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1) The below circuit has an output 10 times the difference between the 2 input signals. Show how this could be realised using 2 Operational Amplifiers and 5 Resistors, and provide values of the...

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1) The below circuit has an output 10 times the difference between the 2 input signals. Show how this could be realised using 2 Operational Amplifiers and 5 Resistors, and provide values of the resistors
2) For a Proportional plus Derivative Controller, construct the shape of the output waveform for the triangular waveform shown, if the input rises and falls at the rate of 4 units per minute, where Proportional Band is 20% and the Derivative Action time is 0.1 Minutes
3)
a) For the above graph where the Proportional Only Gain was 4, calculate the required settings of a PID Controller using the Quarter Amplitude Response Method
b) If for the above the Proportional Only Gain was 6 estimate the settings of a PID Controller using the Ultimate Cycle Method
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The below circuit has an output 10 times the difference between the 2 input signals. Show how this could be realised using 2 Operational Amplifiers and 5 Resistors, and provide values of the resistors For a Proportional plus Derivative Controller, construct the shape of the output waveform for the triangular waveform shown, if the input rises and falls at the rate of 4 units per minute, where Proportional Band is 20% and the Derivative Action time is 0.1 Minutes For the above graph where the Proportional Only Gain was 4, calculate the required settings of a PID Controller using the Quarter Amplitude Response Method If for the above the Proportional Only Gain was 6 estimate the settings of a PID Controller using the Ultimate Cycle Method

Answered Same Day Dec 22, 2021

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Robert answered on Dec 22 2021
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