For Fig 1 and 2: 1. Design a Low Pass Filter (fc= 1000HZ) and High Pass filter (fc=2000HZ). Vin

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For Fig 1 and 2:<br>1. Design a Low Pass Filter (fc= 1000HZ) and High Pass filter (fc=2000HZ). Vin < 2.5Vp,<br>Phase = 0°.<br>2. Obtain the transfer function (using Laplace transform) and the magnitude and phase<br>(using frequency response).<br>3. Simulate both circuits in Multisim. (Check the instructions on Blackboard- Supplementary<br>information Folder).<br>4. Change resistor value for 10, 500, 1KN. What is happening?, Explain your readings.<br>R1<br>Vo<br>Vo<br>R1<br>C1<br>Vin<br>L1<br>Vin<br>Fig 1. Low Pass Filter<br>Fig 2. High Pass Filter<br>

Extracted text: For Fig 1 and 2: 1. Design a Low Pass Filter (fc= 1000HZ) and High Pass filter (fc=2000HZ). Vin < 2.5vp,="" phase="0°." 2.="" obtain="" the="" transfer="" function="" (using="" laplace="" transform)="" and="" the="" magnitude="" and="" phase="" (using="" frequency="" response).="" 3.="" simulate="" both="" circuits="" in="" multisim.="" (check="" the="" instructions="" on="" blackboard-="" supplementary="" information="" folder).="" 4.="" change="" resistor="" value="" for="" 10,="" 500,="" 1kn.="" what="" is="" happening?,="" explain="" your="" readings.="" r1="" vo="" vo="" r1="" c1="" vin="" l1="" vin="" fig="" 1.="" low="" pass="" filter="" fig="" 2.="" high="" pass="">

Jun 11, 2022

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For Fig 1 and 2: 1. Design a Low Pass Filter (fc= 1000HZ) and High Pass filter (fc=2000HZ). Vin

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