[50 pts] Given: You have the following RLC circuit: 1 of 1 10 (1) V 1...

  

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[50 pts] Given: You have the following RLC circuit: 1 of 1 10 (1) V 1 ΚΩ 2H 0.5 µF (0)-OV (0)-0A Note the initial conditions are both 0 for this circuit. Find: Determine an equation for the voltage across the capacitor for t 20. [50 pts] Given: You have the following specifications for an RLC circuit: OS = 55% ±5% t=2.5 ms Find: An RLC circuit to meet the specifications. You must 1) Determine values for a and $; 2) determine the equation for ve(t); 3) plot the equation in Matlab and show the specifications are met; and 4) determine component values assuming you must use R = 100. [50 pts] Given: You have the following RLC circuit: 1 of 1 10 (1) V 1 ΚΩ 2H 0.5 µF (0)-OV (0)-0A Note the initial conditions are both 0 for this circuit. Find: Determine an equation for the voltage across the capacitor for t 20. [50 pts] Given: You have the following specifications for an RLC circuit: OS = 55% ±5% t=2.5 ms Find: An RLC circuit to meet the specifications. You must 1) Determine values for a and $; 2) determine the equation for ve(t); 3) plot the equation in Matlab and show the specifications are met; and 4) determine component values assuming you must use R = 100.

Answer rating: 100% (QA)

To solve this problem we will first need to determine an equation for the voltage across the capacitor for t 0 To do this we can use the differential ... View the full answer