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parallel resonant circuit with , , , , and .
→ 계 산 과 정
3. Using PSpice obtain a plot of vs. frequency for the network of Fig. 13.2 and compare with the results plotted on Graph 13.3. Attach all pertinent printouts.
# PSpice 첨부 1
# PSpice 첨부 2
Fig. 13.2을 PSpice를 통해 시뮬레이션 한 결과,
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parallel R-C ac network, does have to be less in magnitude than R or ?
합성 저항값은 의 식에 의해서 얻어지기 때문에 더 작은 값이 나온다.
(m) How does compare to the measured value? From the phasor diagram, determine the angle between and (same as between and ), the angle between and , and th
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이 최대가 되는 공명 주파수를 구하고 이론값과 일치하는가 확인한다.
출처 : 교재 본문, 기초전기전자실험(김상배 저, 2009),
네이버백과(http://100.naver.com) ‘R-L-C 공명회로’
< 참 고 문 헌 >
기초전기전자시험 / 김상배 저 / 흥릉과학출판사
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0.05KΩ
4523Hz
5.50V
43.20V
11.05V
162.72mA
0.05KΩ
Additional
readings
near
peak
5500Hz
5.29V
72.27V
10.74V
156.51mA
0.05KΩ
→ 계 산 과 정
GRAPH 12.5
(b) How has the shape of the curve changed?
Is the resonant frequency the same even though the resistance was changed?
Is the minimum value still equal
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큰 도움이 된 것 같다. < 목 적 >
< Part 1 Two Parallel Resisters >
< Part 2 Three Parallel Resisters >
< Part 3 Equal Parallel Resisters >
< Part 4 Different Levels of Resistance >
< Part 5 Open Circuits >
< Part 6 Short Circuits >
< EXERCISES >
< 실험에 대한 고찰 >
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Circuits", CAP Wireless, Inc., July 2002
[3] E. G. Cristal, Sidney Frankel, "Hairpin-line and hybrid hairpin-line/halfwave parallel-coupled-line filter", IEEE Trans. Microwave Theory Tech, Vol. MTT-20, pp719 -728, November 1972.
[4] Rodrigo Neves Martins, Humberto Abdalla Jr., "Design features - tec
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