電気回路第 1 第 13 回
DESCRIPTION
電気回路第 1 第 13 回. 電気回路第 1 スライド 13- 1. ー交流回路ー. 目次. ２前回の復習 ３ RLC 並列（共振）回路 ４ RLC 並列回路の計算 ５変圧器 ６相互誘導回路. ７相互誘導回路の等価回路 ８交流ブリッジ ９交流ブリッジ（試験問題より） 10 今日のまとめ. RLC 並列（共振）回路. 位相 合う. 抵抗. と、. R LC 並列回路は、. （ 位相が合っている ）. インダクタンス. （ 電圧が進んでいる ）. と. キャパシ. 位相 進む. タンス. を. （ 電圧が遅れている ）. - PowerPoint PPT PresentationTRANSCRIPT
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113
113-*RLCRLC10
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!RLRCLCR113
113-2-1RLZ = R + jL
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RLRCLCR113
113-2-2 RC!
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RLRCLCR113
113-2-3 RLC!
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!RLRCLCR113
113-2-4
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RLCRLCRLCLC113-3-1 RLCRLC
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RLCRLCRLCLCRLC113-3-2
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RLCRLCRLCRLCLCY113-3-3
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RLCRLCRLCLC113-3-4
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RLCRLCYY1/R1/jLjC1/RLC113-4-1 RLCYY1!
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RLCRLCZ=Y=++ jCYRLCYY1/R1/jLjC1/RLC113-4-2 1!
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RLC[]C113-4-3
YRLCYY1/R1/jLjC1/RLC1!
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RLCC113-4-4 RLCYY1/R1/jLjC1/RLC1!
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RLC113-4-5 RLCYY1/R1/jLjC1/RLC1!
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RLC1RLC113-4-6 RLCYY1/R1/jLjC1/RLC!
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RLC10113-4-7
YRLCYY1/R1/jLjC1/RLC!
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RLC1113-4-8 RLCYY1/R1/jLjC1/RLC:!
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113-5-1
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113-5-2
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2113-5-3 e (2e
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12113-5-4
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113-5-5
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L1L2 M n1 n1 L1 n12 L2 n22 M n1n2 M=L1L2 kL1L2 kL1L2M2113-6-1
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L1L2 M n1 n1 L1 n12 L2 n22 M n1n2 M=L1L2 kL1L2 k2MML1 n1n1 n1 113-6-2
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L1L2 M n1 n1 L1 n12 L2 n22 M n1n2 M=L1L2 kL1L2 k2L1 n2 n1n1 n1 L2Mn1 n22113-6-3 n2
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L1L2 M n1 n1 L1 n12 L2 n22 M n1n2 M=L1L2 kL1L2 k2 n2 n1L2M n22 113-6-4 L1
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L1L2 M n1 n1 L1 n12 L2 n22 M n1n2 M=L1L2 kL1L2 k2 n2 n1L2M n22113-6-5 L1
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L1L2 M n1 n1 L1 n12 L2 n22 M n1n2 M=L1L2 kL1L2 k2L2M n22113-6-6 L1
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RI1jLI1jMI20I1I2L1ML2M113-7-1
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RI1jLI1jMI20I1I2L1ML2M2113-7-2
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RI1jLI1jMI20I1I2L1ML2M2E = jL1jL1I1R1I1113-7-3
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RI1jLI1jMI20I1I2L1ML2MjL1jMjMI2113-7-4
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RI1jLI1jMI20I1I2L1ML2M2jL1I1jMI2jMI1R2I2jL2I2113-7-5 jL2
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0 =RI1jLI1jMI20I1I2L1ML2MjL1I1jMI2jMI1R2I2jL2I2113-7-6 jL2j(L1M)I1+jM(I1+I2)+j(L2M)I2+R2I2
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RI1jLI1jMI20I1I2L1ML2ME = j(L1M)I1R1I1+jM(I1+I2)+j(L2M)I2+R2I2i1+i2M113-7-7
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RI1jLI1jMI20I1I2L1ML2ME = j(L1M)I1R1I1+jM(I1+I2)+j(L2M)I2+R2I2113-7-8
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54
R1R4=R2R3R5ZZ1Z4=Z2Z3113-8-1
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R1R4=R2R3R5ZZ1Z4=Z2Z3I5I5R1R4R2R3I50 113-8-2
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R1R4=R2R3R5ZZ1Z4=Z2Z3
RZ
Z1Z4Z2Z3G I0
113-8-3
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Z1Z4Z2Z3G I0 R1R4=R2R3R5ZZ1Z4=Z2Z3Z113-8-4
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Z1Z4Z2Z3G I0 R1R4=R2R3R5ZZ1Z4=Z2Z3Z1Z4Z2Z3Z1Z4Z2Z32113-8-5
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980ABABZ1Z1jCR1R2 jLjCR1R2 LCR1R2 113-9-1
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ABZ1Z10ABABZ1Z1jCR1R2 jLjCR1R2 LCR1R2 113-9-2
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Z1Z4Z2Z3R1R20ABABZ1Z1jCR1R2 jLjCR1R2 LCR1R2 113-9-3
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Z1Z4Z2Z3R1R2jCZ1jCR1R20ABABZ1Z1jCR1R2 jLjCR1R2 LCR1R2 113-9-4
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Z1jCR1R2jCR1R20ABZ1Z1jLjCR1R2ABZ1Z1jCR1R2 jLjCR1R2 LCR1R2 113-9-5
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jCR1R2Z1Z1jLjCR1R2LCR1R2LCR1R2ABZ1Z1jCR1R2 jLjCR1R2 LCR1R2 113-9-6
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01/LCZ1Z4=Z2Z3RLC113-10-1 !
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01/LCZ1Z4=Z2Z3RLC113-10-2 !
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01/LCZ1Z4=Z2Z312113-10-3 !
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01/LCZ1Z4=Z2Z3Z1Z4Z2Z3113-10-4 !
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01/LCZ1Z4=Z2Z3113-10-5 RLCRLC!
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1!!
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2!!
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3!!11002001100 [V] 200 [V] 25 [A] 110 [A] 1 [kW] k = 1 100200100 V10 A1 kW200 V5 A1 kW12
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4
dI1dI2E = R1I1 + L1 + M dtdtdI2dI1 0 = R2I2 + L2 + M dtdt
M di1d ( i1 + i2) E = R1i1 + (L1M ) + M dt dt di2d ( i1 + i2) 0 = R1i2 + (L2M ) + M dt dt!!
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5!!Z1 Z4 = Z2 Z3 ZG
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6!!
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7!!
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1 1j 13j 1 [] 1 [mH] RLZ = R + jL R = = L = 1 RCY = 1/R + jC R = = 1C = 3 !!
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2RLC 0103 [rad/s] RLC!!1 []1 [F]1 [H]RCL
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313!!
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2!?I!!
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210+L1050.1103105L10105Lj101010j10j=10+10j10j1001j101010j1001j1VI1/[10+10j+1010j]0.05 [A]
Z2Z31050.1103Z1Z4!!