00:01
So, the solution is we have to design the circuit.
00:04
So, the ordinary differential equation is there is v naught double dash t plus e v naught dash t plus v naught t is equals to 2 v i dash t.
00:38
So, there is the laplace transform.
00:46
So, there is s square v naught s plus 3 s v naught s plus v naught s equals to 2 v i s.
01:03
So, there is t f is equals to v naught s upon v i s which is equals to 2 upon s square plus 3 s 3 s plus 1.
01:20
So, the basic circuit the basic circuit is.
01:29
So, there is the basic circuit this is the basic circuit there is the resistance r there is the impedance l there is the capacitor c and the voltage v i t this is the basic circuit which have v naught t.
02:05
So, this is the basic circuit and there is v naught s is equals to 1 upon c s upon r plus l s plus 1 upon c s dot v i s.
02:26
So, the voltage division rule is v naught s is equals to 1 upon c s upon r plus l s plus 1 upon c s dot v i s...