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The output of the feedback control system must be a function of:
The unit impulse response of a certain system is found to be e^{8t}. Its transfer function is _______.
For the system shown in the figure, Y(s)/X(s) = _________. (Answer in integer )
Assuming zero initial condition, the response y(t) of the system given below to a unit step input u(t) is
The sum of the gains of the feedback paths in the signal flow graph shown in fig. is
A control system whose step response is 0.5(1+e^{2t}) is cascaded to another control block whose impulse response is e^{t}. What is the transfer function of the cascaded combination?
The overall transfer function C/R of the system shown in fig. will be:
For the signal flow graph shown in fig. an equivalent graph is
The block diagram of a system is shown in fig. The closed loop transfer function of this system is
For the system shown in fig. transfer function C(s) R(s) is
In the signal flow graph shown in fig. the transfer function is
In the signal flow graph shown in fig. the gain C/R is
The gain C(s)/R(s) of the signal flow graph shown in fig.
The negative feedback closedloop system was subjected to 15V. The system has a forward gain of 2 and a feedback gain of 0.5. Determine the output voltage and the error voltage.
For the block diagram shown in fig. transfer function C(s)/R(s) is
For the block diagram shown in fig. the numerator of transfer function is
For the block diagram shown in fig. the transfer function C(s)/R(s) is
23 docs285 tests

23 docs285 tests
