analog to digital encoding in data communication dc9

Figure 5-15

My notes for datacom :: @nkur

Analog to Digital Encoding

Figure 5-16

My notes for datacom :: @nkur

PAM

Figure 5-17

My notes for datacom :: @nkur

Quantized PAM Signal

Figure 5-18

My notes for datacom :: @nkur

Quantizing Using Sign and Magnitude

Figure 5-19

My notes for datacom :: @nkur

PCM

Figure 5-20

My notes for datacom :: @nkur

From Analog to PCM

Figure 5-20-continued

My notes for datacom :: @nkur

From Analog to PCM

Figure 5-20-continued

My notes for datacom :: @nkur

From Analog to PCM

Figure 5-20-continued

My notes for datacom :: @nkur

From Analog to PCM

Figure 5-21

My notes for datacom :: @nkur

Nyquist Theorem

Figure 5-22

My notes for datacom :: @nkur

Digital to Analog Encoding

Figure 5-23

My notes for datacom :: @nkur

Figure 5-24

My notes for datacom :: @nkur

ASK

Figure 5-25

My notes for datacom :: @nkur

Bandwidth for ASK

FSKFigure 5-27

My notes for datacom :: @nkur

Bandwidth for FSKFigure 5-28

My notes for datacom :: @nkur

PSKFigure 5-29

My notes for datacom :: @nkur

PSKConstellation

Figure 5-30

My notes for datacom :: @nkur

4-PSKFigure 5-31

My notes for datacom :: @nkur

4-PSKCharacteristics

Figure 5-32

My notes for datacom :: @nkur

8-PSKCharacteristics

Figure 5-33

My notes for datacom :: @nkur

PSKBandwidth

Figure 5-34

My notes for datacom :: @nkur

4-QAM and 8-QAMConstellations

Figure 5-35

My notes for datacom :: @nkur

8-QAM SignalFigure 5-36

My notes for datacom :: @nkur

16-QAMConstellation

Figure 5-37

My notes for datacom :: @nkur

Bit Rate and Baud Rate

Figure 5-38

My notes for datacom :: @nkur

Figure 5-38-continued

My notes for datacom :: @nkur

Bit Rate and Baud Rate