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key closed when t=0. At first, storaged energy at circuit is 0.( Use mesh method) Soru 2) ekildeki devrede bulunan anahtar t-0 annda kapatlmtr.
key closed when t=0. At first, storaged energy at circuit is 0.( Use mesh method) Soru 2) ekildeki devrede bulunan anahtar t-0 annda kapatlmtr. Dier yandan, devredeki akm kayna ise dier ekilde yer alan fonksiyona sahiptir. Balang annda devrede depolanan enerji sfr olduuna gre (Gz 5ev t-0 analizi uygulanacaktr.); 2F io a) is(t) kaynann laplace dnmn tm ilem admlarn yazarak hesaplaynz. b) domeyn'de devreyi analiz ederek ve tm ilem admlarn yazarak gerilim kaynann bulunduu koldan akan akmn s domeynindeki fonksiyonunu hesaplaynz. (zmnzde akmn yn aka 452 Ois(t) 42 belirtilmelidir.) c) sdomeyn'de devreyi analiz ederek ve tm ilem admlarn yazarak i(s) fonksiyonunu is(t) A hesaplaynz. d) Balang ve son deer teoremleri ile 1,(0) ve 1,() deerlerini tm ilem admlarn yazarak hesaplaynz. e) Ters laplace dnm ile tm ilem admlarn yazarak 1(t) fonksiyonunu hesaplaynz. f) Ters laplace dnm ile tm ilem admlarn yazarak gerilim kaynann bulunduu koldan akan akmn zaman domeyni fonksiyonunu hesaplaynz. o Is 2s 1) Make laplace transformation to is(t) 2) Make circuit analysis using S domain and find the function of current where voltage sourse is using S domain. 3) find io(s) function using s domain. 4)find io(0) and io(infinity). 5) Find io(t) using inverse of laplace transformation. 6) Using inverse laplace transformation find the time domain of current where the sourse is.
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