For the following converter, assume LM is in parallel with the primary winding and N1/N2=5.
Assuming D=0.6, determine the ratio Vo/Vin
In the previous question, determine IL/Io.
Determine the RMS value of the following waveform (first do something about the second and 3rd terms).
v(t) = 3 + 10cos(wt) + 5sin(wt) + 4cos(3wt) + 2sin(7wt-30)
Consider the following signal:
Starts at the origin. Linearly decreases to -1 by T/6. Remains at -1 until
T/3. Then linearly increases to 1 by 2T/3. Remains at 1 for another T/6, and then
decreases linearly to 0 at T.
T is the period.
Solve for a0
For the previous question, solve for a5
From Question 9, solve for b5.
From Question 9, solve the RMS value of the fundamental component.