HalfControlledBridge2mPulse

2*m pulse half controlled rectifier bridge

    HalfControlledBridge2mPulse

Library

Modelica/Electrical/PowerConverters/ACDC

Description

General information about AC/DC converters can be found at the AC/DC converter concept

This is a 2*m pulse half controlled rectifier bridge. In order to operate this rectifier a voltage source with center tap is required. The circuit topology is the same as in Examples.ACDC.RectifierBridge2mPulse. It is important to note that for multi phase circuits with even phase numbers greater than three the MultiStarResistance shall be used for grounding the voltage sources.

Parameters

HalfControlledBridge2mPulse_0

NameLabelDescriptionData TypeValid Values

mo_RonDiode

RonDiode

Closed diode resistance

Scalar

mo_GoffDiode

GoffDiode

Opened diode conductance

Scalar

mo_VkneeDiode

VkneeDiode

Diode forward threshold voltage

Scalar

mo_RonThyristor

RonThyristor

Closed thyristor resistance

Scalar

mo_GoffThyristor

GoffThyristor

Opened thyristor conductance

Scalar

mo_VkneeThyristor

VkneeThyristor

Thyristor forward threshold voltage

Scalar

mo_offStart_p

offStart_p

Boolean start value of variable thyristor_p[:].off

Vector

true
false

mo_m

m

Number of phases

Scalar

mo_useHeatPort

useHeatPort

=true, if heatPort is enabled

Number

0
1

mo_T

T

Fixed device temperature if useHeatPort = false

Scalar

HalfControlledBridge2mPulse_1

NameLabelDescriptionData TypeValid Values

mo_useConstantEnable

useConstantEnable

true = disabled boolean input, use constantEnable

Number

0
1

mo_constantEnable

constantEnable

Constant enabling of firing signals

Scalar

true
false

HalfControlledBridge2mPulse_2

NameLabelDescriptionData TypeValid Values

mo_vAC

vAC

vAC

Structure

mo_vAC/fixed

fixed

Cell of vectors

true
false

mo_vAC/start

start

Cell of vectors

mo_iAC

iAC

iAC

Structure

mo_iAC/fixed

fixed

Cell of vectors

true
false

mo_iAC/start

start

Cell of vectors

mo_powerAC

powerAC

powerAC

Structure

mo_powerAC/fixed

fixed

Cell of vectors

true
false

mo_powerAC/start

start

Cell of vectors

mo_powerTotalAC

powerTotalAC

powerTotalAC

Structure

mo_powerTotalAC/fixed

fixed

Cell of scalars

true
false

mo_powerTotalAC/start

start

Cell of scalars

mo_vDC

vDC

vDC

Structure

mo_vDC/fixed

fixed

Cell of scalars

true
false

mo_vDC/start

start

Cell of scalars

mo_iDC

iDC

iDC

Structure

mo_iDC/fixed

fixed

Cell of scalars

true
false

mo_iDC/start

start

Cell of scalars

mo_powerDC

powerDC

powerDC

Structure

mo_powerDC/fixed

fixed

Cell of scalars

true
false

mo_powerDC/start

start

Cell of scalars

mo_LossPower

LossPower

LossPower

Structure

mo_LossPower/fixed

fixed

Cell of scalars

true
false

mo_LossPower/start

start

Cell of scalars

mo_T_heatPort

T_heatPort

T_heatPort

Structure

mo_T_heatPort/fixed

fixed

Cell of scalars

true
false

mo_T_heatPort/start

start

Cell of scalars

mo_fire_p

fire_p

fire_p

Structure

mo_fire_p/fixed

fixed

Cell of vectors

true
false

mo_fire_p/start

start

Cell of vectors

mo_enable

enable

enable

Structure

mo_enable/fixed

fixed

Cell of scalars

true
false

mo_enable/start

start

Cell of scalars

Ports

NameTypeDescriptionIO TypeNumber

ac

implicit

AC input

input

1

dc_p

implicit

Positive DC output

input

2

dc_n

implicit

Negative DC output

output

1

fire_p

implicit

Firing signals of positive potential transistors

input

3

Port 5

implicit

Conditional heat port

input

mo_useHeatPort

Port 6

implicit

Enables fire and notFire

input

1-mo_useConstantEnable