Rank: 558 based on 252 downloads (last 30 days) and 5 files submitted
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Karuna Mudliyar

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Company/University
Ecofrost Technologies Pvt Ltd

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Design Engineer


 

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Files Posted by Karuna Mudliyar View all
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(last 30 days)
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19 Aug 2014 Screenshot Closed Loop Boost Converter: Equation Model The boost converter is modeled in simu-link with inductor current and capacitor voltage equations. Author: Karuna Mudliyar control design, power electronics, simulation, simulink, boost converter, boost regulator 121 8
17 Apr 2014 Screenshot Simple_Booster_Closed_Loop.mdl It is a simple closed loop controlled boost converter with variable load Author: Karuna Mudliyar dcdc converter, boost converterclosed... 41 0
09 Sep 2013 Screenshot Closed Loop Three Phase Buck Converter This model shows the working of "Closed loop three phase synchronous buck converter" Author: Karuna Mudliyar power electronics, simulation, measurement, buck converter 32 0
09 Sep 2013 Screenshot Three Phase Buck Converter The working of "Three phase synchronous buck converter" is shown through this model. Author: Karuna Mudliyar power electronics, simulation, simulink, buck converter, three phase dcdc conv... 19 0
04 Sep 2013 Screenshot Closed Loop three phase boost converter This modal consists of three phase boost converter with closed loop operation. Author: Karuna Mudliyar power electronics, power electronics con... 39 0
Comments and Ratings by Karuna Mudliyar View all
Updated File Comments Rating
20 Nov 2014 Quad-Sim Parameter driven Simulink model for quadcopter simulation and control system design Author: David

This is a great work. Really amazed..!! Keep it up..!!!

12 Aug 2014 ThingSpeak support from MATLAB Prototype Internet of Things applications using ThingSpeak and MATLAB Author: MathWorks Internet of Things Team

Thank you.. Looking for such feature.

20 Jul 2014 Closed Loop Boost Converter: Equation Model The boost converter is modeled in simu-link with inductor current and capacitor voltage equations. Author: Karuna Mudliyar

@satish Your email ID is wrong I guess... I am getting delivery status failure notification..

11 Jul 2014 Quadrotor modelling and Control with SimMechanics This model is part of my Quadrotor project Author: Leonardo Araujo

Good work;

20 May 2014 QuadRotor_Simulation.zip Quadrotor simulation Author: Tai-Sik

Comments and Ratings on Karuna Mudliyar's Files View all
Updated File Comment by Comments Rating
30 Oct 2014 Closed Loop Boost Converter: Equation Model The boost converter is modeled in simu-link with inductor current and capacitor voltage equations. Author: Karuna Mudliyar Satish

Hi Karuna,

I appreciate your wonderful work on dc-dc converters but I dont get how did you developed the transfer function of the controller. And how do you consider the equations(poles and zeros) for type iii compensator. I already send you mail regarding my queries. Please take out little time to answer my quries..thank you

21 Jul 2014 Closed Loop Boost Converter: Equation Model The boost converter is modeled in simu-link with inductor current and capacitor voltage equations. Author: Karuna Mudliyar Satish

Hi, I am sorry for my wrong email id. My typing mistake...
my email id is satish_kmr143@yahoo.com

I have sent a request mail to you..

20 Jul 2014 Closed Loop Boost Converter: Equation Model The boost converter is modeled in simu-link with inductor current and capacitor voltage equations. Author: Karuna Mudliyar Karuna Mudliyar

@satish Your email ID is wrong I guess... I am getting delivery status failure notification..

18 Jul 2014 Closed Loop Boost Converter: Equation Model The boost converter is modeled in simu-link with inductor current and capacitor voltage equations. Author: Karuna Mudliyar Satish

Hello, can you send me derived small signal ac modeling transfer function for dc-dc converter to my email id satish_kmr143@gmail.com

please its urgent. thank you

06 Nov 2013 Closed Loop Boost Converter: Equation Model The boost converter is modeled in simu-link with inductor current and capacitor voltage equations. Author: Karuna Mudliyar Karuna Mudliyar

Christain,

Its a type III compensation, with two poles and zeros placed coincident respectively. It is placed in such a way to have enough phase margin for better stability and to minimize the effect of maximum phase lag due to Right-Half plane zero.

There are many literature on type-III compensation for dc-dc boost converter.

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