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Calculate the percent duty cycle in Figure 13-50 for minimum and maximum settings of R2. A 10 V peak sine wave is applied to the noninverting input of the comparator with no hysteresis.
This paper will be a discussion of PID control. The goal of the paper will be to give an overview of PID control loops and tuning methods. As this paper is extra credit, the expectations for content and quality are high.
How to achieve energy efficiency with the Balancing of single-phase loads ?
Find the general solution of the following sets of ordinary differential equations using matrix technique. You may find the eigenvalues and eigenvectors either by hand or use MATLAB.
Write a VHDL model of a negative edge-triggered T-type flip-flop. Write a VHDL model of a 10-state synchronous counter that asserts an output when the count reaches 10.
Calculate the rms ripple voltage at the output of an RC filter section that feeds a 1@k load when the filter input is 50 V dc with 2.5-V rms ripple from a full-wave rectifier and capacitor filter. The RC filter section components are R = 100 and C..
A newly planted tree is supported against the wind by a rope tied to a stake in the ground. The force of the wind, though distributed over the tree, is equivalent to a single force F. Find the tension in the rope
a. Find the closed-loop transfer function Y(s)/R(s) when G(s) =10/ (s2 + 4s-5) b. Determine Y(s) when the input R(s) is the Dirac delta function
Many communication systems connecting computers employ a technique known as "packet transmission." In this type of system, a collection of binary digits (perhaps 1000 of them) are grouped together and transmitted as a "packet."
Ignore all losses and calculate the equivalent field voltage Ef that delivers 3 MVAr to the source. Also, draw the phasor diagram.
Determine vO for (i) IL = 5μA, (ii) IL = 5 mA, and (iii) IL = 25 mA. - Determine IL if the output terminal is accidental shorted to ground.
Calculate: a) the total charge in the device at t = 3 s, assume q(0) = 0 (round to three decimal places) b) the power consumed by the device at t = 1 s (round to three decimal places)
The source has 75 mW of power, 2 mr divergence, and a 0.5-cm exit radius. Construct a graph of sensor resistance versus distance from 0 to 2.5 m.
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