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电子工业出版社出版的《射频电路设计》

s11=0.57*exp(j*(-80)/180*pi);
s12=0.016*exp(j*(+169)/180*pi);
s21=1.79*exp(j*(+74)/180*pi);
s22=0.85*exp(j*(-26)/180*pi);
s_param=[s11,s12;s21,s22];
delta=abs(det(s_param))
k=(1-abs(s11)^2-abs(s22)^2+delta^2)./(2*abs(s12.*s21))


B1=1+abs(s11)^2-abs(s22)^2-delta^2;
C1=s11-conj(s22)*delta;
B2=1+abs(s22)^2-abs(s11)^2-delta^2;
C2=s22-conj(s11)*delta;

Gamma_ms=(B1-sqrt(B1^2-4*abs(C1)^2))./(2*C1)
Gamma_ml=(B2-sqrt(B2^2-4*abs(C2)^2))./(2*C2)
ZS=Gamma_ms*50
ZL=Gamma_ml*50
YS=1/ZS
YL=1/ZL
zl=1/(1/real(Gamma_ml)-1)
zs=1/(1/real(Gamma_ms)-1)
y_s=1/Gamma_ms
y_l=1/Gamma_ml
q=1/(y_s-1)
t=1/(y_l-1)

Gamma_in=s11+(s12*s21*Gamma_l)/(1-s22*Gamma_l);
Gamma_s=conj(Gamma_in)

z1=1/(1/real(zs)-1);
z2=1/(1/real(zl)-1);
Z1=z1*50
Z2=z2*50
L=50*imag(zs)/(500*10^6*2*pi)*10^9
C=50/(imag(-zl)*(500*10^6*2*pi))*10^12

a=real(dgo)+rgo*cos(a)+j*(imag(dgo)+rgo*sin(a));
b=(1+a)/(1-a);
find((real(dgo)+rgo*cos(a)-0.5)^2+(imag(dgo)+rgo*sin(a))^2==0.25)

m=real(dgo)+rgo*cos(a)+j*(imag(dgo)+rgo*sin(a));
n=(1+m)/(1-m);
t=real(dgo)+rgo*cos(find(real(n)==1))+j*(imag(dgo)+rgo*sin(find(real(n)==1)))


m=real(dgo)+rgo*cos(a)+j*(imag(dgo)+rgo*sin(a));
n=(1+m)/(1-m);
find(0.8<real(n)&real(n)<1.2)


zs=(1+Gamma_s)/(1-Gamma_s);
zl=(1+Gamma_l)/(1-Gamma_l);
z1=1/(1/real(zs)-1);
z2=1/(1/real(zl)-1);
Z1=z1*50
Z2=z2*50
L=50*imag(zs)/(500*10^6*2*pi)*10^9
C=50/(imag(-zl)*(500*10^6*2*pi))*10^12