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47. A series circuit has a resistance of 600 and a capacitance of 220 pF. The phase angle is: A. 20 degrees. B. 20 degrees. C. 70 degrees. D. 70 degrees. E. Not determinable from the data given. 48. A capacitor with a negative temperature coefficient: A. Works less well as the temperature increases. B. Works better as the temperature increases. C. Heats up as its value is made larger. D. Cools down as its value is made larger. E. Has increasing capacitance as temperature goes down. 49. Three coils are connected in parallel. Each has an inductance of 300 H. There is no mutual inductance. The net inductance is: A. 100 H. B. 300 H. C. 900 H. D. 17.3 H. E. 173 H.

FWM is the most serious of the power/refractive index-induced nonlinearities today because it has a catastrophic effect on DWDM-enhanced systems. Because the refractive index of fiber is nonlinear, and because multiple optical signals travel down the fiber in DWDM systems, a phenomenon known as third-order distortion can occur that seriously affects multichannel transmission systems. Third-order distortion causes harmonics to be created in large numbers that have the annoying habit of occurring where the actual signals are, resulting in their obliteration. FWM is directly related to DWDM. In DWDM fiber systems, multiple simultaneous optical signals are transmitted across an optical span. They are separated on an ITU-blessed standard transmission grid by as much as 100 GHz (although most manufacturers today have reduced that to 50 GHz or better). This separation ensures that they do not interfere with each other. Consider now the effect of dispersion-shifted fiber on DWDM systems. In DSF, signal transmission is moved to the 1,550-nm band to ensure that dispersion and loss are both minimized within the same window. However, minimal dispersion has a rather severe unintended consequence when it occurs in concert with DWDM. Because it reduces dispersion to near zero, it also prevents multichannel systems from existing because it does not enable proper channel spacing. FWM then becomes a serious problem. Several things can reduce the impact of FWM. As the dispersion in the fiber drops, the degree of FWM increases dramatically. In fact, it is worst

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IMPATT Diodes The acronym IMPATT comes from the words impact avalanche transit time. This, like negative resistance, is a rather esoteric phenomenon. An IMPATT diode is a microwave oscillating device like a Gunn diode, except that it uses silicon rather than gallium arsenide. An IMPATT diode can be used as an amplifier for a microwave transmitter that employs a Gunn-diode oscillator. As an oscillator, an IMPATT diode produces about the same amount of output power, at comparable frequencies, as a Gunn diode. Tunnel Diodes Another type of diode that will oscillate at microwave frequencies is the tunnel diode, also known as the Esaki diode. It produces enough power so it can be used as a local oscillator in a microwave radio receiver, but not much more. Tunnel diodes work well as amplifiers in microwave receivers, because they generate very little unwanted noise. This is especially true of gallium arsenide devices.

356 Test: Part two 50. An inductor shows 100 of reactance at 30.0 MHz. What is its inductance A. 0.531 H. B. 18.8 mH. C. 531 H. D. 18.8 H. E. It can t be found from the data given.

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Some semiconductor diodes emit radiant energy when a current passes through the P-N junction in a forward direction. This phenomenon occurs as electrons fall from higher to lower energy states within atoms.

SINCE THE SIXTIES, WHEN THE TRANSISTOR BECAME COMMON IN CONSUMER devices, semiconductors have acquired a dominating role in electronics. This chapter explains what semiconducting materials actually are. You ve learned about electrical conductors, which pass current easily, and about insulators, which block the current flow. A semiconductor can sometimes act like a conductor, and at other times like an insulator in the same circuit. The term semiconductor arises from the ability of these materials to conduct part time. Their versatility lies in the fact that the conductivity can be controlled to produce effects such as amplification, rectification, oscillation, signal mixing, and switching.

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