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Some In class Practice Problem
These two are the one let us get used to use use inductor and capacitor
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Passive RC Circuit Natural Response
In this prelab, we were ask to write the differential equation relate to graph a and graph b
On graph a) the voltage change when switch is on we can calculate T by using Ta = R2*C
On graph b) the switch is off we can shortage the source so Tb can equal to to Rsum*C
After the Pre-Lab we set up the lab
This graph is graph b) output
In the graph b) above we pick 2 random point on the decreasing curve and know the delta t then we can calculate the RC(T) by v(t) = Voe^(-t/RC)
This is graph a) output
we using the same method as part b to calculate the T which is RC
Summary: the big T is RC
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Class Note
This graph is the voltage and current's relationship on inductor
the current for inductor is base on relation I(t) = Ioe^(-tR/L)
The graph of inductor will be like this
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