Kyu-Ik Sohng, Prof. Jae won Jang). Sequentially, 'I.TFT Theory and Display Fabrication' will be lectured by Prof. Jae won Jang, 'II. Color & Display Image Theory' will be lectured by Prof. Kyu-Ik Sohng, and 'III. Operational Principles of Displays : LCD vs OLED'. 

  This course is designed to acquaint students with the C programming language.

 The objective of this course is to explain the fundamental principles of digital logic circuits and how digital logic circuits are designed. By doing so, the course attempts to enable students to design digital logic circuits in a system level as well as in a chip level, and furthermore aims at providing students with basic capabilities for designing high-complexity digital circuits such as central processing units (CPUs).

1. Understand the basic ideas related to digital system design.

2. Understand logic circuit operation.

3. The first class linked to digital world (implement idea to circuit (digital system design), system analysis in mathematically (signal & system, digital control, digital communications,...)

 In order to understand the operation of semiconductor devices, fundamental concepts on solid state and semiconductor physics, energy band theory, motion and recombination of carriers will be introduced. PN junction will also be treated as examples of simple semiconductor devices.

교재구입: http://book.naver.com/bookdb/book_detail.nhn?bid=7288280

As an introductory course to the power electronics, the class will address both fundamental principles and elementary applications of the power electronics with a strong emphasis on switchmode dc-to-dc power
conversions.

전자회로1 문제집 및 해답지 구입처: IT 2호관 복사실 

전자회로1 강의노트 통합본 구입처: IT 2호관 복사실  

 As the first core course in electronics, the class will cover the device fundamentals and application circuits of diodes, BJTs, and MOSFETs. Basic concepts and analysis techniques for amplifiers will be addressed. A strong emphasis will be placed on the computer-aided analysis of electronics circuits using PSpice software.