3 Порядок выполнения работы

3.1 Запустить пакет MatLab.

3.2 Создать модель одноконтурной системы.

3.3 Задать параметры имитационной модели.

3.4 Задать параметры моделирования и провести анализ.

4 Содержание отчета

4.1 Цель работы.

4.2 Имитационная модель.

4.3 Параметры модели.

4.4 Результаты моделирования.

Лабораторная работа пэс-06 двухконтурная 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 - lab6

System - lab6

List of Tables

1-1. Model Functions

1-2. lab6 Simulation Parameters

1-3. Constant Block Properties

1-4. Demux Block Properties

1-5. Relay Block Properties

1-6. Step Block Properties

1-7. Sum Block Properties

1-8. Terminator Block Properties

1-9. TransferFcn Block Properties

1-10. Bus Bar Block Properties

1-11. DC Voltage Source Block Properties

1-12. DC machine Block Properties

1-13. Diode Block Properties

1-14. Discrete PI Controller Block Properties

1-15. Ground Block Properties

1-16. Gto Block Properties

1-17. Parallel RLC Branch Block Properties

1-18. Voltage Measurement Block Properties

1-19. Signal Properties

1-20. lab6 System Information

1-21. Block Type Count

List of Figures

1-1. Scope

Chapter 1. Model - lab6

Table 1-1. Model Functions

Function Name	Parent Blocks	Calling string
Inf	VD1	0.05|5e-6|0.7|0|Inf|0.1e-6|10

Table 1-2. lab6 Simulation Parameters

Solver ode15s	ZeroCross on	StartTime 0.0 StopTime 2.5
RelTol auto	AbsTol auto	Refine 1
InitialStep auto	FixedStep auto	MaxStep auto

Table 1-3. Constant Block Properties

Name	Value	VectorParams1D
TL (N*m)	5	on
w (rad/s)	120	on

Table 1-4. Demux Block Properties

Name	Outputs	BusSelectionMode
Demux1	4	off

Table 1-5. Relay Block Properties

Name	OnSwitchValue	OffSwitchValue	OnOutputValue	OffOutputValue
Current control.	1	-1	1	0

Table 1-6. Step Block Properties

Name	Time	Before	After	SampleTime	VectorParams1D
TL	1.5	5	25	0	on
w	1	120	160	0	on

Table 1-7. Sum Block Properties

Name	IconShape	Inputs	SaturateOnIntegerOverflow
Sum	round	|+-	on
Sum1	round	+-	on

Table 1-8. Terminator Block Properties

Name

Terminator

Terminator1

Terminator2

Terminator3

Table 1-9. TransferFcn Block Properties

Name	Numerator	Denominator	AbsoluteTolerance
Curr. Loop	[1]	[1e-5 1]	auto

Table 1-10. Bus Bar Block Properties

Name	PSBOutputType
Subsystem7	1

Table 1-11. DC Voltage Source Block Properties

Name	V	mesure	PSBOutputType
Vdc 220 V	220	None	1
Vf 220 V	220	None	1

Table 1-12. DC machine Block Properties

Name	RLa	RLf	Laf	J	Bm	Tf	w0	PSBOutputType
DCM	[0.5 0.01]	[220 0]	1.23	0.05	0.02	0	1e-1	110

Table 1-13. Diode Block Properties

Name	Ron	Lon	Vf	IC	Rs	Cs	PSBOutputType
VD1	0.05	5e-6	0.7	0	Inf	0.1e-6	10

Table 1-14. Discrete PI Controller Block Properties

Name	Kp	Ki	Par_Limits	Init	Ts
Speed cont.	1.6	16	[30 0]	0	50e-6

Table 1-15. Ground Block Properties

Name

Ground

output Ground1

output Ground2

output Ground3

Table 1-16. Gto Block Properties

Name	Ron	Lon	Vf	Tf	Tt	IC	Rs	Cs	PSBOutputType
VS1	0.05	1e-6	1	1e-6	1e-6	0	100	0.1e-6	10

Table 1-17. Parallel RLC Branch Block Properties

Name	a	b	c	mesure	PSBOutputType
Ld	inf	10e-03	0	None	1

Table 1-18. Voltage Measurement Block Properties

Name	PSBOutputType	PSBequivalent
Vd	0	1

Table 1-19. Signal Properties

Name	Description	ParentSystem	CompiledPortDataType
<6874.0001>		lab6
<6875.0001>		lab6
<6876.0001>		lab6
<6877.0001>		lab6
<6880.0001>		lab6
<6881.0001>		lab6
<6882.0001>		lab6
<6883.0001>		lab6
<6884.0001>		lab6
<6885.0001>		lab6
<6886.0001>		lab6
<6887.0001>		lab6
<6888.0001>		lab6
<6889.0001>		lab6
<6890.0001>		lab6
<6891.0001>		lab6
<6892.0001>		lab6
<6894.0001>		lab6
<6895.0001>		lab6
<6896.0001>		lab6
<6897.0001>		lab6
<6898.0001>		lab6
<6899.0001>		lab6
<6900.0001>		lab6
Ia		lab6
Ia		lab6
Va		lab6
wm (rad/s)		lab6

• lab6

  • DCM

  • Ground

  • Ld

  • Speed cont.

  • Subsystem7

  • VD1

  • VS1

  • Vd

  • Vdc 220 V

  • Vf 220 V

  • output Ground1

  • output Ground2

  • output Ground3

System - lab6

Table 1-20. lab6 System Information

Name	lab6	Parent	<root>
Description		Tag
Blocks	Curr. Loop Current control. DCM Demux1 Ground Ld Scope Speed cont. Subsystem7 Sum Sum1 TL TL (N*m) Terminator Terminator1 Terminator2 Terminator3 VD1 VS1 Vd Vdc 220 V Vf 220 V output Ground1 output Ground2 output Ground3 w w (rad/s)	LinkStatus	N/A

Table 1-21. Block Type Count

BlockType	# of Occurrences	Block Names
SubSystem	13	DCM Ground Ld Speed cont. Subsystem7 VD1 VS1 Vd Vdc 220 V Vf 220 V output Ground1 output Ground2 output Ground3
Terminator	4	Terminator Terminator1 Terminator2 Terminator3
Sum	2	Sum Sum1
Step	2	TL w
Constant	2	TL (N*m) w (rad/s)
TransferFcn	1	Curr. Loop
Scope	1	Scope
Relay	1	Current control.
Demux	1	Demux1

Figure 1-1. Scope