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Line 1: |
Line 1: |
− | \usemodule[chart]
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− | \setupFLOWcharts
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− | [nx=5,
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− | ny=3,
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− | dx=2\bodyfontsize,
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− | dy=2\bodyfontsize,
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− | maxwidth=\textwidth
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− | ]
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− |
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− | \setupFLOWshapes
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− | [framecolor=black,
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− | background=color,
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− | backgroundcolor=white,
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− | ]
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− |
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− | \startFLOWchart[DSP]
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− |
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− | \startFLOWcell
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− | \name{input}
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− | \location{1,1}
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− | \shape{44}
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− | \connection[rl] {lowpass1}
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− | \comment[t]{$x(t)$}
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− | \comment[b]{$X(t)$}
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− | \stopFLOWcell
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− |
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− | \startFLOWcell
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− | \name {lowpass1}
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− | \location {2,1}
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− | \text {Low Pass\crlf Filter}
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− | \connection[bt] {adconv}
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− | \comment[r]{$x_f(t)$}
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− | \comment[l]{$X_f(t)$}
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− | \stopFLOWcell
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− |
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− | \startFLOWcell
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− | \name{adconv}
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− | \location{2,2}
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− | \text{Analog/Digital\crlf conversion}
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− | \connection[rl]{dsp}
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− | \comment[t]{$x[n]$}
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− | \comment[b]{$X(\Omega)$}
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− | \stopFLOWcell
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− |
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− | \startFLOWcell
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− | \name{dsp}
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− | \location{3,2}
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− | \text{Digital Signal\crlf Processing}
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− | \connection[rl]{daconv}
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− | \comment[t]{$y[n]$}
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− | \comment[b]{$Y(\Omega)$}
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− | \stopFLOWcell
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− |
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− | \startFLOWcell
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− | \name{daconv}
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− | \location{4,2}
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− | \text{Digital/Analog\crlf Conversion}
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− | \connection[bt]{lowpass2}
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− | \comment[r]{$y_d(t)$}
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− | \comment[l]{$Y_d(t)$}
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− | \stopFLOWcell
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− |
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− | \startFLOWcell
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− | \name {lowpass2}
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− | \location {4,3}
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− | \text {Low Pass\crlf Filter}
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− | \connection[rl]{output}
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− | \comment[t]{$y_f(t)$}
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− | \comment[b]{$Y_f(t)$}
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− | \stopFLOWcell
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− |
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− | \startFLOWcell
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− | \name {output}
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− | \location {5,3}
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− | \shape{44}
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− | \stopFLOWcell
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− |
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− | \stopFLOWchart
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− |
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− | \placefigure[here][fig:chart]{The path of signal in digital processing.}
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− | {
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− | \FLOWchart[DSP]
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− | }
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