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Using simulation, determine the steady-state phase error for a first-order PLL with G = 40 (see Figure 6.6).
Estimate this value using the linear model. How do they compare? Repeat for G = 50 and G = 100. What do you conclude?
A calibrated RTD with alpha = 0. 0041 / degree C, R = 306. 5 ohm at 20 degree C, and PD = 30 mW / degree C will be used to measure a critical reaction temperature. Temperature must be measured between 50 degree and 100 degree C.
The dc supply voltage is VT = 200 V, the armature resistance is RA = 0.085 Ω, the field resistance is RF = 10 Ω, and the adjustable resistance is Radj = 2.5 Ω. At a speed of 1200 rpm, the rotational loss is Prot = 1000 W.
Find the sample space for the experiment: Drawing bolts from a lot of 20, containing one defective D, until D is drawn, one at a time and assuming sampling without replacement, that is, bolts drawn are not returned to the lot.
Recompile the code for N = 4 and simulate it using the same stimuli of figure 11.13a, checking whether the same results are obtained here.
What pressure does the sensor report?
Design a 8x1 multiplexer using seven 2x1 multiplexers. Please label all signals clearly.
A hollow spherical conducting shell of radius a has filamentary connections made at the top (r = a, θ =0) and bottom (r = a, θ = π). A direct current I flows down the upper filament, down the spherical surface, and out the lower filament.
Determine the quiescent values ICQ and VECQ. - Find the transresistance transfer function Azf = vo/is. - Determine the input resistance Rif.
Discuss briefly the difference among the three types of dc voltage supplies : - Batteries, Rectification and Generators.
Two point charges outside grounded conducting sphere. A grounded (zero potential) conducting sphere and two point charges are located as shown in Figure 5.48.
Assume that a receiver has a first amplifier stage with a 5K input resistance, a power gain of 300, an input audio signal of 20 uV, and an operating temperature of 27'C. When the amplifier is operating with a bandwidth first of 10 MHz
Assume the plates are infinite and calculate the potential everywhere between the plates.
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