Through this course, understanding and experimental skills of the following will be facilitated.
(1) Understand and can explain the fundamental experiments as measurement of gravitational acceleration and Michelson interferometer etc.
(2) Able to fabricate electrical circuits and measure their properties.
(3) Understand the fundamental sequence control technique and can develop basic control systems using ladder diagram.
(4) Understand about electrical drawings, understand correspondence between drafting symbols and actual parts, and be able to make drawings from actual circuits.
(5) Understand names and usage of the tools and be able to carry out electrical wiring.
(6) Understand drawings of electronic circuits and be able to assemble circuits of drawing.
Outline:
Work on fundamental experiments on physics and electronics and write reports on the designated subjects.
Work on drawings for electrical wiring and write reports on subject.
Work on drawings and assembling for basic electronic circuits and write reports on subject.
Style:
In electrical experiment;
Students work on the experimental subjects as a group in which they are divided in advance. They should write the reports individually.
In electrical and electronical engineering practice;
Each student works on the electrical and electronic drawings, carrying out electrical wiring work and assembling electronic circuits. Submit reports and drawings individually.
Notice:
Attend class after reviewing the previous lecture and preparing for the next lesson.
After reading the distributed documents and make questions if you cannot understand the contents. After one student develops the circuits, the other student should check if the connections are correct. When you turn on the power switch, you have to monitor the indicated value carefully. All the students should participate in the experiments. In the experiments, you should check the figures shouwing your measured results.
Credit will be given for this course on a grade of 50 or above.
Students who receive less than 50 points may, upon request, take a supplementary examination. If a student is awarded credit after the supplementary examination, he or she will receive a grade of 50.
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Theme |
Goals |
| 1st Semester |
| 1st Quarter |
| 1st |
Explanation on the precautions and distribution of the teaching material |
Undestand the total contents of the course and how to work on it.
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| 2nd |
Exersises on data treatment |
Understand the data treatment methods as effective digit etc. Able to calculate and show the results correctly.
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| 3rd |
Virtual experiments on measurement uncertainty |
Undestand and able to explainand evaluate the measurement uncertainties.
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| 4th |
Measurement of gravitational acceleration (1) |
Understand and able to calculate gravitational acceleration.
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| 5th |
Measurement of gravitational acceleration (2) |
Understand and able to calculate gravitational acceleration.
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| 6th |
Laser optical experiment - Michelson interferometer - (1) |
Understand the principles of Michelson interferometer and able to calculate the wavelength and measurement uncertaity.
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| 7th |
Laser optical experiment - Michelson interferometer - (2) |
Understand the principles of Michelson interferometer and able to calculate the wavelength and measurement uncertaity.
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| 8th |
Fudamentals on sequencial control (1) |
Understand the fundamental sequence control technique and can develop basic control systems using ladder diagram.
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| 2nd Quarter |
| 9th |
Fudamentals on sequencial control (2) |
Understand the fundamental sequence control technique and can develop basic control systems using ladder diagram.
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| 10th |
Fundamental formula on electrical circuits and bridges (1) |
Able to develop fundamental electrical circuits and alculate the currents and voltages considering the internal resistances of the measuring instruments..
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| 11th |
Fundamental formula on electrical circuits and bridges (2) |
Able to develop fundamental electrical circuits and alculate the currents and voltages considering the internal resistances of the measuring instruments..
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| 12th |
Development of the pulse counting circuit and experiments on radiation mesurement (1) |
Able to develop the pulse counting circuit for radiation mesurement and carry out the calculations on the interactions between radiation and matter.
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| 13th |
Development of the pulse counting circuit and experiments on radiation mesurement (2) |
Able to develop the pulse counting circuit for radiation mesurement and carry out the calculations on the interactions between radiation and matter.
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| 14th |
Exersises |
Able to carry out the calculations on the studied subjects in this course.
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| 15th |
Exersises |
Able to carry out the calculations on the studied subjects in this course.
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| 16th |
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| 2nd Semester |
| 3rd Quarter |
| 1st |
Explanation on the practice of electrical and electronical engineering |
Understand each contents of the practice.
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| 2nd |
Electrical drawings 1 |
Understand about simple electrical drawings.
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| 3rd |
Electrical drawings 2 |
Understand how to read simple electrical drawings.
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| 4th |
Electrical drawings 3 |
Understand the correspondence between drafting symbols and actual parts.
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| 5th |
Electrical drawings 4 |
Able to make drawings based on actual wiring.
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| 6th |
Electrical wiring work 1 |
Understand tool name, method of stripping wire coating, usage of sleeves through the practice.
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| 7th |
Electrical wiring work 2 |
Understand tool name, method of stripping wire coating, usage of sleeves through the practice.
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| 8th |
Electrical wiring work 3 |
Understand tool name, method of stripping wire coating, usage of sleeves through the practice.
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| 4th Quarter |
| 9th |
Electronic circuit drawings 1 |
Understand the structure of electronic circuit through the drawings.
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| 10th |
Electronic circuit drawings 2 |
Understand the structure of electronic circuit through the drawings.
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| 11th |
Electronic circuit drawings 3 |
Understand the structure of electronic circuit through the drawings.
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| 12th |
Electronic circuit assembling 1 |
Understand mechanism of electronic circuit through assembling.
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| 13th |
Electronic circuit assembling 2 |
Understand mechanism of electronic circuit through assembling.
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| 14th |
Electronic circuit assembling 3 |
Understand mechanism of electronic circuit through assembling.
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| 15th |
Report correction |
Reivise the report, if necessary
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| 16th |
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