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MODELING ANALYSIS AND CONTROL OF A DC-DC BOOST CONVERTER

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ANGOTHU SRIKANTH

on 18 December 2013

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Transcript of MODELING ANALYSIS AND CONTROL OF A DC-DC BOOST CONVERTER

MODELING ANALYSIS AND CONTROL OF A DC-DC BOOST CONVERTER

UNDER THE GUIDANCE OF
K. SHASHIDHAR REDDY(P.hd)


BY
A.SRIKANTH
11K81A0701

MODELING ANALYSIS AND CONTROL OF A DC-DC BOOST CONVERTER
SIMULATION OF DC TO DC VOLTAGE CONTROLLER USING HIGH FREQUENCY TRANSFORMER
Open loop Simulink circuit of dc to dc boost converter
Simulation of DC to DC Converter
In many industrial applications, it is required to convert a fixed-voltage DC source into a variable voltage DC source.
Non Conventional power generation need to step up DC voltage.
A boost converter is a DC To DC converter with an output voltage greater than the source voltage.
12V DC voltage can step up into 310V DC with 6A current.
Abstract
Vi * ton + (Vi – Vo)toff = 0
Ldc= (RD〖(1-D)〗^2)/2Fs
Lc= (RD〖(1-D)〗^2)/2Fs
L=150uH
C=3000uF
R=50Ω
Ton=0.06ms
Toff=0.04ms

Data used for simulation
Simulation Output Results
step up voltage of 12V to 161V
Simulation Results
Simulated Response of Diode's Current and Collector-Emitter Voltage
simulation result Output voltage (250V with 5A )
To design 12V to 310V DC Voltage converter kit.
Future Scope
SIMULATION OF STEP-UP DC TO DC BOOST CONVERTER
A dc-dc converter converts directly from dc to dc and simply known as a dc converter.
A dc converter can be used to step down or step up a dc voltage source.
The DC/DC converters are widely used in regulated switch mode DC power supplies.
The input of these converters is an unregulated DC voltage, which is obtained by suitable DC sources such as batteries, solar panels, rectifiers and DC generators.
Introduction
Simulation input voltage is 6V and output voltage is 12.7V
Simulation input voltage is 100V and output voltage is 290V
output voltage
Open loop dc to dc boost converter kit
Ton ≈Toff
Pulse generator Results
Ton <=Toff
Output Voltage
This converter used in many industrial applications, it is required to convert a fixed-voltage dc source into a variable voltage dc source and at Non-Conventional power generations.
In this project propose a design components, simulation and modeling of DC to DC boost converter.
In this project I proposed simulation of step up DC to DC Boost converter control with high frequency transformer ( input voltage is 12V output voltage and is 310V with 6A current ) and open loop step up DC to DC boost converter kit.
CONCLUSION
The open loop converter kit as two parts,
1. Pulse generator part 2. Boost converter part.
Output Voltage 17.4V when Input Voltage is 6V
Output Voltage 28.8V when Input Voltage is 10V
REFERENCES
Ju-Young Lee “Low Voltage DC-to-DC Converter Combining Flyback and Boost Converter for Charging an Auxiliary Battery in Hybrid Electric Vehicle” 978-1-4673-1792-4/13/$31.00 ©2013 IEEE
B. M Hasaneen “Design and Simulation of DC to DC Boost Converter” 978-1-4244-1933-3/08/$25.00 ©2008 IEEE.

THANK YOU
In boost converter the 12VC voltage is converted into 161V DC voltage and that 161V is control with high frequency transformer. 12V DC voltage step up into 26V DC voltage and that 26V is step up into 65V DC voltage and that 65V is step up into 161V DC voltage. From that 161V converted into 310V using transformer.
Step up block 12V to161V
Step up DC to DC voltage Converter.
High Controlling with Transformer.
Small Voltage high voltage controlling.
Open loop DC to DC voltage converter
About Project
Full transcript