Open loop and Closed loop Model of Boost Converter

Version 1.0.0 (41,1 KB) von karthik kumar k
Design and implementation of Open loop and closed loop model of Boost converter using MATLAB
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Aktualisiert 11. Feb 2023

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Design of Boost Converter:
  • Step 1: Given: Vin=12V; Vout=18V; Fs= 25kHz; Pout=20W
  • Step 2: To find the value of resistor R=?
= 16.2 Ohms
  • Step 3: To find the Duty Ratio, D=?
D= 1 – (Vin/Vout) = 0.3333=33.33%
  • Step 4: To Find the value of inductor, L=?
= 48 microH
For operating in a continuous conduction mode, the value of L should be more than the designed value by 25%. Therefore, 60 microH is chosen.
  • Step 5: To Find the value of capacitor, C=?
= 16.45 microF
Note, , Which decides the rippling content at the output side.

Zitieren als

karthik kumar k (2024). Open loop and Closed loop Model of Boost Converter (https://www.mathworks.com/matlabcentral/fileexchange/124595-open-loop-and-closed-loop-model-of-boost-converter), MATLAB Central File Exchange. Abgerufen.

Design and implementation of Open loop and closed loop model of Boost converter using MATLAB - By, K. Karthik Kumar

Kompatibilität der MATLAB-Version
Erstellt mit R2016a
Kompatibel mit R2016a bis R2022b
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Version Veröffentlicht Versionshinweise
1.0.0