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Given the following SM chart,
(a) Derive the next state and output equations, assuming the following state assignment: S0 = 00, S1 = 01, S2 = 10.
(b) Convert the SM chart to a form where it can be implemented by single- address microprogramming, with only next state true (NST) specified in the microprogram. Show the new SM chart and show the new state assignments.
(c) Write the single-address microprogram required to implement this circuit.
(d) What is the size of the microprogram ROM for single-address microprogramming of the modified SM chart?
Plot the turbines heat loss as a function of the steam flow rate, the surface temperature of the turbine and The ground state temperature.
Design and sketch a current source that delivers 1uA to a load. The sum of all resistors used should be
Derive the condition for zero voltage regulation. Also show that the magnitude of maximum voltage regulation equals the pu value of equivalent leakage impedance.
100 kg of a certain gas is contained within a piston-cylinder assembly. the gas undergoes a processwhich the pressure volume relationship is (PV)^n = constant. The initial pressure is 6 bars, the initial volume is 0.2 cubic meters
Determine the noise contribution of I1 and I2 in Figure to the input for minimum and maximum gain settings.- Neglect the on-resistance of the switches, channel-length modulation, and body effect.
Let real periodic sequence x[n] have Fourier Series coefficients ak and sequence y[n] have coefficients bk. Both sequences are periodic with period N = 8. If bk=((-1)k+2ak-2 write an expression for y[n] in terms of x[n].
A 60O lossless line is connected to a source with Vg=10
(a) Evaluate the line integral of H about the rectangular path P1(2,3,4) to P2(4,3,4) to P3(4,3,1) to P4(2,3,1) to P1 given H = 3z ax - 2x3 az A/m. (b) Determine the quotient of the closed line integral and the area enclosed by the path as an appro..
Determine the time constant of the circuit. - Write the mathematical equation for the voltage vC following the closing of the switch.
A manufacturer specification sheet lists the transfer function of a pressure sensor as 45±5% mV/kPa with a time constant of 4±10%. A highly accurate test system applies a step change of pressure from 20 kPa to 100 kPa.
A coil of 20Ω and inductance of 212mH is connectedin parallel with a 106μF capacitor. The circuit is connected over a 180V, 50Hz(variable frequency source) supply. 1.) Calculate the total Current drawn from the supply .
Calculate the node voltages Va, Vb, and Vc from the given source voltages. - Use the above node voltages to calculate the assigned currents in the circuit.
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