1. ma L T ZR Vout . The above circuit represents an unknown filter. • The parameters of this filter are R-BOKohm.L-1.5H.

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answerhappygod
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1. ma L T ZR Vout . The above circuit represents an unknown filter. • The parameters of this filter are R-BOKohm.L-1.5H.

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1 Ma L T Zr Vout The Above Circuit Represents An Unknown Filter The Parameters Of This Filter Are R Bokohm L 1 5h 1
1 Ma L T Zr Vout The Above Circuit Represents An Unknown Filter The Parameters Of This Filter Are R Bokohm L 1 5h 1 (24.27 KiB) Viewed 31 times
PART 2
1 Ma L T Zr Vout The Above Circuit Represents An Unknown Filter The Parameters Of This Filter Are R Bokohm L 1 5h 2
1 Ma L T Zr Vout The Above Circuit Represents An Unknown Filter The Parameters Of This Filter Are R Bokohm L 1 5h 2 (28.8 KiB) Viewed 31 times
please answer both parts. i need them done soon, thank you.
1. ma L T ZR Vout . The above circuit represents an unknown filter. • The parameters of this filter are R-BOKohm.L-1.5H.Ch1nF • Determine the cutoff frequency(s) of this filter. • What type of filter is being used here and what is its center frequency? • Draw a rough sketch of its magnitude response showing all the frequencies. • Which passive element of this circuit causes the voltage to lag behind the current and which passive element causes the current to lag behind the voltage? Show all the hand calculations and appropriate formulae. (25 points)
2. R1=10 ohm R2=50 ohm RL=5ohm (I Т) R3=40 ohm R4=30 ohm Consider the circuit given above.Let us apply a DC input Vo=25V as shown. • Determine the Thevenin's equivalent circuit for the above circuit. • Draw the equivalent circuit. • Find the current through the load resistor as well as the voltage across the load resistor. Show all hand calculations as well as all appropriate formulae. (25 points)
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