Time period of RLC circuit Practical experiment on RLC circuit

Time period of RLC circuit

Practical Experiment on RLC circuit

Time period of RLC circuit Practical experiment on RLC circuit

Experiment -1 

Where, value of R= 5 m ohm, C=500 uF, L = 2.15mH,

Given input Voltage Vin= 24V ( charge capacitor )

 Result : Maximum Voltage Vm=19 V, Time Period= 2.5 ms

Experiment -2 

Where, value of R= 10 m ohm, C=500 uF, L = 2.15mH,

Result – if we double Resistance value then Area, A double and time period T same.

Experiment -3 

Where, value of R= 10 m ohm, C=1000 uF , L = 2.24mH,

Result – if we double capacitance value then Area, A same and time period T same.

Experiment -4

Where, value of R= 10 m ohm, C=1000 uF , L = 1.14mH,

Result – if we Half inductor value then Area A same and time period T same, means shape same.

Experiment -5 

Where, value of R= 10 m ohm, C=1000 uF, L1+L2=1.01+1.14

Result – if we add two inductor who’s same as inductor rating of previous experiment- 3, result is different, 

Shape is double, time period is increase at 3.5ms and V=30 Vm

     

Conclusion : we see behaviour of RLC circuit most important fact are seeing that is behaviour of circuit according to it inductor , resistance and capacitance , if we double the  value of resistance then its shape is double to previous shape , if we half its inductor value nothing is change its shape and time period . and if we double capacitor value nothing affect it shape and time period. Interesting thing is shown on inductor value different different shape and time period at overall inductor value is 2.24mH with single inductor and use two inductor with summing value is same 2.24mH. In using two inductor cases shape of graph is double and also time period is increases you can see experiment- 3 and experiment-5.

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