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Boost Converter -- Close Loop

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4.8 | 8 ratings Rate this file 58 Downloads (last 30 days) File Size: 12.5 KB File ID: #27420 Version: 1.0
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Boost Converter -- Close Loop

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Boost converter

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Description

The model simulates two boost converters in close loop.

Acknowledgements

This file inspired Closed Loop Boost Converter Modeling & Simulation.

Required Products Simscape Power Systems
MATLAB release MATLAB 7.8 (R2009a)
Other requirements Fast CPU processing.
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Comments and Ratings (16)
19 May 2016 Prateek Rode

Awesome Work ....!!
I tried for 4 days to make the same.. but could not do it..
Your Work helped me a lot ...!!
God Bless..

01 May 2016 kamlendra rathore  
24 Apr 2016 Suzanne Tavares

sir I would like to ask, how you selected the values of Kp, Ki and Kd for the PID conroller?

know how do you calculate for the resistor value connected series with the inductor and the resistor connected series with the capacitor? Thanks

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13 Apr 2016 Muhammed Ulçay  
11 Apr 2016 vikalp kulshrestha  
14 Mar 2016 rajesh kumar

sir I would like to ask, how you selected the values of Kp, Ki and Kd for the PID conroller?

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16 Feb 2015 Pan Ryan

Hi may i know how do you calculate for the resistor value connected series with the inductor and the resistor connected series with the capacitor? Thanks

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10 Feb 2015 Neha Kumari  
03 Sep 2014 yang

yang (view profile)

 
09 Jul 2014 Naresh kumar  
02 Apr 2014 SUNIL

SUNIL (view profile)

can u tell me how did u designed values of kp,ki 7 Kd

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14 Feb 2014 THOMAS

THOMAS (view profile)

Dear Sir

This is a very good model. Thanks for uploading. I just like to ask one thing. At lower voltages, it is fantastic but at higher dc input voltages, the dc output voltage is ok, but not very smooth. Is there any reason for this ?

Regards
Thomas

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18 Nov 2013 Amit

Amit (view profile)

Thank you Sir... I really find it very useful in completing my Major Project...

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20 Apr 2013 Raja Simhan  
15 Mar 2012 Johnathan

Sir, could you explain regarding to the PID controllers?

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10 Dec 2011 Moataz

Moataz (view profile)

can you please explain how did you come up with the pid controllers gains.

Thanks

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