Лабораторная работа пэс-05 одноконтурная электронная преобразовательная система

1 Цель работы

1.1 Ознакомиться с пакетом визуального моделирования Simulink.

1.2 Исследовать характеристики одноконтурной электронной преобразовательной системы.

2 Общие сведения

The MathWorks

Table of Contents

1. Model - lab5pes

System - lab5pes

List of Tables

1-1. Model Functions

1-2. lab5pes Simulation Parameters

1-3. Constant Block Properties

1-4. Gain Block Properties

1-5. Integrator Block Properties

1-6. Mux Block Properties

1-7. Saturate Block Properties

1-8. Step Block Properties

1-9. Sum Block Properties

1-10. AC Voltage Source Block Properties

1-11. Bus Bar Block Properties

1-12. Current Measurement Block Properties

1-13. DC Voltage Source Block Properties

1-14. Discrete Mean value Block Properties

1-15. Ground Block Properties

1-16. Series RLC Branch Block Properties

1-17. Synchronized 6-pulse generator Block Properties

1-18. Universal Bridge Block Properties

1-19. Voltage Measurement Block Properties

1-20. Signal Properties

1-21. lab5pes System Information

1-22. Block Type Count

List of Figures

1-1. Imean

1-2. V & I

Chapter 1. Model - lab5pes

Table 1-1. Model Functions

Function Name	Parent Blocks	Calling string
input	Thyristor Converter	3|ABC as input terminals|500|.1e-6|Thyristors|1e-3|0|[ 0.8 0.8 ]|.8|[ 10e-6 , 20e-6 ]|[ 1e-6 , 2e-6 ]|None|111
sqrt	Va Vb Vc	220*sqrt(2)|0|50|0|None|1 220*sqrt(2)|-120|50|0|None|1 220*sqrt(2)|120|50|0|None|1

Table 1-2. lab5pes Simulation Parameters

Solver ode15s	ZeroCross on	StartTime 0.0 StopTime 0.1
RelTol 1e-2	AbsTol 1e-3	Refine 1
InitialStep auto	FixedStep auto	MaxStep auto

Table 1-3. Constant Block Properties

Name	Value	VectorParams1D
Constant	0	on
Constant1	90	on

Table 1-4. Gain Block Properties

Name	Gain	Multiplication	SaturateOnIntegerOverflow
Gain2	100	Element-wise(K.*u)	on
Gain3	5	Element-wise(K.*u)	on

Table 1-5. Integrator Block Properties

Name		ExternalReset			InitialConditionSource			InitialCondition
Integrator1		none			internal			20
LimitOutput	UpperSaturationLimit
on	160
LowerSaturationLimit			ShowSaturationPort			ShowStatePort	AbsoluteTolerance
20			off			off	auto

Table 1-6. Mux Block Properties

Name	Inputs	DisplayOption
Mux1	2	none
Mux2	2	none
Mux3	2	none

Table 1-7. Saturate Block Properties

Name	UpperLimit	LowerLimit	LinearizeAsGain
Saturation1	160	20	on

Table 1-8. Step Block Properties

Name	Time	Before	After	SampleTime	VectorParams1D
Id_Refence	0.05	10	25	0	on

Table 1-9. Sum Block Properties

Name	IconShape	Inputs	SaturateOnIntegerOverflow
Sum3	rectangular	-+	on
Sum4	rectangular	--+	on

Table 1-10. AC Voltage Source Block Properties

Name	A	P	F	stime	mesure	PSBOutputType
Va	220*sqrt(2)	0	50	0	None	1
Vb	220*sqrt(2)	-120	50	0	None	1
Vc	220*sqrt(2)	120	50	0	None	1

Table 1-11. Bus Bar Block Properties

Name	PSBOutputType
Subsystem8	1

Table 1-12. Current Measurement Block Properties

Name	PSBOutputType	PSBequivalent
iA	01	0
iB	01	1
Id	01	0

Table 1-13. DC Voltage Source Block Properties

Name	V	mesure	PSBOutputType
DC Voltage Source1	-120	None	1

Table 1-14. Discrete Mean value Block Properties

Name	Freq	Vinit	Ts
Discrete Mean value	50	0	5e-6

Table 1-15. Ground Block Properties

Name	PSBOutputType
output Ground4	1
output Ground5	1
output Ground6	1

Table 1-16. Series RLC Branch Block Properties

Name	a	b	c	mesure	PSBOutputType
Series RLC Branch2	1	75e-3	inf	None	1
Series RLC Branch6	0.01	1e-3	inf	None	1
Series RLC Branch7	0.01	1e-3	inf	None	1
Series RLC Branch8	0.01	1e-3	inf	None	1

