c 25 Question 24 Circuit Type Double PZ Course Topics Bode Plots Difficulty

C 25 question 24 circuit type double pz course topics

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25 Question 24 Circuit Type Double P/Z Course Topics Bode Plots Difficulty Introductory Draw the Bode Plot of the following circuit’s transfer function, given component values: , , , , ,
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26 Question 25 Circuit Type Adv. LPF Course Topics Transfer Functions Difficulty Introductory Find the transfer function, ( ) , of the above circuit. Show all workings and place your final answer in simplified form showing pole and zero locations.
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27 Question 26 Circuit Type N/A Course Topics Bode Plots Difficulty Exam Using two op-amp circuit blocks, we design a filter. It has the following combined transfer function: ( ) − ( + ) ( + )( + ) a. Draw the Bode Magnitude Plot of this circuit in the graph space below over the entire range of indicated. Show all workings here. b. Draw the Bode Phase Plot of this circuit in the graph space below. Show all workings here. c. What type of filter circuit does this response represent? Justify your answer in 1-2 sentences.
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28 Question 27 Circuit Type N/A Course Topics Filter Design Difficulty Exam A vibration sensor is used to measure the wear of a bearing in a manufacturing plant. We want a circuit with the following filter response to remove extraneous information: Design a circuit that produces the Bode magnitude response plot shown on the previous page. Show the completed circuit diagram. You may use any number of components, but your chosen component values must be realistic. You are also limited to the following ranges for passive components:
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29 Question 28 Circuit Type Simplified Biquad Course Topics Transfer Functions Difficulty Exam Consider the following circuit, where and . Find the transfer function, ( ) ( ) ( ) , of the above circuit. Show all workings and simplify your answer to clearly show pole and zero locations.
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30 Question 29 Circuit Type N/A Course Topics Bode Plots Difficulty Exam Consider the following transfer function: ( ) − ( + )( + )( + ) Draw the Bode Magnitude and Phase Plots of this transfer function. -120 -100 -80 -60 -40 -20 0 0.1 1 10 100 1000 10000 100000 Magnitude (dB) Frequency, ω (rad/s) -315 -270 -225 -180 -135 -90 -45 0 0.1 1 10 100 1000 10000 100000 Phase Shift (°)
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31 Question 30 Circuit Type N/A Course Topics Bode Plots, Filter Design Difficulty Exam a. For the Bode Magnitude Plot shown above, determine an equivalent transfer function and design a circuit to implement this transfer function. Be sure to draw the final circuit. Chosen component values must be realistic, given real-world component value ranges for such circuits: b. For the circuit you designed in Part (a), sketch the rough output, given the following input signal. You may ignore any phase shift introduced by the filter circuit when sketching. ( ) ( ) + ( ) -25 -20 -15 -10 -5 0 5 10 15 0.1 1 10 100 1000 10000 100000 Magnitude (dB) Frequency, ω (rad/s)
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32 Question 31 Circuit Type Basic Op-Amp Filter Course Topics Transfer Functions Difficulty Introductory Find the transfer function of the circuit below.
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33 Question 32 Circuit Type Basic Op-Amp Filter Course Topics Transfer Functions Difficulty Introductory Find the transfer function of the circuit below.
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