This is an LTI Second Order Subject: Passive Low Pass Filter. Please show the step by step solution for each problem asked. If you managed to do this then I will give you an upvote for your answer and failing to do this will give you an downvote. 1.) Solve for the Voltage Out of given circuit below using circuit analysis. The given values are already displayed. The answer should be around 330mv. Show your solution step by step. 2.) Solve for the Voltage Out again but now with using the transfer function I have obtained below. If you used magnitude below please explain why did you use magnitude and square root please explain the concept behind that. note: Please don't use the solution in bartleby because I found them wrong. Especially the one who used degrees on it.
This is an LTI Second Order Subject: Passive Low Pass Filter. Please show the step by step solution for each problem asked. If you managed to do this then I will give you an upvote for your answer and failing to do this will give you an downvote.
1.) Solve for the Voltage Out of given circuit below using circuit analysis. The given values are already displayed. The answer should be around 330mv. Show your solution step by step.
2.) Solve for the Voltage Out again but now with using the transfer function I have obtained below. If you used magnitude below please explain why did you use magnitude and square root please explain the concept behind that.
note: Please don't use the solution in bartleby because I found them wrong. Especially the one who used degrees on it.
Step by step
Solved in 4 steps with 4 images