⚡ DC-DC Buck-Boost Converter Design 🔋 Power Electronics Calculations & MATLAB/Simulink

In this video, we will discuss the design of a DC-DC Buck-Boost Converter. The buck-boost converter will be in open-loop and operates in continuous conduction mode (CCM). Given the specifications for the output voltage, output current, and output ripple voltage, we will calculate required the component values.
We will workout the calculations step by step and verify our calculations using simulations in MATLAB/Simulink. #MATLAB #Simulink
👉 More Power Electronics: • Power Electronics
📚 Resources 👇
Power Electronics, Daniel W. Hart, ISBN: 9780073380674
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#buckboost #converter #design #powerelectronics #squarewave #power #electronics #analog #electriccircuits #rms #average #current #voltage #resistor #inductor #impedance #load #source #battery #analog #powerelectronics #electriccircuits #circuits #THD #totalharmonicdestortion #powermosfet #RLC #impedance

[@JoseGonzalezFernandez-bb6ow]

Great video! do you have the reference from the equation analisis?

[@CanBijles]

Thanks for your message. Glad to know you liked the video!
📚 Resources 👇
Power Electronics, Daniel W. Hart, ISBN: 9780073380674

[@JoseGonzalezFernandez-bb6ow]

​i have a question if you don't have a problem. In a FV system, as source in a buck converter, the In capacitor is important to define a input current ripple isn't? Do you have some equation for this Capacitor? thanks, kind regards!

[@CanBijles]

I do not understand the question. What do you mean by FV?

[@JoseGonzalezFernandez-bb6ow]

@@CanBijles sorry for my bad english!!, i mean Photovoltaic System

[@CanBijles]

@@JoseGonzalezFernandez-bb6ow The capacitor, which is in parallel with the load, will determine the output voltage ripple. Increasing the value of this capacitor will decrease the output voltage ripple.