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Another important specification for a transistor is the range of frequencies over which it can be used as an amplifier. All transistors have an amplification factor, or gain, that decreases as the signal frequency increases. Some devices work well only up to a few megahertz; others can be used to several gigahertz. Gain can be expressed in various ways. In the preceding discussion, you learned a little about current gain, expressed as a ratio. You will also hear about voltage gain or power gain in amplifier circuits. These, too, can be expressed as ratios. For example, if the voltage gain of a circuit is 15, then the output signal voltage (rms, peak, or peak-to-peak) is 15 times the input signal voltage. If the power gain of a circuit is 25, then the output signal power is 25 times the input signal power. Two expressions are commonly used for the gain-versus-frequency behavior of a bipolar transistor. The gain bandwidth product, abbreviated fT, is the frequency at which the gain becomes equal to 1 with the emitter connected to ground. If you try to make an amplifier using a transistor at a frequency higher than its fT specification, you are bound to fail. The alpha cutoff frequency of a transistor is the frequency at which the gain becomes 0.707 times its value when the input signal frequency is 1 kHz. A transistor can have considerable gain at its alpha cutoff frequency. By looking at this

Transformers are rated according to output voltage and current. For a given unit, the volt-ampere (VA) capacity is often specified. This is the product of the voltage and current. A transformer with a 12-V output, capable of delivering 10 A, would have 12 V 10 A 120 VA of capacity. The nature of power-supply filtering, to be discussed a bit later in this chapter, makes it necessary for the power-transformer VA rating to be greater than just the wattage needed by the load.

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specification for a particular transistor, you can get an idea of how rapidly it loses its ability to amplify as the frequency goes up. Some devices die off faster than others. Figure 22-8 shows the gain bandwidth product and alpha cutoff frequency for a hypothetical transistor, on a graph of gain versus frequency. Note that the scales of this graph are not linear; that is, the divisions are not evenly spaced. This type of graph is called a log-log graph because both scales are logarithmic rather than linear.

The diode 385 A high-quality, rugged power transformer, capable of providing the necessary currents and/or voltages, is crucial in any power supply. The transformer is usually the most expensive component to replace. When designing a power supply, it s wise to spend a little extra to get a reliable transformer. Engineers might call this maintenance insurance.

Together these components make up the heart of the typical highbandwidth optical network. And why is DWDM so important Because of the cost differential that exists between a DWDM-enhanced network and a traditional network. To expand network capacity today by putting more fiber in the ground costs, on average, about $70K per mile. To add the same bandwidth using DWDM by changing out the endpoint electronics costs roughly one-sixth that amount. There is clearly a financial incentive to go with the WDM solution.

A transistor can be hooked up in three general ways The emitter can be grounded for signal, the base can be grounded for signal, or the collector can be grounded for signal An often-used arrangement is the common emitter circuit Common means grounded for the signal The basic configuration is shown in Fig 22-9 A terminal can be at ground potential for a signal, and yet have a significant dc voltage In the circuit shown, capacitor C1 appears as a short circuit to the ac signal, so the emitter is at signal ground But resistor R1 causes the emitter to have a certain positive dc voltage with respect to ground (or a negative voltage, if a PNP transistor is used) The exact dc voltage at the emitter depends on the resistance of R1, and on the bias.

Rectifier diodes are available in various sizes, intended for different purposes. Most rectifier diodes are made of silicon and are therefore known as silicon rectifiers. A few are fabricated from selenium, and are called selenium rectifiers. Two important features of a power-supply diode are the average forwvard current (Io) rating and the peak inverse voltage (PIV) rating. There are other specifications that engineers need to know when designing a specialized power supply, but in this course, you only need to be concerned about Io and PIV.

DWDM facilitates the transport of massive volumes of data from a source to a destination. Once the data arrives at the destination, however, it must be terminated and redirected to its final destination on a lambda-by-lambda basis. This is done with switching and routing technologies.

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