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DC/DC type Converter(CLASSIC, PID CONTROLLED & improved)

INTRODUCTION

In this project, the purpose is to complete the simulation model especially classic DC/DC type converter and after that we will do another simulation for DC/DC converter but this time it will be improved version.

It will be really useful and advantageous for me to see, analyze, and simulate DC/DC converters since they are used a lot in many areas nowadays. For specific applications we need to design with parameters. For example, I choose switching frequency selection, duty cycle selection and more First let me talk about some of the known DC/DC Converters.

circuits
circuits

Step-Up(Boost) Converter

DESIGN

Step-Up(Boost) Converter
Step-Up(Boost) Converter
Step-Up(Boost) Converter
Step-Up(Boost) Converter

SIMULATIONS

Simulations

Step-Up(Boost) Converter With PID Controller

DESIGN

Step-Up(Boost) Converter With PID Controller
Step-Up(Boost) Converter With PID Controller
Step-Up(Boost) Converter With PID Controller
Step-Up(Boost) Converter With PID Controller
Step-Up(Boost) Converter With PID Controller

SIMULATIONS

Simulation

Interleaved Step-Up(Boost Converter)

DESIGN

Interleaved Step-Up(Boost Converter)
Interleaved Step-Up(Boost Converter)
Interleaved Step-Up(Boost Converter)
Interleaved Step-Up(Boost Converter)
Interleaved Step-Up(Boost Converter)
Interleaved Step-Up(Boost Converter)

SIMULATIONS

Simulations

CONCLUSION

CONCLUSION
CONCLUSION

REFERENCES

REFERENCES