Where R=100-Ohm, C = 1 uF, and L=65mH Create a SQUARE wave voltage source of about...

  

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Where R=100-Ohm, C = 1 uF, and L=65mH Create a SQUARE wave voltage source of about 100 Hz with a 0-5V p-p voltage step. 1. measure voltage across last and two second last elements i.e. inductor, resistor and Inductor+Capacitor. 2. Change the resistor to R=1kOHM, making this the last component in the series string. Remeasure the voltage across the resistor and compare it the 100ohms case 3. How does the circuit response with a 1kOhm resistor compare to the response with the 100-Ohm resistor? Which alternative is underdamped, and which is overdamped? Calculate the damping ratio alpha (a) for each case theoretically. 4. For the 1k-Ohm resistor condition, solve the theoretical response for the inductor voltage for this circuit for a step-up voltage transient. TRANSIENT RESPONSE OF SERIES SECOND ORDER RLC CIRCUIT Source Voltage Measurement on DSO +C Gnd ஆண் C 41|* R in Resistor Voltage Measurement on DSO Where R=100-Ohm, C = 1 uF, and L=65mH Create a SQUARE wave voltage source of about 100 Hz with a 0-5V p-p voltage step. 1. measure voltage across last and two second last elements i.e. inductor, resistor and Inductor+Capacitor. 2. Change the resistor to R=1kOHM, making this the last component in the series string. Remeasure the voltage across the resistor and compare it the 100ohms case 3. How does the circuit response with a 1kOhm resistor compare to the response with the 100-Ohm resistor? Which alternative is underdamped, and which is overdamped? Calculate the damping ratio alpha (a) for each case theoretically. 4. For the 1k-Ohm resistor condition, solve the theoretical response for the inductor voltage for this circuit for a step-up voltage transient. TRANSIENT RESPONSE OF SERIES SECOND ORDER RLC CIRCUIT Source Voltage Measurement on DSO +C Gnd ஆண் C 41|* R in Resistor Voltage Measurement on DSO