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or IRED. That is where the isolator in optoisolator comes from. The circuits can be electronically coupled, and yet at the same time remain electrically isolated.

Any impedance R jX can be represented by a complex number of the form a jb. Just let R a and X b. It should be easy to visualize, now, how the impedance vector changes as either R or X, or both, are varied. If X remains constant, an increase in R will cause the vector to

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Photovoltaic Cells A silicon diode, with no bias voltage applied, can generate dc all by itself if enough electromagnetic radiation hits its P-N junction. This is known as the photovoltaic effect. It is the principle by which solar cells work. Photovoltaic cells are specially manufactured to have the greatest possible P-N junction surface area. This maximizes the amount of light that strikes the junction. A single silicon photovoltaic cell can produce about 0.6 V of dc electricity. The amount of current that it can deliver, and thus the amount of power it can provide, depends on the surface area of the junction. Photovoltaic cells can be connected in series-parallel combinations to provide power for solidstate electronic devices such as portable radios. These arrays can also be used to charge batteries, allowing for use of the electronic devices when radiant energy is not available (for example, at night!). A large assembly of solar cells, connected in series-parallel, is called a solar panel. The power produced by a solar panel depends on the intensity of the light that strikes it, the sum total of the surface areas of all the cells, and the angle at which the light strikes the cells. Some solar panels can produce several kilowatts of electrical power in direct sunlight that shines in such a way that the sun s rays arrive perpendicular to the surfaces of all the cells.

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Vector representation of impedance 271 get longer. If R remains constant and XL gets larger, the vector will also grow longer. If R stays the same as XC gets larger (negatively), the vector will grow longer yet again. Think of the point a jb, or R jX, moving around in the plane, and imagine where the corresponding points on the axes lie. These points are found by drawing dotted lines from the point R jX to the R and X axes, so that the lines intersect the axes at right angles (Fig. 15-6).

SBS is caused by the interaction of the optical signal moving down the fiber with the acoustic vibration of the silica matrix that makes up the fiber As the silica matrix resonates, it causes some of the signal to be reflected back toward the source of the signal, resulting in noise, signal degradation, and a reduction of overall bit rate in the system As the power of the signal increases beyond the threshold, more of the signal is reflected, resulting in a multiplication of the initial problem It is interesting to note that two forms of Brillouin Scattering exist When electric fields that oscillate in time within an optical fiber interact with the natural acoustic resonance of the fiber material itself (sorry, a little more physics), the result is a tendency to backscatter light as it passes through the material, which is called simply Brillouin scattering.

Refer to the text in this chapter if necessary. A good score is at least 18 correct. Answers are in the back of the book. 1. When a diode is forward-biased, the anode voltage (a) is negative relative to the cathode voltage. (b) is positive relative to the cathode voltage. (c) is the same as the cathode voltage. (d) alternates between positive and negative relative to the cathode voltage. 2. If a diode is connected in series with the secondary winding of an ac transformer, and if the peak voltage across the diode never exceeds the avalanche voltage, then the output of the complete transformer-diode circuit is (a) ac with half the frequency of the input. (b) ac with the same frequency as the input. (c) ac with twice the frequency of the input. (d) none of the above.

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