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Устанавливая параметры схемы, получим следующую схему, которая приведена на рисунке 5.9.
Рисунок 5.9
File name: Duobinary_ru.svu
Title: Duobinary.svu
System Time:0 - 5,11e+0 sec, dT=1,0e-2 sec, Sample Rate=1,00e+2 Hz, Samples=512, Loops=1
Token Attribute Type Parameters
0 Source PN Seq Amp = 500e-3 v, Offset = 500e-3 v, Rate = 10 Hz, Levels = 2, Phase = 0 deg, Max Rate = 100 Hz
1 Operator XOR Threshold = 500e-3, True = 0, False = 1, Max Rate = 10
Hz
2 Operator Delay Non-Interpolating, Delay = 100e-3 sec, = 1,0 smp, Output 0 = Delay, Output 1 = Delay - dT t1, Max Rate (Port 1) = 10 Hz
3 Adder - - - -
4 Operator Delay Non-Interpolating, Delay = 100e-3 sec, = 1,0 smp, Output 0 = Delay t3, Output 1 = Delay - dT, Max Rate (Port 0) = 10 Hz
5 Sink Real Time Input from t12 Output Port 0, Max Input Rate = 100 Hz
6 Function Poly -1+(2x), Max Rate = 10 Hz
7 Operator Sampler Non-Interp Right, Rate = 10 Hz, Aperture = 0 sec, Aperture Jitter = 0 sec, Max Rate = 10 Hz
8 Sink Analysis Input from t17 Output Port 0, Max Input Rate = 10 Hz
9 Sink Analysis Input from t1 Output Port 0, Max Input Rate = 10 Hz
10 Sink Analysis Input from t3 Output Port 0, Max Input Rate = 10 Hz
11 Operator Hold Zero, Gain = 1, Out Rate = 100 Hz, Max Rate = 100 Hz
12 Operator Linear Sys Comm Sin(t)/t FIR, Symbol Rate = 10 Hz, Decimate By 1, Quant Bits = None, Taps = 81, Init Cndtn = 0, DSP Mode Disabled, Max Rate = 100 Hz
13 Operator Sampler Non-Interp Right, Rate = 10 Hz, Aperture = 0 sec, Aperture Jitter = 0 sec, Max Rate = 10 Hz
14 Function Rectify Zero Point = 0 v, Max Rate = 10 Hz
15 Sink Analysis Input from t16 Output Port 0, Max Input Rate = 10 Hz
16 Function Limiter Max Input = ±0 v, Max Output = ±1 v, Max Rate = 10 Hz
17 Operator Smpl Delay Delay = 4 samples, = 400e-3 sec, Attribute = Passive, Initial Condition = 0 v, Fill Last Register, Output 0 = Delay t8, Output 1 = Delay - dT, Max Rate (Port 0) = 10 Hz
18 Sink Real Time Input from t0 Output Port 0, Max Input Rate = 100 Hz
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