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Electric currents and magnetic fields are closely related. Whenever an electric current flows that is, when charge carriers move a magnetic field accompanies the current. In a straight wire, the magnetic lines of flux surround the wire in circles, with the wire at the center (Fig. 2-11). Actually, these aren t really lines or circles; this is just a convenient way to represent the magnetic field. You might sometimes hear of a certain number of flux lines per unit cross-sectional area, such as 100 lines per square centimeter. This is a relative way of talking about the intensity of the magnetic field.

Data communications networks are often described in terms of their architectures, as are protocols. Protocol architectures are often said to be layered because they are carefully divided into highly related but nonoverlapping functional entities. This division of labor not only makes it easier to understand how data communications work, but also makes the deployment of complex networks far easier. The amount of code (lines of programming instructions) required to successfully execute the complex task of data transmission is quite large.

Capacitances are in microfarads ( F) if less than 1, and in picofarads (pF) if more than 1. Inductances are in microhenrys ( H).

2-11 Magnetic flux lines around a straight, current-carrying wire. The arrows indicate current flow.

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.

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output. Resistances are in ohms. Capacitances are in microfarads ( F). Inductances are in microhenrys ( H).

Magnetic fields can be produced when the atoms of certain materials align themselves. Iron is the most common metal that has this property. The iron in the core of the earth has become aligned to some extent; this is a complex interaction caused by the rotation of our planet and its motion with respect to the magnetic field of the sun. The magnetic field surrounding the earth is responsible for various effects, such as the concentration of charged particles that you see as the aurora borealis just after a solar eruption. When a wire is coiled up, the resulting magnetic flux takes a shape similar to the flux field surrounding the earth, or the flux field around a bar magnet. Two well-defined magnetic poles develop, as shown in Fig. 2-12. The intensity of a magnetic field can be greatly increased by placing a special core inside of a coil. The core should be of iron or some other material that can be readily

Resistances are in ohms. Capacitances are in microfarads ( F) if less than 1, and in picofarads (pF) if more than 1. Inductances are in microhenrys ( H).

If the program that carries out all of the functions in that process were written as a single, large, monolithic chunk of code, then it would be difficult to make a change to the program when updates are required, because of the monolithic nature of the program Now imagine the following: instead of a single set of code, we break the program into functional pieces, each of which handles a particular, specific function required to carry out the transmission task properly With this model, changes to a particular module of the overall program can be accomplished in a way that only affects that particular module, making the process far more efficient This modularity is one of the great advantages of layered protocols Consider the following simple scenario, shown in Figure 2-3.

magnetized. Such substances are called ferromagnetic. A core of this kind cannot actually increase the total quantity of magnetism in and around a coil, but it will cause the lines of flux to be much closer together inside the material. This is the principle by which an electromagnet works. It also makes possible the operation of electrical transformers for utility current. Magnetic lines of flux are said to emerge from the magnetic north pole, and to run inward toward the magnetic south pole. But this is just a semantical thing, about which theoretical physicists might speak. It doesn t need to concern you for ordinary electrical and electronics applications.

The size of a magnetic field is measured in units called webers, abbreviated Wb. One weber is mathematically equivalent to one volt-second. For weaker magnetic fields, a smaller unit, called the maxwell, is sometimes used. One maxwell is equal to 0.00000001 (one hundred-millionth) of a weber, or 0.01 microvolt-second. The flux density of a magnetic field is given in terms of webers or maxwells per square meter or per square centimeter. A flux density of one weber per square meter (1 Wb/m2) is called one tesla. One gauss is equal to 0.0001 weber, or one maxwell per square centimeter.

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