Table 1-17. Synchronized 6-pulse generator Block Properties

Name	freq	pwidth	Double_Pulse
Synchronized 6-Pulse Generator	50	10	on

Table 1-18. Universal Bridge Block Properties

Name	arms		confi		injcc	cf	device		Ron	Lon	VFs	Vf	gtoparameters
Thyristor Converter	3		ABC as input terminals		500	.1e-6	Thyristors		1e-3	0	[ 0.8 0.8 ]	.8	[ 10e-6 , 20e-6 ]
igbtparameters		mesure		PSBOutputType
[ 1e-6 , 2e-6 ]		None		111

Table 1-19. Voltage Measurement Block Properties

Name	PSBOutputType	PSBequivalent
Vab	0	0
Vbc	0	0
Vca	0	0
Vd	0	0

Table 1-20. Signal Properties

Name	Description	ParentSystem	CompiledPortDataType
<7092.0001>		lab5pes
<7093.0001>		lab5pes
<7094.0001>		lab5pes
<7095.0001>		lab5pes
<7096.0001>		lab5pes
<7097.0001>		lab5pes
<7098.0001>		lab5pes
<7099.0001>		lab5pes
<7100.0001>		lab5pes
<7101.0001>		lab5pes
<7104.0001>		lab5pes
<7105.0001>		lab5pes
<7106.0001>		lab5pes
<7107.0001>		lab5pes
<7108.0001>		lab5pes
<7109.0001>		lab5pes
<7110.0001>		lab5pes
<7111.0001>		lab5pes
<7112.0001>		lab5pes
<7113.0001>		lab5pes
<7114.0001>		lab5pes
<7115.0001>		lab5pes
<7116.0001>		lab5pes
<7117.0001>		lab5pes
<7118.0001>		lab5pes
<7119.0001>		lab5pes
<7120.0001>		lab5pes
<7121.0001>		lab5pes
<7123.0001>		lab5pes
<7124.0001>		lab5pes
<7125.0001>		lab5pes
<7126.0001>		lab5pes
<7127.0001>		lab5pes
<7128.0001>		lab5pes
<7129.0001>		lab5pes
iA & iB		lab5pes
Id & Id_ref		lab5pes
Vd		lab5pes

• lab5pes

  • DC Voltage Source1

  • Discrete Mean value

  • Id

  • Series RLC Branch2

  • Series RLC Branch6

  • Series RLC Branch7

  • Series RLC Branch8

  • Subsystem8

  • Synchronized 6-Pulse Generator

  • Thyristor Converter

  • Va

  • Vab

  • Vb

  • Vbc

  • Vc

  • Vca

  • Vd

  • iA

  • iB

  • output Ground4

  • output Ground5

  • output Ground6

System - lab5pes

Table 1-21. lab5pes System Information

Name	lab5pes	Parent	<root>
Description		Tag
Blocks	Constant Constant1 DC Voltage Source1 Discrete Mean value Gain2 Gain3 Id Id_Refence Imean Integrator1 Mux1 Mux2 Mux3 Saturation1 Series RLC Branch2 Series RLC Branch6 Series RLC Branch7 Series RLC Branch8 Subsystem8 Sum3 Sum4 Synchronized 6-Pulse Generator Thyristor Converter V & I Va Vab Vb Vbc Vc Vca Vd iA iB output Ground4 output Ground5 output Ground6	LinkStatus	N/A

Table 1-22. Block Type Count

BlockType	# of Occurrences	Block Names
SubSystem	22	DC Voltage Source1 Discrete Mean value Id Series RLC Branch2 Series RLC Branch6 Series RLC Branch7 Series RLC Branch8 Subsystem8 Synchronized 6-Pulse Generator Thyristor Converter Va Vab Vb Vbc Vc Vca Vd iA iB output Ground4 output Ground5 output Ground6
Mux	3	Mux1 Mux2 Mux3
Sum	2	Sum3 Sum4
Scope	2	Imean V & I
Gain	2	Gain2 Gain3
Constant	2	Constant Constant1
Step	1	Id_Refence
Saturate	1	Saturation1
Integrator	1	Integrator1

Figure 1-1. Imean

Figure 1-2. V & I