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For short transmission lines if resistance is neglected, the maximum power which can be transmitted per phase is equal to
Where Vs and VR are the line-to-neutral voltages at the sending and receiving ends of the line and X is the inductive reactance of the line. This relationship will become apparent in the study of Chap. 6. If the magnitUdes of Vs and VR are held constant, and if the cost of a conductor is proportional to its cross-sectional area, find the conductor in Table A.3 which has the maximum power-handling capacity per cost of conductor at a given geometric mean spacing.
Provide detailed plans regarding the type of website you would like to develop for your e-business. For this assignment you will provide a presentation that contains a detailed discussion of an implementation plan.
This will allow us to represent 256 numbers in that range, and there are only 6 integers in that range, so we'll be able to represent 250non-integral values, such as, perhaps, 2.5. Assume we will use a representation with 0xff representing 5 and 0..
in this project we will consider the control of a synchronous generator supplying electricity to the grid. we will
Design a circuit whose output becomes 1 whenever it sees the totalnumber of odd 0s and the total number of even 1s. Design a circuit whose output becomes 1 whenever it sees the total number of odd 0sand the total number of even 1s.
Convert the minimal SOP expression of f to use only two-input NAND gates using Boolean algebra Implement f using only NAND (7400) and NOT (7404) gates and demonstrate it to your lab TA Find the minimal representation of f using only two-input NOR ..
A particular communications system has 2 identical receiver stages connected in cascade, each with gain 7 dB and noise figure 4 dB. Compute the noise figure of the combination assuming the stages are impedance matched.
A 250hp, 500v dc shunt motor draws a nominal field current of 5A under rated load. The resistance is 90ohms. Calculate the ohmic value and power of the series resistor needed so that the field current drops to 4.5A
A single-phase load is supplied with a sinusoidal voltage v(t) = 200 cos(377t) The resulting instantaneous power isp(t) = 800 + 1000 cos(754t ¡ 36:87±) (a) Find the complex power supplied to the load.
1. Formulate the cost function in terms of autocorrelation values of the time sequence and filter weights 2. Derive Wiener-Hopf equations (in matrix form) 3. Determine the closed form solution for Wiener-Hopf equations (in matrix form)
Assume for now that all components are powered up simultaneously and that event detection is instantaneous. This means that one does not need to consider sampling or processing time. Also, all three sensors are required for unambiguous event detec..
You may base this exercise on a project you have been connected with though your employment. If you do this you will have to arrange permission to do so.
Derive the transfer function and Compute and plot C(kT) when the input is a step input with magnitude - Find the z-transform using the residue method.
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