아주대학교 기초전기실험 A+ 예비보고서 Ch. 14, 15 (AC) 영문

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"아주대학교 기초전기실험 A+ 예비보고서 Ch. 14, 15 (AC) 영문"에 대한 내용입니다.

목차

I. CHAPTER ac 14. Parallel resonant circuits
1. Experimental purpose
2. Experimental theory
3. Experimental equipment
4. Experimental process and expected results

II. CHAPTER ac 15. Passive filters
1. Experimental purpose
2. Experimental theory
3. Experimental equipment
4. Experimental process and expected results

본문내용

1. CHAPTER ac 14. Parallel resonant circuits

1. Experimental purpose
1) When R-L-C is connected in parallel, the voltage and current according to frequency changes are theoretically calculated, and it is verified through an experiment.
2) Theoretically calculates the Resonant frequency and confirms it through experiments.
3) Input impedance according to frequency change is measured.
4) Check the relationship between the quality factor and bandwidth.

2. Experimental theory
1) Impedance
Impedance indicates the degree to which the propagation of a wave in a medium or the flow of electricity in a wire or circuit is disturbed. Impedance is a unique property of the medium.
The relationship between impedance..

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2. CHAPTER ac 15. Passive filters

1. Experimental purpose
1) High-pass filter using R-C is manufactured and verified through experiments.
2) A band-pass filter using R-L-C is manufactured and confirmed through experiments.

참고 자료

“Impedance”, Naver Knowledge Encyclopedia, 22022.04.18. access,
https://terms.naver.com/entry.naver?docId=4390151&cid=60217&categoryId=60217
“Inductor”, wikipedia, 2022.04.18. access, https://pt.wikipedia.org/wiki/Indutor
“capacitor”, Naver Knowledge Encyclopedia, 2022.04.02 access,
https://terms.naver.com/entry.naver?docId=1150345&cid=40942&categoryId=32241
Robert L. Boylestad and Gabriel Kousourou, 『Laboratory to Manual to Accompany Introductory Circuit Analysis Twelfth edition』, Pearson, p.430~462
“Norton's theorem”, Wikipedia, 2022.03.20. access,
https://ko.wikipedia.org/wiki/%EB%85%B8%ED%84%B4%EC%9D%98_%EC%A0%95%EB%A6%AC