Task Goals The goals of this engineering problem are to: 1. Design an electric circuit according to the given specificat

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answerhappygod
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Task Goals The goals of this engineering problem are to: 1. Design an electric circuit according to the given specificat

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Task Goals The Goals Of This Engineering Problem Are To 1 Design An Electric Circuit According To The Given Specificat 1
Task Goals The Goals Of This Engineering Problem Are To 1 Design An Electric Circuit According To The Given Specificat 1 (142.5 KiB) Viewed 46 times
plz give the oscilloscope waves
Task Goals The goals of this engineering problem are to: 1. Design an electric circuit according to the given specifications. 2. Gain experience with techniques used to design electric circuits. 3. Perform the phasor analysis of the circuit 4. Perform the mathematical calculations 5. Learn to test circuit with simulation. 6. Learn to perform physical testing of the circuit. 7. Learn how to work in a team. 8. Learn how to write a project report Problem Statement To design a Passive Band Pass Filter using a combination of Low Pass and High Pass Filter based on the knowledge and skills gained during lectures and lab sessions as per following requirements. a) High Pass Filter's cut-off frequency should be equal to Last two digits of your registration number ( in KHz) b) Low Pass Filter's cut-off frequency should be equal to sum of last two digits of your registration number plus 20 KHz For example For the registration number, 151091, the cut-off frequencies will be as follows: f1= (91KHZ), f2=(91+20)KHZ c) Calculate the specific values of Resistors and Capacitors for both filters separately. d) Make a table of frequencies and Vo for at least 30 values of frequencies and make a graph of Frequencies vs Vo using the values of the table. 1. Choose 3 values between f1 and f2 and rest outside the range f1-f2 for the table 2. Select step size of 200HZ e) Use AC sweep option and generate a graph of frequency vs Vo Deliverables: 1. Simulation file (Pspice software) (40) 2. Hardware circuit (40) 3. Written report (All mathematical calculations and snapshots of the simulations and hardware circuit) (20)
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