「每日英文閱讀分享#007」​

【articulate】​
今天文章是由三篇小文中的第二篇，延續上一篇的文章，主題是：The Board’s Role in Sustainability主要介紹SCORE這個框架，score是由simplify, connect, own, reward, and exemplify五個字所簡稱的。詳細內容大家有興趣可以再點留言中的連結看唷～​
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回到單字本身，​
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今天要跟大家介紹的是這個單字：​
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『articulate』​
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第一眼看到的時候，會覺得很像article。所以我也順便來補充一下article的用法。（這邊我沒有去查他們的字首是否來自同源，歡迎大家補充分享～）​
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article是一個可數名詞，大家一般記得的中文為：n. 文章。​
但其實它還有很多其他意思喔，​
1. 物品或商品​
例句：Guests are advised not to leave any articles of value in their hotel rooms.（from Cambridge dictionary）​
2. 冠詞​
3. 條文 ​
例如：the article of the UN Charter 聯合國憲章的一個條款​
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說完大眾臉article，我們回來說articulate。​
『articulate』可以當作動詞或是形容詞，​
v. pronounce or say distinctly ​
a. able to speak clearly ​
轉變為n. 時，是指articulation n. 表達​
例句：He made a clear articulation of his aims. ​
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獻上本文例句：SCORE outlines five actions—simplify, connect, own, reward, and exemplify—that can help boards articulate and foster a firm’s durable value proposition and its drivers.​

今日小心得：
在一個明明是假日卻工作到晚上11點的日子，耗盡最後一分腦力寫出整理，覺得寫得很爛ＱＱ​，希望大家多多包涵～也歡迎一起響應每天閱讀的習慣唷！
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#言之有物​
#英語學習​
#商業英文​
#BusinessEnglish​
#Strategies ​
#每日英文閱讀分享​
#一起來建立英文閱讀習慣吧

交大電子研究所特邀德國 #Aachen大學 Christoph Jungemann教授——8/13~24開授暑修課程【 Simulation of Electronic Noise in Devices】，歡迎本系所及外系所學生踴躍來修習。7/6（五）前洽電子系所辦公室～

#上課時間：自8月13至8月24日，每週一至週四BCD及週五BCDEFG。
#加選：請於7/6（五）下午17:00前至 #電子系所辦公室（ED107）找翁小姐加選。

——106 學年（暑修）課程綱要 Summer Course Outlines ——

#課程名稱Course Name：
（英文）Simulation of electronic noise in devices
（中文）半導體元件中之電子雜訊模擬

#學分數Credits：2
#語言Language：English
#修課對象 Attendee：Student
教學要點概述Evaluation：考試Exam 60%、作業Assignment 40%
開課單位：電子研究所 Institute of Electronics

課程概述與目標Objectives：
Electronic noise is an unavoidable property of semiconductor devices and degrades their performance. It has to be taken into account in the design of analog circuits.

In the first part of the course, briefly the fundamentals of analog circuit theory (N-ports, gain and stability etc.) are reviewed. Next basic concepts of noise in devices and circuits are introduced. Based on these concepts the impedance field method is derived and compact models for noise in devices (pn diode, bipolar transistor, MOSFET) are developed. The noise properties of these devices are discussed.

In the second part of the course, the numerical methods necessary for device simulation are introduced. This covers grids, discretization of partial differential equations, solvers for large systems of equations, the drift-diffusion model, stationary calculations, transient simulations and their stability and analysis in the frequency domain. Finally, numerical devices simulation of electronic noise will be explained.

In the exercise of the first part problems relating to the theory are solved. In the second part, a simple device simulation program in MATLAB is developed.