Series RL Circuit

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• series RL circuit

  The phase angle of a series RL circuit with a 100.0-ohm resistor and a 20.00-mH inductor is 70.0 degrees. What is the inductive reactance of this circuit? 17.

• RL/RC Circuits

  17113 RL/RC Circuits A series RL circuit with L = 3.00 H and a series RC circuit with C = 3.00 have equal time constants. If the two circuits contain the same resistance R, (a) What is the value of R and (b) What is the time constant?

• Resistors: Explanations and Calculations

  Now for the calculation of R: The 12V source is in series with R and Rl.

• Superposition Theorem

  i) when v2 is shorted, RL will be in parallel with R2 and these two intern will be in series with R1 ii) when v1 is shorted, RL will be in parallel with R1 and these two intern will be in series with R2 VoRL = V1 RL/ (R2 + RL) + V2 RL/

• Thevenin Equivalent Voltage

  Determine the Thevenin equivalent voltage vt of the circuit within the box. Determine the Thevenin equivalent resistance Rt of the circuit? According to Thevenin theory, the equivallent circuit is Vth, Rth and RL in series.

• Thevenin's theorem, Norton's theorem circuits, networks

  The current flowing into r2 is the same as flowing into r4 and current flowing into r3 is same as flowing into rL. Hence r2 and r4, r3 and rL are in series.

• Calculating the current of a circuit

  57338 Calculating the current of a circuit A 50.0 H inductor and a 12.5 ohm resistor are connected in a series. A power source of constant 22.5 volts is applied across the series RL circuit elements at time t=0.

• RL circuit

  RL circuit (same through each device).

• Superposition Theorem - Independent Sources

  Total Series Impedance Z = (R1||RL) + (R3||R4) + R2, where || means Parallel Hence V = Vs * [ (R3||R4)/ Z ] = Vc ---(1) b) Short the Voltage source Vs Total Impedance left of the Current Sources Zleft = [ (R1||RL) + R2 ] || R3 Using potential