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Inverter
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Blocks
Blocks
Constant Rate
Rate Limiter
Stiction
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
Multiplexer
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
Peak Detector
Root
Saturation
Square
User Characteristic
Frequency Probe
Time Probe
XY Probe
Constant
Driving Curve
File Source
Introduction
Noise
Oscillator
User Source
Pulse
Puls Width Modulator (PWM)
Ramp
Step
Timer
Trigger
Arrow
Terminal
Special
Differentiator
Difference equations system
Filter
G(z)
Integrator
Introduction
PID Controller
Sample and Hold
Sampler
Unit Delay
Zero Order Hold
Inverter
¶
Function:
y = K / u
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