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2) RLC series circuits R1 1m 2 1E-6 V1 C1 1E-12 TR = Ở TF 0 PW = 1 PER = 2 In the above circuit, the voltage source is 5V for2.2: Using impedances, determine the transfer function for the voltage across C1. Use symbolic numbers in your expression. 2.

2) RLC series circuits R1 1m 2 1E-6 V1 C1 1E-12 TR = Ở TF 0 PW = 1 PER = 2 In the above circuit, the voltage source is 5V for t0 2.1: Draw the s-domain equivalent circuit. Include the intial conditions in your s-domain circuit. Label your component values using symbolic notation (eg. sL1).
2.2: Using impedances, determine the transfer function for the voltage across C1. Use symbolic numbers in your expression. 2.3: Using your result from part b., determine the transfer function for the current through the capacitor. 2.4: Using the transfer function from part c., for R1 5kQ, determine the current through the capacitor as a function of time t>0. 2.5: Using the transfer function from part c. for 2kQ, determine the current through the capacitor as a function of time for t>0. 2.6: Using the transfer function from part c. for R1 = 5000, determine the current through the capacitor as a function of time for t> 0
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