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virtually all of their capital budgeting and investment decisions Corporate managers who read this book will immediately understand how their operating and financing decisions affect their company s stock price DCF is the preferred valuation approach of both Wall Street and Main Street The DCF method has four steps: 1 Develop a set of future cash flows (rates of return) for a corporation based on expectations about the company s growth, net operating profit margin, income tax rates, and fixed and working capital requirements 2 Estimate a discount rate for the corporation that takes into account the timing and potential risks of receiving those cash flows 3 Discount the resulting cash flow estimates and total them to determine an enterprise value for the corporation as a whole 4.

Figure 2.17 A four-winding mesh transformer (A), along with its reluctance model (B), and the resulting equivalent circuit (C).

STS-Nc. The word concatenate means to string together, which is exactly what we do when we need to create what is known as a super-rate frame in other words, a frame capable of transporting a payload that requires more bandwidth than an STS-1 can provide, such as our 100 Mbps Fast Ethernet frame. In the same way that an STS-N is analogous to a channelized T1, an STS-Nc is analogous to an unchannelized T1. In both cases, the customer is given the full bandwidth that the pipe provides; the difference lies in how the bandwidth is parceled out to the user.

Today s palm-size videotape recorders are a far cry from the washerdryer-size Mark IV of 1956. But physical dimensions are only a piece of the video story. The first video systems were analog and relied on a technique called composite video. In composite video, all of the signal components such as color, brightness, audio, and so on are combined into a single multiplexed signal. Because of the interleaved nature of this technique, a composite signal is not particularly good and suffers from such impairments as clarity loss between generations (in much the same way an analog audio signal suffers over distance) and color bleeding. Unfortunately, bandwidth at the time was extremely expensive and the cost to transport five distinct high-bandwidth channels was inordinately high. Composite video, therefore, was a reasonable alternative. As the cost of bandwidth dropped in concert with advances in transmission technology, component video emerged, in which the signal components are transported separately, each in its own channel. This eliminated many of the impairments that plagued composite systems. Several distinct component formats have emerged including RGB, YUV (for luminance [Y], hue [U], and saturation [V]), YIQ, and a number of others. An interesting aside: Luminance is analogous to the brightness of the video signal, whereas hue and saturation make up the chrominance (color) component.

should be used, and complex models should be avoided whenever possible. The need for a complex model depends entirely upon how accurately the small details of the device performance need to be modeled and how willing you are to develop the necessary model. The following examples show more complex applications of reluctance modeling. Figure 2.17 gives an example of a four-winding mesh transformer that might be used in a polyphase power system. The reluctance modeling proceeds as shown previously and results in the model given in Fig. 2.17C. Note how different this model is from an equivalent four-winding junction transformer. Instead of cascaded parallel windings, the windings are in series. This is because mesh and junction transformers are topological duals. Integrated magnetic structures that incorporate transformers and inductors into a common structure are becoming more common. An example of an integrated magnetic forward converter is given in Fig. 2.18a. A sketch of the magnetic structure is given in Fig. 2.18b. The reluctance model and the series of steps required to convert it to a circuit model are shown in Fig. 2.19. Again, the process is exactly as shown earlier; however, it is more complex now. The completed model, which has been inserted back into the circuit simulation, is shown in Fig. 2.20. Using the reluctance modeling procedure, the derivation of an appropriate model is straightforward, although a bit tedious. Without this process, the appropriate model is far from obvious.