Engineering, 15.04.2020 03:27, jordantay208

For the next two parts we will use the following relationship between the input and output voltage which you should have found in solving for part B: vo(t)=vin(1−e−αt(cos(βt)+αβsin(βt)) )vo(t)=vin(1−e−αt(cos(βt)+αβsin(βt) )) , where α=11389α=11389 rad/sec and β=27553β=27553 rad/sec and time is now measured in seconds. What is the largest dc voltage, vinvin that we can use at the input without causing the op-amp to saturate? Enter your answer with appropriate units and round your answer to three significant digits. Warning: In order to find when vo(t)vo(t) reaches its peak value you will need to solve dvodt=0dvodt=0 . The output voltage has many local maxima and minima. Make sure you get the right one. A plot of vo(t)vo(t) vs. tt will be helpful in guiding you to the right solution.

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For the next two parts we will use the following relationship between the input and output voltage w...