.net pdf 417

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Mercury cells, also called mercuric oxide cells, have advantages similar to silver-oxide cells. They are manufactured in the same general form. The main difference, often not of significance, is a somewhat lower voltage per cell: 1.35 V. If six of these cells are stacked

In the late 1900s, a new type of electrochemical power device emerged that is believed by some scientists and engineers to hold promise as an alternative energy source: the fuel cell.

Nickel-cadmium cells and batteries 125 to make a battery, the resulting voltage will be about 8.1 V rather than 9 V. One additional cell can be added to the stack, yielding about 9.45 V. There has been some decrease in the popularity of mercury cells and batteries in recent years. This is because of the fact that mercury is highly toxic. When mercury cells and batteries are dead, they must be discarded. Eventually the mercury, a chemical element, leaks into the soil and ground water. Mercury pollution has become a significant concern in places that might really surprise you.

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When the World Wide Web and flat rate access charges arrived, the typical consumer phone call went from roughly four minutes in duration to several times that All the engineering that led to the overall design of the network based on an average four-minute hold time went out the window as the switches staggered under the added load Never was the expression, in its success lie the seeds of its own destruction, more true When ADSL arrived, it provided the offload required to save the network A typical ADSL installation is shown in Figure 5-3 No change is required to the two-wire local loop, but minor equipment changes, however, are required First, the customer must have an ADSL modem at their premises This device enables both the telephone service and a data access device, such as a PC, to be connected to the line.

Lithium cells have become popular since the early eighties. There are several variations in the chemical makeup of these cells; they all contain lithium, a light, highly reactive metal. Lithium cells can be made to supply 1.5 V to 3.5 V, depending on the particular chemistry used. These cells, like their silver-oxide cousins, can be stacked to make batteries. The first applications of lithium batteries was in memory backup for electronic microcomputers. Lithium cells and batteries have superior shelf life, and they can last for years in very-low-current applications such as memory backup or the powering of a digital liquid-crystal-display (LCD) watch or clock. These cells also provide energy capacity per unit volume that is vastly greater than other types of electrochemical cells. Lithium cells and batteries are used in low-power devices that must operate for a long time without power-source replacement. Heart pacemakers and security systems are two examples of such applications.

Hydrogen Fuel The most talked-about fuel cell during the early years of research and development became known as the hydrogen fuel cell. As its name implies, it derives electricity from hydrogen. The hydrogen combines with oxygen (that is, it oxidizes) to form energy and water. There is no pollution, and there are no toxic by-products. When a hydrogen fuel cell runs out of juice, all that is needed is a new supply of hydrogen, because its oxygen is derived from the atmosphere. Instead of combusting, the hydrogen in a fuel cell oxidizes in a more controlled fashion, and at a much lower temperature. There are several schemes for making this happen. The proton exchange membrane (PEM) fuel cell is one of the most widely used. A PEM hydrogen fuel cell generates approximately 0.7 V of dc. In order to obtain higher voltages, individual cells are connected in series. A series-connected set of fuel cells is technically a battery, but the term used more often is stack. Fuel-cell stacks are available in various sizes. A stack about the size and weight of an airline suit-

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