| 科目コード | CI302 | ||||
| 科目名 | 電気回路学I(Electric Circuit I) | 単位数 | 2単位 | ||
| 対象学科 | 制御情報システム工学科 | 対象学年 | 3 | 開講期間 | 通年 |
| 科目区分 | 専門基礎科目 | 必修・選択 | 必修 | 履修/学修 | 履修 |
| 授業形式 | 講義 | 規定授業時数（単位時間） | 60 | ||
| 教員名（所属） | 嶋田 泰幸（PBL・総合情報センター） | 教員室 | 5号棟2F | ||
| 使用教科書 | Fundamentals of Electric Circuits Companion Site, 5/e(Charles K. Alexander, Matthew N. O. Sadiku, Prairie View A&M University,McGraw-Hill Science Engineering) | ||||
| 参考書 | 橋本 洋志，電気回路教本，オーム社 小亀英己、石亀篤司 「基礎からの交流理論」電気学会 | ||||
| 科目の位置付けと 関連科目 | This course provides the foundation on which most other courses in the Dept. of CI curriculum rest. | ||||
| 科目の概要 | This course covers two parts; One is analysis of Direct Current(DC) circuits and the other is analysis of Alternative Current(AC) circuits. DC circuits parts will cover basic laws which you've already learnt. AC circuits parts will cover fundamental concepts of AC circuits, phasor and complex form of AC voltage and current, AC power analysis and magnetically coupled circuits. | ||||
| 授業方針 | This course aims that students can: 1) analyse DC circuits consists of passive elements. 2) express AC voltage/current in phasor form and/or complex form. 3) calculate power which is absorbed in circuits. 4) know methods of analysis; nodal analysis and mesh analysis, and apply them to analyse AC circuits. | ||||
授業項目 | 時数 | 達成目標（習得すべき内容） |
| Introduction to electric circuits which consist of passive elements | Students will be able to know the aim of this subject. Also, they wii be able to know the basic concepts of electric circuits. | |
| Basic laws | Students wil be able to know Ohm's law, Kirchhoff's laws and Wye-Delta transformations. | |
| Methods of analysis | Students will be able to know two methods to analyse electric circuits; nodal analysis and mesh analysis. | |
| Circuits theorem | Students will be able to know some fundamental circuits theorems; superposition, source transformation, Thevenin's theorem, Norton's theorem, and so forth. | |
| Sinusoids and Phasors | Students will be able to know what the phasor is, how to express sinusoids in phasor form, complex form and/or exponential form. | |
| Sinusoidal steady-state analisys | Students will be able to apply some circuits theorems to AC circuits. | |
| AC power analysis | Students will be able to know the basic concepts of AC power and how to calculate AC power which is absorbed in a circuit. | |
| Magnetically coupled circuits | Students will be able to know the basic concepts of magnetically coupled circuits and its applications. | |
| First-order circuits | Students will be able to know the characteristics of the first-oder circuits. |
ルーブリック | |||
評価項目 | 理想的な到達レベルの目安 | 標準的な到達レベルの目安 | 未到達レベルの目安 |
| Students can understand practical application aspects of the concept covered in each chapter in the textbook. | Students can solve questions provided at the end of each chapter in the textbook. | Students cannot understand practice problems and its solutions in the textbook. | |
| 評価方法及び 総合評価 | Quizzes : 30% Test : 70% Total : 100% |
| 学習方法 | Flipped teaching will be introduced in this subject. Learning video will be provided by uploading on Webclass in advance of the class. Therefore students have to access Webclass and watch the video for self-learning. Only students who learned by watching the video can participate in the class. |
| 学生への メッセージ | Problem solving is an essential part of the learning process. Solve as many problems as you can. Begin by solving the practice problem following each example, and then proceed to the end-of-chapter problems.The best way to learn is to solve a lot of problems. |
| 学修単位への対応 | N/A |
| 本校教育目標との対応 |