最新電機設計matlab程序(參考版)
2025-07-10 14:44本頁面
【正文】 輸入Ist(2*k+1)=39。輸入電抗增加系數(shù)Kx(k)=39。輸入電阻增加系數(shù)KF(k)=39。 xi=*10^(3)*hB*(f/rhow1)^() %110 b1b2=b22/b12。輸入啟動漏抗飽和KZ（k）=39。K(1)=3。cos(phi)%97pFers=((11/2)*pFej+(11/)*pFet)*10^(3)/PN*1000sN=pA12s/(1+pA12s+pFers+pss+pfws)%98nN=60*f/p*(1sN)%99Tms=(1sN)/(2*(R1s+(R1s^2+Xsigmas^2)^()))%(五)啟動性能%100K(1)=3。I1Ps=I1Ps(2)。) Gt=2*p*At1*Lt1*rhoFe k1=2。 Gj=4*p*Aj1*Lj11*rhoFe pFej(m)=k2*phej(m)*Gj Bt10 phet(m)=input(39。輸入phej(m)=39。) Fj20(m)=Cj2(m)*Hj20(m)*Lj21*100 %80 Fdelta0(m)=Kdelta*delta*Bdelta0(m)/mu0 %81 F00(m)=Fdelta0(m)+Fj20(m)+Fj10(m)+Ft20(m)+Ft10(m) %82 Im0=2*p*F00(m)/(*m1*N1*Kdp1) %(四)工作性能計算 %83 I1s(m)=(I1Ps(m)^2+I1Qs(m)^2)^() I1(m)=I1s(m)*IKW %84 J1(m)=(I1(m)/(a1*Nt1*Ac11))/10^6 %85 A1(m)=m1*Nphi1*I1(m)/(pi*Di1) %86 I2s(m)=(I1Ps(m)^2+IXs(m)^2)^() I2(m)=I2s(m)*IKW*m1*Nphi1*Kdp1/Z2 IR(m)=I2(m)*Z2/(2*pi*p) %87 JB(m)=I2(m)/(AB*10^6) JR(m)=IR(m)/(AR1) %88 pCu1s(m)=I1s(m)^2*R1s pCu1(m)=pCu1s(m)*PN %89 pA12s(m)=I2s(m)^2*R2s pA12(m)=pA12s(m)*PN %90 pss=。) Fj10(m)=Cj1(m)*Hj10(m)*Lj11*100 %79 hj21/tau,Bj20 Cj2(m)=input(39。) %75 Bdelta0(m)=(1epsilon0)/(1epsilonL(m))*Bdelta %76 Ft10(m)=Ht10(m)*Lt1*100 %77 Ft20(m)=Ht20(m)*Lt2*100 %78 hj11/tau,Bj10 Cj1(m)=input(39。) %74 Bj20(m)=(1epsilon0)/(1epsilonL(m))*Bj2 Hj20(m)=input(39。) %73 Bj10(m)=(1epsilon0)/(1epsilonL(m))*Bj1 Hj10(m)=input(39。) Bt20(m)=(1epsilon0)/(1epsilonL(m))*Bt2 Ht20(m)=input(39。while precisioneta for m=1:2 I1Ps(m)=1/eta(2*m1) %67 sigma1=1+Xsigma1s/Xmss IXs(m)=sigma1*Xsigmas*(I1Ps(m))^2*(1+(sigma1*Xsigmas*I1Ps(m))^2) %68 I1Qs(m)=Ims+IXs(m)
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