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For an operating point half way up the parallel section and the discharge valve and the discharge fully open, design a proportional only controller which will give closed loop dynamics 1/3 that of the open loop plant. The program should sample the analogue signals very rapidly compared to the dynamics of the process (1 second sampling), so that it will behave much like a continuos (analogue) system. We will in fact look at digital control later in the Lab.
Investigate the effect on your controller's performance, that the action of altering the discharge valve position would have. Does the observation tie in with theoretical expectations?
Observe the consequences of increasing the controller gain and changing the operating point. Try reducing the gain of the controller and see if you can make generalisations about the effect of proportional gain. Your theory should help.
A dc series motor is connected to a load. The torque varies as the square of the speed.With the diverter-circuit open, the motor takes 20 A and runs at 500 r/min. Determine the mot
What do you mean by Circuit Analysis Techniques? One simplifying technique often used in complex circuit problems is that of breaking the circuit into pieces of manageable
dear sir, when i am going to simulate my model in matlab i am getting the following error : the derived input for the integrator is inf or nan at time xxxxx. try to reduce the step
For a 50kW three phase rectifier connected at 415 V to a point of common coupling with a short circuit capacity 500kVA modelled as an inductive source, design filters to make the s
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One byte Instructions One byte instruction include both the opcode operand in the same byte. To identify one byte instruction one must observe followings things .
color coding
Q. In a differentiating circuit, R=10 kW,and C=2.2μF.If the input voltage goes from 0V to 10 V at a constant rate in 0.4s, determine the output voltage. Solution: e 0 =
Diode current: Zener region: when the reverse biased voltage is increase to a very high value then a point is reached where will is suddenly going a very high value. Th
explain how can you find hysteresis loss from hysteresis loop
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