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An industrial load is powered by purely sinusoidal voltage source. The load current has a THD of 20%, and the power factor of the fundamental waveforms is 0.8. Compute the power factor of the load.
Explain the construction & operation of an n- and P-channel MOSFET in enhancement and depletion modes with the help of static drain characteristics and transfer characteristics?
Three identical impedances of (12+j15)ohms are connected in wye to a 550V balanced three phase source. Determine, (a)the magnitude of the line currents. (b) the total power dissipated for the three phases. (c)the total reactive power. (d)the power..
Describe what precautions you will take in designing the analog front end of the instrument before you perform the sampling for DSProcesing. Justify your claims by using engineering arguments.
Number of Flip-Flops Calculate the number of DFFs needed to encode an FSM with M = 8 or M = 33 states
Two cover plates, each 1/2 in. thick, are welded to a W27 X 84 beam as shown. Knowing that σall = 24 ksi for both the beam and the plates
Problem: Calculate the transfer function for the circuit shown below. In the circuit, R1 = R2 = k ? and C1 = C2 = 0.1 μF. Express your result as ratio of two polynomials.
The capacitor in an RC circuit (R=10.0k Ohms and C=25.0uF) is initially uncharged. Determine the charge and current flowing in the circuit at 0.40 time constants (t=0.40 tau) after the circuit is connected to a 9.00 V battery.
Show the floating-point version of the digital filter.
Determine the bandwidth of the modulator output if a power ratio, Pr, of 0.8 is needed. Repeat for a power ratio of 0.9.
Project on LFC using tuned FOPID. I have considered a two area model. Need help regarding implementation of GA MATLAB code for a two area interconnected power system for LOAD FREQUENCY CONTROL.
Goal of project is to model a system and to design a controller for the system so that the closed-loop system performs satisfactorily - Design a switch mode PWM DC-DC converter for the speed regulation of the DC motor.
To prevent this, a device is placed across the solenoid (inductor) that can hold the voltage to a safe value, say 40V, during transients. If the activating current in the solenoid is 1 amp and its inductance is 100uH
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