1 m I, V2 V 50 22 Vi 50 22 1000 units 50 22 50 Ως | = case 1: a cascade of 1,000 unit LC networks each with L = 0.3 nH a

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1 m I, V2 V 50 22 Vi 50 22 1000 units 50 22 50 Ως | = case 1: a cascade of 1,000 unit LC networks each with L = 0.3 nH and C = 0.12 pF. case 2: 1 m long ideal transmission line with L'= 0.3 nH/mm and C' = 0.12 pF/mm. case 3: a cascade of 10,000 unit LC networks each with L = 0.03 nH and C = 0.012 pF. = quantitatively compare the above 3 sets. What similarities do you observe? What differences do you observe? How do you relate the similarities in transient results to the similarities in AC results? How do you relate the differences in transient results to the differences in AC results? How do you explain the observed differences? Why does the 10,000-unit circuit with L = 0.03 nH and C = 0.012 pF better resemble the transmission line system than the 1000-unit circuit with L = 0.3 nH and C = 0.12 pF? = = =