HW3 ADS Simulations

HW3 ADS Simulations - 3.7a freq 1.000 GHz StabFact1 1.284...

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Unformatted text preview: 3.7a freq 1.000 GHz StabFact1 1.284 Mu1 1.105 MuPrime1 1.083 StabMeas1 0.945 3.7b indep(L_StabCircle1) (0.000 to 51.000) indep(S_StabCircle1) (0.000 to 51.000) freq 1.000 GHz Mu1 0.985 MuPrime1 0.899 StabFact1 0.909 ...bMeas1 0.195 S_StabCircle1 L_StabCircle1 3.7c indep(L_StabCircle1) (0.000 to 51.000) indep(S_StabCircle1) (0.000 to 51.000) freq 1.000 GHz Mu1 0.254 MuPrime1 0.367 StabFact1 1.202 ...bMeas1 -1.964 3.18a S_StabCircle1 L_StabCircle1 freq 900.0 MHz 1.000 GHz GTUMAX_dB 17.167 16.099 3.18b GammaL open: m1 m1 freq=900.0MHz S(1,1)= 0.598 / 94.314 impedance =Z0 * (0.444 +j0.824) m2 freq=1.000GHz S(1,1)= 0.415 / 78.540 impedance =Z0 * (0.821 +j0.808) m1 m2 S(1,1) freq (900.0MHz to 1.000GHz) GammaS Open: m2 freq=900.0MHz S(2,2)= 0.475 / -137.773 impedance =Z0 * (0.402 - j0.331) m1 m1 freq= 1.000GHz S(2,2)= 0.545 / -144.594 impedance =Z0 * (0.322 - j0.289) S(2,2) m1 m2 freq (900.0MHz to 1.000GHz) Gains with OC Circuits as matching networks(Power Gain=GTU for Unilateral Devices): freq 900.0 MHz 1.000 GHz PwrGain1 17.082 15.630 GammaS_Short: m1 m1 freq=1.000GHz S(2,2)= 0.699 / -155.922 impedance =Z0 * (0.185 - j0.206) m2 freq=900.0MHz S(2,2)= 0.480 / -138.144 impedance =Z0 * (0.395 - j0.329) S(2,2) m1 m2 freq (900.0MHz to 1.000GHz) Gamma_L_Short: m1 m1 freq=900.0MHz S(1,1)= 0.577 / 92.849 impedance =Z0 * (0.480 +j0.829) m2 freq=1.000GHz S(1,1)= 0.523 / 85.511 impedance =Z0 * (0.610 +j0.875) m1 m2 S(1,1) freq (900.0MHz to 1.000GHz) freq 900.0 MHz 1.000 GHz PwrGain1 17.077 15.096 ...
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