R1=500 Ω, L1=30 nH, L2=2 nH, L3=10 nH 1.Calculate cut-off frequency and time constant of the circuit. 2. Build graphs for AFR and PFR. し2 R1 Uout L1 し3 Uin し2 R1 Uout L1 し3 Uin

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し2 R1 Uout L1 し3 Uin

R1=500 Ω, L1=30 nH, L2=2 nH, L3=10 nH

1.Calculate cut-off frequency and time constant of the circuit.

2. Build graphs for AFR and PFR.

engineering Electrical-Engineering

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Answer 1

Answer #1

0 250 To ur) 750 jw(in) -500 54(1) SoD 1775+oCm) (77s Un止乙 Lew ะ (10+2) nH // 30 n H Pue constantTLea

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Answer 2

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R1=500 Ω, L1=30 nH, L2=2 nH, L3=10 nH 1.Calculate cut-off frequency and time constant of the circuit. 2. Build graphs for AFR and PFR. し2 R1 Uout L1 し3 Uin し2 R1 Uout L1 し3 Uin

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R1=500 Ω, L1=30 nH, L2=2 nH, L3=10 nH 1.Calculate cut-off frequency and time constant of the circuit. 2. Build graphs for AFR and PFR. し2 R1 Uout L1 し3 Uin し2 R1 Uout L1 し3 Uin

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Problem 6 Part A ll Review | Constants I,n = 7 A f = 400 Hz , R1 = 2 Ω , R2 = 4 Ω , L1 = 10 mH Th...

(a.2) Find the theoretical cut-off frequency (3 dB). Fill in the table of item VI.a for...

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R1=500 Ω, L1=30 nH, L2=2 nH, L3=10 nH 1.Calculate cut-off frequency and time constant of the circuit. 2. Build graphs for AFR and PFR. し2 R1 Uout L1 し3 Uin し2 R1 Uout L1 し3 Uin

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Add Answer to: R1=500 Ω, L1=30 nH, L2=2 nH, L3=10 nH 1.Calculate cut-off frequency and time constant of the circuit. 2. Build graphs for AFR and PFR. し2 R1 Uout L1 し3 Uin し2 R1 Uout L1 し3 Uin

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Problem 6 Part A ll Review | Constants I,n = 7 A f = 400 Hz , R1 = 2 Ω , R2 = 4 Ω , L1 = 10 mH Th...

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Add Answer to:
R1=500 Ω, L1=30 nH, L2=2 nH, L3=10 nH 1.Calculate cut-off frequency and time constant of the circuit. 2. Build graphs for AFR and PFR. し2 R1 Uout L1 し3 Uin し2 R1 Uout L1 し3 Uin