Simulating dc-dc converters with QSPICE

سرفصل های دوره

Learn the operation of basic non-isolated dc-dc converters through QSPICE simulations

1 - Introduction

1 - Welcome to the course

1 - welcome.pdf

2 - Target students of the course

2 - students.pdf

3 - Requirements of the course

3 - requirements.pdf

4 - Tips on completing the course

4 - completing-the-course.pdf

2 - Installing and using QSPICE

5 - Introduction

6 - Background and history of SPICE

6 - qspice-background.pdf

7 - Downloading and installing QSPICE

8 - A quick tour of QSPICE

9 - Links and references

10 - Starting with simulation importance of ground and SPICE directives

11 - Generating plots

12 - Sine voltage source

13 - Pulse voltage source

14 - Piecewise linear voltage source

15 - Correction on PWL voltage source parameters.html

16 - RLC circuit with behavioural resistor component

17 - Plot commands as SPICE directives

18 - Correction to simulation

18 - basic.zip

19 - Conclusions

3 - Buck converter

20 - Introduction

21 - Converter topology

21 - buck-topology.pdf

22 - Operation of the buck converter

22 - buck-operation.pdf

23 - Drawing skeletal circuit in schematic editor

24 - Understanding parameters of the diode and the switch

25 - Running the simulation with switch and pulsed voltage waveform as gate pulses

26 - Analysing simulation results with switch and pulse gate voltage waveform

27 - Writing C code for implementing PWM logic

28 - Simulation results with the C PWM implementation

29 - Adding a MOSFET to the converter

30 - Running the simulation with the MOSFET

31 - Handling the Windows antivirus blocker

32 - Handling simulation transients due to initial conditions

32 - buck.zip

33 - Ending remarks on the simulation

34 - Conclusions

4 - Boost converter

35 - Introduction

36 - Topology and operation of the boost converter

36 - boost-topology.pdf

37 - Creating the boost converter simulation

38 - Analysing the simulation results of the boost converter

38 - boost.zip

39 - The importance of handling initial conditions

40 - Conclusions

5 - Buckboost converter

41 - Introduction

42 - Topology and working of the buckboost converter

42 - buck-boost-topology.pdf

43 - Setting up the simulation of the buckboost converter

44 - Analysing the simulation results of the buckboost converter

44 - buck-boost.zip

45 - Handling initial conditions

46 - Conclusions

6 - Cuk converter

47 - Introduction

48 - Topology and operation of the converter

48 - cuk-topology.pdf

49 - Setting up the simulation of the Cuk converter

50 - Analysis of the simulation results

50 - chuk.zip

51 - Conclusions

7 - SingleEnded Primary Inductor Converter SEPIC

52 - Introduction

53 - Topology and operation of the SEPIC

53 - sepic-topology.pdf

54 - Setting up the SEPIC simulation

55 - Analysis of SEPIC simulation

55 - sepic.zip

56 - Conclusions

8 - ZETA converter

57 - Introduction

58 - Topology and operation of the ZETA converter

58 - zeta-topology.pdf

59 - Simulation of the ZETA converter

60 - Analysis of simulation results

60 - zeta.zip

61 - Conclusions

9 - Thirdparty models and hardware details

62 - Motivation for including hardware details

63 - Creating subcircuits with hierarchical entries

64 - Choosing a gate driver for the MOSFET in the simulation

65 - Downloading and importing the gate driver SPICE model

66 - Making connections to gate driver SPICE model part 1

67 - Making connections to gate driver SPICE model part 2

68 - Correcting gate driver connections to prevent undervoltage lockout UVLO

68 - buck-hardware.zip

69 - Conclusions

10 - Conclusions

70 - Conclusions

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تولید کننده: Udemy