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One solution that emerged was DSF. With DSF, the minimum dispersion point is mechanically shifted from 1,310 nm to 1,550 nm by modifying the design of the actual fiber so that waveguide dispersion is increased. The reader will recall that waveguide dispersion is a form of chromatic dispersion that occurs because the light travels at different speeds in the core and cladding. One technique for building DSF (sometimes called zero dispersionshifted fiber) is to actually build a fiber of multiple layers. In this design, the core has the highest index of refraction and changes gradually from the center outward until it equals the refractive index of the outer cladding. The inner core is surrounded by an inner cladding layer, which is in turn surrounded by an outer core. This design works well for singlewavelength systems, but experiences serious signal degradation when multiple wavelengths are transmitted, such as when used with DWDM systems. FWM, described earlier, becomes a serious impediment to clean transmissions in these systems. Given that multiple-wavelength systems are fast becoming the norm today, the single-wavelength limit is a showstopper. The result was a relatively simple and elegant set of solutions. The second technique is to eliminate or at least substantially reduce the absorption peaks in the fiber performance graph so that the second and third transmission windows merge into a single, larger window, thus enabling the creation of the fourth window described previously that operates between 1,565 and 1,625 nm, the so-called L-band. Finally, the third solution came with the development of NZDSF. NZDSF shifts the minimum dispersion point so that it is close to the zero point, but not actually at it. This prevents the nonlinear problems that occur at the zero point to be avoided because it introduces a small amount of chromatic dispersion.

A silicon diode, housed in a transparent case and constructed in such a way that visible light can strike the barrier between the P-type and N-type materials, forms a photodiode.

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17. If a fuse blows, and it is replaced with one having a lower current rating, there is a good chance that (a) the power supply will be severely damaged. (b) the diodes will not rectify. (c) the fuse will blow out right away. (d) transient suppressors won t work. 18. Suppose you see a fuse with nothing but a straight wire inside. You can assume that this fuse (a) is a slow-blow type. (b) is a quick-break type. (c) has a low current rating. (d) has a high current rating. 19. In order to minimize the risk of diode destruction as a result of surge currents that can occur when a power supply is first switched on, which of the following techniques can be useful (a) Connecting multiple diodes in parallel, with low-value resistors in series with each diode (b) Connecting multiple diodes in parallel, with low-value capacitors in series with each diode (c) Connecting multiple diodes in series, with low-value chokes across each diode (d) Connecting multiple diodes in series, with low-value resistors across each diode 20. To repair a damaged power supply with which you are not completely familiar, you should (a) install bleeder resistors before beginning your work. (b) remove the fuse before beginning your work. (c) leave it alone and have a professional work on it. (d) short out all the diodes before beginning your work.

Photosensitive diodes 379 A reverse bias is applied to the device. When light falls on the junction, current flows. The current is proportional to the intensity of the light, within certain limits. Silicon photodiodes are more sensitive at some wavelengths than at others. The greatest sensitivity is in the near infrared part of the spectrum, at wavelengths a little longer than visible red light. When light of variable brightness falls on the P-N junction of a reverse-biased silicon photodiode, the output current follows the light-intensity variations. This makes silicon photodiodes useful for receiving modulated-light signals of the kind used in fiberoptic systems.

It is always good to go back and review why we care about such things as dispersion-shifting and absorption issues. Remember that the key to keeping the cost of a network down is to reduce maintenance and the need to add hardware or additional fiber when bandwidth gets tight. DWDM, discussed in detail later, offers an elegant and relatively simple solution to the problem of the cost of bandwidth. However, its use is not

CURRENT-TRANSFERRING RESISTOR. A BIPOLAR transistor has two P-N junctions. There are two configurations: a P-type layer sandwiched between two N-type layers, or an N-type layer between two P-type layers.

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