Question

d) In a \( D C D C \) Boost converter, the duty ratio is contralled to regulate the output voltage of 48 V . The imput DC valtage is 24 V . The autput power is 240 W . The switching frequency is 100 KHz . Assume ideal compo -rents and a very large output filter capacitor. The conveater operates at the boundary between continuous and discontinuous conduction modes. Find the value of the boost inductor?

Name: d) In a D C D C Boost converter, the duty ratio is contralled to regulate the output voltage of 48 V . The imput DC valtage is 24 V . The autput power is 240 W . The switching frequency is 100 KHz . Assume ideal compo -rents and a very large output filter capacitor. The conveater operates at the boundary between continuous and discontinuous conduction modes. Find the value of the boost inductor?
Uploaded: 2024-07-30T18:07:26-08:00
Duration: 2 min 8 s
Channel: Adi S
Description: d) In a D C D C Boost converter, the duty ratio is contralled to regulate the output voltage of 48 V . The imput DC valtage is 24 V . The autput power is 240 W . The switching frequency is 100 KHz . Assume ideal compo -rents and a very large output filter capacitor. The conveater operates at the boundary between continuous and discontinuous conduction modes. Find the value of the boost inductor?

          d) In a \( D C D C \) Boost converter, the duty ratio is contralled to regulate the output voltage of 48 V . The imput DC valtage is 24 V . The autput power is 240 W . The switching frequency is 100 KHz . Assume ideal compo -rents and a very large output filter capacitor. The conveater operates at the boundary between continuous and discontinuous conduction modes. Find the value of the boost inductor?

d) In a D C D C Boost converter, the duty ratio is contralled to regulate the output voltage of 48 V . The imput DC valtage is 24 V . The autput power is 240 W . The switching frequency is 100 KHz . Assume ideal compo -rents and a very large output filter capacitor. The conveater operates at the boundary between continuous and discontinuous conduction modes. Find the value of the boost inductor?

Added by Charles J.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

07/30/2024

Step 1

- Input voltage (\(V_{\text{in}}\)) = 24 V - Output voltage (\(V_{\text{out}}\)) = 48 V - Output power (\(P_{\text{out}}\)) = 240 W - Switching frequency (\(f_s\)) = 100 kHz Show more…

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d) In a \( D C D C \) Boost converter, the duty ratio is contralled to regulate the output voltage of 48 V . The imput DC valtage is 24 V . The autput power is 240 W . The switching frequency is 100 KHz . Assume ideal compo -rents and a very large output filter capacitor. The conveater operates at the boundary between continuous and discontinuous conduction modes. Find the value of the boost inductor?