Consider the following converter topology in a battery charger application. Vs= Vbatt = 240V Vs • L=10mH . R = 50 • Switching frequency = 2kHz Vs=333V Assume ideal switching elements with no losses and state/determine: 4. the maximum value of the ripple current 5. the minimum value of the ripple current 6. peak to peak ripple current Use Duty Cycle of 50% [TUT] Vout inh load Vbatt

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Take Vs= 333V round to 3 decimals 4-6

Consider the following converter topology in a battery charger application.
Vs=
Vbatt = 240V
Vs
L = 10mH
Switching frequency = 2kHz
Vs=333V
Assume ideal switching elements with no losses and state/determine:
4. the maximum value of the ripple current
5. the minimum value of the ripple current
6. peak to peak ripple current
Use Duty Cycle of 50%
• R = 50
TUT
Vout
KH
m'h
lload
Vbatt
R
Transcribed Image Text:Consider the following converter topology in a battery charger application. Vs= Vbatt = 240V Vs L = 10mH Switching frequency = 2kHz Vs=333V Assume ideal switching elements with no losses and state/determine: 4. the maximum value of the ripple current 5. the minimum value of the ripple current 6. peak to peak ripple current Use Duty Cycle of 50% • R = 50 TUT Vout KH m'h lload Vbatt R
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