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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.
Write a short summary of the AM superhet receiver, in exacting consider how the demodulation stage works, and remark on the choice of component values used.
Q. Determine the transfer function C(s)/R(s) of the nested-loop feedback system shown in Figure.
Critical Rate of Rise of Voltage It depends on the junction temperature higher the junction temperature lower the critical rate of rise of voltage. It is also known as
I want to know basic electricity
Q. Consider a pair of coupled coils as shown in Figure of the text, with currents, voltages, and polarity dots as indicated. Show that the mutual inductance is L 12 = L 21 = M by
Q. A low-pass filter circuit is shown in Figure. Using a PSpice program and PROBE, obtain the Bode magnitude plot for the transfer function ¯H(f) = ¯V out / ¯V in for the frequ
i am Eectrical engineer and i want to teach students on line mode. let me know the procedure. thanks pushpendra
Q. Explain phase-shift keying? In PSK, the phase angle of a carrier is keyed between two values. When the values are separated by π radians, it is known as phase-reversal keyin
What is Q-switching in laser ? Give its application. Discuss the elementary idea of mode locking. Generation of high power pulses There are three basic techniques to gene
thermal runaway assingment
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