電気電子計測

科目基礎情報

学校	鶴岡工業高等専門学校	開講年度	令和08年度 (2026年度)
授業科目	電気電子計測
科目番号	0042	科目区分	専門 / 必修
授業形態	講義	単位の種別と単位数	履修単位: 2
開設学科	創造工学科（電気・電子コース，電気・電子系）	対象学年	3
開設期	通年	週時間数	2
教科書/教材	CORONA PUBLISHING CO.,LTD. Textbook of Electrical and Electronic Engineering Series 5: Electrical and Electronic Measurement Engineering (Revised Edition) - Compatible with New SI - Fourth Edition (Masazumi Yoshizawa, Norio Furuya, Keiko Fukuda, Takumi Yoshimura, Kazuyuki Takasaki, Akihiko Nishiyama)
担当教員	伊藤 絵里香

到達目標

The goal of this course is to understand the basic principles and usage of measurement devices by learning measurement methods for electromagnetic quantities such as voltage, current, resistance, and impedance, measurement errors, noise handling, units and standards.

ルーブリック

	The best achievement level	Standard achievement level	Substandard achievement level
Evaluation Item 1	The student is able to explain the basics of measurement, such as measurement methods, measurement errors, noise handling, and units and standards, and to solve related questions.	The student is able to explain the basics of measurement, such as measurement methods, measurment errors, noise handling methods, units and standards.	The student is not able to explain the basics of measurement, such as measurement methods, measurement errors, noise handling methods, units and standards.
Evaluation Item 2	The student is able to explain the principles of generation and properties of electromagnetic quantities (current, voltage, resistance, impedance, waveform, frequency, electromagnetic field, light, etc.), and to solve related questions.	The student is able to explain the principles of generation and properties of the generation of electromagnetic quantities (current, voltage, resistance, impedance, waveform, frequency, electromagnetic field, light, etc.).	The student is not able to explain the principles of generation and properties of the generation of electromagnetic quantities (current, voltage, resistance, impedance, waveform, frequency, electromagnetic field, light, etc.).
Evaluation Item 3	The student is able to explain the principles and methods of measuring electromagnetic quantities (current, voltage, resistance, impedance, waveform, frequency, electromagnetic field, light, etc.), and to solve related questions.	The student is able to explain the principles and methods of measuring electromagnetic quantities (current, voltage, resistance, impedance, waveform, frequency, electromagnetic field, light, etc.).	The student is not able to explain the principles and methods of measuring electromagnetic quantities (current, voltage, resistance, impedance, waveform, frequency, electromagnetic field, light, etc.).

教育方法等

概要:

In this course, students learn about the significance of measurement and its relationship with quantitative measurement, the factors of measurement error and statistical processing, and deepen their understanding of the importance of measurement. Students also learn the principles, properties, and measurement methods of various electromagnetic quantities used in electrical and electronic engineering, which has been the foundation of industrial development since the beginning of modern times.

授業の進め方・方法:

This is a lecture-style class. The courses are mainly conducted using blackboard, but supplemental materials and charts may be shown on slides.
A confirmation quiz and questionnaire will be given after each class.
The percentage of the total evaluation are 80% for the examinations, 10% for the submitted works, and 10% for the understanding of the class. A score of 50 or more in the overall evaluation will be pass.
The examination will be held four times during semesters. During each semesters, we will conduct mid-term and finals.
The average score of the tests will be calculated as the final score.
Each examination will consist of questions that will enable to check the achievement objectives of the Model Core Curriculum.
Submission works and understanding of the class will be evaluated based on the submission rates and qualities of after-class confirmation quizzes, revision exercises, and other assignments.

注意点:

This is a required course for Chief Electrical Engineer certification.
The re-examination will be held once to those who have scored less than 50 points in the overall evaluation at the end of the school year.
However, those who score less than 50% on the evaluation of their submission works and understanding of the class will not be able to take the re-examination.

