Difference between revisions of "Power Electronics"
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13.<math>(1-Vd/Vg + sqrt(Vd^2/Vg^2-2*Vd/Vg+1+4*D1^2/K))/2</math> | 13.<math>(1-Vd/Vg + sqrt(Vd^2/Vg^2-2*Vd/Vg+1+4*D1^2/K))/2</math> | ||
==hw 5 == | |||
5. <math>(1-D)/(D*n)*((D+Vd/Vg)/(1+D*n/(1-D)*(Rp+Ron)/R+Rs/R))</math> | |||
Revision as of 11:23, 11 November 2013
http://eebookforengineer.files.wordpress.com/2013/02/power-electronics-by-daniel-hart.pdf
((D/(1-D))-Vd/Vg)*1/(1+(D*Ron+RL)/((1-D)^2*R))
(1-(1-D)/D*Vd/Vg)*1/(1+(D*Ron+RL)/((1-D)^2*R))
hw 4
1.<math>Vpv-IL*RL -IL*Ron*D-Vd*(1-D)-Vbus*(1-D)</math>
2.<math>IL*(1-D) - IL*tr/Ts - Qr/Ts -Ibus</math>
13.<math>(1-Vd/Vg + sqrt(Vd^2/Vg^2-2*Vd/Vg+1+4*D1^2/K))/2</math>
hw 5
5. <math>(1-D)/(D*n)*((D+Vd/Vg)/(1+D*n/(1-D)*(Rp+Ron)/R+Rs/R))</math>
