meowth08
Member
We were given a simple circuit and we were tasked to obtain the transfer function V[SUB]out[/SUB]/V[SUB]in[/SUB]. First, I converted the given impedances to their laplace impedances. Then I simplified the circuit using continuous voltage division and I have arrived to this equation:
V[SUB]out[/SUB]/V[SUB]in[/SUB]=2/(s[SUP]2[/SUP]+3s+4)
I'm stacked on this part. I don't know how to convert the transfer function to its time domain equivalent. The roots of the denominator are imaginary. How would I deal with this? Please educate me. Thank you in advance.
V[SUB]out[/SUB]/V[SUB]in[/SUB]=2/(s[SUP]2[/SUP]+3s+4)
I'm stacked on this part. I don't know how to convert the transfer function to its time domain equivalent. The roots of the denominator are imaginary. How would I deal with this? Please educate me. Thank you in advance.
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