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Q3/ A buck-boost converter generates an output voltage of range 10-14V in CCM. The input voltage is 12V. Consider all components to be ideal. A) Draw the circuit B) Calculate the duty ratio range to get the required voltage range C) Calculate the minimum inductance to stay in CCM if the frequency of switching is 40KHZ and t load resistance is 50n

Q3/ A buck-boost converter generates an output voltage of range 10-14V in CCM. The input voltage is 12V. Consider all components to be ideal. A) Draw the circuit B) Calculate the duty ratio range to get the required voltage range C) Calculate the minimum inductance to stay in CCM if the frequency of switching is 40KHZ and t load resistance is 50n

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q3/ A buck-boost converter generates an output voitage of range 10-14V in CCM. The input voltage is 12V. Consider all components to be ideal. A) Draw the circuit B) Calculate the duty ratio range to get the required voltage range c) Calculate the minimum inductance to stay in CCM If the frequency of switching is 40KHZ and t load resistance is 50n D) Using the calculated minimum inductance value in (C) with the same frequency. Calc te the output voltage of the converter when the duty ratio (6) is 50% and the load resistor is 150
Transcribed Image Text:Q3/ A buck-boost converter generates an output voitage of range 10-14V in CCM. The input voltage is 12V. Consider all components to be ideal. A) Draw the circuit B) Calculate the duty ratio range to get the required voltage range c) Calculate the minimum inductance to stay in CCM If the frequency of switching is 40KHZ and t load resistance is 50n D) Using the calculated minimum inductance value in (C) with the same frequency. Calc te the output voltage of the converter when the duty ratio (6) is 50% and the load resistor is 150
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