- #1
Lancelot59
- 646
- 1
I'm given the following transfer function:
[tex]T(s)=\frac{50000s}{(s+50)(s+1000)}[/tex]
and I need to constuct a circuit from it using opamps, resistors, capacitors, and inductors. Capacitors must be 100nF.
I'm not quite sure how to start here. I managed to get a time domain version of the transfer function:
[tex]T(t)=\frac{-50000}{19}e^{-50t}+\frac{100000}{19}e^{-1000t}[/tex]
The problem is I have no idea how to get started. I know that the time function looks like a capacitor discharging, however I don't know how to start going about turning this function into a circuit.
[tex]T(s)=\frac{50000s}{(s+50)(s+1000)}[/tex]
and I need to constuct a circuit from it using opamps, resistors, capacitors, and inductors. Capacitors must be 100nF.
I'm not quite sure how to start here. I managed to get a time domain version of the transfer function:
[tex]T(t)=\frac{-50000}{19}e^{-50t}+\frac{100000}{19}e^{-1000t}[/tex]
The problem is I have no idea how to get started. I know that the time function looks like a capacitor discharging, however I don't know how to start going about turning this function into a circuit.