WOLFRAM SYSTEM MODELER

Inverter

Converts from DC to AC

Diagram

Wolfram Language

In[1]:=
SystemModel["EducationExamples.ElectricalEngineering.UPS.Components.Inverter"]
Out[1]:=

Information

This simplified inverter generates a constant sine wave that is only used when the potential sensor has a higher value than what is specified in realToBoolean.threshold. The potential sensor reads the value of the voltage provided by the battery.

Parameters (1)

lowerVoltageLimit

Value:

Type: Voltage (V)

Description: Limit where the inverter can't supply full voltage

Connectors (2)

pin_p

Type: PositivePin

Description: Positive pin of an electrical component

pin_n

Type: NegativePin

Description: Negative pin of an electrical component

Components (12)

signalVoltage

Type: SignalVoltage

Description: Generic voltage source using the input signal as source voltage

potentialSensor

Type: PotentialSensor

Description: Sensor to measure the potential

ground

Type: Ground

Description: Ground node

sine

Type: Sine

Description: Generate sine signal

switch1

Type: Switch

Description: Switch between two Real signals

realToBoolean

Type: RealToBoolean

Description: Convert Real to Boolean signal

const

Type: Constant

Description: Generate constant signal of type Real

resistor

Type: Resistor

Description: Ideal linear electrical resistor

idealClosingSwitch

Type: IdealClosingSwitch

Description: Ideal electrical closer

ground1

Type: Ground

Description: Ground node

resistor1

Type: Resistor

Description: Ideal linear electrical resistor

resistor2

Type: Resistor

Description: Ideal linear electrical resistor

Used in Examples (2)

PowerSupply

EducationExamples.ElectricalEngineering.UPS

Model of an uninterruptible power supply that controls the supply of power to a load.

PowerSupplyHardened

EducationExamples.ElectricalEngineering.UPS

Model of a uninterruptible power supply with a non-standard battery reliability.