Impedance-Matching Network
Author: kegasaExecutions: 16
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Q = sqrt(Rp/Rs-1);
Xs = Q*Rs;
Xp = Rp/Q;
ω = 2*pi*f;
Ls = Xs/ω;
Ls_nH = Ls * 10^9;
Cp = 1/(ω*Xp);
Cp_pF = Cp * 10^12;
print(Q);
print(Xs);
print(Xp);
print(ω);
print(Ls);
print(Cp);
print(Ls_nH);
print(Cp_pF);
+--Ls--+----+
Rs Cp Rp
gnd gnd gnd
Xs = Q*Rs;
Xp = Rp/Q;
ω = 2*pi*f;
Ls = Xs/ω;
Ls_nH = Ls * 10^9;
Cp = 1/(ω*Xp);
Cp_pF = Cp * 10^12;
print(Q);
print(Xs);
print(Xp);
print(ω);
print(Ls);
print(Cp);
print(Ls_nH);
print(Cp_pF);
+--Ls--+----+
Rs Cp Rp
gnd gnd gnd
| Q | |
| Xs | ohm |
| Xp | ohm |
| ω | rad/sec |
| Ls | H |
| Cp | F |
| Ls_nH | nH |
| Cp_pF | pF |
＋－－Ls－－＋－－－－＋
Rs Cp Rp
gn d gn d gn d
Rs Cp Rp
gn d gn d gn d
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Rs in series, Ls in parallel, Cp, Rp