Figure 2a (below) shows an equivalent circuit for a capacitive discharging loop. Let the primary capacitor...

  

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Figure 2a (below) shows an equivalent circuit for a capacitive discharging loop. Let the primary capacitor C be 1 nF, and the load capacitance C₁ be 10 pF. The inductance of the loop, L, is in the range of 10 nH to 10 µH, and the load resistance RL is in the range of 100 to 5000 N. Determine a set of L and R₁ that the load voltage is at the damped oscillating case, and a set of L and R₁ for the aperiodically damped case. Plot the load voltage using either MATLAB or simulation software. Follow Figure 2b as an example for the plots. Total (Total Points: 30, each case 15 points) 5 C m L CL ASSIGNMENT R₁ Voltage across the load V₁ [% of V₁] 100 80 60 10 20 0 2 4 6 8 Time [us] 10 12 14 (a) (b) Figure 2. (a) A capacitive discharging circuit; (b) The plot template for load voltage Figure 2a (below) shows an equivalent circuit for a capacitive discharging loop. Let the primary capacitor C be 1 nF, and the load capacitance C₁ be 10 pF. The inductance of the loop, L, is in the range of 10 nH to 10 µH, and the load resistance RL is in the range of 100 to 5000 N. Determine a set of L and R₁ that the load voltage is at the damped oscillating case, and a set of L and R₁ for the aperiodically damped case. Plot the load voltage using either MATLAB or simulation software. Follow Figure 2b as an example for the plots. Total (Total Points: 30, each case 15 points) 5 C m L CL ASSIGNMENT R₁ Voltage across the load V₁ [% of V₁] 100 80 60 10 20 0 2 4 6 8 Time [us] 10 12 14 (a) (b) Figure 2. (a) A capacitive discharging circuit; (b) The plot template for load voltage

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The time constant of the circuit denoted by is given by RL R C C where RL is the load resistance and ... View the full answer