analog to digital encoding in data communication dc9
TRANSCRIPT
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