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A. There can be just a single atom of an element. B. There must always be two or more elements. C. The atoms are mixed in with each other but not joined. D. There is always a shortage of electrons. 8. An electrical insulator can be made a conductor: A. By heating. B. By cooling. C. By ionizing. D. By oxidizing. 9. Of the following substances, the worst conductor is: A. Air. B. Copper. C. Iron. D. Salt water. 10. Of the following substances, the best conductor is: A. Air. B. Copper. C. Iron. D. Salt water.

When you are looking for a capacitor for a particular application, it s important to find a component that has the right specifications for the job. Here are two of the most important specifications to watch for.

Porcelain is another material that works well as a dielectric. Sheets of metal are stacked alternately with wafers of ceramic to make these capacitors. The meshing/layering geometry of Fig. 11-6 is used. Ceramic, like mica, has quite low loss, and therefore allows for high efficiency.

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Clarke s concept of a stationary platform in space forms the basis for today s geostationary or geosynchronous satellites. Ringing the equator like a string of pearls, these devices provide a variety of services including 64-Kbps voice, broadcast television, video-on-demand services, broadcast and interactive data, and point-of-sale applications, to name a few. Although satellites are viewed as technological marvels, the real magic lies more with what it takes to harden them for the environment in which they must operate and what it takes to get them there than it does their actual operational responsibilities. Satellites are, in effect, nothing more than a sophisticated collection of assignable, on-demand repeaters in a sense, the world s longest local loop. From a broadcast perspective, satellite technology has a number of advantages. First, its one-to-many capabilities are unequaled. Information from a central point can be transmitted to a satellite in geostationary orbit; the satellite can then rebroadcast the signal back to Earth, covering an enormous service footprint. Because the satellites appear to be stationary, the Earth stations actually can be. One of the most common implementations of geosynchronous technology is seen in the Very Small Aperture Terminal (VSAT) dishes that have sprung up like mushrooms on a summer lawn. These dishes are used to provide both broadcast and interactive applications. The small DBS dishes used to receive TV signals are examples of broadcast applications, while the dishes seen on the roofs of large retail establishments, automobile dealerships, and convenience stores are typically used for interactive applications, such as credit card veri-

Tolerance Capacitors are rated according to how nearly their values can be expected to match the rated capacitance. The most common tolerance is 10%; some capacitors are rated at 5% or even at 1%. The lower (or tighter) the tolerance number, the more closely you can expect the actual component value to match the rated value. For example, a 10% capacitor rated at 100 pF can range from 90 to 110 pF. But if the tolerance is 1%, the manufacturer guarantees that the capacitance will be between 99 and 101 pF. Problem 11-6 A capacitor is rated at 0.10 F 10%. What is its guaranteed range of capacitance First, multiply 0.10 by 10 percent to get the plus-or-minus variation. This is 0.10 0.10 = 0.010 F. Then add and subtract this from the rated value to get the maximum and minimum possible capacitances. The result is a range of 0.09 to 0.11 F. Temperature Coefficient Some capacitors increase in value as the temperature increases. These components have a positive temperature coefficient. Some capacitors decrease in value as the temperature rises; these have a negative temperature coefficient. Some capacitors are manufactured so that their values remain constant over a certain temperature range. Within this span of temperatures, such capacitors have zero temperature coefficient. The temperature coefficient is specified in percent per degree Celsius (%/ C). Sometimes, a capacitor with a negative temperature coefficient can be connected in series or parallel with a capacitor having a positive temperature coefficient, and the two opposite effects cancel out over a range of temperatures. In other instances, a capacitor with a positive or negative temperature coefficient can be used to cancel out the effect of temperature on other components in a circuit, such as inductors and resistors.

206 Capacitance For low values of capacitance, just one layer of ceramic is needed, and two metal plates can be glued to the disk-shaped porcelain, one on each side. This type of component is known as a disk-ceramic capacitor. Alternatively, a tube or cylinder of ceramic can be employed, and metal ink applied to the inside and outside of the tube. Such units are called tubular capacitors. Ceramic capacitors have values ranging from a few picofarads to about 0.5 F. Their voltage ratings are comparable to those of paper capacitors.

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