Study material for Principi di Ingegneria Elettrica, shared by the Studwiz community and reviewed by moderators.
Study material for Principi di Ingegneria Elettrica, shared by the Studwiz community and reviewed by moderators.
Import quality: text was extracted directly from the original document.
Representative passages recognised in different parts of the material. The full extracted text remains available to search, while this compact preview makes the page easier to read.
% ESERCIZIO 1 R1 = 2.6526e+006 % RILUTTANZE RAMI 1-2-3 R2 = 1.9894e+006 R3 = 1.3263e+006 Req = 3.4484e+006 % RILUTTANZA EQUIVALENTE AL GENERATORE L = 0.0029 %INDUTTANZA MAB = 230.7692 %FMM AI CAPI DEL CIRCUITO Q1 = 2.8999e-004 %FLUSSI RAMI 1-2-3 Q2 = 1.1600e-004 Q3 = 1.7400e-004 F = 72.4983 %FORZA % ESERCIZIO 2 V1 = 220 % TENSIONI DI FASE V2 = -1.1000e+002 -1.9053e+002i V3 = -1.1000e+002 +1.9053e+002i IR1 = 82.5000 +47.6314i %CORRENTE RAMO PARALLELO RESISTENZA IL = 3.0323e+002 -5.2521e+002i %CORRENTE INDUTTANZA IC = 5.9855e+001 +1.0367e+002i %CORRENTE CAPACIT‡ I1 = 4.4559e+002 -3.7391e+002i %CORRENTE TOTALE FASE 1 A1 = 9.8029e+004 +8.2260e+004i %POTENZA COMPLESSA % ESERCIZIO 3 VAB = 15 %TENSIONE CAPI CIRCUITO A 0_ Io_ = -1.2500 %CORRENTE A 0_ Io = -1.2500 %CORRENTE A 0+ VAB_inf = 15.5172 %TENSIONE CAPI CIRCUITO A INF I_inf = -1.3793 %CORRENTE A INF Req = 4.8333 %RESISTENZA EQ T = 0.0012 %TAU I_3T = -1.3729 % CORRENTE A 3 TAU
First page of the document.
