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There are infinitely many possibilities here, as long as the product of the current in amperes and the use time in hours is equal to 2. The limitations are the shelf life at one extreme, and the maximum deliverable current at the other. Shelf life is the length of time the battery will last if it is never used; this can be years. The maximum deliverable current is the highest amount of current that the battery can provide before its voltage drops because of its own internal resistance. Small cells have storage capacity of a few milliampere-hours (mAh) up to 100 or 200 mAh. Medium-sized cells can supply 500 mAh to 1 Ah. Large automotive or truck batteries can provide upward of 50 Ah. The energy capacity in watt-hours is the ampere-hour capacity multiplied by the battery voltage. An ideal cell or ideal battery (a theoretically perfect cell or battery) delivers a constant current for a while, and then the current starts to drop (Fig. 7-3). Some types of cells and batteries approach this level of perfection, which is represented by a flat discharge curve. But many cells and batteries are far from perfect; they deliver current that declines gradually, almost right from the start. When the current that a battery can provide has tailed off to about half of its initial value, the cell or battery is said to be weak. At this time, it should be replaced. If it s allowed to run all the way out, until the current actually goes to zero, the cell or battery is dead. The area under the curve in Fig. 7-3 is a graphical representation the total capacity of the cell or battery in ampere-hours.

112 Resistors would need to make a 3 3 series-parallel network. And you can t be sure that the opposing effects will exactly balance. It would be better, in such a case, to make a 2 2 series-parallel array of ordinary resistors.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

Some resistors have color bands that indicate their values and tolerances. You ll see three, four, or five bands around carbon-composition resistors and film resistors. Other units are large enough so that the values can be printed on them in ordinary numerals. On resistors with axial leads, the bands (first, second, third, fourth, fifth) are arranged as shown in Fig. 6-12A. On resistors with radial leads, the bands are arranged

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The cells you see in grocery stores, department stores, drugstores, and hardware stores provide 1.5 V, and are available in sizes known as AAA (very small), AA (small), C (medium large), and D (large). Batteries are widely available that deliver 6 or 9 V.

Figure 4-20 When one station transmits, all stations hear the message. This can result in significant waste of bandwidth.

6-12

Zinc-Carbon Cells Figure 7-4 is a translucent drawing of a zinc-carbon cell. 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. Alkaline Cells The alkaline cell has granular zinc as the negative electrode, potassium hydroxide as the electrolyte, and a device called a polarizer as the positive electrode. The construction is similar to that of the zinc-carbon cell. An alkaline cell can work at lower temperatures than a zinc-carbon cell. It lasts longer in most electronic devices, and is therefore preferred for use in transistor radios, calculators,

4

At A, location of color-code bands on a resistor with axial leads. At B, location of color codings on a resistor having radial leads.

and portable cassette players. Its shelf life is much longer than that of a zinc-carbon cell. As you might expect, it costs more.

The color code 113 as shown in Fig. 6-12B. The first two bands represent numbers 0 through 9; the third band represents a multiplier of 10 to some power. For the moment, don t worry about the fourth and fifth bands. Refer to Table 6-1.

wasteful of bandwidth, since stations hear broadcasts that they have no reason to hear In response to this, a technological evolution has occurred It was obvious to LAN implementers that the traffic on most LANs was somewhat domain-oriented; that is, it tended to cluster into communities of interest based on the work groups using the LAN For example, if employees in sales shared a LAN with shipping and order processing, three discernible traffic groupings emerged according to what network architects call the 80:20 Rule The 80:20 Rule simply states that 80 percent of the traffic that originates in a particular work group tends to stay in that work group, an observation that makes network design distinctly simpler If the traffic naturally tends to segregate itself into groupings, then the topology of the network could change to reflect those groupings Thus was born the bridge.

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