Bandpass Filter Project Objective: To gain experience in designing and simulating bandpass filters based on certain spec

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Bandpass Filter Project Objective To Gain Experience In Designing And Simulating Bandpass Filters Based On Certain Spec 1 (411.59 KiB) Viewed 54 times

Bandpass Filter Project Objective: To gain experience in designing and simulating bandpass filters based on certain specifications for center frequency, bandwidth, and quality factor using both Matlab and PSpice. Simulation Procedures: Part A) Design Bandpass Filter in PSpice The circuit is a series RLC circuit. Choose the R, L, and C component values to meet the design specifications. Design specifications: Use last 6 digits of student ID number (e.g. 000123456 --> 123456) 1) Bandwidth: first two digits in kilohertz (e.g. 12 kHz) 2) Center frequency: middle two digits in megahertz with decimal point in between (e.g. 3.4 MHz) Part B) Simulation 1. For the simulation, draw the schematic for the bandpass filter. Input the values for the resistors, inductors, and capacitors to meet the design specs. 2. Use a sinusoidal source, which provides the AC input voltage, with amplitude = 1V. 3. For the simulation settings, set the simulation to AC sweep. The resulting graph is a frequency response as the frequency is swept from a start frequency to a stop frequency. 4. Set the start frequency and stop frequency at to any values that will show the overall bandpass filter Bode plot, and shows a good symmetric plot. 5. Plot the output voltage/input voltage as a linear plot. 6. Plot the output voltage/input voltage as a Bode plot.