Steady-State Equivalent Circuit Modeling and Efficiency Quiz

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What is the basic equation of an ideal dc-dc converter?

$Pin + Ig = Pout + Vg$

$Pin = Pout + Ig$

$Pin = Pout$ (correct)

$Pin = Pout + Vg - Ig$

In the equation $Pin = Pout$, what does $Pin$ represent?

Power input (correct)

Current input

Voltage input

Efficiency

What does the term $Ig$ represent in the basic equation of an ideal dc-dc converter?

Current input (correct)

Inductor copper loss

Efficiency

Semiconductor conduction losses

What is the equation for power output in an ideal dc-dc converter?

$Pout = VgIg$ Signup and view all the answers

What does the term $D$ represent in the equation $V = M(D)Vg$?

Duty cycle Signup and view all the answers

In the basic equations of an ideal dc-dc converter, what does the term $Vg$ represent?

Input voltage Signup and view all the answers

What does the term $Ig$ represent in the basic equation of an ideal dc-dc converter?

Input current Signup and view all the answers

What is the equation for power input in an ideal dc-dc converter?

$Pin = Vg + Ig$ Signup and view all the answers

In the context of a dc-dc converter, what does the term 'η' represent in the equation $Pin = Pout (η = 100%)$?

Efficiency Signup and view all the answers

What does the term 'D' represent in the equation $V = M(D)Vg$ in the context of a boost converter?

Duty cycle Signup and view all the answers

Steady-State Equivalent Circuit Modeling and Efficiency Quiz

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Questions and Answers

What is the basic equation of an ideal dc-dc converter?

In the equation $Pin = Pout$, what does $Pin$ represent?

What does the term $Ig$ represent in the basic equation of an ideal dc-dc converter?

What is the equation for power output in an ideal dc-dc converter?

What does the term $D$ represent in the equation $V = M(D)Vg$?

In the basic equations of an ideal dc-dc converter, what does the term $Vg$ represent?

What does the term $Ig$ represent in the basic equation of an ideal dc-dc converter?

What is the equation for power input in an ideal dc-dc converter?

In the context of a dc-dc converter, what does the term 'η' represent in the equation $Pin = Pout (η = 100%)$?

What does the term 'D' represent in the equation $V = M(D)Vg$ in the context of a boost converter?

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