Circuit Theory Ｂ

Course Information

College	Akashi College	Year	2023
Course Title	Circuit Theory Ｂ
Course Code	5326	Course Category	Specialized / Compulsory
Class Format	Lecture	Credits	School Credit: 1
Department	Electrical and Computer Engineering	Student Grade	3rd
Term	Second Semester	Classes per Week	2
Textbook and/or Teaching Materials
Instructor	SUYAMA Taikei

Course Objectives

1) Can calculate the parameters for a four-terminal network.
2) Understand the Bartlett's bisection theorem and bridge T circuits and can find them.
3) Understand the definition of filters and various constant K filters and can find them.

Rubric

	Ideal Level	Standard Level	Unacceptable Level
Achievement 1	Can calculate the parameters for a four-terminal network.	Can use the parameters for a four-terminal network.	Cannot use the parameters for a four-terminal network.
Achievement 2	Understand the Bartlett's bisection theorem and bridge T circuits and can design them.	Understand the Bartlett's bisection theorem and bridge T circuits and can use them.	Do not understand the Bartlett's bisection theorem and bridge T circuits.
Achievement 3	Understand the definition of filters and various constant K filters and can design them.	Understand the definition of filters and various constant K filters and can use them.	Do not understand the definition of filters and various constant K filters.

Teaching Method

Outline:

Following Electric Circuits II in the second year, the aim of this course is to make sure students thoroughly master the basics of electrical circuits through lectures and problem exercises. The course is also intended to make sure students learn the basic ways of thinking as an electrical and electronics technician. The first semester will be taught by Hosokawa, and second semester by Suyama.

Style:

The class will be carried out by the instructor writing notes on the blackboard and explaining the content. In the first semester, students will do exercises every two or three classes, and in the week when they do not, they will be given a report assignment to improve their understanding.
In the second semester, there will be two problem exercises on the class content of the first half of the semester and the second half to deepen their understanding of the content of the lessons.

Notice:

Students should review after the weekly lessons, and ask questions during the next class. Also, they should solve a lot of exercise problems.
Students who miss 1/3 or more of classes will not be eligible for evaluation.

Characteristics of Class / Division in Learning

Applicable to Remote Class

Course Plan

			Theme	Goals
2nd Semester
	3rd Quarter
		1st	Introduction of a four-terminal network, impedance parameters, and admittance parameters	Understand the definition of a four-terminal network, and find the impedance parameters and admittance parameters.
		2nd	Four-terminal constants	Can find a four-terminal constant.
		3rd	H parameters and G parameters	Can find the H parameters and G parameters.
		4th	Shadow parameters	Can find the shadow parameters.
		5th	Various connections of a four-terminal network	Can find various connections of a four-terminal network.
		6th	Basic four-terminal circuits and bridge T circuits	Understand basic four-terminal circuits and bridge T circuits and can find them.
		7th	Problem exercise	Understand the content of weeks 1 to 6, and can find the four-terminal network parameters
		8th	Bartlett's bisection theorem	Understand the Bartlett's bisection theorem and can find it.
	4th Quarter
		9th	Reactance four-terminal networks	Understand the reactance four-terminal networks.
		10th	Definition of filters and constant K filters	Understand the definition of filters and constant k filters and can design them.
		11th	Constant K low pass filters	Understand and can design constant K low pass filters.
		12th	Constant K high pass filters	Understand and can design constant K high pass filters.
		13th	Constant K band pass filters	Understand and can design constant K band pass filters.
		14th	Problem exercise	Understand the content of weeks 9 to 14, and can analyze/design the Bartlett's bisection theorem, reactance four-terminal networks, and filters.
		15th	Total review	Total review
		16th	Final exam	Final exam

Evaluation Method and Weight (%)

	Examination（prophase）100%	Total
Subtotal	100	100
Basic Proficiency	20	20
Specialized Proficiency	80	80
Cross Area Proficiency	0	0