.net pdf 417

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Charge carriers, particularly electrons, can build up, or become deficient, on things without flowing anywhere. You ve experienced this when walking on a carpeted floor during the winter, or in a place where the humidity was low. An excess or shortage of electrons is created on and in your body. You acquire a charge of static electricity. It s called static because it doesn t go anywhere. You don t feel this until you touch some metallic object that is connected to earth ground or to some large fixture; but then there is a discharge, accompanied by a spark. If you were to become much more charged, your hair would stand on end, because every hair would repel every other. Like charges are caused either by an excess or a deficiency of electrons; they repel. The spark might jump an inch, 2 inches, or even 6 inches. Then it would more than startle you; you could get hurt. This doesn t happen with ordinary carpet and shoes, fortunately. But a device called a Van de Graaff generator, found in physics labs, can cause a spark this large (Fig. 1-7). Be careful when using this device for physics experiments!

When ISDN is deployed, the loop must be modified in certain ways to eliminate its designed-in-bandwidth limitations For example, some long loops are deployed with load coils that tune the loop to the voice band They make the transmission of frequencies above the voice band impossible but enable the relatively lowfrequency voice band components to be carried across a long local loop High-frequency signals tend to deteriorate faster than low-frequency signal components, so the elimination of the high frequencies extends the transmission distance and reduces transmission impairments that would result from the uneven deterioration of a rich, multi-frequency signal These load coils therefore must be removed if digital services are to be deployed..

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In a semiconductor, electrons flow, but not as well as they do in a conductor. You might imagine the people in the line being lazy and not too eager to pass the balls along. Some semiconductors carry electrons almost as well as good electrical conductors like copper or aluminum; others are almost as bad as insulating materials. The people might be just a little sluggish, or they might be almost asleep. Semiconductors are not exactly the same as resistors. In a semiconductor, the material is treated so that it has very special properties. The semiconductors include certain substances, such as silicon, selenium, or gallium, that have been doped by the addition of impurities like indium or antimony. Perhaps you have heard of such things as gallium arsenide, metal oxides, or silicon rectifiers. Electrical conduction in these materials is always a result of the motion of electrons. However, this can be a quite peculiar movement, and sometimes engineers speak of the movement of holes rather than electrons. A hole is a shortage of an electron you might think of it as a positive ion and it moves along in a direction opposite to the flow of electrons (Fig. 1-6).

a Van de Graaff generator. This machine can create a charge buildup large enough to produce a spark several centimeters long.

The cells you see in grocery, department, drug, and hardware stores that are popular for use in household convenience items like flashlights and transistor radios are usually of the zinc-carbon or alkaline variety. These provide 1.5 V and are available in sizes known as AAA (very small), AA (small), C (medium large), and D (large). You have probably seen all of these sizes hanging in packages on a pegboard. Batteries made from these cells are usually 6 V or 9 V. One type of cell and battery that has become available recently, the nickel-cadmium rechargeable type, is discussed in some detail a bit later in this chapter.

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between a cloud and the surface of the earth (B).

These cells have a fairly long shelf life. A cylindrical zinc-carbon cutaway diagram is shown at Fig. 7-4. The zinc forms the case and is the negative electrode. A carbon rod serves as the positive electrode. The electrolyte is a paste of manganese dioxide and carbon. Zinc-carbon cells are inexpensive and are good at moderate temperatures, and in applications where the current drain is moderate to high. They are not very good in extreme cold.

In the extreme, lightning occurs between clouds, and between clouds and ground in the earth s atmosphere. This spark, called a stroke, is a magnified version of the spark you get after shuffling around on a carpet. Until the stroke occurs, there is a static charge in the clouds, between different clouds or parts of a cloud, and the ground. In Fig. 1-8, cloud-to-cloud (A) and cloud-to-ground (B) static buildups are shown. In the case at B, the positive charge in the earth follows along beneath the storm cloud. The current in a lightning stroke is usually several tens of thousands, or hundreds of thousands, of amperes. But it takes place only for a fraction of a second. Still, many coulombs of charge are displaced in a single bolt of lightning.

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