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service in Washington, D.C. After examining the petition, the courts decided that the answer to the industry s woes lay in a competitive market. In 1980 they began another cellular rulemaking effort to determine the regulatory structure of the market they were attempting to create. Three options emerged from their discussions. The first was preservation of the monopolistic, single-operator concept; the second advocated an open market, in which competition was opened to all comers and the market would sort itself out; and the third involved a duopoly approach, in which two systems would be allowed in each major market area. After long debate, regulators and lawmakers decided on the duopoly concept, with two, 20 MHz systems ( A frequencies and B frequencies) allocated in each market. The A frequencies were allocated to the nonwireline company, while the B frequencies went to the wireline carrier. The first commercial cellular telephone system became operational in October of 1983. By 1985 there were 340,000 cellular subscribers; today there are over 16 million, with annual revenues of nearly $11 billion. It s interesting to note that in 1982, AT&T proudly predicted that there would be over 100,000 cellular subscribers by 1990.

ConEd has an issue of preferred stock that is listed on the NYSE, pays a quarterly dividend of $1.25 ($5 per year), and was trading on August 27, 2002 at a price of $76.20 per share for a yield of 6.56 percent. From ConEd s balance sheet (Exhibit 6-1), we find that it has $249.6 million face value of total preferred stock outstanding.

As modern as cellular telephony is considered to be, it was originally conceived in the 1940s at Bell Labs, as part of a plan to overcome the congestion and poor service issues associated with mobile telephone systems. There are four key design principles of cellular systems (see Figure 6-10), which are the same today as they were in the 1940s. They are the use of many of low-power, small coverage-area transmitters instead of a single, powerful, monolithic transmitter to cover a wide area; frequency reuse; the concept of cell splitting; and central control and cell-to-cell handoff of calls. These concepts are fairly straight forward. The first relies on the philosophy that the whole is greater than the sum of its parts. By using a large number of low-power transmitters scattered across a broad coverage zone, each capable of handling multiple simultaneous calls, more users can be supported than with a single, monolithic transmitter. The second, frequency reuse, takes into account the fact that cellular telephony, like all radio-based services, has been allocated a limited number of frequencies by the FCC. By using geographically small, low-power cells, frequencies can be reused by nonadjacent cells.

Discontinuous Flyback Power Factor Corrector The discontinuous yback converter is the simplest topology that can be used to provide power factor correction. The peak input current of the discontinuous yback converter, with a xed duty cycle and xed

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The inputs for ConEd (discussed above) result in an after-tax weighted average cost of capital for ConEd of 4.84 percent. We show the calculation of the WACC in the weighted average cost of capital screen in Exhibit 6-5.

6

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Figure 6-10 An array of low-power cells in a cellular network: Notice how the coverage areas overlap, allowing handoff of a call to occur from one cell to another. Also, because of low power and distance, frequencies can be reused.