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Write a VHDL model for an N-bit comparator using an iterative circuit. In the entity, use the generic parameter N to define the length of the input bit-vectors A and B. The comparator outputs should be EQ = ‘1' if A = B, and GT = ‘1' if A > B. Use a for loop to do the comparison on a bit-by-bit basis, starting with the high order bits. Even though the comparison is done on a bit-by-bit basis, the final values of EQ and GT apply to A and B as a whole.
A blocked-rotor test was performed on a 5-hp, 220-V, four-pole, 60 Hz, three-phase induction motor. The following data were obtained: V = 48 V, I = 18 A, P = 610 W.
The electron and hole concentrations as a function of energy in the conduction band and valence band peak at a particular energy. Consider silicon and assume Ec - EF =0.20 eV. Determine the energy, relatiive to the band edges
how to design boost converter and inverter parameters?
Compare and contrast Du Bois's theory as to the oppression of African Americans with Gilman's theory as to the oppression of women. What similarities do you see in their arguments? What are the differences in these two theories of oppression?
The circuit shown in Figure P15.34 exhibits low-pass, high-pass, and band-pass voltage gain characteristics, depending on whether the output is taken at node 1, node 2, or node 3. Find the transfer functions relating each of these
Power Systems question - Determine the fault current and voltages on busbars A, B and C
You are the forensic accountant for the defendant in the case. What documents and other information will you seek to compute damages?
Find the capacitive susceptance per km of a single-phase line operating at 60Hz, using both the capacitance formula and the Tables. The conductor is Partridge, and spacing is 20ft between centres.
A linear circuit has a capacitance of 1.0 mF and an inductor of 1.0 µH. If the frequency response of the voltage gain should stay the same and the capacitor is scaled to 70 µF, what should the value of the inductor be
During the k^th sampling interval of a CVSD modulation scheme, the current value of input x(k) is 1000, the previous value of approximating staircase function x f(k-1) is 990, and the current value of ä(k-1) is 30.
If the power factor is raised to unity, how many more kilowatts can alternator supply for the same kVA loading ?
A single-phase transformer is rated 600/200 V, 25 kVA, 50 Hz. The transformer is supplying full load on secondary side at 0.707 pf lagging. What is the load impedance? Assuming the transformer to be ideal what impedance is seen on the primary side..
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