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In Chapter 3 we developed a MATLAB program that can be used to investigate the acquisition performance of a PLL. Using the same baseband model developed in Chapter 3, we now wish to examine acquisition performance in the presence of noise. Assume a perfect second-order PLL. Test the model by observing the number of cycles slipped in the acquisition process due to a step in the input frequency both with and without noise. It is your job to select the noise levels so that the impact of noise is satisfactory demonstrated.
A certain transmission line is 10 meters long. Measurements indicate that the total inductance of the cable is 16 uH. Standing wave measurements indicate that the voltage reflection coefficient at the load is 0.5 + j0
For the circuit below, when R1 = 1KΩ, R2= 2KΩ, RL = 4KΩ, and gm = 1 mA/V, what is the voltage gain vo/vsig ?
Each single phase transformer has an identical number of turns in the primary and secondary windings. If a line-to-line voltage of 480V is applied on the wye windings, compute the line-to-line voltage on the delta windings.
Determine the maximum raw instantaneous data rate that can be provided to a single user in EDGE, assuming that a single time slot on a single GSM channel is available.
Electrons are liberated with zero velocity from the negative plate of a parallel plate capacitor, to which is applied a magnetic flux density B parallel to the plates. Prove that these electrons will not reach the positive plate.
Realize each of the following functions as a minimum two-level NAND-gate circuit and as a minimum two-level NOR-gate circuit. (a) F(A,B,C,D) = BD′ + B′CD + A′BC + A′BC′D + B′D′
if a rod of brass 0.35 m long is heated from 150 to 850c while its ends are maintained rigid determine the type and
A shunt-connected a DC motor has zero rotational losses and RA = 0. Assume that RA and Radj is constant [except in part (d)] and that φ is directly proportion to field current. For VT= 200 V and Pout = 2 hp.
Redraw the circuit showing assigned voltage polarities and assigned current directions. Prepare a table that will contain calculated and measured values.
In the given image, the switch S1 is in position 1 for a long time. At t=0s, the switch is thrown to position 2. Find the current i as shown in the circuit below as a function of time.
A certain practical dc voltage source can provide a current of 5.5A when it is (momentarily) short-circuited, and can provide 28W to a 20Ω load. Find a.)The open-circuit voltage b.)The maximum power is could deliver to a well chosen RL
we will weigh objects by a strain gauge or r 120omega gf 2.02 mounted on copper column of 6-in. diameter. find the
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