事前・事後学習、オフィスアワー

Before the class, students are expected to look over the content of textbook you will learn next.
Students are also expected to do self-study after the class using the end-of-chapter questions in the textbook, study-aid books or exercise books available in the library, and the assignments handing out in the class.
Office hours are from 15:00 to 17:00 on the day of class and otherwise when the teacher is in the room.

授業計画

		週	授業内容	週ごとの到達目標
前期
	1stQ
		1週	Guidance Measurement	Understand how to proceed the lecture. Understand the fundamentals of unit systems, SI units, and standards for electric quantities. Be able to explain the relationship between measurement standards and traceability.
		2週	Measurement	Understand and explain the classification of measurement methods. Understand accuracy and error, and be able to process calculated values considering significant figures and error propagation.
		3週	Measurement Revision exercises and explanation	Understand the reliability of the measurement method and its evaluation method.
		4週	Measurement of voltage, current and power	Understand and explain the operating principles, characteristics, and usage of major indicator instruments. Be able to explain the method of expanding the measuring range of voltage and current using a multiplier and a current divider.
		5週	Measurement of voltage, current and power	Understand and explain the difference between indicated and effective values of AC voltage and current.
		6週	Measurement of voltage, current and power Revision exercises and explanation	Be able to explain the principle of measurement of electric energy. Explain the principles and methods of measuring active power, reactive power, and power factor.
		7週	1st Semester mid-term examination
		8週	Explanation of the examination
	2ndQ
		9週	Sensor Revision exercises and explanation
		10週	Measurement of circuit element constants	Understand and explain the principle of resistance measurement by voltage drop method and Wheatstone bridge.
		11週	Measurement of circuit element constants Revision exercises and explanation	Understand and explain the principles of various impedance measurement methods.
		12週	Measurement of magnetic quantity	Understand measurement methods related to magnetism.
		13週	Measurement of magnetic quantity Revision exercises and explanation	Understand the Hall effect and its applications. Be able to explain the principle of SQUID magnetometer. Be able to understand the principle of nuclear magnetic resonance and the measurement method using it.
		14週	Revision for examination	Review and deepen understanding of the contents studied in 9th - 13th in the 1st semester.
		15週	1st Semester term-end examination
		16週	Explanation of the examination
後期
	3rdQ
		1週	Measurement of high-frequency	Understand how to measure impedance and power at high frequencies.
		2週	Measurement of high-frequency Revision exercises and explanation	Understand how to measure frequency. Understand the outline of EMC and its measurement methods.
		3週	Oscilloscope Revision exercises and explanation	Understand and explain the principle of oscilloscope operation and measurement methods.
		4週	Noise sources and signals	Understand and explain how to classify noise according to its cause.
		5週	Noise sources and signals Revision exercises and explanation	Understand how to measure and evaluate noise.
		6週	Revision for examination	Review and deepen understanding of the contents studied in 1st - 5th in the 2nd semester.
		7週	2nd Semester mid-term examination
		8週	Explanation of the examination
	4thQ
		9週	Signal transmission and noise reduction	Understand the signal source and how to counteract noise in signal transmission.
		10週	Signal transmission and noise reduction Revision exercises and explanation	Understand the signal source and how to counteract noise in signal transmission.
		11週	Digital measurement	Understand the principles of digital instrumentation using signal digitization and A/D conversion.
		12週	Digital measurement Revision exercises and explanation	Understand digital signal transfer and measurement methods using network.
		13週	Frequency analysis and noise reduction Revision exercises and explanation	Understand frequency conversion methods and noise reduction methods.
		14週	Revision for examination	Review and deepen understanding of the contents studied in 9th - 13th in the 2nd semester.
		15週	2nd Semester term-end examination
		16週	Explanation of the examination

評価割合

	Examinations	Submitted works	Understanding of the class	合計
総合評価割合	80	10	10	100
Basic ability	40	5	5	50
Specialist ability	30	5	5	40
Transdisciplinary ability	10	0	0	10