To study step response of series RL,RC and RLC circuit Apparatus Required Apparatus Note - Choose...

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To study step response of series RL,RC and RLC circuit Apparatus Required Apparatus Note - Choose values of apparatus which are practically feasible. Mention the values, specifications, online link (where they can be purchased), quantity of the apparatus required for the experiment. Observations Theory Describe series RL, RC, RLC circuits with proper circuit diagrams, equations of voltage and current across all elements (R,L,C). For RLC circuits mention the equations for underdamped, critically damped and overdamped cases. Circuit Diagrams Attach screenshots of the circuits which will be used for simulation of RC, RL and RLC circuits. Mention the values of R,L,C in the diagram. The values must strictly match to those stated in the apparatus required section. (i) For RLC circuit Resistance (2) Value (ii) For RC circuit Attach screenshots of the simulated waveforms for voltage and current across every element for RL,RC and RLC circuits. For RLC circuit attach waveforms for underdamped, critically damped and overdamped cases. The waveforms must match the theoretical equations. Also complete the following table given below. Resistance (2) (iii) For RL circuit Specifications Online Link Resistance (2) Capacitor (F) Quantity Capacitor (F) Inductor (H) Inductor (H) Response Underdamped Critical Overdamped Time Constant (sec) Time Constant (sec) To study step response of series RL,RC and RLC circuit Apparatus Required Apparatus Note - Choose values of apparatus which are practically feasible. Mention the values, specifications, online link (where they can be purchased), quantity of the apparatus required for the experiment. Observations Theory Describe series RL, RC, RLC circuits with proper circuit diagrams, equations of voltage and current across all elements (R,L,C). For RLC circuits mention the equations for underdamped, critically damped and overdamped cases. Circuit Diagrams Attach screenshots of the circuits which will be used for simulation of RC, RL and RLC circuits. Mention the values of R,L,C in the diagram. The values must strictly match to those stated in the apparatus required section. (i) For RLC circuit Resistance (2) Value (ii) For RC circuit Attach screenshots of the simulated waveforms for voltage and current across every element for RL,RC and RLC circuits. For RLC circuit attach waveforms for underdamped, critically damped and overdamped cases. The waveforms must match the theoretical equations. Also complete the following table given below. Resistance (2) (iii) For RL circuit Specifications Online Link Resistance (2) Capacitor (F) Quantity Capacitor (F) Inductor (H) Inductor (H) Response Underdamped Critical Overdamped Time Constant (sec) Time Constant (sec)

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Apparatus Required Resistor R Choose a resistor with a value between 1 k and 10 k Capacitor C Choose a capacitor with a value between 1 F and 10 F Ind... View the full answer