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1. 6. 11. 16. c d a c 2. 7. 12. 17. d c a a 3. 8. 13. 18. a c b a 4. 9. 14. 19. b d a b 5. 10. 15. 20. c d c d

Table 1-1.

This PAM process represents the first stage of PCM, the process by which an analog baseband signal is converted to a digital signal for transmission across the T-Carrier network. This first step is shown in Figure 3-74. The second stage of PCM, shown in Figure 3-75, is called quantization. In quantization, we assign values to each sample within a constrained range. For illustration purposes, imagine what we now have before us. We have replaced the continuous analog waveform of the signal with a series of amplitude samples that are close enough together that we can discern the shape of the original wave from their collective amplitudes. Imagine also that we have graphed these samples in such a way that the wave of sample points meanders above and below an established zero point on the x-axis, so that some of the samples have positive values and others are negative, as shown. The amplitude levels enable us to assign values to each of the PAM samples, although a glaring problem with this technique should be obvious to the careful reader. Very few of the samples actually line up exactly with the amplitudes delineated by the graphing process. In fact, most of them fall between the values, as shown Figure 3-75. It doesn t take much of an intuitive leap to see that several of the samples will be assigned the same digital value by the coder-decoder (CODEC) that performs this function, yet they are clearly not the same amplitude. This inaccuracy in the measurement method results in a problem known as quantizing

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Element name Actinium Aluminum Americium** Antimony Argon Arsenic Astatine Barium Berkelium** Beryllium Bismuth Boron Bromine Cadmium Calcium Californium** Carbon Cerium Cesium Chlorine Chromium Cobalt Copper Curium** Dysprosium Einsteinium** Erbium Europium Fermium Fluorine Francium Gadolinium Gallium Germanium Gold Hafnium Helium Holmium Hydrogen Indium Iodine Iridium Iron Krypton Lanthanum Lawrencium**

1. 6. 11. 16. c d d a 2. 7. 12. 17. a b a d 3. 8. 13. 18. a a b b 4. 9. 14. 19. c d c c 5. 10. 15. 20. b d a a

ure 1-13. The left side of the graph contains a lower frequency signal component, while a higher frequency component appears to its right. We can use this technique in the same way we used AM: If we let a high-frequency component represent a zero, and a low-frequency component represent a one, then I can transmit our 00001111 series by transmitting four high-frequency signals followed by four low-frequency signals. An interesting historical point about FM: The technique was invented by radio pioneer Edwin Armstrong in 1933. Armstrong, shown in Figure 1-14, created FM as a way to overcome the problem of noisy radio transmission. Prior to FM s arrival, AM was the only technique available and it relied on modulation of the loudness of the signal and the inherent noise to make it stronger. FM did not rely on amplitude, but rather on frequency modulation, and was therefore much cleaner and offered significantly higher fidelity than AM radio. Many technical historians of World War II believe that Armstrong s invention of FM transmission played a pivotal role in the winning of the war. When WW II was in full swing, FM technology was only available to Allied forces. AM radio, the basis for most military

Atomic number 89 13 95 51 18 33 85 56 97 4 83 5 35 48 20 98 6 58 55 17 24 27 29 96 66 99 68 63 100 9 87 64 31 32 79 72 2 67 1 49 53 77 26 36 57 103 Atomic weight* 227 27 243 121 40 75 210 138 247 9 209 11 79 114 40 251 12 140 133 35 52 59 63 247 164 254 166 153 257 19 223 158 69 74 197 180 4 165 1 115 127 193 56 84 139 257

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Figure 1-14 Edwin Armstrong (photo courtesy Lucent Bell Laboratories).

Abbreviation Ac Al Am Sb Ar As At Ba Bk Be Bi B Br Cd Ca Cf C Ce Cs Cl Cr Co Cu Cm Dy Es Er Eu Fm F Fr Gd Ga Ge Au Hf He Ho H In I Ir Fe Kr La Lr or Lw

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