Design a second-order low-pass Butterworth filter having a gain of 10 and a corner frequency at 1k rad/s. Show your complete work and the LTspice schematic and simulation result.

Design a second-order low-pass Butterworth filter having a gain of 10 and a corner frequency at 1k rad/s. Show your complete work and the LTspice schematic and simulation result. You must submit the hand calculation written neatly, and the LTspice schematic and simulation results.

Draw the complete circuit with all values indicated on the schematic. Run a Multisim simulation of your final circuit using the built-in model for the 741 op amps. Include your Multisim schematic and a Bode plot of your simulation results. Determine the mid band gain, critical frequency, and filter order from your simulation results.

Design a 4th – order, low-pass Butterworth active filter with a critical frequency of 2kHz. Use the Equal-Value, Sallen-Key op amp circuit for each stage. Capacitor and resistor values must be from the standard value tables shown below. The capacitor values must be in the range of 1000pF to 1uF and the resistors must be […]

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