Electrical Circuits and Analysis

Course Information

College	Anan College	Year	2024
Course Title	Electrical Circuits and Analysis
Course Code	5396E03	Course Category	AE / Elective
Class Format	Lecture	Credits	Academic Credit: 2
Department	Course of Electronics and Information Engineering	Student Grade	Adv. 1st
Term	First Semester	Classes per Week	前期:2
Textbook and/or Teaching Materials
Instructor	Nakamura Yuichi

Course Objectives

1. Able to explain the characteristics and functions of basic elements.
2. Able to derive circuit equations for basic circuits and explain dynamic characteristics.
3. Can explain how to derive and solve circuit equations for circuits containing L and C.
4. Understand the concept of system equations and be able to express system equations corresponding to circuits.
5. Able to solve system equations and explain the dynamic characteristics of circuits.

Rubric

	Ideal Level	Standard Level	Minimum achievement level
Achievement 1	Able to explain in detail the characteristics and effects of basic elements using mathematical formulas, etc.	Able to explain the characteristics and effects of basic elements using formulas.	Able to explain the characteristics and actions of basic elements.
Achievement 2	Ableto systematically derive circuit equations for basic circuits. Also, be able to solve it and explain its dynamic characteristics.	Able to derive circuit equations for basic circuits. Also, be able to explain the steps to solve an equation.	Able to derive circuit equations for simple circuits.
Achievement 3	Abley to derive circuit equations expressed as higher-order differentials. Also, be able to concretely solve the problem.	Able to derive circuit equations expressed up to second-order differentials. Also, be able to explain the solution.	Able to derive circuit equations expressed as first-order differentials. Also, be able to explain the solution.
Achievement 4	Understand the concept of system equations and be able to express system equations corresponding to various circuits.	Understand the concept of system equations and be able to express system equations that correspond to basic circuits.	Understand the concept of system equations and be able to express system equations that correspond to simple circuits.
Achievement 5	Able to solve various system equations and explain the dynamic characteristics of circuits in detail.	Able to solve basic system equations and outline the dynamic characteristics of a circuit.	Able to solve simple system equations and provide an overview of the dynamic characteristics of a circuit.

Teaching Method

Outline:

Transient phenomena for circuits with various configurations are analyzed using system state equations.
The goal is to learn about multiple types of analysis methods and understand the characteristics and methods of each, so that you can select the most suitable method for your purpose.

Style:

Learn about the concepts and methods for analyzing the dynamic characteristics of electrical circuits.
Exercises and report assignments will also be conducted to help students understand the content of the class.

Notice:

The content of this lecture is a method that can be commonly applied to the analysis of linear dynamical systems.
By becoming familiar with the notation and analysis procedures used here, students will develop skills that can be applied to more practical system analysis.

Characteristics of Class / Division in Learning

Aided by ICT

Course Plan

			Theme	Goals
1st Semester
	1st Quarter
		1st	1. Dynamic characteristics of basic circuits (1) Dynamic element	Able to derive circuit equations for basic circuits and explain dynamic characteristics. - Able to explain the individual characteristics and actions of dynamic elements.
		2nd	1. Dynamic characteristics of basic circuits (2) Circuit equation	Able to derive circuit equations for basic circuits and explain dynamic characteristics. - Circuit equations can be found for basic circuits.
		3rd	1. Dynamic characteristics of basic circuits (3) Dynamic characteristics	Able to derive circuit equations for basic circuits and explain dynamic characteristics. - Able to solve circuit equations of basic circuits and explain dynamic characteristics.
		4th	1. Dynamic characteristics of basic circuits (3) Dynamic characteristics	Able to derive circuit equations for basic circuits and explain dynamic characteristics. - Able to solve circuit equations of basic circuits and explain dynamic characteristics.
		5th	2. Dynamic analysis method (1) Ordinary differential equations and their solutions	Able to explain how to derive and solve circuit equations for circuits containing L and C. - Understand constant coefficient ordinary differential equations and be able to explain the steps to solve them.
		6th	2. Dynamic analysis method (1) Ordinary differential equations and their solutions	Able to explain how to derive and solve circuit equations for circuits containing L and C. - Understand constant coefficient ordinary differential equations and be able to explain the steps to solve them.
		7th	2. Dynamic analysis method (1) Ordinary differential equations and their solutions	Able to explain how to derive and solve circuit equations for circuits containing L and C. - Understand constant coefficient ordinary differential equations and be able to explain the steps to solve them.
		8th	[Midterm Exam]	Check your understanding of the lesson content up to the midterm exam.
	2nd Quarter
		9th	3. System equations and their solutions (1) Representation of system equations	Understand the concept of system equations and be able to specifically derive and solve them. - Understand the concept of system equations and be able to derive them for a given circuit.
		10th	3. System equations and their solutions (1) Representation of system equations	Understand the concept of system equations and be able to specifically derive and solve them. - Understand the concept of system equations and be able to derive them for a given circuit.
		11th	3. System equations and their solutions (2) Exponential function of matrix and its properties	Understand the concept of system equations and be able to specifically derive and solve them. - Able to explain the exponential function of the matrix used to solve system equations and its properties.
		12th	3. System equations and their solutions (2) Exponential function of matrix and its properties	Understand the concept of system equations and be able to specifically derive and solve them. - Able to explain the exponential function of the matrix used to solve system equations and its properties.
		13th	3. System equations and their solutions (3) Solution of system equations	Understand the concept of system equations and be able to specifically derive and solve them. - Able to specifically derive the derived system equation.
		14th	3. System equations and their solutions (3) Solution of system equations	Understand the concept of system equations and be able to specifically derive and solve them. - Able to specifically derive the derived system equation.
		15th	3. System equations and their solutions (3) Solution of system equations	Understand the concept of system equations and be able to specifically derive and solve them. - Able to specifically derive the derived system equation.
		16th	[Final exam] [Answer return time]	Check your understanding of the lesson content.

Evaluation Method and Weight (%)

	Examination	Report/Assignment	Total
Subtotal	80	20	100
Basic Proficiency	30	5	35
Specialized Proficiency	40	10	50
Cross Area Proficiency	10	5	15