ah f t cosht d t 0 2 1 h 1 b f

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Unformatted text preview: output voltage. Note: Fourier series formulae ∞ ∞ 1 f (t ) = F0 + ∑ f h (t ) = ⋅ a0 + ∑ {ah ⋅ cos(hωt ) + bh ⋅ sin(hωt )} 2 h =1 h =1 2π 1 h = 1,..., ∞ ah = f (t ) cos(hωt )d (ωt ) π0 2π 1 h = 1,..., ∞ b= f (t ) sin(hωt )d (ωt ) ∫ h π ∫ 0 2. In a buck converter, consider all components to be ideal. The inductance of L is 50 mH and C is so large that the output voltage can be considered to be constant. The switching f...
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This note was uploaded on 02/04/2014 for the course EE 4150 taught by Professor Popovic during the Fall '13 term at Delft University of Technology.

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