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camera batteries, and watch batteries. (These are actually cells, not true batteries.) You ll also see 9-V transistor batteries and large 6-V lantern batteries. Secondary cells can also be found in consumer stores. Nickel-based cells are common. The most common sizes are AA, C, and D. These cost several times as much as ordinary dry cells, and a charging unit also costs a few dollars. But if you take care of them, these rechargeable cells can be used hundreds of times and will pay for themselves several times over if you use a lot of batteries in everyday life. The battery in your car is made from secondary cells connected in series. These cells recharge from the alternator or from an outside charging unit. This battery has cells like the one in Fig. 7-1. It is dangerous to short-circuit the terminals of such a battery, because the acid (sulfuric acid) can bubble up and erupt out of the battery casing. Serious skin and eye injuries can result. In fact, it s a bad idea to short-circuit any cell or battery, because it can get extremely hot and cause a fire, or rupture and damage surrounding materials, wiring, and components.

Usually, it s a needless expense to do this, but if the small change in value cannot be tolerated, it s sometimes the most cost effective Still another scheme is to use a series-parallel network of resistors that are all identical, in the manner you already know about, to increase the power dissipation rating Alternatively, you can take several resistors, say three of them, each with about three times the intended resistance, and connect them all in parallel Or you can take several resistors, say four of them, each with about 1/4 the intended resistance, and connect them in series It is unwise to combine several resistors with greatly different values This can result in one of them taking most of the load while the others loaf, and the combination will be no better than the single hot resistor you started with.

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5 billion by 2002; this is a reasonable number, considering that 2 million ports were sold in 1999 with expectations of hitting a total installed base of 18 million by 2002 Emerging applications certainly make the case for Gigabit Ethernet s bandwidth capability LAN telephony, server interconnection, and video to the desktop all demand low-latency solutions, and Gigabit Ethernet may be positioned to provide it A number of vendors have entered the marketplace, including Alcatel, Lucent Technologies, Nortel Networks, and Cisco Systems The other aspect of the LAN environment that has begun to show weaknesses is the overall topology of the network itself LANs are broadcast environments, which means that when a station transmits, every station on the LAN segment hears the message (see Figure 4-20) Although this is a simple implementation scheme, it is also.

The Weston Standard Cell Most electrochemical cells produce 1.2 to 1.8 V. Different types vary slightly. A mercury cell has a voltage that is a little less than that of a zinc-carbon or alkaline cell. The voltage of a cell can also be affected by variables in the manufacturing process. Most consumer-type dry cells can be assumed to produce 1.5 V. There are certain cells whose voltages are predictable and exact. These are called standard cells. A good example is the Weston cell, which produces 1.018 V at room temperature. It has a solution of cadmium sulfate, a positive electrode made from mercury sulfate, and a negative electrode made from mercury and cadmium. The device is set up in a container, as shown in Fig. 7-2. Storage Capacity Recall that the common electrical units of energy are the watt-hour (Wh) and the kilowatt-hour (kWh). Any electrochemical cell or battery has a certain amount of electrical energy that can be obtained from it, and this can be specified in watt-hours or kilowatt-hours. More often, though, it s given in ampere-hours (Ah). A battery with a rating of 2 Ah can provide 2 A for 1 h, or 1 A for 2 h, or 100 mA for 20 h.

You might get the idea of using two resistors with half (or twice) the value you need, but with opposite resistance-versus-temperature characteristics, and connecting them in series (or in parallel) Then the one whose resistance decreases with heat (negative temperature coefficient) will have a canceling-out effect on the one whose resistance goes up (positive temperature coefficient) This is an elegant theory, but in practice you probably won t be able to find two such resistors without spending at least as much money as you.

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