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Blocks
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Constant Rate
Rate Limiter
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2-Point Step Controller
3-Point Step Controller
Lead/Lag Controller
Ideal PD Controler
Real PD Controller
Adaptive PID Controller
Generalized PID Controler
Ideal PID Controler, Type 1
Ideal PID Controller, Type 2
Industrial PID Controller
Modified PID Controller
Real PID Controller
Ideal PI Controller
Modified PI Controller
Analog/Binary Converter
Analog/Digital Converter
Binary/Analog Converter
Digital/Analog Converter
Introduction
Quantizer
Adder
Derivative element (D)
Derivative lag element (DT1)
Linear Differential equation system
G(s)
Integrator
Introduction
Lead/Lag
Output Element
Proportional Element
First Order Lag (PT1)
PT1T2
Second Order Lag (PT2)
First Order Allpass (PTa1)
Second Order Allpass (PTa2)
PTn
Dead Time
V+ (logic 1)
AND
On/Off Delay
D Flip-Flop
GND (logig 0)
Introduction
JK Flip-Flop
Monoflop
Inverter
OR
SR Flip-Flop
XOR
1:2 Switch
2:1 Switch
Controllable Delay Element
Demultiplexer
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Relation
Step Ramp
Triggered Sample And Hold
Window Comparator
Zero Crossing Detector
Arithmetic Element
Backlash
Dead Zone
Divider
Single Input Function Element
Double Input Function Element
Introduction
Inverter
Minimum/Maximum
Multiplier
Preload
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Root
Saturation
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User Characteristic
Frequency Probe
Time Probe
XY Probe
Constant
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File Source
Introduction
Noise
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User Source
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Ramp
Step
Timer
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Arrow
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Special
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Difference equations system
Filter
G(z)
Integrator
Introduction
PID Controller
Sample and Hold
Sampler
Unit Delay
Zero Order Hold
Step
¶
The edge time is determined by the start delay parameter.
Function:
y(t) = H σ(t-TD)
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