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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.
Q. Consider themagnetic circuit of Figure. Let the cross-sectional area AC of the core, be 16 cm 2 , the average length of the magnetic path in the core lC be 40 cm, the number
Design a MOD-6 synchronous counter using T Flip-Flops.
Notations that are used in transistor circuits:- h ie = h 11e = Short circuit input impedance h 0e = h 22e = Open circuit output admittance
I want simulink model for carrier based pwm method
1. A current carrying conductor is found to carry 10 μA at a given time slot from 5μs to 1.5 ms. Find the total number of electrons flowing in the conductor during this time slot.
Question 1: (a) Describe the three main types of electrical fault which might occur in a circuit. (b) What is three phase electric power? Give its advantages. (c) Explain th
Referring to Figure, let boxes 2, 3, and 5 consist of a 0.2-H inductor, a 5- resistor, and a 0.1-F capacitor, respectively. Given A = 5, and v 1 = 10 sin 10t, i 2 = 5 sin 10t ,
Q. Which of the 3 transistor configuration is best to use in cascade if maximum voltage gain is to be realized? The common collector configuration is not used for intermediate
Voltage, current, and charge control: The collector-emitter current can be seen as being controlled through the base-emitter current (current control), or through the base-emi
List four sources of information which are essential to the designer of this electrical installation.
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