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45. The characteristic impedance of a transmission line (a) is negative imaginary. (b) is positive imaginary. (c) depends on the frequency. (d) depends on the construction of the line. (e) depends on the length of the line. 46. Suppose the period of a pure sine wave is 2 10 8s. What is the frequency (a) 2 108 Hz (b) 20 MHz (c) 50 kHz (d) 50 MHz (e) 500 MHz 47. Suppose a series RC circuit has a resistance of 600 and a capacitance of 220 pF. What is the phase angle (a) 20 (b) 20 (c) 70 (d) 70 (e) Not determinable from the data given 48. A capacitor with a negative temperature coefficient (a) works less well as the temperature increases. (b) works better as the temperature increases. (c) heats up as its value is made larger. (d) cools down as its value is made larger. (e) exhibits increasing capacitance as the temperature drops. 49. Suppose three coils are connected in parallel. Each has an inductance of 300 H. There is no mutual inductance. What is the net inductance (a) 100 H (b) 300 H (c) 900 H (d) 17.3 H (e) 173 H 50. Suppose a coil has 100 of inductive reactance at 30.0 MHz. What is its inductance (a) 0.531 H (b) 18.8 mH (c) 531 H (d) 18.8 H (e) It can t be found from the data given.

A transmission line that carries this much voltage requires gigantic insulators, sometimes several meters long, and tall, sturdy towers..

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have acquired a dominating role in electronics. The term semiconductor arises from the ability of these materials to conduct some of the time, but not all the time. The conductivity can be controlled to produce effects such as amplification, rectification, oscillation, signal mixing, and switching.

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Extreme voltage is good for high-tension power transmission, but it s certainly of no use to an average consumer The wiring in a high-tension system must be done using precautions to prevent arcing (sparking) and short circuits Personnel must be kept at least several feet, or even tens of feet, away from the wires Can you imagine trying to use an appliance, say a home computer, by plugging it into a 500-kV electrical outlet A bolt of artificial lightning would dispatch you before you even got near the receptacle Medium-voltage power lines branch out from the major lines, and step-down transformers are used at the branch points These lines fan out to still lower-voltage lines, and step-down transformers are employed at these points, too.

In practice, the SiCl4 and O2 are pumped into the fused silica tube as gases. The tube is heated in a high-temperature lathe, causing the sooty deposit to collect on the inside surface of the tube. The continued heating of the tube causes the soot to fuse into a glass-like substance. This process can be repeated as many times as required to create a graded refractive index, if required. Ultimately, once the deposits are complete, the entire assembly is heated fiercely, which causes the tube to collapse, creating what is known in the optical fiber industry as a preform. An example of a preform is shown in Figure 6-17. An alternative manufacturing process is called outside vapor deposition (OVD). In the OVD process, the soot is deposited on the surface of a rotating ceramic cylinder in two layers. The first layer is the soot that will become the core; the second layer becomes the cladding. Ultimately, the rod and soot are sintered to create a preform. The ceramic is then removed, leaving behind the fused silica that will become the fiber. A number of other techniques can be used to create the preforms that are used to create fiber, but these are the principal techniques in use today. The next step is to convert the preform into optical fiber.

Each transformer must have windings heavy enough to withstand the product P EI, the amount of power delivered to all the subscribers served by that transformer, at periods of peak demand Sometimes, such as during a heat wave, the demand for electricity rises above the normal peak level This loads down the circuit to the point that the voltage drops several percent This is a brownout If consumption rises further still, a dangerous current load is placed on one or more intermediate power transformers Circuit breakers in the transformers protect them from destruction by opening the circuit Then there is a temporary blackout Finally, at individual homes and buildings, transformers step the voltage down to either 234 V or 117 V Usually, 234-V electricity is in three phases, each separated by 120 degrees, and each appearing at one of the three prongs in the outlet (Fig 18-9A).

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